vgabios-0.6c/0000755000175000001440000000000011167152304012375 5ustar volkerusersvgabios-0.6c/VGABIOS-lgpl-latest.debug.bin0000644000175000001440000012100011167152302017464 0ustar volkerusersUQIBMPlex86/Bochs VGABios 0.6c 08 Apr 2009 (C) 2008 the LGPL VGABios developers Team This VGA/VBE Bios is released under the GNU LGPL Please visit : . http://bochs.sourceforge.net . http://www.nongnu.org/vgabios e44f1ظ,@B44t˜`+5auautm uX=uhu>u+k0uKk1ukv2ukl3ukb4uOlX=tEuaIOu6<u脙;<uv2<u蚜)<uޜ <u< u2`4a j ???( c-'(+0( c-'(+0Pc_OPT( Pf_OPUO ( ( c-'(+P@c_OPT(P_OPT@](cP_OPT@](c89:;<=>?(g-'(+O 89:;<=>? Pg_OPUO (89:;<=>? 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ÊF0@FDDFF@PF0ÁwFPF0PFHPFHP1P1PF0PP'PF0PFHPFHP1P1P1PPF0HFF0FF0FFFFvF0P]@Sb[S'䀻IJ'[<ud<ux<uz<u<u<u< u<u<u/<uP<u<u<u<u<ufÀwPR ZXS[PSQRӺ&Cu& ZY[XPSR$غ Z[XÀwPRǺ ZXPS[XPSQRӱ&Cu& ZY[XPRXPZXPSQRZRӺ&C&C&CIuZY[XPSRu $PX$u Z[XPRXĺPZXPSQRZRӺ&C&C&CIuZY[XPRZXPRZXPRǀu ZXUPDD1PP1FvPPDDFPDDFPDDFF0PF0乗PF0MFDDFDD0FF=?v?FvPF0PPF0PPqF0PPaF@FF@FF;F8P)DD PP2]úú$ İ1UcP@PjF PvF@PDDFF0HPF$0 FDDFF0PF@PF<uPP-ۃF0PF0PۃF0PP@PPv/F@PDD0FPvF@PDDFF$@0PF$0FDD@FFF0ËFFF0HPP@PxJP@PWFF0NPLP@Pd]UWF$00PF$00FDDF1FDF0ËFFFF FFFF0PvvvPN F@FF;F rF<r F0P!DD]UF$00PF$00FDDF1FAF±)FFFFP^hSPvP F@FF=rdF<r PDD]U$F$00PF$00FDDF1F;FFFFFP^hSPvP$ F@FF=rF<r PDD]PRܰZXUF$00PF$00FDDF1F;FFFFFP^h%SPvP F@FF=r5F<r P[DD]UF]U>]U6]U.]U&]ULLFFT|P1PPvv~P1PsPvvB P1PVPvvtP1P<PvvZ PvvGhSvv7Pvv$hSvvPvvhSvvPvvh5SvvPvvh%Svv]Pvvi5Svv;F0PS]%,r<w0.OljkVkykkkklŸP@P0Pv v/P@P0Pv v]P@0c=uXU3]SR¸@ػ't$r,t0P,mS!*$  u$o u $ 'Z[Select vert res (%02x) was discarded SR€@ػ$ЈZ[SRÀ$غZ[SR€@ػ$ЈZ[SR€@ػ$ЈZ[U]U]U^S^SF0PփF ;GraTPG0;wJ;w@7zS37FPv@@@!G0Pw7ISD7FPvIOvv2]ULLFLLiFvv vSqF%@=@u00䉆F%FSv%vS$P1PSvBPCCSPSv t4PDDt1ۓ1$&$t1 gOFvSFF=OuPSvv vZ vvv]ULL(FF%@=@u00FFt@0FF%=u0FF%FF=s#LL1PDDFFF0P贡DDOFDD^SvvFFvɟS^G0P^w^wS1PDD^G<u jPIDD^G0PDD^wDD^wDD1PxDDF  F0PJDD@vP@PF `0PP@POF!vSFF=uOFvvvh]@%t u I0OU]UPPaP %x VBE correct VESA/VBE2 signature found VBE vbe_biosfn_return_vbe_info ES%x DI%x AX%x --> Unknown int10 --> Unimplemented Get font info BH(%02x) was discarded Scroll in graphics mode Scroll, address %04x (%04x %04x %02x) Set active page %02x address %04x mode search %02x found line %02x vgabios call ah%02x al%02x bx%04x cx%04x dx%04x tvgabios-0.6c/vbetables-gen.c0000644000175000001440000002257711137104500015264 0ustar volkerusers/* Generate the VGABIOS VBE Tables */ #include #include #define VBE_DISPI_TOTAL_VIDEO_MEMORY_MB 16 typedef struct { int width; int height; int depth; int mode; } ModeInfo; ModeInfo modes[] = { /* standard VESA modes */ { 640, 400, 8 , 0x100}, { 640, 480, 8 , 0x101}, { 800, 600, 4 , 0x102}, { 800, 600, 8 , 0x103}, { 1024, 768, 4 , 0x104}, { 1024, 768, 8 , 0x105}, { 1280, 1024, 4 , 0x106}, { 1280, 1024, 8 , 0x107}, { 320, 200, 15 , 0x10D}, { 320, 200, 16 , 0x10E}, { 320, 200, 24 , 0x10F}, { 640, 480, 15 , 0x110}, { 640, 480, 16 , 0x111}, { 640, 480, 24 , 0x112}, { 800, 600, 15 , 0x113}, { 800, 600, 16 , 0x114}, { 800, 600, 24 , 0x115}, { 1024, 768, 15 , 0x116}, { 1024, 768, 16 , 0x117}, { 1024, 768, 24 , 0x118}, { 1280, 1024, 15 , 0x119}, { 1280, 1024, 16 , 0x11A}, { 1280, 1024, 24 , 0x11B}, { 1600, 1200, 8 , 0x11C}, { 1600, 1200, 15 , 0x11D}, { 1600, 1200, 16 , 0x11E}, { 1600, 1200, 24 , 0x11F}, /* BOCHS/PLEX86 'own' mode numbers */ { 320, 200, 32 , 0x140}, { 640, 400, 32 , 0x141}, { 640, 480, 32 , 0x142}, { 800, 600, 32 , 0x143}, { 1024, 768, 32 , 0x144}, { 1280, 1024, 32 , 0x145}, { 320, 200, 8 , 0x146}, { 1600, 1200, 32 , 0x147}, { 1152, 864, 8 , 0x148}, { 1152, 864, 15 , 0x149}, { 1152, 864, 16 , 0x14a}, { 1152, 864, 24 , 0x14b}, { 1152, 864, 32 , 0x14c}, { 1280, 800, 16 , 0x178}, { 1280, 800, 24 , 0x179}, { 1280, 800, 32 , 0x17a}, { 1280, 960, 16 , 0x17b}, { 1280, 960, 24 , 0x17c}, { 1280, 960, 32 , 0x17d}, { 1440, 900, 16 , 0x17e}, { 1440, 900, 24 , 0x17f}, { 1440, 900, 32 , 0x180}, { 1400, 1050, 16 , 0x181}, { 1400, 1050, 24 , 0x182}, { 1400, 1050, 32 , 0x183}, { 1680, 1050, 16 , 0x184}, { 1680, 1050, 24 , 0x185}, { 1680, 1050, 32 , 0x186}, { 1920, 1200, 16 , 0x187}, { 1920, 1200, 24 , 0x188}, { 1920, 1200, 32 , 0x189}, { 2560, 1600, 16 , 0x18a}, { 2560, 1600, 24 , 0x18b}, { 2560, 1600, 32 , 0x18c}, { 0, }, }; int main(int argc, char **argv) { const ModeInfo *pm; int pages, pitch; int r_size, r_pos, g_size, g_pos, b_size, b_pos, a_size, a_pos; const char *str; long vram_size = VBE_DISPI_TOTAL_VIDEO_MEMORY_MB * 1024 * 1024; printf("/* THIS FILE IS AUTOMATICALLY GENERATED - DO NOT EDIT */\n\n"); printf("#define VBE_DISPI_TOTAL_VIDEO_MEMORY_MB %d\n\n", VBE_DISPI_TOTAL_VIDEO_MEMORY_MB); printf("static ModeInfoListItem mode_info_list[]=\n"); printf("{\n"); for (pm = modes; pm->mode != 0; pm++) { if (pm->depth == 4) pitch = (pm->width + 7) / 8; else pitch = pm->width * ((pm->depth + 7) / 8); pages = vram_size / (pm->height * pitch); if (pages > 0) { printf("{ 0x%04x, /* %dx%dx%d */\n", pm->mode, pm->width, pm->height, pm->depth); if (pm->depth == 4) printf("{ /*Bit16u ModeAttributes*/ %s,\n", "VBE_MODE_ATTRIBUTE_SUPPORTED | " "VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | " "VBE_MODE_ATTRIBUTE_COLOR_MODE | " "VBE_MODE_ATTRIBUTE_TTY_BIOS_SUPPORT | " "VBE_MODE_ATTRIBUTE_GRAPHICS_MODE"); else printf("{ /*Bit16u ModeAttributes*/ %s,\n", "VBE_MODE_ATTRIBUTE_SUPPORTED | " "VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | " "VBE_MODE_ATTRIBUTE_COLOR_MODE | " "VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | " "VBE_MODE_ATTRIBUTE_GRAPHICS_MODE"); printf("/*Bit8u WinAAttributes*/ %s,\n", "VBE_WINDOW_ATTRIBUTE_RELOCATABLE | " "VBE_WINDOW_ATTRIBUTE_READABLE | " "VBE_WINDOW_ATTRIBUTE_WRITEABLE"); printf("/*Bit8u WinBAttributes*/ %d,\n", 0); printf("/*Bit16u WinGranularity*/ %s,\n", "VBE_DISPI_BANK_SIZE_KB"); printf("/*Bit16u WinSize*/ %s,\n", "VBE_DISPI_BANK_SIZE_KB"); printf("/*Bit16u WinASegment*/ %s,\n", "VGAMEM_GRAPH"); printf("/*Bit16u WinBSegment*/ 0x%04x,\n", 0); printf("/*Bit32u WinFuncPtr*/ %d,\n", 0); printf("/*Bit16u BytesPerScanLine*/ %d,\n", pitch); // Mandatory information for VBE 1.2 and above printf("/*Bit16u XResolution*/ %d,\n", pm->width); printf("/*Bit16u YResolution*/ %d,\n", pm->height); printf("/*Bit8u XCharSize*/ %d,\n", 8); printf("/*Bit8u YCharSize*/ %d,\n", 16); if (pm->depth == 4) { printf("/*Bit8u NumberOfPlanes*/ %d,\n", 4); } else { printf("/*Bit8u NumberOfPlanes*/ %d,\n", 1); } printf("/*Bit8u BitsPerPixel*/ %d,\n", pm->depth); printf("/*Bit8u NumberOfBanks*/ %d,\n", (pm->height * pitch + 65535) / 65536); if (pm->depth == 4) str = "VBE_MEMORYMODEL_PLANAR"; else if (pm->depth == 8) str = "VBE_MEMORYMODEL_PACKED_PIXEL"; else str = "VBE_MEMORYMODEL_DIRECT_COLOR"; printf("/*Bit8u MemoryModel*/ %s,\n", str); printf("/*Bit8u BankSize*/ %d,\n", 0); if (pm->depth == 4) printf("/*Bit8u NumberOfImagePages*/ %d,\n", (pages / 4) - 1); else printf("/*Bit8u NumberOfImagePages*/ %d,\n", pages - 1); printf("/*Bit8u Reserved_page*/ %d,\n", 0); // Direct Color fields (required for direct/6 and YUV/7 memory models) switch(pm->depth) { case 15: r_size = 5; r_pos = 10; g_size = 5; g_pos = 5; b_size = 5; b_pos = 0; a_size = 1; a_pos = 15; break; case 16: r_size = 5; r_pos = 11; g_size = 6; g_pos = 5; b_size = 5; b_pos = 0; a_size = 0; a_pos = 0; break; case 24: r_size = 8; r_pos = 16; g_size = 8; g_pos = 8; b_size = 8; b_pos = 0; a_size = 0; a_pos = 0; break; case 32: r_size = 8; r_pos = 16; g_size = 8; g_pos = 8; b_size = 8; b_pos = 0; a_size = 8; a_pos = 24; break; default: r_size = 0; r_pos = 0; g_size = 0; g_pos = 0; b_size = 0; b_pos = 0; a_size = 0; a_pos = 0; break; } printf("/*Bit8u RedMaskSize*/ %d,\n", r_size); printf("/*Bit8u RedFieldPosition*/ %d,\n", r_pos); printf("/*Bit8u GreenMaskSize*/ %d,\n", g_size); printf("/*Bit8u GreenFieldPosition*/ %d,\n", g_pos); printf("/*Bit8u BlueMaskSize*/ %d,\n", b_size); printf("/*Bit8u BlueFieldPosition*/ %d,\n", b_pos); printf("/*Bit8u RsvdMaskSize*/ %d,\n", a_size); printf("/*Bit8u RsvdFieldPosition*/ %d,\n", a_pos); if (pm->depth == 32) printf("/*Bit8u DirectColorModeInfo*/ %s,\n", "VBE_DIRECTCOLOR_RESERVED_BITS_AVAILABLE"); else printf("/*Bit8u DirectColorModeInfo*/ %s,\n", "0"); // Mandatory information for VBE 2.0 and above if (pm->depth > 4) printf("/*Bit32u PhysBasePtr*/ %s,\n", "VBE_DISPI_LFB_PHYSICAL_ADDRESS"); else printf("/*Bit32u PhysBasePtr*/ %s,\n", "0"); printf("/*Bit32u OffScreenMemOffset*/ %d,\n", 0); printf("/*Bit16u OffScreenMemSize*/ %d,\n", 0); // Mandatory information for VBE 3.0 and above printf("/*Bit16u LinBytesPerScanLine*/ %d,\n", pitch); printf("/*Bit8u BnkNumberOfPages*/ %d,\n", 0); printf("/*Bit8u LinNumberOfPages*/ %d,\n", 0); printf("/*Bit8u LinRedMaskSize*/ %d,\n", r_size); printf("/*Bit8u LinRedFieldPosition*/ %d,\n", r_pos); printf("/*Bit8u LinGreenMaskSize*/ %d,\n", g_size); printf("/*Bit8u LinGreenFieldPosition*/ %d,\n", g_pos); printf("/*Bit8u LinBlueMaskSize*/ %d,\n", b_size); printf("/*Bit8u LinBlueFieldPosition*/ %d,\n", b_pos); printf("/*Bit8u LinRsvdMaskSize*/ %d,\n", a_size); printf("/*Bit8u LinRsvdFieldPosition*/ %d,\n", a_pos); printf("/*Bit32u MaxPixelClock*/ %d,\n", 0); printf("} },\n"); } } printf("{ VBE_VESA_MODE_END_OF_LIST,\n"); printf("{ 0,\n"); printf("} },\n"); printf("};\n"); return 0; } vgabios-0.6c/vgabios.h0000644000175000001440000000253507542435636014223 0ustar volkerusers#ifndef vgabios_h_included #define vgabios_h_included /* Types */ typedef unsigned char Bit8u; typedef unsigned short Bit16u; typedef unsigned long Bit32u; typedef unsigned short Boolean; /* Defines */ #define SET_AL(val8) AX = ((AX & 0xff00) | (val8)) #define SET_BL(val8) BX = ((BX & 0xff00) | (val8)) #define SET_CL(val8) CX = ((CX & 0xff00) | (val8)) #define SET_DL(val8) DX = ((DX & 0xff00) | (val8)) #define SET_AH(val8) AX = ((AX & 0x00ff) | ((val8) << 8)) #define SET_BH(val8) BX = ((BX & 0x00ff) | ((val8) << 8)) #define SET_CH(val8) CX = ((CX & 0x00ff) | ((val8) << 8)) #define SET_DH(val8) DX = ((DX & 0x00ff) | ((val8) << 8)) #define GET_AL() ( AX & 0x00ff ) #define GET_BL() ( BX & 0x00ff ) #define GET_CL() ( CX & 0x00ff ) #define GET_DL() ( DX & 0x00ff ) #define GET_AH() ( AX >> 8 ) #define GET_BH() ( BX >> 8 ) #define GET_CH() ( CX >> 8 ) #define GET_DH() ( DX >> 8 ) #define SET_CF() FLAGS |= 0x0001 #define CLEAR_CF() FLAGS &= 0xfffe #define GET_CF() (FLAGS & 0x0001) #define SET_ZF() FLAGS |= 0x0040 #define CLEAR_ZF() FLAGS &= 0xffbf #define GET_ZF() (FLAGS & 0x0040) #define SCROLL_DOWN 0 #define SCROLL_UP 1 #define NO_ATTR 2 #define WITH_ATTR 3 #define SCREEN_SIZE(x,y) (((x*y*2)|0x00ff)+1) #define SCREEN_MEM_START(x,y,p) ((((x*y*2)|0x00ff)+1)*p) #define SCREEN_IO_START(x,y,p) ((((x*y)|0x00ff)+1)*p) #endif vgabios-0.6c/vbe.h0000644000175000001440000002654111137104500013322 0ustar volkerusers#ifndef vbe_h_included #define vbe_h_included #include "vgabios.h" // DISPI helper function void dispi_set_enable(enable); /** VBE int10 API * * See the function descriptions in vbe.c for more information */ Boolean vbe_has_vbe_display(); void vbe_biosfn_return_controller_information(AX, ES, DI); void vbe_biosfn_return_mode_information(AX, CX, ES, DI); void vbe_biosfn_set_mode(AX, BX, ES, DI); void vbe_biosfn_save_restore_state(AX, CX, DX, ES, BX); void vbe_biosfn_set_get_palette_data(AX); void vbe_biosfn_return_protected_mode_interface(AX); // The official VBE Information Block typedef struct VbeInfoBlock { Bit8u VbeSignature[4]; Bit16u VbeVersion; Bit16u OemStringPtr_Off; Bit16u OemStringPtr_Seg; Bit8u Capabilities[4]; Bit16u VideoModePtr_Off; Bit16u VideoModePtr_Seg; Bit16u TotalMemory; Bit16u OemSoftwareRev; Bit16u OemVendorNamePtr_Off; Bit16u OemVendorNamePtr_Seg; Bit16u OemProductNamePtr_Off; Bit16u OemProductNamePtr_Seg; Bit16u OemProductRevPtr_Off; Bit16u OemProductRevPtr_Seg; Bit16u Reserved[111]; // used for dynamicly generated mode list Bit8u OemData[256]; } VbeInfoBlock; // This one is for compactly storing a static list of mode info blocks // this saves us 189 bytes per block typedef struct ModeInfoBlockCompact { // Mandatory information for all VBE revisions Bit16u ModeAttributes; Bit8u WinAAttributes; Bit8u WinBAttributes; Bit16u WinGranularity; Bit16u WinSize; Bit16u WinASegment; Bit16u WinBSegment; Bit32u WinFuncPtr; Bit16u BytesPerScanLine; // Mandatory information for VBE 1.2 and above Bit16u XResolution; Bit16u YResolution; Bit8u XCharSize; Bit8u YCharSize; Bit8u NumberOfPlanes; Bit8u BitsPerPixel; Bit8u NumberOfBanks; Bit8u MemoryModel; Bit8u BankSize; Bit8u NumberOfImagePages; Bit8u Reserved_page; // Direct Color fields (required for direct/6 and YUV/7 memory models) Bit8u RedMaskSize; Bit8u RedFieldPosition; Bit8u GreenMaskSize; Bit8u GreenFieldPosition; Bit8u BlueMaskSize; Bit8u BlueFieldPosition; Bit8u RsvdMaskSize; Bit8u RsvdFieldPosition; Bit8u DirectColorModeInfo; // Mandatory information for VBE 2.0 and above Bit32u PhysBasePtr; Bit32u OffScreenMemOffset; Bit16u OffScreenMemSize; // Mandatory information for VBE 3.0 and above Bit16u LinBytesPerScanLine; Bit8u BnkNumberOfPages; Bit8u LinNumberOfPages; Bit8u LinRedMaskSize; Bit8u LinRedFieldPosition; Bit8u LinGreenMaskSize; Bit8u LinGreenFieldPosition; Bit8u LinBlueMaskSize; Bit8u LinBlueFieldPosition; Bit8u LinRsvdMaskSize; Bit8u LinRsvdFieldPosition; Bit32u MaxPixelClock; // Bit8u Reserved[189]; // DO NOT PUT THIS IN HERE because of Compact Mode Info storage in bios } ModeInfoBlockCompact; typedef struct ModeInfoBlock { // Mandatory information for all VBE revisions Bit16u ModeAttributes; Bit8u WinAAttributes; Bit8u WinBAttributes; Bit16u WinGranularity; Bit16u WinSize; Bit16u WinASegment; Bit16u WinBSegment; Bit32u WinFuncPtr; Bit16u BytesPerScanLine; // Mandatory information for VBE 1.2 and above Bit16u XResolution; Bit16u YResolution; Bit8u XCharSize; Bit8u YCharSize; Bit8u NumberOfPlanes; Bit8u BitsPerPixel; Bit8u NumberOfBanks; Bit8u MemoryModel; Bit8u BankSize; Bit8u NumberOfImagePages; Bit8u Reserved_page; // Direct Color fields (required for direct/6 and YUV/7 memory models) Bit8u RedMaskSize; Bit8u RedFieldPosition; Bit8u GreenMaskSize; Bit8u GreenFieldPosition; Bit8u BlueMaskSize; Bit8u BlueFieldPosition; Bit8u RsvdMaskSize; Bit8u RsvdFieldPosition; Bit8u DirectColorModeInfo; // Mandatory information for VBE 2.0 and above Bit32u PhysBasePtr; Bit32u OffScreenMemOffset; Bit16u OffScreenMemSize; // Mandatory information for VBE 3.0 and above Bit16u LinBytesPerScanLine; Bit8u BnkNumberOfPages; Bit8u LinNumberOfPages; Bit8u LinRedMaskSize; Bit8u LinRedFieldPosition; Bit8u LinGreenMaskSize; Bit8u LinGreenFieldPosition; Bit8u LinBlueMaskSize; Bit8u LinBlueFieldPosition; Bit8u LinRsvdMaskSize; Bit8u LinRsvdFieldPosition; Bit32u MaxPixelClock; Bit8u Reserved[189]; } ModeInfoBlock; typedef struct ModeInfoListItem { Bit16u mode; ModeInfoBlockCompact info; } ModeInfoListItem; // VBE Return Status Info // AL #define VBE_RETURN_STATUS_SUPPORTED 0x4F #define VBE_RETURN_STATUS_UNSUPPORTED 0x00 // AH #define VBE_RETURN_STATUS_SUCCESSFULL 0x00 #define VBE_RETURN_STATUS_FAILED 0x01 #define VBE_RETURN_STATUS_NOT_SUPPORTED 0x02 #define VBE_RETURN_STATUS_INVALID 0x03 // VBE Mode Numbers #define VBE_MODE_VESA_DEFINED 0x0100 #define VBE_MODE_REFRESH_RATE_USE_CRTC 0x0800 #define VBE_MODE_LINEAR_FRAME_BUFFER 0x4000 #define VBE_MODE_PRESERVE_DISPLAY_MEMORY 0x8000 // VBE GFX Mode Number #define VBE_VESA_MODE_640X400X8 0x100 #define VBE_VESA_MODE_640X480X8 0x101 #define VBE_VESA_MODE_800X600X4 0x102 #define VBE_VESA_MODE_800X600X8 0x103 #define VBE_VESA_MODE_1024X768X4 0x104 #define VBE_VESA_MODE_1024X768X8 0x105 #define VBE_VESA_MODE_1280X1024X4 0x106 #define VBE_VESA_MODE_1280X1024X8 0x107 #define VBE_VESA_MODE_320X200X1555 0x10D #define VBE_VESA_MODE_320X200X565 0x10E #define VBE_VESA_MODE_320X200X888 0x10F #define VBE_VESA_MODE_640X480X1555 0x110 #define VBE_VESA_MODE_640X480X565 0x111 #define VBE_VESA_MODE_640X480X888 0x112 #define VBE_VESA_MODE_800X600X1555 0x113 #define VBE_VESA_MODE_800X600X565 0x114 #define VBE_VESA_MODE_800X600X888 0x115 #define VBE_VESA_MODE_1024X768X1555 0x116 #define VBE_VESA_MODE_1024X768X565 0x117 #define VBE_VESA_MODE_1024X768X888 0x118 #define VBE_VESA_MODE_1280X1024X1555 0x119 #define VBE_VESA_MODE_1280X1024X565 0x11A #define VBE_VESA_MODE_1280X1024X888 0x11B #define VBE_VESA_MODE_1600X1200X8 0x11C #define VBE_VESA_MODE_1600X1200X1555 0x11D #define VBE_VESA_MODE_1600X1200X565 0x11E #define VBE_VESA_MODE_1600X1200X888 0x11F // BOCHS/PLEX86 'own' mode numbers #define VBE_OWN_MODE_320X200X8888 0x140 #define VBE_OWN_MODE_640X400X8888 0x141 #define VBE_OWN_MODE_640X480X8888 0x142 #define VBE_OWN_MODE_800X600X8888 0x143 #define VBE_OWN_MODE_1024X768X8888 0x144 #define VBE_OWN_MODE_1280X1024X8888 0x145 #define VBE_OWN_MODE_320X200X8 0x146 #define VBE_OWN_MODE_1600X1200X8888 0x147 #define VBE_OWN_MODE_1152X864X8 0x148 #define VBE_OWN_MODE_1152X864X1555 0x149 #define VBE_OWN_MODE_1152X864X565 0x14a #define VBE_OWN_MODE_1152X864X888 0x14b #define VBE_OWN_MODE_1152X864X8888 0x14c #define VBE_VESA_MODE_END_OF_LIST 0xFFFF // Capabilities #define VBE_CAPABILITY_8BIT_DAC 0x0001 #define VBE_CAPABILITY_NOT_VGA_COMPATIBLE 0x0002 #define VBE_CAPABILITY_RAMDAC_USE_BLANK_BIT 0x0004 #define VBE_CAPABILITY_STEREOSCOPIC_SUPPORT 0x0008 #define VBE_CAPABILITY_STEREO_VIA_VESA_EVC 0x0010 // Mode Attributes #define VBE_MODE_ATTRIBUTE_SUPPORTED 0x0001 #define VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE 0x0002 #define VBE_MODE_ATTRIBUTE_TTY_BIOS_SUPPORT 0x0004 #define VBE_MODE_ATTRIBUTE_COLOR_MODE 0x0008 #define VBE_MODE_ATTRIBUTE_GRAPHICS_MODE 0x0010 #define VBE_MODE_ATTRIBUTE_NOT_VGA_COMPATIBLE 0x0020 #define VBE_MODE_ATTRIBUTE_NO_VGA_COMPATIBLE_WINDOW 0x0040 #define VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE 0x0080 #define VBE_MODE_ATTRIBUTE_DOUBLE_SCAN_MODE 0x0100 #define VBE_MODE_ATTRIBUTE_INTERLACE_MODE 0x0200 #define VBE_MODE_ATTRIBUTE_HARDWARE_TRIPLE_BUFFER 0x0400 #define VBE_MODE_ATTRIBUTE_HARDWARE_STEREOSCOPIC_DISPLAY 0x0800 #define VBE_MODE_ATTRIBUTE_DUAL_DISPLAY_START_ADDRESS 0x1000 #define VBE_MODE_ATTTRIBUTE_LFB_ONLY ( VBE_MODE_ATTRIBUTE_NO_VGA_COMPATIBLE_WINDOW | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE ) // Window attributes #define VBE_WINDOW_ATTRIBUTE_RELOCATABLE 0x01 #define VBE_WINDOW_ATTRIBUTE_READABLE 0x02 #define VBE_WINDOW_ATTRIBUTE_WRITEABLE 0x04 // Memory model #define VBE_MEMORYMODEL_TEXT_MODE 0x00 #define VBE_MEMORYMODEL_CGA_GRAPHICS 0x01 #define VBE_MEMORYMODEL_HERCULES_GRAPHICS 0x02 #define VBE_MEMORYMODEL_PLANAR 0x03 #define VBE_MEMORYMODEL_PACKED_PIXEL 0x04 #define VBE_MEMORYMODEL_NON_CHAIN_4_256 0x05 #define VBE_MEMORYMODEL_DIRECT_COLOR 0x06 #define VBE_MEMORYMODEL_YUV 0x07 // DirectColorModeInfo #define VBE_DIRECTCOLOR_COLOR_RAMP_PROGRAMMABLE 0x01 #define VBE_DIRECTCOLOR_RESERVED_BITS_AVAILABLE 0x02 // GUEST <-> HOST Communication API // FIXME: either dynamicly ask host for this or put somewhere high in physical memory // like 0xE0000000 #define VBE_DISPI_BANK_ADDRESS 0xA0000 #define VBE_DISPI_BANK_SIZE_KB 64 #define VBE_DISPI_MAX_XRES 2560 #define VBE_DISPI_MAX_YRES 1600 #define VBE_DISPI_IOPORT_INDEX 0x01CE #define VBE_DISPI_IOPORT_DATA 0x01CF #define VBE_DISPI_INDEX_ID 0x0 #define VBE_DISPI_INDEX_XRES 0x1 #define VBE_DISPI_INDEX_YRES 0x2 #define VBE_DISPI_INDEX_BPP 0x3 #define VBE_DISPI_INDEX_ENABLE 0x4 #define VBE_DISPI_INDEX_BANK 0x5 #define VBE_DISPI_INDEX_VIRT_WIDTH 0x6 #define VBE_DISPI_INDEX_VIRT_HEIGHT 0x7 #define VBE_DISPI_INDEX_X_OFFSET 0x8 #define VBE_DISPI_INDEX_Y_OFFSET 0x9 #define VBE_DISPI_INDEX_VIDEO_MEMORY_64K 0xa #define VBE_DISPI_ID0 0xB0C0 #define VBE_DISPI_ID1 0xB0C1 #define VBE_DISPI_ID2 0xB0C2 #define VBE_DISPI_ID3 0xB0C3 #define VBE_DISPI_ID4 0xB0C4 #define VBE_DISPI_ID5 0xB0C5 #define VBE_DISPI_DISABLED 0x00 #define VBE_DISPI_ENABLED 0x01 #define VBE_DISPI_GETCAPS 0x02 #define VBE_DISPI_8BIT_DAC 0x20 #define VBE_DISPI_LFB_ENABLED 0x40 #define VBE_DISPI_NOCLEARMEM 0x80 #define VBE_DISPI_LFB_PHYSICAL_ADDRESS 0xE0000000 #endif vgabios-0.6c/ChangeLog0000644000175000001440000010657211167150173014164 0ustar volkerusers2009-04-07 20:18 vruppert * vgabios.c (1.69): - biosfn_write_teletype: fixed attribute when scrolling in text mode 2009-04-06 20:17 vruppert * ChangeLog (1.28), README (1.17): - preparing for release 0.6c 2009-01-25 16:46 vruppert * vbe.c (1.62), vbe.h (1.28), vbetables-gen.c (1.5): - added support for a lot more non-standard VBE modes (e.g. widescreen modes) - requires latest Bochs VBE code (16 MB video memory, VBE_DISPI_ID5, VRAM size in 64k pages stored in VBE register) - check if VBE mode is supported with current VRAM size 2009-01-24 11:02 vruppert * clext.c (1.14), vbe.c (1.61), vgabios.c (1.68): - use VBE LFB address from PCI base address if present (rewrite of the cirrus specific function in main vgabios code) - removed unnecessary spaces 2008-12-14 09:29 vruppert * clext.c (1.13): - added DPMS support to cirrus vgabios (patch from Gleb Natapov) 2008-05-30 17:28 vruppert * README (1.16): - updated for release 0.6b 2008-05-22 12:55 vruppert * ChangeLog (1.27), README (1.15): - preparations for release 0.6b 2008-05-11 08:40 vruppert * biossums.c (1.6): - fixed a warning 2008-03-02 08:47 vruppert * vbe.c (1.60): - added debug message for unsupported VBE modes 2008-02-24 09:18 vruppert * vbe.c (1.59): - in LFB modes the number of banks must be set to 1 2008-01-27 10:44 vruppert * Makefile (1.21), biossums.c (1.5), vgabios.c (1.67): - added PCI data structure for the Cirrus VGABIOS images - added support for the PCI data structure in biossums - updated year in copyright 2008-01-26 11:46 vruppert * BUGS (1.4), Makefile (1.20), README (1.14), TODO (1.13), vbe_display_api.txt (1.14): - whitespace cleanup 2006-11-26 10:43 vruppert * Makefile (1.19): - disable the generation of linemarkers by the preprocessor, since the latest versions of bcc don't like them 2006-09-02 13:15 vruppert * biossums.c (1.4): - the biossums utility no longer modifies VGABIOS images with proper checksum and size 2006-08-19 14:28 vruppert * Changelog (1.26), README (1.13), TODO (1.12): - updates for 0.6a release 2006-08-19 09:39 vruppert * vbe.c (1.58): - improved VGA compatible setup for VBE modes (disable CGA and Hercules compatible memory layout) 2006-08-18 20:39 vruppert * vbe.c (1.57): - improved VGA compatible setup for >=8bpp VBE modes (CRTC doubleword mode and GRDC shift register setting added) - now using symbolic name for CRTC address register 2006-08-15 20:42 vruppert * vbe.c (1.56), vbetables-gen.c (1.4): - init 4bpp VBE modes by a temporary switch to VGA mode 0x6A - all 4bpp VBE modes now enabled 2006-08-14 20:24 vruppert * vbe.c (1.55): - VGA compatible setup for VBE modes improved (Bochs hack can be removed now) 2006-08-12 07:51 vruppert * .cvsignore (1.1): - .cvsignore added for auto-generated file 2006-08-12 07:47 vruppert * vbe.c (1.54), vbe.h (1.27), vbe_display_api.txt (1.13), vbetables-gen.c (1.3): - cleaned up VBE memory size definitions (removed duplicate defines, main definition now in vbetables-gen.c) 2006-08-09 21:28 vruppert * vbetables.h (1.30): - removed auto-generated file 2006-08-09 21:26 vruppert * vbe.c (1.53), vbe.h (1.26), vbe_display_api.txt (1.12), vbetables-gen.c (1.2), vbetables.h (1.29): - VBE video memory increased to 8 MB - VBE dispi ID changed to B0C4 - documentation update 2006-07-11 08:03 vruppert * Makefile (1.18), vbetables-gen.c (1.1), vbetables.h (1.28): - generate vbetables.h dynamicly * initial patch from the qemu project by Fabrice Bellard * only add modes that fit in video memory (still 4 MB) * several other fixes (e.g. 4 bpp specific stuff, number of pages) 2006-07-10 07:47 vruppert * vgabios.c (1.66): - biosfn_scroll(): check variable 'i' for underflowing when scrolling downwards to avoid screen corruption 2006-07-10 07:47 vruppert * vbe.c (1.52): - VBE set bank functions failure handling added - VBE get/set logical scan line length fixes for the 4bpp mode 2006-07-08 13:27 vruppert * vbe.c (1.51), vbetables.h (1.27): - added special case for the 4 bpp when setting VBE display start - VBE mode table fixes 2006-07-07 13:30 vruppert * clext.c (1.12): - bank pointer must be set to 0 after a mode set 2006-06-21 16:58 vruppert * vbe.c (1.50), vbetables.h (1.26): - improved VBE display capabilities check (X resulution checked now) - removed obsolete defines (LFB always available, always generate dynamic list) - CR/LF to LF fixes 2006-06-18 15:22 vruppert * clext.c (1.11), vbe.c (1.49), vbe.h (1.25), vbetables.h (1.25), vgabios.c (1.65): - applied patch from the qemu project (Fabrice Bellard) * Cirrus SVGA now supports the "no clear" bit when switching to Cirrus or VESA mode * Bochs VBE protected mode interface improved * save/restore video state support for Bochs VBE and standard VGA added * Bochs VBE prepared for more modi 2006-03-25 10:19 vruppert * clext.c (1.10), vgabios.c (1.64), vgatables.h (1.10): - applied patch from Fabrice Bellard * added minimal support for the video parameter table (VPT) * added Cirrus SVGA mode 0x7b (1600x1200x8) 2005-12-26 19:50 vruppert * vbe.c (1.48), vgabios.c (1.63): - Bochs VBE protected mode interface added (based on a patch by malc@pulsesoft.com) 2005-12-26 19:50 vruppert * biossums.c (1.3): - biossums utility now supports VGABIOS sizes up to 64 kBytes 2005-09-21 18:45 vruppert * vgatables.h (1.9): - mode 0x11: all color planes must be enabled in this 2-color VGA mode 2005-08-30 18:41 vruppert * biossums.c (1.2): - missing license text added in biossums.c 2005-07-02 18:39 vruppert * vgabios.c (1.62): - BIOS configuration word usually reports initial mode 80x25 color text - vgabios function 0x0e (write teletype): linefeed (0x0a) only increments the cursor row value 2005-05-24 16:50 vruppert * vbe.c (1.47), vgabios.c (1.61): - output to the vgabios info port can be disabled now. It is still enabled by default and always possible in debug mode. (based on a patch from Alex Beregszaszi) 2005-05-20 16:06 vruppert * vbe.c (1.46), vgabios.c (1.60): - fixed return value for the default case in the VBE section (non-debug mode) - removed unused macros HALT and PANIC_PORT 2005-03-07 20:39 vruppert * README (1.9): - updates for 0.5a release 2005-03-06 13:06 vruppert * Makefile (1.17): - vgabios files with cirrus support added to release target 2005-03-06 12:24 vruppert * Makefile (1.16): - cross compilation support added (patch from Alex Beregszaszi) 2005-03-05 13:03 vruppert * BUGS (1.3), README (1.8), TODO (1.11): - documentation updates 2004-12-04 15:26 vruppert * VGABIOS-lgpl-latest.bin (1.61), VGABIOS-lgpl-latest.cirrus.bin (1.13), VGABIOS-lgpl-latest.cirrus.debug.bin (1.13), VGABIOS-lgpl-latest.debug.bin (1.61), clext.c (1.9): - Cirrus extension: support for 1280x1024x15 and 1280x1024x16 modes added (patch from Fabrice Bellard) 2004-08-08 16:53 vruppert * VGABIOS-lgpl-latest.bin (1.60), VGABIOS-lgpl-latest.cirrus.bin (1.12), VGABIOS-lgpl-latest.cirrus.debug.bin (1.12), VGABIOS-lgpl-latest.debug.bin (1.60), clext.c (1.8): - use single bank mode for VBE - enable 16k granularity for VBE only 2004-07-30 19:33 vruppert * VGABIOS-lgpl-latest.bin (1.59), VGABIOS-lgpl-latest.cirrus.bin (1.11), VGABIOS-lgpl-latest.cirrus.debug.bin (1.11), VGABIOS-lgpl-latest.debug.bin (1.59), clext.c (1.7): - cirrus init: set standard vga mode and reset bitblt 2004-07-22 18:38 vruppert * VGABIOS-lgpl-latest.bin (1.58), VGABIOS-lgpl-latest.cirrus.bin (1.10), VGABIOS-lgpl-latest.cirrus.debug.bin (1.10), VGABIOS-lgpl-latest.debug.bin (1.58), clext.c (1.6), vbe.c (1.45), vbetables.h (1.24): - cirrus extension: tables for mode 1280x1024x8 added - vbe: dispi_set_xres() and dispi_set_virt_width() now modify vga compatible registers - vbe: mode list entry for mode 800x600x4 fixed 2004-07-18 20:23 vruppert * VGABIOS-lgpl-latest.bin (1.57), VGABIOS-lgpl-latest.cirrus.bin (1.9), VGABIOS-lgpl-latest.cirrus.debug.bin (1.9), VGABIOS-lgpl-latest.debug.bin (1.57), vgabios.c (1.59), vgatables.h (1.8): - disable CRTC write protection before setting new values - CRTC line for mode 0x6a fixed 2004-07-07 16:08 vruppert * Makefile (1.15), VGABIOS-lgpl-latest.bin (1.56), VGABIOS-lgpl-latest.cirrus.bin (1.8), VGABIOS-lgpl-latest.cirrus.debug.bin (1.8), VGABIOS-lgpl-latest.debug.bin (1.56), biossums.c (1.1), clext.c (1.5): - biossums utility for the Bochs BIOS adapted for the LGPL'd VGABIOS - VESA3 PMINFO checksum calculated in the source - 24 bpp mode entries fixed (patch from Fabrice Bellard) 2004-06-25 18:28 vruppert * VGABIOS-lgpl-latest.cirrus.bin (1.7), VGABIOS-lgpl-latest.cirrus.debug.bin (1.7), clext.c (1.4): - 4MB memory probe added (patch from Fabrice Bellard) 2004-06-25 17:31 vruppert * VGABIOS-lgpl-latest.bin (1.55), VGABIOS-lgpl-latest.cirrus.bin (1.6), VGABIOS-lgpl-latest.cirrus.debug.bin (1.6), VGABIOS-lgpl-latest.debug.bin (1.55), clext.c (1.3): - fixed value of sequencer reset register in cirrus mode table - fixed possible overflow error if cirrus start address is >256k 2004-06-23 21:11 vruppert * VGABIOS-lgpl-latest.bin (1.54), VGABIOS-lgpl-latest.cirrus.bin (1.5), VGABIOS-lgpl-latest.cirrus.debug.bin (1.5), VGABIOS-lgpl-latest.debug.bin (1.54), clext.c (1.2): - applied new patch for the cirrus extension from suzu * enable VESA LFB support if a Cirrus PCI adapter is detected * prepared VBE3 protected mode info block (test case required) - added VBE functions 4F06h and 4F07h - some bugfixes 2004-06-17 18:57 vruppert * Makefile (1.14), VGABIOS-lgpl-latest.bin (1.53), VGABIOS-lgpl-latest.cirrus.bin (1.2), VGABIOS-lgpl-latest.cirrus.debug.bin (1.2), VGABIOS-lgpl-latest.debug.bin (1.53): - fixed makefile targets for the binaries with cirrus extension 2004-06-16 21:11 vruppert * Makefile (1.13), VGABIOS-lgpl-latest.bin (1.52), VGABIOS-lgpl-latest.cirrus.bin (1.1), VGABIOS-lgpl-latest.cirrus.debug.bin (1.1), VGABIOS-lgpl-latest.debug.bin (1.52), clext.c (1.1), vgabios.c (1.58): - applied suzu's cirrus extension patch. Cirrus SVGA detection, most of the cirrus-specific modes and some basic VBE features are present now. 2004-05-31 21:15 vruppert * VGABIOS-lgpl-latest.bin (1.51), VGABIOS-lgpl-latest.debug.bin (1.51), vgabios.c (1.57): - write character in planar graphics modes: sequencer map mask must be 0x0f and bit operation must be 'replace' if bit 7 of attribute is clear - read/write pixel in planar graphics modes: bit mask setup simplified 2004-05-11 18:08 vruppert * VGABIOS-lgpl-latest.bin (1.50), VGABIOS-lgpl-latest.debug.bin (1.50), vgabios.c (1.56): - biosfn_select_vert_res rewritten in assembler - scroll text in planar graphics modes: attribute for blank line fixed - write character in planar graphics modes: graphics controller values fixed 2004-05-09 20:32 vruppert * VGABIOS-lgpl-latest.bin (1.49), VGABIOS-lgpl-latest.debug.bin (1.49), vbe.c (1.44), vbe.h (1.24), vgabios.c (1.55): - VBE init code and some dispi ioport functions rewritten in assembler - text scroll functions for CGA graphics modes added - scroll text in graphics modes: attribute for blank line fixed 2004-05-08 16:06 vruppert * BUGS (1.2), README (1.7), TODO (1.10), VGABIOS-lgpl-latest.bin (1.48), VGABIOS-lgpl-latest.debug.bin (1.48), vbe.c (1.43), vbe.h (1.23), vbe_display_api.txt (1.11), vgabios.c (1.54): - VBE internal functions dispi_set_enable and dispi_set_bank now called both from C and asm code - VBE function 0x03 rewritten in assembler - VBE function 0x08 cleaned up - text output and scroll functions for graphics modes rewritten using case structures - documentation and comments updated 2004-05-06 21:18 vruppert * VGABIOS-lgpl-latest.bin (1.47), VGABIOS-lgpl-latest.debug.bin (1.47), vbe.c (1.42), vbe.h (1.22), vgabios.c (1.53): - VBE functions 0x05, 0x06, 0x07 and some dispi ioport functions rewritten in assembler - VBE functions 0x06 and 0x07: get functions now supported, 15 bpp bug fixed 2004-05-05 19:24 vruppert * VGABIOS-lgpl-latest.bin (1.46), VGABIOS-lgpl-latest.debug.bin (1.46), vbe.c (1.41), vbe.h (1.21), vbe_display_api.txt (1.10), vgabios.c (1.52): - 8 bit DAC capability flag set - vbe_biosfn_set_get_dac_palette_format implemented - VBE api description updated - C definitions from header files now used assembler code 2004-05-02 17:27 vruppert * VGABIOS-lgpl-latest.bin (1.45), VGABIOS-lgpl-latest.debug.bin (1.45), vgabios.c (1.51): - text scroll functions for PLANAR1/PLANAR4 graphics modes added - function biosfn_get_ega_info rewritten in assembler - read/write graphics pixel functions rewritten using a case structure 2004-05-01 16:03 vruppert * VGABIOS-lgpl-latest.bin (1.44), VGABIOS-lgpl-latest.debug.bin (1.44), vgabios.c (1.50): - biosfn_enable_cursor_emulation rewritten in assembler - remap of the cursor shape depends on modeset control bit 0 - text output in PLANAR4 modes now supports attribute bit 7 (XOR with background) 2004-04-25 20:13 vruppert * VGABIOS-lgpl-latest.bin (1.43), VGABIOS-lgpl-latest.debug.bin (1.43), vgabios.c (1.49), vgatables.h (1.7): - table entries for vga mode 0x0f fixed (PLANAR2 exists on EGA only) - function release_font_access now supports the monochrome text mode - PLANAR1 modes now supported in text output functions and read/write pixel - function AH=0x12/BL=0x32 rewritten in assembler 2004-04-25 08:45 vruppert * VGABIOS-lgpl-latest.bin (1.42), VGABIOS-lgpl-latest.debug.bin (1.42), vgabios.c (1.48): - block address calculation in font functions fixed - functions AX=0x1103, AH=0x12/BL=0x31 and AH=0x12/BL=0x33 rewritten in assembler 2004-04-24 09:59 vruppert * VGABIOS-lgpl-latest.bin (1.41), VGABIOS-lgpl-latest.debug.bin (1.41), vgabios.c (1.47): - read/write graphics pixel for PLANAR4 modes added - CGA specific functions (group AH = 0x0B) implemented 2004-04-23 14:34 vruppert * VGABIOS-lgpl-latest.bin (1.40), VGABIOS-lgpl-latest.debug.bin (1.40), vgabios.c (1.46): - remaining palette and dac read/write functions (except gray scale summing) rewritten in assembler 2004-04-18 13:43 vruppert * VGABIOS-lgpl-latest.bin (1.39), VGABIOS-lgpl-latest.debug.bin (1.39), vgabios.c (1.45): - some palette and dac read/write functions rewritten in assembler - main int10 debug message now works with assembler functions, too 2004-04-18 09:15 japj * vbe.c (1.40): updated my email address + put vgabios url in the bios copyright string (instead of my old email address) 2004-04-17 07:18 vruppert * VGABIOS-lgpl-latest.bin (1.38), VGABIOS-lgpl-latest.debug.bin (1.38), vgabios.c (1.44): - biosfn_set_video_mode: don't load DAC registers if default palette loading is disabled. Perform gray scale summing if enabled. - biosfn_perform_gray_scale_summing: switch between DAC read and write mode is required to make this function work. Maximum DAC value always set to 0x3f. 2004-04-08 17:50 vruppert * VGABIOS-lgpl-latest.bin (1.37), VGABIOS-lgpl-latest.debug.bin (1.37), vgabios.c (1.43): - write character function for the LINEAR8 mode - get_font_access() and release_font_access() rewritten in assembler - fixed wrong variable name in the init code 2004-04-06 19:31 vruppert * VGABIOS-lgpl-latest.bin (1.36), VGABIOS-lgpl-latest.debug.bin (1.36), vgabios.c (1.42): - init functions rewitten in assembler - function biosfn_set_display_code rewritten in assembler 2004-04-05 19:40 vruppert * VGABIOS-lgpl-latest.bin (1.35), VGABIOS-lgpl-latest.debug.bin (1.35), vgabios.c (1.41): - functions biosfn_get_video_mode() and biosfn_read_display_code() rewritten in assembler 2004-04-04 18:20 vruppert * VGABIOS-lgpl-latest.bin (1.34), VGABIOS-lgpl-latest.debug.bin (1.34), vgabios.c (1.40): - write character function for CGA modes added - read/write graphics pixel for CGA and LINEAR8 modes added 2004-02-23 21:08 vruppert * VGABIOS-lgpl-latest.bin (1.33), VGABIOS-lgpl-latest.debug.bin (1.33), vbe.c (1.39): - dispi_get_max_bpp(): restore the original value of the vbe enable register 2004-02-22 14:17 vruppert * README (1.6), vbe.c (1.38), vbe.h (1.20), vbe_display_api.txt (1.9), VGABIOS-lgpl-latest.bin (1.32), VGABIOS-lgpl-latest.debug.bin (1.32): - new function dispi_get_max_bpp() returns the bpp capabilities of the Bochs gui - create the mode list depending on the supported bpp capability - unused stuff removed - documentation updated 2004-02-21 18:20 vruppert * vbe.c (1.37), vbe.h (1.19), vbetables.h (1.23), VGABIOS-lgpl-latest.bin (1.31), VGABIOS-lgpl-latest.debug.bin (1.31): - dynamicly genarated vbe mode_info list works now 2003-11-17 21:04 vruppert * vbe.c (1.36), vbetables.h (1.22), vgabios.c (1.39), vgatables.h (1.6), VGABIOS-lgpl-latest.bin (1.30), VGABIOS-lgpl-latest.debug.bin (1.30): - new VBE presence flag stored at unused BDA address 0xB9 - VBE init code rewritten - added BIOS TTY flag for VBE mode 0x0102 (TODO: scrolling) - vgabios_init_func: load and activate text font already done by set_video_mode - function biosfn_get_all_palette_reg() fixed 2003-11-06 00:26 cbothamy * README (1.5): - add changes for 0.4c release 2003-11-06 00:22 cbothamy * VGABIOS-lgpl-latest.bin (1.29), VGABIOS-lgpl-latest.debug.bin (1.29): - compile vgabios.c rev1.38 2003-11-06 00:21 cbothamy * vgabios.c (1.38): - activate char table after loading it when setting a text video mode 2003-11-06 00:19 cbothamy * Makefile (1.12): - when making a release, remove unwanted files first, and exclude CVS from the tarball 2003-11-04 22:50 cbothamy * ChangeLog (1.20, v0_4b): - update ChangeLog for 0.4b release 2003-11-04 22:49 cbothamy * README (1.4, v0_4b): - update Changes for 0.4b release 2003-11-04 20:26 vruppert * vgabios.c (1.37), VGABIOS-lgpl-latest.bin (1.28), VGABIOS-lgpl-latest.debug.bin (1.28) (utags: v0_4b): - biosfn_get_font_info(): character height must be returned in CX 2003-11-03 21:57 vruppert * vbe.c (1.35, v0_4b), vgabios.c (1.36), VGABIOS-lgpl-latest.bin (1.27), VGABIOS-lgpl-latest.debug.bin (1.27): - the 'noclearmem' flag is not stored in the 'current video mode' register (0040h:0049h) - VBE also stores the 'noclear' flag in the 'video control' register (0040h:0087h) 2003-10-05 10:06 vruppert * vbe.h (1.18, v0_4b), vbe_display_api.txt (1.8, v0_4b), VGABIOS-lgpl-latest.bin (1.26), VGABIOS-lgpl-latest.debug.bin (1.26): - changed VBE i/o registers to 0x01CE/CF (suggestion from Daniel Gimpelevich) 2003-08-18 18:38 vruppert * VGABIOS-lgpl-latest.bin (1.25), VGABIOS-lgpl-latest.debug.bin (1.25), vgabios.c (1.35): - wrong offsets to the character tables (INT 0x1F/0x43) fixed (underscore added) - functions accessing the CRT controller optimized using a local variable 'crtc_addr' 2003-08-17 15:46 cbothamy * ChangeLog (1.19, v0_4a): - ChangeLog is now automatically generated by running "cvs2cl -r -t -P -S" - update ChangeLog for 0.4a release 2003-08-17 15:44 cbothamy * README (1.3, v0_4a): - added the old ChangeLog in the HOSTORY section of the README file - update History for 0.4a release, with a summary of Changes 2003-08-17 15:24 cbothamy * Makefile (1.11, v0_4b, v0_4a): - fix Makefile for "release" target 2003-08-16 01:49 cbothamy * Makefile (1.10), README (1.2), VGABIOS-lgpl-latest.bin (1.24, v0_4a), VGABIOS-lgpl-latest.debug.bin (1.24, v0_4a), vgabios.c (1.34, v0_4a): - update the Makefile for releases - remove references to old plex86 website - update the Makefile so it build VGABIOS-lgpl-latest.bin and VGABIOS-lgpl-latest.debug.bin 2003-08-07 18:17 vruppert * VGABIOS-lgpl-latest.bin (1.23), VGABIOS-lgpl-latest.debug.bin (1.23): - current VBE mode now stored in BDA (unused address 0xBA) 2003-08-07 17:54 vruppert * vbe.c (1.34), vgatables.h (1.5, v0_4b) (utags: v0_4a): - current VBE mode now stored in BDA (unused address 0xBA) 2003-07-20 18:05 vruppert * vgabios.c (1.33), VGABIOS-lgpl-latest.bin (1.22), VGABIOS-lgpl-latest.debug.bin (1.22): - fixed a few functions accessing the attribute controller 2003-07-19 09:33 vruppert * vgabios.c (1.32), VGABIOS-lgpl-latest.bin (1.21), VGABIOS-lgpl-latest.debug.bin (1.21): - re-enable video after programming the attribute controller - biosfn_set_all_palette_reg(): number of palette registers fixed 2003-07-16 22:32 vruppert * ChangeLog (1.18), vbe.c (1.33), vbe.h (1.17, v0_4a), vbe_display_api.txt (1.7, v0_4a), vgabios.c (1.31), VGABIOS-lgpl-latest.bin (1.20), VGABIOS-lgpl-latest.debug.bin (1.20): - LFB flag now stored in the register VBE_DISPI_INDEX_ENABLE - release date in Changelog fixed - release date of VBE BIOS 0.6 was the same as VGA BIOS 0.3b - year changed in copyright messages 2003-07-15 12:40 vruppert * VGABIOS-lgpl-latest.bin (1.19), VGABIOS-lgpl-latest.debug.bin (1.19): - new function dispi_get_bpp() - function vbe_biosfn_set_get_logical_scan_line_length() fixed for >8bpp - number of image pages of all VBE modes fixed 2003-07-15 12:35 vruppert * vbe.c (1.32), vbetables.h (1.21, v0_4b, v0_4a): - new function dispi_get_bpp() - function vbe_biosfn_set_get_logical_scan_line_length() fixed for >8bpp - number of image pages of all VBE modes fixed 2003-07-14 19:45 vruppert * vbe_display_api.txt (1.6): - description of VBE_DISPI_ interface 0xb0c2 added 2003-07-10 19:07 vruppert * vbe.c (1.31), vbetables.h (1.20), VGABIOS-lgpl-latest.bin (1.18), VGABIOS-lgpl-latest.debug.bin (1.18): - 15 bpp VBE modes added - "Bochs own" mode 0x142 (640x480x32bpp) added 2003-07-01 19:00 vruppert * vbe.c (1.30), vbe.h (1.16), vbetables.h (1.19), VGABIOS-lgpl-latest.bin (1.17), VGABIOS-lgpl-latest.debug.bin (1.17): - VBE preserve display memory feature implemented - VBE mode entries 0x117 and 0x118 added 2003-06-30 21:27 vruppert * vbe.c (1.29), vbe.h (1.15), vbetables.h (1.18), VGABIOS-lgpl-latest.bin (1.16), VGABIOS-lgpl-latest.debug.bin (1.16): - VBE mode info blocks of modes with >8bpp enabled - VBE modes with 24 bpp: bytes per scanline fixed - vbe_biosfn_set_mode() now supports >8bpp - VBE will be enabled with new VBE_DISPI_ID2 (0xB0C2) 2003-06-29 12:53 vruppert * vbetables.h (1.17), VGABIOS-lgpl-latest.bin (1.15), VGABIOS-lgpl-latest.debug.bin (1.15): - duplicate lines with VBE_MODE_ATTRIBUTE_GRAPHICS_MODE removed - VBE mode info items of currently unsupported modes fixed 2003-06-15 21:19 vruppert * vgabios.c (1.30), VGABIOS-lgpl-latest.bin (1.14), VGABIOS-lgpl-latest.debug.bin (1.14): - function write_gfx_char() rewritten 2003-04-26 09:27 vruppert * VGABIOS-lgpl-latest.debug.bin (1.13): - added missing VBE function dispi_get_bank() - added missing return codes for VBE function 4F05h - memory size is always reported in VBE function 4F00h - fixed scan line length for VBE mode 0102h - fixed function set_active_page() for graphics modes - fixed the page sizes of some VGA modes 2003-04-26 09:22 vruppert * vbe.c (1.28), vbetables.h (1.16), vgabios.c (1.29), vgatables.h (1.4), VGABIOS-lgpl-latest.bin (1.13): - added missing VBE function dispi_get_bank() - added missing return codes for VBE function 4F05h - memory size is always reported in VBE function 4F00h - fixed scan line length for VBE mode 0102h - fixed function set_active_page() for graphics modes - fixed the page sizes of some VGA modes 2003-04-20 09:51 vruppert * vgabios.c (1.28), vgatables.h (1.3), VGABIOS-lgpl-latest.bin (1.12), VGABIOS-lgpl-latest.debug.bin (1.12): - function write_gfx_char() now supports different font sizes - some entries of the static functionality table fixed 2003-04-18 09:23 vruppert * vbe.c (1.27), vbe.h (1.14), vbetables.h (1.15): - applied patch #1331 * new function dispi_set_bank_farcall() * VBE mode info item WinFuncPtr points to the new function if the flag VBE_WINDOW_ATTRIBUTE_RELOCATABLE is set * flag VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE added 2003-02-11 20:17 vruppert * VGABIOS-lgpl-latest.bin (1.11), VGABIOS-lgpl-latest.debug.bin (1.11), vbe.c (1.26), vbetables.h (1.14): - VBE mode search rewritten * improved function mode_info_find_mode() is now used by the VBE functions 0x4F01 and 0x4F02 * removed all mode list entries with the LFB bit set. LFB detection is now present in the function mode_info_find_mode() 2003-02-09 20:59 vruppert * VGABIOS-lgpl-latest.bin (1.10), VGABIOS-lgpl-latest.debug.bin (1.10), vgabios.c (1.27): - function write_gfx_char(): memory address now calculated in this function; background color is always black - function biosfn_write_char_attr(): the count parameter is now used in graphics modes too - function biosfn_write_char_only() works the same way as function biosfn_write_char_attr() in graphics mode - copying charmap data optimized using memcpyb() 2003-02-09 11:36 vruppert * VGABIOS-lgpl-latest.bin (1.9), VGABIOS-lgpl-latest.debug.bin (1.9): - VESA mode 0x102 added (uses existing SVGA mode 0x6a) - all VESA modes with the LFB flag set removed from the list (Linux doesn't like mode numbers > 0x07ff) 2003-02-09 11:02 vruppert * vbe.c (1.25), vbe.h (1.13), vbetables.h (1.13): - VESA mode 0x102 added (uses existing SVGA mode 0x6a) - all VESA modes with the LFB flag set removed from the list (Linux doesn't like mode numbers > 0x07ff) 2003-02-08 13:04 vruppert * vbe.c (1.24), vgabios.c (1.26): - vbe_biosfn_return_current_mode() now returns the active standard VGA mode TODO: return VESA mode if enabled - biosfn_set_video_mode() now clears the screen in CGA mode correctly - write character functions are now working in all PLANAR4 graphics modes - added stubs for unimplemented features in graphics modes 2003-02-04 22:19 vruppert * VGABIOS-lgpl-latest.bin (1.8), VGABIOS-lgpl-latest.debug.bin (1.8): - set video mode: clear vga memory in graphics mode - set video mode: load default font in text mode - write character implemented for graphics mode 0x12 2003-02-04 22:06 vruppert * vgabios.c (1.25): - set video mode: clear vga memory in graphics mode - set video mode: load default font in text mode - write character implemented for graphics mode 0x12 2003-01-21 19:30 vruppert * vgabios.c (1.24): - remap the cursor size if the char height is > 8 and the new values are < 8 2003-01-20 18:24 cbothamy * Makefile (1.9): - fix so make -j2 does not overwrite temp files 2003-01-19 12:35 vruppert * vgabios.c (1.23): - function set_scan_lines() recalculates the number of rows and the page size - new values for char height, text rows and page size are stored in the BIOS data segment - asm helper function idiv_u added 2003-01-15 18:49 cbothamy * VGABIOS-lgpl-latest.bin (1.7), VGABIOS-lgpl-latest.debug.bin (1.7): - compile vgabios rev 1.22 2003-01-15 18:49 cbothamy * vgabios.c (1.22): - fix bug found by ams : a 8bits index value was compared to 0x100 in some cases in biosfn_set_all_dac_reg, biosfn_read_all_dac_reg, biosfn_perform_gray_scale_summing 2003-01-15 17:34 cbothamy * Makefile (1.8): - fix symbol table file names, discovered by ams 2003-01-04 21:20 vruppert * VGABIOS-lgpl-latest.bin (1.6), VGABIOS-lgpl-latest.debug.bin (1.6), vgabios.c (1.21): - biosfn_set_video_mode(): reset attribute controller flip-flop before setting up the controller's registers (bug found with amidiag) 2003-01-04 09:50 vruppert * vbe.c (1.23): - VBE function 0x00 returns VBE 1.x compatible information if no VBE signature is present 2003-01-01 12:44 vruppert * VGABIOS-lgpl-latest.bin (1.5), VGABIOS-lgpl-latest.debug.bin (1.5): - SVGA mode 0x6A (800x600x4) added to the list of graphics modes 2002-12-31 18:07 vruppert * vgatables.h (1.2): - SVGA mode 0x6A (800x600x4) added to the list of graphics modes 2002-11-23 10:38 cbothamy * ChangeLog (1.17, v0_3b): - fix changelog for 0.3b release 2002-10-20 17:12 vruppert * VGABIOS-lgpl-latest.bin (1.4), VGABIOS-lgpl-latest.debug.bin (1.4), vgabios.c (1.20) (utags: v0_3b): - new function set_scan_lines() for the font size change (patch from Hartmut Birr) - cursor shape start and end must be updated in set_scan_lines() - set_scan_lines() is called by the functions 0x1110, 0x1111, 0x1112 and 0x1114 after copying the font data 2002-10-04 08:20 vruppert * VGABIOS-lgpl-latest.bin (1.3), VGABIOS-lgpl-latest.debug.bin (1.3), vgabios.c (1.19): - biosfn_set_single_dac_reg(): the red value is stored in DH 2002-09-19 19:05 cbothamy * VGABIOS-lgpl-latest.bin (1.2), VGABIOS-lgpl-latest.debug.bin (1.2): - updated with latest changes 2002-09-19 19:03 cbothamy * ChangeLog (1.16), Makefile (1.7, v0_3b), vbe.c (1.22, v0_3b), vgabios.c (1.18), vgabios.h (1.3, v0_4b, v0_4a, v0_3b): - updated the Makefile - removed display of copyrights. - changed the Copyright string to "LGPL VGABios developers" 2002-09-08 21:14 vruppert * vgabios.c (1.17): - set the cursor shape depending on the current font height - clear BL before calling int 0x10 function 0x1103 in vgabios_init_func 2002-08-23 22:58 cbothamy * vbe.c (1.21), vbetables.h (1.12, v0_3b): - added lfb-mode numbers (patch from mathis) 2002-07-21 21:57 japj * vbe.c (1.20), vgabios.c (1.16): gcc2/3 preprocessing fix 2002-05-18 16:55 cbothamy * vgabios.c (1.15): - include patch from Volker that adds some text font functions 2002-05-01 23:13 japj * VGABIOS-lgpl-latest.bin (1.1), VGABIOS-lgpl-latest.debug.bin (1.1): adding latest bin & debug bin of the vgabios 2002-04-29 14:50 japj * ChangeLog (1.15), vbe.c (1.19), vbe.h (1.12, v0_3b), vbetables.h (1.11), vgabios.c (1.14): - applying hw scrolling/multibuffering patch 2002-04-25 21:59 japj * Makefile (1.6), vbe.c (1.18), vgabios.c (1.13): - reverting #asm/##asm & endasm patch (does not work with with cygwin) 2002-04-19 19:38 japj * Makefile (1.5), vbe.c (1.17), vgabios.c (1.12): - fixing preprocessing of vgabios with latest gcc (from Mandrake 8.2) 2002-04-08 23:44 japj * ChangeLog (1.14), vbe_display_api.txt (1.5, v0_3b): - preparing docs for new DISPI interface (for hardware scrolling) 2002-04-03 19:06 japj * ChangeLog (1.13), TODO (1.9, v0_4b, v0_4a, v0_3b), vbe.c (1.16): - defaulting LFB on + updated changelog & todo 2002-04-03 00:38 cbothamy * vbe.c (1.15), vgabios.c (1.11): - changed the logging ports to 0x500 -> 0x502 2002-03-14 17:54 japj * vbe.c (1.14): - vbetables.h is dependant upon some defines (VBE_HAVE_LFB), so put the include *after* the define 2002-03-13 21:47 japj * ChangeLog (1.12), TODO (1.8), vbe.c (1.13), vbetables.h (1.10), vgabios.c (1.10): - made LFB dependant upon define - not implement vbe functions return failure - updated todo & docs for things after bochs 1.4 2002-03-13 19:46 japj * vbe.h (1.11), vbe_display_api.txt (1.4): - added max video memory + documented what is in the 0xb0c0 interface 2002-03-12 02:33 cbothamy * ChangeLog (1.11), Makefile (1.4): - updated for 0.3a. Merged vgabios.bin and vbebios.bin 2002-03-10 21:36 japj * ChangeLog (1.10), vbetables.h (1.9): - added LFB modes for testing with vbe-lfb patch in Bochs 2002-03-10 17:42 japj * vbe.c (1.12, v0_3a): - show people when they do NOT have VBE support available 2002-03-10 17:36 japj * TODO (1.7, v0_3a), vbe.c (1.11), vbe.h (1.10, v0_3a), vgabios.c (1.9, v0_3a): - cleanup of vbe internal functions (set 8bpp mode is now dependant on ModeInfo content instead of hardcoded functions) 2002-03-10 17:20 cbothamy * ChangeLog (1.9, v0_3a), TODO (1.6): - updated for 0.3a 2002-03-10 17:19 cbothamy * vbe.c (1.10), vbe.h (1.9): - added vbe_has_vbe_display function that detects an attached vbe display 2002-03-10 17:12 cbothamy * vgabios.c (1.8): - vbe calls are done only if a vbe display is detected 2002-03-10 11:25 japj * vbe.h (1.8), vbe_display_api.txt (1.3, v0_3a): - preparing for LFB support 2002-03-09 14:25 japj * vgabios.c (1.7): - fixing initial cursor shape to _ instead of - 2002-03-08 23:08 japj * ChangeLog (1.8), TODO (1.5), vbe.c (1.9), vbe.h (1.7), vgabios.c (1.6): - updating vbe code to new API 2002-03-08 21:48 japj * vbe.c (1.8), vbe.h (1.6), vbetables.h (1.8, v0_3a): - updating vbe code with #defines from API 2002-03-08 21:31 japj * vbe_display_api.txt (1.2): - adding some text about how banks work 2002-03-08 21:09 japj * ChangeLog (1.7), vbe_display_api.txt (1.1): - adding vbe_display_api documentation 2002-03-07 21:36 japj * ChangeLog (1.6), vbe.c (1.7), vbetables.h (1.7): - added 1024x768xbpp support - some more cleanups/comments 2002-03-06 21:55 japj * ChangeLog (1.5), TODO (1.4), vbe.c (1.6), vbetables.h (1.6), vgabios.c (1.5): - updated changelog with new modi - added 640x480x8 (Mandrake Installer can use this!) - added pre VBE2 compatible 'detection' - fixed problem when normal vga set mode wouldn't disable vbe mode 2002-03-06 20:59 japj * TODO (1.3), vbe.c (1.5), vbe.h (1.5), vbetables.h (1.5), vgabios.c (1.4): - adding 640x400x8 and 800x600x8 vbe support (this depends HEAVILY on my bochs vga code patch - japj) 2002-03-06 18:00 japj * vbe.c (1.4), vbe.h (1.4), vbetables.h (1.4): - implemented banked & lfb support for 320x200x8bpp (some fixes for vbetest program not displaying anything) 2002-03-05 20:25 japj * Makefile (1.3, v0_3a): for vbe debug bios: - print debugging information in assembly output - print source code in assembly output 2002-03-01 19:39 japj * ChangeLog (1.4), TODO (1.2), vbe.c (1.3), vbe.h (1.3), vbetables.h (1.3): - added vbe support for 320x200x8 using the standard vgamode (0x13) 2002-02-19 00:29 japj * ChangeLog (1.3): - updating ChangeLog with lfbprof 2002-02-18 23:26 japj * tests/lfbprof/: lfbprof.c (1.2), lfbprof.h (1.2) (utags: v0_3a, v0_3b, v0_4a, v0_4b): - fixed unsigned short for mode list (-1 != 0xffff otherwise) - fixed LfbMapRealPointer macro mask problem (some modes were skipped) - added some extra 'debugging' printf's 2002-02-18 23:07 japj * tests/lfbprof/: Makefile (1.1, v0_4b, v0_4a, v0_3b, v0_3a), lfbprof.c (1.1), lfbprof.h (1.1): - Adding lfbprof testprogram (for vbe testing purposes) It needs to be compiled with the Watcom C Compiler 2002-02-18 18:48 japj * vbe.c (1.2), vbe.h (1.2): - cosmetic updates to vbe.c/h + added bunch of FIXMEs for work that needs to be done 2002-02-18 18:34 japj * vbetables.h (1.2): - cosmetic updates in vbetables.h 2002-02-18 18:32 japj * ChangeLog (1.2): updated changelog with merge of vbebios 0.2 2002-02-18 18:07 japj * vgabios.c (1.3): - small cosmetic cleanup in vgabios vbe code + added FIXMEs 2002-02-18 17:55 japj * Makefile (1.2), dataseghack (1.2, v0_4b, v0_4a, v0_3b, v0_3a), vbe.c (1.1), vbe.h (1.1), vbetables.h (1.1), vgabios.c (1.2), vgabios.h (1.2, v0_3a): - merging with vbebios 0.2 release 2002-02-18 11:31 cbothamy * BUGS (1.1, v0_4b, v0_4a, v0_3b, v0_3a), COPYING (1.1, v0_4b, v0_4a, v0_3b, v0_3a), ChangeLog (1.1), Makefile (1.1), Notes (1.1, v0_4b, v0_4a, v0_3b, v0_3a), README (1.1, v0_3b, v0_3a), TODO (1.1), dataseghack (1.1), vgabios.c (1.1), vgabios.h (1.1), vgafonts.h (1.1, v0_4b, v0_4a, v0_3b, v0_3a), vgatables.h (1.1, v0_3b, v0_3a), tests/testbios.c (1.1, v0_4b, v0_4a, v0_3b, v0_3a): - initial import vgabios-0.6c/dataseghack0000755000175000001440000000103307434231025014557 0ustar volkerusers#!/bin/bash awk \ 'BEGIN { }\ /^\.text/,/DATA_SEG_DEFS_HERE/ { print }\ END { }'\ $1 > temp.awk.1 awk \ 'BEGIN { i = 0; 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Here is a sample; alter the names: Yoyodyne, Inc., hereby disclaims all copyright interest in the library `Frob' (a library for tweaking knobs) written by James Random Hacker. , 1 April 1990 Ty Coon, President of Vice That's all there is to it! vgabios-0.6c/vbe.c0000644000175000001440000010451311137104521013314 0ustar volkerusers// ============================================================================================ // // Copyright (C) 2002 Jeroen Janssen // // This library is free software; you can redistribute it and/or // modify it under the terms of the GNU Lesser General Public // License as published by the Free Software Foundation; either // version 2 of the License, or (at your option) any later version. // // This library is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU // Lesser General Public License for more details. // // You should have received a copy of the GNU Lesser General Public // License along with this library; if not, write to the Free Software // Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA // // ============================================================================================ // // This VBE is part of the VGA Bios specific to the plex86/bochs Emulated VGA card. // You can NOT drive any physical vga card with it. // // ============================================================================================ // // This VBE Bios is based on information taken from : // - VESA BIOS EXTENSION (VBE) Core Functions Standard Version 3.0 located at www.vesa.org // // ============================================================================================ // defines available // disable VESA/VBE2 check in vbe info //#define VBE2_NO_VESA_CHECK #include "vbe.h" #include "vbetables.h" // The current OEM Software Revision of this VBE Bios #define VBE_OEM_SOFTWARE_REV 0x0002; extern char vbebios_copyright; extern char vbebios_vendor_name; extern char vbebios_product_name; extern char vbebios_product_revision; ASM_START // FIXME: 'merge' these (c) etc strings with the vgabios.c strings? _vbebios_copyright: .ascii "Bochs/Plex86 VBE(C) 2003 http://savannah.nongnu.org/projects/vgabios/" .byte 0x00 _vbebios_vendor_name: .ascii "Bochs/Plex86 Developers" .byte 0x00 _vbebios_product_name: .ascii "Bochs/Plex86 VBE Adapter" .byte 0x00 _vbebios_product_revision: .ascii "$Id: vbe.c,v 1.62 2009/01/25 15:46:25 vruppert Exp $" .byte 0x00 _vbebios_info_string: .ascii "Bochs VBE Display Adapter enabled" .byte 0x0a,0x0d .byte 0x0a,0x0d .byte 0x00 _no_vbebios_info_string: .ascii "NO Bochs VBE Support available!" .byte 0x0a,0x0d .byte 0x0a,0x0d .byte 0x00 #if defined(USE_BX_INFO) || defined(DEBUG) msg_vbe_init: .ascii "VBE Bios $Id: vbe.c,v 1.62 2009/01/25 15:46:25 vruppert Exp $" .byte 0x0a,0x0d, 0x00 #endif .align 2 vesa_pm_start: dw vesa_pm_set_window - vesa_pm_start dw vesa_pm_set_display_start - vesa_pm_start dw vesa_pm_unimplemented - vesa_pm_start dw vesa_pm_io_ports_table - vesa_pm_start vesa_pm_io_ports_table: dw VBE_DISPI_IOPORT_INDEX dw VBE_DISPI_IOPORT_INDEX + 1 dw VBE_DISPI_IOPORT_DATA dw VBE_DISPI_IOPORT_DATA + 1 dw 0xffff dw 0xffff USE32 vesa_pm_set_window: cmp bx, #0x00 je vesa_pm_set_display_window1 mov ax, #0x0100 ret vesa_pm_set_display_window1: mov ax, dx push dx push ax mov dx, # VBE_DISPI_IOPORT_INDEX mov ax, # VBE_DISPI_INDEX_BANK out dx, ax pop ax mov dx, # VBE_DISPI_IOPORT_DATA out dx, ax in ax, dx pop dx cmp dx, ax jne illegal_window mov ax, #0x004f ret illegal_window: mov ax, #0x014f ret vesa_pm_set_display_start: cmp bl, #0x80 je vesa_pm_set_display_start1 cmp bl, #0x00 je vesa_pm_set_display_start1 mov ax, #0x0100 ret vesa_pm_set_display_start1: ; convert offset to (X, Y) coordinate ; (would be simpler to change Bochs VBE API...) push eax push ecx push edx push esi push edi shl edx, #16 and ecx, #0xffff or ecx, edx shl ecx, #2 mov eax, ecx push eax mov dx, # VBE_DISPI_IOPORT_INDEX mov ax, # VBE_DISPI_INDEX_VIRT_WIDTH out dx, ax mov dx, # VBE_DISPI_IOPORT_DATA in ax, dx movzx ecx, ax mov dx, # VBE_DISPI_IOPORT_INDEX mov ax, # VBE_DISPI_INDEX_BPP out dx, ax mov dx, # VBE_DISPI_IOPORT_DATA in ax, dx movzx esi, ax pop eax cmp esi, #4 jz bpp4_mode add esi, #7 shr esi, #3 imul ecx, esi xor edx, edx div ecx mov edi, eax mov eax, edx xor edx, edx div esi jmp set_xy_regs bpp4_mode: shr ecx, #1 xor edx, edx div ecx mov edi, eax mov eax, edx shl eax, #1 set_xy_regs: push dx push ax mov dx, # VBE_DISPI_IOPORT_INDEX mov ax, # VBE_DISPI_INDEX_X_OFFSET out dx, ax pop ax mov dx, # VBE_DISPI_IOPORT_DATA out dx, ax pop dx mov ax, di push dx push ax mov dx, # VBE_DISPI_IOPORT_INDEX mov ax, # VBE_DISPI_INDEX_Y_OFFSET out dx, ax pop ax mov dx, # VBE_DISPI_IOPORT_DATA out dx, ax pop dx pop edi pop esi pop edx pop ecx pop eax mov ax, #0x004f ret vesa_pm_unimplemented: mov ax, #0x014f ret USE16 vesa_pm_end: ; DISPI ioport functions dispi_get_id: push dx mov dx, # VBE_DISPI_IOPORT_INDEX mov ax, # VBE_DISPI_INDEX_ID out dx, ax mov dx, # VBE_DISPI_IOPORT_DATA in ax, dx pop dx ret dispi_set_id: push dx push ax mov dx, # VBE_DISPI_IOPORT_INDEX mov ax, # VBE_DISPI_INDEX_ID out dx, ax pop ax mov dx, # VBE_DISPI_IOPORT_DATA out dx, ax pop dx ret ASM_END static void dispi_set_xres(xres) Bit16u xres; { ASM_START push bp mov bp, sp push ax push dx mov dx, # VBE_DISPI_IOPORT_INDEX mov ax, # VBE_DISPI_INDEX_XRES out dx, ax mov dx, # VBE_DISPI_IOPORT_DATA mov ax, 4[bp] ; xres out dx, ax pop dx pop ax pop bp ASM_END } static void dispi_set_yres(yres) Bit16u yres; { outw(VBE_DISPI_IOPORT_INDEX,VBE_DISPI_INDEX_YRES); outw(VBE_DISPI_IOPORT_DATA,yres); } static void dispi_set_bpp(bpp) Bit16u bpp; { outw(VBE_DISPI_IOPORT_INDEX,VBE_DISPI_INDEX_BPP); outw(VBE_DISPI_IOPORT_DATA,bpp); } ASM_START ; AL = bits per pixel / AH = bytes per pixel dispi_get_bpp: push dx mov dx, # VBE_DISPI_IOPORT_INDEX mov ax, # VBE_DISPI_INDEX_BPP out dx, ax mov dx, # VBE_DISPI_IOPORT_DATA in ax, dx mov ah, al shr ah, 3 test al, #0x07 jz get_bpp_noinc inc ah get_bpp_noinc: pop dx ret ; get display capabilities _dispi_get_max_xres: push dx push bx call dispi_get_enable mov bx, ax or ax, # VBE_DISPI_GETCAPS call _dispi_set_enable mov dx, # VBE_DISPI_IOPORT_INDEX mov ax, # VBE_DISPI_INDEX_XRES out dx, ax mov dx, # VBE_DISPI_IOPORT_DATA in ax, dx push ax mov ax, bx call _dispi_set_enable pop ax pop bx pop dx ret _dispi_get_max_bpp: push dx push bx call dispi_get_enable mov bx, ax or ax, # VBE_DISPI_GETCAPS call _dispi_set_enable mov dx, # VBE_DISPI_IOPORT_INDEX mov ax, # VBE_DISPI_INDEX_BPP out dx, ax mov dx, # VBE_DISPI_IOPORT_DATA in ax, dx push ax mov ax, bx call _dispi_set_enable pop ax pop bx pop dx ret _dispi_set_enable: push dx push ax mov dx, # VBE_DISPI_IOPORT_INDEX mov ax, # VBE_DISPI_INDEX_ENABLE out dx, ax pop ax mov dx, # VBE_DISPI_IOPORT_DATA out dx, ax pop dx ret dispi_get_enable: push dx mov dx, # VBE_DISPI_IOPORT_INDEX mov ax, # VBE_DISPI_INDEX_ENABLE out dx, ax mov dx, # VBE_DISPI_IOPORT_DATA in ax, dx pop dx ret _dispi_set_bank: push dx push ax mov dx, # VBE_DISPI_IOPORT_INDEX mov ax, # VBE_DISPI_INDEX_BANK out dx, ax pop ax mov dx, # VBE_DISPI_IOPORT_DATA out dx, ax pop dx ret dispi_get_bank: push dx mov dx, # VBE_DISPI_IOPORT_INDEX mov ax, # VBE_DISPI_INDEX_BANK out dx, ax mov dx, # VBE_DISPI_IOPORT_DATA in ax, dx pop dx ret ASM_END static void dispi_set_bank_farcall() { ASM_START cmp bx,#0x0100 je dispi_set_bank_farcall_get or bx,bx jnz dispi_set_bank_farcall_error mov ax,dx push dx push ax mov ax,# VBE_DISPI_INDEX_BANK mov dx,# VBE_DISPI_IOPORT_INDEX out dx,ax pop ax mov dx,# VBE_DISPI_IOPORT_DATA out dx,ax in ax,dx pop dx cmp dx,ax jne dispi_set_bank_farcall_error mov ax, #0x004f retf dispi_set_bank_farcall_get: mov ax,# VBE_DISPI_INDEX_BANK mov dx,# VBE_DISPI_IOPORT_INDEX out dx,ax mov dx,# VBE_DISPI_IOPORT_DATA in ax,dx mov dx,ax retf dispi_set_bank_farcall_error: mov ax,#0x014F retf ASM_END } ASM_START dispi_set_x_offset: push dx push ax mov dx, # VBE_DISPI_IOPORT_INDEX mov ax, # VBE_DISPI_INDEX_X_OFFSET out dx, ax pop ax mov dx, # VBE_DISPI_IOPORT_DATA out dx, ax pop dx ret dispi_get_x_offset: push dx mov dx, # VBE_DISPI_IOPORT_INDEX mov ax, # VBE_DISPI_INDEX_X_OFFSET out dx, ax mov dx, # VBE_DISPI_IOPORT_DATA in ax, dx pop dx ret dispi_set_y_offset: push dx push ax mov dx, # VBE_DISPI_IOPORT_INDEX mov ax, # VBE_DISPI_INDEX_Y_OFFSET out dx, ax pop ax mov dx, # VBE_DISPI_IOPORT_DATA out dx, ax pop dx ret dispi_get_y_offset: push dx mov dx, # VBE_DISPI_IOPORT_INDEX mov ax, # VBE_DISPI_INDEX_Y_OFFSET out dx, ax mov dx, # VBE_DISPI_IOPORT_DATA in ax, dx pop dx ret vga_set_virt_width: push ax push bx push dx mov bx, ax call dispi_get_bpp cmp al, #0x04 ja set_width_svga shr bx, #1 set_width_svga: shr bx, #3 mov dx, # VGAREG_VGA_CRTC_ADDRESS mov ah, bl mov al, #0x13 out dx, ax pop dx pop bx pop ax ret dispi_set_virt_width: call vga_set_virt_width push dx push ax mov dx, # VBE_DISPI_IOPORT_INDEX mov ax, # VBE_DISPI_INDEX_VIRT_WIDTH out dx, ax pop ax mov dx, # VBE_DISPI_IOPORT_DATA out dx, ax pop dx ret dispi_get_virt_width: push dx mov dx, # VBE_DISPI_IOPORT_INDEX mov ax, # VBE_DISPI_INDEX_VIRT_WIDTH out dx, ax mov dx, # VBE_DISPI_IOPORT_DATA in ax, dx pop dx ret dispi_get_virt_height: push dx mov dx, # VBE_DISPI_IOPORT_INDEX mov ax, # VBE_DISPI_INDEX_VIRT_HEIGHT out dx, ax mov dx, # VBE_DISPI_IOPORT_DATA in ax, dx pop dx ret _vga_compat_setup: push ax push dx ; set CRT X resolution mov dx, # VBE_DISPI_IOPORT_INDEX mov ax, # VBE_DISPI_INDEX_XRES out dx, ax mov dx, # VBE_DISPI_IOPORT_DATA in ax, dx push ax mov dx, # VGAREG_VGA_CRTC_ADDRESS mov ax, #0x0011 out dx, ax pop ax push ax shr ax, #3 dec ax mov ah, al mov al, #0x01 out dx, ax pop ax call vga_set_virt_width ; set CRT Y resolution mov dx, # VBE_DISPI_IOPORT_INDEX mov ax, # VBE_DISPI_INDEX_YRES out dx, ax mov dx, # VBE_DISPI_IOPORT_DATA in ax, dx dec ax push ax mov dx, # VGAREG_VGA_CRTC_ADDRESS mov ah, al mov al, #0x12 out dx, ax pop ax mov al, #0x07 out dx, al inc dx in al, dx and al, #0xbd test ah, #0x01 jz bit8_clear or al, #0x02 bit8_clear: test ah, #0x02 jz bit9_clear or al, #0x40 bit9_clear: out dx, al ; other settings mov dx, # VGAREG_VGA_CRTC_ADDRESS mov ax, #0x0009 out dx, ax mov al, #0x17 out dx, al mov dx, # VGAREG_VGA_CRTC_DATA in al, dx or al, #0x03 out dx, al mov dx, # VGAREG_ACTL_RESET in al, dx mov dx, # VGAREG_ACTL_ADDRESS mov al, #0x10 out dx, al mov dx, # VGAREG_ACTL_READ_DATA in al, dx or al, #0x01 mov dx, # VGAREG_ACTL_ADDRESS out dx, al mov al, #0x20 out dx, al mov dx, # VGAREG_GRDC_ADDRESS mov ax, #0x0506 out dx, ax mov dx, # VGAREG_SEQU_ADDRESS mov ax, #0x0f02 out dx, ax ; settings for >= 8bpp mov dx, # VBE_DISPI_IOPORT_INDEX mov ax, # VBE_DISPI_INDEX_BPP out dx, ax mov dx, # VBE_DISPI_IOPORT_DATA in ax, dx cmp al, #0x08 jb vga_compat_end mov dx, # VGAREG_VGA_CRTC_ADDRESS mov al, #0x14 out dx, al mov dx, # VGAREG_VGA_CRTC_DATA in al, dx or al, #0x40 out dx, al mov dx, # VGAREG_ACTL_RESET in al, dx mov dx, # VGAREG_ACTL_ADDRESS mov al, #0x10 out dx, al mov dx, # VGAREG_ACTL_READ_DATA in al, dx or al, #0x40 mov dx, # VGAREG_ACTL_ADDRESS out dx, al mov al, #0x20 out dx, al mov dx, # VGAREG_SEQU_ADDRESS mov al, #0x04 out dx, al mov dx, # VGAREG_SEQU_DATA in al, dx or al, #0x08 out dx, al mov dx, # VGAREG_GRDC_ADDRESS mov al, #0x05 out dx, al mov dx, # VGAREG_GRDC_DATA in al, dx and al, #0x9f or al, #0x40 out dx, al vga_compat_end: pop dx pop ax ASM_END // ModeInfo helper function static ModeInfoListItem* mode_info_find_mode(mode, using_lfb) Bit16u mode; Boolean using_lfb; { ModeInfoListItem *cur_info=&mode_info_list; while (cur_info->mode != VBE_VESA_MODE_END_OF_LIST) { if (cur_info->mode == mode) { if (!using_lfb) { return cur_info; } else if (cur_info->info.ModeAttributes & VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE) { return cur_info; } else { cur_info++; } } else { cur_info++; } } return 0; } ASM_START ; Has VBE display - Returns true if VBE display detected _vbe_has_vbe_display: push ds push bx mov ax, # BIOSMEM_SEG mov ds, ax mov bx, # BIOSMEM_VBE_FLAG mov al, [bx] and al, #0x01 xor ah, ah pop bx pop ds ret ; VBE Init - Initialise the Vesa Bios Extension Code ; This function does a sanity check on the host side display code interface. vbe_init: mov ax, # VBE_DISPI_ID0 call dispi_set_id call dispi_get_id cmp ax, # VBE_DISPI_ID0 jne no_vbe_interface push ds push bx mov ax, # BIOSMEM_SEG mov ds, ax mov bx, # BIOSMEM_VBE_FLAG mov al, #0x01 mov [bx], al pop bx pop ds mov ax, # VBE_DISPI_ID5 call dispi_set_id no_vbe_interface: #if defined(USE_BX_INFO) || defined(DEBUG) mov bx, #msg_vbe_init push bx call _printf inc sp inc sp #endif ret ; VBE Display Info - Display information on screen about the VBE vbe_display_info: call _vbe_has_vbe_display test ax, ax jz no_vbe_flag mov ax, #0xc000 mov ds, ax mov si, #_vbebios_info_string jmp _display_string no_vbe_flag: mov ax, #0xc000 mov ds, ax mov si, #_no_vbebios_info_string jmp _display_string ; helper function for memory size calculation lmulul: and eax, #0x0000FFFF shl ebx, #16 or eax, ebx SEG SS mul eax, dword ptr [di] mov ebx, eax shr ebx, #16 ret ASM_END /** Function 00h - Return VBE Controller Information * * Input: * AX = 4F00h * ES:DI = Pointer to buffer in which to place VbeInfoBlock structure * (VbeSignature should be VBE2 when VBE 2.0 information is desired and * the info block is 512 bytes in size) * Output: * AX = VBE Return Status * */ void vbe_biosfn_return_controller_information(AX, ES, DI) Bit16u *AX;Bit16u ES;Bit16u DI; { Bit16u ss=get_SS(); VbeInfoBlock vbe_info_block; Bit16u status; Bit16u result; Bit16u vbe2_info; Bit16u cur_mode=0; Bit16u cur_ptr=34; Bit16u size_64k; ModeInfoListItem *cur_info=&mode_info_list; status = read_word(ss, AX); #ifdef DEBUG printf("VBE vbe_biosfn_return_vbe_info ES%x DI%x AX%x\n",ES,DI,status); #endif vbe2_info = 0; #ifdef VBE2_NO_VESA_CHECK #else // get vbe_info_block into local variable memcpyb(ss, &vbe_info_block, ES, DI, sizeof(vbe_info_block)); // check for VBE2 signature if (((vbe_info_block.VbeSignature[0] == 'V') && (vbe_info_block.VbeSignature[1] == 'B') && (vbe_info_block.VbeSignature[2] == 'E') && (vbe_info_block.VbeSignature[3] == '2')) || ((vbe_info_block.VbeSignature[0] == 'V') && (vbe_info_block.VbeSignature[1] == 'E') && (vbe_info_block.VbeSignature[2] == 'S') && (vbe_info_block.VbeSignature[3] == 'A')) ) { vbe2_info = 1; #ifdef DEBUG printf("VBE correct VESA/VBE2 signature found\n"); #endif } #endif // VBE Signature vbe_info_block.VbeSignature[0] = 'V'; vbe_info_block.VbeSignature[1] = 'E'; vbe_info_block.VbeSignature[2] = 'S'; vbe_info_block.VbeSignature[3] = 'A'; // VBE Version supported vbe_info_block.VbeVersion = 0x0200; // OEM String vbe_info_block.OemStringPtr_Seg = 0xc000; vbe_info_block.OemStringPtr_Off = &vbebios_copyright; // Capabilities vbe_info_block.Capabilities[0] = VBE_CAPABILITY_8BIT_DAC; vbe_info_block.Capabilities[1] = 0; vbe_info_block.Capabilities[2] = 0; vbe_info_block.Capabilities[3] = 0; // VBE Video Mode Pointer (dynamicly generated from the mode_info_list) vbe_info_block.VideoModePtr_Seg= ES ; vbe_info_block.VideoModePtr_Off= DI + 34; // VBE Total Memory (in 64k blocks) outw(VBE_DISPI_IOPORT_INDEX, VBE_DISPI_INDEX_VIDEO_MEMORY_64K); vbe_info_block.TotalMemory = inw(VBE_DISPI_IOPORT_DATA); if (vbe2_info) { // OEM Stuff vbe_info_block.OemSoftwareRev = VBE_OEM_SOFTWARE_REV; vbe_info_block.OemVendorNamePtr_Seg = 0xc000; vbe_info_block.OemVendorNamePtr_Off = &vbebios_vendor_name; vbe_info_block.OemProductNamePtr_Seg = 0xc000; vbe_info_block.OemProductNamePtr_Off = &vbebios_product_name; vbe_info_block.OemProductRevPtr_Seg = 0xc000; vbe_info_block.OemProductRevPtr_Off = &vbebios_product_revision; // copy updates in vbe_info_block back memcpyb(ES, DI, ss, &vbe_info_block, sizeof(vbe_info_block)); } else { // copy updates in vbe_info_block back (VBE 1.x compatibility) memcpyb(ES, DI, ss, &vbe_info_block, 256); } do { size_64k = (Bit16u)((Bit32u)cur_info->info.XResolution * cur_info->info.XResolution * cur_info->info.BitsPerPixel) >> 19; if ((cur_info->info.XResolution <= dispi_get_max_xres()) && (cur_info->info.BitsPerPixel <= dispi_get_max_bpp()) && (size_64k <= vbe_info_block.TotalMemory)) { #ifdef DEBUG printf("VBE found mode %x => %x\n", cur_info->mode,cur_mode); #endif write_word(ES, DI + cur_ptr, cur_info->mode); cur_mode++; cur_ptr+=2; } else { #ifdef DEBUG printf("VBE mode %x (xres=%x / bpp=%02x) not supported \n", cur_info->mode,cur_info->info.XResolution,cur_info->info.BitsPerPixel); #endif } cur_info++; } while (cur_info->mode != VBE_VESA_MODE_END_OF_LIST); // Add vesa mode list terminator write_word(ES, DI + cur_ptr, cur_info->mode); result = 0x4f; write_word(ss, AX, result); } /** Function 01h - Return VBE Mode Information * * Input: * AX = 4F01h * CX = Mode Number * ES:DI = Pointer to buffer in which to place ModeInfoBlock structure * Output: * AX = VBE Return Status * */ void vbe_biosfn_return_mode_information(AX, CX, ES, DI) Bit16u *AX;Bit16u CX; Bit16u ES;Bit16u DI; { Bit16u result=0x0100; Bit16u ss=get_SS(); ModeInfoBlock info; ModeInfoListItem *cur_info; Boolean using_lfb; Bit16u lfb_addr; #ifdef DEBUG printf("VBE vbe_biosfn_return_mode_information ES%x DI%x CX%x\n",ES,DI,CX); #endif using_lfb=((CX & VBE_MODE_LINEAR_FRAME_BUFFER) == VBE_MODE_LINEAR_FRAME_BUFFER); CX = (CX & 0x1ff); cur_info = mode_info_find_mode(CX, using_lfb, &cur_info); if (cur_info != 0) { #ifdef DEBUG printf("VBE found mode %x\n",CX); #endif memsetb(ss, &info, 0, sizeof(ModeInfoBlock)); memcpyb(ss, &info, 0xc000, &(cur_info->info), sizeof(ModeInfoBlockCompact)); if (using_lfb) { info.NumberOfBanks = 1; } lfb_addr = pci_get_lfb_addr(0x1234); // experimental vendor if (lfb_addr > 0) { info.PhysBasePtr = ((Bit32u)lfb_addr << 16); } if (info.WinAAttributes & VBE_WINDOW_ATTRIBUTE_RELOCATABLE) { info.WinFuncPtr = 0xC0000000UL; *(Bit16u *)&(info.WinFuncPtr) = (Bit16u)(dispi_set_bank_farcall); } result = 0x4f; } else { #ifdef DEBUG printf("VBE *NOT* found mode %x\n",CX); #endif result = 0x100; } if (result == 0x4f) { // copy updates in mode_info_block back memcpyb(ES, DI, ss, &info, sizeof(info)); } write_word(ss, AX, result); } /** Function 02h - Set VBE Mode * * Input: * AX = 4F02h * BX = Desired Mode to set * ES:DI = Pointer to CRTCInfoBlock structure * Output: * AX = VBE Return Status * */ void vbe_biosfn_set_mode(AX, BX, ES, DI) Bit16u *AX;Bit16u BX; Bit16u ES;Bit16u DI; { Bit16u ss = get_SS(); Bit16u result; ModeInfoListItem *cur_info; Boolean using_lfb; Bit8u no_clear; Bit8u lfb_flag; using_lfb=((BX & VBE_MODE_LINEAR_FRAME_BUFFER) == VBE_MODE_LINEAR_FRAME_BUFFER); lfb_flag=using_lfb?VBE_DISPI_LFB_ENABLED:0; no_clear=((BX & VBE_MODE_PRESERVE_DISPLAY_MEMORY) == VBE_MODE_PRESERVE_DISPLAY_MEMORY)?VBE_DISPI_NOCLEARMEM:0; BX = (BX & 0x1ff); //result=read_word(ss,AX); // check for non vesa mode if (BXinfo.XResolution, cur_info->info.YResolution, cur_info->info.BitsPerPixel); #endif // first disable current mode (when switching between vesa modi) dispi_set_enable(VBE_DISPI_DISABLED); if (cur_info->info.BitsPerPixel == 4) { biosfn_set_video_mode(0x6a); } dispi_set_bpp(cur_info->info.BitsPerPixel); dispi_set_xres(cur_info->info.XResolution); dispi_set_yres(cur_info->info.YResolution); dispi_set_bank(0); dispi_set_enable(VBE_DISPI_ENABLED | no_clear | lfb_flag); vga_compat_setup(); write_word(BIOSMEM_SEG,BIOSMEM_VBE_MODE,BX); write_byte(BIOSMEM_SEG,BIOSMEM_VIDEO_CTL,(0x60 | no_clear)); result = 0x4f; } else { #ifdef DEBUG printf("VBE *NOT* found mode %x\n" , BX); #endif result = 0x100; // FIXME: redirect non VBE modi to normal VGA bios operation // (switch back to VGA mode if (BX == 3) result = 0x4f; } write_word(ss, AX, result); } /** Function 03h - Return Current VBE Mode * * Input: * AX = 4F03h * Output: * AX = VBE Return Status * BX = Current VBE Mode * */ ASM_START vbe_biosfn_return_current_mode: push ds mov ax, # BIOSMEM_SEG mov ds, ax call dispi_get_enable and ax, # VBE_DISPI_ENABLED jz no_vbe_mode mov bx, # BIOSMEM_VBE_MODE mov ax, [bx] mov bx, ax jnz vbe_03_ok no_vbe_mode: mov bx, # BIOSMEM_CURRENT_MODE mov al, [bx] mov bl, al xor bh, bh vbe_03_ok: mov ax, #0x004f pop ds ret ASM_END Bit16u vbe_biosfn_read_video_state_size() { return 9 * 2; } void vbe_biosfn_save_video_state(ES, BX) Bit16u ES; Bit16u BX; { Bit16u enable, i; outw(VBE_DISPI_IOPORT_INDEX,VBE_DISPI_INDEX_ENABLE); enable = inw(VBE_DISPI_IOPORT_DATA); write_word(ES, BX, enable); BX += 2; if (!(enable & VBE_DISPI_ENABLED)) return; for(i = VBE_DISPI_INDEX_XRES; i <= VBE_DISPI_INDEX_Y_OFFSET; i++) { if (i != VBE_DISPI_INDEX_ENABLE) { outw(VBE_DISPI_IOPORT_INDEX, i); write_word(ES, BX, inw(VBE_DISPI_IOPORT_DATA)); BX += 2; } } } void vbe_biosfn_restore_video_state(ES, BX) Bit16u ES; Bit16u BX; { Bit16u enable, i; enable = read_word(ES, BX); BX += 2; if (!(enable & VBE_DISPI_ENABLED)) { outw(VBE_DISPI_IOPORT_INDEX,VBE_DISPI_INDEX_ENABLE); outw(VBE_DISPI_IOPORT_DATA, enable); } else { outw(VBE_DISPI_IOPORT_INDEX, VBE_DISPI_INDEX_XRES); outw(VBE_DISPI_IOPORT_DATA, read_word(ES, BX)); BX += 2; outw(VBE_DISPI_IOPORT_INDEX, VBE_DISPI_INDEX_YRES); outw(VBE_DISPI_IOPORT_DATA, read_word(ES, BX)); BX += 2; outw(VBE_DISPI_IOPORT_INDEX, VBE_DISPI_INDEX_BPP); outw(VBE_DISPI_IOPORT_DATA, read_word(ES, BX)); BX += 2; outw(VBE_DISPI_IOPORT_INDEX,VBE_DISPI_INDEX_ENABLE); outw(VBE_DISPI_IOPORT_DATA, enable); for(i = VBE_DISPI_INDEX_BANK; i <= VBE_DISPI_INDEX_Y_OFFSET; i++) { outw(VBE_DISPI_IOPORT_INDEX, i); outw(VBE_DISPI_IOPORT_DATA, read_word(ES, BX)); BX += 2; } } } /** Function 04h - Save/Restore State * * Input: * AX = 4F04h * DL = 00h Return Save/Restore State buffer size * 01h Save State * 02h Restore State * CX = Requested states * ES:BX = Pointer to buffer (if DL <> 00h) * Output: * AX = VBE Return Status * BX = Number of 64-byte blocks to hold the state buffer (if DL=00h) * */ void vbe_biosfn_save_restore_state(AX, CX, DX, ES, BX) Bit16u *AX; Bit16u CX; Bit16u DX; Bit16u ES; Bit16u *BX; { Bit16u ss=get_SS(); Bit16u result, val; result = 0x4f; switch(GET_DL()) { case 0x00: val = biosfn_read_video_state_size2(CX); #ifdef DEBUG printf("VGA state size=%x\n", val); #endif if (CX & 8) val += vbe_biosfn_read_video_state_size(); write_word(ss, BX, val); break; case 0x01: val = read_word(ss, BX); val = biosfn_save_video_state(CX, ES, val); #ifdef DEBUG printf("VGA save_state offset=%x\n", val); #endif if (CX & 8) vbe_biosfn_save_video_state(ES, val); break; case 0x02: val = read_word(ss, BX); val = biosfn_restore_video_state(CX, ES, val); #ifdef DEBUG printf("VGA restore_state offset=%x\n", val); #endif if (CX & 8) vbe_biosfn_restore_video_state(ES, val); break; default: // function failed result = 0x100; break; } write_word(ss, AX, result); } /** Function 05h - Display Window Control * * Input: * AX = 4F05h * (16-bit) BH = 00h Set memory window * = 01h Get memory window * BL = Window number * = 00h Window A * = 01h Window B * DX = Window number in video memory in window * granularity units (Set Memory Window only) * Note: * If this function is called while in a linear frame buffer mode, * this function must fail with completion code AH=03h * * Output: * AX = VBE Return Status * DX = Window number in window granularity units * (Get Memory Window only) */ ASM_START vbe_biosfn_display_window_control: cmp bl, #0x00 jne vbe_05_failed cmp bh, #0x01 je get_display_window jb set_display_window mov ax, #0x0100 ret set_display_window: mov ax, dx call _dispi_set_bank call dispi_get_bank cmp ax, dx jne vbe_05_failed mov ax, #0x004f ret get_display_window: call dispi_get_bank mov dx, ax mov ax, #0x004f ret vbe_05_failed: mov ax, #0x014f ret ASM_END /** Function 06h - Set/Get Logical Scan Line Length * * Input: * AX = 4F06h * BL = 00h Set Scan Line Length in Pixels * = 01h Get Scan Line Length * = 02h Set Scan Line Length in Bytes * = 03h Get Maximum Scan Line Length * CX = If BL=00h Desired Width in Pixels * If BL=02h Desired Width in Bytes * (Ignored for Get Functions) * * Output: * AX = VBE Return Status * BX = Bytes Per Scan Line * CX = Actual Pixels Per Scan Line * (truncated to nearest complete pixel) * DX = Maximum Number of Scan Lines */ ASM_START vbe_biosfn_set_get_logical_scan_line_length: mov ax, cx cmp bl, #0x01 je get_logical_scan_line_length cmp bl, #0x02 je set_logical_scan_line_bytes jb set_logical_scan_line_pixels mov ax, #0x0100 ret set_logical_scan_line_bytes: push ax call dispi_get_bpp xor bh, bh mov bl, ah or bl, bl jnz no_4bpp_1 shl ax, #3 mov bl, #1 no_4bpp_1: xor dx, dx pop ax div bx set_logical_scan_line_pixels: call dispi_set_virt_width get_logical_scan_line_length: call dispi_get_bpp xor bh, bh mov bl, ah call dispi_get_virt_width mov cx, ax or bl, bl jnz no_4bpp_2 shr ax, #3 mov bl, #1 no_4bpp_2: mul bx mov bx, ax call dispi_get_virt_height mov dx, ax mov ax, #0x004f ret ASM_END /** Function 07h - Set/Get Display Start * * Input(16-bit): * AX = 4F07h * BH = 00h Reserved and must be 00h * BL = 00h Set Display Start * = 01h Get Display Start * = 02h Schedule Display Start (Alternate) * = 03h Schedule Stereoscopic Display Start * = 04h Get Scheduled Display Start Status * = 05h Enable Stereoscopic Mode * = 06h Disable Stereoscopic Mode * = 80h Set Display Start during Vertical Retrace * = 82h Set Display Start during Vertical Retrace (Alternate) * = 83h Set Stereoscopic Display Start during Vertical Retrace * ECX = If BL=02h/82h Display Start Address in bytes * If BL=03h/83h Left Image Start Address in bytes * EDX = If BL=03h/83h Right Image Start Address in bytes * CX = If BL=00h/80h First Displayed Pixel In Scan Line * DX = If BL=00h/80h First Displayed Scan Line * * Output: * AX = VBE Return Status * BH = If BL=01h Reserved and will be 0 * CX = If BL=01h First Displayed Pixel In Scan Line * If BL=04h 0 if flip has not occurred, not 0 if it has * DX = If BL=01h First Displayed Scan Line * * Input(32-bit): * BH = 00h Reserved and must be 00h * BL = 00h Set Display Start * = 80h Set Display Start during Vertical Retrace * CX = Bits 0-15 of display start address * DX = Bits 16-31 of display start address * ES = Selector for memory mapped registers */ ASM_START vbe_biosfn_set_get_display_start: cmp bl, #0x80 je set_display_start cmp bl, #0x01 je get_display_start jb set_display_start mov ax, #0x0100 ret set_display_start: mov ax, cx call dispi_set_x_offset mov ax, dx call dispi_set_y_offset mov ax, #0x004f ret get_display_start: call dispi_get_x_offset mov cx, ax call dispi_get_y_offset mov dx, ax xor bh, bh mov ax, #0x004f ret ASM_END /** Function 08h - Set/Get Dac Palette Format * * Input: * AX = 4F08h * BL = 00h set DAC palette width * = 01h get DAC palette width * BH = If BL=00h: desired number of bits per primary color * Output: * AX = VBE Return Status * BH = current number of bits per primary color (06h = standard VGA) */ ASM_START vbe_biosfn_set_get_dac_palette_format: cmp bl, #0x01 je get_dac_palette_format jb set_dac_palette_format mov ax, #0x0100 ret set_dac_palette_format: call dispi_get_enable cmp bh, #0x06 je set_normal_dac cmp bh, #0x08 jne vbe_08_unsupported or ax, # VBE_DISPI_8BIT_DAC jnz set_dac_mode set_normal_dac: and ax, #~ VBE_DISPI_8BIT_DAC set_dac_mode: call _dispi_set_enable get_dac_palette_format: mov bh, #0x06 call dispi_get_enable and ax, # VBE_DISPI_8BIT_DAC jz vbe_08_ok mov bh, #0x08 vbe_08_ok: mov ax, #0x004f ret vbe_08_unsupported: mov ax, #0x014f ret ASM_END /** Function 09h - Set/Get Palette Data * * Input: * AX = 4F09h * Output: * AX = VBE Return Status * * FIXME: incomplete API description, Input & Output */ void vbe_biosfn_set_get_palette_data(AX) { } /** Function 0Ah - Return VBE Protected Mode Interface * Input: AX = 4F0Ah VBE 2.0 Protected Mode Interface * BL = 00h Return protected mode table * * * Output: AX = Status * ES = Real Mode Segment of Table * DI = Offset of Table * CX = Length of Table including protected mode code * (for copying purposes) */ ASM_START vbe_biosfn_return_protected_mode_interface: test bl, bl jnz _fail mov di, #0xc000 mov es, di mov di, # vesa_pm_start mov cx, # vesa_pm_end sub cx, di mov ax, #0x004f ret _fail: mov ax, #0x014f ret ASM_END vgabios-0.6c/README0000644000175000001440000002004311167150330013251 0ustar volkerusersPlex86/Bochs VGABios -------------------- The goal of this project is to have a LGPL'd Video Bios in plex86, Bochs and qemu. This VGA Bios is very specific to the emulated VGA card. It is NOT meant to drive a physical vga card. Cirrus SVGA extension --------------------- The Cirrus SVGA extension is designed for the Cirrus emulation in Bochs and qemu. The initial patch for the Cirrus extension has been written by Makoto Suzuki (suzu). Install ------- To compile the VGA Bios you will need : - gcc - bcc - as86 - ld86 Untar the archive, and type make. You should get a "VGABIOS-lgpl-latest.bin" file. Alternatively, you can use the binary file "VGABIOS-lgpl-latest.bin", i have compiled for you. Edit your plex86/bochs conf file, and modify the load-rom command in the VGA BIOS section, to point to the new vgabios image file. Debugging --------- You can get a very basic debugging system: messages printed by the vgabios. You have to register the "unmapped" device driver in plex86 or bochs, and make sure it grabs port 0xfff0. Comment the #undef DEBUG at the beginning of vgabios.c. You can then use the "printf" function in the bios. Testing ------- Look at the "testvga.c" file in the archive. This is a minimal Turbo C 2.0 source file that calls a few int10 functions. Feel free to modify it to suit your needs. Copyright and License --------------------- This program has been written by Christophe Bothamy It is protected by the GNU Lesser Public License, which you should have received a copy of along with this package. Reverse Engineering ------------------- The VGA Bios has been written without reverse-engineering any existing Bios. Acknowledgment -------------- The source code contains code ripped from rombios.c of plex86, written by Kevin Lawton The source code contains fonts from fntcol16.zip (c) by Joseph Gil avalable at : ftp://ftp.simtel.net/pub/simtelnet/msdos/screen/fntcol16.zip These fonts are public domain The source code is based on information taken from : - Kevin Lawton's vga card emulation for bochs/plex86 - Ralf Brown's interrupts list avalaible at http://www.cs.cmu.edu/afs/cs/user/ralf/pub/WWW/files.html - Finn Thogersons' VGADOC4b available at http://home.worldonline.dk/~finth/ - Michael Abrash's Graphics Programming Black Book - Francois Gervais' book "programmation des cartes graphiques cga-ega-vga" edited by sybex - DOSEMU 1.0.1 source code for several tables values and formulas Feedback -------- Please report any bugs, comments, patches for this VGA Bios to info@vruppert.de You can find the latest release at : http://www.nongnu.org/vgabios/ For any information on bochs, visit the website http://bochs.sourceforge.net/ For any information on qemu, visit the website http://fabrice.bellard.free.fr/qemu/ History ------- vgabios-0.6c : Apr 08 2009 - Volker . added DPMS support to cirrus vgabios (patch from Gleb Natapov) . use VBE LFB address from PCI base address if present . added support for a lot more non-standard VBE modes (e.g. widescreen modes) . minor bugfixes vgabios-0.6b : May 30 2008 - Volker . added PCI data structure for the Cirrus VGABIOS images . minor bugfixes in biossums utility, VBE support and makefile vgabios-0.6a : Aug 19 2006 - Volker . added minimal support for the video parameter table (VPT) . Cirrus SVGA now supports the "no clear" bit in Cirrus and VESA mode . Bochs VBE protected mode interface improved . save/restore video state support for Bochs VBE and standard VGA added . generate vbetables.h dynamicly . VBE video memory increased to 8 MB (VBE dispi ID changed to B0C4) . lots of 4bpp VBE fixes (all 4bpp VBE modes now enabled) . VGA compatible setup for VBE modes added vgabios-0.5d : Dec 29 2005 - Volker . Bochs VBE protected mode interface added (based on a patch by malc@pulsesoft.com) . biossums utility now supports VGABIOS sizes up to 64 kBytes . VGA mode 0x11: all color planes must be enabled in this 2-color VGA mode vgabios-0.5c : Jul 07 2005 - Volker . BIOS configuration word usually reports initial mode 80x25 color text . vgabios function 0x0e (write teletype): linefeed (0x0a) only increments the cursor row value vgabios-0.5b : May 24 2005 - Volker . fixed return value for the default case in the VBE section (non-debug mode) . removed unused stuff vgabios-0.5a : Mar 07 2005 - Volker . Cirrus SVGA extension (initial patches from Makoto Suzuki, improvements from Fabrice Bellard) . vgabios image size is now exactly 32k with a checksum . a lot of vgabios and vbe functions rewritten in assembler . dynamicly generated VBE mode info list . write character function for CGA and LINEAR8 modes . read/write graphics pixel for some graphics modes . text scroll feature for some graphics modes . VBE 8-bit DAC support vgabios-0.4c : Nov 06 2003 - Christophe . fix font problem on initial screen of NT4 Loader vgabios-0.4b : Nov 04 2003 - Volker . fix offset of character tables . optimizations of CRT controller accesses . VBE i/o registers changed to 0x01CE/CF (suggestion from Daniel Gimpelevich) . "noclear" flag stored in BIOS area . fix character height returned by get_font_info function vgabios-0.4a : Aug 17 2003 - Volker . VBE mode search rewritten (VBE modes with LFB bit removed) . many bugfixes and optimizations . write character function implemented for graphics modes . support for 15bpp, 16bpp, 24bpp and 32bpp VBE modes added . SVGA mode 0x6A added . VBE modes 0x102, 0x117, 0x118 and 0x142 (Bochs specific) vgabios-0.3b : Nov 23 2002 - Christophe . added lfb-mode numbers (patch from mathis) . updated the Makefile . removed display of copyrights. . changed the Copyright string to "LGPL VGABios developers" - Volker . set the cursor shape depending on the current font height . clear BL before calling int 0x10 function 0x1103 in vgabios_init_func . added some text font functions - Jeroen . Forced to new DISPI (0xb0c1) interface (requires latest bochs vbe code) . Added multibuffering support . Added new DISPI interface for: virt width, height, x offset, y offset . Added LFB modes (to be used with the vbe-lfb patch in bochs) see VBE_HAVE_LFB in vbe.c (currently default enabled) . updated TODO & docs for changes after bochs 1.4 vgabios-0.3a : Mar 10 2002 - Christophe . Fixed bug in function ah=13 - Jeroen . updated vbebios implementation to new api . added vbe_display_api documentation . added 640x400x8, 640x480x8, 800x600x8, 1024x768 (>640x480 needs a special bochs patch atm) . added 320x200x8 vbe support (uses the standard 320x200x8 vga mode to display, this allows for testing & having something on screen as well, at least until bochs host side display is up & running) . adding lfbprof (vbe) testprogram (+some small fixes to it) . merging with vbebios 0.2 vgabios-0.2b : Nov 19 2001 - Christophe . Fixed bug in function ah=13 vgabios-0.2a : Nov 09 2001 - Christophe . Included bugfix from techt@pikeonline.net about grayscale summing . Added the "IBM" string at org 0x1e as Bart Oldeman suggested . Fixed DS and ES that where inverted in the int10 parameters list! . The following have been implemented : - function ax=1a00, ax=1a01, ah=1b - function ax=1130 . Added debug messages for unimplemented/unknown functions Must be compiled with DEBUG defined. The output is trapped by the unknown-ioport driver of plex/bochs (port 0xfff0 is used) vgabios-0.1a : May 8 2001 - Christophe . First release. The work has been focused only on text mode. . The following have been implemented : - inits - int 10 handler - functions ah=00, ah=01, ah=02, ah=03, ah=05, ah=06, ah=07, ah=08 ah=09, ah=0a, ah=0e, ah=0f, ax=1000, ax=1001, ax=1002, ax=1003 ax=1007, ax=1008, ax=1009, ax=1010, ax=1012, ax=1013, ax=1015 ax=1017, ax=1018, ax=1019, ax=101a, ax=101b, ah=12 bl=10, ah=12 bl=30, ah=12 bl=31, ah=12 bl=32, ah=12 bl=33, ah=12 bl=34 ah=13 vgabios-0.6c/VGABIOS-lgpl-latest.cirrus.debug.bin0000644000175000001440000010600011167152304020777 0ustar volkerusersUFIBMPlex86/Bochs VGABios (PCI) 0.6c 08 Apr 2009 (C) 2008 the LGPL VGABios developers Team This VGA/VBE Bios is released under the GNU LGPL Please visit : . http://bochs.sourceforge.net . http://www.nongnu.org/vgabios PCIRF4r41ظJ@B腂44讂˜u `|u.kr uWh=uf^u<u3iO0uMiE1ui;2ui13ui'4ui=t u_`d4a j ???( c-'(+0( c-'(+0Pc_OPT( Pf_OPUO ( ( c-'(+P@c_OPT(P_OPT@](cP_OPT@](c89:;<=>?(g-'(+O 89:;<=>? Pg_OPUO (89:;<=>? Pf_OPUO ( P_OPT >@(????????P_OPT >@(89:;<=>?(c_OPTA(@ A@d$cckr`YW2Ws89:;<=>?************************************************????????????????????????************************************************????????????????????????**********************????????????????????????**********************????????????????????????************?**?**?****?*??*****?*?*????**?*?*??****??*?*?**?**?????*?*?*??*??*????*????????????***********????????????  $$$(((---222888??????/????/??????/??/???????/??/????'?/?7????7?/?'??'?/?7??7?/?'???'?/?7??7?/?'?--?1-?6-?:-??-??-:?-6?-1?--?1-?6-?:-??-:?-6?-1?--?--?1-?6-?:-??-:?-6?-1?                                          ~~~~l|88||88|8|8|8||8|<<><~~<ffffff{>c8ll8x~~~<~~<<~~< 0``0$ff$<~~<0xx000llllllll0|x 00f8l8vv``0```0`00`f<x00000x xflxlf```bf8ll8ff|``xxff|lfxpx0000xx0l88lx00xƌ2fx`````x`0 xx8l00x |v``|ffxx |vxx8l```v| `lvff0p000x x`flxlp00000xxxff|`v| vf`|x 0|004vx0ll8l| 0d00000000v8lxx x~xx~<>f?x |~x |~00x |~xx 8~lxxxxxxxx~~| ~8ll8|00`x 3f7o3ff3f3f""""UUUUww66666666666666666666666666666666666676666670??0766666666667076666666666666666666??6666666666vvxlllll`0`~pffff|`v0xx08ll88lll0|x~~ ~~`8``8x0000`00`0`0p0000vv8ll8 l<xllllp0`x<<<<~~~~l|88||8<<<<~~<<<><~~<ffffffff{|`8ll8 |<~~<~<~~< 0``0(ll(88||||88<<<fff$lllllll||| 0f8ll8vv000` 00000 0 0f<l8l||||`0||0xv`0v~ x8ll8|~8ll8|0000`|0`܆ >0fΞ><<<6ll6l6lDDDDDDDUUUUUUUwwwwwww66666666666666666666666666666666666666666666666666666666666666666666676666666666670??0766666666666666666666667076666666666666666666666666666666666666??6666666666666666666vv|@llllll`00`~pffff|``v~fff<~~~~`0``|``0|~0  0~ 0`0 ~p~vv8ll8 l<lllllp0`||||||~~~~l|88||8<<<<~~<<<><~~<fffffffff{|`8ll8 |<~~<~<~~< 0``0$ff$88||||88<<<fff$lllllll||| 0`Ɔ8ll8vv000` 000000 0 0f<l8l||||`0||0xv`0v~ x|||~~8ld`````f<ff|bfofff~p0`x |v 08<0`||0`vvffffffv~8ll8|0000`|0`Λ 0fΖ><<<6ll6l6lDDDDDDDDUUUUUUUUwwwwwwww66666666666666666666666666666666666666666666666666666666666666666666666666666667666666666666670??07666666666666666666666666667076666666666666666666666666666666666666666666??66666666666666666666666vvxlllllll`00`~pfffff|``v~ffff<~~~~`0``|```0|~0  0~ 0`0 ~p~vv8ll8 ll<lllllp0`|||||||U5S2FDDVGABios $Id: vgabios.c,v 1.69 2009/04/07 18:18:20 vruppert Exp $ @ػ% `Qe gøؾ"> }Ì؎10IQY UF0%F0PkDDF$$F0 ?F=F0 0F1F0 F%,r<w0.6]6]6]6]6]6]6Q6]6F0PF0P vF 0P ^S^SF 0P{ 1F1F 1F1FF0P DDPPF0PF0PF0PF0PF 0PF0Pp1PPF0PF0PF0PF0PF 0PF0P6^SF 0P!vF 0PF 0PF0PvF 0PF 0PF0PvvF0PF 0P!^SvvF 0P#PF 0PPF0P~%vv +}FF 0PF 0PvvvvF0P8. F 0PF0P.F 0PF0PA/F 0PF0P/vvL0F0PF 0Pvvv/0 F 0P!0DDF 0P0DDF 0P0DDv^S^S^S^SF 0P/ VT,,<,K,Z, ,$,3,B, Q,Z,r,z,, ?F <\1CvvF0P%2F0 F%F0P2DDF0 F , t,t,tvvF0PF0PvF 0PF 0PF0P1vvv 2F0 FF3^ Sv40v vv/4v vv9 ,t,t,tF0 FOM-|H=wC.w:?6666667A7{777:778:%848r99:::::::9:]ULF$FF$FF0P6?DDFF'1PP>1PP>1PP>F@FF=KF$<u P1P;'P>DD1F8vP>F0ÁgFÊG#0PPm>F@FF=vPPP>1PPC>1PP6>PP(>F?vP>FHPF0ÁgFDDG0PP=F@FF=v1F8vP=F0ÁgFÊG70PP=F@FF=vF0ÁG<uFPvt=1F8vvQ=F0ÁgFÊG 0PF@P,=F@FF=vF0ÁgG 0PP< PP<P1ظ7 91ظ7 %1ظ7% -t-t-tۉ]UF$?FF$FF00FFv`P@P9P@Pv9FP@Px9FF$tfF=v^F<sWF< sPF0@PF0;FftF0@NHFF0@NHHFF0@NHFcP@P8F PvA9F0PF@P09 Pv#9F0PF@P9]UF<v]vF0PP@P8bP@Pk8FF:FJP@Pc8FP@P?80@FFFF00FF0NPFN ÊF0@FFDDFcP@P7FPvE8F00PF@P08Pv#8F0PF@P8]ULL#8F1Pvv71Pvv7F<v]ø`P@Ps7Pvv7F0PP@PQ7Pvvo7]UF<v]øIP@P7FF0P6DDFF @ P@ "! X X XX 3333,_OOR > @ @ "! X X XX 3333,_OOR > @ @ 2! # # ## #}cck ` }Wd@W"! # # ## #}cck ` }W@W"! # # ## #}cck ` }W,@W2! v v vv 4444)$ ` @$"! v v vv 4444)$ ` @$2! v v vv 4444)$ ` @$2! v v vv 4444)$ ` @$"! v v vv 4444)$ ` @@$2! v v vv 4444)$ ` @$"_I}/}m}d}/}} f}/}} q}/}~\ XE~/}i~e X~/}~ g X~/}~ `A/}et/} h/} x X~/}y/} m=/}ai/} u/} {@/} }}'}29_fdq\gex`htymiucirrus-compatible VGA is detected cirrus-compatible VGA is not detected VGABIOS Cirrus extension1.0Iu11ظ@BB$İ J11VyuS^PRB<ZXÜUtt4OtM]}c]]VPS11ۉ[sTX^9rɀwS.L[h2U<wS1ۈ.[h2UøO`.aBXuPbX$1ޢI ^m˜UOu<wS1ۈ.[hUøO]SR\ V\ M\DD\t u @,݀Z[PR B ZXË=tR'B .'8t tCC.GZ1øR]1'B$ZQRBt$ t@ZYø`@21߅ߎێ˻ððV=VBu$E=E2u~ȫȫȫVESAȫ1F@X~@=uO^É%?d=uXVQRSW1_;@1ȫDDDD\ tB1HV^d Ъ1 t W& _1O[ZY^@tQ& uOY>u%=r =u vOVP@uuP1XX1ޢI^O1ػÅu I0Oˀw tt uR ԺZOÈ B1҈¸OÉȀttr#0301CP[1҈1¸OÀt t3rR0[P [sBRZ?OyR[ PXPR0X1ZOÀu0OÀuR@ڈ>ZOÀuR@ڊ>ZOøOQV9t 9 tD^YP$X$9.$8tt1RB$<u$<tZPBXJB$RSBJB[ZS\S<tCCu0[P<tCCu[% [SRPG BXJ BJB$[J ܰB$[S BJ BPJBJ$ ðB$È0X[`%{0 P1 X8u0a_셚…Ʌ_6Lj%LjLjLjLjLjLjLjLjUF0=t@F0=t4F0= t(F=Ot vvv F0PF0P2Si]vgabios ends herevgabios call ah%02x al%02x bx%04x cx%04x dx%04x vgabios-0.6c/Notes0000644000175000001440000000045707434154024013421 0ustar volkerusersDevelopment notes ----------------- - need to split video init function 1. set bios variables 2. do the real init with io based on bios variables - characters format switching will set the bios variables and call function #2 above - need to rework the tables as explained in Interrupt list vgabios-0.6c/Makefile0000644000175000001440000000714010747051135014042 0ustar volkerusersSHELL = /bin/sh CC = gcc CFLAGS = -g -O2 -Wall -Wstrict-prototypes LDFLAGS = GCC = gcc BCC = bcc AS86 = as86 RELEASE = `pwd | sed "s-.*/--"` RELDATE = `date '+%d %b %Y'` RELVERS = `pwd | sed "s-.*/--" | sed "s/vgabios//" | sed "s/-//"` VGABIOS_DATE = "-DVGABIOS_DATE=\"$(RELDATE)\"" all: bios cirrus-bios bios: biossums vgabios.bin vgabios.debug.bin cirrus-bios: vgabios-cirrus.bin vgabios-cirrus.debug.bin clean: /bin/rm -f biossums vbetables-gen vbetables.h *.o *.s *.ld86 \ temp.awk.* vgabios*.orig _vgabios_* _vgabios-debug_* core vgabios*.bin vgabios*.txt $(RELEASE).bin *.bak dist-clean: clean release: VGABIOS_VERS=\"-DVGABIOS_VERS=\\\"$(RELVERS)\\\"\" make bios cirrus-bios /bin/rm -f *.o *.s *.ld86 \ temp.awk.* vgabios.*.orig _vgabios_.*.c core *.bak .#* cp VGABIOS-lgpl-latest.bin ../$(RELEASE).bin cp VGABIOS-lgpl-latest.debug.bin ../$(RELEASE).debug.bin cp VGABIOS-lgpl-latest.cirrus.bin ../$(RELEASE).cirrus.bin cp VGABIOS-lgpl-latest.cirrus.debug.bin ../$(RELEASE).cirrus.debug.bin tar czvf ../$(RELEASE).tgz --exclude CVS -C .. $(RELEASE)/ vgabios.bin: vgabios.c vgabios.h vgafonts.h vgatables.h vbe.h vbe.c vbetables.h $(GCC) -E -P vgabios.c $(VGABIOS_VERS) -DVBE $(VGABIOS_DATE) > _vgabios_.c $(BCC) -o vgabios.s -C-c -D__i86__ -S -0 _vgabios_.c sed -e 's/^\.text//' -e 's/^\.data//' vgabios.s > _vgabios_.s $(AS86) _vgabios_.s -b vgabios.bin -u -w- -g -0 -j -O -l vgabios.txt rm -f _vgabios_.s _vgabios_.c vgabios.s mv vgabios.bin VGABIOS-lgpl-latest.bin ./biossums VGABIOS-lgpl-latest.bin ls -l VGABIOS-lgpl-latest.bin vgabios.debug.bin: vgabios.c vgabios.h vgafonts.h vgatables.h vbe.h vbe.c vbetables.h $(GCC) -E -P vgabios.c $(VGABIOS_VERS) -DVBE -DDEBUG $(VGABIOS_DATE) > _vgabios-debug_.c $(BCC) -o vgabios-debug.s -C-c -D__i86__ -S -0 _vgabios-debug_.c sed -e 's/^\.text//' -e 's/^\.data//' vgabios-debug.s > _vgabios-debug_.s $(AS86) _vgabios-debug_.s -b vgabios.debug.bin -u -w- -g -0 -j -O -l vgabios.debug.txt rm -f _vgabios-debug_.s _vgabios-debug_.c vgabios-debug.s mv vgabios.debug.bin VGABIOS-lgpl-latest.debug.bin ./biossums VGABIOS-lgpl-latest.debug.bin ls -l VGABIOS-lgpl-latest.debug.bin vgabios-cirrus.bin: vgabios.c vgabios.h vgafonts.h vgatables.h clext.c $(GCC) -E -P vgabios.c $(VGABIOS_VERS) -DCIRRUS -DPCIBIOS $(VGABIOS_DATE) > _vgabios-cirrus_.c $(BCC) -o vgabios-cirrus.s -C-c -D__i86__ -S -0 _vgabios-cirrus_.c sed -e 's/^\.text//' -e 's/^\.data//' vgabios-cirrus.s > _vgabios-cirrus_.s $(AS86) _vgabios-cirrus_.s -b vgabios-cirrus.bin -u -w- -g -0 -j -O -l vgabios.cirrus.txt rm -f _vgabios-cirrus_.s _vgabios-cirrus_.c vgabios-cirrus.s mv vgabios-cirrus.bin VGABIOS-lgpl-latest.cirrus.bin ./biossums VGABIOS-lgpl-latest.cirrus.bin ls -l VGABIOS-lgpl-latest.cirrus.bin vgabios-cirrus.debug.bin: vgabios.c vgabios.h vgafonts.h vgatables.h clext.c $(GCC) -E -P vgabios.c $(VGABIOS_VERS) -DCIRRUS -DCIRRUS_DEBUG -DPCIBIOS $(VGABIOS_DATE) > _vgabios-cirrus-debug_.c $(BCC) -o vgabios-cirrus-debug.s -C-c -D__i86__ -S -0 _vgabios-cirrus-debug_.c sed -e 's/^\.text//' -e 's/^\.data//' vgabios-cirrus-debug.s > _vgabios-cirrus-debug_.s $(AS86) _vgabios-cirrus-debug_.s -b vgabios.cirrus.debug.bin -u -w- -g -0 -j -O -l vgabios.cirrus.debug.txt rm -f _vgabios-cirrus-debug_.s _vgabios-cirrus-debug_.c vgabios-cirrus-debug.s mv vgabios.cirrus.debug.bin VGABIOS-lgpl-latest.cirrus.debug.bin ./biossums VGABIOS-lgpl-latest.cirrus.debug.bin ls -l VGABIOS-lgpl-latest.cirrus.debug.bin biossums: biossums.c $(CC) -o biossums biossums.c vbetables-gen: vbetables-gen.c $(CC) -o vbetables-gen vbetables-gen.c vbetables.h: vbetables-gen ./vbetables-gen > $@ vgabios-0.6c/TODO0000644000175000001440000000117210746606616013102 0ustar volkerusersShort term : ------------ General - Fix init mode (ah=00). Should use more BIOS variables - Add new functionalities and modify static functionality table - Performance : 16 bits IO v0.7 - Implement the remaining functions (don't know if all are needed): - chargen ax=1120, ax=1121, ax=1122, ax=1123, ax=1124 - display switch interface ah=12 bl=35 - video refresh control ah=12 bl=36 - Graphic modes v1.0 - Bugfixes ================================================================================================= VBE: ---- Long term: - have plex86 host side display interface - have text io functions in vbe mode vgabios-0.6c/BUGS0000644000175000001440000000013710746606626013076 0ustar volkerusersNot all the functions have been implemented yet. Please report any bugs to vgabios-0.6c/vbetables.h0000644000175000001440000032014711167152300014520 0ustar volkerusers/* THIS FILE IS AUTOMATICALLY GENERATED - DO NOT EDIT */ #define VBE_DISPI_TOTAL_VIDEO_MEMORY_MB 16 static ModeInfoListItem mode_info_list[]= { { 0x0100, /* 640x400x8 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 640, /*Bit16u XResolution*/ 640, /*Bit16u YResolution*/ 400, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 8, /*Bit8u NumberOfBanks*/ 4, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_PACKED_PIXEL, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 64, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 0, /*Bit8u RedFieldPosition*/ 0, /*Bit8u GreenMaskSize*/ 0, /*Bit8u GreenFieldPosition*/ 0, /*Bit8u BlueMaskSize*/ 0, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 0, /*Bit8u RsvdFieldPosition*/ 0, /*Bit8u DirectColorModeInfo*/ 0, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 640, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 0, /*Bit8u LinRedFieldPosition*/ 0, /*Bit8u LinGreenMaskSize*/ 0, /*Bit8u LinGreenFieldPosition*/ 0, /*Bit8u LinBlueMaskSize*/ 0, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 0, /*Bit8u LinRsvdFieldPosition*/ 0, /*Bit32u MaxPixelClock*/ 0, } }, { 0x0101, /* 640x480x8 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 640, /*Bit16u XResolution*/ 640, /*Bit16u YResolution*/ 480, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 8, /*Bit8u NumberOfBanks*/ 5, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_PACKED_PIXEL, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 53, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 0, /*Bit8u RedFieldPosition*/ 0, /*Bit8u GreenMaskSize*/ 0, /*Bit8u GreenFieldPosition*/ 0, /*Bit8u BlueMaskSize*/ 0, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 0, /*Bit8u RsvdFieldPosition*/ 0, /*Bit8u DirectColorModeInfo*/ 0, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 640, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 0, /*Bit8u LinRedFieldPosition*/ 0, /*Bit8u LinGreenMaskSize*/ 0, /*Bit8u LinGreenFieldPosition*/ 0, /*Bit8u LinBlueMaskSize*/ 0, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 0, /*Bit8u LinRsvdFieldPosition*/ 0, /*Bit32u MaxPixelClock*/ 0, } }, { 0x0102, /* 800x600x4 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_TTY_BIOS_SUPPORT | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 100, /*Bit16u XResolution*/ 800, /*Bit16u YResolution*/ 600, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 4, /*Bit8u BitsPerPixel*/ 4, /*Bit8u NumberOfBanks*/ 1, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_PLANAR, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 68, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 0, /*Bit8u RedFieldPosition*/ 0, /*Bit8u GreenMaskSize*/ 0, /*Bit8u GreenFieldPosition*/ 0, /*Bit8u BlueMaskSize*/ 0, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 0, /*Bit8u RsvdFieldPosition*/ 0, /*Bit8u DirectColorModeInfo*/ 0, /*Bit32u PhysBasePtr*/ 0, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 100, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 0, /*Bit8u LinRedFieldPosition*/ 0, /*Bit8u LinGreenMaskSize*/ 0, /*Bit8u LinGreenFieldPosition*/ 0, /*Bit8u LinBlueMaskSize*/ 0, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 0, /*Bit8u LinRsvdFieldPosition*/ 0, /*Bit32u MaxPixelClock*/ 0, } }, { 0x0103, /* 800x600x8 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 800, /*Bit16u XResolution*/ 800, /*Bit16u YResolution*/ 600, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 8, /*Bit8u NumberOfBanks*/ 8, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_PACKED_PIXEL, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 33, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 0, /*Bit8u RedFieldPosition*/ 0, /*Bit8u GreenMaskSize*/ 0, /*Bit8u GreenFieldPosition*/ 0, /*Bit8u BlueMaskSize*/ 0, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 0, /*Bit8u RsvdFieldPosition*/ 0, /*Bit8u DirectColorModeInfo*/ 0, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 800, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 0, /*Bit8u LinRedFieldPosition*/ 0, /*Bit8u LinGreenMaskSize*/ 0, /*Bit8u LinGreenFieldPosition*/ 0, /*Bit8u LinBlueMaskSize*/ 0, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 0, /*Bit8u LinRsvdFieldPosition*/ 0, /*Bit32u MaxPixelClock*/ 0, } }, { 0x0104, /* 1024x768x4 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_TTY_BIOS_SUPPORT | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 128, /*Bit16u XResolution*/ 1024, /*Bit16u YResolution*/ 768, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 4, /*Bit8u BitsPerPixel*/ 4, /*Bit8u NumberOfBanks*/ 2, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_PLANAR, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 41, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 0, /*Bit8u RedFieldPosition*/ 0, /*Bit8u GreenMaskSize*/ 0, /*Bit8u GreenFieldPosition*/ 0, /*Bit8u BlueMaskSize*/ 0, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 0, /*Bit8u RsvdFieldPosition*/ 0, /*Bit8u DirectColorModeInfo*/ 0, /*Bit32u PhysBasePtr*/ 0, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 128, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 0, /*Bit8u LinRedFieldPosition*/ 0, /*Bit8u LinGreenMaskSize*/ 0, /*Bit8u LinGreenFieldPosition*/ 0, /*Bit8u LinBlueMaskSize*/ 0, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 0, /*Bit8u LinRsvdFieldPosition*/ 0, /*Bit32u MaxPixelClock*/ 0, } }, { 0x0105, /* 1024x768x8 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 1024, /*Bit16u XResolution*/ 1024, /*Bit16u YResolution*/ 768, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 8, /*Bit8u NumberOfBanks*/ 12, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_PACKED_PIXEL, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 20, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 0, /*Bit8u RedFieldPosition*/ 0, /*Bit8u GreenMaskSize*/ 0, /*Bit8u GreenFieldPosition*/ 0, /*Bit8u BlueMaskSize*/ 0, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 0, /*Bit8u RsvdFieldPosition*/ 0, /*Bit8u DirectColorModeInfo*/ 0, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 1024, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 0, /*Bit8u LinRedFieldPosition*/ 0, /*Bit8u LinGreenMaskSize*/ 0, /*Bit8u LinGreenFieldPosition*/ 0, /*Bit8u LinBlueMaskSize*/ 0, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 0, /*Bit8u LinRsvdFieldPosition*/ 0, /*Bit32u MaxPixelClock*/ 0, } }, { 0x0106, /* 1280x1024x4 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_TTY_BIOS_SUPPORT | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 160, /*Bit16u XResolution*/ 1280, /*Bit16u YResolution*/ 1024, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 4, /*Bit8u BitsPerPixel*/ 4, /*Bit8u NumberOfBanks*/ 3, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_PLANAR, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 24, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 0, /*Bit8u RedFieldPosition*/ 0, /*Bit8u GreenMaskSize*/ 0, /*Bit8u GreenFieldPosition*/ 0, /*Bit8u BlueMaskSize*/ 0, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 0, /*Bit8u RsvdFieldPosition*/ 0, /*Bit8u DirectColorModeInfo*/ 0, /*Bit32u PhysBasePtr*/ 0, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 160, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 0, /*Bit8u LinRedFieldPosition*/ 0, /*Bit8u LinGreenMaskSize*/ 0, /*Bit8u LinGreenFieldPosition*/ 0, /*Bit8u LinBlueMaskSize*/ 0, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 0, /*Bit8u LinRsvdFieldPosition*/ 0, /*Bit32u MaxPixelClock*/ 0, } }, { 0x0107, /* 1280x1024x8 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 1280, /*Bit16u XResolution*/ 1280, /*Bit16u YResolution*/ 1024, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 8, /*Bit8u NumberOfBanks*/ 20, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_PACKED_PIXEL, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 11, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 0, /*Bit8u RedFieldPosition*/ 0, /*Bit8u GreenMaskSize*/ 0, /*Bit8u GreenFieldPosition*/ 0, /*Bit8u BlueMaskSize*/ 0, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 0, /*Bit8u RsvdFieldPosition*/ 0, /*Bit8u DirectColorModeInfo*/ 0, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 1280, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 0, /*Bit8u LinRedFieldPosition*/ 0, /*Bit8u LinGreenMaskSize*/ 0, /*Bit8u LinGreenFieldPosition*/ 0, /*Bit8u LinBlueMaskSize*/ 0, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 0, /*Bit8u LinRsvdFieldPosition*/ 0, /*Bit32u MaxPixelClock*/ 0, } }, { 0x010d, /* 320x200x15 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 640, /*Bit16u XResolution*/ 320, /*Bit16u YResolution*/ 200, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 15, /*Bit8u NumberOfBanks*/ 2, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_DIRECT_COLOR, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 130, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 5, /*Bit8u RedFieldPosition*/ 10, /*Bit8u GreenMaskSize*/ 5, /*Bit8u GreenFieldPosition*/ 5, /*Bit8u BlueMaskSize*/ 5, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 1, /*Bit8u RsvdFieldPosition*/ 15, /*Bit8u DirectColorModeInfo*/ 0, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 640, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 5, /*Bit8u LinRedFieldPosition*/ 10, /*Bit8u LinGreenMaskSize*/ 5, /*Bit8u LinGreenFieldPosition*/ 5, /*Bit8u LinBlueMaskSize*/ 5, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 1, /*Bit8u LinRsvdFieldPosition*/ 15, /*Bit32u MaxPixelClock*/ 0, } }, { 0x010e, /* 320x200x16 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 640, /*Bit16u XResolution*/ 320, /*Bit16u YResolution*/ 200, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 16, /*Bit8u NumberOfBanks*/ 2, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_DIRECT_COLOR, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 130, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 5, /*Bit8u RedFieldPosition*/ 11, /*Bit8u GreenMaskSize*/ 6, /*Bit8u GreenFieldPosition*/ 5, /*Bit8u BlueMaskSize*/ 5, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 0, /*Bit8u RsvdFieldPosition*/ 0, /*Bit8u DirectColorModeInfo*/ 0, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 640, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 5, /*Bit8u LinRedFieldPosition*/ 11, /*Bit8u LinGreenMaskSize*/ 6, /*Bit8u LinGreenFieldPosition*/ 5, /*Bit8u LinBlueMaskSize*/ 5, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 0, /*Bit8u LinRsvdFieldPosition*/ 0, /*Bit32u MaxPixelClock*/ 0, } }, { 0x010f, /* 320x200x24 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 960, /*Bit16u XResolution*/ 320, /*Bit16u YResolution*/ 200, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 24, /*Bit8u NumberOfBanks*/ 3, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_DIRECT_COLOR, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 86, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 8, /*Bit8u RedFieldPosition*/ 16, /*Bit8u GreenMaskSize*/ 8, /*Bit8u GreenFieldPosition*/ 8, /*Bit8u BlueMaskSize*/ 8, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 0, /*Bit8u RsvdFieldPosition*/ 0, /*Bit8u DirectColorModeInfo*/ 0, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 960, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 8, /*Bit8u LinRedFieldPosition*/ 16, /*Bit8u LinGreenMaskSize*/ 8, /*Bit8u LinGreenFieldPosition*/ 8, /*Bit8u LinBlueMaskSize*/ 8, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 0, /*Bit8u LinRsvdFieldPosition*/ 0, /*Bit32u MaxPixelClock*/ 0, } }, { 0x0110, /* 640x480x15 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 1280, /*Bit16u XResolution*/ 640, /*Bit16u YResolution*/ 480, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 15, /*Bit8u NumberOfBanks*/ 10, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_DIRECT_COLOR, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 26, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 5, /*Bit8u RedFieldPosition*/ 10, /*Bit8u GreenMaskSize*/ 5, /*Bit8u GreenFieldPosition*/ 5, /*Bit8u BlueMaskSize*/ 5, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 1, /*Bit8u RsvdFieldPosition*/ 15, /*Bit8u DirectColorModeInfo*/ 0, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 1280, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 5, /*Bit8u LinRedFieldPosition*/ 10, /*Bit8u LinGreenMaskSize*/ 5, /*Bit8u LinGreenFieldPosition*/ 5, /*Bit8u LinBlueMaskSize*/ 5, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 1, /*Bit8u LinRsvdFieldPosition*/ 15, /*Bit32u MaxPixelClock*/ 0, } }, { 0x0111, /* 640x480x16 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 1280, /*Bit16u XResolution*/ 640, /*Bit16u YResolution*/ 480, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 16, /*Bit8u NumberOfBanks*/ 10, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_DIRECT_COLOR, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 26, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 5, /*Bit8u RedFieldPosition*/ 11, /*Bit8u GreenMaskSize*/ 6, /*Bit8u GreenFieldPosition*/ 5, /*Bit8u BlueMaskSize*/ 5, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 0, /*Bit8u RsvdFieldPosition*/ 0, /*Bit8u DirectColorModeInfo*/ 0, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 1280, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 5, /*Bit8u LinRedFieldPosition*/ 11, /*Bit8u LinGreenMaskSize*/ 6, /*Bit8u LinGreenFieldPosition*/ 5, /*Bit8u LinBlueMaskSize*/ 5, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 0, /*Bit8u LinRsvdFieldPosition*/ 0, /*Bit32u MaxPixelClock*/ 0, } }, { 0x0112, /* 640x480x24 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 1920, /*Bit16u XResolution*/ 640, /*Bit16u YResolution*/ 480, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 24, /*Bit8u NumberOfBanks*/ 15, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_DIRECT_COLOR, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 17, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 8, /*Bit8u RedFieldPosition*/ 16, /*Bit8u GreenMaskSize*/ 8, /*Bit8u GreenFieldPosition*/ 8, /*Bit8u BlueMaskSize*/ 8, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 0, /*Bit8u RsvdFieldPosition*/ 0, /*Bit8u DirectColorModeInfo*/ 0, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 1920, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 8, /*Bit8u LinRedFieldPosition*/ 16, /*Bit8u LinGreenMaskSize*/ 8, /*Bit8u LinGreenFieldPosition*/ 8, /*Bit8u LinBlueMaskSize*/ 8, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 0, /*Bit8u LinRsvdFieldPosition*/ 0, /*Bit32u MaxPixelClock*/ 0, } }, { 0x0113, /* 800x600x15 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 1600, /*Bit16u XResolution*/ 800, /*Bit16u YResolution*/ 600, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 15, /*Bit8u NumberOfBanks*/ 15, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_DIRECT_COLOR, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 16, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 5, /*Bit8u RedFieldPosition*/ 10, /*Bit8u GreenMaskSize*/ 5, /*Bit8u GreenFieldPosition*/ 5, /*Bit8u BlueMaskSize*/ 5, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 1, /*Bit8u RsvdFieldPosition*/ 15, /*Bit8u DirectColorModeInfo*/ 0, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 1600, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 5, /*Bit8u LinRedFieldPosition*/ 10, /*Bit8u LinGreenMaskSize*/ 5, /*Bit8u LinGreenFieldPosition*/ 5, /*Bit8u LinBlueMaskSize*/ 5, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 1, /*Bit8u LinRsvdFieldPosition*/ 15, /*Bit32u MaxPixelClock*/ 0, } }, { 0x0114, /* 800x600x16 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 1600, /*Bit16u XResolution*/ 800, /*Bit16u YResolution*/ 600, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 16, /*Bit8u NumberOfBanks*/ 15, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_DIRECT_COLOR, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 16, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 5, /*Bit8u RedFieldPosition*/ 11, /*Bit8u GreenMaskSize*/ 6, /*Bit8u GreenFieldPosition*/ 5, /*Bit8u BlueMaskSize*/ 5, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 0, /*Bit8u RsvdFieldPosition*/ 0, /*Bit8u DirectColorModeInfo*/ 0, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 1600, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 5, /*Bit8u LinRedFieldPosition*/ 11, /*Bit8u LinGreenMaskSize*/ 6, /*Bit8u LinGreenFieldPosition*/ 5, /*Bit8u LinBlueMaskSize*/ 5, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 0, /*Bit8u LinRsvdFieldPosition*/ 0, /*Bit32u MaxPixelClock*/ 0, } }, { 0x0115, /* 800x600x24 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 2400, /*Bit16u XResolution*/ 800, /*Bit16u YResolution*/ 600, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 24, /*Bit8u NumberOfBanks*/ 22, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_DIRECT_COLOR, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 10, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 8, /*Bit8u RedFieldPosition*/ 16, /*Bit8u GreenMaskSize*/ 8, /*Bit8u GreenFieldPosition*/ 8, /*Bit8u BlueMaskSize*/ 8, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 0, /*Bit8u RsvdFieldPosition*/ 0, /*Bit8u DirectColorModeInfo*/ 0, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 2400, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 8, /*Bit8u LinRedFieldPosition*/ 16, /*Bit8u LinGreenMaskSize*/ 8, /*Bit8u LinGreenFieldPosition*/ 8, /*Bit8u LinBlueMaskSize*/ 8, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 0, /*Bit8u LinRsvdFieldPosition*/ 0, /*Bit32u MaxPixelClock*/ 0, } }, { 0x0116, /* 1024x768x15 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 2048, /*Bit16u XResolution*/ 1024, /*Bit16u YResolution*/ 768, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 15, /*Bit8u NumberOfBanks*/ 24, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_DIRECT_COLOR, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 9, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 5, /*Bit8u RedFieldPosition*/ 10, /*Bit8u GreenMaskSize*/ 5, /*Bit8u GreenFieldPosition*/ 5, /*Bit8u BlueMaskSize*/ 5, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 1, /*Bit8u RsvdFieldPosition*/ 15, /*Bit8u DirectColorModeInfo*/ 0, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 2048, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 5, /*Bit8u LinRedFieldPosition*/ 10, /*Bit8u LinGreenMaskSize*/ 5, /*Bit8u LinGreenFieldPosition*/ 5, /*Bit8u LinBlueMaskSize*/ 5, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 1, /*Bit8u LinRsvdFieldPosition*/ 15, /*Bit32u MaxPixelClock*/ 0, } }, { 0x0117, /* 1024x768x16 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 2048, /*Bit16u XResolution*/ 1024, /*Bit16u YResolution*/ 768, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 16, /*Bit8u NumberOfBanks*/ 24, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_DIRECT_COLOR, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 9, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 5, /*Bit8u RedFieldPosition*/ 11, /*Bit8u GreenMaskSize*/ 6, /*Bit8u GreenFieldPosition*/ 5, /*Bit8u BlueMaskSize*/ 5, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 0, /*Bit8u RsvdFieldPosition*/ 0, /*Bit8u DirectColorModeInfo*/ 0, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 2048, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 5, /*Bit8u LinRedFieldPosition*/ 11, /*Bit8u LinGreenMaskSize*/ 6, /*Bit8u LinGreenFieldPosition*/ 5, /*Bit8u LinBlueMaskSize*/ 5, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 0, /*Bit8u LinRsvdFieldPosition*/ 0, /*Bit32u MaxPixelClock*/ 0, } }, { 0x0118, /* 1024x768x24 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 3072, /*Bit16u XResolution*/ 1024, /*Bit16u YResolution*/ 768, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 24, /*Bit8u NumberOfBanks*/ 36, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_DIRECT_COLOR, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 6, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 8, /*Bit8u RedFieldPosition*/ 16, /*Bit8u GreenMaskSize*/ 8, /*Bit8u GreenFieldPosition*/ 8, /*Bit8u BlueMaskSize*/ 8, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 0, /*Bit8u RsvdFieldPosition*/ 0, /*Bit8u DirectColorModeInfo*/ 0, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 3072, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 8, /*Bit8u LinRedFieldPosition*/ 16, /*Bit8u LinGreenMaskSize*/ 8, /*Bit8u LinGreenFieldPosition*/ 8, /*Bit8u LinBlueMaskSize*/ 8, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 0, /*Bit8u LinRsvdFieldPosition*/ 0, /*Bit32u MaxPixelClock*/ 0, } }, { 0x0119, /* 1280x1024x15 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 2560, /*Bit16u XResolution*/ 1280, /*Bit16u YResolution*/ 1024, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 15, /*Bit8u NumberOfBanks*/ 40, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_DIRECT_COLOR, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 5, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 5, /*Bit8u RedFieldPosition*/ 10, /*Bit8u GreenMaskSize*/ 5, /*Bit8u GreenFieldPosition*/ 5, /*Bit8u BlueMaskSize*/ 5, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 1, /*Bit8u RsvdFieldPosition*/ 15, /*Bit8u DirectColorModeInfo*/ 0, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 2560, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 5, /*Bit8u LinRedFieldPosition*/ 10, /*Bit8u LinGreenMaskSize*/ 5, /*Bit8u LinGreenFieldPosition*/ 5, /*Bit8u LinBlueMaskSize*/ 5, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 1, /*Bit8u LinRsvdFieldPosition*/ 15, /*Bit32u MaxPixelClock*/ 0, } }, { 0x011a, /* 1280x1024x16 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 2560, /*Bit16u XResolution*/ 1280, /*Bit16u YResolution*/ 1024, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 16, /*Bit8u NumberOfBanks*/ 40, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_DIRECT_COLOR, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 5, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 5, /*Bit8u RedFieldPosition*/ 11, /*Bit8u GreenMaskSize*/ 6, /*Bit8u GreenFieldPosition*/ 5, /*Bit8u BlueMaskSize*/ 5, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 0, /*Bit8u RsvdFieldPosition*/ 0, /*Bit8u DirectColorModeInfo*/ 0, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 2560, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 5, /*Bit8u LinRedFieldPosition*/ 11, /*Bit8u LinGreenMaskSize*/ 6, /*Bit8u LinGreenFieldPosition*/ 5, /*Bit8u LinBlueMaskSize*/ 5, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 0, /*Bit8u LinRsvdFieldPosition*/ 0, /*Bit32u MaxPixelClock*/ 0, } }, { 0x011b, /* 1280x1024x24 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 3840, /*Bit16u XResolution*/ 1280, /*Bit16u YResolution*/ 1024, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 24, /*Bit8u NumberOfBanks*/ 60, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_DIRECT_COLOR, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 3, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 8, /*Bit8u RedFieldPosition*/ 16, /*Bit8u GreenMaskSize*/ 8, /*Bit8u GreenFieldPosition*/ 8, /*Bit8u BlueMaskSize*/ 8, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 0, /*Bit8u RsvdFieldPosition*/ 0, /*Bit8u DirectColorModeInfo*/ 0, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 3840, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 8, /*Bit8u LinRedFieldPosition*/ 16, /*Bit8u LinGreenMaskSize*/ 8, /*Bit8u LinGreenFieldPosition*/ 8, /*Bit8u LinBlueMaskSize*/ 8, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 0, /*Bit8u LinRsvdFieldPosition*/ 0, /*Bit32u MaxPixelClock*/ 0, } }, { 0x011c, /* 1600x1200x8 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 1600, /*Bit16u XResolution*/ 1600, /*Bit16u YResolution*/ 1200, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 8, /*Bit8u NumberOfBanks*/ 30, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_PACKED_PIXEL, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 7, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 0, /*Bit8u RedFieldPosition*/ 0, /*Bit8u GreenMaskSize*/ 0, /*Bit8u GreenFieldPosition*/ 0, /*Bit8u BlueMaskSize*/ 0, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 0, /*Bit8u RsvdFieldPosition*/ 0, /*Bit8u DirectColorModeInfo*/ 0, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 1600, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 0, /*Bit8u LinRedFieldPosition*/ 0, /*Bit8u LinGreenMaskSize*/ 0, /*Bit8u LinGreenFieldPosition*/ 0, /*Bit8u LinBlueMaskSize*/ 0, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 0, /*Bit8u LinRsvdFieldPosition*/ 0, /*Bit32u MaxPixelClock*/ 0, } }, { 0x011d, /* 1600x1200x15 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 3200, /*Bit16u XResolution*/ 1600, /*Bit16u YResolution*/ 1200, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 15, /*Bit8u NumberOfBanks*/ 59, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_DIRECT_COLOR, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 3, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 5, /*Bit8u RedFieldPosition*/ 10, /*Bit8u GreenMaskSize*/ 5, /*Bit8u GreenFieldPosition*/ 5, /*Bit8u BlueMaskSize*/ 5, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 1, /*Bit8u RsvdFieldPosition*/ 15, /*Bit8u DirectColorModeInfo*/ 0, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 3200, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 5, /*Bit8u LinRedFieldPosition*/ 10, /*Bit8u LinGreenMaskSize*/ 5, /*Bit8u LinGreenFieldPosition*/ 5, /*Bit8u LinBlueMaskSize*/ 5, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 1, /*Bit8u LinRsvdFieldPosition*/ 15, /*Bit32u MaxPixelClock*/ 0, } }, { 0x011e, /* 1600x1200x16 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 3200, /*Bit16u XResolution*/ 1600, /*Bit16u YResolution*/ 1200, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 16, /*Bit8u NumberOfBanks*/ 59, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_DIRECT_COLOR, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 3, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 5, /*Bit8u RedFieldPosition*/ 11, /*Bit8u GreenMaskSize*/ 6, /*Bit8u GreenFieldPosition*/ 5, /*Bit8u BlueMaskSize*/ 5, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 0, /*Bit8u RsvdFieldPosition*/ 0, /*Bit8u DirectColorModeInfo*/ 0, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 3200, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 5, /*Bit8u LinRedFieldPosition*/ 11, /*Bit8u LinGreenMaskSize*/ 6, /*Bit8u LinGreenFieldPosition*/ 5, /*Bit8u LinBlueMaskSize*/ 5, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 0, /*Bit8u LinRsvdFieldPosition*/ 0, /*Bit32u MaxPixelClock*/ 0, } }, { 0x011f, /* 1600x1200x24 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 4800, /*Bit16u XResolution*/ 1600, /*Bit16u YResolution*/ 1200, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 24, /*Bit8u NumberOfBanks*/ 88, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_DIRECT_COLOR, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 1, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 8, /*Bit8u RedFieldPosition*/ 16, /*Bit8u GreenMaskSize*/ 8, /*Bit8u GreenFieldPosition*/ 8, /*Bit8u BlueMaskSize*/ 8, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 0, /*Bit8u RsvdFieldPosition*/ 0, /*Bit8u DirectColorModeInfo*/ 0, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 4800, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 8, /*Bit8u LinRedFieldPosition*/ 16, /*Bit8u LinGreenMaskSize*/ 8, /*Bit8u LinGreenFieldPosition*/ 8, /*Bit8u LinBlueMaskSize*/ 8, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 0, /*Bit8u LinRsvdFieldPosition*/ 0, /*Bit32u MaxPixelClock*/ 0, } }, { 0x0140, /* 320x200x32 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 1280, /*Bit16u XResolution*/ 320, /*Bit16u YResolution*/ 200, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 32, /*Bit8u NumberOfBanks*/ 4, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_DIRECT_COLOR, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 64, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 8, /*Bit8u RedFieldPosition*/ 16, /*Bit8u GreenMaskSize*/ 8, /*Bit8u GreenFieldPosition*/ 8, /*Bit8u BlueMaskSize*/ 8, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 8, /*Bit8u RsvdFieldPosition*/ 24, /*Bit8u DirectColorModeInfo*/ VBE_DIRECTCOLOR_RESERVED_BITS_AVAILABLE, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 1280, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 8, /*Bit8u LinRedFieldPosition*/ 16, /*Bit8u LinGreenMaskSize*/ 8, /*Bit8u LinGreenFieldPosition*/ 8, /*Bit8u LinBlueMaskSize*/ 8, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 8, /*Bit8u LinRsvdFieldPosition*/ 24, /*Bit32u MaxPixelClock*/ 0, } }, { 0x0141, /* 640x400x32 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 2560, /*Bit16u XResolution*/ 640, /*Bit16u YResolution*/ 400, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 32, /*Bit8u NumberOfBanks*/ 16, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_DIRECT_COLOR, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 15, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 8, /*Bit8u RedFieldPosition*/ 16, /*Bit8u GreenMaskSize*/ 8, /*Bit8u GreenFieldPosition*/ 8, /*Bit8u BlueMaskSize*/ 8, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 8, /*Bit8u RsvdFieldPosition*/ 24, /*Bit8u DirectColorModeInfo*/ VBE_DIRECTCOLOR_RESERVED_BITS_AVAILABLE, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 2560, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 8, /*Bit8u LinRedFieldPosition*/ 16, /*Bit8u LinGreenMaskSize*/ 8, /*Bit8u LinGreenFieldPosition*/ 8, /*Bit8u LinBlueMaskSize*/ 8, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 8, /*Bit8u LinRsvdFieldPosition*/ 24, /*Bit32u MaxPixelClock*/ 0, } }, { 0x0142, /* 640x480x32 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 2560, /*Bit16u XResolution*/ 640, /*Bit16u YResolution*/ 480, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 32, /*Bit8u NumberOfBanks*/ 19, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_DIRECT_COLOR, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 12, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 8, /*Bit8u RedFieldPosition*/ 16, /*Bit8u GreenMaskSize*/ 8, /*Bit8u GreenFieldPosition*/ 8, /*Bit8u BlueMaskSize*/ 8, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 8, /*Bit8u RsvdFieldPosition*/ 24, /*Bit8u DirectColorModeInfo*/ VBE_DIRECTCOLOR_RESERVED_BITS_AVAILABLE, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 2560, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 8, /*Bit8u LinRedFieldPosition*/ 16, /*Bit8u LinGreenMaskSize*/ 8, /*Bit8u LinGreenFieldPosition*/ 8, /*Bit8u LinBlueMaskSize*/ 8, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 8, /*Bit8u LinRsvdFieldPosition*/ 24, /*Bit32u MaxPixelClock*/ 0, } }, { 0x0143, /* 800x600x32 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 3200, /*Bit16u XResolution*/ 800, /*Bit16u YResolution*/ 600, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 32, /*Bit8u NumberOfBanks*/ 30, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_DIRECT_COLOR, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 7, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 8, /*Bit8u RedFieldPosition*/ 16, /*Bit8u GreenMaskSize*/ 8, /*Bit8u GreenFieldPosition*/ 8, /*Bit8u BlueMaskSize*/ 8, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 8, /*Bit8u RsvdFieldPosition*/ 24, /*Bit8u DirectColorModeInfo*/ VBE_DIRECTCOLOR_RESERVED_BITS_AVAILABLE, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 3200, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 8, /*Bit8u LinRedFieldPosition*/ 16, /*Bit8u LinGreenMaskSize*/ 8, /*Bit8u LinGreenFieldPosition*/ 8, /*Bit8u LinBlueMaskSize*/ 8, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 8, /*Bit8u LinRsvdFieldPosition*/ 24, /*Bit32u MaxPixelClock*/ 0, } }, { 0x0144, /* 1024x768x32 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 4096, /*Bit16u XResolution*/ 1024, /*Bit16u YResolution*/ 768, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 32, /*Bit8u NumberOfBanks*/ 48, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_DIRECT_COLOR, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 4, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 8, /*Bit8u RedFieldPosition*/ 16, /*Bit8u GreenMaskSize*/ 8, /*Bit8u GreenFieldPosition*/ 8, /*Bit8u BlueMaskSize*/ 8, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 8, /*Bit8u RsvdFieldPosition*/ 24, /*Bit8u DirectColorModeInfo*/ VBE_DIRECTCOLOR_RESERVED_BITS_AVAILABLE, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 4096, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 8, /*Bit8u LinRedFieldPosition*/ 16, /*Bit8u LinGreenMaskSize*/ 8, /*Bit8u LinGreenFieldPosition*/ 8, /*Bit8u LinBlueMaskSize*/ 8, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 8, /*Bit8u LinRsvdFieldPosition*/ 24, /*Bit32u MaxPixelClock*/ 0, } }, { 0x0145, /* 1280x1024x32 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 5120, /*Bit16u XResolution*/ 1280, /*Bit16u YResolution*/ 1024, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 32, /*Bit8u NumberOfBanks*/ 80, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_DIRECT_COLOR, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 2, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 8, /*Bit8u RedFieldPosition*/ 16, /*Bit8u GreenMaskSize*/ 8, /*Bit8u GreenFieldPosition*/ 8, /*Bit8u BlueMaskSize*/ 8, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 8, /*Bit8u RsvdFieldPosition*/ 24, /*Bit8u DirectColorModeInfo*/ VBE_DIRECTCOLOR_RESERVED_BITS_AVAILABLE, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 5120, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 8, /*Bit8u LinRedFieldPosition*/ 16, /*Bit8u LinGreenMaskSize*/ 8, /*Bit8u LinGreenFieldPosition*/ 8, /*Bit8u LinBlueMaskSize*/ 8, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 8, /*Bit8u LinRsvdFieldPosition*/ 24, /*Bit32u MaxPixelClock*/ 0, } }, { 0x0146, /* 320x200x8 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 320, /*Bit16u XResolution*/ 320, /*Bit16u YResolution*/ 200, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 8, /*Bit8u NumberOfBanks*/ 1, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_PACKED_PIXEL, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 261, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 0, /*Bit8u RedFieldPosition*/ 0, /*Bit8u GreenMaskSize*/ 0, /*Bit8u GreenFieldPosition*/ 0, /*Bit8u BlueMaskSize*/ 0, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 0, /*Bit8u RsvdFieldPosition*/ 0, /*Bit8u DirectColorModeInfo*/ 0, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 320, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 0, /*Bit8u LinRedFieldPosition*/ 0, /*Bit8u LinGreenMaskSize*/ 0, /*Bit8u LinGreenFieldPosition*/ 0, /*Bit8u LinBlueMaskSize*/ 0, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 0, /*Bit8u LinRsvdFieldPosition*/ 0, /*Bit32u MaxPixelClock*/ 0, } }, { 0x0147, /* 1600x1200x32 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 6400, /*Bit16u XResolution*/ 1600, /*Bit16u YResolution*/ 1200, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 32, /*Bit8u NumberOfBanks*/ 118, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_DIRECT_COLOR, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 1, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 8, /*Bit8u RedFieldPosition*/ 16, /*Bit8u GreenMaskSize*/ 8, /*Bit8u GreenFieldPosition*/ 8, /*Bit8u BlueMaskSize*/ 8, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 8, /*Bit8u RsvdFieldPosition*/ 24, /*Bit8u DirectColorModeInfo*/ VBE_DIRECTCOLOR_RESERVED_BITS_AVAILABLE, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 6400, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 8, /*Bit8u LinRedFieldPosition*/ 16, /*Bit8u LinGreenMaskSize*/ 8, /*Bit8u LinGreenFieldPosition*/ 8, /*Bit8u LinBlueMaskSize*/ 8, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 8, /*Bit8u LinRsvdFieldPosition*/ 24, /*Bit32u MaxPixelClock*/ 0, } }, { 0x0148, /* 1152x864x8 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 1152, /*Bit16u XResolution*/ 1152, /*Bit16u YResolution*/ 864, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 8, /*Bit8u NumberOfBanks*/ 16, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_PACKED_PIXEL, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 15, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 0, /*Bit8u RedFieldPosition*/ 0, /*Bit8u GreenMaskSize*/ 0, /*Bit8u GreenFieldPosition*/ 0, /*Bit8u BlueMaskSize*/ 0, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 0, /*Bit8u RsvdFieldPosition*/ 0, /*Bit8u DirectColorModeInfo*/ 0, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 1152, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 0, /*Bit8u LinRedFieldPosition*/ 0, /*Bit8u LinGreenMaskSize*/ 0, /*Bit8u LinGreenFieldPosition*/ 0, /*Bit8u LinBlueMaskSize*/ 0, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 0, /*Bit8u LinRsvdFieldPosition*/ 0, /*Bit32u MaxPixelClock*/ 0, } }, { 0x0149, /* 1152x864x15 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 2304, /*Bit16u XResolution*/ 1152, /*Bit16u YResolution*/ 864, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 15, /*Bit8u NumberOfBanks*/ 31, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_DIRECT_COLOR, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 7, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 5, /*Bit8u RedFieldPosition*/ 10, /*Bit8u GreenMaskSize*/ 5, /*Bit8u GreenFieldPosition*/ 5, /*Bit8u BlueMaskSize*/ 5, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 1, /*Bit8u RsvdFieldPosition*/ 15, /*Bit8u DirectColorModeInfo*/ 0, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 2304, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 5, /*Bit8u LinRedFieldPosition*/ 10, /*Bit8u LinGreenMaskSize*/ 5, /*Bit8u LinGreenFieldPosition*/ 5, /*Bit8u LinBlueMaskSize*/ 5, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 1, /*Bit8u LinRsvdFieldPosition*/ 15, /*Bit32u MaxPixelClock*/ 0, } }, { 0x014a, /* 1152x864x16 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 2304, /*Bit16u XResolution*/ 1152, /*Bit16u YResolution*/ 864, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 16, /*Bit8u NumberOfBanks*/ 31, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_DIRECT_COLOR, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 7, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 5, /*Bit8u RedFieldPosition*/ 11, /*Bit8u GreenMaskSize*/ 6, /*Bit8u GreenFieldPosition*/ 5, /*Bit8u BlueMaskSize*/ 5, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 0, /*Bit8u RsvdFieldPosition*/ 0, /*Bit8u DirectColorModeInfo*/ 0, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 2304, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 5, /*Bit8u LinRedFieldPosition*/ 11, /*Bit8u LinGreenMaskSize*/ 6, /*Bit8u LinGreenFieldPosition*/ 5, /*Bit8u LinBlueMaskSize*/ 5, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 0, /*Bit8u LinRsvdFieldPosition*/ 0, /*Bit32u MaxPixelClock*/ 0, } }, { 0x014b, /* 1152x864x24 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 3456, /*Bit16u XResolution*/ 1152, /*Bit16u YResolution*/ 864, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 24, /*Bit8u NumberOfBanks*/ 46, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_DIRECT_COLOR, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 4, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 8, /*Bit8u RedFieldPosition*/ 16, /*Bit8u GreenMaskSize*/ 8, /*Bit8u GreenFieldPosition*/ 8, /*Bit8u BlueMaskSize*/ 8, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 0, /*Bit8u RsvdFieldPosition*/ 0, /*Bit8u DirectColorModeInfo*/ 0, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 3456, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 8, /*Bit8u LinRedFieldPosition*/ 16, /*Bit8u LinGreenMaskSize*/ 8, /*Bit8u LinGreenFieldPosition*/ 8, /*Bit8u LinBlueMaskSize*/ 8, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 0, /*Bit8u LinRsvdFieldPosition*/ 0, /*Bit32u MaxPixelClock*/ 0, } }, { 0x014c, /* 1152x864x32 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 4608, /*Bit16u XResolution*/ 1152, /*Bit16u YResolution*/ 864, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 32, /*Bit8u NumberOfBanks*/ 61, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_DIRECT_COLOR, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 3, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 8, /*Bit8u RedFieldPosition*/ 16, /*Bit8u GreenMaskSize*/ 8, /*Bit8u GreenFieldPosition*/ 8, /*Bit8u BlueMaskSize*/ 8, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 8, /*Bit8u RsvdFieldPosition*/ 24, /*Bit8u DirectColorModeInfo*/ VBE_DIRECTCOLOR_RESERVED_BITS_AVAILABLE, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 4608, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 8, /*Bit8u LinRedFieldPosition*/ 16, /*Bit8u LinGreenMaskSize*/ 8, /*Bit8u LinGreenFieldPosition*/ 8, /*Bit8u LinBlueMaskSize*/ 8, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 8, /*Bit8u LinRsvdFieldPosition*/ 24, /*Bit32u MaxPixelClock*/ 0, } }, { 0x0178, /* 1280x800x16 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 2560, /*Bit16u XResolution*/ 1280, /*Bit16u YResolution*/ 800, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 16, /*Bit8u NumberOfBanks*/ 32, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_DIRECT_COLOR, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 7, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 5, /*Bit8u RedFieldPosition*/ 11, /*Bit8u GreenMaskSize*/ 6, /*Bit8u GreenFieldPosition*/ 5, /*Bit8u BlueMaskSize*/ 5, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 0, /*Bit8u RsvdFieldPosition*/ 0, /*Bit8u DirectColorModeInfo*/ 0, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 2560, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 5, /*Bit8u LinRedFieldPosition*/ 11, /*Bit8u LinGreenMaskSize*/ 6, /*Bit8u LinGreenFieldPosition*/ 5, /*Bit8u LinBlueMaskSize*/ 5, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 0, /*Bit8u LinRsvdFieldPosition*/ 0, /*Bit32u MaxPixelClock*/ 0, } }, { 0x0179, /* 1280x800x24 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 3840, /*Bit16u XResolution*/ 1280, /*Bit16u YResolution*/ 800, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 24, /*Bit8u NumberOfBanks*/ 47, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_DIRECT_COLOR, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 4, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 8, /*Bit8u RedFieldPosition*/ 16, /*Bit8u GreenMaskSize*/ 8, /*Bit8u GreenFieldPosition*/ 8, /*Bit8u BlueMaskSize*/ 8, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 0, /*Bit8u RsvdFieldPosition*/ 0, /*Bit8u DirectColorModeInfo*/ 0, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 3840, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 8, /*Bit8u LinRedFieldPosition*/ 16, /*Bit8u LinGreenMaskSize*/ 8, /*Bit8u LinGreenFieldPosition*/ 8, /*Bit8u LinBlueMaskSize*/ 8, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 0, /*Bit8u LinRsvdFieldPosition*/ 0, /*Bit32u MaxPixelClock*/ 0, } }, { 0x017a, /* 1280x800x32 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 5120, /*Bit16u XResolution*/ 1280, /*Bit16u YResolution*/ 800, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 32, /*Bit8u NumberOfBanks*/ 63, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_DIRECT_COLOR, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 3, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 8, /*Bit8u RedFieldPosition*/ 16, /*Bit8u GreenMaskSize*/ 8, /*Bit8u GreenFieldPosition*/ 8, /*Bit8u BlueMaskSize*/ 8, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 8, /*Bit8u RsvdFieldPosition*/ 24, /*Bit8u DirectColorModeInfo*/ VBE_DIRECTCOLOR_RESERVED_BITS_AVAILABLE, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 5120, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 8, /*Bit8u LinRedFieldPosition*/ 16, /*Bit8u LinGreenMaskSize*/ 8, /*Bit8u LinGreenFieldPosition*/ 8, /*Bit8u LinBlueMaskSize*/ 8, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 8, /*Bit8u LinRsvdFieldPosition*/ 24, /*Bit32u MaxPixelClock*/ 0, } }, { 0x017b, /* 1280x960x16 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 2560, /*Bit16u XResolution*/ 1280, /*Bit16u YResolution*/ 960, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 16, /*Bit8u NumberOfBanks*/ 38, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_DIRECT_COLOR, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 5, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 5, /*Bit8u RedFieldPosition*/ 11, /*Bit8u GreenMaskSize*/ 6, /*Bit8u GreenFieldPosition*/ 5, /*Bit8u BlueMaskSize*/ 5, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 0, /*Bit8u RsvdFieldPosition*/ 0, /*Bit8u DirectColorModeInfo*/ 0, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 2560, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 5, /*Bit8u LinRedFieldPosition*/ 11, /*Bit8u LinGreenMaskSize*/ 6, /*Bit8u LinGreenFieldPosition*/ 5, /*Bit8u LinBlueMaskSize*/ 5, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 0, /*Bit8u LinRsvdFieldPosition*/ 0, /*Bit32u MaxPixelClock*/ 0, } }, { 0x017c, /* 1280x960x24 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 3840, /*Bit16u XResolution*/ 1280, /*Bit16u YResolution*/ 960, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 24, /*Bit8u NumberOfBanks*/ 57, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_DIRECT_COLOR, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 3, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 8, /*Bit8u RedFieldPosition*/ 16, /*Bit8u GreenMaskSize*/ 8, /*Bit8u GreenFieldPosition*/ 8, /*Bit8u BlueMaskSize*/ 8, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 0, /*Bit8u RsvdFieldPosition*/ 0, /*Bit8u DirectColorModeInfo*/ 0, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 3840, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 8, /*Bit8u LinRedFieldPosition*/ 16, /*Bit8u LinGreenMaskSize*/ 8, /*Bit8u LinGreenFieldPosition*/ 8, /*Bit8u LinBlueMaskSize*/ 8, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 0, /*Bit8u LinRsvdFieldPosition*/ 0, /*Bit32u MaxPixelClock*/ 0, } }, { 0x017d, /* 1280x960x32 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 5120, /*Bit16u XResolution*/ 1280, /*Bit16u YResolution*/ 960, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 32, /*Bit8u NumberOfBanks*/ 75, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_DIRECT_COLOR, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 2, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 8, /*Bit8u RedFieldPosition*/ 16, /*Bit8u GreenMaskSize*/ 8, /*Bit8u GreenFieldPosition*/ 8, /*Bit8u BlueMaskSize*/ 8, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 8, /*Bit8u RsvdFieldPosition*/ 24, /*Bit8u DirectColorModeInfo*/ VBE_DIRECTCOLOR_RESERVED_BITS_AVAILABLE, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 5120, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 8, /*Bit8u LinRedFieldPosition*/ 16, /*Bit8u LinGreenMaskSize*/ 8, /*Bit8u LinGreenFieldPosition*/ 8, /*Bit8u LinBlueMaskSize*/ 8, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 8, /*Bit8u LinRsvdFieldPosition*/ 24, /*Bit32u MaxPixelClock*/ 0, } }, { 0x017e, /* 1440x900x16 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 2880, /*Bit16u XResolution*/ 1440, /*Bit16u YResolution*/ 900, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 16, /*Bit8u NumberOfBanks*/ 40, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_DIRECT_COLOR, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 5, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 5, /*Bit8u RedFieldPosition*/ 11, /*Bit8u GreenMaskSize*/ 6, /*Bit8u GreenFieldPosition*/ 5, /*Bit8u BlueMaskSize*/ 5, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 0, /*Bit8u RsvdFieldPosition*/ 0, /*Bit8u DirectColorModeInfo*/ 0, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 2880, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 5, /*Bit8u LinRedFieldPosition*/ 11, /*Bit8u LinGreenMaskSize*/ 6, /*Bit8u LinGreenFieldPosition*/ 5, /*Bit8u LinBlueMaskSize*/ 5, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 0, /*Bit8u LinRsvdFieldPosition*/ 0, /*Bit32u MaxPixelClock*/ 0, } }, { 0x017f, /* 1440x900x24 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 4320, /*Bit16u XResolution*/ 1440, /*Bit16u YResolution*/ 900, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 24, /*Bit8u NumberOfBanks*/ 60, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_DIRECT_COLOR, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 3, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 8, /*Bit8u RedFieldPosition*/ 16, /*Bit8u GreenMaskSize*/ 8, /*Bit8u GreenFieldPosition*/ 8, /*Bit8u BlueMaskSize*/ 8, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 0, /*Bit8u RsvdFieldPosition*/ 0, /*Bit8u DirectColorModeInfo*/ 0, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 4320, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 8, /*Bit8u LinRedFieldPosition*/ 16, /*Bit8u LinGreenMaskSize*/ 8, /*Bit8u LinGreenFieldPosition*/ 8, /*Bit8u LinBlueMaskSize*/ 8, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 0, /*Bit8u LinRsvdFieldPosition*/ 0, /*Bit32u MaxPixelClock*/ 0, } }, { 0x0180, /* 1440x900x32 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 5760, /*Bit16u XResolution*/ 1440, /*Bit16u YResolution*/ 900, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 32, /*Bit8u NumberOfBanks*/ 80, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_DIRECT_COLOR, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 2, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 8, /*Bit8u RedFieldPosition*/ 16, /*Bit8u GreenMaskSize*/ 8, /*Bit8u GreenFieldPosition*/ 8, /*Bit8u BlueMaskSize*/ 8, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 8, /*Bit8u RsvdFieldPosition*/ 24, /*Bit8u DirectColorModeInfo*/ VBE_DIRECTCOLOR_RESERVED_BITS_AVAILABLE, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 5760, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 8, /*Bit8u LinRedFieldPosition*/ 16, /*Bit8u LinGreenMaskSize*/ 8, /*Bit8u LinGreenFieldPosition*/ 8, /*Bit8u LinBlueMaskSize*/ 8, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 8, /*Bit8u LinRsvdFieldPosition*/ 24, /*Bit32u MaxPixelClock*/ 0, } }, { 0x0181, /* 1400x1050x16 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 2800, /*Bit16u XResolution*/ 1400, /*Bit16u YResolution*/ 1050, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 16, /*Bit8u NumberOfBanks*/ 45, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_DIRECT_COLOR, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 4, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 5, /*Bit8u RedFieldPosition*/ 11, /*Bit8u GreenMaskSize*/ 6, /*Bit8u GreenFieldPosition*/ 5, /*Bit8u BlueMaskSize*/ 5, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 0, /*Bit8u RsvdFieldPosition*/ 0, /*Bit8u DirectColorModeInfo*/ 0, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 2800, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 5, /*Bit8u LinRedFieldPosition*/ 11, /*Bit8u LinGreenMaskSize*/ 6, /*Bit8u LinGreenFieldPosition*/ 5, /*Bit8u LinBlueMaskSize*/ 5, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 0, /*Bit8u LinRsvdFieldPosition*/ 0, /*Bit32u MaxPixelClock*/ 0, } }, { 0x0182, /* 1400x1050x24 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 4200, /*Bit16u XResolution*/ 1400, /*Bit16u YResolution*/ 1050, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 24, /*Bit8u NumberOfBanks*/ 68, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_DIRECT_COLOR, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 2, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 8, /*Bit8u RedFieldPosition*/ 16, /*Bit8u GreenMaskSize*/ 8, /*Bit8u GreenFieldPosition*/ 8, /*Bit8u BlueMaskSize*/ 8, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 0, /*Bit8u RsvdFieldPosition*/ 0, /*Bit8u DirectColorModeInfo*/ 0, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 4200, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 8, /*Bit8u LinRedFieldPosition*/ 16, /*Bit8u LinGreenMaskSize*/ 8, /*Bit8u LinGreenFieldPosition*/ 8, /*Bit8u LinBlueMaskSize*/ 8, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 0, /*Bit8u LinRsvdFieldPosition*/ 0, /*Bit32u MaxPixelClock*/ 0, } }, { 0x0183, /* 1400x1050x32 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 5600, /*Bit16u XResolution*/ 1400, /*Bit16u YResolution*/ 1050, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 32, /*Bit8u NumberOfBanks*/ 90, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_DIRECT_COLOR, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 1, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 8, /*Bit8u RedFieldPosition*/ 16, /*Bit8u GreenMaskSize*/ 8, /*Bit8u GreenFieldPosition*/ 8, /*Bit8u BlueMaskSize*/ 8, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 8, /*Bit8u RsvdFieldPosition*/ 24, /*Bit8u DirectColorModeInfo*/ VBE_DIRECTCOLOR_RESERVED_BITS_AVAILABLE, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 5600, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 8, /*Bit8u LinRedFieldPosition*/ 16, /*Bit8u LinGreenMaskSize*/ 8, /*Bit8u LinGreenFieldPosition*/ 8, /*Bit8u LinBlueMaskSize*/ 8, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 8, /*Bit8u LinRsvdFieldPosition*/ 24, /*Bit32u MaxPixelClock*/ 0, } }, { 0x0184, /* 1680x1050x16 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 3360, /*Bit16u XResolution*/ 1680, /*Bit16u YResolution*/ 1050, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 16, /*Bit8u NumberOfBanks*/ 54, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_DIRECT_COLOR, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 3, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 5, /*Bit8u RedFieldPosition*/ 11, /*Bit8u GreenMaskSize*/ 6, /*Bit8u GreenFieldPosition*/ 5, /*Bit8u BlueMaskSize*/ 5, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 0, /*Bit8u RsvdFieldPosition*/ 0, /*Bit8u DirectColorModeInfo*/ 0, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 3360, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 5, /*Bit8u LinRedFieldPosition*/ 11, /*Bit8u LinGreenMaskSize*/ 6, /*Bit8u LinGreenFieldPosition*/ 5, /*Bit8u LinBlueMaskSize*/ 5, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 0, /*Bit8u LinRsvdFieldPosition*/ 0, /*Bit32u MaxPixelClock*/ 0, } }, { 0x0185, /* 1680x1050x24 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 5040, /*Bit16u XResolution*/ 1680, /*Bit16u YResolution*/ 1050, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 24, /*Bit8u NumberOfBanks*/ 81, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_DIRECT_COLOR, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 2, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 8, /*Bit8u RedFieldPosition*/ 16, /*Bit8u GreenMaskSize*/ 8, /*Bit8u GreenFieldPosition*/ 8, /*Bit8u BlueMaskSize*/ 8, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 0, /*Bit8u RsvdFieldPosition*/ 0, /*Bit8u DirectColorModeInfo*/ 0, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 5040, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 8, /*Bit8u LinRedFieldPosition*/ 16, /*Bit8u LinGreenMaskSize*/ 8, /*Bit8u LinGreenFieldPosition*/ 8, /*Bit8u LinBlueMaskSize*/ 8, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 0, /*Bit8u LinRsvdFieldPosition*/ 0, /*Bit32u MaxPixelClock*/ 0, } }, { 0x0186, /* 1680x1050x32 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 6720, /*Bit16u XResolution*/ 1680, /*Bit16u YResolution*/ 1050, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 32, /*Bit8u NumberOfBanks*/ 108, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_DIRECT_COLOR, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 1, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 8, /*Bit8u RedFieldPosition*/ 16, /*Bit8u GreenMaskSize*/ 8, /*Bit8u GreenFieldPosition*/ 8, /*Bit8u BlueMaskSize*/ 8, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 8, /*Bit8u RsvdFieldPosition*/ 24, /*Bit8u DirectColorModeInfo*/ VBE_DIRECTCOLOR_RESERVED_BITS_AVAILABLE, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 6720, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 8, /*Bit8u LinRedFieldPosition*/ 16, /*Bit8u LinGreenMaskSize*/ 8, /*Bit8u LinGreenFieldPosition*/ 8, /*Bit8u LinBlueMaskSize*/ 8, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 8, /*Bit8u LinRsvdFieldPosition*/ 24, /*Bit32u MaxPixelClock*/ 0, } }, { 0x0187, /* 1920x1200x16 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 3840, /*Bit16u XResolution*/ 1920, /*Bit16u YResolution*/ 1200, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 16, /*Bit8u NumberOfBanks*/ 71, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_DIRECT_COLOR, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 2, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 5, /*Bit8u RedFieldPosition*/ 11, /*Bit8u GreenMaskSize*/ 6, /*Bit8u GreenFieldPosition*/ 5, /*Bit8u BlueMaskSize*/ 5, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 0, /*Bit8u RsvdFieldPosition*/ 0, /*Bit8u DirectColorModeInfo*/ 0, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 3840, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 5, /*Bit8u LinRedFieldPosition*/ 11, /*Bit8u LinGreenMaskSize*/ 6, /*Bit8u LinGreenFieldPosition*/ 5, /*Bit8u LinBlueMaskSize*/ 5, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 0, /*Bit8u LinRsvdFieldPosition*/ 0, /*Bit32u MaxPixelClock*/ 0, } }, { 0x0188, /* 1920x1200x24 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 5760, /*Bit16u XResolution*/ 1920, /*Bit16u YResolution*/ 1200, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 24, /*Bit8u NumberOfBanks*/ 106, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_DIRECT_COLOR, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 1, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 8, /*Bit8u RedFieldPosition*/ 16, /*Bit8u GreenMaskSize*/ 8, /*Bit8u GreenFieldPosition*/ 8, /*Bit8u BlueMaskSize*/ 8, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 0, /*Bit8u RsvdFieldPosition*/ 0, /*Bit8u DirectColorModeInfo*/ 0, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 5760, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 8, /*Bit8u LinRedFieldPosition*/ 16, /*Bit8u LinGreenMaskSize*/ 8, /*Bit8u LinGreenFieldPosition*/ 8, /*Bit8u LinBlueMaskSize*/ 8, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 0, /*Bit8u LinRsvdFieldPosition*/ 0, /*Bit32u MaxPixelClock*/ 0, } }, { 0x0189, /* 1920x1200x32 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 7680, /*Bit16u XResolution*/ 1920, /*Bit16u YResolution*/ 1200, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 32, /*Bit8u NumberOfBanks*/ 141, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_DIRECT_COLOR, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 0, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 8, /*Bit8u RedFieldPosition*/ 16, /*Bit8u GreenMaskSize*/ 8, /*Bit8u GreenFieldPosition*/ 8, /*Bit8u BlueMaskSize*/ 8, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 8, /*Bit8u RsvdFieldPosition*/ 24, /*Bit8u DirectColorModeInfo*/ VBE_DIRECTCOLOR_RESERVED_BITS_AVAILABLE, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 7680, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 8, /*Bit8u LinRedFieldPosition*/ 16, /*Bit8u LinGreenMaskSize*/ 8, /*Bit8u LinGreenFieldPosition*/ 8, /*Bit8u LinBlueMaskSize*/ 8, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 8, /*Bit8u LinRsvdFieldPosition*/ 24, /*Bit32u MaxPixelClock*/ 0, } }, { 0x018a, /* 2560x1600x16 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 5120, /*Bit16u XResolution*/ 2560, /*Bit16u YResolution*/ 1600, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 16, /*Bit8u NumberOfBanks*/ 125, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_DIRECT_COLOR, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 1, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 5, /*Bit8u RedFieldPosition*/ 11, /*Bit8u GreenMaskSize*/ 6, /*Bit8u GreenFieldPosition*/ 5, /*Bit8u BlueMaskSize*/ 5, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 0, /*Bit8u RsvdFieldPosition*/ 0, /*Bit8u DirectColorModeInfo*/ 0, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 5120, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 5, /*Bit8u LinRedFieldPosition*/ 11, /*Bit8u LinGreenMaskSize*/ 6, /*Bit8u LinGreenFieldPosition*/ 5, /*Bit8u LinBlueMaskSize*/ 5, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 0, /*Bit8u LinRsvdFieldPosition*/ 0, /*Bit32u MaxPixelClock*/ 0, } }, { 0x018b, /* 2560x1600x24 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 7680, /*Bit16u XResolution*/ 2560, /*Bit16u YResolution*/ 1600, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 24, /*Bit8u NumberOfBanks*/ 188, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_DIRECT_COLOR, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 0, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 8, /*Bit8u RedFieldPosition*/ 16, /*Bit8u GreenMaskSize*/ 8, /*Bit8u GreenFieldPosition*/ 8, /*Bit8u BlueMaskSize*/ 8, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 0, /*Bit8u RsvdFieldPosition*/ 0, /*Bit8u DirectColorModeInfo*/ 0, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 7680, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 8, /*Bit8u LinRedFieldPosition*/ 16, /*Bit8u LinGreenMaskSize*/ 8, /*Bit8u LinGreenFieldPosition*/ 8, /*Bit8u LinBlueMaskSize*/ 8, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 0, /*Bit8u LinRsvdFieldPosition*/ 0, /*Bit32u MaxPixelClock*/ 0, } }, { 0x018c, /* 2560x1600x32 */ { /*Bit16u ModeAttributes*/ VBE_MODE_ATTRIBUTE_SUPPORTED | VBE_MODE_ATTRIBUTE_EXTENDED_INFORMATION_AVAILABLE | VBE_MODE_ATTRIBUTE_COLOR_MODE | VBE_MODE_ATTRIBUTE_LINEAR_FRAME_BUFFER_MODE | VBE_MODE_ATTRIBUTE_GRAPHICS_MODE, /*Bit8u WinAAttributes*/ VBE_WINDOW_ATTRIBUTE_RELOCATABLE | VBE_WINDOW_ATTRIBUTE_READABLE | VBE_WINDOW_ATTRIBUTE_WRITEABLE, /*Bit8u WinBAttributes*/ 0, /*Bit16u WinGranularity*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinSize*/ VBE_DISPI_BANK_SIZE_KB, /*Bit16u WinASegment*/ VGAMEM_GRAPH, /*Bit16u WinBSegment*/ 0x0000, /*Bit32u WinFuncPtr*/ 0, /*Bit16u BytesPerScanLine*/ 10240, /*Bit16u XResolution*/ 2560, /*Bit16u YResolution*/ 1600, /*Bit8u XCharSize*/ 8, /*Bit8u YCharSize*/ 16, /*Bit8u NumberOfPlanes*/ 1, /*Bit8u BitsPerPixel*/ 32, /*Bit8u NumberOfBanks*/ 250, /*Bit8u MemoryModel*/ VBE_MEMORYMODEL_DIRECT_COLOR, /*Bit8u BankSize*/ 0, /*Bit8u NumberOfImagePages*/ 0, /*Bit8u Reserved_page*/ 0, /*Bit8u RedMaskSize*/ 8, /*Bit8u RedFieldPosition*/ 16, /*Bit8u GreenMaskSize*/ 8, /*Bit8u GreenFieldPosition*/ 8, /*Bit8u BlueMaskSize*/ 8, /*Bit8u BlueFieldPosition*/ 0, /*Bit8u RsvdMaskSize*/ 8, /*Bit8u RsvdFieldPosition*/ 24, /*Bit8u DirectColorModeInfo*/ VBE_DIRECTCOLOR_RESERVED_BITS_AVAILABLE, /*Bit32u PhysBasePtr*/ VBE_DISPI_LFB_PHYSICAL_ADDRESS, /*Bit32u OffScreenMemOffset*/ 0, /*Bit16u OffScreenMemSize*/ 0, /*Bit16u LinBytesPerScanLine*/ 10240, /*Bit8u BnkNumberOfPages*/ 0, /*Bit8u LinNumberOfPages*/ 0, /*Bit8u LinRedMaskSize*/ 8, /*Bit8u LinRedFieldPosition*/ 16, /*Bit8u LinGreenMaskSize*/ 8, /*Bit8u LinGreenFieldPosition*/ 8, /*Bit8u LinBlueMaskSize*/ 8, /*Bit8u LinBlueFieldPosition*/ 0, /*Bit8u LinRsvdMaskSize*/ 8, /*Bit8u LinRsvdFieldPosition*/ 24, /*Bit32u MaxPixelClock*/ 0, } }, { VBE_VESA_MODE_END_OF_LIST, { 0, } }, }; vgabios-0.6c/vgabios.c0000644000175000001440000025255411166714354014220 0ustar volkerusers// ============================================================================================ /* * vgabios.c */ // ============================================================================================ // // Copyright (C) 2001-2008 the LGPL VGABios developers Team // // This library is free software; you can redistribute it and/or // modify it under the terms of the GNU Lesser General Public // License as published by the Free Software Foundation; either // version 2 of the License, or (at your option) any later version. // // This library is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU // Lesser General Public License for more details. // // You should have received a copy of the GNU Lesser General Public // License along with this library; if not, write to the Free Software // Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA // // ============================================================================================ // // This VGA Bios is specific to the plex86/bochs Emulated VGA card. // You can NOT drive any physical vga card with it. // // ============================================================================================ // // This file contains code ripped from : // - rombios.c of plex86 // // This VGA Bios contains fonts from : // - fntcol16.zip (c) by Joseph Gil avalable at : // ftp://ftp.simtel.net/pub/simtelnet/msdos/screen/fntcol16.zip // These fonts are public domain // // This VGA Bios is based on information taken from : // - Kevin Lawton's vga card emulation for bochs/plex86 // - Ralf Brown's interrupts list available at http://www.cs.cmu.edu/afs/cs/user/ralf/pub/WWW/files.html // - Finn Thogersons' VGADOC4b available at http://home.worldonline.dk/~finth/ // - Michael Abrash's Graphics Programming Black Book // - Francois Gervais' book "programmation des cartes graphiques cga-ega-vga" edited by sybex // - DOSEMU 1.0.1 source code for several tables values and formulas // // Thanks for patches, comments and ideas to : // - techt@pikeonline.net // // ============================================================================================ #include "vgabios.h" #ifdef VBE #include "vbe.h" #endif #define USE_BX_INFO /* Declares */ static Bit8u read_byte(); static Bit16u read_word(); static void write_byte(); static void write_word(); static Bit8u inb(); static Bit16u inw(); static void outb(); static void outw(); static Bit16u get_SS(); // Output static void printf(); static void unimplemented(); static void unknown(); static Bit8u find_vga_entry(); static void memsetb(); static void memsetw(); static void memcpyb(); static void memcpyw(); static void biosfn_set_video_mode(); static void biosfn_set_cursor_shape(); static void biosfn_set_cursor_pos(); static void biosfn_get_cursor_pos(); static void biosfn_set_active_page(); static void biosfn_scroll(); static void biosfn_read_char_attr(); static void biosfn_write_char_attr(); static void biosfn_write_char_only(); static void biosfn_write_pixel(); static void biosfn_read_pixel(); static void biosfn_write_teletype(); static void biosfn_perform_gray_scale_summing(); static void biosfn_load_text_user_pat(); static void biosfn_load_text_8_14_pat(); static void biosfn_load_text_8_8_pat(); static void biosfn_load_text_8_16_pat(); static void biosfn_load_gfx_8_8_chars(); static void biosfn_load_gfx_user_chars(); static void biosfn_load_gfx_8_14_chars(); static void biosfn_load_gfx_8_8_dd_chars(); static void biosfn_load_gfx_8_16_chars(); static void biosfn_get_font_info(); static void biosfn_alternate_prtsc(); static void biosfn_switch_video_interface(); static void biosfn_enable_video_refresh_control(); static void biosfn_write_string(); static void biosfn_read_state_info(); static void biosfn_read_video_state_size(); static Bit16u biosfn_save_video_state(); static Bit16u biosfn_restore_video_state(); extern Bit8u video_save_pointer_table[]; // This is for compiling with gcc2 and gcc3 #define ASM_START #asm #define ASM_END #endasm ASM_START MACRO SET_INT_VECTOR push ds xor ax, ax mov ds, ax mov ax, ?3 mov ?1*4, ax mov ax, ?2 mov ?1*4+2, ax pop ds MEND ASM_END ASM_START .text .rom .org 0 use16 386 vgabios_start: .byte 0x55, 0xaa /* BIOS signature, required for BIOS extensions */ .byte 0x40 /* BIOS extension length in units of 512 bytes */ vgabios_entry_point: jmp vgabios_init_func #ifdef PCIBIOS .org 0x18 .word vgabios_pci_data #endif // Info from Bart Oldeman .org 0x1e .ascii "IBM" .byte 0x00 vgabios_name: .ascii "Plex86/Bochs VGABios" #ifdef PCIBIOS .ascii " (PCI)" #endif .ascii " " .byte 0x00 vgabios_version: #ifndef VGABIOS_VERS .ascii "current-cvs" #else .ascii VGABIOS_VERS #endif .ascii " " vgabios_date: .ascii VGABIOS_DATE .byte 0x0a,0x0d .byte 0x00 vgabios_copyright: .ascii "(C) 2008 the LGPL VGABios developers Team" .byte 0x0a,0x0d .byte 0x00 vgabios_license: .ascii "This VGA/VBE Bios is released under the GNU LGPL" .byte 0x0a,0x0d .byte 0x0a,0x0d .byte 0x00 vgabios_website: .ascii "Please visit :" .byte 0x0a,0x0d ;;.ascii " . http://www.plex86.org" ;;.byte 0x0a,0x0d .ascii " . http://bochs.sourceforge.net" .byte 0x0a,0x0d .ascii " . http://www.nongnu.org/vgabios" .byte 0x0a,0x0d .byte 0x0a,0x0d .byte 0x00 #ifdef PCIBIOS vgabios_pci_data: .ascii "PCIR" #ifdef CIRRUS .word 0x1013 .word 0x00b8 // CLGD5446 #else #error "Unknown PCI vendor and device id" #endif .word 0 // reserved .word 0x18 // dlen .byte 0 // revision .byte 0x0 // class,hi: vga display .word 0x300 // class,lo: vga display .word 0x40 // bios size .word 1 // revision .byte 0 // intel x86 data .byte 0x80 // last image .word 0 // reserved #endif ;; ============================================================================================ ;; ;; Init Entry point ;; ;; ============================================================================================ vgabios_init_func: ;; init vga card call init_vga_card ;; init basic bios vars call init_bios_area #ifdef VBE ;; init vbe functions call vbe_init #endif ;; set int10 vect SET_INT_VECTOR(0x10, #0xC000, #vgabios_int10_handler) #ifdef CIRRUS call cirrus_init #endif ;; display splash screen call _display_splash_screen ;; init video mode and clear the screen mov ax,#0x0003 int #0x10 ;; show info call _display_info #ifdef VBE ;; show vbe info call vbe_display_info #endif #ifdef CIRRUS ;; show cirrus info call cirrus_display_info #endif retf ASM_END /* * int10 handled here */ ASM_START vgabios_int10_handler: pushf #ifdef DEBUG push es push ds pusha mov bx, #0xc000 mov ds, bx call _int10_debugmsg popa pop ds pop es #endif cmp ah, #0x0f jne int10_test_1A call biosfn_get_video_mode jmp int10_end int10_test_1A: cmp ah, #0x1a jne int10_test_0B call biosfn_group_1A jmp int10_end int10_test_0B: cmp ah, #0x0b jne int10_test_1103 call biosfn_group_0B jmp int10_end int10_test_1103: cmp ax, #0x1103 jne int10_test_12 call biosfn_set_text_block_specifier jmp int10_end int10_test_12: cmp ah, #0x12 jne int10_test_101B cmp bl, #0x10 jne int10_test_BL30 call biosfn_get_ega_info jmp int10_end int10_test_BL30: cmp bl, #0x30 jne int10_test_BL31 call biosfn_select_vert_res jmp int10_end int10_test_BL31: cmp bl, #0x31 jne int10_test_BL32 call biosfn_enable_default_palette_loading jmp int10_end int10_test_BL32: cmp bl, #0x32 jne int10_test_BL33 call biosfn_enable_video_addressing jmp int10_end int10_test_BL33: cmp bl, #0x33 jne int10_test_BL34 call biosfn_enable_grayscale_summing jmp int10_end int10_test_BL34: cmp bl, #0x34 jne int10_normal call biosfn_enable_cursor_emulation jmp int10_end int10_test_101B: cmp ax, #0x101b je int10_normal cmp ah, #0x10 #ifndef VBE jne int10_normal #else jne int10_test_4F #endif call biosfn_group_10 jmp int10_end #ifdef VBE int10_test_4F: cmp ah, #0x4f jne int10_normal cmp al, #0x03 jne int10_test_vbe_05 call vbe_biosfn_return_current_mode jmp int10_end int10_test_vbe_05: cmp al, #0x05 jne int10_test_vbe_06 call vbe_biosfn_display_window_control jmp int10_end int10_test_vbe_06: cmp al, #0x06 jne int10_test_vbe_07 call vbe_biosfn_set_get_logical_scan_line_length jmp int10_end int10_test_vbe_07: cmp al, #0x07 jne int10_test_vbe_08 call vbe_biosfn_set_get_display_start jmp int10_end int10_test_vbe_08: cmp al, #0x08 jne int10_test_vbe_0A call vbe_biosfn_set_get_dac_palette_format jmp int10_end int10_test_vbe_0A: cmp al, #0x0A jne int10_normal call vbe_biosfn_return_protected_mode_interface jmp int10_end #endif int10_normal: push es push ds pusha ;; We have to set ds to access the right data segment mov bx, #0xc000 mov ds, bx call _int10_func popa pop ds pop es int10_end: popf iret ASM_END #include "vgatables.h" #include "vgafonts.h" /* * Boot time harware inits */ ASM_START init_vga_card: ;; switch to color mode and enable CPU access 480 lines mov dx, #0x3C2 mov al, #0xC3 outb dx,al ;; more than 64k 3C4/04 mov dx, #0x3C4 mov al, #0x04 outb dx,al mov dx, #0x3C5 mov al, #0x02 outb dx,al #if defined(USE_BX_INFO) || defined(DEBUG) mov bx, #msg_vga_init push bx call _printf #endif inc sp inc sp ret #if defined(USE_BX_INFO) || defined(DEBUG) msg_vga_init: .ascii "VGABios $Id: vgabios.c,v 1.69 2009/04/07 18:18:20 vruppert Exp $" .byte 0x0d,0x0a,0x00 #endif ASM_END // -------------------------------------------------------------------------------------------- /* * Boot time bios area inits */ ASM_START init_bios_area: push ds mov ax, # BIOSMEM_SEG mov ds, ax ;; init detected hardware BIOS Area mov bx, # BIOSMEM_INITIAL_MODE mov ax, [bx] and ax, #0xffcf ;; set 80x25 color (not clear from RBIL but usual) or ax, #0x0020 mov [bx], ax ;; Just for the first int10 find its children ;; the default char height mov bx, # BIOSMEM_CHAR_HEIGHT mov al, #0x10 mov [bx], al ;; Clear the screen mov bx, # BIOSMEM_VIDEO_CTL mov al, #0x60 mov [bx], al ;; Set the basic screen we have mov bx, # BIOSMEM_SWITCHES mov al, #0xf9 mov [bx], al ;; Set the basic modeset options mov bx, # BIOSMEM_MODESET_CTL mov al, #0x51 mov [bx], al ;; Set the default MSR mov bx, # BIOSMEM_CURRENT_MSR mov al, #0x09 mov [bx], al pop ds ret _video_save_pointer_table: .word _video_param_table .word 0xc000 .word 0 /* XXX: fill it */ .word 0 .word 0 /* XXX: fill it */ .word 0 .word 0 /* XXX: fill it */ .word 0 .word 0 /* XXX: fill it */ .word 0 .word 0 /* XXX: fill it */ .word 0 .word 0 /* XXX: fill it */ .word 0 ASM_END // -------------------------------------------------------------------------------------------- /* * Boot time Splash screen */ static void display_splash_screen() { } // -------------------------------------------------------------------------------------------- /* * Tell who we are */ static void display_info() { ASM_START mov ax,#0xc000 mov ds,ax mov si,#vgabios_name call _display_string mov si,#vgabios_version call _display_string ;;mov si,#vgabios_copyright ;;call _display_string ;;mov si,#crlf ;;call _display_string mov si,#vgabios_license call _display_string mov si,#vgabios_website call _display_string ASM_END } static void display_string() { // Get length of string ASM_START mov ax,ds mov es,ax mov di,si xor cx,cx not cx xor al,al cld repne scasb not cx dec cx push cx mov ax,#0x0300 mov bx,#0x0000 int #0x10 pop cx mov ax,#0x1301 mov bx,#0x000b mov bp,si int #0x10 ASM_END } // -------------------------------------------------------------------------------------------- #ifdef DEBUG static void int10_debugmsg(DI, SI, BP, SP, BX, DX, CX, AX, DS, ES, FLAGS) Bit16u DI, SI, BP, SP, BX, DX, CX, AX, ES, DS, FLAGS; { // 0E is write char... if(GET_AH()!=0x0E) printf("vgabios call ah%02x al%02x bx%04x cx%04x dx%04x\n",GET_AH(),GET_AL(),BX,CX,DX); } #endif // -------------------------------------------------------------------------------------------- /* * int10 main dispatcher */ static void int10_func(DI, SI, BP, SP, BX, DX, CX, AX, DS, ES, FLAGS) Bit16u DI, SI, BP, SP, BX, DX, CX, AX, ES, DS, FLAGS; { // BIOS functions switch(GET_AH()) { case 0x00: biosfn_set_video_mode(GET_AL()); switch(GET_AL()&0x7F) {case 6: SET_AL(0x3F); break; case 0: case 1: case 2: case 3: case 4: case 5: case 7: SET_AL(0x30); break; default: SET_AL(0x20); } break; case 0x01: biosfn_set_cursor_shape(GET_CH(),GET_CL()); break; case 0x02: biosfn_set_cursor_pos(GET_BH(),DX); break; case 0x03: biosfn_get_cursor_pos(GET_BH(),&CX,&DX); break; case 0x04: // Read light pen pos (unimplemented) #ifdef DEBUG unimplemented(); #endif AX=0x00; BX=0x00; CX=0x00; DX=0x00; break; case 0x05: biosfn_set_active_page(GET_AL()); break; case 0x06: biosfn_scroll(GET_AL(),GET_BH(),GET_CH(),GET_CL(),GET_DH(),GET_DL(),0xFF,SCROLL_UP); break; case 0x07: biosfn_scroll(GET_AL(),GET_BH(),GET_CH(),GET_CL(),GET_DH(),GET_DL(),0xFF,SCROLL_DOWN); break; case 0x08: biosfn_read_char_attr(GET_BH(),&AX); break; case 0x09: biosfn_write_char_attr(GET_AL(),GET_BH(),GET_BL(),CX); break; case 0x0A: biosfn_write_char_only(GET_AL(),GET_BH(),GET_BL(),CX); break; case 0x0C: biosfn_write_pixel(GET_BH(),GET_AL(),CX,DX); break; case 0x0D: biosfn_read_pixel(GET_BH(),CX,DX,&AX); break; case 0x0E: // Ralf Brown Interrupt list is WRONG on bh(page) // We do output only on the current page ! biosfn_write_teletype(GET_AL(),0xff,GET_BL(),NO_ATTR); break; case 0x10: // All other functions of group AH=0x10 rewritten in assembler biosfn_perform_gray_scale_summing(BX,CX); break; case 0x11: switch(GET_AL()) { case 0x00: case 0x10: biosfn_load_text_user_pat(GET_AL(),ES,BP,CX,DX,GET_BL(),GET_BH()); break; case 0x01: case 0x11: biosfn_load_text_8_14_pat(GET_AL(),GET_BL()); break; case 0x02: case 0x12: biosfn_load_text_8_8_pat(GET_AL(),GET_BL()); break; case 0x04: case 0x14: biosfn_load_text_8_16_pat(GET_AL(),GET_BL()); break; case 0x20: biosfn_load_gfx_8_8_chars(ES,BP); break; case 0x21: biosfn_load_gfx_user_chars(ES,BP,CX,GET_BL(),GET_DL()); break; case 0x22: biosfn_load_gfx_8_14_chars(GET_BL()); break; case 0x23: biosfn_load_gfx_8_8_dd_chars(GET_BL()); break; case 0x24: biosfn_load_gfx_8_16_chars(GET_BL()); break; case 0x30: biosfn_get_font_info(GET_BH(),&ES,&BP,&CX,&DX); break; #ifdef DEBUG default: unknown(); #endif } break; case 0x12: switch(GET_BL()) { case 0x20: biosfn_alternate_prtsc(); break; case 0x35: biosfn_switch_video_interface(GET_AL(),ES,DX); SET_AL(0x12); break; case 0x36: biosfn_enable_video_refresh_control(GET_AL()); SET_AL(0x12); break; #ifdef DEBUG default: unknown(); #endif } break; case 0x13: biosfn_write_string(GET_AL(),GET_BH(),GET_BL(),CX,GET_DH(),GET_DL(),ES,BP); break; case 0x1B: biosfn_read_state_info(BX,ES,DI); SET_AL(0x1B); break; case 0x1C: switch(GET_AL()) { case 0x00: biosfn_read_video_state_size(CX,&BX); break; case 0x01: biosfn_save_video_state(CX,ES,BX); break; case 0x02: biosfn_restore_video_state(CX,ES,BX); break; #ifdef DEBUG default: unknown(); #endif } SET_AL(0x1C); break; #ifdef VBE case 0x4f: if (vbe_has_vbe_display()) { switch(GET_AL()) { case 0x00: vbe_biosfn_return_controller_information(&AX,ES,DI); break; case 0x01: vbe_biosfn_return_mode_information(&AX,CX,ES,DI); break; case 0x02: vbe_biosfn_set_mode(&AX,BX,ES,DI); break; case 0x04: vbe_biosfn_save_restore_state(&AX, CX, DX, ES, &BX); break; case 0x09: //FIXME #ifdef DEBUG unimplemented(); #endif // function failed AX=0x100; break; case 0x0A: //FIXME #ifdef DEBUG unimplemented(); #endif // function failed AX=0x100; break; default: #ifdef DEBUG unknown(); #endif // function failed AX=0x100; } } else { // No VBE display AX=0x0100; } break; #endif #ifdef DEBUG default: unknown(); #endif } } // ============================================================================================ // // BIOS functions // // ============================================================================================ static void biosfn_set_video_mode(mode) Bit8u mode; {// mode: Bit 7 is 1 if no clear screen // Should we clear the screen ? Bit8u noclearmem=mode&0x80; Bit8u line,mmask,*palette,vpti; Bit16u i,twidth,theightm1,cheight; Bit8u modeset_ctl,video_ctl,vga_switches; Bit16u crtc_addr; #ifdef VBE if (vbe_has_vbe_display()) { dispi_set_enable(VBE_DISPI_DISABLED); } #endif // def VBE // The real mode mode=mode&0x7f; // find the entry in the video modes line=find_vga_entry(mode); #ifdef DEBUG printf("mode search %02x found line %02x\n",mode,line); #endif if(line==0xFF) return; vpti=line_to_vpti[line]; twidth=video_param_table[vpti].twidth; theightm1=video_param_table[vpti].theightm1; cheight=video_param_table[vpti].cheight; // Read the bios vga control video_ctl=read_byte(BIOSMEM_SEG,BIOSMEM_VIDEO_CTL); // Read the bios vga switches vga_switches=read_byte(BIOSMEM_SEG,BIOSMEM_SWITCHES); // Read the bios mode set control modeset_ctl=read_byte(BIOSMEM_SEG,BIOSMEM_MODESET_CTL); // Then we know the number of lines // FIXME // if palette loading (bit 3 of modeset ctl = 0) if((modeset_ctl&0x08)==0) {// Set the PEL mask outb(VGAREG_PEL_MASK,vga_modes[line].pelmask); // Set the whole dac always, from 0 outb(VGAREG_DAC_WRITE_ADDRESS,0x00); // From which palette switch(vga_modes[line].dacmodel) {case 0: palette=&palette0; break; case 1: palette=&palette1; break; case 2: palette=&palette2; break; case 3: palette=&palette3; break; } // Always 256*3 values for(i=0;i<0x0100;i++) {if(i<=dac_regs[vga_modes[line].dacmodel]) {outb(VGAREG_DAC_DATA,palette[(i*3)+0]); outb(VGAREG_DAC_DATA,palette[(i*3)+1]); outb(VGAREG_DAC_DATA,palette[(i*3)+2]); } else {outb(VGAREG_DAC_DATA,0); outb(VGAREG_DAC_DATA,0); outb(VGAREG_DAC_DATA,0); } } if((modeset_ctl&0x02)==0x02) { biosfn_perform_gray_scale_summing(0x00, 0x100); } } // Reset Attribute Ctl flip-flop inb(VGAREG_ACTL_RESET); // Set Attribute Ctl for(i=0;i<=0x13;i++) {outb(VGAREG_ACTL_ADDRESS,i); outb(VGAREG_ACTL_WRITE_DATA,video_param_table[vpti].actl_regs[i]); } outb(VGAREG_ACTL_ADDRESS,0x14); outb(VGAREG_ACTL_WRITE_DATA,0x00); // Set Sequencer Ctl outb(VGAREG_SEQU_ADDRESS,0); outb(VGAREG_SEQU_DATA,0x03); for(i=1;i<=4;i++) {outb(VGAREG_SEQU_ADDRESS,i); outb(VGAREG_SEQU_DATA,video_param_table[vpti].sequ_regs[i - 1]); } // Set Grafx Ctl for(i=0;i<=8;i++) {outb(VGAREG_GRDC_ADDRESS,i); outb(VGAREG_GRDC_DATA,video_param_table[vpti].grdc_regs[i]); } // Set CRTC address VGA or MDA crtc_addr=vga_modes[line].memmodel==MTEXT?VGAREG_MDA_CRTC_ADDRESS:VGAREG_VGA_CRTC_ADDRESS; // Disable CRTC write protection outw(crtc_addr,0x0011); // Set CRTC regs for(i=0;i<=0x18;i++) {outb(crtc_addr,i); outb(crtc_addr+1,video_param_table[vpti].crtc_regs[i]); } // Set the misc register outb(VGAREG_WRITE_MISC_OUTPUT,video_param_table[vpti].miscreg); // Enable video outb(VGAREG_ACTL_ADDRESS,0x20); inb(VGAREG_ACTL_RESET); if(noclearmem==0x00) { if(vga_modes[line].class==TEXT) { memsetw(vga_modes[line].sstart,0,0x0720,0x4000); // 32k } else { if(mode<0x0d) { memsetw(vga_modes[line].sstart,0,0x0000,0x4000); // 32k } else { outb( VGAREG_SEQU_ADDRESS, 0x02 ); mmask = inb( VGAREG_SEQU_DATA ); outb( VGAREG_SEQU_DATA, 0x0f ); // all planes memsetw(vga_modes[line].sstart,0,0x0000,0x8000); // 64k outb( VGAREG_SEQU_DATA, mmask ); } } } // Set the BIOS mem write_byte(BIOSMEM_SEG,BIOSMEM_CURRENT_MODE,mode); write_word(BIOSMEM_SEG,BIOSMEM_NB_COLS,twidth); write_word(BIOSMEM_SEG,BIOSMEM_PAGE_SIZE,*(Bit16u *)&video_param_table[vpti].slength_l); write_word(BIOSMEM_SEG,BIOSMEM_CRTC_ADDRESS,crtc_addr); write_byte(BIOSMEM_SEG,BIOSMEM_NB_ROWS,theightm1); write_word(BIOSMEM_SEG,BIOSMEM_CHAR_HEIGHT,cheight); write_byte(BIOSMEM_SEG,BIOSMEM_VIDEO_CTL,(0x60|noclearmem)); write_byte(BIOSMEM_SEG,BIOSMEM_SWITCHES,0xF9); write_byte(BIOSMEM_SEG,BIOSMEM_MODESET_CTL,read_byte(BIOSMEM_SEG,BIOSMEM_MODESET_CTL)&0x7f); // FIXME We nearly have the good tables. to be reworked write_byte(BIOSMEM_SEG,BIOSMEM_DCC_INDEX,0x08); // 8 is VGA should be ok for now write_word(BIOSMEM_SEG,BIOSMEM_VS_POINTER, video_save_pointer_table); write_word(BIOSMEM_SEG,BIOSMEM_VS_POINTER+2, 0xc000); // FIXME write_byte(BIOSMEM_SEG,BIOSMEM_CURRENT_MSR,0x00); // Unavailable on vanilla vga, but... write_byte(BIOSMEM_SEG,BIOSMEM_CURRENT_PAL,0x00); // Unavailable on vanilla vga, but... // Set cursor shape if(vga_modes[line].class==TEXT) { biosfn_set_cursor_shape(0x06,0x07); } // Set cursor pos for page 0..7 for(i=0;i<8;i++) biosfn_set_cursor_pos(i,0x0000); // Set active page 0 biosfn_set_active_page(0x00); // Write the fonts in memory if(vga_modes[line].class==TEXT) { ASM_START ;; copy and activate 8x16 font mov ax, #0x1104 mov bl, #0x00 int #0x10 mov ax, #0x1103 mov bl, #0x00 int #0x10 ASM_END } // Set the ints 0x1F and 0x43 ASM_START SET_INT_VECTOR(0x1f, #0xC000, #_vgafont8+128*8) ASM_END switch(cheight) {case 8: ASM_START SET_INT_VECTOR(0x43, #0xC000, #_vgafont8) ASM_END break; case 14: ASM_START SET_INT_VECTOR(0x43, #0xC000, #_vgafont14) ASM_END break; case 16: ASM_START SET_INT_VECTOR(0x43, #0xC000, #_vgafont16) ASM_END break; } } // -------------------------------------------------------------------------------------------- static void biosfn_set_cursor_shape (CH,CL) Bit8u CH;Bit8u CL; {Bit16u cheight,curs,crtc_addr; Bit8u modeset_ctl; CH&=0x3f; CL&=0x1f; curs=(CH<<8)+CL; write_word(BIOSMEM_SEG,BIOSMEM_CURSOR_TYPE,curs); modeset_ctl=read_byte(BIOSMEM_SEG,BIOSMEM_MODESET_CTL); cheight = read_word(BIOSMEM_SEG,BIOSMEM_CHAR_HEIGHT); if((modeset_ctl&0x01) && (cheight>8) && (CL<8) && (CH<0x20)) { if(CL!=(CH+1)) { CH = ((CH+1) * cheight / 8) -1; } else { CH = ((CL+1) * cheight / 8) - 2; } CL = ((CL+1) * cheight / 8) - 1; } // CTRC regs 0x0a and 0x0b crtc_addr=read_word(BIOSMEM_SEG,BIOSMEM_CRTC_ADDRESS); outb(crtc_addr,0x0a); outb(crtc_addr+1,CH); outb(crtc_addr,0x0b); outb(crtc_addr+1,CL); } // -------------------------------------------------------------------------------------------- static void biosfn_set_cursor_pos (page, cursor) Bit8u page;Bit16u cursor; { Bit8u xcurs,ycurs,current; Bit16u nbcols,nbrows,address,crtc_addr; // Should not happen... if(page>7)return; // Bios cursor pos write_word(BIOSMEM_SEG, BIOSMEM_CURSOR_POS+2*page, cursor); // Set the hardware cursor current=read_byte(BIOSMEM_SEG,BIOSMEM_CURRENT_PAGE); if(page==current) { // Get the dimensions nbcols=read_word(BIOSMEM_SEG,BIOSMEM_NB_COLS); nbrows=read_byte(BIOSMEM_SEG,BIOSMEM_NB_ROWS)+1; xcurs=cursor&0x00ff;ycurs=(cursor&0xff00)>>8; // Calculate the address knowing nbcols nbrows and page num address=SCREEN_IO_START(nbcols,nbrows,page)+xcurs+ycurs*nbcols; // CRTC regs 0x0e and 0x0f crtc_addr=read_word(BIOSMEM_SEG,BIOSMEM_CRTC_ADDRESS); outb(crtc_addr,0x0e); outb(crtc_addr+1,(address&0xff00)>>8); outb(crtc_addr,0x0f); outb(crtc_addr+1,address&0x00ff); } } // -------------------------------------------------------------------------------------------- static void biosfn_get_cursor_pos (page,shape, pos) Bit8u page;Bit16u *shape;Bit16u *pos; { Bit16u ss=get_SS(); // Default write_word(ss, shape, 0); write_word(ss, pos, 0); if(page>7)return; // FIXME should handle VGA 14/16 lines write_word(ss,shape,read_word(BIOSMEM_SEG,BIOSMEM_CURSOR_TYPE)); write_word(ss,pos,read_word(BIOSMEM_SEG,BIOSMEM_CURSOR_POS+page*2)); } // -------------------------------------------------------------------------------------------- static void biosfn_set_active_page (page) Bit8u page; { Bit16u cursor,dummy,crtc_addr; Bit16u nbcols,nbrows,address; Bit8u mode,line; if(page>7)return; // Get the mode mode=read_byte(BIOSMEM_SEG,BIOSMEM_CURRENT_MODE); line=find_vga_entry(mode); if(line==0xFF)return; // Get pos curs pos for the right page biosfn_get_cursor_pos(page,&dummy,&cursor); if(vga_modes[line].class==TEXT) { // Get the dimensions nbcols=read_word(BIOSMEM_SEG,BIOSMEM_NB_COLS); nbrows=read_byte(BIOSMEM_SEG,BIOSMEM_NB_ROWS)+1; // Calculate the address knowing nbcols nbrows and page num address=SCREEN_MEM_START(nbcols,nbrows,page); write_word(BIOSMEM_SEG,BIOSMEM_CURRENT_START,address); // Start address address=SCREEN_IO_START(nbcols,nbrows,page); } else { address = page * (*(Bit16u *)&video_param_table[line_to_vpti[line]].slength_l); } // CRTC regs 0x0c and 0x0d crtc_addr=read_word(BIOSMEM_SEG,BIOSMEM_CRTC_ADDRESS); outb(crtc_addr,0x0c); outb(crtc_addr+1,(address&0xff00)>>8); outb(crtc_addr,0x0d); outb(crtc_addr+1,address&0x00ff); // And change the BIOS page write_byte(BIOSMEM_SEG,BIOSMEM_CURRENT_PAGE,page); #ifdef DEBUG printf("Set active page %02x address %04x\n",page,address); #endif // Display the cursor, now the page is active biosfn_set_cursor_pos(page,cursor); } // -------------------------------------------------------------------------------------------- static void vgamem_copy_pl4(xstart,ysrc,ydest,cols,nbcols,cheight) Bit8u xstart;Bit8u ysrc;Bit8u ydest;Bit8u cols;Bit8u nbcols;Bit8u cheight; { Bit16u src,dest; Bit8u i; src=ysrc*cheight*nbcols+xstart; dest=ydest*cheight*nbcols+xstart; outw(VGAREG_GRDC_ADDRESS, 0x0105); for(i=0;i>1)+xstart; dest=((ydest*cheight*nbcols)>>1)+xstart; for(i=0;i>1)*nbcols,0xb800,0x2000+src+(i>>1)*nbcols,cols); else memcpyb(0xb800,dest+(i>>1)*nbcols,0xb800,src+(i>>1)*nbcols,cols); } } // -------------------------------------------------------------------------------------------- static void vgamem_fill_cga(xstart,ystart,cols,nbcols,cheight,attr) Bit8u xstart;Bit8u ystart;Bit8u cols;Bit8u nbcols;Bit8u cheight;Bit8u attr; { Bit16u dest; Bit8u i; dest=((ystart*cheight*nbcols)>>1)+xstart; for(i=0;i>1)*nbcols,attr,cols); else memsetb(0xb800,dest+(i>>1)*nbcols,attr,cols); } } // -------------------------------------------------------------------------------------------- static void biosfn_scroll (nblines,attr,rul,cul,rlr,clr,page,dir) Bit8u nblines;Bit8u attr;Bit8u rul;Bit8u cul;Bit8u rlr;Bit8u clr;Bit8u page;Bit8u dir; { // page == 0xFF if current Bit8u mode,line,cheight,bpp,cols; Bit16u nbcols,nbrows,i; Bit16u address; if(rul>rlr)return; if(cul>clr)return; // Get the mode mode=read_byte(BIOSMEM_SEG,BIOSMEM_CURRENT_MODE); line=find_vga_entry(mode); if(line==0xFF)return; // Get the dimensions nbrows=read_byte(BIOSMEM_SEG,BIOSMEM_NB_ROWS)+1; nbcols=read_word(BIOSMEM_SEG,BIOSMEM_NB_COLS); // Get the current page if(page==0xFF) page=read_byte(BIOSMEM_SEG,BIOSMEM_CURRENT_PAGE); if(rlr>=nbrows)rlr=nbrows-1; if(clr>=nbcols)clr=nbcols-1; if(nblines>nbrows)nblines=0; cols=clr-cul+1; if(vga_modes[line].class==TEXT) { // Compute the address address=SCREEN_MEM_START(nbcols,nbrows,page); #ifdef DEBUG printf("Scroll, address %04x (%04x %04x %02x)\n",address,nbrows,nbcols,page); #endif if(nblines==0&&rul==0&&cul==0&&rlr==nbrows-1&&clr==nbcols-1) { memsetw(vga_modes[line].sstart,address,(Bit16u)attr*0x100+' ',nbrows*nbcols); } else {// if Scroll up if(dir==SCROLL_UP) {for(i=rul;i<=rlr;i++) { if((i+nblines>rlr)||(nblines==0)) memsetw(vga_modes[line].sstart,address+(i*nbcols+cul)*2,(Bit16u)attr*0x100+' ',cols); else memcpyw(vga_modes[line].sstart,address+(i*nbcols+cul)*2,vga_modes[line].sstart,((i+nblines)*nbcols+cul)*2,cols); } } else {for(i=rlr;i>=rul;i--) { if((irlr) break; } } } } else { // FIXME gfx mode not complete cheight=video_param_table[line_to_vpti[line]].cheight; switch(vga_modes[line].memmodel) { case PLANAR4: case PLANAR1: if(nblines==0&&rul==0&&cul==0&&rlr==nbrows-1&&clr==nbcols-1) { outw(VGAREG_GRDC_ADDRESS, 0x0205); memsetb(vga_modes[line].sstart,0,attr,nbrows*nbcols*cheight); outw(VGAREG_GRDC_ADDRESS, 0x0005); } else {// if Scroll up if(dir==SCROLL_UP) {for(i=rul;i<=rlr;i++) { if((i+nblines>rlr)||(nblines==0)) vgamem_fill_pl4(cul,i,cols,nbcols,cheight,attr); else vgamem_copy_pl4(cul,i+nblines,i,cols,nbcols,cheight); } } else {for(i=rlr;i>=rul;i--) { if((irlr) break; } } } break; case CGA: bpp=vga_modes[line].pixbits; if(nblines==0&&rul==0&&cul==0&&rlr==nbrows-1&&clr==nbcols-1) { memsetb(vga_modes[line].sstart,0,attr,nbrows*nbcols*cheight*bpp); } else { if(bpp==2) { cul<<=1; cols<<=1; nbcols<<=1; } // if Scroll up if(dir==SCROLL_UP) {for(i=rul;i<=rlr;i++) { if((i+nblines>rlr)||(nblines==0)) vgamem_fill_cga(cul,i,cols,nbcols,cheight,attr); else vgamem_copy_cga(cul,i+nblines,i,cols,nbcols,cheight); } } else {for(i=rlr;i>=rul;i--) { if((irlr) break; } } } break; #ifdef DEBUG default: printf("Scroll in graphics mode "); unimplemented(); #endif } } } // -------------------------------------------------------------------------------------------- static void biosfn_read_char_attr (page,car) Bit8u page;Bit16u *car; {Bit16u ss=get_SS(); Bit8u xcurs,ycurs,mode,line; Bit16u nbcols,nbrows,address; Bit16u cursor,dummy; // Get the mode mode=read_byte(BIOSMEM_SEG,BIOSMEM_CURRENT_MODE); line=find_vga_entry(mode); if(line==0xFF)return; // Get the cursor pos for the page biosfn_get_cursor_pos(page,&dummy,&cursor); xcurs=cursor&0x00ff;ycurs=(cursor&0xff00)>>8; // Get the dimensions nbrows=read_byte(BIOSMEM_SEG,BIOSMEM_NB_ROWS)+1; nbcols=read_word(BIOSMEM_SEG,BIOSMEM_NB_COLS); if(vga_modes[line].class==TEXT) { // Compute the address address=SCREEN_MEM_START(nbcols,nbrows,page)+(xcurs+ycurs*nbcols)*2; write_word(ss,car,read_word(vga_modes[line].sstart,address)); } else { // FIXME gfx mode #ifdef DEBUG unimplemented(); #endif } } // -------------------------------------------------------------------------------------------- static void write_gfx_char_pl4(car,attr,xcurs,ycurs,nbcols,cheight) Bit8u car;Bit8u attr;Bit8u xcurs;Bit8u ycurs;Bit8u nbcols;Bit8u cheight; { Bit8u i,j,mask; Bit8u *fdata; Bit16u addr,dest,src; switch(cheight) {case 14: fdata = &vgafont14; break; case 16: fdata = &vgafont16; break; default: fdata = &vgafont8; } addr=xcurs+ycurs*cheight*nbcols; src = car * cheight; outw(VGAREG_SEQU_ADDRESS, 0x0f02); outw(VGAREG_GRDC_ADDRESS, 0x0205); if(attr&0x80) { outw(VGAREG_GRDC_ADDRESS, 0x1803); } else { outw(VGAREG_GRDC_ADDRESS, 0x0003); } for(i=0;i>j; outw(VGAREG_GRDC_ADDRESS, (mask << 8) | 0x08); read_byte(0xa000,dest); if(fdata[src+i]&mask) { write_byte(0xa000,dest,attr&0x0f); } else { write_byte(0xa000,dest,0x00); } } } ASM_START mov dx, # VGAREG_GRDC_ADDRESS mov ax, #0xff08 out dx, ax mov ax, #0x0005 out dx, ax mov ax, #0x0003 out dx, ax ASM_END } // -------------------------------------------------------------------------------------------- static void write_gfx_char_cga(car,attr,xcurs,ycurs,nbcols,bpp) Bit8u car;Bit8u attr;Bit8u xcurs;Bit8u ycurs;Bit8u nbcols;Bit8u bpp; { Bit8u i,j,mask,data; Bit8u *fdata; Bit16u addr,dest,src; fdata = &vgafont8; addr=(xcurs*bpp)+ycurs*320; src = car * 8; for(i=0;i<8;i++) { dest=addr+(i>>1)*80; if (i & 1) dest += 0x2000; mask = 0x80; if (bpp == 1) { if (attr & 0x80) { data = read_byte(0xb800,dest); } else { data = 0x00; } for(j=0;j<8;j++) { if (fdata[src+i] & mask) { if (attr & 0x80) { data ^= (attr & 0x01) << (7-j); } else { data |= (attr & 0x01) << (7-j); } } mask >>= 1; } write_byte(0xb800,dest,data); } else { while (mask > 0) { if (attr & 0x80) { data = read_byte(0xb800,dest); } else { data = 0x00; } for(j=0;j<4;j++) { if (fdata[src+i] & mask) { if (attr & 0x80) { data ^= (attr & 0x03) << ((3-j)*2); } else { data |= (attr & 0x03) << ((3-j)*2); } } mask >>= 1; } write_byte(0xb800,dest,data); dest += 1; } } } } // -------------------------------------------------------------------------------------------- static void write_gfx_char_lin(car,attr,xcurs,ycurs,nbcols) Bit8u car;Bit8u attr;Bit8u xcurs;Bit8u ycurs;Bit8u nbcols; { Bit8u i,j,mask,data; Bit8u *fdata; Bit16u addr,dest,src; fdata = &vgafont8; addr=xcurs*8+ycurs*nbcols*64; src = car * 8; for(i=0;i<8;i++) { dest=addr+i*nbcols*8; mask = 0x80; for(j=0;j<8;j++) { data = 0x00; if (fdata[src+i] & mask) { data = attr; } write_byte(0xa000,dest+j,data); mask >>= 1; } } } // -------------------------------------------------------------------------------------------- static void biosfn_write_char_attr (car,page,attr,count) Bit8u car;Bit8u page;Bit8u attr;Bit16u count; { Bit8u cheight,xcurs,ycurs,mode,line,bpp; Bit16u nbcols,nbrows,address; Bit16u cursor,dummy; // Get the mode mode=read_byte(BIOSMEM_SEG,BIOSMEM_CURRENT_MODE); line=find_vga_entry(mode); if(line==0xFF)return; // Get the cursor pos for the page biosfn_get_cursor_pos(page,&dummy,&cursor); xcurs=cursor&0x00ff;ycurs=(cursor&0xff00)>>8; // Get the dimensions nbrows=read_byte(BIOSMEM_SEG,BIOSMEM_NB_ROWS)+1; nbcols=read_word(BIOSMEM_SEG,BIOSMEM_NB_COLS); if(vga_modes[line].class==TEXT) { // Compute the address address=SCREEN_MEM_START(nbcols,nbrows,page)+(xcurs+ycurs*nbcols)*2; dummy=((Bit16u)attr<<8)+car; memsetw(vga_modes[line].sstart,address,dummy,count); } else { // FIXME gfx mode not complete cheight=video_param_table[line_to_vpti[line]].cheight; bpp=vga_modes[line].pixbits; while((count-->0) && (xcurs>8; // Get the dimensions nbrows=read_byte(BIOSMEM_SEG,BIOSMEM_NB_ROWS)+1; nbcols=read_word(BIOSMEM_SEG,BIOSMEM_NB_COLS); if(vga_modes[line].class==TEXT) { // Compute the address address=SCREEN_MEM_START(nbcols,nbrows,page)+(xcurs+ycurs*nbcols)*2; while(count-->0) {write_byte(vga_modes[line].sstart,address,car); address+=2; } } else { // FIXME gfx mode not complete cheight=video_param_table[line_to_vpti[line]].cheight; bpp=vga_modes[line].pixbits; while((count-->0) && (xcurs> (CX & 0x07); outw(VGAREG_GRDC_ADDRESS, (mask << 8) | 0x08); outw(VGAREG_GRDC_ADDRESS, 0x0205); data = read_byte(0xa000,addr); if (AL & 0x80) { outw(VGAREG_GRDC_ADDRESS, 0x1803); } write_byte(0xa000,addr,AL); ASM_START mov dx, # VGAREG_GRDC_ADDRESS mov ax, #0xff08 out dx, ax mov ax, #0x0005 out dx, ax mov ax, #0x0003 out dx, ax ASM_END break; case CGA: if(vga_modes[line].pixbits==2) { addr=(CX>>2)+(DX>>1)*80; } else { addr=(CX>>3)+(DX>>1)*80; } if (DX & 1) addr += 0x2000; data = read_byte(0xb800,addr); if(vga_modes[line].pixbits==2) { attr = (AL & 0x03) << ((3 - (CX & 0x03)) * 2); mask = 0x03 << ((3 - (CX & 0x03)) * 2); } else { attr = (AL & 0x01) << (7 - (CX & 0x07)); mask = 0x01 << (7 - (CX & 0x07)); } if (AL & 0x80) { data ^= attr; } else { data &= ~mask; data |= attr; } write_byte(0xb800,addr,data); break; case LINEAR8: addr=CX+DX*(read_word(BIOSMEM_SEG,BIOSMEM_NB_COLS)*8); write_byte(0xa000,addr,AL); break; #ifdef DEBUG default: unimplemented(); #endif } } // -------------------------------------------------------------------------------------------- static void biosfn_read_pixel (BH,CX,DX,AX) Bit8u BH;Bit16u CX;Bit16u DX;Bit16u *AX; { Bit8u mode,line,mask,attr,data,i; Bit16u addr; Bit16u ss=get_SS(); // Get the mode mode=read_byte(BIOSMEM_SEG,BIOSMEM_CURRENT_MODE); line=find_vga_entry(mode); if(line==0xFF)return; if(vga_modes[line].class==TEXT)return; switch(vga_modes[line].memmodel) { case PLANAR4: case PLANAR1: addr = CX/8+DX*read_word(BIOSMEM_SEG,BIOSMEM_NB_COLS); mask = 0x80 >> (CX & 0x07); attr = 0x00; for(i=0;i<4;i++) { outw(VGAREG_GRDC_ADDRESS, (i << 8) | 0x04); data = read_byte(0xa000,addr) & mask; if (data > 0) attr |= (0x01 << i); } break; case CGA: addr=(CX>>2)+(DX>>1)*80; if (DX & 1) addr += 0x2000; data = read_byte(0xb800,addr); if(vga_modes[line].pixbits==2) { attr = (data >> ((3 - (CX & 0x03)) * 2)) & 0x03; } else { attr = (data >> (7 - (CX & 0x07))) & 0x01; } break; case LINEAR8: addr=CX+DX*(read_word(BIOSMEM_SEG,BIOSMEM_NB_COLS)*8); attr=read_byte(0xa000,addr); break; default: #ifdef DEBUG unimplemented(); #endif attr = 0; } write_word(ss,AX,(read_word(ss,AX) & 0xff00) | attr); } // -------------------------------------------------------------------------------------------- static void biosfn_write_teletype (car, page, attr, flag) Bit8u car;Bit8u page;Bit8u attr;Bit8u flag; {// flag = WITH_ATTR / NO_ATTR Bit8u cheight,xcurs,ycurs,mode,line,bpp; Bit16u nbcols,nbrows,address; Bit16u cursor,dummy; // special case if page is 0xff, use current page if(page==0xff) page=read_byte(BIOSMEM_SEG,BIOSMEM_CURRENT_PAGE); // Get the mode mode=read_byte(BIOSMEM_SEG,BIOSMEM_CURRENT_MODE); line=find_vga_entry(mode); if(line==0xFF)return; // Get the cursor pos for the page biosfn_get_cursor_pos(page,&dummy,&cursor); xcurs=cursor&0x00ff;ycurs=(cursor&0xff00)>>8; // Get the dimensions nbrows=read_byte(BIOSMEM_SEG,BIOSMEM_NB_ROWS)+1; nbcols=read_word(BIOSMEM_SEG,BIOSMEM_NB_COLS); switch(car) { case 7: //FIXME should beep break; case 8: if(xcurs>0)xcurs--; break; case '\r': xcurs=0; break; case '\n': ycurs++; break; case '\t': do { biosfn_write_teletype(' ',page,attr,flag); biosfn_get_cursor_pos(page,&dummy,&cursor); xcurs=cursor&0x00ff;ycurs=(cursor&0xff00)>>8; }while(xcurs%8==0); break; default: if(vga_modes[line].class==TEXT) { // Compute the address address=SCREEN_MEM_START(nbcols,nbrows,page)+(xcurs+ycurs*nbcols)*2; // Write the char write_byte(vga_modes[line].sstart,address,car); if(flag==WITH_ATTR) write_byte(vga_modes[line].sstart,address+1,attr); } else { // FIXME gfx mode not complete cheight=video_param_table[line_to_vpti[line]].cheight; bpp=vga_modes[line].pixbits; switch(vga_modes[line].memmodel) { case PLANAR4: case PLANAR1: write_gfx_char_pl4(car,attr,xcurs,ycurs,nbcols,cheight); break; case CGA: write_gfx_char_cga(car,attr,xcurs,ycurs,nbcols,bpp); break; case LINEAR8: write_gfx_char_lin(car,attr,xcurs,ycurs,nbcols); break; #ifdef DEBUG default: unimplemented(); #endif } } xcurs++; } // Do we need to wrap ? if(xcurs==nbcols) {xcurs=0; ycurs++; } // Do we need to scroll ? if(ycurs==nbrows) { if(vga_modes[line].class==TEXT) { address=SCREEN_MEM_START(nbcols,nbrows,page)+(xcurs+(ycurs-1)*nbcols)*2; attr=read_byte(vga_modes[line].sstart,address+1); biosfn_scroll(0x01,attr,0,0,nbrows-1,nbcols-1,page,SCROLL_UP); } else { biosfn_scroll(0x01,0x00,0,0,nbrows-1,nbcols-1,page,SCROLL_UP); } ycurs-=1; } // Set the cursor for the page cursor=ycurs; cursor<<=8; cursor+=xcurs; biosfn_set_cursor_pos(page,cursor); } // -------------------------------------------------------------------------------------------- ASM_START biosfn_get_video_mode: push ds mov ax, # BIOSMEM_SEG mov ds, ax push bx mov bx, # BIOSMEM_CURRENT_PAGE mov al, [bx] pop bx mov bh, al push bx mov bx, # BIOSMEM_VIDEO_CTL mov ah, [bx] and ah, #0x80 mov bx, # BIOSMEM_CURRENT_MODE mov al, [bx] or al, ah mov bx, # BIOSMEM_NB_COLS mov ah, [bx] pop bx pop ds ret ASM_END // -------------------------------------------------------------------------------------------- ASM_START biosfn_group_10: cmp al, #0x00 jne int10_test_1001 jmp biosfn_set_single_palette_reg int10_test_1001: cmp al, #0x01 jne int10_test_1002 jmp biosfn_set_overscan_border_color int10_test_1002: cmp al, #0x02 jne int10_test_1003 jmp biosfn_set_all_palette_reg int10_test_1003: cmp al, #0x03 jne int10_test_1007 jmp biosfn_toggle_intensity int10_test_1007: cmp al, #0x07 jne int10_test_1008 jmp biosfn_get_single_palette_reg int10_test_1008: cmp al, #0x08 jne int10_test_1009 jmp biosfn_read_overscan_border_color int10_test_1009: cmp al, #0x09 jne int10_test_1010 jmp biosfn_get_all_palette_reg int10_test_1010: cmp al, #0x10 jne int10_test_1012 jmp biosfn_set_single_dac_reg int10_test_1012: cmp al, #0x12 jne int10_test_1013 jmp biosfn_set_all_dac_reg int10_test_1013: cmp al, #0x13 jne int10_test_1015 jmp biosfn_select_video_dac_color_page int10_test_1015: cmp al, #0x15 jne int10_test_1017 jmp biosfn_read_single_dac_reg int10_test_1017: cmp al, #0x17 jne int10_test_1018 jmp biosfn_read_all_dac_reg int10_test_1018: cmp al, #0x18 jne int10_test_1019 jmp biosfn_set_pel_mask int10_test_1019: cmp al, #0x19 jne int10_test_101A jmp biosfn_read_pel_mask int10_test_101A: cmp al, #0x1a jne int10_group_10_unknown jmp biosfn_read_video_dac_state int10_group_10_unknown: #ifdef DEBUG call _unknown #endif ret biosfn_set_single_palette_reg: cmp bl, #0x14 ja no_actl_reg1 push ax push dx mov dx, # VGAREG_ACTL_RESET in al, dx mov dx, # VGAREG_ACTL_ADDRESS mov al, bl out dx, al mov al, bh out dx, al mov al, #0x20 out dx, al pop dx pop ax no_actl_reg1: ret ASM_END // -------------------------------------------------------------------------------------------- ASM_START biosfn_set_overscan_border_color: push bx mov bl, #0x11 call biosfn_set_single_palette_reg pop bx ret ASM_END // -------------------------------------------------------------------------------------------- ASM_START biosfn_set_all_palette_reg: push ax push bx push cx push dx mov bx, dx mov dx, # VGAREG_ACTL_RESET in al, dx mov cl, #0x00 mov dx, # VGAREG_ACTL_ADDRESS set_palette_loop: mov al, cl out dx, al seg es mov al, [bx] out dx, al inc bx inc cl cmp cl, #0x10 jne set_palette_loop mov al, #0x11 out dx, al seg es mov al, [bx] out dx, al mov al, #0x20 out dx, al pop dx pop cx pop bx pop ax ret ASM_END // -------------------------------------------------------------------------------------------- ASM_START biosfn_toggle_intensity: push ax push bx push dx mov dx, # VGAREG_ACTL_RESET in al, dx mov dx, # VGAREG_ACTL_ADDRESS mov al, #0x10 out dx, al mov dx, # VGAREG_ACTL_READ_DATA in al, dx and al, #0xf7 and bl, #0x01 shl bl, 3 or al, bl mov dx, # VGAREG_ACTL_ADDRESS out dx, al mov al, #0x20 out dx, al pop dx pop bx pop ax ret ASM_END // -------------------------------------------------------------------------------------------- ASM_START biosfn_get_single_palette_reg: cmp bl, #0x14 ja no_actl_reg2 push ax push dx mov dx, # VGAREG_ACTL_RESET in al, dx mov dx, # VGAREG_ACTL_ADDRESS mov al, bl out dx, al mov dx, # VGAREG_ACTL_READ_DATA in al, dx mov bh, al mov dx, # VGAREG_ACTL_RESET in al, dx mov dx, # VGAREG_ACTL_ADDRESS mov al, #0x20 out dx, al pop dx pop ax no_actl_reg2: ret ASM_END // -------------------------------------------------------------------------------------------- ASM_START biosfn_read_overscan_border_color: push ax push bx mov bl, #0x11 call biosfn_get_single_palette_reg mov al, bh pop bx mov bh, al pop ax ret ASM_END // -------------------------------------------------------------------------------------------- ASM_START biosfn_get_all_palette_reg: push ax push bx push cx push dx mov bx, dx mov cl, #0x00 get_palette_loop: mov dx, # VGAREG_ACTL_RESET in al, dx mov dx, # VGAREG_ACTL_ADDRESS mov al, cl out dx, al mov dx, # VGAREG_ACTL_READ_DATA in al, dx seg es mov [bx], al inc bx inc cl cmp cl, #0x10 jne get_palette_loop mov dx, # VGAREG_ACTL_RESET in al, dx mov dx, # VGAREG_ACTL_ADDRESS mov al, #0x11 out dx, al mov dx, # VGAREG_ACTL_READ_DATA in al, dx seg es mov [bx], al mov dx, # VGAREG_ACTL_RESET in al, dx mov dx, # VGAREG_ACTL_ADDRESS mov al, #0x20 out dx, al pop dx pop cx pop bx pop ax ret ASM_END // -------------------------------------------------------------------------------------------- ASM_START biosfn_set_single_dac_reg: push ax push dx mov dx, # VGAREG_DAC_WRITE_ADDRESS mov al, bl out dx, al mov dx, # VGAREG_DAC_DATA pop ax push ax mov al, ah out dx, al mov al, ch out dx, al mov al, cl out dx, al pop dx pop ax ret ASM_END // -------------------------------------------------------------------------------------------- ASM_START biosfn_set_all_dac_reg: push ax push bx push cx push dx mov dx, # VGAREG_DAC_WRITE_ADDRESS mov al, bl out dx, al pop dx push dx mov bx, dx mov dx, # VGAREG_DAC_DATA set_dac_loop: seg es mov al, [bx] out dx, al inc bx seg es mov al, [bx] out dx, al inc bx seg es mov al, [bx] out dx, al inc bx dec cx jnz set_dac_loop pop dx pop cx pop bx pop ax ret ASM_END // -------------------------------------------------------------------------------------------- ASM_START biosfn_select_video_dac_color_page: push ax push bx push dx mov dx, # VGAREG_ACTL_RESET in al, dx mov dx, # VGAREG_ACTL_ADDRESS mov al, #0x10 out dx, al mov dx, # VGAREG_ACTL_READ_DATA in al, dx and bl, #0x01 jnz set_dac_page and al, #0x7f shl bh, 7 or al, bh mov dx, # VGAREG_ACTL_ADDRESS out dx, al jmp set_actl_normal set_dac_page: push ax mov dx, # VGAREG_ACTL_RESET in al, dx mov dx, # VGAREG_ACTL_ADDRESS mov al, #0x14 out dx, al pop ax and al, #0x80 jnz set_dac_16_page shl bh, 2 set_dac_16_page: and bh, #0x0f mov al, bh out dx, al set_actl_normal: mov al, #0x20 out dx, al pop dx pop bx pop ax ret ASM_END // -------------------------------------------------------------------------------------------- ASM_START biosfn_read_single_dac_reg: push ax push dx mov dx, # VGAREG_DAC_READ_ADDRESS mov al, bl out dx, al pop ax mov ah, al mov dx, # VGAREG_DAC_DATA in al, dx xchg al, ah push ax in al, dx mov ch, al in al, dx mov cl, al pop dx pop ax ret ASM_END // -------------------------------------------------------------------------------------------- ASM_START biosfn_read_all_dac_reg: push ax push bx push cx push dx mov dx, # VGAREG_DAC_READ_ADDRESS mov al, bl out dx, al pop dx push dx mov bx, dx mov dx, # VGAREG_DAC_DATA read_dac_loop: in al, dx seg es mov [bx], al inc bx in al, dx seg es mov [bx], al inc bx in al, dx seg es mov [bx], al inc bx dec cx jnz read_dac_loop pop dx pop cx pop bx pop ax ret ASM_END // -------------------------------------------------------------------------------------------- ASM_START biosfn_set_pel_mask: push ax push dx mov dx, # VGAREG_PEL_MASK mov al, bl out dx, al pop dx pop ax ret ASM_END // -------------------------------------------------------------------------------------------- ASM_START biosfn_read_pel_mask: push ax push dx mov dx, # VGAREG_PEL_MASK in al, dx mov bl, al pop dx pop ax ret ASM_END // -------------------------------------------------------------------------------------------- ASM_START biosfn_read_video_dac_state: push ax push dx mov dx, # VGAREG_ACTL_RESET in al, dx mov dx, # VGAREG_ACTL_ADDRESS mov al, #0x10 out dx, al mov dx, # VGAREG_ACTL_READ_DATA in al, dx mov bl, al shr bl, 7 mov dx, # VGAREG_ACTL_RESET in al, dx mov dx, # VGAREG_ACTL_ADDRESS mov al, #0x14 out dx, al mov dx, # VGAREG_ACTL_READ_DATA in al, dx mov bh, al and bh, #0x0f test bl, #0x01 jnz get_dac_16_page shr bh, 2 get_dac_16_page: mov dx, # VGAREG_ACTL_RESET in al, dx mov dx, # VGAREG_ACTL_ADDRESS mov al, #0x20 out dx, al pop dx pop ax ret ASM_END // -------------------------------------------------------------------------------------------- static void biosfn_perform_gray_scale_summing (start,count) Bit16u start;Bit16u count; {Bit8u r,g,b; Bit16u i; Bit16u index; inb(VGAREG_ACTL_RESET); outb(VGAREG_ACTL_ADDRESS,0x00); for( index = 0; index < count; index++ ) { // set read address and switch to read mode outb(VGAREG_DAC_READ_ADDRESS,start); // get 6-bit wide RGB data values r=inb( VGAREG_DAC_DATA ); g=inb( VGAREG_DAC_DATA ); b=inb( VGAREG_DAC_DATA ); // intensity = ( 0.3 * Red ) + ( 0.59 * Green ) + ( 0.11 * Blue ) i = ( ( 77*r + 151*g + 28*b ) + 0x80 ) >> 8; if(i>0x3f)i=0x3f; // set write address and switch to write mode outb(VGAREG_DAC_WRITE_ADDRESS,start); // write new intensity value outb( VGAREG_DAC_DATA, i&0xff ); outb( VGAREG_DAC_DATA, i&0xff ); outb( VGAREG_DAC_DATA, i&0xff ); start++; } inb(VGAREG_ACTL_RESET); outb(VGAREG_ACTL_ADDRESS,0x20); } // -------------------------------------------------------------------------------------------- static void get_font_access() { ASM_START mov dx, # VGAREG_SEQU_ADDRESS mov ax, #0x0100 out dx, ax mov ax, #0x0402 out dx, ax mov ax, #0x0704 out dx, ax mov ax, #0x0300 out dx, ax mov dx, # VGAREG_GRDC_ADDRESS mov ax, #0x0204 out dx, ax mov ax, #0x0005 out dx, ax mov ax, #0x0406 out dx, ax ASM_END } static void release_font_access() { ASM_START mov dx, # VGAREG_SEQU_ADDRESS mov ax, #0x0100 out dx, ax mov ax, #0x0302 out dx, ax mov ax, #0x0304 out dx, ax mov ax, #0x0300 out dx, ax mov dx, # VGAREG_READ_MISC_OUTPUT in al, dx and al, #0x01 shl al, 2 or al, #0x0a mov ah, al mov al, #0x06 mov dx, # VGAREG_GRDC_ADDRESS out dx, ax mov ax, #0x0004 out dx, ax mov ax, #0x1005 out dx, ax ASM_END } ASM_START idiv_u: xor dx,dx div bx ret ASM_END static void set_scan_lines(lines) Bit8u lines; { Bit16u crtc_addr,cols,page,vde; Bit8u crtc_r9,ovl,rows; crtc_addr = read_word(BIOSMEM_SEG,BIOSMEM_CRTC_ADDRESS); outb(crtc_addr, 0x09); crtc_r9 = inb(crtc_addr+1); crtc_r9 = (crtc_r9 & 0xe0) | (lines - 1); outb(crtc_addr+1, crtc_r9); if(lines==8) { biosfn_set_cursor_shape(0x06,0x07); } else { biosfn_set_cursor_shape(lines-4,lines-3); } write_word(BIOSMEM_SEG,BIOSMEM_CHAR_HEIGHT, lines); outb(crtc_addr, 0x12); vde = inb(crtc_addr+1); outb(crtc_addr, 0x07); ovl = inb(crtc_addr+1); vde += (((ovl & 0x02) << 7) + ((ovl & 0x40) << 3) + 1); rows = vde / lines; write_byte(BIOSMEM_SEG,BIOSMEM_NB_ROWS, rows-1); cols = read_word(BIOSMEM_SEG,BIOSMEM_NB_COLS); write_word(BIOSMEM_SEG,BIOSMEM_PAGE_SIZE, rows * cols * 2); } static void biosfn_load_text_user_pat (AL,ES,BP,CX,DX,BL,BH) Bit8u AL;Bit16u ES;Bit16u BP;Bit16u CX;Bit16u DX;Bit8u BL;Bit8u BH; { Bit16u blockaddr,dest,i,src; get_font_access(); blockaddr = ((BL & 0x03) << 14) + ((BL & 0x04) << 11); for(i=0;i=0x10) { set_scan_lines(BH); } } static void biosfn_load_text_8_14_pat (AL,BL) Bit8u AL;Bit8u BL; { Bit16u blockaddr,dest,i,src; get_font_access(); blockaddr = ((BL & 0x03) << 14) + ((BL & 0x04) << 11); for(i=0;i<0x100;i++) { src = i * 14; dest = blockaddr + i * 32; memcpyb(0xA000, dest, 0xC000, vgafont14+src, 14); } release_font_access(); if(AL>=0x10) { set_scan_lines(14); } } static void biosfn_load_text_8_8_pat (AL,BL) Bit8u AL;Bit8u BL; { Bit16u blockaddr,dest,i,src; get_font_access(); blockaddr = ((BL & 0x03) << 14) + ((BL & 0x04) << 11); for(i=0;i<0x100;i++) { src = i * 8; dest = blockaddr + i * 32; memcpyb(0xA000, dest, 0xC000, vgafont8+src, 8); } release_font_access(); if(AL>=0x10) { set_scan_lines(8); } } // -------------------------------------------------------------------------------------------- ASM_START biosfn_set_text_block_specifier: push ax push dx mov dx, # VGAREG_SEQU_ADDRESS mov ah, bl mov al, #0x03 out dx, ax pop dx pop ax ret ASM_END // -------------------------------------------------------------------------------------------- static void biosfn_load_text_8_16_pat (AL,BL) Bit8u AL;Bit8u BL; { Bit16u blockaddr,dest,i,src; get_font_access(); blockaddr = ((BL & 0x03) << 14) + ((BL & 0x04) << 11); for(i=0;i<0x100;i++) { src = i * 16; dest = blockaddr + i * 32; memcpyb(0xA000, dest, 0xC000, vgafont16+src, 16); } release_font_access(); if(AL>=0x10) { set_scan_lines(16); } } static void biosfn_load_gfx_8_8_chars (ES,BP) Bit16u ES;Bit16u BP; { #ifdef DEBUG unimplemented(); #endif } static void biosfn_load_gfx_user_chars (ES,BP,CX,BL,DL) Bit16u ES;Bit16u BP;Bit16u CX;Bit8u BL;Bit8u DL; { #ifdef DEBUG unimplemented(); #endif } static void biosfn_load_gfx_8_14_chars (BL) Bit8u BL; { #ifdef DEBUG unimplemented(); #endif } static void biosfn_load_gfx_8_8_dd_chars (BL) Bit8u BL; { #ifdef DEBUG unimplemented(); #endif } static void biosfn_load_gfx_8_16_chars (BL) Bit8u BL; { #ifdef DEBUG unimplemented(); #endif } // -------------------------------------------------------------------------------------------- static void biosfn_get_font_info (BH,ES,BP,CX,DX) Bit8u BH;Bit16u *ES;Bit16u *BP;Bit16u *CX;Bit16u *DX; {Bit16u ss=get_SS(); switch(BH) {case 0x00: write_word(ss,ES,read_word(0x00,0x1f*4)); write_word(ss,BP,read_word(0x00,(0x1f*4)+2)); break; case 0x01: write_word(ss,ES,read_word(0x00,0x43*4)); write_word(ss,BP,read_word(0x00,(0x43*4)+2)); break; case 0x02: write_word(ss,ES,0xC000); write_word(ss,BP,vgafont14); break; case 0x03: write_word(ss,ES,0xC000); write_word(ss,BP,vgafont8); break; case 0x04: write_word(ss,ES,0xC000); write_word(ss,BP,vgafont8+128*8); break; case 0x05: write_word(ss,ES,0xC000); write_word(ss,BP,vgafont14alt); break; case 0x06: write_word(ss,ES,0xC000); write_word(ss,BP,vgafont16); break; case 0x07: write_word(ss,ES,0xC000); write_word(ss,BP,vgafont16alt); break; default: #ifdef DEBUG printf("Get font info BH(%02x) was discarded\n",BH); #endif return; } // Set byte/char of on screen font write_word(ss,CX,(Bit16u)read_byte(BIOSMEM_SEG,BIOSMEM_CHAR_HEIGHT)); // Set Highest char row write_word(ss,DX,(Bit16u)read_byte(BIOSMEM_SEG,BIOSMEM_NB_ROWS)); } // -------------------------------------------------------------------------------------------- ASM_START biosfn_get_ega_info: push ds push ax mov ax, # BIOSMEM_SEG mov ds, ax xor ch, ch mov bx, # BIOSMEM_SWITCHES mov cl, [bx] and cl, #0x0f mov bx, # BIOSMEM_CRTC_ADDRESS mov ax, [bx] mov bx, #0x0003 cmp ax, # VGAREG_MDA_CRTC_ADDRESS jne mode_ega_color mov bh, #0x01 mode_ega_color: pop ax pop ds ret ASM_END // -------------------------------------------------------------------------------------------- static void biosfn_alternate_prtsc() { #ifdef DEBUG unimplemented(); #endif } // -------------------------------------------------------------------------------------------- ASM_START biosfn_select_vert_res: ; res : 00 200 lines, 01 350 lines, 02 400 lines push ds push bx push dx mov dl, al mov ax, # BIOSMEM_SEG mov ds, ax mov bx, # BIOSMEM_MODESET_CTL mov al, [bx] mov bx, # BIOSMEM_SWITCHES mov ah, [bx] cmp dl, #0x01 je vert_res_350 jb vert_res_200 cmp dl, #0x02 je vert_res_400 #ifdef DEBUG mov al, dl xor ah, ah push ax mov bx, #msg_vert_res push bx call _printf add sp, #4 #endif jmp set_retcode vert_res_400: ; reset modeset ctl bit 7 and set bit 4 ; set switches bit 3-0 to 0x09 and al, #0x7f or al, #0x10 and ah, #0xf0 or ah, #0x09 jnz set_vert_res vert_res_350: ; reset modeset ctl bit 7 and bit 4 ; set switches bit 3-0 to 0x09 and al, #0x6f and ah, #0xf0 or ah, #0x09 jnz set_vert_res vert_res_200: ; set modeset ctl bit 7 and reset bit 4 ; set switches bit 3-0 to 0x08 and al, #0xef or al, #0x80 and ah, #0xf0 or ah, #0x08 set_vert_res: mov bx, # BIOSMEM_MODESET_CTL mov [bx], al mov bx, # BIOSMEM_SWITCHES mov [bx], ah set_retcode: mov ax, #0x1212 pop dx pop bx pop ds ret #ifdef DEBUG msg_vert_res: .ascii "Select vert res (%02x) was discarded" .byte 0x0d,0x0a,0x00 #endif biosfn_enable_default_palette_loading: push ds push bx push dx mov dl, al and dl, #0x01 shl dl, 3 mov ax, # BIOSMEM_SEG mov ds, ax mov bx, # BIOSMEM_MODESET_CTL mov al, [bx] and al, #0xf7 or al, dl mov [bx], al mov ax, #0x1212 pop dx pop bx pop ds ret biosfn_enable_video_addressing: push bx push dx mov bl, al and bl, #0x01 xor bl, #0x01 shl bl, 1 mov dx, # VGAREG_READ_MISC_OUTPUT in al, dx and al, #0xfd or al, bl mov dx, # VGAREG_WRITE_MISC_OUTPUT out dx, al mov ax, #0x1212 pop dx pop bx ret biosfn_enable_grayscale_summing: push ds push bx push dx mov dl, al and dl, #0x01 xor dl, #0x01 shl dl, 1 mov ax, # BIOSMEM_SEG mov ds, ax mov bx, # BIOSMEM_MODESET_CTL mov al, [bx] and al, #0xfd or al, dl mov [bx], al mov ax, #0x1212 pop dx pop bx pop ds ret biosfn_enable_cursor_emulation: push ds push bx push dx mov dl, al and dl, #0x01 xor dl, #0x01 mov ax, # BIOSMEM_SEG mov ds, ax mov bx, # BIOSMEM_MODESET_CTL mov al, [bx] and al, #0xfe or al, dl mov [bx], al mov ax, #0x1212 pop dx pop bx pop ds ret ASM_END // -------------------------------------------------------------------------------------------- static void biosfn_switch_video_interface (AL,ES,DX) Bit8u AL;Bit16u ES;Bit16u DX; { #ifdef DEBUG unimplemented(); #endif } static void biosfn_enable_video_refresh_control (AL) Bit8u AL; { #ifdef DEBUG unimplemented(); #endif } // -------------------------------------------------------------------------------------------- static void biosfn_write_string (flag,page,attr,count,row,col,seg,offset) Bit8u flag;Bit8u page;Bit8u attr;Bit16u count;Bit8u row;Bit8u col;Bit16u seg;Bit16u offset; { Bit16u newcurs,oldcurs,dummy; Bit8u car,carattr; // Read curs info for the page biosfn_get_cursor_pos(page,&dummy,&oldcurs); // if row=0xff special case : use current cursor position if(row==0xff) {col=oldcurs&0x00ff; row=(oldcurs&0xff00)>>8; } newcurs=row; newcurs<<=8; newcurs+=col; biosfn_set_cursor_pos(page,newcurs); while(count--!=0) { car=read_byte(seg,offset++); if((flag&0x02)!=0) attr=read_byte(seg,offset++); biosfn_write_teletype(car,page,attr,WITH_ATTR); } // Set back curs pos if((flag&0x01)==0) biosfn_set_cursor_pos(page,oldcurs); } // -------------------------------------------------------------------------------------------- ASM_START biosfn_group_1A: cmp al, #0x00 je biosfn_read_display_code cmp al, #0x01 je biosfn_set_display_code #ifdef DEBUG call _unknown #endif ret biosfn_read_display_code: push ds push ax mov ax, # BIOSMEM_SEG mov ds, ax mov bx, # BIOSMEM_DCC_INDEX mov al, [bx] mov bl, al xor bh, bh pop ax mov al, ah pop ds ret biosfn_set_display_code: push ds push ax push bx mov ax, # BIOSMEM_SEG mov ds, ax mov ax, bx mov bx, # BIOSMEM_DCC_INDEX mov [bx], al #ifdef DEBUG mov al, ah xor ah, ah push ax mov bx, #msg_alt_dcc push bx call _printf add sp, #4 #endif pop bx pop ax mov al, ah pop ds ret #ifdef DEBUG msg_alt_dcc: .ascii "Alternate Display code (%02x) was discarded" .byte 0x0d,0x0a,0x00 #endif ASM_END // -------------------------------------------------------------------------------------------- static void biosfn_read_state_info (BX,ES,DI) Bit16u BX;Bit16u ES;Bit16u DI; { // Address of static functionality table write_word(ES,DI+0x00,&static_functionality); write_word(ES,DI+0x02,0xC000); // Hard coded copy from BIOS area. Should it be cleaner ? memcpyb(ES,DI+0x04,BIOSMEM_SEG,0x49,30); memcpyb(ES,DI+0x22,BIOSMEM_SEG,0x84,3); write_byte(ES,DI+0x25,read_byte(BIOSMEM_SEG,BIOSMEM_DCC_INDEX)); write_byte(ES,DI+0x26,0); write_byte(ES,DI+0x27,16); write_byte(ES,DI+0x28,0); write_byte(ES,DI+0x29,8); write_byte(ES,DI+0x2a,2); write_byte(ES,DI+0x2b,0); write_byte(ES,DI+0x2c,0); write_byte(ES,DI+0x31,3); write_byte(ES,DI+0x32,0); memsetb(ES,DI+0x33,0,13); } // -------------------------------------------------------------------------------------------- // -------------------------------------------------------------------------------------------- static Bit16u biosfn_read_video_state_size2 (CX) Bit16u CX; { Bit16u size; size = 0; if (CX & 1) { size += 0x46; } if (CX & 2) { size += (5 + 8 + 5) * 2 + 6; } if (CX & 4) { size += 3 + 256 * 3 + 1; } return size; } static void biosfn_read_video_state_size (CX, BX) Bit16u CX; Bit16u *BX; { Bit16u ss=get_SS(); write_word(ss, BX, biosfn_read_video_state_size2(CX)); } static Bit16u biosfn_save_video_state (CX,ES,BX) Bit16u CX;Bit16u ES;Bit16u BX; { Bit16u i, v, crtc_addr, ar_index; crtc_addr = read_word(BIOSMEM_SEG, BIOSMEM_CRTC_ADDRESS); if (CX & 1) { write_byte(ES, BX, inb(VGAREG_SEQU_ADDRESS)); BX++; write_byte(ES, BX, inb(crtc_addr)); BX++; write_byte(ES, BX, inb(VGAREG_GRDC_ADDRESS)); BX++; inb(VGAREG_ACTL_RESET); ar_index = inb(VGAREG_ACTL_ADDRESS); write_byte(ES, BX, ar_index); BX++; write_byte(ES, BX, inb(VGAREG_READ_FEATURE_CTL)); BX++; for(i=1;i<=4;i++){ outb(VGAREG_SEQU_ADDRESS, i); write_byte(ES, BX, inb(VGAREG_SEQU_DATA)); BX++; } outb(VGAREG_SEQU_ADDRESS, 0); write_byte(ES, BX, inb(VGAREG_SEQU_DATA)); BX++; for(i=0;i<=0x18;i++) { outb(crtc_addr,i); write_byte(ES, BX, inb(crtc_addr+1)); BX++; } for(i=0;i<=0x13;i++) { inb(VGAREG_ACTL_RESET); outb(VGAREG_ACTL_ADDRESS, i | (ar_index & 0x20)); write_byte(ES, BX, inb(VGAREG_ACTL_READ_DATA)); BX++; } inb(VGAREG_ACTL_RESET); for(i=0;i<=8;i++) { outb(VGAREG_GRDC_ADDRESS,i); write_byte(ES, BX, inb(VGAREG_GRDC_DATA)); BX++; } write_word(ES, BX, crtc_addr); BX+= 2; /* XXX: read plane latches */ write_byte(ES, BX, 0); BX++; write_byte(ES, BX, 0); BX++; write_byte(ES, BX, 0); BX++; write_byte(ES, BX, 0); BX++; } if (CX & 2) { write_byte(ES, BX, read_byte(BIOSMEM_SEG,BIOSMEM_CURRENT_MODE)); BX++; write_word(ES, BX, read_word(BIOSMEM_SEG,BIOSMEM_NB_COLS)); BX += 2; write_word(ES, BX, read_word(BIOSMEM_SEG,BIOSMEM_PAGE_SIZE)); BX += 2; write_word(ES, BX, read_word(BIOSMEM_SEG,BIOSMEM_CRTC_ADDRESS)); BX += 2; write_byte(ES, BX, read_byte(BIOSMEM_SEG,BIOSMEM_NB_ROWS)); BX++; write_word(ES, BX, read_word(BIOSMEM_SEG,BIOSMEM_CHAR_HEIGHT)); BX += 2; write_byte(ES, BX, read_byte(BIOSMEM_SEG,BIOSMEM_VIDEO_CTL)); BX++; write_byte(ES, BX, read_byte(BIOSMEM_SEG,BIOSMEM_SWITCHES)); BX++; write_byte(ES, BX, read_byte(BIOSMEM_SEG,BIOSMEM_MODESET_CTL)); BX++; write_word(ES, BX, read_word(BIOSMEM_SEG,BIOSMEM_CURSOR_TYPE)); BX += 2; for(i=0;i<8;i++) { write_word(ES, BX, read_word(BIOSMEM_SEG, BIOSMEM_CURSOR_POS+2*i)); BX += 2; } write_word(ES, BX, read_word(BIOSMEM_SEG,BIOSMEM_CURRENT_START)); BX += 2; write_byte(ES, BX, read_byte(BIOSMEM_SEG,BIOSMEM_CURRENT_PAGE)); BX++; /* current font */ write_word(ES, BX, read_word(0, 0x1f * 4)); BX += 2; write_word(ES, BX, read_word(0, 0x1f * 4 + 2)); BX += 2; write_word(ES, BX, read_word(0, 0x43 * 4)); BX += 2; write_word(ES, BX, read_word(0, 0x43 * 4 + 2)); BX += 2; } if (CX & 4) { /* XXX: check this */ write_byte(ES, BX, inb(VGAREG_DAC_STATE)); BX++; /* read/write mode dac */ write_byte(ES, BX, inb(VGAREG_DAC_WRITE_ADDRESS)); BX++; /* pix address */ write_byte(ES, BX, inb(VGAREG_PEL_MASK)); BX++; // Set the whole dac always, from 0 outb(VGAREG_DAC_WRITE_ADDRESS,0x00); for(i=0;i<256*3;i++) { write_byte(ES, BX, inb(VGAREG_DAC_DATA)); BX++; } write_byte(ES, BX, 0); BX++; /* color select register */ } return BX; } static Bit16u biosfn_restore_video_state (CX,ES,BX) Bit16u CX;Bit16u ES;Bit16u BX; { Bit16u i, crtc_addr, v, addr1, ar_index; if (CX & 1) { // Reset Attribute Ctl flip-flop inb(VGAREG_ACTL_RESET); crtc_addr = read_word(ES, BX + 0x40); addr1 = BX; BX += 5; for(i=1;i<=4;i++){ outb(VGAREG_SEQU_ADDRESS, i); outb(VGAREG_SEQU_DATA, read_byte(ES, BX)); BX++; } outb(VGAREG_SEQU_ADDRESS, 0); outb(VGAREG_SEQU_DATA, read_byte(ES, BX)); BX++; // Disable CRTC write protection outw(crtc_addr,0x0011); // Set CRTC regs for(i=0;i<=0x18;i++) { if (i != 0x11) { outb(crtc_addr,i); outb(crtc_addr+1, read_byte(ES, BX)); } BX++; } // select crtc base address v = inb(VGAREG_READ_MISC_OUTPUT) & ~0x01; if (crtc_addr = 0x3d4) v |= 0x01; outb(VGAREG_WRITE_MISC_OUTPUT, v); // enable write protection if needed outb(crtc_addr, 0x11); outb(crtc_addr+1, read_byte(ES, BX - 0x18 + 0x11)); // Set Attribute Ctl ar_index = read_byte(ES, addr1 + 0x03); inb(VGAREG_ACTL_RESET); for(i=0;i<=0x13;i++) { outb(VGAREG_ACTL_ADDRESS, i | (ar_index & 0x20)); outb(VGAREG_ACTL_WRITE_DATA, read_byte(ES, BX)); BX++; } outb(VGAREG_ACTL_ADDRESS, ar_index); inb(VGAREG_ACTL_RESET); for(i=0;i<=8;i++) { outb(VGAREG_GRDC_ADDRESS,i); outb(VGAREG_GRDC_DATA, read_byte(ES, BX)); BX++; } BX += 2; /* crtc_addr */ BX += 4; /* plane latches */ outb(VGAREG_SEQU_ADDRESS, read_byte(ES, addr1)); addr1++; outb(crtc_addr, read_byte(ES, addr1)); addr1++; outb(VGAREG_GRDC_ADDRESS, read_byte(ES, addr1)); addr1++; addr1++; outb(crtc_addr - 0x4 + 0xa, read_byte(ES, addr1)); addr1++; } if (CX & 2) { write_byte(BIOSMEM_SEG,BIOSMEM_CURRENT_MODE, read_byte(ES, BX)); BX++; write_word(BIOSMEM_SEG,BIOSMEM_NB_COLS, read_word(ES, BX)); BX += 2; write_word(BIOSMEM_SEG,BIOSMEM_PAGE_SIZE, read_word(ES, BX)); BX += 2; write_word(BIOSMEM_SEG,BIOSMEM_CRTC_ADDRESS, read_word(ES, BX)); BX += 2; write_byte(BIOSMEM_SEG,BIOSMEM_NB_ROWS, read_byte(ES, BX)); BX++; write_word(BIOSMEM_SEG,BIOSMEM_CHAR_HEIGHT, read_word(ES, BX)); BX += 2; write_byte(BIOSMEM_SEG,BIOSMEM_VIDEO_CTL, read_byte(ES, BX)); BX++; write_byte(BIOSMEM_SEG,BIOSMEM_SWITCHES, read_byte(ES, BX)); BX++; write_byte(BIOSMEM_SEG,BIOSMEM_MODESET_CTL, read_byte(ES, BX)); BX++; write_word(BIOSMEM_SEG,BIOSMEM_CURSOR_TYPE, read_word(ES, BX)); BX += 2; for(i=0;i<8;i++) { write_word(BIOSMEM_SEG, BIOSMEM_CURSOR_POS+2*i, read_word(ES, BX)); BX += 2; } write_word(BIOSMEM_SEG,BIOSMEM_CURRENT_START, read_word(ES, BX)); BX += 2; write_byte(BIOSMEM_SEG,BIOSMEM_CURRENT_PAGE, read_byte(ES, BX)); BX++; /* current font */ write_word(0, 0x1f * 4, read_word(ES, BX)); BX += 2; write_word(0, 0x1f * 4 + 2, read_word(ES, BX)); BX += 2; write_word(0, 0x43 * 4, read_word(ES, BX)); BX += 2; write_word(0, 0x43 * 4 + 2, read_word(ES, BX)); BX += 2; } if (CX & 4) { BX++; v = read_byte(ES, BX); BX++; outb(VGAREG_PEL_MASK, read_byte(ES, BX)); BX++; // Set the whole dac always, from 0 outb(VGAREG_DAC_WRITE_ADDRESS,0x00); for(i=0;i<256*3;i++) { outb(VGAREG_DAC_DATA, read_byte(ES, BX)); BX++; } BX++; outb(VGAREG_DAC_WRITE_ADDRESS, v); } return BX; } // ============================================================================================ // // Video Utils // // ============================================================================================ // -------------------------------------------------------------------------------------------- static Bit8u find_vga_entry(mode) Bit8u mode; { Bit8u i,line=0xFF; for(i=0;i<=MODE_MAX;i++) if(vga_modes[i].svgamode==mode) {line=i; break; } return line; } /* =========================================================== */ /* * Misc Utils */ /* =========================================================== */ // -------------------------------------------------------------------------------------------- static void memsetb(seg,offset,value,count) Bit16u seg; Bit16u offset; Bit16u value; Bit16u count; { ASM_START push bp mov bp, sp push ax push cx push es push di mov cx, 10[bp] ; count cmp cx, #0x00 je memsetb_end mov ax, 4[bp] ; segment mov es, ax mov ax, 6[bp] ; offset mov di, ax mov al, 8[bp] ; value cld rep stosb memsetb_end: pop di pop es pop cx pop ax pop bp ASM_END } // -------------------------------------------------------------------------------------------- static void memsetw(seg,offset,value,count) Bit16u seg; Bit16u offset; Bit16u value; Bit16u count; { ASM_START push bp mov bp, sp push ax push cx push es push di mov cx, 10[bp] ; count cmp cx, #0x00 je memsetw_end mov ax, 4[bp] ; segment mov es, ax mov ax, 6[bp] ; offset mov di, ax mov ax, 8[bp] ; value cld rep stosw memsetw_end: pop di pop es pop cx pop ax pop bp ASM_END } // -------------------------------------------------------------------------------------------- static void memcpyb(dseg,doffset,sseg,soffset,count) Bit16u dseg; Bit16u doffset; Bit16u sseg; Bit16u soffset; Bit16u count; { ASM_START push bp mov bp, sp push ax push cx push es push di push ds push si mov cx, 12[bp] ; count cmp cx, #0x0000 je memcpyb_end mov ax, 4[bp] ; dsegment mov es, ax mov ax, 6[bp] ; doffset mov di, ax mov ax, 8[bp] ; ssegment mov ds, ax mov ax, 10[bp] ; soffset mov si, ax cld rep movsb memcpyb_end: pop si pop ds pop di pop es pop cx pop ax pop bp ASM_END } // -------------------------------------------------------------------------------------------- static void memcpyw(dseg,doffset,sseg,soffset,count) Bit16u dseg; Bit16u doffset; Bit16u sseg; Bit16u soffset; Bit16u count; { ASM_START push bp mov bp, sp push ax push cx push es push di push ds push si mov cx, 12[bp] ; count cmp cx, #0x0000 je memcpyw_end mov ax, 4[bp] ; dsegment mov es, ax mov ax, 6[bp] ; doffset mov di, ax mov ax, 8[bp] ; ssegment mov ds, ax mov ax, 10[bp] ; soffset mov si, ax cld rep movsw memcpyw_end: pop si pop ds pop di pop es pop cx pop ax pop bp ASM_END } /* =========================================================== */ /* * These functions where ripped from Kevin's rombios.c */ /* =========================================================== */ // -------------------------------------------------------------------------------------------- static Bit8u read_byte(seg, offset) Bit16u seg; Bit16u offset; { ASM_START push bp mov bp, sp push bx push ds mov ax, 4[bp] ; segment mov ds, ax mov bx, 6[bp] ; offset mov al, [bx] ;; al = return value (byte) pop ds pop bx pop bp ASM_END } // -------------------------------------------------------------------------------------------- static Bit16u read_word(seg, offset) Bit16u seg; Bit16u offset; { ASM_START push bp mov bp, sp push bx push ds mov ax, 4[bp] ; segment mov ds, ax mov bx, 6[bp] ; offset mov ax, [bx] ;; ax = return value (word) pop ds pop bx pop bp ASM_END } // -------------------------------------------------------------------------------------------- static void write_byte(seg, offset, data) Bit16u seg; Bit16u offset; Bit8u data; { ASM_START push bp mov bp, sp push ax push bx push ds mov ax, 4[bp] ; segment mov ds, ax mov bx, 6[bp] ; offset mov al, 8[bp] ; data byte mov [bx], al ; write data byte pop ds pop bx pop ax pop bp ASM_END } // -------------------------------------------------------------------------------------------- static void write_word(seg, offset, data) Bit16u seg; Bit16u offset; Bit16u data; { ASM_START push bp mov bp, sp push ax push bx push ds mov ax, 4[bp] ; segment mov ds, ax mov bx, 6[bp] ; offset mov ax, 8[bp] ; data word mov [bx], ax ; write data word pop ds pop bx pop ax pop bp ASM_END } // -------------------------------------------------------------------------------------------- Bit8u inb(port) Bit16u port; { ASM_START push bp mov bp, sp push dx mov dx, 4[bp] in al, dx pop dx pop bp ASM_END } Bit16u inw(port) Bit16u port; { ASM_START push bp mov bp, sp push dx mov dx, 4[bp] in ax, dx pop dx pop bp ASM_END } // -------------------------------------------------------------------------------------------- void outb(port, val) Bit16u port; Bit8u val; { ASM_START push bp mov bp, sp push ax push dx mov dx, 4[bp] mov al, 6[bp] out dx, al pop dx pop ax pop bp ASM_END } // -------------------------------------------------------------------------------------------- void outw(port, val) Bit16u port; Bit16u val; { ASM_START push bp mov bp, sp push ax push dx mov dx, 4[bp] mov ax, 6[bp] out dx, ax pop dx pop ax pop bp ASM_END } Bit16u get_SS() { ASM_START mov ax, ss ASM_END } #ifdef DEBUG void unimplemented() { printf("--> Unimplemented\n"); } void unknown() { printf("--> Unknown int10\n"); } #endif // -------------------------------------------------------------------------------------------- #if defined(USE_BX_INFO) || defined(DEBUG) || defined(CIRRUS_DEBUG) void printf(s) Bit8u *s; { Bit8u c, format_char; Boolean in_format; unsigned format_width, i; Bit16u *arg_ptr; Bit16u arg_seg, arg, digit, nibble, shift_count; arg_ptr = &s; arg_seg = get_SS(); in_format = 0; format_width = 0; while (c = read_byte(0xc000, s)) { if ( c == '%' ) { in_format = 1; format_width = 0; } else if (in_format) { if ( (c>='0') && (c<='9') ) { format_width = (format_width * 10) + (c - '0'); } else if (c == 'x') { arg_ptr++; // increment to next arg arg = read_word(arg_seg, arg_ptr); if (format_width == 0) format_width = 4; i = 0; digit = format_width - 1; for (i=0; i> (4 * digit)) & 0x000f; if (nibble <= 9) outb(0x0500, nibble + '0'); else outb(0x0500, (nibble - 10) + 'A'); digit--; } in_format = 0; } //else if (c == 'd') { // in_format = 0; // } } else { outb(0x0500, c); } s ++; } } #endif ASM_START ; get LFB address from PCI ; in - ax: PCI device vendor ; out - ax: LFB address (high 16 bit) ;; NOTE - may be called in protected mode _pci_get_lfb_addr: push bx push cx push dx push eax mov bx, ax xor cx, cx mov dl, #0x00 call pci_read_reg cmp ax, #0xffff jz pci_get_lfb_addr_5 pci_get_lfb_addr_3: mov dl, #0x00 call pci_read_reg cmp ax, bx ;; check vendor jz pci_get_lfb_addr_4 add cx, #0x8 cmp cx, #0x200 ;; search bus #0 and #1 jb pci_get_lfb_addr_3 pci_get_lfb_addr_5: xor dx, dx ;; no LFB jmp pci_get_lfb_addr_6 pci_get_lfb_addr_4: mov dl, #0x10 ;; I/O space #0 call pci_read_reg test ax, #0xfff1 jnz pci_get_lfb_addr_5 shr eax, #16 mov dx, ax ;; LFB address pci_get_lfb_addr_6: pop eax mov ax, dx pop dx pop cx pop bx ret ; read PCI register ; in - cx: device/function ; in - dl: register ; out - eax: value pci_read_reg: mov eax, #0x00800000 mov ax, cx shl eax, #8 mov al, dl mov dx, #0xcf8 out dx, eax add dl, #4 in eax, dx ret ASM_END #ifdef VBE #include "vbe.c" #endif #ifdef CIRRUS #include "clext.c" #endif // -------------------------------------------------------------------------------------------- ASM_START ;; DATA_SEG_DEFS_HERE ASM_END ASM_START .ascii "vgabios ends here" .byte 0x00 vgabios_end: .byte 0xCB ;; BLOCK_STRINGS_BEGIN ASM_END vgabios-0.6c/vgabios.txt0000644000175000001440001217767411167152301014616 0ustar volkerusers00001 ! 1 00002 ! 1 # 1 "_vgabios_.c" 00003 ! 1 # 7 00004 ! 7 typedef unsigned char Bit8u; 00005 !BCC_EOS 00006 ! 8 typedef unsigned short Bit16u; 00007 !BCC_EOS 00008 ! 9 typedef unsigned long Bit32u; 00009 !BCC_EOS 00010 ! 10 typedef unsigned short Boolean; 00011 !BCC_EOS 00012 ! 11 void dispi_set_enable(enable); 00013 !BCC_EOS 00014 ! 12 00015 ! 13 00016 ! 14 00017 ! 15 Boolean vbe_has_vbe_display(); 00018 !BCC_EOS 00019 ! 16 void vbe_biosfn_return_controller_information(AX, ES, DI); 00020 !BCC_EOS 00021 ! 17 void vbe_biosfn_return_mode_information(AX, CX, ES, DI); 00022 !BCC_EOS 00023 ! 18 void vbe_biosfn_set_mode(AX, BX, ES, DI); 00024 !BCC_EOS 00025 ! 19 void vbe_biosfn_save_restore_state(AX, CX, DX, ES, BX); 00026 !BCC_EOS 00027 ! 20 void vbe_biosfn_set_get_palette_data(AX); 00028 !BCC_EOS 00029 ! 21 void vbe_biosfn_return_protected_mode_interface(AX); 00030 !BCC_EOS 00031 ! 22 00032 ! 23 00033 ! 24 typedef struct VbeInfoBlock 00034 ! 25 { 00035 ! 26 Bit8u VbeSignature[4]; 00036 !BCC_EOS 00037 ! 27 Bit16u VbeVersion; 00038 !BCC_EOS 00039 ! 28 Bit16u OemStringPtr_Off; 00040 !BCC_EOS 00041 ! 29 Bit16u OemStringPtr_Seg; 00042 !BCC_EOS 00043 ! 30 Bit8u Capabilities[4]; 00044 !BCC_EOS 00045 ! 31 Bit16u VideoModePtr_Off; 00046 !BCC_EOS 00047 ! 32 Bit16u VideoModePtr_Seg; 00048 !BCC_EOS 00049 ! 33 Bit16u TotalMemory; 00050 !BCC_EOS 00051 ! 34 Bit16u OemSoftwareRev; 00052 !BCC_EOS 00053 ! 35 Bit16u OemVendorNamePtr_Off; 00054 !BCC_EOS 00055 ! 36 Bit16u OemVendorNamePtr_Seg; 00056 !BCC_EOS 00057 ! 37 Bit16u OemProductNamePtr_Off; 00058 !BCC_EOS 00059 ! 38 Bit16u OemProductNamePtr_Seg; 00060 !BCC_EOS 00061 ! 39 Bit16u OemProductRevPtr_Off; 00062 !BCC_EOS 00063 ! 40 Bit16u OemProductRevPtr_Seg; 00064 !BCC_EOS 00065 ! 41 Bit16u Reserved[111]; 00066 !BCC_EOS 00067 ! 42 Bit8u OemData[256]; 00068 !BCC_EOS 00069 ! 43 } VbeInfoBlock; 00070 !BCC_EOS 00071 ! 44 # 48 00072 ! 48 typedef struct ModeInfoBlockCompact 00073 ! 49 { 00074 ! 50 00075 ! 51 Bit16u ModeAttributes; 00076 !BCC_EOS 00077 ! 52 Bit8u WinAAttributes; 00078 !BCC_EOS 00079 ! 53 Bit8u WinBAttributes; 00080 !BCC_EOS 00081 ! 54 Bit16u WinGranularity; 00082 !BCC_EOS 00083 ! 55 Bit16u WinSize; 00084 !BCC_EOS 00085 ! 56 Bit16u WinASegment; 00086 !BCC_EOS 00087 ! 57 Bit16u WinBSegment; 00088 !BCC_EOS 00089 ! 58 Bit32u WinFuncPtr; 00090 !BCC_EOS 00091 ! 59 Bit16u BytesPerScanLine; 00092 !BCC_EOS 00093 ! 60 00094 ! 61 Bit16u XResolution; 00095 !BCC_EOS 00096 ! 62 Bit16u YResolution; 00097 !BCC_EOS 00098 ! 63 Bit8u XCharSize; 00099 !BCC_EOS 00100 ! 64 Bit8u YCharSize; 00101 !BCC_EOS 00102 ! 65 Bit8u NumberOfPlanes; 00103 !BCC_EOS 00104 ! 66 Bit8u BitsPerPixel; 00105 !BCC_EOS 00106 ! 67 Bit8u NumberOfBanks; 00107 !BCC_EOS 00108 ! 68 Bit8u MemoryModel; 00109 !BCC_EOS 00110 ! 69 Bit8u BankSize; 00111 !BCC_EOS 00112 ! 70 Bit8u NumberOfImagePages; 00113 !BCC_EOS 00114 ! 71 Bit8u Reserved_page; 00115 !BCC_EOS 00116 ! 72 00117 ! 73 Bit8u RedMaskSize; 00118 !BCC_EOS 00119 ! 74 Bit8u RedFieldPosition; 00120 !BCC_EOS 00121 ! 75 Bit8u GreenMaskSize; 00122 !BCC_EOS 00123 ! 76 Bit8u GreenFieldPosition; 00124 !BCC_EOS 00125 ! 77 Bit8u BlueMaskSize; 00126 !BCC_EOS 00127 ! 78 Bit8u BlueFieldPosition; 00128 !BCC_EOS 00129 ! 79 Bit8u RsvdMaskSize; 00130 !BCC_EOS 00131 ! 80 Bit8u RsvdFieldPosition; 00132 !BCC_EOS 00133 ! 81 Bit8u DirectColorModeInfo; 00134 !BCC_EOS 00135 ! 82 00136 ! 83 Bit32u PhysBasePtr; 00137 !BCC_EOS 00138 ! 84 Bit32u OffScreenMemOffset; 00139 !BCC_EOS 00140 ! 85 Bit16u OffScreenMemSize; 00141 !BCC_EOS 00142 ! 86 00143 ! 87 Bit16u LinBytesPerScanLine; 00144 !BCC_EOS 00145 ! 88 Bit8u BnkNumberOfPages; 00146 !BCC_EOS 00147 ! 89 Bit8u LinNumberOfPages; 00148 !BCC_EOS 00149 ! 90 Bit8u LinRedMaskSize; 00150 !BCC_EOS 00151 ! 91 Bit8u LinRedFieldPosition; 00152 !BCC_EOS 00153 ! 92 Bit8u LinGreenMaskSize; 00154 !BCC_EOS 00155 ! 93 Bit 00156 ! 93 8u LinGreenFieldPosition; 00157 !BCC_EOS 00158 ! 94 Bit8u LinBlueMaskSize; 00159 !BCC_EOS 00160 ! 95 Bit8u LinBlueFieldPosition; 00161 !BCC_EOS 00162 ! 96 Bit8u LinRsvdMaskSize; 00163 !BCC_EOS 00164 ! 97 Bit8u LinRsvdFieldPosition; 00165 !BCC_EOS 00166 ! 98 Bit32u MaxPixelClock; 00167 !BCC_EOS 00168 ! 99 00169 ! 100 } ModeInfoBlockCompact; 00170 !BCC_EOS 00171 ! 101 00172 ! 102 typedef struct ModeInfoBlock 00173 ! 103 { 00174 ! 104 00175 ! 105 Bit16u ModeAttributes; 00176 !BCC_EOS 00177 ! 106 Bit8u WinAAttributes; 00178 !BCC_EOS 00179 ! 107 Bit8u WinBAttributes; 00180 !BCC_EOS 00181 ! 108 Bit16u WinGranularity; 00182 !BCC_EOS 00183 ! 109 Bit16u WinSize; 00184 !BCC_EOS 00185 ! 110 Bit16u WinASegment; 00186 !BCC_EOS 00187 ! 111 Bit16u WinBSegment; 00188 !BCC_EOS 00189 ! 112 Bit32u WinFuncPtr; 00190 !BCC_EOS 00191 ! 113 Bit16u BytesPerScanLine; 00192 !BCC_EOS 00193 ! 114 00194 ! 115 Bit16u XResolution; 00195 !BCC_EOS 00196 ! 116 Bit16u YResolution; 00197 !BCC_EOS 00198 ! 117 Bit8u XCharSize; 00199 !BCC_EOS 00200 ! 118 Bit8u YCharSize; 00201 !BCC_EOS 00202 ! 119 Bit8u NumberOfPlanes; 00203 !BCC_EOS 00204 ! 120 Bit8u BitsPerPixel; 00205 !BCC_EOS 00206 ! 121 Bit8u NumberOfBanks; 00207 !BCC_EOS 00208 ! 122 Bit8u MemoryModel; 00209 !BCC_EOS 00210 ! 123 Bit8u BankSize; 00211 !BCC_EOS 00212 ! 124 Bit8u NumberOfImagePages; 00213 !BCC_EOS 00214 ! 125 Bit8u Reserved_page; 00215 !BCC_EOS 00216 ! 126 00217 ! 127 Bit8u RedMaskSize; 00218 !BCC_EOS 00219 ! 128 Bit8u RedFieldPosition; 00220 !BCC_EOS 00221 ! 129 Bit8u GreenMaskSize; 00222 !BCC_EOS 00223 ! 130 Bit8u GreenFieldPosition; 00224 !BCC_EOS 00225 ! 131 Bit8u BlueMaskSize; 00226 !BCC_EOS 00227 ! 132 Bit8u BlueFieldPosition; 00228 !BCC_EOS 00229 ! 133 Bit8u RsvdMaskSize; 00230 !BCC_EOS 00231 ! 134 Bit8u RsvdFieldPosition; 00232 !BCC_EOS 00233 ! 135 Bit8u DirectColorModeInfo; 00234 !BCC_EOS 00235 ! 136 00236 ! 137 Bit32u PhysBasePtr; 00237 !BCC_EOS 00238 ! 138 Bit32u OffScreenMemOffset; 00239 !BCC_EOS 00240 ! 139 Bit16u OffScreenMemSize; 00241 !BCC_EOS 00242 ! 140 00243 ! 141 Bit16u LinBytesPerScanLine; 00244 !BCC_EOS 00245 ! 142 Bit8u BnkNumberOfPages; 00246 !BCC_EOS 00247 ! 143 Bit8u LinNumberOfPages; 00248 !BCC_EOS 00249 ! 144 Bit8u LinRedMaskSize; 00250 !BCC_EOS 00251 ! 145 Bit8u LinRedFieldPosition; 00252 !BCC_EOS 00253 ! 146 Bit8u LinGreenMaskSize; 00254 !BCC_EOS 00255 ! 147 Bit8u LinGreenFieldPosition; 00256 !BCC_EOS 00257 ! 148 Bit8u LinBlueMaskSize; 00258 !BCC_EOS 00259 ! 149 Bit8u LinBlueFieldPosition; 00260 !BCC_EOS 00261 ! 150 Bit8u LinRsvdMaskSize; 00262 !BCC_EOS 00263 ! 151 Bit8u LinRsvdFieldPosition; 00264 !BCC_EOS 00265 ! 152 Bit32u MaxPixelClock; 00266 !BCC_EOS 00267 ! 153 Bit8u Reserved[189]; 00268 !BCC_EOS 00269 ! 154 } ModeInfoBlock; 00270 !BCC_EOS 00271 ! 155 00272 ! 156 typedef struct ModeInfoListItem 00273 ! 157 { 00274 ! 158 Bit16u mode; 00275 !BCC_EOS 00276 ! 159 ModeInfoBlockCompact info; 00277 !BCC_EOS 00278 ! 160 } ModeInfoListItem; 00279 !BCC_EOS 00280 ! 161 static Bit8u read_byte(); 00281 !BCC_EOS 00282 ! 162 static Bit16u read_word(); 00283 !BCC_EOS 00284 ! 163 static void write_byte(); 00285 !BCC_EOS 00286 ! 164 static void write_word(); 00287 !BCC_EOS 00288 ! 165 static Bit8u inb(); 00289 !BCC_EOS 00290 ! 166 static Bit16u inw(); 00291 !BCC_EOS 00292 ! 167 static void outb(); 00293 !BCC_EOS 00294 ! 168 static void outw(); 00295 !BCC_EOS 00296 ! 169 static Bit16u get_SS(); 00297 !BCC_EOS 00298 ! 170 static void printf(); 00299 !BCC_EOS 00300 ! 171 static void unimplemented(); 00301 !BCC_EOS 00302 ! 172 static void unknown(); 00303 !BCC_EOS 00304 ! 173 static Bit8u find_vga_entry(); 00305 !BCC_EOS 00306 ! 174 static void memsetb(); 00307 !BCC_EOS 00308 ! 175 static void memsetw(); 00309 !BCC_EOS 00310 ! 176 static void memcpyb(); 00311 !BCC_EOS 00312 ! 177 static void memcpyw(); 00313 !BCC_EOS 00314 ! 178 static void biosfn_set_video_mode(); 00315 !BCC_EOS 00316 ! 179 static void biosfn_set_cursor_shape(); 00317 !BCC_EOS 00318 ! 180 static void biosfn_set_cursor_pos(); 00319 !BCC_EOS 00320 ! 181 static void biosfn_get_cursor_pos(); 00321 !BCC_EOS 00322 ! 182 st 00323 ! 182 atic void biosfn_set_active_page(); 00324 !BCC_EOS 00325 ! 183 static void biosfn_scroll(); 00326 !BCC_EOS 00327 ! 184 static void biosfn_read_char_attr(); 00328 !BCC_EOS 00329 ! 185 static void biosfn_write_char_attr(); 00330 !BCC_EOS 00331 ! 186 static void biosfn_write_char_only(); 00332 !BCC_EOS 00333 ! 187 static void biosfn_write_pixel(); 00334 !BCC_EOS 00335 ! 188 static void biosfn_read_pixel(); 00336 !BCC_EOS 00337 ! 189 static void biosfn_write_teletype(); 00338 !BCC_EOS 00339 ! 190 static void biosfn_perform_gray_scale_summing(); 00340 !BCC_EOS 00341 ! 191 static void biosfn_load_text_user_pat(); 00342 !BCC_EOS 00343 ! 192 static void biosfn_load_text_8_14_pat(); 00344 !BCC_EOS 00345 ! 193 static void biosfn_load_text_8_8_pat(); 00346 !BCC_EOS 00347 ! 194 static void biosfn_load_text_8_16_pat(); 00348 !BCC_EOS 00349 ! 195 static void biosfn_load_gfx_8_8_chars(); 00350 !BCC_EOS 00351 ! 196 static void biosfn_load_gfx_user_chars(); 00352 !BCC_EOS 00353 ! 197 static void biosfn_load_gfx_8_14_chars(); 00354 !BCC_EOS 00355 ! 198 static void biosfn_load_gfx_8_8_dd_chars(); 00356 !BCC_EOS 00357 ! 199 static void biosfn_load_gfx_8_16_chars(); 00358 !BCC_EOS 00359 ! 200 static void biosfn_get_font_info(); 00360 !BCC_EOS 00361 ! 201 static void biosfn_alternate_prtsc(); 00362 !BCC_EOS 00363 ! 202 static void biosfn_switch_video_interface(); 00364 !BCC_EOS 00365 ! 203 static void biosfn_enable_video_refresh_control(); 00366 !BCC_EOS 00367 ! 204 static void biosfn_write_string(); 00368 !BCC_EOS 00369 ! 205 static void biosfn_read_state_info(); 00370 !BCC_EOS 00371 ! 206 static void biosfn_read_video_state_size(); 00372 !BCC_EOS 00373 ! 207 static Bit16u biosfn_save_video_state(); 00374 !BCC_EOS 00375 ! 208 static Bit16u biosfn_restore_video_state(); 00376 !BCC_EOS 00377 ! 209 extern Bit8u video_save_pointer_table[]; 00378 !BCC_EOS 00379 ! 210 #asm 00380 !BCC_ASM 00381 MACRO SET_INT_VECTOR 00382 push ds 00383 xor ax, ax 00384 mov ds, ax 00385 mov ax, ?3 00386 mov ?1*4, ax 00387 mov ax, ?2 00388 mov ?1*4+2, ax 00389 pop ds 00390 MEND 00391 ! 221 endasm 00392 !BCC_ENDASM 00393 ! 222 #asm 00394 !BCC_ASM 00395 00396 0000 .rom 00397 0000 .org 0 00398 use16 386 00399 00000000 vgabios_start: 00400 0000 55 .byte 0x55, 0xaa 00401 0002 40 .byte 0x40 00402 00000003 vgabios_entry_point: 00403 0003 E9 00FC jmp vgabios_init_func 00404 001E .org 0x1e 00405 001E 49 .ascii "IBM" 00406 0021 00 .byte 0x00 00407 00000022 vgabios_name: 00408 0022 50 .ascii "Plex86/Bochs VGABios" 00409 0036 20 .ascii " " 00410 0037 00 .byte 0x00 00411 00000038 vgabios_version: 00412 0038 30 .ascii "0.6c" 00413 003C 20 .ascii " " 00414 0000003D vgabios_date: 00415 003D 30 .ascii "08 Apr 2009" 00416 0048 0A .byte 0x0a,0x0d 00417 004A 00 .byte 0x00 00418 0000004B vgabios_copyright: 00419 004B 28 .ascii "(C) 2008 the LGPL VGABios developers Team" 00420 0074 0A .byte 0x0a,0x0d 00421 0076 00 .byte 0x00 00422 00000077 vgabios_license: 00423 0077 54 .ascii "This VGA/VBE Bios is released under the GNU LGPL" 00424 00A7 0A .byte 0x0a,0x0d 00425 00A9 0A .byte 0x0a,0x0d 00426 00AB 00 .byte 0x00 00427 000000AC vgabios_website: 00428 00AC 50 .ascii "Please visit :" 00429 00BA 0A .byte 0x0a,0x0d 00430 ;;.ascii " . http://www.plex86.org" 00431 ;;.byte 0x0a,0x0d 00432 00BC 20 .ascii " . http://bochs.sourceforge.net" 00433 00DB 0A .byte 0x0a,0x0d 00434 00DD 20 .ascii " . http://www.nongnu.org/vgabios" 00435 00FD 0A .byte 0x0a,0x0d 00436 00FF 0A .byte 0x0a,0x0d 00437 0101 00 .byte 0x00 00438 ;; ============================================================================================ 00439 ;; 00440 ;; Init Entry point 00441 ;; 00442 ;; ============================================================================================ 00443 00000102 vgabios_init_func: 00444 ;; init vga card 00445 0102 E8 3457 call init_vga_card 00446 ;; init basic bios vars 00447 0105 E8 34B3 call init_bios_area 00448 ;; init vbe functions 00449 0108 E8 92C0 call vbe_init 00450 ;; set int10 vect 00451 SET_INT_VECTOR(0x10, #0xC000, #vgabios_int10_handler) +a 010B 1E push ds +a 010C 31C0 xor ax, ax +a 010E 8ED8 mov ds, ax +a 0110 B8 012C mov ax, #vgabios_int10_handler +a 0113 A3 0040 mov 0x10*4, ax +a 0116 B8 C000 mov ax, #0xC000 +a 0119 A3 0042 mov 0x10*4+2, ax +a 011C 1F pop ds 00452 ;; display splash screen 00453 011D E8 34EF call _display_splash_screen 00454 ;; init video mode and clear the screen 00455 0120 B8 0003 mov ax,#0x0003 00456 0123 CD 10 int #0x10 00457 ;; show info 00458 0125 E8 34E8 call _display_info 00459 ;; show vbe info 00460 0128 E8 92CE call vbe_display_info 00461 012B CB retf 00462 ! 290 endasm 00463 !BCC_ENDASM 00464 ! 291 #asm 00465 !BCC_ASM 00466 0000012C vgabios_int10_handler: 00467 012C 9C pushf 00468 00469 012D 80FC 0F cmp ah, #0x0f 00470 0130 75 06 jne int10_test_1A 00471 0132 E8 6115 call biosfn_get_video_mode 00472 0135 E9 00BC jmp int10_end 00473 00000138 int10_test_1A: 00474 0138 80FC 1A cmp ah, #0x1a 00475 013B 75 06 jne int10_test_0B 00476 013D E8 6C37 call biosfn_group_1A 00477 0140 E9 00B1 jmp int10_end 00478 00000143 int10_test_0B: 00479 0143 80FC 0B cmp ah, #0x0b 00480 0146 75 06 jne int10_test_1103 00481 0148 E8 5822 call biosfn_group_0B 00482 014B E9 00A6 jmp int10_end 00483 0000014E int10_test_1103: 00484 014E 3D 1103 cmp ax, #0x1103 00485 0151 75 06 jne int10_test_12 00486 0153 E8 67EF call biosfn_set_text_block_specifier 00487 0156 E9 009B jmp int10_end 00488 00000159 int10_test_12: 00489 0159 80FC 12 cmp ah, #0x12 00490 015C 75 3E jne int10_test_101B 00491 015E 80FB 10 cmp bl, #0x10 00492 0161 75 06 jne int10_test_BL30 00493 0163 E8 6A39 call biosfn_get_ega_info 00494 0166 E9 008B jmp int10_end 00495 00000169 int10_test_BL30: 00496 0169 80FB 30 cmp bl, #0x30 00497 016C 75 06 jne int10_test_BL31 00498 016E E8 6A52 call biosfn_select_vert_res 00499 0171 E9 0080 jmp int10_end 00500 00000174 int10_test_BL31: 00501 0174 80FB 31 cmp bl, #0x31 00502 0177 75 05 jne int10_test_BL32 00503 0179 E8 6A9A call biosfn_enable_default_palette_loading 00504 017C EB 76 jmp int10_end 00505 0000017E int10_test_BL32: 00506 017E 80FB 32 cmp bl, #0x32 00507 0181 75 05 jne int10_test_BL33 00508 0183 E8 6AB2 call biosfn_enable_video_addressing 00509 0186 EB 6C jmp int10_end 00510 00000188 int10_test_BL33: 00511 0188 80FB 33 cmp bl, #0x33 00512 018B 75 05 jne int10_test_BL34 00513 018D E8 6AC6 call biosfn_enable_grayscale_summing 00514 0190 EB 62 jmp int10_end 00515 00000192 int10_test_BL34: 00516 0192 80FB 34 cmp bl, #0x34 00517 0195 75 4F jne int10_normal 00518 0197 E8 6AE0 call biosfn_enable_cursor_emulation 00519 019A EB 58 jmp int10_end 00520 0000019C int10_test_101B: 00521 019C 3D 101B cmp ax, #0x101b 00522 019F 74 45 je int10_normal 00523 01A1 80FC 10 cmp ah, #0x10 00524 00525 00526 00527 01A4 75 05 jne int10_test_4F 00528 00529 01A6 E8 60C8 call biosfn_group_10 00530 01A9 EB 49 jmp int10_end 00531 00532 000001AB int10_test_4F: 00533 01AB 80FC 4F cmp ah, #0x4f 00534 01AE 75 36 jne int10_normal 00535 01B0 3C 03 cmp al, #0x03 00536 01B2 75 05 jne int10_test_vbe_05 00537 01B4 E8 9734 call vbe_biosfn_return_current_mode 00538 01B7 EB 3B jmp int10_end 00539 000001B9 int10_test_vbe_05: 00540 01B9 3C 05 cmp al, #0x05 00541 01BB 75 05 jne int10_test_vbe_06 00542 01BD E8 99FF call vbe_biosfn_display_window_control 00543 01C0 EB 32 jmp int10_end 00544 000001C2 int10_test_vbe_06: 00545 01C2 3C 06 cmp al, #0x06 00546 01C4 75 05 jne int10_test_vbe_07 00547 01C6 E8 9A23 call vbe_biosfn_set_get_logical_scan_line_length 00548 01C9 EB 29 jmp int10_end 00549 000001CB int10_test_vbe_07: 00550 01CB 3C 07 cmp al, #0x07 00551 01CD 75 05 jne int10_test_vbe_08 00552 01CF E8 9A67 call vbe_biosfn_set_get_display_start 00553 01D2 EB 20 jmp int10_end 00554 000001D4 int10_test_vbe_08: 00555 01D4 3C 08 cmp al, #0x08 00556 01D6 75 05 jne int10_test_vbe_0A 00557 01D8 E8 9A8C call vbe_biosfn_set_get_dac_palette_format 00558 01DB EB 17 jmp int10_end 00559 000001DD int10_test_vbe_0A: 00560 01DD 3C 0A cmp al, #0x0A 00561 01DF 75 05 jne int10_normal 00562 01E1 E8 9ABB call vbe_biosfn_return_protected_mode_interface 00563 01E4 EB 0E jmp int10_end 00564 00565 00566 000001E6 int10_normal: 00567 01E6 06 push es 00568 01E7 1E push ds 00569 01E8 60 pusha 00570 00571 ;; We have to set ds to access the right data segment 00572 01E9 BB C000 mov bx, #0xc000 00573 01EC 8EDB mov ds, bx 00574 01EE E8 3464 call _int10_func 00575 00576 01F1 61 popa 00577 01F2 1F pop ds 00578 01F3 07 pop es 00579 000001F4 int10_end: 00580 01F4 9D popf 00581 01F5 CF iret 00582 ! 408 endasm 00583 !BCC_ENDASM 00584 ! 409 typedef struct 00585 ! 410 {Bit8u svgamode; 00586 !BCC_EOS 00587 ! 411 Bit8u class; 00588 !BCC_EOS 00589 ! 412 Bit8u memmodel; 00590 !BCC_EOS 00591 ! 413 Bit8u pixbits; 00592 !BCC_EOS 00593 ! 414 Bit16u sstart; 00594 !BCC_EOS 00595 ! 415 Bit8u pelmask; 00596 !BCC_EOS 00597 ! 416 Bit8u dacmodel; 00598 !BCC_EOS 00599 ! 417 } VGAMODES; 00600 !BCC_EOS 00601 ! 418 static VGAMODES vga_modes[15 +1]= 00602 ! 419 { 00603 00604 000001F6 _vga_modes: 00605 ! 420 {0x00, 0x00, 0x00, 4, 0xB800, 0xFF, 0x02}, 00606 01F6 00 .byte 0 00607 01F7 00 .byte 0 00608 01F8 00 .byte 0 00609 01F9 04 .byte 4 00610 01FA B800 .word $B800 00611 01FC FF .byte $FF 00612 01FD 02 .byte 2 00613 ! 421 {0x01, 0x00, 0x00, 4, 0xB800, 0xFF, 0x02}, 00614 01FE 01 .byte 1 00615 01FF 00 .byte 0 00616 0200 00 .byte 0 00617 0201 04 .byte 4 00618 0202 B800 .word $B800 00619 0204 FF .byte $FF 00620 0205 02 .byte 2 00621 ! 422 {0x02, 0x00, 0x00, 4, 0xB800, 0xFF, 0x02}, 00622 0206 02 .byte 2 00623 0207 00 .byte 0 00624 0208 00 .byte 0 00625 0209 04 .byte 4 00626 020A B800 .word $B800 00627 020C FF .byte $FF 00628 020D 02 .byte 2 00629 ! 423 {0x03, 0x00, 0x00, 4, 0xB800, 0xFF, 0x02}, 00630 020E 03 .byte 3 00631 020F 00 .byte 0 00632 0210 00 .byte 0 00633 0211 04 .byte 4 00634 0212 B800 .word $B800 00635 0214 FF .byte $FF 00636 0215 02 .byte 2 00637 ! 424 {0x04, 0x01, 0x02, 2, 0xB800, 0xFF, 0x01}, 00638 0216 04 .byte 4 00639 0217 01 .byte 1 00640 0218 02 .byte 2 00641 0219 02 .byte 2 00642 021A B800 .word $B800 00643 021C FF .byte $FF 00644 021D 01 .byte 1 00645 ! 425 {0x05, 0x01, 0x02, 2, 0xB800, 0xFF, 0x01}, 00646 021E 05 .byte 5 00647 021F 01 .byte 1 00648 0220 02 .byte 2 00649 0221 02 .byte 2 00650 0222 B800 .word $B800 00651 0224 FF .byte $FF 00652 0225 01 .byte 1 00653 ! 426 {0x06, 0x01, 0x02, 1, 0xB800, 0xFF, 0x01}, 00654 0226 06 .byte 6 00655 0227 01 .byte 1 00656 0228 02 .byte 2 00657 0229 01 .byte 1 00658 022A B800 .word $B800 00659 022C FF .byte $FF 00660 022D 01 .byte 1 00661 ! 427 {0x07, 0x00, 0x01, 4, 0xB000, 0xFF, 0x00}, 00662 022E 07 .byte 7 00663 022F 00 .byte 0 00664 0230 01 .byte 1 00665 0231 04 .byte 4 00666 0232 B000 .word $B000 00667 0234 FF .byte $FF 00668 0235 00 .byte 0 00669 ! 428 {0x0D, 0x01, 0x04, 4, 0xA000, 0xFF, 0x01}, 00670 0236 0D .byte $D 00671 0237 01 .byte 1 00672 0238 04 .byte 4 00673 0239 04 .byte 4 00674 023A A000 .word $A000 00675 023C FF .byte $FF 00676 023D 01 .byte 1 00677 ! 429 {0x0E, 0x01, 0x04, 4, 0xA000, 0xFF, 0x01}, 00678 023E 0E .byte $E 00679 023F 01 .byte 1 00680 0240 04 .byte 4 00681 0241 04 .byte 4 00682 0242 A000 .word $A000 00683 0244 FF .byte $FF 00684 0245 01 .byte 1 00685 ! 430 {0x0F, 0x01, 0x03, 1, 0xA000, 0xFF, 0x00}, 00686 0246 0F .byte $F 00687 0247 01 .byte 1 00688 0248 03 .byte 3 00689 0249 01 .byte 1 00690 024A A000 .word $A000 00691 024C FF .byte $FF 00692 024D 00 .byte 0 00693 ! 431 {0x10, 0x01, 0x04, 4, 0xA000, 0xFF, 0x02}, 00694 024E 10 .byte $10 00695 024F 01 .byte 1 00696 0250 04 .byte 4 00697 0251 04 .byte 4 00698 0252 A000 .word $A000 00699 0254 FF .byte $FF 00700 0255 02 .byte 2 00701 ! 432 {0x11, 0x01, 0x03, 1, 0xA000, 0xFF, 0x02}, 00702 0256 11 .byte $11 00703 0257 01 .byte 1 00704 0258 03 .byte 3 00705 0259 01 .byte 1 00706 025A A000 .word $A000 00707 025C FF .byte $FF 00708 025D 02 .byte 2 00709 ! 433 {0x12, 0x01, 0x04, 4, 0xA000, 0xFF, 0x02}, 00710 025E 12 .byte $12 00711 025F 01 .byte 1 00712 0260 04 .byte 4 00713 0261 04 .byte 4 00714 0262 A000 .word $A000 00715 0264 FF .byte $FF 00716 0265 02 .byte 2 00717 ! 434 {0x13, 0x01, 0x05, 8, 0xA000, 0xFF, 0x03}, 00718 0266 13 .byte $13 00719 0267 01 .byte 1 00720 0268 05 .byte 5 00721 0269 08 .byte 8 00722 026A A000 .word $A000 00723 026C FF .byte $FF 00724 026D 03 .byte 3 00725 ! 435 {0x6A, 0x01, 0x04, 4, 0xA000, 0xFF, 0x02} 00726 026E 6A .byte $6A 00727 026F 01 .byte 1 00728 0270 04 .byte 4 00729 0271 04 .byte 4 00730 0272 A000 .word $A000 00731 0274 FF .byte $FF 00732 0275 02 .byte 2 00733 ! 436 }; 00734 !BCC_EOS 00735 ! 437 static Bit8u line_to_vpti[15 +1]={ 00736 00000276 _line_to_vpti: 00737 ! 438 0x17, 0x17, 0x18, 0x18, 0x04, 0x05, 0x06, 0x07, 00738 0276 17 .byte $17 00739 0277 17 .byte $17 00740 0278 18 .byte $18 00741 0279 18 .byte $18 00742 027A 04 .byte 4 00743 027B 05 .byte 5 00744 027C 06 .byte 6 00745 027D 07 .byte 7 00746 ! 439 0x0d, 0x0e, 0x11, 0x12, 0x1a, 0x1b, 0x1c, 0x1d, 00747 027E 0D .byte $D 00748 027F 0E .byte $E 00749 0280 11 .byte $11 00750 0281 12 .byte $12 00751 0282 1A .byte $1A 00752 0283 1B .byte $1B 00753 0284 1C .byte $1C 00754 0285 1D .byte $1D 00755 ! 440 }; 00756 !BCC_EOS 00757 ! 441 static Bit8u dac_regs[3 +1]= 00758 ! 442 {0x3f,0x3f,0x3f,0xff}; 00759 00000286 _dac_regs: 00760 0286 3F .byte $3F 00761 0287 3F .byte $3F 00762 0288 3F .byte $3F 00763 0289 FF .byte $FF 00764 !BCC_EOS 00765 ! 443 typedef struct { 00766 ! 444 Bit8u twidth; 00767 !BCC_EOS 00768 ! 445 Bit8u theightm1; 00769 !BCC_EOS 00770 ! 446 Bit8u cheight; 00771 !BCC_EOS 00772 ! 447 Bit8u slength_l; 00773 !BCC_EOS 00774 ! 448 Bit8u slength_h; 00775 !BCC_EOS 00776 ! 449 Bit8u sequ_regs[4]; 00777 !BCC_EOS 00778 ! 450 Bit8u miscreg; 00779 !BCC_EOS 00780 ! 451 Bit8u crtc_regs[25]; 00781 !BCC_EOS 00782 ! 452 Bit8u actl_ 00783 ! 452 regs[20]; 00784 !BCC_EOS 00785 ! 453 Bit8u grdc_regs[9]; 00786 !BCC_EOS 00787 ! 454 } VideoParamTableEntry; 00788 !BCC_EOS 00789 ! 455 static VideoParamTableEntry video_param_table[30] = { 00790 0000028A _video_param_table: 00791 ! 456 { 00792 ! 457 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00793 028A 00 .byte 0 00794 028B 00 .byte 0 00795 028C 00 .byte 0 00796 028D 00 .byte 0 00797 028E 00 .byte 0 00798 028F 00 .byte 0 00799 0290 00 .byte 0 00800 0291 00 .byte 0 00801 ! 458 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00802 0292 00 .byte 0 00803 0293 00 .byte 0 00804 0294 00 .byte 0 00805 0295 00 .byte 0 00806 0296 00 .byte 0 00807 0297 00 .byte 0 00808 0298 00 .byte 0 00809 0299 00 .byte 0 00810 ! 459 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00811 029A 00 .byte 0 00812 029B 00 .byte 0 00813 029C 00 .byte 0 00814 029D 00 .byte 0 00815 029E 00 .byte 0 00816 029F 00 .byte 0 00817 02A0 00 .byte 0 00818 02A1 00 .byte 0 00819 ! 460 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00820 02A2 00 .byte 0 00821 02A3 00 .byte 0 00822 02A4 00 .byte 0 00823 02A5 00 .byte 0 00824 02A6 00 .byte 0 00825 02A7 00 .byte 0 00826 02A8 00 .byte 0 00827 02A9 00 .byte 0 00828 ! 461 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00829 02AA 00 .byte 0 00830 02AB 00 .byte 0 00831 02AC 00 .byte 0 00832 02AD 00 .byte 0 00833 02AE 00 .byte 0 00834 02AF 00 .byte 0 00835 02B0 00 .byte 0 00836 02B1 00 .byte 0 00837 ! 462 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00838 02B2 00 .byte 0 00839 02B3 00 .byte 0 00840 02B4 00 .byte 0 00841 02B5 00 .byte 0 00842 02B6 00 .byte 0 00843 02B7 00 .byte 0 00844 02B8 00 .byte 0 00845 02B9 00 .byte 0 00846 ! 463 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00847 02BA 00 .byte 0 00848 02BB 00 .byte 0 00849 02BC 00 .byte 0 00850 02BD 00 .byte 0 00851 02BE 00 .byte 0 00852 02BF 00 .byte 0 00853 02C0 00 .byte 0 00854 02C1 00 .byte 0 00855 ! 464 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00856 02C2 00 .byte 0 00857 02C3 00 .byte 0 00858 02C4 00 .byte 0 00859 02C5 00 .byte 0 00860 02C6 00 .byte 0 00861 02C7 00 .byte 0 00862 02C8 00 .byte 0 00863 02C9 00 .byte 0 00864 ! 465 }, 00865 ! 466 { 00866 ! 467 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00867 02CA 00 .byte 0 00868 02CB 00 .byte 0 00869 02CC 00 .byte 0 00870 02CD 00 .byte 0 00871 02CE 00 .byte 0 00872 02CF 00 .byte 0 00873 02D0 00 .byte 0 00874 02D1 00 .byte 0 00875 ! 468 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00876 02D2 00 .byte 0 00877 02D3 00 .byte 0 00878 02D4 00 .byte 0 00879 02D5 00 .byte 0 00880 02D6 00 .byte 0 00881 02D7 00 .byte 0 00882 02D8 00 .byte 0 00883 02D9 00 .byte 0 00884 ! 469 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00885 02DA 00 .byte 0 00886 02DB 00 .byte 0 00887 02DC 00 .byte 0 00888 02DD 00 .byte 0 00889 02DE 00 .byte 0 00890 02DF 00 .byte 0 00891 02E0 00 .byte 0 00892 02E1 00 .byte 0 00893 ! 470 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00894 02E2 00 .byte 0 00895 02E3 00 .byte 0 00896 02E4 00 .byte 0 00897 02E5 00 .byte 0 00898 02E6 00 .byte 0 00899 02E7 00 .byte 0 00900 02E8 00 .byte 0 00901 02E9 00 .byte 0 00902 ! 471 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00903 02EA 00 .byte 0 00904 02EB 00 .byte 0 00905 02EC 00 .byte 0 00906 02ED 00 .byte 0 00907 02EE 00 .byte 0 00908 02EF 00 .byte 0 00909 02F0 00 .byte 0 00910 02F1 00 .byte 0 00911 ! 472 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00912 02F2 00 .byte 0 00913 02F3 00 .byte 0 00914 02F4 00 .byte 0 00915 02F5 00 .byte 0 00916 02F6 00 .byte 0 00917 02F7 00 .byte 0 00918 02F8 00 .byte 0 00919 02F9 00 .byte 0 00920 ! 473 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00921 02FA 00 .byte 0 00922 02FB 00 .byte 0 00923 02FC 00 .byte 0 00924 02FD 00 .byte 0 00925 02FE 00 .byte 0 00926 02FF 00 .byte 0 00927 0300 00 .byte 0 00928 0301 00 .byte 0 00929 ! 474 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00930 0302 00 .byte 0 00931 0303 00 .byte 0 00932 0304 00 .byte 0 00933 0305 00 .byte 0 00934 0306 00 .byte 0 00935 0307 00 .byte 0 00936 0308 00 .byte 0 00937 0309 00 .byte 0 00938 ! 475 }, 00939 ! 476 { 00940 ! 477 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00941 030A 00 .byte 0 00942 030B 00 .byte 0 00943 030C 00 .byte 0 00944 030D 00 .byte 0 00945 030E 00 .byte 0 00946 030F 00 .byte 0 00947 0310 00 .byte 0 00948 0311 00 .byte 0 00949 ! 478 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00950 0312 00 .byte 0 00951 0313 00 .byte 0 00952 0314 00 .byte 0 00953 0315 00 .byte 0 00954 0316 00 .byte 0 00955 0317 00 .byte 0 00956 0318 00 .byte 0 00957 0319 00 .byte 0 00958 ! 479 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00959 031A 00 .byte 0 00960 031B 00 .byte 0 00961 031C 00 .byte 0 00962 031D 00 .byte 0 00963 031E 00 .byte 0 00964 031F 00 .byte 0 00965 0320 00 .byte 0 00966 0321 00 .byte 0 00967 ! 480 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00968 0322 00 .byte 0 00969 0323 00 .byte 0 00970 0324 00 .byte 0 00971 0325 00 .byte 0 00972 0326 00 .byte 0 00973 0327 00 .byte 0 00974 0328 00 .byte 0 00975 0329 00 .byte 0 00976 ! 481 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00977 032A 00 .byte 0 00978 032B 00 .byte 0 00979 032C 00 .byte 0 00980 032D 00 .byte 0 00981 032E 00 .byte 0 00982 032F 00 .byte 0 00983 0330 00 .byte 0 00984 0331 00 .byte 0 00985 ! 482 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00986 0332 00 .byte 0 00987 0333 00 .byte 0 00988 0334 00 .byte 0 00989 0335 00 .byte 0 00990 0336 00 .byte 0 00991 0337 00 .byte 0 00992 0338 00 .byte 0 00993 0339 00 .byte 0 00994 ! 483 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00995 033A 00 .byte 0 00996 033B 00 .byte 0 00997 033C 00 .byte 0 00998 033D 00 .byte 0 00999 033E 00 .byte 0 01000 033F 00 .byte 0 01001 0340 00 .byte 0 01002 0341 00 .byte 0 01003 ! 484 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 01004 0342 00 .byte 0 01005 0343 00 .byte 0 01006 0344 00 .byte 0 01007 0345 00 .byte 0 01008 0346 00 .byte 0 01009 0347 00 .byte 0 01010 0348 00 .byte 0 01011 0349 00 .byte 0 01012 ! 485 }, 01013 ! 486 { 01014 ! 487 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 01015 034A 00 .byte 0 01016 034B 00 .byte 0 01017 034C 00 .byte 0 01018 034D 00 .byte 0 01019 034E 00 .byte 0 01020 034F 00 .byte 0 01021 0350 00 .byte 0 01022 0351 00 .byte 0 01023 ! 488 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 01024 0352 00 .byte 0 01025 0353 00 .byte 0 01026 0354 00 .byte 0 01027 0355 00 .byte 0 01028 0356 00 .byte 0 01029 0357 00 .byte 0 01030 0358 00 .byte 0 01031 0359 00 .byte 0 01032 ! 489 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 01033 035A 00 .byte 0 01034 035B 00 .byte 0 01035 035C 00 .byte 0 01036 035D 00 .byte 0 01037 035E 00 .byte 0 01038 035F 00 .byte 0 01039 0360 00 .byte 0 01040 0361 00 .byte 0 01041 ! 490 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 01042 0362 00 .byte 0 01043 0363 00 .byte 0 01044 0364 00 .byte 0 01045 0365 00 .byte 0 01046 0366 00 .byte 0 01047 0367 00 .byte 0 01048 0368 00 .byte 0 01049 0369 00 .byte 0 01050 ! 491 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 01051 036A 00 .byte 0 01052 036B 00 .byte 0 01053 036C 00 .byte 0 01054 036D 00 .byte 0 01055 036E 00 .byte 0 01056 036F 00 .byte 0 01057 0370 00 .byte 0 01058 0371 00 .byte 0 01059 ! 492 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 01060 0372 00 .byte 0 01061 0373 00 .byte 0 01062 0374 00 .byte 0 01063 0375 00 .byte 0 01064 0376 00 .byte 0 01065 0377 00 .byte 0 01066 0378 00 .byte 0 01067 0379 00 .byte 0 01068 ! 493 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 01069 037A 00 .byte 0 01070 037B 00 .byte 0 01071 037C 00 .byte 0 01072 037D 00 .byte 0 01073 037E 00 .byte 0 01074 037F 00 .byte 0 01075 0380 00 .byte 0 01076 0381 00 .byte 0 01077 ! 494 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 01078 0382 00 .byte 0 01079 0383 00 .byte 0 01080 0384 00 .byte 0 01081 0385 00 .byte 0 01082 0386 00 .byte 0 01083 0387 00 .byte 0 01084 0388 00 .byte 0 01085 0389 00 .byte 0 01086 ! 495 }, 01087 ! 496 { 01088 ! 497 40, 24, 8, 0x00, 0x08, 01089 038A 28 .byte $28 01090 038B 18 .byte $18 01091 038C 08 .byte 8 01092 038D 00 .byte 0 01093 038E 08 .byte 8 01094 ! 498 0x09, 0x03, 0x00, 0x02, 01095 038F 09 .byte 9 01096 0390 03 .byte 3 01097 0391 00 .byte 0 01098 0392 02 .byte 2 01099 ! 499 0x63, 01100 0393 63 .byte $63 01101 ! 500 0x2d, 0x27, 0x28, 0x90, 0x2b, 0x80, 0xbf, 0x1f, 01102 0394 2D .byte $2D 01103 0395 27 .byte $27 01104 0396 28 .byte $28 01105 0397 90 .byte $90 01106 0398 2B .byte $2B 01107 0399 80 .byte $80 01108 039A BF .byte $BF 01109 039B 1F .byte $1F 01110 ! 501 0x00, 0xc1, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 01111 039C 00 .byte 0 01112 039D C1 .byte $C1 01113 039E 00 .byte 0 01114 039F 00 .byte 0 01115 03A0 00 .byte 0 01116 03A1 00 .byte 0 01117 03A2 00 .byte 0 01118 03A3 00 .byte 0 01119 ! 502 0x9c, 0x8e, 0x8f, 0x14, 0x00, 0x96, 0xb9, 0xa2, 01120 03A4 9C .byte $9C 01121 03A5 8E .byte $8E 01122 03A6 8F .byte $8F 01123 03A7 14 .byte $14 01124 03A8 00 .byte 0 01125 03A9 96 .byte $96 01126 03AA B9 .byte $B9 01127 03AB A2 .byte $A2 01128 ! 503 0xff, 01129 03AC FF .byte $FF 01130 ! 504 0x00, 0x13, 0x15, 0x17, 0x02, 0x04, 0x06, 0x07, 01131 03AD 00 .byte 0 01132 03AE 13 .byte $13 01133 03AF 15 .byte $15 01134 03B0 17 .byte $17 01135 03B1 02 .byte 2 01136 03B2 04 .byte 4 01137 03B3 06 .byte 6 01138 03B4 07 .byte 7 01139 ! 505 0x10, 0x11, 0x12, 0x13, 0x14, 0x15, 0x16, 0x17, 01140 03B5 10 .byte $10 01141 03B6 11 .byte $11 01142 03B7 12 .byte $12 01143 03B8 13 .byte $13 01144 03B9 14 .byte $14 01145 03BA 15 .byte $15 01146 03BB 16 .byte $16 01147 03BC 17 .byte $17 01148 ! 506 0x01, 0x00, 0x03, 0x00, 01149 03BD 01 .byte 1 01150 03BE 00 .byte 0 01151 03BF 03 .byte 3 01152 03C0 00 .byte 0 01153 ! 507 0x00, 0x00, 01154 03C1 00 .byte 0 01155 03C2 00 .byte 0 01156 ! 507 0x00, 0x00, 0x00, 0x30, 0x0f, 0x0f, 0xff, 01157 03C3 00 .byte 0 01158 03C4 00 .byte 0 01159 03C5 00 .byte 0 01160 03C6 30 .byte $30 01161 03C7 0F .byte $F 01162 03C8 0F .byte $F 01163 03C9 FF .byte $FF 01164 ! 508 }, 01165 ! 509 { 01166 ! 510 40, 24, 8, 0x00, 0x08, 01167 03CA 28 .byte $28 01168 03CB 18 .byte $18 01169 03CC 08 .byte 8 01170 03CD 00 .byte 0 01171 03CE 08 .byte 8 01172 ! 511 0x09, 0x03, 0x00, 0x02, 01173 03CF 09 .byte 9 01174 03D0 03 .byte 3 01175 03D1 00 .byte 0 01176 03D2 02 .byte 2 01177 ! 512 0x63, 01178 03D3 63 .byte $63 01179 ! 513 0x2d, 0x27, 0x28, 0x90, 0x2b, 0x80, 0xbf, 0x1f, 01180 03D4 2D .byte $2D 01181 03D5 27 .byte $27 01182 03D6 28 .byte $28 01183 03D7 90 .byte $90 01184 03D8 2B .byte $2B 01185 03D9 80 .byte $80 01186 03DA BF .byte $BF 01187 03DB 1F .byte $1F 01188 ! 514 0x00, 0xc1, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 01189 03DC 00 .byte 0 01190 03DD C1 .byte $C1 01191 03DE 00 .byte 0 01192 03DF 00 .byte 0 01193 03E0 00 .byte 0 01194 03E1 00 .byte 0 01195 03E2 00 .byte 0 01196 03E3 00 .byte 0 01197 ! 515 0x9c, 0x8e, 0x8f, 0x14, 0x00, 0x96, 0xb9, 0xa2, 01198 03E4 9C .byte $9C 01199 03E5 8E .byte $8E 01200 03E6 8F .byte $8F 01201 03E7 14 .byte $14 01202 03E8 00 .byte 0 01203 03E9 96 .byte $96 01204 03EA B9 .byte $B9 01205 03EB A2 .byte $A2 01206 ! 516 0xff, 01207 03EC FF .byte $FF 01208 ! 517 0x00, 0x13, 0x15, 0x17, 0x02, 0x04, 0x06, 0x07, 01209 03ED 00 .byte 0 01210 03EE 13 .byte $13 01211 03EF 15 .byte $15 01212 03F0 17 .byte $17 01213 03F1 02 .byte 2 01214 03F2 04 .byte 4 01215 03F3 06 .byte 6 01216 03F4 07 .byte 7 01217 ! 518 0x10, 0x11, 0x12, 0x13, 0x14, 0x15, 0x16, 0x17, 01218 03F5 10 .byte $10 01219 03F6 11 .byte $11 01220 03F7 12 .byte $12 01221 03F8 13 .byte $13 01222 03F9 14 .byte $14 01223 03FA 15 .byte $15 01224 03FB 16 .byte $16 01225 03FC 17 .byte $17 01226 ! 519 0x01, 0x00, 0x03, 0x00, 01227 03FD 01 .byte 1 01228 03FE 00 .byte 0 01229 03FF 03 .byte 3 01230 0400 00 .byte 0 01231 ! 520 0x00, 0x00, 0x00, 0x00, 0x00, 0x30, 0x0f, 0x0f, 0xff, 01232 0401 00 .byte 0 01233 0402 00 .byte 0 01234 0403 00 .byte 0 01235 0404 00 .byte 0 01236 0405 00 .byte 0 01237 0406 30 .byte $30 01238 0407 0F .byte $F 01239 0408 0F .byte $F 01240 0409 FF .byte $FF 01241 ! 521 }, 01242 ! 522 { 01243 ! 523 80, 24, 8, 0x00, 0x10, 01244 040A 50 .byte $50 01245 040B 18 .byte $18 01246 040C 08 .byte 8 01247 040D 00 .byte 0 01248 040E 10 .byte $10 01249 ! 524 0x01, 0x01, 0x00, 0x06, 01250 040F 01 .byte 1 01251 0410 01 .byte 1 01252 0411 00 .byte 0 01253 0412 06 .byte 6 01254 ! 525 0x63, 01255 0413 63 .byte $63 01256 ! 526 0x5f, 0x4f, 0x50, 0x82, 0x54, 0x80, 0xbf, 0x1f, 01257 0414 5F .byte $5F 01258 0415 4F .byte $4F 01259 0416 50 .byte $50 01260 0417 82 .byte $82 01261 0418 54 .byte $54 01262 0419 80 .byte $80 01263 041A BF .byte $BF 01264 041B 1F .byte $1F 01265 ! 527 0x00, 0xc1, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 01266 041C 00 .byte 0 01267 041D C1 .byte $C1 01268 041E 00 .byte 0 01269 041F 00 .byte 0 01270 0420 00 .byte 0 01271 0421 00 .byte 0 01272 0422 00 .byte 0 01273 0423 00 .byte 0 01274 ! 528 0x9c, 0x8e, 0x8f, 0x28, 0x00, 0x96, 0xb9, 0xc2, 01275 0424 9C .byte $9C 01276 0425 8E .byte $8E 01277 0426 8F .byte $8F 01278 0427 28 .byte $28 01279 0428 00 .byte 0 01280 0429 96 .byte $96 01281 042A B9 .byte $B9 01282 042B C2 .byte $C2 01283 ! 529 0xff, 01284 042C FF .byte $FF 01285 ! 530 0x00, 0x17, 0x17, 0x17, 0x17, 0x17, 0x17, 0x17, 01286 042D 00 .byte 0 01287 042E 17 .byte $17 01288 042F 17 .byte $17 01289 0430 17 .byte $17 01290 0431 17 .byte $17 01291 0432 17 .byte $17 01292 0433 17 .byte $17 01293 0434 17 .byte $17 01294 ! 531 0x17, 0x17, 0x17, 0x17, 0x17, 0x17, 0x17, 0x17, 01295 0435 17 .byte $17 01296 0436 17 .byte $17 01297 0437 17 .byte $17 01298 0438 17 .byte $17 01299 0439 17 .byte $17 01300 043A 17 .byte $17 01301 043B 17 .byte $17 01302 043C 17 .byte $17 01303 ! 532 0x01, 0x00, 0x01, 0x00, 01304 043D 01 .byte 1 01305 043E 00 .byte 0 01306 043F 01 .byte 1 01307 0440 00 .byte 0 01308 ! 533 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x0d, 0x0f, 0xff, 01309 0441 00 .byte 0 01310 0442 00 .byte 0 01311 0443 00 .byte 0 01312 0444 00 .byte 0 01313 0445 00 .byte 0 01314 0446 00 .byte 0 01315 0447 0D .byte $D 01316 0448 0F .byte $F 01317 0449 FF .byte $FF 01318 ! 534 }, 01319 ! 535 { 01320 ! 536 80, 24, 16, 0x00, 0x10, 01321 044A 50 .byte $50 01322 044B 18 .byte $18 01323 044C 10 .byte $10 01324 044D 00 .byte 0 01325 044E 10 .byte $10 01326 ! 537 0x00, 0x03, 0x00, 0x02, 01327 044F 00 .byte 0 01328 0450 03 .byte 3 01329 0451 00 .byte 0 01330 0452 02 .byte 2 01331 ! 538 0x66, 01332 0453 66 .byte $66 01333 ! 539 0x5f, 0x4f, 0x50, 0x82, 0x55, 0x81, 0xbf, 0x1f, 01334 0454 5F .byte $5F 01335 0455 4F .byte 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09CD 00 .byte 0 02990 09CE 00 .byte 0 02991 ! 790 0x01, 0x0f, 0x00, 0x06, 02992 09CF 01 .byte 1 02993 09D0 0F .byte $F 02994 09D1 00 .byte 0 02995 09D2 06 .byte 6 02996 ! 791 0xe3, 02997 09D3 E3 .byte $E3 02998 ! 792 0x7f, 0x63, 0x63, 0x83, 0x6b, 0x1b, 0x72, 0xf0, 02999 09D4 7F .byte $7F 03000 09D5 63 .byte $63 03001 09D6 63 .byte $63 03002 09D7 83 .byte $83 03003 09D8 6B .byte $6B 03004 09D9 1B .byte $1B 03005 09DA 72 .byte $72 03006 09DB F0 .byte $F0 03007 ! 793 0x00, 0x60, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 03008 09DC 00 .byte 0 03009 09DD 60 .byte $60 03010 09DE 00 .byte 0 03011 09DF 00 .byte 0 03012 09E0 00 .byte 0 03013 09E1 00 .byte 0 03014 09E2 00 .byte 0 03015 09E3 00 .byte 0 03016 ! 794 0x59, 0x8d, 0x57, 0x32, 0x00, 0x57, 0x73, 0xe3, 03017 09E4 59 .byte $59 03018 09E5 8D .byte $8D 03019 09E6 57 .byte $57 03020 09E7 32 .byte $32 03021 09E8 00 .byte 0 03022 09E9 57 .byte $57 03023 09EA 73 .byte $73 03024 09EB E3 .byte $E3 03025 ! 795 0xff, 03026 09EC FF .byte $FF 03027 ! 796 0x00, 0x01, 0x02, 0x03, 0x04, 0x05, 0x14, 0x07, 03028 09ED 00 .byte 0 03029 09EE 01 .byte 1 03030 09EF 02 .byte 2 03031 09F0 03 .byte 3 03032 09F1 04 .byte 4 03033 09F2 05 .byte 5 03034 09F3 14 .byte $14 03035 09F4 07 .byte 7 03036 ! 797 0x38, 0x39, 0x3a, 0x3b, 0x3c, 0x3d, 0x3e, 0x3f, 03037 09F5 38 .byte $38 03038 09F6 39 .byte $39 03039 09F7 3A .byte $3A 03040 09F8 3B .byte $3B 03041 09F9 3C .byte $3C 03042 09FA 3D .byte $3D 03043 09FB 3E .byte $3E 03044 09FC 3F .byte $3F 03045 ! 798 0x01, 0x00, 0x0f, 0x00, 03046 09FD 01 .byte 1 03047 09FE 00 .byte 0 03048 09FF 0F .byte $F 03049 0A00 00 .byte 0 03050 ! 799 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x05, 0x0f, 0xff, 03051 0A01 00 .byte 0 03052 0A02 00 .byte 0 03053 0A03 00 .byte 0 03054 0A04 00 .byte 0 03055 0A05 00 .byte 0 03056 0A06 00 .byte 0 03057 0A07 05 .byte 5 03058 0A08 0F .byte $F 03059 0A09 FF .byte $FF 03060 ! 800 }, 03061 ! 801 }; 03062 !BCC_EOS 03063 ! 802 static Bit8u palette0[63+1][3]= 03064 ! 803 { 03065 00000A0A _palette0: 03066 ! 804 0x00,0x00,0x00, 0x00,0x00,0x00, 0x00,0x00,0x00, 0x00,0x00,0x00, 0x00,0x00,0x00, 0x00,0x00,0x00, 0x00,0x00,0x00, 0x00,0x00,0x00, 03067 0A0A 00 .byte 0 03068 0A0B 00 .byte 0 03069 0A0C 00 .byte 0 03070 0A0D 00 .byte 0 03071 0A0E 00 .byte 0 03072 0A0F 00 .byte 0 03073 0A10 00 .byte 0 03074 0A11 00 .byte 0 03075 0A12 00 .byte 0 03076 0A13 00 .byte 0 03077 0A14 00 .byte 0 03078 0A15 00 .byte 0 03079 0A16 00 .byte 0 03080 0A17 00 .byte 0 03081 0A18 00 .byte 0 03082 0A19 00 .byte 0 03083 0A1A 00 .byte 0 03084 0A1B 00 .byte 0 03085 0A1C 00 .byte 0 03086 0A1D 00 .byte 0 03087 0A1E 00 .byte 0 03088 0A1F 00 .byte 0 03089 0A20 00 .byte 0 03090 0A21 00 .byte 0 03091 ! 805 0x2a,0x2a,0x2a, 0x2a,0x2a,0x2a, 0x2a,0x2a,0x2a, 0x2a,0x2a,0x2a, 0x2a,0x2a,0x2a, 0x2a,0x2a,0x2a, 0x2a,0x2a,0x2a, 0x2a,0x2a,0x2a, 03092 0A22 2A .byte $2A 03093 0A23 2A .byte $2A 03094 0A24 2A .byte $2A 03095 0A25 2A .byte $2A 03096 0A26 2A .byte $2A 03097 0A27 2A .byte $2A 03098 0A28 2A .byte $2A 03099 0A29 2A .byte $2A 03100 0A2A 2A .byte $2A 03101 0A2B 2A .byte $2A 03102 0A2C 2A .byte $2A 03103 0A2D 2A .byte $2A 03104 0A2E 2A .byte $2A 03105 0A2F 2A .byte $2A 03106 0A30 2A .byte $2A 03107 0A31 2A .byte $2A 03108 0A32 2A .byte $2A 03109 0A33 2A .byte $2A 03110 0A34 2A .byte $2A 03111 0A35 2A .byte $2A 03112 0A36 2A .byte $2A 03113 0A37 2A .byte $2A 03114 0A38 2A .byte $2A 03115 0A39 2A .byte $2A 03116 ! 806 0x2a,0x2a,0x2a, 0 03117 0A3A 2A .byte $2A 03118 0A3B 2A .byte $2A 03119 0A3C 2A .byte $2A 03120 ! 806 x2a,0x2a,0x2a, 0x2a,0x2a,0x2a, 0x2a,0x2a,0x2a, 0x2a,0x2a,0x2a, 0x2a,0x2a,0x2a, 0x2a,0x2a,0x2a, 0x2a,0x2a,0x2a, 03121 0A3D 2A .byte $2A 03122 0A3E 2A .byte $2A 03123 0A3F 2A .byte $2A 03124 0A40 2A .byte $2A 03125 0A41 2A .byte $2A 03126 0A42 2A .byte $2A 03127 0A43 2A .byte $2A 03128 0A44 2A .byte $2A 03129 0A45 2A .byte $2A 03130 0A46 2A .byte $2A 03131 0A47 2A .byte $2A 03132 0A48 2A .byte $2A 03133 0A49 2A .byte $2A 03134 0A4A 2A .byte $2A 03135 0A4B 2A .byte $2A 03136 0A4C 2A .byte $2A 03137 0A4D 2A .byte $2A 03138 0A4E 2A .byte $2A 03139 0A4F 2A .byte $2A 03140 0A50 2A .byte $2A 03141 0A51 2A .byte $2A 03142 ! 807 0x3f,0x3f,0x3f, 0x3f,0x3f,0x3f, 0x3f,0x3f,0x3f, 0x3f,0x3f,0x3f, 0x3f,0x3f,0x3f, 0x3f,0x3f,0x3f, 0x3f,0x3f,0x3f, 0x3f,0x3f,0x3f, 03143 0A52 3F .byte $3F 03144 0A53 3F .byte $3F 03145 0A54 3F .byte $3F 03146 0A55 3F .byte $3F 03147 0A56 3F .byte $3F 03148 0A57 3F .byte $3F 03149 0A58 3F .byte $3F 03150 0A59 3F .byte $3F 03151 0A5A 3F .byte $3F 03152 0A5B 3F .byte $3F 03153 0A5C 3F .byte $3F 03154 0A5D 3F .byte $3F 03155 0A5E 3F .byte $3F 03156 0A5F 3F .byte $3F 03157 0A60 3F .byte $3F 03158 0A61 3F .byte $3F 03159 0A62 3F .byte $3F 03160 0A63 3F .byte $3F 03161 0A64 3F .byte $3F 03162 0A65 3F .byte $3F 03163 0A66 3F .byte $3F 03164 0A67 3F .byte $3F 03165 0A68 3F .byte $3F 03166 0A69 3F .byte $3F 03167 ! 808 0x00,0x00,0x00, 0x00,0x00,0x00, 0x00,0x00,0x00, 0x00,0x00,0x00, 0x00,0x00,0x00, 0x00,0x00,0x00, 0x00,0x00,0x00, 0x00,0x00,0x00, 03168 0A6A 00 .byte 0 03169 0A6B 00 .byte 0 03170 0A6C 00 .byte 0 03171 0A6D 00 .byte 0 03172 0A6E 00 .byte 0 03173 0A6F 00 .byte 0 03174 0A70 00 .byte 0 03175 0A71 00 .byte 0 03176 0A72 00 .byte 0 03177 0A73 00 .byte 0 03178 0A74 00 .byte 0 03179 0A75 00 .byte 0 03180 0A76 00 .byte 0 03181 0A77 00 .byte 0 03182 0A78 00 .byte 0 03183 0A79 00 .byte 0 03184 0A7A 00 .byte 0 03185 0A7B 00 .byte 0 03186 0A7C 00 .byte 0 03187 0A7D 00 .byte 0 03188 0A7E 00 .byte 0 03189 0A7F 00 .byte 0 03190 0A80 00 .byte 0 03191 0A81 00 .byte 0 03192 ! 809 0x2a,0x2a,0x2a, 0x2a,0x2a,0x2a, 0x2a,0x2a,0x2a, 0x2a,0x2a,0x2a, 0x2a,0x2a,0x2a, 0x2a,0x2a,0x2a, 0x2a,0x2a,0x2a, 0x2a,0x2a,0x2a, 03193 0A82 2A .byte $2A 03194 0A83 2A .byte $2A 03195 0A84 2A .byte $2A 03196 0A85 2A .byte $2A 03197 0A86 2A .byte $2A 03198 0A87 2A .byte $2A 03199 0A88 2A .byte $2A 03200 0A89 2A .byte $2A 03201 0A8A 2A .byte $2A 03202 0A8B 2A .byte $2A 03203 0A8C 2A .byte $2A 03204 0A8D 2A .byte $2A 03205 0A8E 2A .byte $2A 03206 0A8F 2A .byte $2A 03207 0A90 2A .byte $2A 03208 0A91 2A .byte $2A 03209 0A92 2A .byte $2A 03210 0A93 2A .byte $2A 03211 0A94 2A .byte $2A 03212 0A95 2A .byte $2A 03213 0A96 2A .byte $2A 03214 0A97 2A .byte $2A 03215 0A98 2A .byte $2A 03216 0A99 2A .byte $2A 03217 ! 810 0x2a,0x2a,0x2a, 0x2a,0x2a,0x2a, 0x2a,0x2a,0x2a, 0x2a,0x2a,0x2a, 0x2a,0x2a,0x2a, 0x2a,0x2a,0x2a, 0x2a,0x2a,0x2a, 0x2a,0x2a,0x2a, 03218 0A9A 2A .byte $2A 03219 0A9B 2A .byte $2A 03220 0A9C 2A .byte $2A 03221 0A9D 2A .byte $2A 03222 0A9E 2A .byte $2A 03223 0A9F 2A .byte $2A 03224 0AA0 2A .byte $2A 03225 0AA1 2A .byte $2A 03226 0AA2 2A .byte $2A 03227 0AA3 2A .byte $2A 03228 0AA4 2A .byte $2A 03229 0AA5 2A .byte $2A 03230 0AA6 2A .byte $2A 03231 0AA7 2A .byte $2A 03232 0AA8 2A .byte $2A 03233 0AA9 2A .byte $2A 03234 0AAA 2A .byte $2A 03235 0AAB 2A .byte $2A 03236 0AAC 2A .byte $2A 03237 0AAD 2A .byte $2A 03238 0AAE 2A .byte $2A 03239 0AAF 2A .byte $2A 03240 0AB0 2A .byte $2A 03241 0AB1 2A .byte $2A 03242 ! 811 0x3f,0x3f,0x3f, 0x3f,0x3f,0x3f, 0x3f,0x3f,0x3f, 0x3f,0x3f,0x3f, 0x3f,0x3f,0x3f, 0x3f,0x3f,0x3f, 0x3f,0x3f,0x3f, 0x3f,0x3f,0x3f 03243 0AB2 3F .byte $3F 03244 0AB3 3F .byte $3F 03245 0AB4 3F .byte $3F 03246 0AB5 3F .byte $3F 03247 0AB6 3F .byte $3F 03248 0AB7 3F .byte $3F 03249 0AB8 3F .byte $3F 03250 0AB9 3F .byte $3F 03251 0ABA 3F .byte $3F 03252 0ABB 3F .byte $3F 03253 0ABC 3F .byte $3F 03254 0ABD 3F .byte $3F 03255 0ABE 3F .byte $3F 03256 0ABF 3F .byte $3F 03257 0AC0 3F .byte $3F 03258 0AC1 3F .byte $3F 03259 0AC2 3F .byte $3F 03260 0AC3 3F .byte $3F 03261 0AC4 3F .byte $3F 03262 0AC5 3F .byte $3F 03263 0AC6 3F .byte $3F 03264 0AC7 3F .byte $3F 03265 0AC8 3F .byte $3F 03266 ! 812 }; 03267 0AC9 3F .byte $3F 03268 !BCC_EOS 03269 ! 813 static Bit8u palette1[63+1][3]= 03270 ! 814 { 03271 00000ACA _palette1: 03272 ! 815 0x00,0x00,0x00, 0x00,0x00,0x2a, 0x00,0x2a,0x00, 0x00,0x2a,0x2a, 0x2a,0x00,0x00, 0x2a,0x00,0x2a, 0x2a,0x15,0x00, 0x2a,0x2a,0x2a, 03273 0ACA 00 .byte 0 03274 0ACB 00 .byte 0 03275 0ACC 00 .byte 0 03276 0ACD 00 .byte 0 03277 0ACE 00 .byte 0 03278 0ACF 2A .byte $2A 03279 0AD0 00 .byte 0 03280 0AD1 2A .byte $2A 03281 0AD2 00 .byte 0 03282 0AD3 00 .byte 0 03283 0AD4 2A .byte $2A 03284 0AD5 2A .byte $2A 03285 0AD6 2A .byte $2A 03286 0AD7 00 .byte 0 03287 0AD8 00 .byte 0 03288 0AD9 2A .byte $2A 03289 0ADA 00 .byte 0 03290 0ADB 2A .byte $2A 03291 0ADC 2A .byte $2A 03292 0ADD 15 .byte $15 03293 0ADE 00 .byte 0 03294 0ADF 2A .byte $2A 03295 0AE0 2A .byte $2A 03296 0AE1 2A .byte $2A 03297 ! 816 0x00,0x00,0x00, 0x00,0x00,0x2a, 0x00,0x2a,0x00, 0x00,0x2a,0x2a, 0x2a,0x00,0x00, 0x2a,0x00,0x2a, 0x2a,0x15,0x00, 0x2a,0x2a,0x2a, 03298 0AE2 00 .byte 0 03299 0AE3 00 .byte 0 03300 0AE4 00 .byte 0 03301 0AE5 00 .byte 0 03302 0AE6 00 .byte 0 03303 0AE7 2A .byte $2A 03304 0AE8 00 .byte 0 03305 0AE9 2A .byte $2A 03306 0AEA 00 .byte 0 03307 0AEB 00 .byte 0 03308 0AEC 2A .byte $2A 03309 0AED 2A .byte $2A 03310 0AEE 2A .byte $2A 03311 0AEF 00 .byte 0 03312 0AF0 00 .byte 0 03313 0AF1 2A .byte $2A 03314 0AF2 00 .byte 0 03315 0AF3 2A .byte $2A 03316 0AF4 2A .byte $2A 03317 0AF5 15 .byte $15 03318 0AF6 00 .byte 0 03319 0AF7 2A .byte $2A 03320 0AF8 2A .byte $2A 03321 0AF9 2A .byte $2A 03322 ! 817 0x15,0x15,0x15, 0x15,0x15,0x3f, 0x15,0x3f,0x15, 0x15,0x3f,0x3f, 0x3f,0x15,0x15, 0x3f,0x15,0x3f, 0x3f,0x3f,0x15, 0x3f,0x3f,0x3f, 03323 0AFA 15 .byte $15 03324 0AFB 15 .byte $15 03325 0AFC 15 .byte $15 03326 0AFD 15 .byte $15 03327 0AFE 15 .byte $15 03328 0AFF 3F .byte $3F 03329 0B00 15 .byte $15 03330 0B01 3F .byte $3F 03331 0B02 15 .byte $15 03332 0B03 15 .byte $15 03333 0B04 3F .byte $3F 03334 0B05 3F .byte $3F 03335 0B06 3F .byte $3F 03336 0B07 15 .byte $15 03337 0B08 15 .byte $15 03338 0B09 3F .byte $3F 03339 0B0A 15 .byte $15 03340 0B0B 3F .byte $3F 03341 0B0C 3F .byte $3F 03342 0B0D 3F .byte $3F 03343 0B0E 15 .byte $15 03344 0B0F 3F .byte $3F 03345 0B10 3F .byte $3F 03346 0B11 3F .byte $3F 03347 ! 818 0x15,0x15,0x15, 0x15,0x15,0x3f, 0x15,0x3f,0x15, 0x15,0x3f,0x3f, 0x3f,0x15,0x15, 0x3f,0x15,0x3f, 0x3f,0x3f,0x15, 0x3f,0x3f,0x3f, 03348 0B12 15 .byte $15 03349 0B13 15 .byte $15 03350 0B14 15 .byte $15 03351 0B15 15 .byte $15 03352 0B16 15 .byte $15 03353 0B17 3F .byte $3F 03354 0B18 15 .byte $15 03355 0B19 3F .byte $3F 03356 0B1A 15 .byte $15 03357 0B1B 15 .byte $15 03358 0B1C 3F .byte $3F 03359 0B1D 3F .byte $3F 03360 0B1E 3F .byte $3F 03361 0B1F 15 .byte $15 03362 0B20 15 .byte $15 03363 0B21 3F .byte $3F 03364 0B22 15 .byte $15 03365 0B23 3F .byte $3F 03366 0B24 3F .byte $3F 03367 0B25 3F .byte $3F 03368 0B26 15 .byte $15 03369 0B27 3F .byte $3F 03370 0B28 3F .byte $3F 03371 0B29 3F .byte $3F 03372 ! 819 0x00,0x00,0x00, 0x00,0x00,0x2a, 0x00,0x2a,0x00, 0x00,0x2a,0x2a, 0x2a,0x00,0x00, 0x2a,0x00,0x2a, 0x2a,0x15,0x00, 0x2a,0x2a,0x2a, 03373 0B2A 00 .byte 0 03374 0B2B 00 .byte 0 03375 0B2C 00 .byte 0 03376 0B2D 00 .byte 0 03377 0B2E 00 .byte 0 03378 0B2F 2A .byte $2A 03379 0B30 00 .byte 0 03380 0B31 2A .byte $2A 03381 0B32 00 .byte 0 03382 0B33 00 .byte 0 03383 0B34 2A .byte $2A 03384 0B35 2A .byte $2A 03385 0B36 2A .byte $2A 03386 0B37 00 .byte 0 03387 0B38 00 .byte 0 03388 0B39 2A .byte $2A 03389 0B3A 00 .byte 0 03390 0B3B 2A .byte $2A 03391 0B3C 2A .byte $2A 03392 0B3D 15 .byte $15 03393 0B3E 00 .byte 0 03394 0B3F 2A .byte $2A 03395 0B40 2A .byte $2A 03396 0B41 2A .byte $2A 03397 ! 820 0x00,0x00,0x00, 0x00,0x00,0x2a, 0x00,0x2a,0x00, 0x00,0x2a,0x2a, 0x2a,0x00,0x00, 0x2a,0x00,0x2a, 0x2a,0x15,0x00, 0x2a,0x2a,0x2a, 03398 0B42 00 .byte 0 03399 0B43 00 .byte 0 03400 0B44 00 .byte 0 03401 0B45 00 .byte 0 03402 0B46 00 .byte 0 03403 0B47 2A .byte $2A 03404 0B48 00 .byte 0 03405 0B49 2A .byte $2A 03406 0B4A 00 .byte 0 03407 0B4B 00 .byte 0 03408 0B4C 2A .byte $2A 03409 0B4D 2A .byte $2A 03410 0B4E 2A .byte $2A 03411 0B4F 00 .byte 0 03412 0B50 00 .byte 0 03413 0B51 2A .byte $2A 03414 0B52 00 .byte 0 03415 0B53 2A .byte $2A 03416 0B54 2A .byte $2A 03417 0B55 15 .byte $15 03418 0B56 00 .byte 0 03419 0B57 2A .byte $2A 03420 0B58 2A .byte $2A 03421 0B59 2A .byte $2A 03422 ! 821 0x15,0x15,0x15, 0x15,0x15,0x3f, 0x15,0x3f,0x15, 0x15,0x3f,0x3f, 0x3f,0x15,0x15, 0x3f,0x15,0x3f, 0x3f,0x3f,0x15, 0x3f,0x3f,0x3f, 03423 0B5A 15 .byte $15 03424 0B5B 15 .byte $15 03425 0B5C 15 .byte $15 03426 0B5D 15 .byte $15 03427 0B5E 15 .byte $15 03428 0B5F 3F .byte $3F 03429 0B60 15 .byte $15 03430 0B61 3F .byte $3F 03431 0B62 15 .byte $15 03432 0B63 15 .byte $15 03433 0B64 3F .byte $3F 03434 0B65 3F .byte $3F 03435 0B66 3F .byte $3F 03436 0B67 15 .byte $15 03437 0B68 15 .byte $15 03438 0B69 3F .byte $3F 03439 0B6A 15 .byte $15 03440 0B6B 3F .byte $3F 03441 0B6C 3F .byte $3F 03442 0B6D 3F .byte $3F 03443 0B6E 15 .byte $15 03444 0B6F 3F .byte $3F 03445 0B70 3F .byte $3F 03446 0B71 3F .byte $3F 03447 ! 822 0x15,0x15,0x15, 0x15,0x15,0x3f, 0x15,0x3f,0x15, 0x15,0x3f,0x3f, 0x3f,0x15,0x15, 0x3f,0x15,0x3f, 0x3f,0x3f,0x15, 0x3f,0x3f,0x3f 03448 0B72 15 .byte $15 03449 0B73 15 .byte $15 03450 0B74 15 .byte $15 03451 0B75 15 .byte $15 03452 0B76 15 .byte $15 03453 0B77 3F .byte $3F 03454 0B78 15 .byte $15 03455 0B79 3F .byte $3F 03456 0B7A 15 .byte $15 03457 0B7B 15 .byte $15 03458 0B7C 3F .byte $3F 03459 0B7D 3F .byte $3F 03460 0B7E 3F .byte $3F 03461 0B7F 15 .byte $15 03462 0B80 15 .byte $15 03463 0B81 3F .byte $3F 03464 0B82 15 .byte $15 03465 0B83 3F .byte $3F 03466 0B84 3F .byte $3F 03467 0B85 3F .byte $3F 03468 0B86 15 .byte $15 03469 0B87 3F .byte $3F 03470 0B88 3F .byte $3F 03471 ! 823 }; 03472 0B89 3F .byte $3F 03473 !BCC_EOS 03474 ! 824 static Bit8u palette2[63+1][3]= 03475 ! 825 { 03476 00000B8A _palette2: 03477 ! 826 0x00,0x00,0x00, 0x00,0x00,0x2a, 0x00,0x2a,0x00, 0x00,0x2a,0x2a, 0x2a,0x00,0x00, 0x2a,0x00,0x2a, 0x2a,0x2a,0x00, 0x2a,0x2a,0x2a, 03478 0B8A 00 .byte 0 03479 0B8B 00 .byte 0 03480 0B8C 00 .byte 0 03481 0B8D 00 .byte 0 03482 0B8E 00 .byte 0 03483 0B8F 2A .byte $2A 03484 0B90 00 .byte 0 03485 0B91 2A .byte $2A 03486 0B92 00 .byte 0 03487 0B93 00 .byte 0 03488 0B94 2A .byte $2A 03489 0B95 2A .byte $2A 03490 0B96 2A .byte $2A 03491 0B97 00 .byte 0 03492 0B98 00 .byte 0 03493 0B99 2A .byte $2A 03494 0B9A 00 .byte 0 03495 0B9B 2A .byte $2A 03496 0B9C 2A .byte $2A 03497 0B9D 2A .byte $2A 03498 0B9E 00 .byte 0 03499 0B9F 2A .byte $2A 03500 0BA0 2A .byte $2A 03501 0BA1 2A .byte $2A 03502 ! 827 0x00,0x00,0x15, 0x00,0x00,0x3f, 0x00,0x2a,0 03503 0BA2 00 .byte 0 03504 0BA3 00 .byte 0 03505 0BA4 15 .byte $15 03506 0BA5 00 .byte 0 03507 0BA6 00 .byte 0 03508 0BA7 3F .byte $3F 03509 0BA8 00 .byte 0 03510 0BA9 2A .byte $2A 03511 ! 827 x15, 0x00,0x2a,0x3f, 0x2a,0x00,0x15, 0x2a,0x00,0x3f, 0x2a,0x2a,0x15, 0x2a,0x2a,0x3f, 03512 0BAA 15 .byte $15 03513 0BAB 00 .byte 0 03514 0BAC 2A .byte $2A 03515 0BAD 3F .byte $3F 03516 0BAE 2A .byte $2A 03517 0BAF 00 .byte 0 03518 0BB0 15 .byte $15 03519 0BB1 2A .byte $2A 03520 0BB2 00 .byte 0 03521 0BB3 3F .byte $3F 03522 0BB4 2A .byte $2A 03523 0BB5 2A .byte $2A 03524 0BB6 15 .byte $15 03525 0BB7 2A .byte $2A 03526 0BB8 2A .byte $2A 03527 0BB9 3F .byte $3F 03528 ! 828 0x00,0x15,0x00, 0x00,0x15,0x2a, 0x00,0x3f,0x00, 0x00,0x3f,0x2a, 0x2a,0x15,0x00, 0x2a,0x15,0x2a, 0x2a,0x3f,0x00, 0x2a,0x3f,0x2a, 03529 0BBA 00 .byte 0 03530 0BBB 15 .byte $15 03531 0BBC 00 .byte 0 03532 0BBD 00 .byte 0 03533 0BBE 15 .byte $15 03534 0BBF 2A .byte $2A 03535 0BC0 00 .byte 0 03536 0BC1 3F .byte $3F 03537 0BC2 00 .byte 0 03538 0BC3 00 .byte 0 03539 0BC4 3F .byte $3F 03540 0BC5 2A .byte $2A 03541 0BC6 2A .byte $2A 03542 0BC7 15 .byte $15 03543 0BC8 00 .byte 0 03544 0BC9 2A .byte $2A 03545 0BCA 15 .byte $15 03546 0BCB 2A .byte $2A 03547 0BCC 2A .byte $2A 03548 0BCD 3F .byte $3F 03549 0BCE 00 .byte 0 03550 0BCF 2A .byte $2A 03551 0BD0 3F .byte $3F 03552 0BD1 2A .byte $2A 03553 ! 829 0x00,0x15,0x15, 0x00,0x15,0x3f, 0x00,0x3f,0x15, 0x00,0x3f,0x3f, 0x2a,0x15,0x15, 0x2a,0x15,0x3f, 0x2a,0x3f,0x15, 0x2a,0x3f,0x3f, 03554 0BD2 00 .byte 0 03555 0BD3 15 .byte $15 03556 0BD4 15 .byte $15 03557 0BD5 00 .byte 0 03558 0BD6 15 .byte $15 03559 0BD7 3F .byte $3F 03560 0BD8 00 .byte 0 03561 0BD9 3F .byte $3F 03562 0BDA 15 .byte $15 03563 0BDB 00 .byte 0 03564 0BDC 3F .byte $3F 03565 0BDD 3F .byte $3F 03566 0BDE 2A .byte $2A 03567 0BDF 15 .byte $15 03568 0BE0 15 .byte $15 03569 0BE1 2A .byte $2A 03570 0BE2 15 .byte $15 03571 0BE3 3F .byte $3F 03572 0BE4 2A .byte $2A 03573 0BE5 3F .byte $3F 03574 0BE6 15 .byte $15 03575 0BE7 2A .byte $2A 03576 0BE8 3F .byte $3F 03577 0BE9 3F .byte $3F 03578 ! 830 0x15,0x00,0x00, 0x15,0x00,0x2a, 0x15,0x2a,0x00, 0x15,0x2a,0x2a, 0x3f,0x00,0x00, 0x3f,0x00,0x2a, 0x3f,0x2a,0x00, 0x3f,0x2a,0x2a, 03579 0BEA 15 .byte $15 03580 0BEB 00 .byte 0 03581 0BEC 00 .byte 0 03582 0BED 15 .byte $15 03583 0BEE 00 .byte 0 03584 0BEF 2A .byte $2A 03585 0BF0 15 .byte $15 03586 0BF1 2A .byte $2A 03587 0BF2 00 .byte 0 03588 0BF3 15 .byte $15 03589 0BF4 2A .byte $2A 03590 0BF5 2A .byte $2A 03591 0BF6 3F .byte $3F 03592 0BF7 00 .byte 0 03593 0BF8 00 .byte 0 03594 0BF9 3F .byte $3F 03595 0BFA 00 .byte 0 03596 0BFB 2A .byte $2A 03597 0BFC 3F .byte $3F 03598 0BFD 2A .byte $2A 03599 0BFE 00 .byte 0 03600 0BFF 3F .byte $3F 03601 0C00 2A .byte $2A 03602 0C01 2A .byte $2A 03603 ! 831 0x15,0x00,0x15, 0x15,0x00,0x3f, 0x15,0x2a,0x15, 0x15,0x2a,0x3f, 0x3f,0x00,0x15, 0x3f,0x00,0x3f, 0x3f,0x2a,0x15, 0x3f,0x2a,0x3f, 03604 0C02 15 .byte $15 03605 0C03 00 .byte 0 03606 0C04 15 .byte $15 03607 0C05 15 .byte $15 03608 0C06 00 .byte 0 03609 0C07 3F .byte $3F 03610 0C08 15 .byte $15 03611 0C09 2A .byte $2A 03612 0C0A 15 .byte $15 03613 0C0B 15 .byte $15 03614 0C0C 2A .byte $2A 03615 0C0D 3F .byte $3F 03616 0C0E 3F .byte $3F 03617 0C0F 00 .byte 0 03618 0C10 15 .byte $15 03619 0C11 3F .byte $3F 03620 0C12 00 .byte 0 03621 0C13 3F .byte $3F 03622 0C14 3F .byte $3F 03623 0C15 2A .byte $2A 03624 0C16 15 .byte $15 03625 0C17 3F .byte $3F 03626 0C18 2A .byte $2A 03627 0C19 3F .byte $3F 03628 ! 832 0x15,0x15,0x00, 0x15,0x15,0x2a, 0x15,0x3f,0x00, 0x15,0x3f,0x2a, 0x3f,0x15,0x00, 0x3f,0x15,0x2a, 0x3f,0x3f,0x00, 0x3f,0x3f,0x2a, 03629 0C1A 15 .byte $15 03630 0C1B 15 .byte $15 03631 0C1C 00 .byte 0 03632 0C1D 15 .byte $15 03633 0C1E 15 .byte $15 03634 0C1F 2A .byte $2A 03635 0C20 15 .byte $15 03636 0C21 3F .byte $3F 03637 0C22 00 .byte 0 03638 0C23 15 .byte $15 03639 0C24 3F .byte $3F 03640 0C25 2A .byte $2A 03641 0C26 3F .byte $3F 03642 0C27 15 .byte $15 03643 0C28 00 .byte 0 03644 0C29 3F .byte $3F 03645 0C2A 15 .byte $15 03646 0C2B 2A .byte $2A 03647 0C2C 3F .byte $3F 03648 0C2D 3F .byte $3F 03649 0C2E 00 .byte 0 03650 0C2F 3F .byte $3F 03651 0C30 3F .byte $3F 03652 0C31 2A .byte $2A 03653 ! 833 0x15,0x15,0x15, 0x15,0x15,0x3f, 0x15,0x3f,0x15, 0x15,0x3f,0x3f, 0x3f,0x15,0x15, 0x3f,0x15,0x3f, 0x3f,0x3f,0x15, 0x3f,0x3f,0x3f 03654 0C32 15 .byte $15 03655 0C33 15 .byte $15 03656 0C34 15 .byte $15 03657 0C35 15 .byte $15 03658 0C36 15 .byte $15 03659 0C37 3F .byte $3F 03660 0C38 15 .byte $15 03661 0C39 3F .byte $3F 03662 0C3A 15 .byte $15 03663 0C3B 15 .byte $15 03664 0C3C 3F .byte $3F 03665 0C3D 3F .byte $3F 03666 0C3E 3F .byte $3F 03667 0C3F 15 .byte $15 03668 0C40 15 .byte $15 03669 0C41 3F .byte $3F 03670 0C42 15 .byte $15 03671 0C43 3F .byte $3F 03672 0C44 3F .byte $3F 03673 0C45 3F .byte $3F 03674 0C46 15 .byte $15 03675 0C47 3F .byte $3F 03676 0C48 3F .byte $3F 03677 ! 834 }; 03678 0C49 3F .byte $3F 03679 !BCC_EOS 03680 ! 835 static Bit8u palette3[256][3]= 03681 ! 836 { 03682 00000C4A _palette3: 03683 ! 837 0x00,0x00,0x00, 0x00,0x00,0x2a, 0x00,0x2a,0x00, 0x00,0x2a,0x2a, 0x2a,0x00,0x00, 0x2a,0x00,0x2a, 0x2a,0x15,0x00, 0x2a,0x2a,0x2a, 03684 0C4A 00 .byte 0 03685 0C4B 00 .byte 0 03686 0C4C 00 .byte 0 03687 0C4D 00 .byte 0 03688 0C4E 00 .byte 0 03689 0C4F 2A .byte $2A 03690 0C50 00 .byte 0 03691 0C51 2A .byte $2A 03692 0C52 00 .byte 0 03693 0C53 00 .byte 0 03694 0C54 2A .byte $2A 03695 0C55 2A .byte $2A 03696 0C56 2A .byte $2A 03697 0C57 00 .byte 0 03698 0C58 00 .byte 0 03699 0C59 2A .byte $2A 03700 0C5A 00 .byte 0 03701 0C5B 2A .byte $2A 03702 0C5C 2A .byte $2A 03703 0C5D 15 .byte $15 03704 0C5E 00 .byte 0 03705 0C5F 2A .byte $2A 03706 0C60 2A .byte $2A 03707 0C61 2A .byte $2A 03708 ! 838 0x15,0x15,0x15, 0x15,0x15,0x3f, 0x15,0x3f,0x15, 0x15,0x3f,0x3f, 0x3f,0x15,0x15, 0x3f,0x15,0x3f, 0x3f,0x3f,0x15, 0x3f,0x3f,0x3f, 03709 0C62 15 .byte $15 03710 0C63 15 .byte $15 03711 0C64 15 .byte $15 03712 0C65 15 .byte $15 03713 0C66 15 .byte $15 03714 0C67 3F .byte $3F 03715 0C68 15 .byte $15 03716 0C69 3F .byte $3F 03717 0C6A 15 .byte $15 03718 0C6B 15 .byte $15 03719 0C6C 3F .byte $3F 03720 0C6D 3F .byte $3F 03721 0C6E 3F .byte $3F 03722 0C6F 15 .byte $15 03723 0C70 15 .byte $15 03724 0C71 3F .byte $3F 03725 0C72 15 .byte $15 03726 0C73 3F .byte $3F 03727 0C74 3F .byte $3F 03728 0C75 3F .byte $3F 03729 0C76 15 .byte $15 03730 0C77 3F .byte $3F 03731 0C78 3F .byte $3F 03732 0C79 3F .byte $3F 03733 ! 839 0x00,0x00,0x00, 0x05,0x05,0x05, 0x08,0x08,0x08, 0x0b,0x0b,0x0b, 0x0e,0x0e,0x0e, 0x11,0x11,0x11, 0x14,0x14,0x14, 0x18,0x18,0x18, 03734 0C7A 00 .byte 0 03735 0C7B 00 .byte 0 03736 0C7C 00 .byte 0 03737 0C7D 05 .byte 5 03738 0C7E 05 .byte 5 03739 0C7F 05 .byte 5 03740 0C80 08 .byte 8 03741 0C81 08 .byte 8 03742 0C82 08 .byte 8 03743 0C83 0B .byte $B 03744 0C84 0B .byte $B 03745 0C85 0B .byte $B 03746 0C86 0E .byte $E 03747 0C87 0E .byte $E 03748 0C88 0E .byte $E 03749 0C89 11 .byte $11 03750 0C8A 11 .byte $11 03751 0C8B 11 .byte $11 03752 0C8C 14 .byte $14 03753 0C8D 14 .byte $14 03754 0C8E 14 .byte $14 03755 0C8F 18 .byte $18 03756 0C90 18 .byte $18 03757 0C91 18 .byte $18 03758 ! 840 0x1c,0x1c,0x1c, 0x20,0x20,0x20, 0x24,0x24,0x24, 0x28,0x28,0x28, 0x2d,0x2d,0x2d, 0x32,0x32,0x32, 0x38,0x38,0x38, 0x3f,0x3f,0x3f, 03759 0C92 1C .byte $1C 03760 0C93 1C .byte $1C 03761 0C94 1C .byte $1C 03762 0C95 20 .byte $20 03763 0C96 20 .byte $20 03764 0C97 20 .byte $20 03765 0C98 24 .byte $24 03766 0C99 24 .byte $24 03767 0C9A 24 .byte $24 03768 0C9B 28 .byte $28 03769 0C9C 28 .byte $28 03770 0C9D 28 .byte $28 03771 0C9E 2D .byte $2D 03772 0C9F 2D .byte $2D 03773 0CA0 2D .byte $2D 03774 0CA1 32 .byte $32 03775 0CA2 32 .byte $32 03776 0CA3 32 .byte $32 03777 0CA4 38 .byte $38 03778 0CA5 38 .byte $38 03779 0CA6 38 .byte $38 03780 0CA7 3F .byte $3F 03781 0CA8 3F .byte $3F 03782 0CA9 3F .byte $3F 03783 ! 841 0x00,0x00,0x3f, 0x10,0x00,0x3f, 0x1f,0x00,0x3f, 0x2f,0x00,0x3f, 0x3f,0x00,0x3f, 0x3f,0x00,0x2f, 0x3f,0x00,0x1f, 0x3f,0x00,0x10, 03784 0CAA 00 .byte 0 03785 0CAB 00 .byte 0 03786 0CAC 3F .byte $3F 03787 0CAD 10 .byte $10 03788 0CAE 00 .byte 0 03789 0CAF 3F .byte $3F 03790 0CB0 1F .byte $1F 03791 0CB1 00 .byte 0 03792 0CB2 3F .byte $3F 03793 0CB3 2F .byte $2F 03794 0CB4 00 .byte 0 03795 0CB5 3F .byte $3F 03796 0CB6 3F .byte $3F 03797 0CB7 00 .byte 0 03798 0CB8 3F .byte $3F 03799 0CB9 3F .byte $3F 03800 0CBA 00 .byte 0 03801 0CBB 2F .byte $2F 03802 0CBC 3F .byte $3F 03803 0CBD 00 .byte 0 03804 0CBE 1F .byte $1F 03805 0CBF 3F .byte $3F 03806 0CC0 00 .byte 0 03807 0CC1 10 .byte $10 03808 ! 842 0x3f,0x00,0x00, 0x3f,0x10,0x00, 0x3f,0x1f,0x00, 0x3f,0x2f,0x00, 0x3f,0x3f,0x00, 0x2f,0x3f,0x00, 0x1f,0x3f,0x00, 0x10,0x3f,0x00, 03809 0CC2 3F .byte $3F 03810 0CC3 00 .byte 0 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0x3f,0x37,0x1f, 0x3f,0x3f,0x1f, 0x37,0x3f,0x1f, 0x2f,0x3f, 03884 0D0A 3F .byte $3F 03885 0D0B 1F .byte $1F 03886 0D0C 1F .byte $1F 03887 0D0D 3F .byte $3F 03888 0D0E 27 .byte $27 03889 0D0F 1F .byte $1F 03890 0D10 3F .byte $3F 03891 0D11 2F .byte $2F 03892 0D12 1F .byte $1F 03893 0D13 3F .byte $3F 03894 0D14 37 .byte $37 03895 0D15 1F .byte $1F 03896 0D16 3F .byte $3F 03897 0D17 3F .byte $3F 03898 0D18 1F .byte $1F 03899 0D19 37 .byte $37 03900 0D1A 3F .byte $3F 03901 0D1B 1F .byte $1F 03902 0D1C 2F .byte $2F 03903 ! 845 0x1f, 0x27,0x3f,0x1f, 03904 0D1D 3F .byte $3F 03905 0D1E 1F .byte $1F 03906 0D1F 27 .byte $27 03907 0D20 3F .byte $3F 03908 0D21 1F .byte $1F 03909 ! 846 0x1f,0x3f,0x1f, 0x1f,0x3f,0x27, 0x1f,0x3f,0x2f, 0x1f,0x3f,0x37, 0x1f,0x3f,0x3f, 0x1f,0x37,0x3f, 0x1f,0x2f,0x3f, 0x1f,0x27,0x3f, 03910 0D22 1F .byte $1F 03911 0D23 3F .byte $3F 03912 0D24 1F .byte $1F 03913 0D25 1F .byte $1F 03914 0D26 3F .byte $3F 03915 0D27 27 .byte $27 03916 0D28 1F .byte $1F 03917 0D29 3F .byte $3F 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$1C 04202 0E3B 14 .byte $14 04203 0E3C 18 .byte $18 04204 0E3D 1C .byte $1C 04205 0E3E 14 .byte $14 04206 0E3F 16 .byte $16 04207 0E40 1C .byte $1C 04208 0E41 14 .byte $14 04209 ! 858 0x14,0x1c,0x14, 0x14,0x1c,0x16, 0x14,0x1c,0x18, 0x14,0x1c,0x1a, 0x14,0x1c,0x1c, 0x14,0x1a,0x1c, 0x14,0x18,0x1c, 0x14,0x16,0x1c, 04210 0E42 14 .byte $14 04211 0E43 1C .byte $1C 04212 0E44 14 .byte $14 04213 0E45 14 .byte $14 04214 0E46 1C .byte $1C 04215 0E47 16 .byte $16 04216 0E48 14 .byte $14 04217 0E49 1C .byte $1C 04218 0E4A 18 .byte $18 04219 0E4B 14 .byte $14 04220 0E4C 1C .byte $1C 04221 0E4D 1A .byte $1A 04222 0E4E 14 .byte $14 04223 0E4F 1C .byte $1C 04224 0E50 1C .byte $1C 04225 0E51 14 .byte $14 04226 0E52 1A .byte $1A 04227 0E53 1C .byte $1C 04228 0E54 14 .byte $14 04229 0E55 18 .byte $18 04230 0E56 1C .byte $1C 04231 0E57 14 .byte $14 04232 0E58 16 .byte $16 04233 0E59 1C .byte $1C 04234 ! 859 0x00,0x00,0x10, 0x04,0x00,0x10, 0x08,0x00,0x10, 0x0c,0x00,0x10, 0x10,0x00,0x10, 0x10,0x00,0x0c, 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0E7E 10 .byte $10 04273 0E7F 10 .byte $10 04274 0E80 00 .byte 0 04275 0E81 0C .byte $C 04276 0E82 10 .byte $10 04277 0E83 00 .byte 0 04278 0E84 08 .byte 8 04279 0E85 10 .byte $10 04280 0E86 00 .byte 0 04281 0E87 04 .byte 4 04282 0E88 10 .byte $10 04283 0E89 00 .byte 0 04284 ! 861 0x00,0x10,0x00, 0x00,0x10,0x04, 0x00,0x10,0x08, 0x00,0x10,0x0c, 0x00,0x10, 04285 0E8A 00 .byte 0 04286 0E8B 10 .byte $10 04287 0E8C 00 .byte 0 04288 0E8D 00 .byte 0 04289 0E8E 10 .byte $10 04290 0E8F 04 .byte 4 04291 0E90 00 .byte 0 04292 0E91 10 .byte $10 04293 0E92 08 .byte 8 04294 0E93 00 .byte 0 04295 0E94 10 .byte $10 04296 0E95 0C .byte $C 04297 0E96 00 .byte 0 04298 ! 861 0x10, 0x00,0x0c,0x10, 0x00,0x08,0x10, 0x00,0x04,0x10, 04299 0E97 10 .byte $10 04300 0E98 10 .byte $10 04301 0E99 00 .byte 0 04302 0E9A 0C .byte $C 04303 0E9B 10 .byte $10 04304 0E9C 00 .byte 0 04305 0E9D 08 .byte 8 04306 0E9E 10 .byte $10 04307 0E9F 00 .byte 0 04308 0EA0 04 .byte 4 04309 0EA1 10 .byte $10 04310 ! 862 0x08,0x08,0x10, 0x0a,0x08,0x10, 0x0c,0x08,0x10, 0x0e,0x08,0x10, 0x10,0x08,0x10, 0x10,0x08,0x0e, 0x10,0x08,0x0c, 0x10,0x08,0x0a, 04311 0EA2 08 .byte 8 04312 0EA3 08 .byte 8 04313 0EA4 10 .byte $10 04314 0EA5 0A .byte $A 04315 0EA6 08 .byte 8 04316 0EA7 10 .byte $10 04317 0EA8 0C .byte $C 04318 0EA9 08 .byte 8 04319 0EAA 10 .byte $10 04320 0EAB 0E .byte $E 04321 0EAC 08 .byte 8 04322 0EAD 10 .byte $10 04323 0EAE 10 .byte $10 04324 0EAF 08 .byte 8 04325 0EB0 10 .byte $10 04326 0EB1 10 .byte $10 04327 0EB2 08 .byte 8 04328 0EB3 0E .byte $E 04329 0EB4 10 .byte $10 04330 0EB5 08 .byte 8 04331 0EB6 0C .byte $C 04332 0EB7 10 .byte $10 04333 0EB8 08 .byte 8 04334 0EB9 0A .byte $A 04335 ! 863 0x10,0x08,0x08, 0x10,0x0a,0x08, 0x10,0x0c,0x08, 0x10,0x0e,0x08, 0x10,0x10,0x08, 0x0e,0x10,0x08, 0x0c,0x10,0x08, 0x0a,0x10,0x08, 04336 0EBA 10 .byte $10 04337 0EBB 08 .byte 8 04338 0EBC 08 .byte 8 04339 0EBD 10 .byte $10 04340 0EBE 0A .byte $A 04341 0EBF 08 .byte 8 04342 0EC0 10 .byte $10 04343 0EC1 0C .byte $C 04344 0EC2 08 .byte 8 04345 0EC3 10 .byte $10 04346 0EC4 0E .byte $E 04347 0EC5 08 .byte 8 04348 0EC6 10 .byte $10 04349 0EC7 10 .byte $10 04350 0EC8 08 .byte 8 04351 0EC9 0E .byte $E 04352 0ECA 10 .byte $10 04353 0ECB 08 .byte 8 04354 0ECC 0C .byte $C 04355 0ECD 10 .byte $10 04356 0ECE 08 .byte 8 04357 0ECF 0A .byte $A 04358 0ED0 10 .byte $10 04359 0ED1 08 .byte 8 04360 ! 864 0x08,0x10,0x08, 0x08,0x10,0x0a, 0x08,0x10,0x0c, 0x08,0x10,0x0e, 0x08,0x10,0x10, 0x08,0x0e,0x10, 0x08,0x0c,0x10, 0x08,0x0a,0x10, 04361 0ED2 08 .byte 8 04362 0ED3 10 .byte $10 04363 0ED4 08 .byte 8 04364 0ED5 08 .byte 8 04365 0ED6 10 .byte $10 04366 0ED7 0A .byte $A 04367 0ED8 08 .byte 8 04368 0ED9 10 .byte $10 04369 0EDA 0C .byte $C 04370 0EDB 08 .byte 8 04371 0EDC 10 .byte $10 04372 0EDD 0E .byte $E 04373 0EDE 08 .byte 8 04374 0EDF 10 .byte $10 04375 0EE0 10 .byte $10 04376 0EE1 08 .byte 8 04377 0EE2 0E .byte $E 04378 0EE3 10 .byte $10 04379 0EE4 08 .byte 8 04380 0EE5 0C .byte $C 04381 0EE6 10 .byte $10 04382 0EE7 08 .byte 8 04383 0EE8 0A .byte $A 04384 0EE9 10 .byte $10 04385 ! 865 0x0b,0x0b,0x10, 0x0c,0x0b,0x10, 0x0d,0x0b,0x10, 0x0f,0x0b,0x10, 0x10,0x0b,0x10, 0x10,0x0b,0x0f, 0x10,0x0b,0x0d, 0x10,0x0b,0x0c, 04386 0EEA 0B .byte $B 04387 0EEB 0B .byte $B 04388 0EEC 10 .byte $10 04389 0EED 0C .byte $C 04390 0EEE 0B .byte $B 04391 0EEF 10 .byte $10 04392 0EF0 0D .byte $D 04393 0EF1 0B .byte $B 04394 0EF2 10 .byte $10 04395 0EF3 0F .byte $F 04396 0EF4 0B .byte $B 04397 0EF5 10 .byte $10 04398 0EF6 10 .byte $10 04399 0EF7 0B .byte $B 04400 0EF8 10 .byte $10 04401 0EF9 10 .byte $10 04402 0EFA 0B .byte $B 04403 0EFB 0F .byte $F 04404 0EFC 10 .byte $10 04405 0EFD 0B .byte $B 04406 0EFE 0D .byte $D 04407 0EFF 10 .byte $10 04408 0F00 0B .byte $B 04409 0F01 0C .byte $C 04410 ! 866 0x10,0x0b,0x0b, 0x10,0x0c,0x0b, 0x10,0x0d,0x0b, 0x10,0x0f,0x0b, 0x10,0x10,0x0b, 0x0f,0x10,0x0b, 0x0d,0x10,0x0b, 0x0c,0x10,0x0b, 04411 0F02 10 .byte $10 04412 0F03 0B .byte $B 04413 0F04 0B .byte $B 04414 0F05 10 .byte $10 04415 0F06 0C .byte $C 04416 0F07 0B .byte $B 04417 0F08 10 .byte $10 04418 0F09 0D .byte $D 04419 0F0A 0B .byte $B 04420 0F0B 10 .byte $10 04421 0F0C 0F .byte $F 04422 0F0D 0B .byte $B 04423 0F0E 10 .byte $10 04424 0F0F 10 .byte $10 04425 0F10 0B .byte $B 04426 0F11 0F .byte $F 04427 0F12 10 .byte $10 04428 0F13 0B .byte $B 04429 0F14 0D .byte $D 04430 0F15 10 .byte $10 04431 0F16 0B .byte $B 04432 0F17 0C .byte $C 04433 0F18 10 .byte $10 04434 0F19 0B .byte $B 04435 ! 867 0x0b,0x10,0x0b, 0x0b,0x10,0x0c, 0x0b,0x10,0x0d, 0x0b,0x10,0x0f, 0x0b,0x10,0x10, 0x0b,0x0f,0x10, 0x0b,0x0d,0x10, 0x0b,0x0c,0x10, 04436 0F1A 0B .byte $B 04437 0F1B 10 .byte $10 04438 0F1C 0B .byte $B 04439 0F1D 0B .byte $B 04440 0F1E 10 .byte $10 04441 0F1F 0C .byte $C 04442 0F20 0B .byte $B 04443 0F21 10 .byte $10 04444 0F22 0D .byte $D 04445 0F23 0B .byte $B 04446 0F24 10 .byte $10 04447 0F25 0F .byte $F 04448 0F26 0B .byte $B 04449 0F27 10 .byte $10 04450 0F28 10 .byte $10 04451 0F29 0B .byte $B 04452 0F2A 0F .byte $F 04453 0F2B 10 .byte $10 04454 0F2C 0B .byte $B 04455 0F2D 0D .byte $D 04456 0F2E 10 .byte $10 04457 0F2F 0B .byte $B 04458 0F30 0C .byte $C 04459 0F31 10 .byte $10 04460 ! 868 0x00,0x00,0x00, 0x00,0x00,0x00, 0x00,0x00,0x00, 0x00,0x00,0x00, 0x00,0x00,0x00, 0x00,0x00,0x00, 0x00,0x00,0x00, 0x00,0x00,0x00 04461 0F32 00 .byte 0 04462 0F33 00 .byte 0 04463 0F34 00 .byte 0 04464 0F35 00 .byte 0 04465 0F36 00 .byte 0 04466 0F37 00 .byte 0 04467 0F38 00 .byte 0 04468 0F39 00 .byte 0 04469 0F3A 00 .byte 0 04470 0F3B 00 .byte 0 04471 0F3C 00 .byte 0 04472 0F3D 00 .byte 0 04473 0F3E 00 .byte 0 04474 0F3F 00 .byte 0 04475 0F40 00 .byte 0 04476 0F41 00 .byte 0 04477 0F42 00 .byte 0 04478 0F43 00 .byte 0 04479 0F44 00 .byte 0 04480 0F45 00 .byte 0 04481 0F46 00 .byte 0 04482 0F47 00 .byte 0 04483 0F48 00 .byte 0 04484 ! 869 }; 04485 0F49 00 .byte 0 04486 !BCC_EOS 04487 ! 870 static Bit8u static_functionality[0x10]= 04488 ! 871 { 04489 00000F4A _static_functionality: 04490 ! 872 0xff, 04491 0F4A FF .byte $FF 04492 ! 873 0xe0, 04493 0F4B E0 .byte $E0 04494 ! 874 0x0f, 04495 0F4C 0F .byte $F 04496 ! 875 0x00, 0x00, 0x00, 0x00, 04497 0F4D 00 .byte 0 04498 0F4E 00 .byte 0 04499 0F4F 00 .byte 0 04500 0F50 00 .byte 0 04501 ! 876 0x07, 04502 0F51 07 .byte 7 04503 ! 877 0x02, 04504 0F52 02 .byte 2 04505 ! 878 0x08, 04506 0F53 08 .byte 8 04507 ! 879 0xe7, 04508 0F54 E7 .byte $E7 04509 ! 880 0x0c, 04510 0F55 0C .byte $C 04511 ! 881 0x00, 04512 0F56 00 .byte 0 04513 ! 882 0x00, 04514 0F57 00 .byte 0 04515 ! 883 0x00, 04516 0F58 00 .byte 0 04517 ! 884 0x00 04518 ! 885 }; 04519 0F59 00 .byte 0 04520 !BCC_EOS 04521 ! 886 static Bit8u vgafont8[256*8]= 04522 ! 887 { 04523 00000F5A _vgafont8: 04524 ! 888 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 04525 0F5A 00 .byte 0 04526 0F5B 00 .byte 0 04527 0F5C 00 .byte 0 04528 0F5D 00 .byte 0 04529 0F5E 00 .byte 0 04530 0F5F 00 .byte 0 04531 0F60 00 .byte 0 04532 0F61 00 .byte 0 04533 ! 889 0x7e, 0x81, 0xa5, 0x81, 0xbd, 0x99, 0x81, 0x7e, 04534 0F62 7E .byte $7E 04535 0F63 81 .byte $81 04536 0F64 A5 .byte $A5 04537 0F65 81 .byte $81 04538 0F66 BD .byte $BD 04539 0F67 99 .byte $99 04540 0F68 81 .byte $81 04541 0F69 7E .byte $7E 04542 ! 890 0x7e, 0xff, 0xdb, 0xff, 0xc3, 0xe7, 0xff, 0x7e, 04543 0F6A 7E .byte $7E 04544 0F6B FF .byte $FF 04545 0F6C DB .byte $DB 04546 0F6D FF .byte $FF 04547 0F6E C3 .byte $C3 04548 0F6F E7 .byte $E7 04549 0F70 FF .byte $FF 04550 0F71 7E .byte $7E 04551 ! 891 0x6c, 0xfe, 0xfe, 0xfe, 0x7c, 0x38, 0x10, 0x00, 04552 0F72 6C .byte $6C 04553 0F73 FE .byte $FE 04554 0F74 FE .byte $FE 04555 0F75 FE .byte $FE 04556 0F76 7C .byte $7C 04557 0F77 38 .byte $38 04558 0F78 10 .byte $10 04559 0F79 00 .byte 0 04560 ! 892 0x10, 0x38, 0x7c, 0xfe, 0x7c, 0x38, 0x10, 0x00, 04561 0F7A 10 .byte $10 04562 0F7B 38 .byte $38 04563 0F7C 7C .byte $7C 04564 0F7D FE .byte $FE 04565 0F7E 7C .byte $7C 04566 0F7F 38 .byte $38 04567 0F80 10 .byte $10 04568 0F81 00 .byte 0 04569 ! 893 0x38, 0x7c, 0x38, 0xfe, 0xfe, 0x7c, 0x38, 0x7c, 04570 0F82 38 .byte $38 04571 0F83 7C .byte $7C 04572 0F84 38 .byte $38 04573 0F85 FE .byte $FE 04574 0F86 FE .byte $FE 04575 0F87 7C .byte $7C 04576 0F88 38 .byte $38 04577 0F89 7C .byte $7C 04578 ! 894 0x10, 0x10, 0x38, 0x7c, 0xfe, 0x7c, 0x38, 0x7c, 04579 0F8A 10 .byte $10 04580 0F8B 10 .byte $10 04581 0F8C 38 .byte $38 04582 0F8D 7C .byte $7C 04583 0F8E FE .byte $FE 04584 0F8F 7C .byte $7C 04585 0F90 38 .byte $38 04586 0F91 7C .byte $7C 04587 ! 895 0x00, 0x00, 0x18, 0x3c, 0x3c, 0x18, 0x00, 0x00, 04588 0F92 00 .byte 0 04589 0F93 00 .byte 0 04590 0F94 18 .byte $18 04591 0F95 3C .byte $3C 04592 0F96 3C .byte $3C 04593 0F97 18 .byte $18 04594 0F98 00 .byte 0 04595 0F99 00 .byte 0 04596 ! 896 0xff, 0xff, 0xe7, 0xc3, 0xc3, 0xe7, 0xff, 0xff, 04597 0F9A FF .byte $FF 04598 0F9B FF .byte $FF 04599 0F9C E7 .byte $E7 04600 0F9D C3 .byte $C3 04601 0F9E C3 .byte $C3 04602 0F9F E7 .byte $E7 04603 0FA0 FF .byte $FF 04604 0FA1 FF .byte $FF 04605 ! 897 0x00, 0x3c, 0x66, 0x42, 0x42, 0x66, 0x3c, 0x00, 04606 0FA2 00 .byte 0 04607 0FA3 3C .byte $3C 04608 0FA4 66 .byte $66 04609 0FA5 42 .byte $42 04610 0FA6 42 .byte $42 04611 0FA7 66 .byte $66 04612 0FA8 3C .byte $3C 04613 0FA9 00 .byte 0 04614 ! 898 0xff, 0xc3, 0x99, 0xbd, 0xbd, 0x99, 0xc3, 0xff, 04615 0FAA FF .byte $FF 04616 0FAB C3 .byte $C3 04617 0FAC 99 .byte $99 04618 0FAD BD .byte $BD 04619 0FAE BD .byte $BD 04620 0FAF 99 .byte $99 04621 0FB0 C3 .byte $C3 04622 0FB1 FF .byte $FF 04623 ! 899 0x0f, 0x07, 0x0f, 0x7d, 0xcc, 0xcc, 0xcc, 0x78, 04624 0FB2 0F .byte $F 04625 0FB3 07 .byte 7 04626 0FB4 0F .byte $F 04627 0FB5 7D .byte $7D 04628 0FB6 CC .byte $CC 04629 0FB7 CC .byte $CC 04630 0FB8 CC .byte $CC 04631 0FB9 78 .byte $78 04632 ! 900 0x3c, 0x66, 0x66, 0x66, 0x3c, 0x18, 0x7e, 0x18, 04633 0FBA 3C .byte $3C 04634 0FBB 66 .byte $66 04635 0FBC 66 .byte $66 04636 0FBD 66 .byte $66 04637 0FBE 3C .byte $3C 04638 0FBF 18 .byte $18 04639 0FC0 7E .byte $7E 04640 0FC1 18 .byte $18 04641 ! 901 0x3f, 0x33, 0x3f, 0x30, 0x30, 0x70, 0xf0, 0xe0, 04642 0FC2 3F .byte $3F 04643 0FC3 33 .byte $33 04644 0FC4 3F .byte $3F 04645 0FC5 30 .byte $30 04646 0FC6 30 .byte $30 04647 0FC7 70 .byte $70 04648 0FC8 F0 .byte $F0 04649 0FC9 E0 .byte $E0 04650 ! 902 0x7f, 0x63, 0x7f, 0x63, 0x63, 0x67, 0xe6, 0xc0, 04651 0FCA 7F .byte $7F 04652 0FCB 63 .byte $63 04653 0FCC 7F .byte $7F 04654 0FCD 63 .byte $63 04655 0FCE 63 .byte $63 04656 0FCF 67 .byte $67 04657 0FD0 E6 .byte $E6 04658 0FD1 C0 .byte $C0 04659 ! 903 0x99, 0x5a, 0x3c, 0xe7, 0xe7, 0x3c, 0x5a, 0x99, 04660 0FD2 99 .byte $99 04661 0FD3 5A .byte $5A 04662 0FD4 3C .byte $3C 04663 0FD5 E7 .byte $E7 04664 0FD6 E7 .byte $E7 04665 0FD7 3C .byte $3C 04666 0FD8 5A .byte $5A 04667 0FD9 99 .byte $99 04668 ! 904 0x80, 0 04669 0FDA 80 .byte $80 04670 ! 904 xe0, 0xf8, 0xfe, 0xf8, 0xe0, 0x80, 0x00, 04671 0FDB E0 .byte $E0 04672 0FDC F8 .byte $F8 04673 0FDD FE .byte $FE 04674 0FDE F8 .byte $F8 04675 0FDF E0 .byte $E0 04676 0FE0 80 .byte $80 04677 0FE1 00 .byte 0 04678 ! 905 0x02, 0x0e, 0x3e, 0xfe, 0x3e, 0x0e, 0x02, 0x00, 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0x36, 0x36, 0x36, 06384 15CA 36 .byte $36 06385 15CB 36 .byte $36 06386 15CC F7 .byte $F7 06387 15CD 00 .byte 0 06388 15CE F7 .byte $F7 06389 15CF 36 .byte $36 06390 15D0 36 .byte $36 06391 15D1 36 .byte $36 06392 ! 1095 0x18, 0x18, 0xff, 0x00, 0xff, 0x00, 0x00, 0x00, 06393 15D2 18 .byte $18 06394 15D3 18 .byte $18 06395 15D4 FF .byte $FF 06396 15D5 00 .byte 0 06397 15D6 FF .byte $FF 06398 15D7 00 .byte 0 06399 15D8 00 .byte 0 06400 15D9 00 .byte 0 06401 ! 1096 0x36, 0x36, 0x36, 0x36, 0xff, 0x00, 0x00, 0x00, 06402 15DA 36 .byte $36 06403 15DB 36 .byte $36 06404 15DC 36 .byte $36 06405 15DD 36 .byte $36 06406 15DE FF .byte $FF 06407 15DF 00 .byte 0 06408 15E0 00 .byte 0 06409 15E1 00 .byte 0 06410 ! 1097 0x00, 0x00, 0xff, 0x00, 0xff, 0x18, 0x18, 0x18, 06411 15E2 00 .byte 0 06412 15E3 00 .byte 0 06413 15E4 FF .byte $FF 06414 15E5 00 .byte 0 06415 15E6 FF .byte $FF 06416 15E7 18 .byte $18 06417 15E8 18 .byte $18 06418 15E9 18 .byte $18 06419 ! 1098 0x00, 0x00, 0x00, 0x00, 0xff, 0x36, 0x36, 0x36, 06420 15EA 00 .byte 0 06421 15EB 00 .byte 0 06422 15EC 00 .byte 0 06423 15ED 00 .byte 0 06424 15EE FF .byte $FF 06425 15EF 36 .byte $36 06426 15F0 36 .byte $36 06427 15F1 36 .byte $36 06428 ! 1099 0x36, 0x36, 0x36, 0x36, 0x3f, 0x00, 0x00, 0x00, 06429 15F2 36 .byte $36 06430 15F3 36 .byte $36 06431 15F4 36 .byte $36 06432 15F5 36 .byte $36 06433 15F6 3F .byte $3F 06434 15F7 00 .byte 0 06435 15F8 00 .byte 0 06436 15F9 00 .byte 0 06437 ! 1100 0x18, 0x18, 0x1f, 0x18, 0x1f, 0x00, 0x00, 0x00, 06438 15FA 18 .byte $18 06439 15FB 18 .byte $18 06440 15FC 1F .byte $1F 06441 15FD 18 .byte $18 06442 15FE 1F .byte $1F 06443 15FF 00 .byte 0 06444 1600 00 .byte 0 06445 1601 00 .byte 0 06446 ! 1101 0x00, 0x00, 0x1f, 0x18, 0x1f, 0x18, 0x18, 0x18, 06447 1602 00 .byte 0 06448 1603 00 .byte 0 06449 1604 1F .byte $1F 06450 1605 18 .byte $18 06451 1606 1F .byte $1F 06452 1607 18 .byte $18 06453 1608 18 .byte $18 06454 1609 18 .byte $18 06455 ! 1102 0x00, 0x00, 0x00, 0x00, 0x3f, 0x36, 0x36, 0x36, 06456 160A 00 .byte 0 06457 160B 00 .byte 0 06458 160C 00 .byte 0 06459 160D 00 .byte 0 06460 160E 3F .byte $3F 06461 160F 36 .byte $36 06462 1610 36 .byte $36 06463 1611 36 .byte $36 06464 ! 1103 0x36, 0x36, 0x36, 0x36, 0xff, 0x36, 0x36, 0x36, 06465 1612 36 .byte $36 06466 1613 36 .byte $36 06467 1614 36 .byte $36 06468 1615 36 .byte $36 06469 1616 FF .byte $FF 06470 1617 36 .byte $36 06471 1618 36 .byte $36 06472 1619 36 .byte $36 06473 ! 1104 0x18, 0x18, 0xff, 0x18, 0xff, 0x18, 0x18, 0x18, 06474 161A 18 .byte $18 06475 161B 18 .byte $18 06476 161C FF .byte $FF 06477 161D 18 .byte $18 06478 161E FF .byte $FF 06479 161F 18 .byte $18 06480 1620 18 .byte $18 06481 1621 18 .byte $18 06482 ! 1105 0x18, 0x18, 0x18, 0x18, 0xf8, 0x00, 0x00, 0x00, 06483 1622 18 .byte $18 06484 1623 18 .byte $18 06485 1624 18 .byte $18 06486 1625 18 .byte $18 06487 1626 F8 .byte $F8 06488 1627 00 .byte 0 06489 1628 00 .byte 0 06490 1629 00 .byte 0 06491 ! 1106 0x00, 0x00, 0x00, 0x00, 0x1f, 0x18, 0x18, 0x18, 06492 162A 00 .byte 0 06493 162B 00 .byte 0 06494 162C 00 .byte 0 06495 162D 00 .byte 0 06496 162E 1F .byte $1F 06497 162F 18 .byte $18 06498 1630 18 .byte $18 06499 1631 18 .byte $18 06500 ! 1107 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 06501 1632 FF .byte $FF 06502 1633 FF .byte $FF 06503 1634 FF .byte $FF 06504 1635 FF .byte $FF 06505 1636 FF .byte $FF 06506 1637 FF .byte $FF 06507 1638 FF .byte $FF 06508 1639 FF .byte $FF 06509 ! 1108 0x00, 0x00, 0x00, 0x00, 0xff, 0xff, 0xff, 0xff, 06510 163A 00 .byte 0 06511 163B 00 .byte 0 06512 163C 00 .byte 0 06513 163D 00 .byte 0 06514 163E FF .byte $FF 06515 163F FF .byte $FF 06516 1640 FF .byte $FF 06517 1641 FF .byte $FF 06518 ! 1109 0xf0, 0xf0, 0xf0, 0xf0, 0xf0, 0xf0, 0xf0, 0xf0, 06519 1642 F0 .byte $F0 06520 1643 F0 .byte $F0 06521 1644 F0 .byte $F0 06522 1645 F0 .byte $F0 06523 1646 F0 .byte $F0 06524 1647 F0 .byte $F0 06525 1648 F0 .byte $F0 06526 1649 F0 .byte $F0 06527 ! 1110 0x0f, 0x0f, 0x0f, 0x0f, 0x0f, 0x0f, 0x0f, 0x0f, 06528 164A 0F .byte $F 06529 164B 0F .byte $F 06530 164C 0F .byte $F 06531 164D 0F .byte $F 06532 164E 0F .byte $F 06533 164F 0F .byte $F 06534 1650 0F .byte $F 06535 1651 0F .byte $F 06536 ! 1111 0xff, 0xff, 0xff, 0xff, 0x00, 0x00, 0x00, 0x00, 06537 1652 FF .byte $FF 06538 1653 FF .byte $FF 06539 1654 FF .byte $FF 06540 1655 FF .byte $FF 06541 1656 00 .byte 0 06542 1657 00 .byte 0 06543 1658 00 .byte 0 06544 1659 00 .byte 0 06545 ! 1112 0x00, 0x00, 0x76, 0xdc, 0xc8, 0xdc, 0x76, 0x00, 06546 165A 00 .byte 0 06547 165B 00 .byte 0 06548 165C 76 .byte $76 06549 165D DC .byte $DC 06550 165E C8 .byte $C8 06551 165F DC .byte $DC 06552 1660 76 .byte $76 06553 1661 00 .byte 0 06554 ! 1113 0x00, 06555 1662 00 .byte 0 06556 ! 1113 0x78, 0xcc, 0xf8, 0xcc, 0xf8, 0xc0, 0xc0, 06557 1663 78 .byte $78 06558 1664 CC .byte $CC 06559 1665 F8 .byte $F8 06560 1666 CC .byte $CC 06561 1667 F8 .byte $F8 06562 1668 C0 .byte $C0 06563 1669 C0 .byte $C0 06564 ! 1114 0x00, 0xfc, 0xcc, 0xc0, 0xc0, 0xc0, 0xc0, 0x00, 06565 166A 00 .byte 0 06566 166B FC .byte $FC 06567 166C CC .byte $CC 06568 166D C0 .byte $C0 06569 166E C0 .byte $C0 06570 166F C0 .byte $C0 06571 1670 C0 .byte $C0 06572 1671 00 .byte 0 06573 ! 1115 0x00, 0xfe, 0x6c, 0x6c, 0x6c, 0x6c, 0x6c, 0x00, 06574 1672 00 .byte 0 06575 1673 FE .byte $FE 06576 1674 6C .byte $6C 06577 1675 6C .byte $6C 06578 1676 6C .byte $6C 06579 1677 6C .byte $6C 06580 1678 6C .byte $6C 06581 1679 00 .byte 0 06582 ! 1116 0xfc, 0xcc, 0x60, 0x30, 0x60, 0xcc, 0xfc, 0x00, 06583 167A FC .byte $FC 06584 167B CC .byte $CC 06585 167C 60 .byte $60 06586 167D 30 .byte $30 06587 167E 60 .byte $60 06588 167F CC .byte $CC 06589 1680 FC .byte $FC 06590 1681 00 .byte 0 06591 ! 1117 0x00, 0x00, 0x7e, 0xd8, 0xd8, 0xd8, 0x70, 0x00, 06592 1682 00 .byte 0 06593 1683 00 .byte 0 06594 1684 7E .byte $7E 06595 1685 D8 .byte $D8 06596 1686 D8 .byte $D8 06597 1687 D8 .byte $D8 06598 1688 70 .byte $70 06599 1689 00 .byte 0 06600 ! 1118 0x00, 0x66, 0x66, 0x66, 0x66, 0x7c, 0x60, 0xc0, 06601 168A 00 .byte 0 06602 168B 66 .byte $66 06603 168C 66 .byte $66 06604 168D 66 .byte $66 06605 168E 66 .byte $66 06606 168F 7C .byte $7C 06607 1690 60 .byte $60 06608 1691 C0 .byte $C0 06609 ! 1119 0x00, 0x76, 0xdc, 0x18, 0x18, 0x18, 0x18, 0x00, 06610 1692 00 .byte 0 06611 1693 76 .byte $76 06612 1694 DC .byte $DC 06613 1695 18 .byte $18 06614 1696 18 .byte $18 06615 1697 18 .byte $18 06616 1698 18 .byte $18 06617 1699 00 .byte 0 06618 ! 1120 0xfc, 0x30, 0x78, 0xcc, 0xcc, 0x78, 0x30, 0xfc, 06619 169A FC .byte $FC 06620 169B 30 .byte $30 06621 169C 78 .byte $78 06622 169D CC .byte $CC 06623 169E CC .byte $CC 06624 169F 78 .byte $78 06625 16A0 30 .byte $30 06626 16A1 FC .byte $FC 06627 ! 1121 0x38, 0x6c, 0xc6, 0xfe, 0xc6, 0x6c, 0x38, 0x00, 06628 16A2 38 .byte $38 06629 16A3 6C .byte $6C 06630 16A4 C6 .byte $C6 06631 16A5 FE .byte $FE 06632 16A6 C6 .byte $C6 06633 16A7 6C .byte $6C 06634 16A8 38 .byte $38 06635 16A9 00 .byte 0 06636 ! 1122 0x38, 0x6c, 0xc6, 0xc6, 0x6c, 0x6c, 0xee, 0x00, 06637 16AA 38 .byte $38 06638 16AB 6C .byte $6C 06639 16AC C6 .byte $C6 06640 16AD C6 .byte $C6 06641 16AE 6C .byte $6C 06642 16AF 6C .byte $6C 06643 16B0 EE .byte $EE 06644 16B1 00 .byte 0 06645 ! 1123 0x1c, 0x30, 0x18, 0x7c, 0xcc, 0xcc, 0x78, 0x00, 06646 16B2 1C .byte $1C 06647 16B3 30 .byte $30 06648 16B4 18 .byte $18 06649 16B5 7C .byte $7C 06650 16B6 CC .byte $CC 06651 16B7 CC .byte $CC 06652 16B8 78 .byte $78 06653 16B9 00 .byte 0 06654 ! 1124 0x00, 0x00, 0x7e, 0xdb, 0xdb, 0x7e, 0x00, 0x00, 06655 16BA 00 .byte 0 06656 16BB 00 .byte 0 06657 16BC 7E .byte $7E 06658 16BD DB .byte $DB 06659 16BE DB .byte $DB 06660 16BF 7E .byte $7E 06661 16C0 00 .byte 0 06662 16C1 00 .byte 0 06663 ! 1125 0x06, 0x0c, 0x7e, 0xdb, 0xdb, 0x7e, 0x60, 0xc0, 06664 16C2 06 .byte 6 06665 16C3 0C .byte $C 06666 16C4 7E .byte $7E 06667 16C5 DB .byte $DB 06668 16C6 DB .byte $DB 06669 16C7 7E .byte $7E 06670 16C8 60 .byte $60 06671 16C9 C0 .byte $C0 06672 ! 1126 0x38, 0x60, 0xc0, 0xf8, 0xc0, 0x60, 0x38, 0x00, 06673 16CA 38 .byte $38 06674 16CB 60 .byte $60 06675 16CC C0 .byte $C0 06676 16CD F8 .byte $F8 06677 16CE C0 .byte $C0 06678 16CF 60 .byte $60 06679 16D0 38 .byte $38 06680 16D1 00 .byte 0 06681 ! 1127 0x78, 0xcc, 0xcc, 0xcc, 0xcc, 0xcc, 0xcc, 0x00, 06682 16D2 78 .byte $78 06683 16D3 CC .byte $CC 06684 16D4 CC .byte $CC 06685 16D5 CC .byte $CC 06686 16D6 CC .byte $CC 06687 16D7 CC .byte $CC 06688 16D8 CC .byte $CC 06689 16D9 00 .byte 0 06690 ! 1128 0x00, 0xfc, 0x00, 0xfc, 0x00, 0xfc, 0x00, 0x00, 06691 16DA 00 .byte 0 06692 16DB FC .byte $FC 06693 16DC 00 .byte 0 06694 16DD FC .byte $FC 06695 16DE 00 .byte 0 06696 16DF FC .byte $FC 06697 16E0 00 .byte 0 06698 16E1 00 .byte 0 06699 ! 1129 0x30, 0x30, 0xfc, 0x30, 0x30, 0x00, 0xfc, 0x00, 06700 16E2 30 .byte $30 06701 16E3 30 .byte $30 06702 16E4 FC .byte $FC 06703 16E5 30 .byte $30 06704 16E6 30 .byte $30 06705 16E7 00 .byte 0 06706 16E8 FC .byte $FC 06707 16E9 00 .byte 0 06708 ! 1130 0x60, 0x30, 0x18, 0x30, 0x60, 0x00, 0xfc, 0x00, 06709 16EA 60 .byte $60 06710 16EB 30 .byte $30 06711 16EC 18 .byte $18 06712 16ED 30 .byte $30 06713 16EE 60 .byte $60 06714 16EF 00 .byte 0 06715 16F0 FC .byte $FC 06716 16F1 00 .byte 0 06717 ! 1131 0x18, 0x30, 0x60, 0x30, 0x18, 0x00, 0xfc, 0x00, 06718 16F2 18 .byte $18 06719 16F3 30 .byte $30 06720 16F4 60 .byte $60 06721 16F5 30 .byte $30 06722 16F6 18 .byte $18 06723 16F7 00 .byte 0 06724 16F8 FC .byte $FC 06725 16F9 00 .byte 0 06726 ! 1132 0x0e, 0x1b, 0x1b, 0x18, 0x18, 0x18, 0x18, 0x18, 06727 16FA 0E .byte $E 06728 16FB 1B .byte $1B 06729 16FC 1B .byte $1B 06730 16FD 18 .byte $18 06731 16FE 18 .byte $18 06732 16FF 18 .byte $18 06733 1700 18 .byte $18 06734 1701 18 .byte $18 06735 ! 1133 0x18, 0x18, 0x18, 0x18, 0x18, 0xd8, 0xd8, 0x70, 06736 1702 18 .byte $18 06737 1703 18 .byte $18 06738 1704 18 .byte $18 06739 1705 18 .byte $18 06740 1706 18 .byte $18 06741 1707 D8 .byte $D8 06742 1708 D8 .byte $D8 06743 1709 70 .byte $70 06744 ! 1134 0x30, 0x30, 0x00, 0xfc, 0x00, 0x30, 0x30, 0x00, 06745 170A 30 .byte $30 06746 170B 30 .byte $30 06747 170C 00 .byte 0 06748 170D FC .byte $FC 06749 170E 00 .byte 0 06750 170F 30 .byte $30 06751 1710 30 .byte $30 06752 1711 00 .byte 0 06753 ! 1135 0x00, 0x76, 0xdc, 0x00, 0x76, 0xdc, 0x00, 0x00, 06754 1712 00 .byte 0 06755 1713 76 .byte $76 06756 1714 DC .byte $DC 06757 1715 00 .byte 0 06758 1716 76 .byte $76 06759 1717 DC .byte $DC 06760 1718 00 .byte 0 06761 1719 00 .byte 0 06762 ! 1136 0x38, 0x6c, 0x6c, 0x38, 0x00, 0x00, 0x00, 0x00, 06763 171A 38 .byte $38 06764 171B 6C .byte $6C 06765 171C 6C .byte $6C 06766 171D 38 .byte $38 06767 171E 00 .byte 0 06768 171F 00 .byte 0 06769 1720 00 .byte 0 06770 1721 00 .byte 0 06771 ! 1137 0x00, 0x00, 0x00, 0x18, 0x18, 0x00, 0x00, 0x00, 06772 1722 00 .byte 0 06773 1723 00 .byte 0 06774 1724 00 .byte 0 06775 1725 18 .byte $18 06776 1726 18 .byte $18 06777 1727 00 .byte 0 06778 1728 00 .byte 0 06779 1729 00 .byte 0 06780 ! 1138 0x00, 0x00, 0x00, 0x00, 0x18, 0x00, 0x00, 0x00, 06781 172A 00 .byte 0 06782 172B 00 .byte 0 06783 172C 00 .byte 0 06784 172D 00 .byte 0 06785 172E 18 .byte $18 06786 172F 00 .byte 0 06787 1730 00 .byte 0 06788 1731 00 .byte 0 06789 ! 1139 0x0f, 0x0c, 0x0c, 0x0c, 0xec, 0x6c, 0x3c, 0x1c, 06790 1732 0F .byte $F 06791 1733 0C .byte $C 06792 1734 0C .byte $C 06793 1735 0C .byte $C 06794 1736 EC .byte $EC 06795 1737 6C .byte $6C 06796 1738 3C .byte $3C 06797 1739 1C .byte $1C 06798 ! 1140 0x78, 0x6c, 0x6c, 0x6c, 0x6c, 0x00, 0x00, 0x00, 06799 173A 78 .byte $78 06800 173B 6C .byte $6C 06801 173C 6C .byte $6C 06802 173D 6C .byte $6C 06803 173E 6C .byte $6C 06804 173F 00 .byte 0 06805 1740 00 .byte 0 06806 1741 00 .byte 0 06807 ! 1141 0x70, 0x18, 0x30, 0x60, 0x78, 0x00, 0x00, 0x00, 06808 1742 70 .byte $70 06809 1743 18 .byte $18 06810 1744 30 .byte $30 06811 1745 60 .byte $60 06812 1746 78 .byte $78 06813 1747 00 .byte 0 06814 1748 00 .byte 0 06815 1749 00 .byte 0 06816 ! 1142 0x00, 0x00, 0x3c, 0x3c, 0x3c, 0x3c, 0x00, 0x00, 06817 174A 00 .byte 0 06818 174B 00 .byte 0 06819 174C 3C .byte $3C 06820 174D 3C .byte $3C 06821 174E 3C .byte $3C 06822 174F 3C .byte $3C 06823 1750 00 .byte 0 06824 1751 00 .byte 0 06825 ! 1143 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00 06826 1752 00 .byte 0 06827 1753 00 .byte 0 06828 1754 00 .byte 0 06829 1755 00 .byte 0 06830 1756 00 .byte 0 06831 1757 00 .byte 0 06832 1758 00 .byte 0 06833 ! 1144 }; 06834 1759 00 .byte 0 06835 !BCC_EOS 06836 ! 1145 static Bit8u vgafont14[256*14]= 06837 ! 1146 { 06838 0000175A _vgafont14: 06839 ! 1147 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 06840 175A 00 .byte 0 06841 175B 00 .byte 0 06842 175C 00 .byte 0 06843 175D 00 .byte 0 06844 175E 00 .byte 0 06845 175F 00 .byte 0 06846 1760 00 .byte 0 06847 1761 00 .byte 0 06848 1762 00 .byte 0 06849 1763 00 .byte 0 06850 1764 00 .byte 0 06851 1765 00 .byte 0 06852 1766 00 .byte 0 06853 1767 00 .byte 0 06854 ! 1148 0x00, 0x00, 0x7e, 0x81, 0xa5, 0x81, 0x81, 0xbd, 0x99, 0x81, 0x7e, 0x00, 0x00, 0x00, 06855 1768 00 .byte 0 06856 1769 00 .byte 0 06857 176A 7E .byte $7E 06858 176B 81 .byte $81 06859 176C A5 .byte $A5 06860 176D 81 .byte $81 06861 176E 81 .byte $81 06862 176F BD .byte $BD 06863 1770 99 .byte $99 06864 1771 81 .byte $81 06865 1772 7E .byte $7E 06866 1773 00 .byte 0 06867 1774 00 .byte 0 06868 1775 00 .byte 0 06869 ! 1149 0x00, 0x00, 0x7e, 0xff, 0xdb, 0xff, 0xff, 0xc3, 0xe7, 0xff, 0x7e, 0x00, 0x00, 0x00, 06870 1776 00 .byte 0 06871 1777 00 .byte 0 06872 1778 7E .byte $7E 06873 1779 FF .byte $FF 06874 177A DB .byte $DB 06875 177B FF .byte $FF 06876 177C FF .byte $FF 06877 177D C3 .byte $C3 06878 177E E7 .byte $E7 06879 177F FF .byte $FF 06880 1780 7E .byte $7E 06881 1781 00 .byte 0 06882 1782 00 .byte 0 06883 1783 00 .byte 0 06884 ! 1150 0x00, 0x00, 0x00, 0x6c, 0xfe, 0xfe, 0xfe, 0xfe, 0x7c, 0x38, 0x10, 0x00, 0x00, 0x00, 06885 1784 00 .byte 0 06886 1785 00 .byte 0 06887 1786 00 .byte 0 06888 1787 6C .byte $6C 06889 1788 FE .byte $FE 06890 1789 FE .byte $FE 06891 178A FE .byte $FE 06892 178B FE .byte $FE 06893 178C 7C .byte $7C 06894 178D 38 .byte $38 06895 178E 10 .byte $10 06896 178F 00 .byte 0 06897 1790 00 .byte 0 06898 1791 00 .byte 0 06899 ! 1151 0x00, 0x00, 0x00, 0x10, 0x38, 0x7c, 0xfe, 0x7c, 0x38, 0x10, 0x00, 0x00, 0x00, 0x00, 06900 1792 00 .byte 0 06901 1793 00 .byte 0 06902 1794 00 .byte 0 06903 1795 10 .byte $10 06904 1796 38 .byte $38 06905 1797 7C .byte $7C 06906 1798 FE .byte $FE 06907 1799 7C .byte $7C 06908 179A 38 .byte $38 06909 179B 10 .byte $10 06910 179C 00 .byte 0 06911 179D 00 .byte 0 06912 179E 00 .byte 0 06913 179F 00 .byte 0 06914 ! 1152 0x00, 0x00, 0x18, 0x3c, 0x3c, 0xe7, 0xe7, 0xe7, 0x18, 0x18, 0x3c, 0x00, 0x 06915 17A0 00 .byte 0 06916 17A1 00 .byte 0 06917 17A2 18 .byte $18 06918 17A3 3C .byte $3C 06919 17A4 3C .byte $3C 06920 17A5 E7 .byte $E7 06921 17A6 E7 .byte $E7 06922 17A7 E7 .byte $E7 06923 17A8 18 .byte $18 06924 17A9 18 .byte $18 06925 17AA 3C .byte $3C 06926 17AB 00 .byte 0 06927 ! 1152 00, 0x00, 06928 17AC 00 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$BD 06999 17EE 99 .byte $99 07000 17EF C3 .byte $C3 07001 17F0 FF .byte $FF 07002 17F1 FF .byte $FF 07003 17F2 FF .byte $FF 07004 17F3 FF .byte $FF 07005 ! 1158 0x00, 0x00, 0x1e, 0x0e, 0x1a, 0x32, 0x78, 0xcc, 0xcc, 0xcc, 0x78, 0x00, 0x00, 0x00, 07006 17F4 00 .byte 0 07007 17F5 00 .byte 0 07008 17F6 1E .byte $1E 07009 17F7 0E .byte $E 07010 17F8 1A .byte $1A 07011 17F9 32 .byte $32 07012 17FA 78 .byte $78 07013 17FB CC .byte $CC 07014 17FC CC .byte $CC 07015 17FD CC .byte $CC 07016 17FE 78 .byte $78 07017 17FF 00 .byte 0 07018 1800 00 .byte 0 07019 1801 00 .byte 0 07020 ! 1159 0x00, 0x00, 0x3c, 0x66, 0x66, 0x66, 0x3c, 0x18, 0x7e, 0x18, 0x18, 0x00, 0x00, 0x00, 07021 1802 00 .byte 0 07022 1803 00 .byte 0 07023 1804 3C .byte $3C 07024 1805 66 .byte $66 07025 1806 66 .byte $66 07026 1807 66 .byte $66 07027 1808 3C .byte $3C 07028 1809 18 .byte $18 07029 180A 7E .byte $7E 07030 180B 18 .byte $18 07031 180C 18 .byte $18 07032 180D 00 .byte 0 07033 180E 00 .byte 0 07034 180F 00 .byte 0 07035 ! 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06 .byte 6 07106 1852 02 .byte 2 07107 1853 00 .byte 0 07108 1854 00 .byte 0 07109 1855 00 .byte 0 07110 ! 1165 0x00, 0x00, 0x18, 0x3c, 0x7e, 0x18, 0x18, 0x18, 0x7e, 0x3c, 0x18, 0x00, 0x00, 0x00, 07111 1856 00 .byte 0 07112 1857 00 .byte 0 07113 1858 18 .byte $18 07114 1859 3C .byte $3C 07115 185A 7E .byte $7E 07116 185B 18 .byte $18 07117 185C 18 .byte $18 07118 185D 18 .byte $18 07119 185E 7E .byte $7E 07120 185F 3C .byte $3C 07121 1860 18 .byte $18 07122 1861 00 .byte 0 07123 1862 00 .byte 0 07124 1863 00 .byte 0 07125 ! 1166 0x00, 0x00, 0x66, 0x66, 0x66, 0x66, 0x66, 0x66, 0x00, 0x66, 0x66, 0x00, 0x00, 0x00, 07126 1864 00 .byte 0 07127 1865 00 .byte 0 07128 1866 66 .byte $66 07129 1867 66 .byte $66 07130 1868 66 .byte $66 07131 1869 66 .byte $66 07132 186A 66 .byte $66 07133 186B 66 .byte $66 07134 186C 00 .byte 0 07135 186D 66 .byte $66 07136 186E 66 .byte $66 07137 186F 00 .byte 0 07138 1870 00 .byte 0 07139 1871 00 .byte 0 07140 ! 1167 0x00, 0x00, 0x7f, 0xdb, 0xdb, 0xdb, 0x7b, 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0 07176 1893 00 .byte 0 07177 1894 00 .byte 0 07178 1895 00 .byte 0 07179 1896 FE .byte $FE 07180 1897 FE .byte $FE 07181 1898 FE .byte $FE 07182 1899 00 .byte 0 07183 189A 00 .byte 0 07184 189B 00 .byte 0 07185 ! 1170 0x00, 0x00, 0x18, 0x3c, 0x7e, 0x18, 0x18, 0x18, 0x7e, 0x3c, 0x18, 0x7e, 0x00, 0x00, 07186 189C 00 .byte 0 07187 189D 00 .byte 0 07188 189E 18 .byte $18 07189 189F 3C .byte $3C 07190 18A0 7E .byte $7E 07191 18A1 18 .byte $18 07192 18A2 18 .byte $18 07193 18A3 18 .byte $18 07194 18A4 7E .byte $7E 07195 18A5 3C .byte $3C 07196 18A6 18 .byte $18 07197 18A7 7E .byte $7E 07198 18A8 00 .byte 0 07199 18A9 00 .byte 0 07200 ! 1171 0x00, 0x00, 0x18, 0x3c, 0x7e, 0x18, 0x18, 0x18, 0x18, 0x18, 0x18, 0x00, 0x00, 0x00, 07201 18AA 00 .byte 0 07202 18AB 00 .byte 0 07203 18AC 18 .byte $18 07204 18AD 3C .byte $3C 07205 18AE 7E .byte $7E 07206 18AF 18 .byte $18 07207 18B0 18 .byte $18 07208 18B1 18 .byte $18 07209 18B2 18 .byte $18 07210 18B3 18 .byte $18 07211 18B4 18 .byte $18 07212 18B5 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$66 07356 193A 24 .byte $24 07357 193B 00 .byte 0 07358 193C 00 .byte 0 07359 193D 00 .byte 0 07360 193E 00 .byte 0 07361 193F 00 .byte 0 07362 1940 00 .byte 0 07363 1941 00 .byte 0 07364 1942 00 .byte 0 07365 1943 00 .byte 0 07366 ! 1182 0x00, 0x00, 0x6c, 0x6c, 0xfe, 0x6c, 0x6c, 0x6c, 0xfe, 0x6c, 0x6c, 0x00, 0x00, 0x00, 07367 1944 00 .byte 0 07368 1945 00 .byte 0 07369 1946 6C .byte $6C 07370 1947 6C .byte $6C 07371 1948 FE .byte $FE 07372 1949 6C .byte $6C 07373 194A 6C .byte $6C 07374 194B 6C .byte $6C 07375 194C FE .byte $FE 07376 194D 6C .byte $6C 07377 194E 6C .byte $6C 07378 194F 00 .byte 0 07379 1950 00 .byte 0 07380 1951 00 .byte 0 07381 ! 1183 0x18, 0x18, 0x7c, 0xc6, 0xc2, 0xc0, 0x7c, 0x06, 0x86, 0xc6, 0x7c, 0x18, 0x18, 0x00, 07382 1952 18 .byte $18 07383 1953 18 .byte $18 07384 1954 7C .byte $7C 07385 1955 C6 .byte $C6 07386 1956 C2 .byte $C2 07387 1957 C0 .byte $C0 07388 1958 7C .byte $7C 07389 1959 06 .byte 6 07390 195A 86 .byte $86 07391 195B C6 .byte $C6 07392 195C 7C .byte $7C 07393 195D 18 .byte $18 07394 195E 18 .byte $18 07395 195F 00 .byte 0 07396 ! 1184 0x00, 0x00, 0x00, 0x00, 0xc2, 0xc6, 0x0c, 0x18, 0x30, 0x66, 0xc6, 0x00, 0x00, 0x00, 07397 1960 00 .byte 0 07398 1961 00 .byte 0 07399 1962 00 .byte 0 07400 1963 00 .byte 0 07401 1964 C2 .byte $C2 07402 1965 C6 .byte $C6 07403 1966 0C .byte $C 07404 1967 18 .byte $18 07405 1968 30 .byte $30 07406 1969 66 .byte $66 07407 196A C6 .byte $C6 07408 196B 00 .byte 0 07409 196C 00 .byte 0 07410 196D 00 .byte 0 07411 ! 1185 0x00, 0x00, 0x38, 0x6c, 0x6c, 0x38, 0x76, 0xdc, 0xcc, 0xcc, 0x76, 0x00, 0x00, 0x00, 07412 196E 00 .byte 0 07413 196F 00 .byte 0 07414 1970 38 .byte $38 07415 1971 6C .byte $6C 07416 1972 6C .byte $6C 07417 1973 38 .byte $38 07418 1974 76 .byte $76 07419 1975 DC .byte $DC 07420 1976 CC .byte $CC 07421 1977 CC .byte $CC 07422 1978 76 .byte $76 07423 1979 00 .byte 0 07424 197A 00 .byte 0 07425 197B 00 .byte 0 07426 ! 1186 0x00, 0x30, 0x30, 0x30, 0x60, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 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1B92 C6 .byte $C6 08001 1B93 EE .byte $EE 08002 1B94 FE .byte $FE 08003 1B95 FE .byte $FE 08004 1B96 D6 .byte $D6 08005 1B97 C6 .byte $C6 08006 1B98 C6 .byte $C6 08007 1B99 C6 .byte $C6 08008 1B9A C6 .byte $C6 08009 1B9B 00 .byte 0 08010 1B9C 00 .byte 0 08011 1B9D 00 .byte 0 08012 ! 1225 0x00, 0x00, 0 08013 1B9E 00 .byte 0 08014 1B9F 00 .byte 0 08015 ! 1225 xc6, 0xe6, 0xf6, 0xfe, 0xde, 0xce, 0xc6, 0xc6, 0xc6, 0x00, 0x00, 0x00, 08016 1BA0 C6 .byte $C6 08017 1BA1 E6 .byte $E6 08018 1BA2 F6 .byte $F6 08019 1BA3 FE .byte $FE 08020 1BA4 DE .byte $DE 08021 1BA5 CE .byte $CE 08022 1BA6 C6 .byte $C6 08023 1BA7 C6 .byte $C6 08024 1BA8 C6 .byte $C6 08025 1BA9 00 .byte 0 08026 1BAA 00 .byte 0 08027 1BAB 00 .byte 0 08028 ! 1226 0x00, 0x00, 0x38, 0x6c, 0xc6, 0xc6, 0xc6, 0xc6, 0xc6, 0x6c, 0x38, 0x00, 0x00, 0x00, 08029 1BAC 00 .byte 0 08030 1BAD 00 .byte 0 08031 1BAE 38 .byte $38 08032 1BAF 6C .byte $6C 08033 1BB0 C6 .byte $C6 08034 1BB1 C6 .byte $C6 08035 1BB2 C6 .byte $C6 08036 1BB3 C6 .byte $C6 08037 1BB4 C6 .byte $C6 08038 1BB5 6C .byte $6C 08039 1BB6 38 .byte $38 08040 1BB7 00 .byte 0 08041 1BB8 00 .byte 0 08042 1BB9 00 .byte 0 08043 ! 1227 0x00, 0x00, 0xfc, 0x66, 0x66, 0x66, 0x7c, 0x60, 0x60, 0x60, 0xf0, 0x00, 0x00, 0x00, 08044 1BBA 00 .byte 0 08045 1BBB 00 .byte 0 08046 1BBC FC .byte $FC 08047 1BBD 66 .byte $66 08048 1BBE 66 .byte $66 08049 1BBF 66 .byte $66 08050 1BC0 7C .byte $7C 08051 1BC1 60 .byte $60 08052 1BC2 60 .byte $60 08053 1BC3 60 .byte $60 08054 1BC4 F0 .byte $F0 08055 1BC5 00 .byte 0 08056 1BC6 00 .byte 0 08057 1BC7 00 .byte 0 08058 ! 1228 0x00, 0x00, 0x7c, 0xc6, 0xc6, 0xc6, 0xc6, 0xd6, 0xde, 0x7c, 0x0c, 0x0e, 0x00, 0x00, 08059 1BC8 00 .byte 0 08060 1BC9 00 .byte 0 08061 1BCA 7C .byte $7C 08062 1BCB C6 .byte $C6 08063 1BCC C6 .byte $C6 08064 1BCD C6 .byte $C6 08065 1BCE C6 .byte $C6 08066 1BCF D6 .byte $D6 08067 1BD0 DE .byte $DE 08068 1BD1 7C .byte $7C 08069 1BD2 0C .byte $C 08070 1BD3 0E .byte $E 08071 1BD4 00 .byte 0 08072 1BD5 00 .byte 0 08073 ! 1229 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38 .byte $38 08144 1C18 10 .byte $10 08145 1C19 00 .byte 0 08146 1C1A 00 .byte 0 08147 1C1B 00 .byte 0 08148 ! 1234 0x00, 0x00, 0xc6, 0xc6, 0xc6, 0xc6, 0xd6, 0xd6, 0xfe, 0x7c, 0x6c, 0x00, 0x00, 0x00, 08149 1C1C 00 .byte 0 08150 1C1D 00 .byte 0 08151 1C1E C6 .byte $C6 08152 1C1F C6 .byte $C6 08153 1C20 C6 .byte $C6 08154 1C21 C6 .byte $C6 08155 1C22 D6 .byte $D6 08156 1C23 D6 .byte $D6 08157 1C24 FE .byte $FE 08158 1C25 7C .byte $7C 08159 1C26 6C .byte $6C 08160 1C27 00 .byte 0 08161 1C28 00 .byte 0 08162 1C29 00 .byte 0 08163 ! 1235 0x00, 0x00, 0xc6, 0xc6, 0x6c, 0x38, 0x38, 0x38, 0x6c, 0xc6, 0xc6, 0x00, 0x00, 0x00, 08164 1C2A 00 .byte 0 08165 1C2B 00 .byte 0 08166 1C2C C6 .byte $C6 08167 1C2D C6 .byte $C6 08168 1C2E 6C .byte $6C 08169 1C2F 38 .byte $38 08170 1C30 38 .byte $38 08171 1C31 38 .byte $38 08172 1C32 6C .byte $6C 08173 1C33 C6 .byte $C6 08174 1C34 C6 .byte $C6 08175 1C35 00 .byte 0 08176 1C36 00 .byte 0 08177 1C37 00 .byte 0 08178 ! 1236 0x00, 0x00, 0x66, 0x66, 0x66, 0x66, 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.byte $30 08214 1C59 30 .byte $30 08215 1C5A 30 .byte $30 08216 1C5B 30 .byte $30 08217 1C5C 30 .byte $30 08218 1C5D 30 .byte $30 08219 1C5E 3C .byte $3C 08220 1C5F 00 .byte 0 08221 1C60 00 .byte 0 08222 1C61 00 .byte 0 08223 ! 1239 0x00, 0x00, 0x80, 0xc0, 0xe0, 0x70, 0x38, 0x1c, 0x0e, 0x06, 0x02, 0x00, 0x00, 0x00, 08224 1C62 00 .byte 0 08225 1C63 00 .byte 0 08226 1C64 80 .byte $80 08227 1C65 C0 .byte $C0 08228 1C66 E0 .byte $E0 08229 1C67 70 .byte $70 08230 1C68 38 .byte $38 08231 1C69 1C .byte $1C 08232 1C6A 0E .byte $E 08233 1C6B 06 .byte 6 08234 1C6C 02 .byte 2 08235 1C6D 00 .byte 0 08236 1C6E 00 .byte 0 08237 1C6F 00 .byte 0 08238 ! 1240 0x00, 0x00, 0x3c, 0x0c, 0x0c, 0x0c, 0x0c, 0x0c, 0x0c, 0x0c, 0x3c, 0x00, 0x00, 0x00, 08239 1C70 00 .byte 0 08240 1C71 00 .byte 0 08241 1C72 3C .byte $3C 08242 1C73 0C .byte $C 08243 1C74 0C .byte $C 08244 1C75 0C .byte $C 08245 1C76 0C .byte $C 08246 1C77 0C .byte $C 08247 1C78 0C .byte $C 08248 1C79 0C .byte $C 08249 1C7A 3C .byte $3C 08250 1C7B 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.byte 0 10493 24A3 00 .byte 0 10494 ! 1390 0x00, 0x00, 0x0c, 0x18, 0x30, 0x60, 0x30, 0x18, 0x0c, 0x00, 0x7e, 0x00, 0x00, 0x00, 10495 24A4 00 .byte 0 10496 24A5 00 .byte 0 10497 24A6 0C .byte $C 10498 24A7 18 .byte $18 10499 24A8 30 .byte $30 10500 24A9 60 .byte $60 10501 24AA 30 .byte $30 10502 24AB 18 .byte $18 10503 24AC 0C .byte $C 10504 24AD 00 .byte 0 10505 24AE 7E .byte $7E 10506 24AF 00 .byte 0 10507 24B0 00 .byte 0 10508 24B1 00 .byte 0 10509 ! 1391 0x00, 0x00, 0x0e, 0x1b, 0x1b, 0x18, 0x18, 0x18, 0x18, 0x18, 0x18, 0x18, 0x18, 0x18, 10510 24B2 00 .byte 0 10511 24B3 00 .byte 0 10512 24B4 0E .byte $E 10513 24B5 1B .byte $1B 10514 24B6 1B .byte $1B 10515 24B7 18 .byte $18 10516 24B8 18 .byte $18 10517 24B9 18 .byte $18 10518 24BA 18 .byte $18 10519 24BB 18 .byte $18 10520 24BC 18 .byte $18 10521 24BD 18 .byte $18 10522 24BE 18 .byte $18 10523 24BF 18 .byte $18 10524 ! 1392 0x18, 0x18, 0x18, 0x18, 0x18, 0x18, 0x18, 0x18, 0xd8, 0xd8, 0x70, 0x00, 0x00, 0x00, 10525 24C0 18 .byte $18 10526 24C1 18 .byte $18 10527 24C2 18 .byte $18 10528 24C3 18 .byte $18 10529 24C4 18 .byte $18 10530 24C5 18 .byte $18 10531 24C6 18 .byte $18 10532 24C7 18 .byte $18 10533 24C8 D8 .byte $D8 10534 24C9 D8 .byte $D8 10535 24CA 70 .byte $70 10536 24CB 00 .byte 0 10537 24CC 00 .byte 0 10538 24CD 00 .byte 0 10539 ! 1393 0x00, 0x00, 0x00, 0x18, 0x18, 0x00, 0x7e, 0x00, 0x18, 0x18, 0x00, 0x0 10540 24CE 00 .byte 0 10541 24CF 00 .byte 0 10542 24D0 00 .byte 0 10543 24D1 18 .byte $18 10544 24D2 18 .byte $18 10545 24D3 00 .byte 0 10546 24D4 7E .byte $7E 10547 24D5 00 .byte 0 10548 24D6 18 .byte $18 10549 24D7 18 .byte $18 10550 24D8 00 .byte 0 10551 ! 1393 0, 0x00, 0x00, 10552 24D9 00 .byte 0 10553 24DA 00 .byte 0 10554 24DB 00 .byte 0 10555 ! 1394 0x00, 0x00, 0x00, 0x00, 0x76, 0xdc, 0x00, 0x76, 0xdc, 0x00, 0x00, 0x00, 0x00, 0x00, 10556 24DC 00 .byte 0 10557 24DD 00 .byte 0 10558 24DE 00 .byte 0 10559 24DF 00 .byte 0 10560 24E0 76 .byte $76 10561 24E1 DC .byte $DC 10562 24E2 00 .byte 0 10563 24E3 76 .byte $76 10564 24E4 DC .byte $DC 10565 24E5 00 .byte 0 10566 24E6 00 .byte 0 10567 24E7 00 .byte 0 10568 24E8 00 .byte 0 10569 24E9 00 .byte 0 10570 ! 1395 0x00, 0x38, 0x6c, 0x6c, 0x38, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 10571 24EA 00 .byte 0 10572 24EB 38 .byte $38 10573 24EC 6C .byte $6C 10574 24ED 6C .byte $6C 10575 24EE 38 .byte $38 10576 24EF 00 .byte 0 10577 24F0 00 .byte 0 10578 24F1 00 .byte 0 10579 24F2 00 .byte 0 10580 24F3 00 .byte 0 10581 24F4 00 .byte 0 10582 24F5 00 .byte 0 10583 24F6 00 .byte 0 10584 24F7 00 .byte 0 10585 ! 1396 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x18, 0x18, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 10586 24F8 00 .byte 0 10587 24F9 00 .byte 0 10588 24FA 00 .byte 0 10589 24FB 00 .byte 0 10590 24FC 00 .byte 0 10591 24FD 00 .byte 0 10592 24FE 18 .byte $18 10593 24FF 18 .byte $18 10594 2500 00 .byte 0 10595 2501 00 .byte 0 10596 2502 00 .byte 0 10597 2503 00 .byte 0 10598 2504 00 .byte 0 10599 2505 00 .byte 0 10600 ! 1397 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x18, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 10601 2506 00 .byte 0 10602 2507 00 .byte 0 10603 2508 00 .byte 0 10604 2509 00 .byte 0 10605 250A 00 .byte 0 10606 250B 00 .byte 0 10607 250C 00 .byte 0 10608 250D 18 .byte $18 10609 250E 00 .byte 0 10610 250F 00 .byte 0 10611 2510 00 .byte 0 10612 2511 00 .byte 0 10613 2512 00 .byte 0 10614 2513 00 .byte 0 10615 ! 1398 0x00, 0x0f, 0x0c, 0x0c, 0x0c, 0x0c, 0x0c, 0xec, 0x6c, 0x3c, 0x1c, 0x00, 0x00, 0x00, 10616 2514 00 .byte 0 10617 2515 0F .byte $F 10618 2516 0C .byte $C 10619 2517 0C .byte $C 10620 2518 0C .byte $C 10621 2519 0C .byte $C 10622 251A 0C .byte $C 10623 251B EC .byte $EC 10624 251C 6C .byte $6C 10625 251D 3C .byte $3C 10626 251E 1C .byte $1C 10627 251F 00 .byte 0 10628 2520 00 .byte 0 10629 2521 00 .byte 0 10630 ! 1399 0x00, 0xd8, 0x6c, 0x6c, 0x6c, 0x6c, 0x6c, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 10631 2522 00 .byte 0 10632 2523 D8 .byte $D8 10633 2524 6C .byte $6C 10634 2525 6C .byte $6C 10635 2526 6C .byte $6C 10636 2527 6C .byte $6C 10637 2528 6C .byte $6C 10638 2529 00 .byte 0 10639 252A 00 .byte 0 10640 252B 00 .byte 0 10641 252C 00 .byte 0 10642 252D 00 .byte 0 10643 252E 00 .byte 0 10644 252F 00 .byte 0 10645 ! 1400 0x00, 0x70, 0xd8, 0x30, 0x60, 0xc8, 0xf8, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 10646 2530 00 .byte 0 10647 2531 70 .byte $70 10648 2532 D8 .byte $D8 10649 2533 30 .byte $30 10650 2534 60 .byte $60 10651 2535 C8 .byte $C8 10652 2536 F8 .byte $F8 10653 2537 00 .byte 0 10654 2538 00 .byte 0 10655 2539 00 .byte 0 10656 253A 00 .byte 0 10657 253B 00 .byte 0 10658 253C 00 .byte 0 10659 253D 00 .byte 0 10660 ! 1401 0x00, 0x00, 0x00, 0x00, 0x7c, 0x7c, 0x7c, 0x7c, 0x7c, 0x7c, 0x00, 0x00, 0x00, 0x00, 10661 253E 00 .byte 0 10662 253F 00 .byte 0 10663 2540 00 .byte 0 10664 2541 00 .byte 0 10665 2542 7C .byte $7C 10666 2543 7C .byte $7C 10667 2544 7C .byte $7C 10668 2545 7C .byte $7C 10669 2546 7C .byte $7C 10670 2547 7C .byte $7C 10671 2548 00 .byte 0 10672 2549 00 .byte 0 10673 254A 00 .byte 0 10674 254B 00 .byte 0 10675 ! 1402 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00 10676 254C 00 .byte 0 10677 254D 00 .byte 0 10678 254E 00 .byte 0 10679 254F 00 .byte 0 10680 2550 00 .byte 0 10681 2551 00 .byte 0 10682 2552 00 .byte 0 10683 2553 00 .byte 0 10684 2554 00 .byte 0 10685 2555 00 .byte 0 10686 2556 00 .byte 0 10687 2557 00 .byte 0 10688 2558 00 .byte 0 10689 ! 1403 }; 10690 2559 00 .byte 0 10691 !BCC_EOS 10692 ! 1404 static Bit8u vgafont16[256*16]= 10693 ! 1405 { 10694 0000255A _vgafont16: 10695 ! 1406 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 10696 255A 00 .byte 0 10697 255B 00 .byte 0 10698 255C 00 .byte 0 10699 255D 00 .byte 0 10700 255E 00 .byte 0 10701 255F 00 .byte 0 10702 2560 00 .byte 0 10703 2561 00 .byte 0 10704 2562 00 .byte 0 10705 2563 00 .byte 0 10706 2564 00 .byte 0 10707 2565 00 .byte 0 10708 2566 00 .byte 0 10709 2567 00 .byte 0 10710 2568 00 .byte 0 10711 2569 00 .byte 0 10712 ! 1407 0x00, 0x00, 0x7e, 0x81, 0xa5, 0x81, 0x81, 0xbd, 0x99, 0x81, 0x81, 0x7e, 0x00, 0x00, 0x00, 0x00, 10713 256A 00 .byte 0 10714 256B 00 .byte 0 10715 256C 7E .byte $7E 10716 256D 81 .byte $81 10717 256E A5 .byte $A5 10718 256F 81 .byte $81 10719 2570 81 .byte $81 10720 2571 BD .byte $BD 10721 2572 99 .byte $99 10722 2573 81 .byte $81 10723 2574 81 .byte $81 10724 2575 7E .byte $7E 10725 2576 00 .byte 0 10726 2577 00 .byte 0 10727 2578 00 .byte 0 10728 2579 00 .byte 0 10729 ! 1408 0x00, 0x00, 0x7e, 0xff, 0xdb, 0xff, 0xff, 0xc3, 0xe7, 0xff, 0xff, 0x7e, 0x00, 0x00, 0x00, 0x00, 10730 257A 00 .byte 0 10731 257B 00 .byte 0 10732 257C 7E .byte $7E 10733 257D FF .byte $FF 10734 257E DB .byte $DB 10735 257F FF .byte $FF 10736 2580 FF .byte $FF 10737 2581 C3 .byte $C3 10738 2582 E7 .byte $E7 10739 2583 FF .byte $FF 10740 2584 FF .byte $FF 10741 2585 7E .byte $7E 10742 2586 00 .byte 0 10743 2587 00 .byte 0 10744 2588 00 .byte 0 10745 2589 00 .byte 0 10746 ! 1409 0x00, 0x00, 0x00, 0x00, 0x6c, 0xfe, 0xfe, 0xfe, 0xfe, 0x7c, 0x38, 0x10, 0x00, 0x00, 0x00, 0x00, 10747 258A 00 .byte 0 10748 258B 00 .byte 0 10749 258C 00 .byte 0 10750 258D 00 .byte 0 10751 258E 6C .byte $6C 10752 258F FE .byte $FE 10753 2590 FE .byte $FE 10754 2591 FE .byte $FE 10755 2592 FE .byte $FE 10756 2593 7C .byte $7C 10757 2594 38 .byte $38 10758 2595 10 .byte $10 10759 2596 00 .byte 0 10760 2597 00 .byte 0 10761 2598 00 .byte 0 10762 2599 00 .byte 0 10763 ! 1410 0x00, 0x00, 0x00, 0x00, 0x10, 0x38, 0x7c, 0xfe, 0x7c, 0x38, 0x10, 0x00, 0x00, 0x00, 0x00, 0x00, 10764 259A 00 .byte 0 10765 259B 00 .byte 0 10766 259C 00 .byte 0 10767 259D 00 .byte 0 10768 259E 10 .byte $10 10769 259F 38 .byte $38 10770 25A0 7C .byte $7C 10771 25A1 FE .byte $FE 10772 25A2 7C .byte $7C 10773 25A3 38 .byte $38 10774 25A4 10 .byte $10 10775 25A5 00 .byte 0 10776 25A6 00 .byte 0 10777 25A7 00 .byte 0 10778 25A8 00 .byte 0 10779 25A9 00 .byte 0 10780 ! 1411 0x00, 0x00, 0x00, 0x18, 0x3c, 0x3c, 0xe7, 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0x00, 0x00, 10815 25CA 00 .byte 0 10816 25CB 00 .byte 0 10817 25CC 00 .byte 0 10818 25CD 00 .byte 0 10819 25CE 00 .byte 0 10820 25CF 00 .byte 0 10821 25D0 18 .byte $18 10822 25D1 3C .byte $3C 10823 25D2 3C .byte $3C 10824 25D3 18 .byte $18 10825 25D4 00 .byte 0 10826 25D5 00 .byte 0 10827 25D6 00 .byte 0 10828 25D7 00 .byte 0 10829 25D8 00 .byte 0 10830 25D9 00 .byte 0 10831 ! 1414 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xe7, 0xc3, 0xc3, 0xe7, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 10832 25DA FF .byte $FF 10833 25DB FF .byte $FF 10834 25DC FF .byte $FF 10835 25DD FF .byte $FF 10836 25DE FF .byte $FF 10837 25DF FF .byte $FF 10838 25E0 E7 .byte $E7 10839 25E1 C3 .byte $C3 10840 25E2 C3 .byte $C3 10841 25E3 E7 .byte $E7 10842 25E4 FF .byte $FF 10843 25E5 FF .byte $FF 10844 25E6 FF .byte $FF 10845 25E7 FF .byte $FF 10846 25E8 FF .byte $FF 10847 25E9 FF .byte $FF 10848 ! 1415 0x00, 0x00, 0x00, 0x00, 0x00, 0x3c, 0x66, 0x42, 0x42, 0x66, 0x3c, 0x00, 0x00, 0x00, 0x00, 0x00, 10849 25EA 00 .byte 0 10850 25EB 00 .byte 0 10851 25EC 00 .byte 0 10852 25ED 00 .byte 0 10853 25EE 00 .byte 0 10854 25EF 3C .byte $3C 10855 25F0 66 .byte $66 10856 25F1 42 .byte $42 10857 25F2 42 .byte $42 10858 25F3 66 .byte $66 10859 25F4 3C .byte $3C 10860 25F5 00 .byte 0 10861 25F6 00 .byte 0 10862 25F7 00 .byte 0 10863 25F8 00 .byte 0 10864 25F9 00 .byte 0 10865 ! 1416 0xff, 0xff, 0xff, 0xff, 0xff, 0xc3, 0x99, 0xbd, 0xbd, 0x99, 0xc3, 0xff, 0xff, 0xff, 0xff, 0xff, 10866 25FA FF .byte $FF 10867 25FB FF .byte $FF 10868 25FC FF .byte $FF 10869 25FD FF .byte $FF 10870 25FE FF .byte $FF 10871 25FF C3 .byte $C3 10872 2600 99 .byte $99 10873 2601 BD .byte $BD 10874 2602 BD .byte $BD 10875 2603 99 .byte $99 10876 2604 C3 .byte $C3 10877 2605 FF .byte $FF 10878 2606 FF .byte $FF 10879 2607 FF .byte $FF 10880 2608 FF .byte $FF 10881 2609 FF .byte $FF 10882 ! 1417 0x00, 0x00, 0x1e, 0x0e, 0x1a, 0x32, 0x78, 0xcc, 0xcc, 0xcc, 0xcc, 0x78, 0x00, 0x00, 0x00, 0x00, 10883 260A 00 .byte 0 10884 260B 00 .byte 0 10885 260C 1E .byte $1E 10886 260D 0E .byte $E 10887 260E 1A .byte $1A 10888 260F 32 .byte $32 10889 2610 78 .byte $78 10890 2611 CC .byte $CC 10891 2612 CC .byte $CC 10892 2613 CC .byte $CC 10893 2614 CC .byte $CC 10894 2615 78 .byte $78 10895 2616 00 .byte 0 10896 2617 00 .byte 0 10897 2618 00 .byte 0 10898 2619 00 .byte 0 10899 ! 1418 0x00, 0x00, 0x3c, 0x66, 0x66, 0x66, 0x66, 0x3c, 0x18, 0x7e, 0x18, 0 10900 261A 00 .byte 0 10901 261B 00 .byte 0 10902 261C 3C .byte $3C 10903 261D 66 .byte $66 10904 261E 66 .byte $66 10905 261F 66 .byte $66 10906 2620 66 .byte $66 10907 2621 3C .byte $3C 10908 2622 18 .byte $18 10909 2623 7E .byte $7E 10910 2624 18 .byte $18 10911 ! 1418 x18, 0x00, 0x00, 0x00, 0x00, 10912 2625 18 .byte $18 10913 2626 00 .byte 0 10914 2627 00 .byte 0 10915 2628 00 .byte 0 10916 2629 00 .byte 0 10917 ! 1419 0x00, 0x00, 0x3f, 0x33, 0x3f, 0x30, 0x30, 0x30, 0x30, 0x70, 0xf0, 0xe0, 0x00, 0x00, 0x00, 0x00, 10918 262A 00 .byte 0 10919 262B 00 .byte 0 10920 262C 3F .byte $3F 10921 262D 33 .byte $33 10922 262E 3F .byte $3F 10923 262F 30 .byte $30 10924 2630 30 .byte $30 10925 2631 30 .byte $30 10926 2632 30 .byte $30 10927 2633 70 .byte $70 10928 2634 F0 .byte $F0 10929 2635 E0 .byte $E0 10930 2636 00 .byte 0 10931 2637 00 .byte 0 10932 2638 00 .byte 0 10933 2639 00 .byte 0 10934 ! 1420 0x00, 0x00, 0x7f, 0x63, 0x7f, 0x63, 0x63, 0x63, 0x63, 0x67, 0xe7, 0xe6, 0xc0, 0x00, 0x00, 0x00, 10935 263A 00 .byte 0 10936 263B 00 .byte 0 10937 263C 7F .byte $7F 10938 263D 63 .byte $63 10939 263E 7F .byte $7F 10940 263F 63 .byte $63 10941 2640 63 .byte $63 10942 2641 63 .byte $63 10943 2642 63 .byte $63 10944 2643 67 .byte $67 10945 2644 E7 .byte $E7 10946 2645 E6 .byte $E6 10947 2646 C0 .byte $C0 10948 2647 00 .byte 0 10949 2648 00 .byte 0 10950 2649 00 .byte 0 10951 ! 1421 0x00, 0x00, 0x00, 0x18, 0x18, 0xdb, 0x3c, 0xe7, 0x3c, 0xdb, 0x18, 0x18, 0x00, 0x00, 0x00, 0x00, 10952 264A 00 .byte 0 10953 264B 00 .byte 0 10954 264C 00 .byte 0 10955 264D 18 .byte $18 10956 264E 18 .byte $18 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2AA0 18 .byte $18 12135 2AA1 18 .byte $18 12136 2AA2 18 .byte $18 12137 2AA3 18 .byte $18 12138 2AA4 18 .byte $18 12139 2AA5 3C .byte $3C 12140 2AA6 00 .byte 0 12141 2AA7 00 .byte 0 12142 2AA8 00 .byte 0 12143 2AA9 00 .byte 0 12144 ! 1491 0x00, 0x00, 0xc6, 0xc6, 0xc6, 0xc6, 0xc6, 0xc6, 0xc6, 0xc6, 0xc6, 0x7c, 0x00, 0x00, 0x00, 0x00, 12145 2AAA 00 .byte 0 12146 2AAB 00 .byte 0 12147 2AAC C6 .byte $C6 12148 2AAD C6 .byte $C6 12149 2AAE C6 .byte $C6 12150 2AAF C6 .byte $C6 12151 2AB0 C6 .byte $C6 12152 2AB1 C6 .byte $C6 12153 2AB2 C6 .byte $C6 12154 2AB3 C6 .byte $C6 12155 2AB4 C6 .byte $C6 12156 2AB5 7C .byte $7C 12157 2AB6 00 .byte 0 12158 2AB7 00 .byte 0 12159 2AB8 00 .byte 0 12160 2AB9 00 .byte 0 12161 ! 1492 0x00, 0x00, 0xc3, 0xc3, 0xc3, 0xc3, 0xc3, 0xc3, 0xc3, 0x66, 0x3c, 0x18, 0x00, 0x00, 0x00, 0x00, 12162 2ABA 00 .byte 0 12163 2ABB 00 .byte 0 12164 2ABC C3 .byte $C3 12165 2ABD C3 .byte $C3 12166 2ABE C3 .byte $C3 12167 2ABF C3 .byte $C3 12168 2AC0 C3 .byte $C3 12169 2AC1 C3 .byte 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$C6 12599 2C55 7C .byte $7C 12600 2C56 00 .byte 0 12601 2C57 00 .byte 0 12602 2C58 00 .byte 0 12603 2C59 00 .byte 0 12604 ! 1518 0x00, 0x00, 0x00, 0x00, 0x00, 0xdc, 0x66, 0x66, 0x66, 0x66, 0x66, 0x7c, 0x60, 0x60, 0xf0, 0x00, 12605 2C5A 00 .byte 0 12606 2C5B 00 .byte 0 12607 2C5C 00 .byte 0 12608 2C5D 00 .byte 0 12609 2C5E 00 .byte 0 12610 2C5F DC .byte $DC 12611 2C60 66 .byte $66 12612 2C61 66 .byte $66 12613 2C62 66 .byte $66 12614 2C63 66 .byte $66 12615 2C64 66 .byte $66 12616 2C65 7C .byte $7C 12617 2C66 60 .byte $60 12618 2C67 60 .byte $60 12619 2C68 F0 .byte $F0 12620 2C69 00 .byte 0 12621 ! 1519 0x00, 0x00, 0x00, 0x00, 0x00, 0x76, 0xcc, 0xcc, 0xcc, 0xcc, 0xcc, 0x7c, 0x0c, 0x0c, 0x1e, 0x00, 12622 2C6A 00 .byte 0 12623 2C6B 00 .byte 0 12624 2C6C 00 .byte 0 12625 2C6D 00 .byte 0 12626 2C6E 00 .byte 0 12627 2C6F 76 .byte $76 12628 2C70 CC .byte $CC 12629 2C71 CC .byte $CC 12630 2C72 CC .byte $CC 12631 2C73 CC .byte $CC 12632 2C74 CC .byte $CC 12633 2C75 7C .byte $7C 12634 2C76 0C .byte $C 12635 2C77 0C .byte $C 12636 2C78 1E .byte $1E 12637 2C79 00 .byte 0 12638 ! 1520 0x00, 0x00, 0x00, 0x00, 0x00, 0xdc, 0x76, 0x66, 0x60, 0x60, 0x60, 0xf0, 0x00, 0x00, 0x00, 0x00, 12639 2C7A 00 .byte 0 12640 2C7B 00 .byte 0 12641 2C7C 00 .byte 0 12642 2C7D 00 .byte 0 12643 2C7E 00 .byte 0 12644 2C7F DC .byte $DC 12645 2C80 76 .byte $76 12646 2C81 66 .byte $66 12647 2C82 60 .byte $60 12648 2C83 60 .byte $60 12649 2C84 60 .byte $60 12650 2C85 F0 .byte $F0 12651 2C86 00 .byte 0 12652 2C87 00 .byte 0 12653 2C88 00 .byte 0 12654 2C89 00 .byte 0 12655 ! 1521 0x00, 0x00, 0x00, 0x00, 0x00, 0x7c, 0xc6, 0x60, 0x38, 0x0c, 0xc6, 0x7c, 0x00, 0x00, 0x00, 0x00, 12656 2C8A 00 .byte 0 12657 2C8B 00 .byte 0 12658 2C8C 00 .byte 0 12659 2C8D 00 .byte 0 12660 2C8E 00 .byte 0 12661 2C8F 7C .byte $7C 12662 2C90 C6 .byte $C6 12663 2C91 60 .byte $60 12664 2C92 38 .byte $38 12665 2C93 0C .byte $C 12666 2C94 C6 .byte $C6 12667 2C95 7C .byte $7C 12668 2C96 00 .byte 0 12669 2C97 00 .byte 0 12670 2C98 00 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0x00, 0x00, 0x00, 0xfe, 0x06, 0x06, 0x06, 0x06, 0x00, 0x00, 0x00, 0x00, 0x00, 13594 2FFA 00 .byte 0 13595 2FFB 00 .byte 0 13596 2FFC 00 .byte 0 13597 2FFD 00 .byte 0 13598 2FFE 00 .byte 0 13599 2FFF 00 .byte 0 13600 3000 FE .byte $FE 13601 3001 06 .byte 6 13602 3002 06 .byte 6 13603 3003 06 .byte 6 13604 3004 06 .byte 6 13605 3005 00 .byte 0 13606 3006 00 .byte 0 13607 3007 00 .byte 0 13608 3008 00 .byte 0 13609 3009 00 .byte 0 13610 ! 1577 0x00, 0xc0, 0xc0, 0xc2, 0xc6, 0xcc, 0x18, 0x30, 0x60, 0xce, 0x9b, 0x06, 0x0c, 0x1f, 0x00, 0x00, 13611 300A 00 .byte 0 13612 300B C0 .byte $C0 13613 300C C0 .byte $C0 13614 300D C2 .byte $C2 13615 300E C6 .byte $C6 13616 300F CC .byte $CC 13617 3010 18 .byte $18 13618 3011 30 .byte $30 13619 3012 60 .byte $60 13620 3013 CE .byte $CE 13621 3014 9B .byte $9B 13622 3015 06 .byte 6 13623 3016 0C .byte $C 13624 3017 1F .byte $1F 13625 3018 00 .byte 0 13626 3019 00 .byte 0 13627 ! 1578 0x00, 0xc0, 0xc0, 0xc2, 0xc6, 0xcc, 0x18, 0x30, 0x66, 0xce, 0x96, 0x3e, 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13768 309E 18 .byte $18 13769 309F 18 .byte $18 13770 30A0 18 .byte $18 13771 30A1 F8 .byte $F8 13772 30A2 18 .byte $18 13773 30A3 18 .byte $18 13774 30A4 18 .byte $18 13775 30A5 18 .byte $18 13776 30A6 18 .byte $18 13777 30A7 18 .byte $18 13778 30A8 18 .byte $18 13779 30A9 18 .byte $18 13780 ! 1587 0x18, 0x18, 0x18, 0x18, 0x18, 0xf8, 0x18, 0xf8, 0x18, 0x18 13781 30AA 18 .byte $18 13782 30AB 18 .byte $18 13783 30AC 18 .byte $18 13784 30AD 18 .byte $18 13785 30AE 18 .byte $18 13786 30AF F8 .byte $F8 13787 30B0 18 .byte $18 13788 30B1 F8 .byte $F8 13789 30B2 18 .byte $18 13790 ! 1587 , 0x18, 0x18, 0x18, 0x18, 0x18, 0x18, 13791 30B3 18 .byte $18 13792 30B4 18 .byte $18 13793 30B5 18 .byte $18 13794 30B6 18 .byte $18 13795 30B7 18 .byte $18 13796 30B8 18 .byte $18 13797 30B9 18 .byte $18 13798 ! 1588 0x36, 0x36, 0x36, 0x36, 0x36, 0x36, 0x36, 0xf6, 0x36, 0x36, 0x36, 0x36, 0x36, 0x36, 0x36, 0x36, 13799 30BA 36 .byte $36 13800 30BB 36 .byte $36 13801 30BC 36 .byte $36 13802 30BD 36 .byte $36 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.byte $F8 13839 30E0 18 .byte $18 13840 30E1 F8 .byte $F8 13841 30E2 18 .byte $18 13842 30E3 18 .byte $18 13843 30E4 18 .byte $18 13844 30E5 18 .byte $18 13845 30E6 18 .byte $18 13846 30E7 18 .byte $18 13847 30E8 18 .byte $18 13848 30E9 18 .byte $18 13849 ! 1591 0x36, 0x36, 0x36, 0x36, 0x36, 0xf6, 0x06, 0xf6, 0x36, 0x36, 0x36, 0x36, 0x36, 0x36, 0x36, 0x36, 13850 30EA 36 .byte $36 13851 30EB 36 .byte $36 13852 30EC 36 .byte $36 13853 30ED 36 .byte $36 13854 30EE 36 .byte $36 13855 30EF F6 .byte $F6 13856 30F0 06 .byte 6 13857 30F1 F6 .byte $F6 13858 30F2 36 .byte $36 13859 30F3 36 .byte $36 13860 30F4 36 .byte $36 13861 30F5 36 .byte $36 13862 30F6 36 .byte $36 13863 30F7 36 .byte $36 13864 30F8 36 .byte $36 13865 30F9 36 .byte $36 13866 ! 1592 0x36, 0x36, 0x36, 0x36, 0x36, 0x36, 0x36, 0x36, 0x36, 0x36, 0x36, 0x36, 0x36, 0x36, 0x36, 0x36, 13867 30FA 36 .byte $36 13868 30FB 36 .byte $36 13869 30FC 36 .byte $36 13870 30FD 36 .byte $36 13871 30FE 36 .byte $36 13872 30FF 36 .byte $36 13873 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.byte $18 14017 3188 18 .byte $18 14018 3189 18 .byte $18 14019 ! 1601 0x18, 0x18, 0x18, 0x18, 0x18, 0x18, 0x18, 0x1f, 0x18, 0x18, 0x18, 0x18, 0x18, 0x18, 0x18, 0x18, 14020 318A 18 .byte $18 14021 318B 18 .byte $18 14022 318C 18 .byte $18 14023 318D 18 .byte $18 14024 318E 18 .byte $18 14025 318F 18 .byte $18 14026 3190 18 .byte $18 14027 3191 1F .byte $1F 14028 3192 18 .byte $18 14029 3193 18 .byte $18 14030 3194 18 .byte $18 14031 3195 18 .byte $18 14032 3196 18 .byte $18 14033 3197 18 .byte $18 14034 3198 18 .byte $18 14035 3199 18 .byte $18 14036 ! 1602 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xff, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 14037 319A 00 .byte 0 14038 319B 00 .byte 0 14039 319C 00 .byte 0 14040 319D 00 .byte 0 14041 319E 00 .byte 0 14042 319F 00 .byte 0 14043 31A0 00 .byte 0 14044 31A1 FF .byte $FF 14045 31A2 00 .byte 0 14046 31A3 00 .byte 0 14047 31A4 00 .byte 0 14048 31A5 00 .byte 0 14049 31A6 00 .byte 0 14050 31A7 00 .byte 0 14051 31A8 00 .byte 0 14052 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0x00, 0x00, 0x00, 0x00, 14651 33DA 00 .byte 0 14652 33DB 00 .byte 0 14653 33DC 00 .byte 0 14654 33DD 7E .byte $7E 14655 33DE 18 .byte $18 14656 33DF 3C .byte $3C 14657 33E0 66 .byte $66 14658 33E1 66 .byte $66 14659 33E2 66 .byte $66 14660 33E3 3C .byte $3C 14661 33E4 18 .byte $18 14662 33E5 7E .byte $7E 14663 33E6 00 .byte 0 14664 33E7 00 .byte 0 14665 33E8 00 .byte 0 14666 33E9 00 .byte 0 14667 ! 1639 0x00, 0x00, 0x00, 0x38, 0x6c, 0xc6, 0xc6, 0xfe, 0xc6, 0xc6, 0x6c, 0x38, 0x00, 0x00, 0x00, 0x00, 14668 33EA 00 .byte 0 14669 33EB 00 .byte 0 14670 33EC 00 .byte 0 14671 33ED 38 .byte $38 14672 33EE 6C .byte $6C 14673 33EF C6 .byte $C6 14674 33F0 C6 .byte $C6 14675 33F1 FE .byte $FE 14676 33F2 C6 .byte $C6 14677 33F3 C6 .byte $C6 14678 33F4 6C .byte $6C 14679 33F5 38 .byte $38 14680 33F6 00 .byte 0 14681 33F7 00 .byte 0 14682 33F8 00 .byte 0 14683 33F9 00 .byte 0 14684 ! 1640 0x00, 0x00, 0x38, 0x6c, 0xc6, 0xc6, 0xc6, 0x6c, 0x6c, 0x6c, 0x6c, 0xee, 0x00, 0x00, 0x00, 0x00, 14685 33FA 00 .byte 0 14686 33FB 00 .byte 0 14687 33FC 38 .byte $38 14688 33FD 6C .byte $6C 14689 33FE C6 .byte $C6 14690 33FF C6 .byte $C6 14691 3400 C6 .byte $C6 14692 3401 6C .byte $6C 14693 3402 6C .byte $6C 14694 3403 6C .byte $6C 14695 3404 6C .byte $6C 14696 3405 EE .byte $EE 14697 3406 00 .byte 0 14698 3407 00 .byte 0 14699 3408 00 .byte 0 14700 3409 00 .byte 0 14701 ! 1641 0x00, 0x00, 0x1e, 0x30, 0x18, 0x0c, 0x3e, 0x66, 0x66, 0x66, 0x66, 0x3c, 0x00, 0x00, 0x00, 0x00, 14702 340A 00 .byte 0 14703 340B 00 .byte 0 14704 340C 1E .byte $1E 14705 340D 30 .byte $30 14706 340E 18 .byte $18 14707 340F 0C .byte $C 14708 3410 3E .byte $3E 14709 3411 66 .byte $66 14710 3412 66 .byte $66 14711 3413 66 .byte $66 14712 3414 66 .byte $66 14713 3415 3C .byte $3C 14714 3416 00 .byte 0 14715 3417 00 .byte 0 14716 3418 00 .byte 0 14717 3419 00 .byte 0 14718 ! 1642 0x00, 0x00, 0x00, 0x00, 0x00, 0x7e, 0xdb, 0xdb, 0xdb, 0x7e, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 14719 341A 00 .byte 0 14720 341B 00 .byte 0 14721 341C 00 .byte 0 14722 341D 00 .byte 0 14723 341E 00 .byte 0 14724 341F 7E .byte $7E 14725 3420 DB .byte $DB 14726 3421 DB .byte $DB 14727 3422 DB .byte $DB 14728 3423 7E .byte $7E 14729 3424 00 .byte 0 14730 3425 00 .byte 0 14731 3426 00 .byte 0 14732 3427 00 .byte 0 14733 3428 00 .byte 0 14734 3429 00 .byte 0 14735 ! 1643 0x00, 0x00, 0x00, 0x03, 0x06, 0x7e, 0xdb, 0xdb, 0xf3, 0x7e, 0x60, 0xc0, 0x00, 0x00, 0x00, 0x00, 14736 342A 00 .byte 0 14737 342B 00 .byte 0 14738 342C 00 .byte 0 14739 342D 03 .byte 3 14740 342E 06 .byte 6 14741 342F 7E .byte $7E 14742 3430 DB .byte $DB 14743 3431 DB .byte $DB 14744 3432 F3 .byte $F3 14745 3433 7E .byte $7E 14746 3434 60 .byte $60 14747 3435 C0 .byte $C0 14748 3436 00 .byte 0 14749 3437 00 .byte 0 14750 3438 00 .byte 0 14751 3439 00 .byte 0 14752 ! 1644 0x00, 0x00, 0x1c, 0x30, 0x60, 0x60, 0x7c, 0x60, 0x60, 0x60, 0x30, 0x1c, 0x00, 0x00, 0x00, 0x00, 14753 343A 00 .byte 0 14754 343B 00 .byte 0 14755 343C 1C .byte $1C 14756 343D 30 .byte $30 14757 343E 60 .byte $60 14758 343F 60 .byte $60 14759 3440 7C .byte $7C 14760 3441 60 .byte $60 14761 3442 60 .byte $60 14762 3443 60 .byte $60 14763 3444 30 .byte $30 14764 3445 1C .byte $1C 14765 3446 00 .byte 0 14766 3447 00 .byte 0 14767 3448 00 .byte 0 14768 3449 00 .byte 0 14769 ! 1645 0x00, 0x00, 0x00, 0x7c, 0xc6, 0xc6, 0xc6, 0xc6, 0xc6, 0xc6, 0xc6, 0xc6, 0x00, 0x00, 0x00, 0x00, 14770 344A 00 .byte 0 14771 344B 00 .byte 0 14772 344C 00 .byte 0 14773 344D 7C .byte $7C 14774 344E C6 .byte $C6 14775 344F C6 .byte $C6 14776 3450 C6 .byte $C6 14777 3451 C6 .byte $C6 14778 3452 C6 .byte $C6 14779 3453 C6 .byte $C6 14780 3454 C6 .byte $C6 14781 3455 C6 .byte $C6 14782 3456 00 .byte 0 14783 3457 00 .byte 0 14784 3458 00 .byte 0 14785 3459 00 .byte 0 14786 ! 1646 0x00, 0x00, 0x00, 0x00, 0xfe, 0x00, 0x00, 0xfe, 0x00, 0x00, 0xfe, 0x00, 0x00, 0x00, 0x00, 0x00, 14787 345A 00 .byte 0 14788 345B 00 .byte 0 14789 345C 00 .byte 0 14790 345D 00 .byte 0 14791 345E FE .byte $FE 14792 345F 00 .byte 0 14793 3460 00 .byte 0 14794 3461 FE .byte $FE 14795 3462 00 .byte 0 14796 3463 00 .byte 0 14797 3464 FE .byte $FE 14798 3465 00 .byte 0 14799 3466 00 .byte 0 14800 3467 00 .byte 0 14801 3468 00 .byte 0 14802 3469 00 .byte 0 14803 ! 1647 0x00, 0x00, 0x00, 0x00, 0x18, 0x18, 0x7e, 0x18, 0x18, 0x00, 0x00, 0xff, 0x00, 0x00, 0x00, 0x00, 14804 346A 00 .byte 0 14805 346B 00 .byte 0 14806 346C 00 .byte 0 14807 346D 00 .byte 0 14808 346E 18 .byte $18 14809 346F 18 .byte $18 14810 3470 7E .byte $7E 14811 3471 18 .byte $18 14812 3472 18 .byte $18 14813 3473 00 .byte 0 14814 3474 00 .byte 0 14815 3475 FF .byte $FF 14816 3476 00 .byte 0 14817 3477 00 .byte 0 14818 3478 00 .byte 0 14819 3479 00 .byte 0 14820 ! 1648 0x00, 0x00, 0x00, 0x30, 0x18, 0x0c, 0x06, 0x0c, 0x18, 0x30, 0x00, 0x7e, 0x00, 0x00, 0x00, 0x00, 14821 347A 00 .byte 0 14822 347B 00 .byte 0 14823 347C 00 .byte 0 14824 347D 30 .byte $30 14825 347E 18 .byte $18 14826 347F 0C .byte $C 14827 3480 06 .byte 6 14828 3481 0C .byte $C 14829 3482 18 .byte $18 14830 3483 30 .byte $30 14831 3484 00 .byte 0 14832 3485 7E .byte $7E 14833 3486 00 .byte 0 14834 3487 00 .byte 0 14835 3488 00 .byte 0 14836 3489 00 .byte 0 14837 ! 1649 0x00, 0x00, 0x00, 0x0c, 0x18, 0x30, 0x60, 0x30, 0x18, 0x0c, 0x00, 0x7e, 0x00, 0x00, 0x00, 0x00, 14838 348A 00 .byte 0 14839 348B 00 .byte 0 14840 348C 00 .byte 0 14841 348D 0C .byte $C 14842 348E 18 .byte $18 14843 348F 30 .byte $30 14844 3490 60 .byte $60 14845 3491 30 .byte $30 14846 3492 18 .byte $18 14847 3493 0C .byte $C 14848 3494 00 .byte 0 14849 3495 7E .byte $7E 14850 3496 00 .byte 0 14851 3497 00 .byte 0 14852 3498 00 .byte 0 14853 3499 00 .byte 0 14854 ! 1650 0x00, 0x00, 0x0e, 0x1b, 0x1b, 0x18, 0x18, 0x18, 0x18, 0x18, 0x18, 0x18, 0x18, 0x18, 0x18, 0 14855 349A 00 .byte 0 14856 349B 00 .byte 0 14857 349C 0E .byte $E 14858 349D 1B .byte $1B 14859 349E 1B .byte $1B 14860 349F 18 .byte $18 14861 34A0 18 .byte $18 14862 34A1 18 .byte $18 14863 34A2 18 .byte $18 14864 34A3 18 .byte $18 14865 34A4 18 .byte $18 14866 34A5 18 .byte $18 14867 34A6 18 .byte $18 14868 34A7 18 .byte $18 14869 34A8 18 .byte $18 14870 ! 1650 x18, 14871 34A9 18 .byte $18 14872 ! 1651 0x18, 0x18, 0x18, 0x18, 0x18, 0x18, 0x18, 0x18, 0xd8, 0xd8, 0xd8, 0x70, 0x00, 0x00, 0x00, 0x00, 14873 34AA 18 .byte $18 14874 34AB 18 .byte $18 14875 34AC 18 .byte $18 14876 34AD 18 .byte $18 14877 34AE 18 .byte $18 14878 34AF 18 .byte $18 14879 34B0 18 .byte $18 14880 34B1 18 .byte $18 14881 34B2 D8 .byte $D8 14882 34B3 D8 .byte $D8 14883 34B4 D8 .byte $D8 14884 34B5 70 .byte $70 14885 34B6 00 .byte 0 14886 34B7 00 .byte 0 14887 34B8 00 .byte 0 14888 34B9 00 .byte 0 14889 ! 1652 0x00, 0x00, 0x00, 0x00, 0x18, 0x18, 0x00, 0x7e, 0x00, 0x18, 0x18, 0x00, 0x00, 0x00, 0x00, 0x00, 14890 34BA 00 .byte 0 14891 34BB 00 .byte 0 14892 34BC 00 .byte 0 14893 34BD 00 .byte 0 14894 34BE 18 .byte $18 14895 34BF 18 .byte $18 14896 34C0 00 .byte 0 14897 34C1 7E .byte $7E 14898 34C2 00 .byte 0 14899 34C3 18 .byte $18 14900 34C4 18 .byte $18 14901 34C5 00 .byte 0 14902 34C6 00 .byte 0 14903 34C7 00 .byte 0 14904 34C8 00 .byte 0 14905 34C9 00 .byte 0 14906 ! 1653 0x00, 0x00, 0x00, 0x00, 0x00, 0x76, 0xdc, 0x00, 0x76, 0xdc, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 14907 34CA 00 .byte 0 14908 34CB 00 .byte 0 14909 34CC 00 .byte 0 14910 34CD 00 .byte 0 14911 34CE 00 .byte 0 14912 34CF 76 .byte $76 14913 34D0 DC .byte $DC 14914 34D1 00 .byte 0 14915 34D2 76 .byte $76 14916 34D3 DC .byte $DC 14917 34D4 00 .byte 0 14918 34D5 00 .byte 0 14919 34D6 00 .byte 0 14920 34D7 00 .byte 0 14921 34D8 00 .byte 0 14922 34D9 00 .byte 0 14923 ! 1654 0x00, 0x38, 0x6c, 0x6c, 0x38, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 14924 34DA 00 .byte 0 14925 34DB 38 .byte $38 14926 34DC 6C .byte $6C 14927 34DD 6C .byte $6C 14928 34DE 38 .byte $38 14929 34DF 00 .byte 0 14930 34E0 00 .byte 0 14931 34E1 00 .byte 0 14932 34E2 00 .byte 0 14933 34E3 00 .byte 0 14934 34E4 00 .byte 0 14935 34E5 00 .byte 0 14936 34E6 00 .byte 0 14937 34E7 00 .byte 0 14938 34E8 00 .byte 0 14939 34E9 00 .byte 0 14940 ! 1655 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x18, 0x18, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 14941 34EA 00 .byte 0 14942 34EB 00 .byte 0 14943 34EC 00 .byte 0 14944 34ED 00 .byte 0 14945 34EE 00 .byte 0 14946 34EF 00 .byte 0 14947 34F0 00 .byte 0 14948 34F1 18 .byte $18 14949 34F2 18 .byte $18 14950 34F3 00 .byte 0 14951 34F4 00 .byte 0 14952 34F5 00 .byte 0 14953 34F6 00 .byte 0 14954 34F7 00 .byte 0 14955 34F8 00 .byte 0 14956 34F9 00 .byte 0 14957 ! 1656 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x18, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 14958 34FA 00 .byte 0 14959 34FB 00 .byte 0 14960 34FC 00 .byte 0 14961 34FD 00 .byte 0 14962 34FE 00 .byte 0 14963 34FF 00 .byte 0 14964 3500 00 .byte 0 14965 3501 00 .byte 0 14966 3502 18 .byte $18 14967 3503 00 .byte 0 14968 3504 00 .byte 0 14969 3505 00 .byte 0 14970 3506 00 .byte 0 14971 3507 00 .byte 0 14972 3508 00 .byte 0 14973 3509 00 .byte 0 14974 ! 1657 0x00, 0x0f, 0x0c, 0x0c, 0x0c, 0x0c, 0x0c, 0xec, 0x6c, 0x6c, 0x3c, 0x1c, 0x00, 0x00, 0x00, 0x00, 14975 350A 00 .byte 0 14976 350B 0F .byte $F 14977 350C 0C .byte $C 14978 350D 0C .byte $C 14979 350E 0C .byte $C 14980 350F 0C .byte $C 14981 3510 0C .byte $C 14982 3511 EC .byte $EC 14983 3512 6C .byte $6C 14984 3513 6C .byte $6C 14985 3514 3C .byte $3C 14986 3515 1C .byte $1C 14987 3516 00 .byte 0 14988 3517 00 .byte 0 14989 3518 00 .byte 0 14990 3519 00 .byte 0 14991 ! 1658 0x00, 0xd8, 0x6c, 0x6c, 0x6c, 0x6c, 0x6c, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 14992 351A 00 .byte 0 14993 351B D8 .byte $D8 14994 351C 6C .byte $6C 14995 351D 6C .byte $6C 14996 351E 6C .byte $6C 14997 351F 6C .byte $6C 14998 3520 6C .byte $6C 14999 3521 00 .byte 0 15000 3522 00 .byte 0 15001 3523 00 .byte 0 15002 3524 00 .byte 0 15003 3525 00 .byte 0 15004 3526 00 .byte 0 15005 3527 00 .byte 0 15006 3528 00 .byte 0 15007 3529 00 .byte 0 15008 ! 1659 0x00, 0x70, 0xd8, 0x30, 0x60, 0xc8, 0xf8, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 15009 352A 00 .byte 0 15010 352B 70 .byte $70 15011 352C D8 .byte $D8 15012 352D 30 .byte $30 15013 352E 60 .byte $60 15014 352F C8 .byte $C8 15015 3530 F8 .byte $F8 15016 3531 00 .byte 0 15017 3532 00 .byte 0 15018 3533 00 .byte 0 15019 3534 00 .byte 0 15020 3535 00 .byte 0 15021 3536 00 .byte 0 15022 3537 00 .byte 0 15023 3538 00 .byte 0 15024 3539 00 .byte 0 15025 ! 1660 0x00, 0x00, 0x00, 0x00, 0x7c, 0x7c, 0x7c, 0x7c, 0x7c, 0x7c, 0x7c, 0x00, 0x00, 0x00, 0x00, 0x00, 15026 353A 00 .byte 0 15027 353B 00 .byte 0 15028 353C 00 .byte 0 15029 353D 00 .byte 0 15030 353E 7C .byte $7C 15031 353F 7C .byte $7C 15032 3540 7C .byte $7C 15033 3541 7C .byte $7C 15034 3542 7C .byte $7C 15035 3543 7C .byte $7C 15036 3544 7C .byte $7C 15037 3545 00 .byte 0 15038 3546 00 .byte 0 15039 3547 00 .byte 0 15040 3548 00 .byte 0 15041 3549 00 .byte 0 15042 ! 1661 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00 15043 354A 00 .byte 0 15044 354B 00 .byte 0 15045 354C 00 .byte 0 15046 354D 00 .byte 0 15047 354E 00 .byte 0 15048 354F 00 .byte 0 15049 3550 00 .byte 0 15050 3551 00 .byte 0 15051 3552 00 .byte 0 15052 3553 00 .byte 0 15053 3554 00 .byte 0 15054 3555 00 .byte 0 15055 3556 00 .byte 0 15056 3557 00 .byte 0 15057 3558 00 .byte 0 15058 ! 1662 }; 15059 3559 00 .byte 0 15060 !BCC_EOS 15061 ! 1663 static Bit8u vgafont14alt[1]={0x00}; 15062 0000355A _vgafont14alt: 15063 355A 00 .byte 0 15064 !BCC_EOS 15065 ! 1664 static Bit8u vgafont16alt[1]={0x00}; 15066 0000355B _vgafont16alt: 15067 355B 00 .byte 0 15068 !BCC_EOS 15069 ! 1665 #asm 15070 !BCC_ASM 15071 0000355C init_vga_card: 15072 ;; switch to color mode and enable CPU access 480 lines 15073 355C BA 03C2 mov dx, #0x3C2 15074 355F B0 C3 mov al, #0xC3 15075 3561 EE outb dx,al 15076 ;; more than 64k 3C4/04 15077 3562 BA 03C4 mov dx, #0x3C4 15078 3565 B0 04 mov al, #0x04 15079 3567 EE outb dx,al 15080 3568 BA 03C5 mov dx, #0x3C5 15081 356B B0 02 mov al, #0x02 15082 356D EE outb dx,al 15083 356E BB 3578 mov bx, #msg_vga_init 15084 3571 53 push bx 15085 3572 E8 46FB call _printf 15086 3575 44 inc sp 15087 3576 44 inc sp 15088 3577 C3 ret 15089 00003578 msg_vga_init: 15090 3578 56 .ascii "VGABios $Id: vgabios.c,v 1.69 2009/04/07 18:18:20 vruppert Exp $" 15091 35B8 0D .byte 0x0d,0x0a,0x00 15092 ! 1687 endasm 15093 !BCC_ENDASM 15094 ! 1688 #asm 15095 !BCC_ASM 15096 000035BB init_bios_area: 15097 35BB 1E push ds 15098 35BC B8 0040 mov ax, # 0x40 15099 35BF 8ED8 mov ds, ax 15100 ;; init detected hardware BIOS Area 15101 35C1 BB 0010 mov bx, # 0x10 15102 35C4 8B07 mov ax, [bx] 15103 35C6 25 FFCF and ax, #0xffcf 15104 ;; set 80x25 color (not clear from RBIL but usual) 15105 35C9 0D 0020 or ax, #0x0020 15106 35CC 8907 mov [bx], ax 15107 ;; Just for the first int10 find its children 15108 ;; the default char height 15109 35CE BB 0085 mov bx, # 0x85 15110 35D1 B0 10 mov al, #0x10 15111 35D3 8807 mov [bx], al 15112 ;; Clear the screen 15113 35D5 BB 0087 mov bx, # 0x87 15114 35D8 B0 60 mov al, #0x60 15115 35DA 8807 mov [bx], al 15116 ;; Set the basic screen we have 15117 35DC BB 0088 mov bx, # 0x88 15118 35DF B0 F9 mov al, #0xf9 15119 35E1 8807 mov [bx], al 15120 ;; Set the basic modeset options 15121 35E3 BB 0089 mov bx, # 0x89 15122 35E6 B0 51 mov al, #0x51 15123 35E8 8807 mov [bx], al 15124 ;; Set the default MSR 15125 35EA BB 0065 mov bx, # 0x65 15126 35ED B0 09 mov al, #0x09 15127 35EF 8807 mov [bx], al 15128 35F1 1F pop ds 15129 35F2 C3 ret 15130 000035F3 _video_save_pointer_table: 15131 35F3 028A .word _video_param_table 15132 35F5 C000 .word 0xc000 15133 35F7 0000 .word 0 15134 35F9 0000 .word 0 15135 35FB 0000 .word 0 15136 35FD 0000 .word 0 15137 35FF 0000 .word 0 15138 3601 0000 .word 0 15139 3603 0000 .word 0 15140 3605 0000 .word 0 15141 3607 0000 .word 0 15142 3609 0000 .word 0 15143 360B 0000 .word 0 15144 360D 0000 .word 0 15145 ! 1738 endasm 15146 !BCC_ENDASM 15147 ! 1739 static void display_splash_screen() 15148 ! 1740 { 15149 15150 0000360F _display_splash_screen: 15151 ! 1741 } 15152 360F C3 ret 15153 ! 1742 static void display_info() 15154 ! 1743 { 15155 00003610 _display_info: 15156 ! 1744 #asm 15157 !BCC_ASM 15158 3610 B8 C000 mov ax,#0xc000 15159 3613 8ED8 mov ds,ax 15160 3615 BE 0022 mov si,#vgabios_name 15161 3618 E8 0013 call _display_string 15162 361B BE 0038 mov si,#vgabios_version 15163 361E E8 000D call _display_string 15164 ;;mov si,#vgabios_copyright 15165 ;;call _display_string 15166 ;;mov si,#crlf 15167 ;;call _display_string 15168 3621 BE 0077 mov si,#vgabios_license 15169 3624 E8 0007 call _display_string 15170 3627 BE 00AC mov si,#vgabios_website 15171 362A E8 0001 call _display_string 15172 ! 1759 endasm 15173 !BCC_ENDASM 15174 ! 1760 } 15175 362D C3 ret 15176 ! 1761 static void display_string() 15177 ! 1762 { 15178 0000362E _display_string: 15179 ! 1763 #asm 15180 !BCC_ASM 15181 362E 8CD8 mov ax,ds 15182 3630 8EC0 mov es,ax 15183 3632 89F7 mov di,si 15184 3634 31C9 xor cx,cx 15185 3636 F7D1 not cx 15186 3638 30C0 xor al,al 15187 363A FC cld 15188 363B F2 repne 15189 363C AE scasb 15190 363D F7D1 not cx 15191 363F 49 dec cx 15192 3640 51 push cx 15193 3641 B8 0300 mov ax,#0x0300 15194 3644 BB 0000 mov bx,#0x0000 15195 3647 CD 10 int #0x10 15196 3649 59 pop cx 15197 364A B8 1301 mov ax,#0x1301 15198 364D BB 000B mov bx,#0x000b 15199 3650 89F5 mov bp,si 15200 3652 CD 10 int #0x10 15201 ! 1784 endasm 15202 !BCC_ENDASM 15203 ! 1785 } 15204 3654 C3 ret 15205 ! 1786 static void int10_func(DI, SI, BP, SP, BX, DX, CX, AX, DS, ES, FLAGS) 15206 ! 1787 Bit16u DI, SI, BP, SP, BX, DX, CX, AX, ES, DS, FLAGS; 15207 00003655 _int10_func: 15208 !BCC_EOS 15209 ! 1788 { 15210 ! 1789 switch(( AX >> 8 )) 15211 3655 55 push bp 15212 3656 89E5 mov bp,sp 15213 ! Debug: sr int = const 8 to unsigned short AX = [S+2+$10] (used reg = ) 15214 3658 8B46 12 mov ax,$12[bp] 15215 365B 88E0 mov al,ah 15216 365D 30E4 xor ah,ah 15217 ! 1790 { 15218 365F E9 04D7 br .3 15219 ! 1791 case 0x00: 15220 ! 1792 biosfn_set_video_mode(( AX & 0x00ff )); 15221 00003662 .4: 15222 ! Debug: and int = const $FF to unsigned short AX = [S+2+$10] (used reg = ) 15223 3662 8A46 12 mov al,$12[bp] 15224 ! Debug: list unsigned char = al+0 (used reg = ) 15225 3665 30E4 xor ah,ah 15226 3667 50 push ax 15227 ! Debug: func () void = biosfn_set_video_mode+0 (used reg = ) 15228 3668 E8 0524 call _biosfn_set_video_mode 15229 366B 44 inc sp 15230 366C 44 inc sp 15231 !BCC_EOS 15232 ! 1793 switch(( AX & 0x00ff )&0x7F) 15233 ! Debug: and int = const $FF to unsigned short AX = [S+2+$10] (used reg = ) 15234 366D 8A46 12 mov al,$12[bp] 15235 ! Debug: and int = const $7F to unsigned char = al+0 (used reg = ) 15236 3670 24 7F and al,*$7F 15237 ! 1794 {case 6: 15238 3672 EB 24 jmp .7 15239 ! 1795 AX = ((AX & 0xff00) | (0x3F)); 15240 00003674 .8: 15241 ! Debug: and unsigned int = const $FF00 to unsigned short AX = [S+2+$10] (used reg = ) 15242 3674 8B46 12 mov ax,$12[bp] 15243 3677 30C0 xor al,al 15244 ! Debug: or int = const $3F to unsigned int = ax+0 (used reg = ) 15245 3679 0C 3F or al,*$3F 15246 ! Debug: eq unsigned int = ax+0 to unsigned short AX = [S+2+$10] (used reg = ) 15247 367B 8946 12 mov $12[bp],ax 15248 !BCC_EOS 15249 ! 1796 break; 15250 367E EB 3D jmp .5 15251 !BCC_EOS 15252 ! 1797 case 0: 15253 ! 1798 case 1: 15254 00003680 .9: 15255 ! 1799 case 2: 15256 00003680 .A: 15257 ! 1800 case 3: 15258 00003680 .B: 15259 ! 1801 case 4: 15260 00003680 .C: 15261 ! 1802 case 5: 15262 00003680 .D: 15263 ! 1803 case 7: 15264 00003680 .E: 15265 ! 1804 AX = ((AX & 0xff00) | (0x30)); 15266 00003680 .F: 15267 ! Debug: and unsigned int = const $FF00 to unsigned short AX = [S+2+$10] (used reg = ) 15268 3680 8B46 12 mov ax,$12[bp] 15269 3683 30C0 xor al,al 15270 ! Debug: or int = const $30 to unsigned int = ax+0 (used reg = ) 15271 3685 0C 30 or al,*$30 15272 ! Debug: eq unsigned int = ax+0 to unsigned short AX = [S+2+$10] (used reg = ) 15273 3687 8946 12 mov $12[bp],ax 15274 !BCC_EOS 15275 ! 1805 break; 15276 368A EB 31 jmp .5 15277 !BCC_EOS 15278 ! 1806 default: 15279 ! 1807 AX = ((AX & 0xff00) | (0x20)); 15280 0000368C .10: 15281 ! Debug: and unsigned int = const $FF00 to unsigned short AX = [S+2+$10] (used reg = ) 15282 368C 8B46 12 mov ax,$12[bp] 15283 368F 30C0 xor al,al 15284 ! Debug: or int = const $20 to unsigned int = ax+0 (used reg = ) 15285 3691 0C 20 or al,*$20 15286 ! Debug: eq unsigned int = ax+0 to unsigned short AX = [S+2+$10] (used reg = ) 15287 3693 8946 12 mov $12[bp],ax 15288 !BCC_EOS 15289 ! 1808 } 15290 ! 1809 break; 15291 3696 EB 25 jmp .5 15292 00003698 .7: 15293 3698 2C 00 sub al,*0 15294 369A 72 F0 jb .10 15295 369C 3C 07 cmp al,*7 15296 369E 77 1B ja .11 15297 36A0 30E4 xor ah,ah 15298 36A2 D1E0 shl ax,*1 15299 36A4 89C3 mov bx,ax 15300 36A6 2E seg cs 15301 36A7 FFA7 36AB br .12[bx] 15302 000036AB .12: 15303 36AB 3680 .word .9 15304 36AD 3680 .word .A 15305 36AF 3680 .word .B 15306 36B1 3680 .word .C 15307 36B3 3680 .word .D 15308 36B5 3680 .word .E 15309 36B7 3674 .word .8 15310 36B9 3680 .word .F 15311 000036BB .11: 15312 36BB EB CF jmp .10 15313 000036BD .5: 15314 36BD E9 04CD br .1 15315 !BCC_EOS 15316 ! 1810 case 0x01: 15317 ! 1811 biosfn_set_cursor_shape(( CX >> 8 ),( CX & 0x00ff )); 15318 000036C0 .13: 15319 ! Debug: and int = const $FF to unsigned short CX = [S+2+$E] (used reg = ) 15320 36C0 8A46 10 mov al,$10[bp] 15321 ! Debug: list unsigned char = al+0 (used reg = ) 15322 36C3 30E4 xor ah,ah 15323 36C5 50 push ax 15324 ! Debug: sr int = const 8 to unsigned short CX = [S+4+$E] (used reg = ) 15325 36C6 8B46 10 mov ax,$10[bp] 15326 36C9 88E0 mov al,ah 15327 36CB 30E4 xor ah,ah 15328 ! Debug: list unsigned int = ax+0 (used reg = ) 15329 36CD 50 push ax 15330 ! Debug: func () void = biosfn_set_cursor_shape+0 (used reg = ) 15331 36CE E8 0B56 call _biosfn_set_cursor_shape 15332 36D1 83C4 04 add sp,*4 15333 !BCC_EOS 15334 ! 1812 break; 15335 36D4 E9 04B6 br .1 15336 !BCC_EOS 15337 ! 1813 case 0x02: 15338 ! 1814 biosfn_set_cursor_pos(( BX >> 8 ),DX); 15339 000036D7 .14: 15340 ! Debug: list unsigned short DX = [S+2+$C] (used reg = ) 15341 36D7 FF76 0E push $E[bp] 15342 ! Debug: sr int = const 8 to unsigned short BX = [S+4+$A] (used reg = ) 15343 36DA 8B46 0C mov ax,$C[bp] 15344 36DD 88E0 mov al,ah 15345 36DF 30E4 xor ah,ah 15346 ! Debug: list unsigned int = ax+0 (used reg = ) 15347 36E1 50 push ax 15348 ! Debug: func () void = biosfn_set_cursor_pos+0 (used reg = ) 15349 36E2 E8 0C5D call _biosfn_set_cursor_pos 15350 36E5 83C4 04 add sp,*4 15351 !BCC_EOS 15352 ! 1815 break; 15353 36E8 E9 04A2 br .1 15354 !BCC_EOS 15355 ! 1816 case 0x03: 15356 ! 1817 biosfn_get_cursor_pos(( BX >> 8 ),&CX,&DX); 15357 000036EB .15: 15358 ! Debug: list * unsigned short DX = S+2+$C (used reg = ) 15359 36EB 8D5E 0E lea bx,$E[bp] 15360 36EE 53 push bx 15361 ! Debug: list * unsigned short CX = S+4+$E (used reg = ) 15362 36EF 8D5E 10 lea bx,$10[bp] 15363 36F2 53 push bx 15364 ! Debug: sr int = const 8 to unsigned short BX = [S+6+$A] (used reg = ) 15365 36F3 8B46 0C mov ax,$C[bp] 15366 36F6 88E0 mov al,ah 15367 36F8 30E4 xor ah,ah 15368 ! Debug: list unsigned int = ax+0 (used reg = ) 15369 36FA 50 push ax 15370 ! Debug: func () void = biosfn_get_cursor_pos+0 (used reg = ) 15371 36FB E8 0D44 call _biosfn_get_cursor_pos 15372 36FE 83C4 06 add sp,*6 15373 !BCC_EOS 15374 ! 1818 break; 15375 3701 E9 0489 br .1 15376 !BCC_EOS 15377 ! 1819 case 0x04: 15378 ! 1820 AX=0x00; 15379 00003704 .16: 15380 ! Debug: eq int = const 0 to unsigned short AX = [S+2+$10] (used reg = ) 15381 3704 31C0 xor ax,ax 15382 3706 8946 12 mov $12[bp],ax 15383 !BCC_EOS 15384 ! 1821 BX=0x00; 15385 ! Debug: eq int = const 0 to unsigned short BX = [S+2+$A] (used reg = ) 15386 3709 31C0 xor ax,ax 15387 370B 8946 0C mov $C[bp],ax 15388 !BCC_EOS 15389 ! 1822 CX=0x00; 15390 ! Debug: eq int = const 0 to unsigned short CX = [S+2+$E] (used reg = ) 15391 370E 31C0 xor ax,ax 15392 3710 8946 10 mov $10[bp],ax 15393 !BCC_EOS 15394 ! 1823 DX=0x00; 15395 ! Debug: eq int = const 0 to unsigned short DX = [S+2+$C] (used reg = ) 15396 3713 31C0 xor ax,ax 15397 3715 8946 0E mov $E[bp],ax 15398 !BCC_EOS 15399 ! 1824 break; 15400 3718 E9 0472 br .1 15401 !BCC_EOS 15402 ! 1825 case 0x05: 15403 ! 1826 biosfn_set_active_page(( AX & 0x00ff )); 15404 0000371B .17: 15405 ! Debug: and int = const $FF to unsigned short AX = [S+2+$10] (used reg = ) 15406 371B 8A46 12 mov al,$12[bp] 15407 ! Debug: list unsigned char = al+0 (used reg = ) 15408 371E 30E4 xor ah,ah 15409 3720 50 push ax 15410 ! Debug: func () void = biosfn_set_active_page+0 (used reg = ) 15411 3721 E8 0D93 call _biosfn_set_active_page 15412 3724 44 inc sp 15413 3725 44 inc sp 15414 !BCC_EOS 15415 ! 1827 break; 15416 3726 E9 0464 br .1 15417 !BCC_EOS 15418 ! 1828 case 0x06: 15419 ! 1829 biosfn_scroll(( AX & 0x00ff ),( BX >> 8 ),( CX >> 8 ),( CX 15420 00003729 .18: 15421 ! 1829 & 0x00ff ),( DX >> 8 ),( DX & 0x00ff ),0xFF,1); 15422 ! Debug: list int = const 1 (used reg = ) 15423 3729 B8 0001 mov ax,*1 15424 372C 50 push ax 15425 ! Debug: list int = const $FF (used reg = ) 15426 372D B8 00FF mov ax,#$FF 15427 3730 50 push ax 15428 ! Debug: and int = const $FF to unsigned short DX = [S+6+$C] (used reg = ) 15429 3731 8A46 0E mov al,$E[bp] 15430 ! Debug: list unsigned char = al+0 (used reg = ) 15431 3734 30E4 xor ah,ah 15432 3736 50 push ax 15433 ! Debug: sr int = const 8 to unsigned short DX = [S+8+$C] (used reg = ) 15434 3737 8B46 0E mov ax,$E[bp] 15435 373A 88E0 mov al,ah 15436 373C 30E4 xor ah,ah 15437 ! Debug: list unsigned int = ax+0 (used reg = ) 15438 373E 50 push ax 15439 ! Debug: and int = const $FF to unsigned short CX = [S+$A+$E] (used reg = ) 15440 373F 8A46 10 mov al,$10[bp] 15441 ! Debug: list unsigned char = al+0 (used reg = ) 15442 3742 30E4 xor ah,ah 15443 3744 50 push ax 15444 ! Debug: sr int = const 8 to unsigned short CX = [S+$C+$E] (used reg = ) 15445 3745 8B46 10 mov ax,$10[bp] 15446 3748 88E0 mov al,ah 15447 374A 30E4 xor ah,ah 15448 ! Debug: list unsigned int = ax+0 (used reg = ) 15449 374C 50 push ax 15450 ! Debug: sr int = const 8 to unsigned short BX = [S+$E+$A] (used reg = ) 15451 374D 8B46 0C mov ax,$C[bp] 15452 3750 88E0 mov al,ah 15453 3752 30E4 xor ah,ah 15454 ! Debug: list unsigned int = ax+0 (used reg = ) 15455 3754 50 push ax 15456 ! Debug: and int = const $FF to unsigned short AX = [S+$10+$10] (used reg = ) 15457 3755 8A46 12 mov al,$12[bp] 15458 ! Debug: list unsigned char = al+0 (used reg = ) 15459 3758 30E4 xor ah,ah 15460 375A 50 push ax 15461 ! Debug: func () void = biosfn_scroll+0 (used reg = ) 15462 375B E8 11DC call _biosfn_scroll 15463 375E 83C4 10 add sp,*$10 15464 !BCC_EOS 15465 ! 1830 break; 15466 3761 E9 0429 br .1 15467 !BCC_EOS 15468 ! 1831 case 0x07: 15469 ! 1832 biosfn_scroll(( AX & 0x00ff ),( BX >> 8 ),( CX >> 8 ),( CX & 0x00ff ),( DX >> 8 ),( DX & 0x00ff ),0xFF,0); 15470 00003764 .19: 15471 ! Debug: list int = const 0 (used reg = ) 15472 3764 31C0 xor ax,ax 15473 3766 50 push ax 15474 ! Debug: list int = const $FF (used reg = ) 15475 3767 B8 00FF mov ax,#$FF 15476 376A 50 push ax 15477 ! Debug: and int = const $FF to unsigned short DX = [S+6+$C] (used reg = ) 15478 376B 8A46 0E mov al,$E[bp] 15479 ! Debug: list unsigned char = al+0 (used reg = ) 15480 376E 30E4 xor ah,ah 15481 3770 50 push ax 15482 ! Debug: sr int = const 8 to unsigned short DX = [S+8+$C] (used reg = ) 15483 3771 8B46 0E mov ax,$E[bp] 15484 3774 88E0 mov al,ah 15485 3776 30E4 xor ah,ah 15486 ! Debug: list unsigned int = ax+0 (used reg = ) 15487 3778 50 push ax 15488 ! Debug: and int = const $FF to unsigned short CX = [S+$A+$E] (used reg = ) 15489 3779 8A46 10 mov al,$10[bp] 15490 ! Debug: list unsigned char = al+0 (used reg = ) 15491 377C 30E4 xor ah,ah 15492 377E 50 push ax 15493 ! Debug: sr int = const 8 to unsigned short CX = [S+$C+$E] (used reg = ) 15494 377F 8B46 10 mov ax,$10[bp] 15495 3782 88E0 mov al,ah 15496 3784 30E4 xor ah,ah 15497 ! Debug: list unsigned int = ax+0 (used reg = ) 15498 3786 50 push ax 15499 ! Debug: sr int = const 8 to unsigned short BX = [S+$E+$A] (used reg = ) 15500 3787 8B46 0C mov ax,$C[bp] 15501 378A 88E0 mov al,ah 15502 378C 30E4 xor ah,ah 15503 ! Debug: list unsigned int = ax+0 (used reg = ) 15504 378E 50 push ax 15505 ! Debug: and int = const $FF to unsigned short AX = [S+$10+$10] (used reg = ) 15506 378F 8A46 12 mov al,$12[bp] 15507 ! Debug: list unsigned char = al+0 (used reg = ) 15508 3792 30E4 xor ah,ah 15509 3794 50 push ax 15510 ! Debug: func () void = biosfn_scroll+0 (used reg = ) 15511 3795 E8 11A2 call _biosfn_scroll 15512 3798 83C4 10 add sp,*$10 15513 !BCC_EOS 15514 ! 1833 break; 15515 379B E9 03EF br .1 15516 !BCC_EOS 15517 ! 1834 case 0x08: 15518 ! 1835 biosfn_read_char_attr(( BX >> 8 ),&AX); 15519 0000379E .1A: 15520 ! Debug: list * unsigned short AX = S+2+$10 (used reg = ) 15521 379E 8D5E 12 lea bx,$12[bp] 15522 37A1 53 push bx 15523 ! Debug: sr int = const 8 to unsigned short BX = [S+4+$A] (used reg = ) 15524 37A2 8B46 0C mov ax,$C[bp] 15525 37A5 88E0 mov al,ah 15526 37A7 30E4 xor ah,ah 15527 ! Debug: list unsigned int = ax+0 (used reg = ) 15528 37A9 50 push ax 15529 ! Debug: func () void = biosfn_read_char_attr+0 (used reg = ) 15530 37AA E8 1893 call _biosfn_read_char_attr 15531 37AD 83C4 04 add sp,*4 15532 !BCC_EOS 15533 ! 1836 break; 15534 37B0 E9 03DA br .1 15535 !BCC_EOS 15536 ! 1837 case 0x09: 15537 ! 1838 biosfn_write_char_attr(( AX & 0x00ff ),( BX >> 8 ),( BX & 0x00ff ),CX); 15538 000037B3 .1B: 15539 ! Debug: list unsigned short CX = [S+2+$E] (used reg = ) 15540 37B3 FF76 10 push $10[bp] 15541 ! Debug: and int = const $FF to unsigned short BX = [S+4+$A] (used reg = ) 15542 37B6 8A46 0C mov al,$C[bp] 15543 ! Debug: list unsigned char = al+0 (used reg = ) 15544 37B9 30E4 xor ah,ah 15545 37BB 50 push ax 15546 ! Debug: sr int = const 8 to unsigned short BX = [S+6+$A] (used reg = ) 15547 37BC 8B46 0C mov ax,$C[bp] 15548 37BF 88E0 mov al,ah 15549 37C1 30E4 xor ah,ah 15550 ! Debug: list unsigned int = ax+0 (used reg = ) 15551 37C3 50 push ax 15552 ! Debug: and int = const $FF to unsigned short AX = [S+8+$10] (used reg = ) 15553 37C4 8A46 12 mov al,$12[bp] 15554 ! Debug: list unsigned char = al+0 (used reg = ) 15555 37C7 30E4 xor ah,ah 15556 37C9 50 push ax 15557 ! Debug: func () void = biosfn_write_char_attr+0 (used reg = ) 15558 37CA E8 1DB8 call _biosfn_write_char_attr 15559 37CD 83C4 08 add sp,*8 15560 !BCC_EOS 15561 ! 1839 break; 15562 37D0 E9 03BA br .1 15563 !BCC_EOS 15564 ! 1840 case 0x0A: 15565 ! 1841 biosfn_write_char_only(( AX & 0x00ff ),( BX >> 8 ),( BX & 0x00ff ),CX); 15566 000037D3 .1C: 15567 ! Debug: list unsigned short CX = [S+2+$E] (used reg = ) 15568 37D3 FF76 10 push $10[bp] 15569 ! Debug: and int = const $FF to unsigned short BX = [S+4+$A] (used reg = ) 15570 37D6 8A46 0C mov al,$C[bp] 15571 ! Debug: list unsigned char = al+0 (used reg = ) 15572 37D9 30E4 xor ah,ah 15573 37DB 50 push ax 15574 ! Debug: sr int = const 8 to unsigned short BX = [S+6+$A] (used reg = ) 15575 37DC 8B46 0C mov ax,$C[bp] 15576 37DF 88E0 mov al,ah 15577 37E1 30E4 xor ah,ah 15578 ! Debug: list unsigned int = ax+0 (used reg = ) 15579 37E3 50 push ax 15580 ! Debug: and int = const $FF to unsigned short AX = [S+8+$10] (used reg = ) 15581 37E4 8A46 12 mov al,$12[bp] 15582 ! Debug: list unsigned char = al+0 (used reg = ) 15583 37E7 30E4 xor ah,ah 15584 37E9 50 push ax 15585 ! Debug: func () void = biosfn_write_char_only+0 (used reg = ) 15586 37EA E8 1F8A call _biosfn_write_char_only 15587 37ED 83C4 08 add sp,*8 15588 !BCC_EOS 15589 ! 1842 break; 15590 37F0 E9 039A br .1 15591 !BCC_EOS 15592 ! 1843 case 0x0C: 15593 ! 1844 biosfn_write_pixel(( BX >> 8 ),( AX & 0x00ff ),CX,DX); 15594 000037F3 .1D: 15595 ! Debug: list unsigned short DX = [S+2+$C] (used reg = ) 15596 37F3 FF76 0E push $E[bp] 15597 ! Debug: list unsigned short CX = [S+4+$E] (used reg = ) 15598 37F6 FF76 10 push $10[bp] 15599 ! Debug: and int = const $FF to unsigned short AX = [S+6+$10] (used reg = ) 15600 37F9 8A46 12 mov al,$12[bp] 15601 ! Debug: list unsigned char = al+0 (used reg = ) 15602 37FC 30E4 xor ah,ah 15603 37FE 50 push ax 15604 ! Debug: sr int = const 8 to unsigned short BX = [S+8+$A] (used reg = ) 15605 37FF 8B46 0C mov ax,$C[bp] 15606 3802 88E0 mov al,ah 15607 3804 30E4 xor ah,ah 15608 ! Debug: list unsigned int = ax+0 (used reg = ) 15609 3806 50 push ax 15610 ! Debug: func () void = biosfn_write_pixel+0 (used reg = ) 15611 3807 E8 21DB call _biosfn_write_pixel 15612 380A 83C4 08 add sp,*8 15613 !BCC_EOS 15614 ! 1845 break; 15615 380D E9 037D br .1 15616 !BCC_EOS 15617 ! 1846 case 0x0D: 15618 ! 1847 biosfn_read_pixel(( BX >> 8 ),CX,DX,&AX); 15619 00003810 .1E: 15620 ! Debug: list * unsigned short AX = S+2+$10 (used reg = ) 15621 3810 8D5E 12 lea bx,$12[bp] 15622 3813 53 push bx 15623 ! Debug: list unsigned short DX = [S+4+$C] (used reg = ) 15624 3814 FF76 0E push $E[bp] 15625 ! Debug: list unsigned short CX = [S+6+$E] (used reg = ) 15626 3817 FF76 10 push $10[bp] 15627 ! Debug: sr int = const 8 to unsigned short BX = [S+8+$A] (used reg = ) 15628 381A 8B46 0C mov ax,$C[bp] 15629 381D 88E0 mov al,ah 15630 381F 30E4 xor ah,ah 15631 ! Debug: list unsigned int = ax+0 (used reg = ) 15632 3821 50 push ax 15633 ! Debug: func () void = biosfn_read_pixel+0 (used reg = ) 15634 3822 E8 245C call _biosfn_read_pixel 15635 3825 83C4 08 add sp,*8 15636 !BCC_EOS 15637 ! 1848 break; 15638 3828 E9 0362 br .1 15639 !BCC_EOS 15640 ! 1849 case 0x0E: 15641 ! 1850 biosfn_write_teletype(( AX & 0x00ff ),0xff,( BX & 0x00ff ),2); 15642 0000382B .1F: 15643 ! Debug: list int = const 2 (used reg = ) 15644 382B B8 0002 mov ax,*2 15645 382E 50 push ax 15646 ! Debug: and int = const $FF to unsigned short BX = [S+4+$A] (used reg = ) 15647 382F 8A46 0C mov al,$C[bp] 15648 ! Debug: list unsigned char = al+0 (used reg = ) 15649 3832 30E4 xor ah,ah 15650 3834 50 push ax 15651 ! Debug: list int = const $FF (used reg = ) 15652 3835 B8 00FF mov ax,#$FF 15653 3838 50 push ax 15654 ! Debug: and int = const $FF to unsigned short AX = [S+8+$10] (used reg = ) 15655 3839 8A46 12 mov al,$12[bp] 15656 ! Debug: list unsigned char = al+0 (used reg = ) 15657 383C 30E4 xor ah,ah 15658 383E 50 push ax 15659 ! Debug: func () void = biosfn_write_teletype+0 (used reg = ) 15660 383F E8 2645 call _biosfn_write_teletype 15661 3842 83C4 08 add sp,*8 15662 !BCC_EOS 15663 ! 1851 break; 15664 3845 E9 0345 br .1 15665 !BCC_EOS 15666 ! 1852 case 0x10: 15667 ! 1853 biosfn_perform_gray_scale_summing(BX,CX); 15668 00003848 .20: 15669 ! Debug: list unsigned short CX = [S+2+$E] (used reg = ) 15670 3848 FF76 10 push $10[bp] 15671 ! Debug: list unsigned short BX = [S+4+$A] (used reg = ) 15672 384B FF76 0C push $C[bp] 15673 ! Debug: func () void = biosfn_perform_gray_scale_summing+0 (used reg = ) 15674 384E E8 2C89 call _biosfn_perform_gray_scale_summing 15675 3851 83C4 04 add sp,*4 15676 !BCC_EOS 15677 ! 1854 break; 15678 3854 E9 0336 br .1 15679 !BCC_EOS 15680 ! 1855 case 0x11: 15681 ! 1856 switch(( AX & 0x00ff )) 15682 00003857 .21: 15683 ! Debug: and int = const $FF to unsigned short AX = [S+2+$10] (used reg = ) 15684 3857 8A46 12 mov al,$12[bp] 15685 ! 1857 { 15686 385A E9 00E1 br .24 15687 ! 1858 case 0x00: 15688 ! 1859 case 0x10: 15689 0000385D .25: 15690 ! 1860 biosfn_load_text_user_pat(( AX & 0x00ff ),ES,BP,CX,DX,( BX & 0x00ff ),( BX >> 8 )); 15691 0000385D .26: 15692 ! Debug: sr int = const 8 to unsigned short BX = [S+2+$A] (used reg = ) 15693 385D 8B46 0C mov ax,$C[bp] 15694 3860 88E0 mov al,ah 15695 3862 30E4 xor ah,ah 15696 ! Debug: list unsigned int = ax+0 (used reg = ) 15697 3864 50 push ax 15698 ! Debug: and int = const $FF to unsigned short BX = [S+4+$A] (used reg = ) 15699 3865 8A46 0C mov al,$C[bp] 15700 ! Debug: list unsigned char = al+0 (used reg = ) 15701 3868 30E4 xor ah,ah 15702 386A 50 push ax 15703 ! Debug: list unsigned short DX = [S+6+$C] (used reg = ) 15704 386B FF76 0E push $E[bp] 15705 ! Debug: list unsigned short CX = [S+8+$E] (used reg = ) 15706 386E FF76 10 push $10[bp] 15707 ! Debug: list unsigned short BP = [S+$A+6] (used reg = ) 15708 3871 FF76 08 push 8[bp] 15709 ! Debug: list unsigned short ES = [S+$C+$14] (used reg = ) 15710 3874 FF76 16 push $16[bp] 15711 ! Debug: and int = const $FF to unsigned short AX = [S+$E+$10] (used reg = ) 15712 3877 8A46 12 mov al,$12[bp] 15713 ! Debug: list unsigned char = al+0 (used reg = ) 15714 387A 30E4 xor ah,ah 15715 387C 50 push ax 15716 ! Debug: func () void = biosfn_load_text_user_pat+0 (used reg = ) 15717 387D E8 2F01 call _biosfn_load_text_user_pat 15718 3880 83C4 0E add sp,*$E 15719 !BCC_EOS 15720 ! 1861 break; 15721 3883 E9 010C br .22 15722 !BCC_EOS 15723 ! 1862 case 0x01: 15724 ! 1863 case 0x11: 15725 00003886 .27: 15726 ! 1864 biosfn_load_text_8_14_pat(( AX & 0x00ff ),( BX & 0x00ff )); 15727 00003886 .28: 15728 ! Debug: and int = const $FF to unsigned short BX = [S+2+$A] (used reg = ) 15729 3886 8A46 0C mov al,$C[bp] 15730 ! Debug: list unsigned char = al+0 (used reg = ) 15731 3889 30E4 xor ah,ah 15732 388B 50 push ax 15733 ! Debug: and int = const $FF to unsigned short AX = [S+4+$10] (used reg = ) 15734 388C 8A46 12 mov al,$12[bp] 15735 ! Debug: list unsigned char = al+0 (used reg = ) 15736 388F 30E4 xor ah,ah 15737 3891 50 push ax 15738 ! Debug: func () void = biosfn_load_text_8_14_pat+0 (used reg = ) 15739 3892 E8 2F88 call _biosfn_load_text_8_14_pat 15740 3895 83C4 04 add sp,*4 15741 !BCC_EOS 15742 ! 1865 break; 15743 3898 E9 00F7 br .22 15744 !BCC_EOS 15745 ! 1866 case 0x02: 15746 ! 1867 case 0x12: 15747 0000389B .29: 15748 ! 1868 biosfn_load_text_8_8_pat(( AX & 0x00ff ),( BX & 0x00ff )); 15749 0000389B .2A: 15750 ! Debug: and int = const $FF to unsigned short BX = [S+2+$A] (used reg = ) 15751 389B 8A46 0C mov al,$C[bp] 15752 ! Debug: list unsigned char = al+0 (used reg = ) 15753 389E 30E4 xor ah,ah 15754 38A0 50 push ax 15755 ! Debug: and int = const $FF to unsigned short AX = [S+4+$10] (used reg = ) 15756 38A1 8A46 12 mov al,$12[bp] 15757 ! Debug: list unsigned char = al+0 (used reg = ) 15758 38A4 30E4 xor ah,ah 15759 38A6 50 push ax 15760 ! Debug: func () void = biosfn_load_text_8_8_pat+0 (used reg = ) 15761 38A7 E8 300A call _biosfn_load_text_8_8_pat 15762 38AA 83C4 04 add sp,*4 15763 !BCC_EOS 15764 ! 1869 break; 15765 38AD E9 00E2 br .22 15766 !BCC_EOS 15767 ! 1870 case 0x04: 15768 ! 1871 case 0x14: 15769 000038B0 .2B: 15770 ! 1872 biosfn_load_text_8_16_pat(( AX & 0x00ff ),( BX & 0x00ff )); 15771 000038B0 .2C: 15772 ! Debug: and int = const $FF to unsigned short BX = [S+2+$A] (used reg = ) 15773 38B0 8A46 0C mov al,$C[bp] 15774 ! Debug: list unsigned char = al+0 (used reg = ) 15775 38B3 30E4 xor ah,ah 15776 38B5 50 push ax 15777 ! Debug: and int = const $FF to unsigned short AX = [S+4+$10] (used reg = ) 15778 38B6 8A46 12 mov al,$12[bp] 15779 ! Debug: list unsigned char = al+0 (used reg = ) 15780 38B9 30E4 xor ah,ah 15781 38BB 50 push ax 15782 ! Debug: func () void = biosfn_load_text_8_16_pat+0 (used reg = ) 15783 38BC E8 3093 call _biosfn_load_text_8_16_pat 15784 38BF 83C4 04 add sp,*4 15785 !BCC_EOS 15786 ! 1873 break; 15787 38C2 E9 00CD br .22 15788 !BCC_EOS 15789 ! 1874 case 0x20: 15790 ! 1875 biosfn_load_gfx_8_8_chars(ES,BP); 15791 000038C5 .2D: 15792 ! Debug: list unsigned short BP = [S+2+6] (used reg = ) 15793 38C5 FF76 08 push 8[bp] 15794 ! Debug: list unsigned short ES = [S+4+$14] (used reg = ) 15795 38C8 FF76 16 push $16[bp] 15796 ! Debug: func () void = biosfn_load_gfx_8_8_chars+0 (used reg = ) 15797 38CB E8 3115 call _biosfn_load_gfx_8_8_chars 15798 38CE 83C4 04 add sp,*4 15799 !BCC_EOS 15800 ! 1876 break; 15801 38D1 E9 00BE br .22 15802 !BCC_EOS 15803 ! 1877 case 0x21: 15804 ! 1878 biosfn_load_gfx_user_chars(ES,BP,CX,( BX & 0x00ff ),( DX & 0x00ff )); 15805 000038D4 .2E: 15806 ! Debug: and int = const $FF to unsigned short DX = [S+2+$C] (used reg = ) 15807 38D4 8A46 0E mov al,$E[bp] 15808 ! Debug: list unsigned char = al+0 (used reg = ) 15809 38D7 30E4 xor ah,ah 15810 38D9 50 push ax 15811 ! Debug: and int = const $FF to unsigned short BX = [S+4+$A] (used reg = ) 15812 38DA 8A46 0C mov al,$C[bp] 15813 ! Debug: list unsigned char = al+0 (used reg = ) 15814 38DD 30E4 xor ah,ah 15815 38DF 50 push ax 15816 ! Debug: list unsigned short CX = [S+6+$E] (used reg = ) 15817 38E0 FF76 10 push $10[bp] 15818 ! Debug: list unsigned short BP = [S+8+6] (used reg = ) 15819 38E3 FF76 08 push 8[bp] 15820 ! Debug: list unsigned short ES = [S+$A+$14] (used reg = ) 15821 38E6 FF76 16 push $16[bp] 15822 ! Debug: func () void = biosfn_load_gfx_user_chars+0 (used reg = ) 15823 38E9 E8 30F8 call _biosfn_load_gfx_user_chars 15824 38EC 83C4 0A add sp,*$A 15825 !BCC_EOS 15826 ! 1879 break; 15827 38EF E9 00A0 br .22 15828 !BCC_EOS 15829 ! 1880 case 0x22: 15830 ! 1881 biosfn_load_gfx_8_14_chars(( BX & 0x00ff )); 15831 000038F2 .2F: 15832 ! Debug: and int = const $FF to unsigned short BX = [S+2+$A] (used reg = ) 15833 38F2 8A46 0C mov al,$C[bp] 15834 ! Debug: list unsigned char = al+0 (used reg = ) 15835 38F5 30E4 xor ah,ah 15836 38F7 50 push ax 15837 ! Debug: func () void = biosfn_load_gfx_8_14_chars+0 (used reg = ) 15838 38F8 E8 30EA call _biosfn_load_gfx_8_14_chars 15839 38FB 44 inc sp 15840 38FC 44 inc sp 15841 !BCC_EOS 15842 ! 1882 break; 15843 38FD E9 0092 br .22 15844 !BCC_EOS 15845 ! 1883 case 0x23: 15846 ! 1884 biosfn_load_gfx_8_8_dd_chars(( BX & 0x00ff )); 15847 00003900 .30: 15848 ! Debug: and int = const $FF to unsigned short BX = [S+2+$A] (used reg = ) 15849 3900 8A46 0C mov al,$C[bp] 15850 ! Debug: list unsigned char = al+0 (used reg = ) 15851 3903 30E4 xor ah,ah 15852 3905 50 push ax 15853 ! Debug: func () void = biosfn_load_gfx_8_8_dd_chars+0 (used reg = ) 15854 3906 E8 30DD call _biosfn_load_gfx_8_8_dd_chars 15855 3909 44 inc sp 15856 390A 44 inc sp 15857 !BCC_EOS 15858 ! 1885 break; 15859 390B E9 0084 br .22 15860 !BCC_EOS 15861 ! 1886 case 0x24: 15862 ! 1887 biosfn_load_gfx_8_16_chars(( BX & 0x00ff )); 15863 0000390E .31: 15864 ! Debug: and int = const $FF to unsigned short BX = [S+2+$A] (used reg = ) 15865 390E 8A46 0C mov al,$C[bp] 15866 ! Debug: list unsigned char = al+0 (used reg = ) 15867 3911 30E4 xor ah,ah 15868 3913 50 push ax 15869 ! Debug: func () void = biosfn_load_gfx_8_16_chars+0 (used reg = ) 15870 3914 E8 30D0 call _biosfn_load_gfx_8_16_chars 15871 3917 44 inc sp 15872 3918 44 inc sp 15873 !BCC_EOS 15874 ! 1888 break; 15875 3919 E9 0076 br .22 15876 !BCC_EOS 15877 ! 1889 case 0x30: 15878 ! 1890 biosfn_get_font_info(( BX >> 8 ),&ES,&BP,&CX,&DX); 15879 0000391C .32: 15880 ! Debug: list * unsigned short DX = S+2+$C (used reg = ) 15881 391C 8D5E 0E lea bx,$E[bp] 15882 391F 53 push bx 15883 ! Debug: list * unsigned short CX = S+4+$E (used reg = ) 15884 3920 8D5E 10 lea bx,$10[bp] 15885 3923 53 push bx 15886 ! Debug: list * unsigned short BP = S+6+6 (used reg = ) 15887 3924 8D5E 08 lea bx,8[bp] 15888 3927 53 push bx 15889 ! Debug: list * unsigned short ES = S+8+$14 (used reg = ) 15890 3928 8D5E 16 lea bx,$16[bp] 15891 392B 53 push bx 15892 ! Debug: sr int = const 8 to unsigned short BX = [S+$A+$A] (used reg = ) 15893 392C 8B46 0C mov ax,$C[bp] 15894 392F 88E0 mov al,ah 15895 3931 30E4 xor ah,ah 15896 ! Debug: list unsigned int = ax+0 (used reg = ) 15897 3933 50 push ax 15898 ! Debug: func () void = biosfn_get_font_info+0 (used reg = ) 15899 3934 E8 30B1 call _biosfn_get_font_info 15900 3937 83C4 0A add sp,*$A 15901 !BCC_EOS 15902 ! 1891 break; 15903 393A EB 56 jmp .22 15904 !BCC_EOS 15905 ! 1892 } 15906 ! 1893 break; 15907 393C EB 54 jmp .22 15908 0000393E .24: 15909 393E 2C 00 sub al,*0 15910 3940 0F84 FF19 beq .25 15911 3944 2C 01 sub al,*1 15912 3946 0F84 FF3C beq .27 15913 394A 2C 01 sub al,*1 15914 394C 0F84 FF4B beq .29 15915 3950 2C 02 sub al,*2 15916 3952 0F84 FF5A beq .2B 15917 3956 2C 0C sub al,*$C 15918 3958 0F84 FF01 beq .26 15919 395C 2C 01 sub al,*1 15920 395E 0F84 FF24 beq .28 15921 3962 2C 01 sub al,*1 15922 3964 0F84 FF33 beq .2A 15923 3968 2C 02 sub al,*2 15924 396A 0F84 FF42 beq .2C 15925 396E 2C 0C sub al,*$C 15926 3970 0F84 FF51 beq .2D 15927 3974 2C 01 sub al,*1 15928 3976 0F84 FF5A beq .2E 15929 397A 2C 01 sub al,*1 15930 397C 0F84 FF72 beq .2F 15931 3980 2C 01 sub al,*1 15932 3982 0F84 FF7A beq .30 15933 3986 2C 01 sub al,*1 15934 3988 0F84 FF82 beq .31 15935 398C 2C 0C sub al,*$C 15936 398E 0F84 FF8A beq .32 15937 00003992 .22: 15938 3992 E9 01F8 br .1 15939 !BCC_EOS 15940 ! 1894 case 0x12: 15941 ! 1895 switch(( BX & 0x00ff )) 15942 00003995 .33: 15943 ! Debug: and int = const $FF to unsigned short BX = [S+2+$A] (used reg = ) 15944 3995 8A46 0C mov al,$C[bp] 15945 ! 1896 { 15946 3998 EB 3C jmp .36 15947 ! 1897 case 0x20: 15948 ! 1898 biosfn_alternate_prtsc(); 15949 0000399A .37: 15950 ! Debug: func () void = biosfn_alternate_prtsc+0 (used reg = ) 15951 399A E8 3225 call _biosfn_alternate_prtsc 15952 !BCC_EOS 15953 ! 1899 break; 15954 399D EB 43 jmp .34 15955 !BCC_EOS 15956 ! 1900 case 0x35: 15957 ! 1901 15958 ! 1901 biosfn_switch_video_interface(( AX & 0x00ff ),ES,DX); 15959 0000399F .38: 15960 ! Debug: list unsigned short DX = [S+2+$C] (used reg = ) 15961 399F FF76 0E push $E[bp] 15962 ! Debug: list unsigned short ES = [S+4+$14] (used reg = ) 15963 39A2 FF76 16 push $16[bp] 15964 ! Debug: and int = const $FF to unsigned short AX = [S+6+$10] (used reg = ) 15965 39A5 8A46 12 mov al,$12[bp] 15966 ! Debug: list unsigned char = al+0 (used reg = ) 15967 39A8 30E4 xor ah,ah 15968 39AA 50 push ax 15969 ! Debug: func () void = biosfn_switch_video_interface+0 (used reg = ) 15970 39AB E8 32EE call _biosfn_switch_video_interface 15971 39AE 83C4 06 add sp,*6 15972 !BCC_EOS 15973 ! 1902 AX = ((AX & 0xff00) | (0x12)); 15974 ! Debug: and unsigned int = const $FF00 to unsigned short AX = [S+2+$10] (used reg = ) 15975 39B1 8B46 12 mov ax,$12[bp] 15976 39B4 30C0 xor al,al 15977 ! Debug: or int = const $12 to unsigned int = ax+0 (used reg = ) 15978 39B6 0C 12 or al,*$12 15979 ! Debug: eq unsigned int = ax+0 to unsigned short AX = [S+2+$10] (used reg = ) 15980 39B8 8946 12 mov $12[bp],ax 15981 !BCC_EOS 15982 ! 1903 break; 15983 39BB EB 25 jmp .34 15984 !BCC_EOS 15985 ! 1904 case 0x36: 15986 ! 1905 biosfn_enable_video_refresh_control(( AX & 0x00ff )); 15987 000039BD .39: 15988 ! Debug: and int = const $FF to unsigned short AX = [S+2+$10] (used reg = ) 15989 39BD 8A46 12 mov al,$12[bp] 15990 ! Debug: list unsigned char = al+0 (used reg = ) 15991 39C0 30E4 xor ah,ah 15992 39C2 50 push ax 15993 ! Debug: func () void = biosfn_enable_video_refresh_control+0 (used reg = ) 15994 39C3 E8 32D7 call _biosfn_enable_video_refresh_control 15995 39C6 44 inc sp 15996 39C7 44 inc sp 15997 !BCC_EOS 15998 ! 1906 AX = ((AX & 0xff00) | (0x12)); 15999 ! Debug: and unsigned int = const $FF00 to unsigned short AX = [S+2+$10] (used reg = ) 16000 39C8 8B46 12 mov ax,$12[bp] 16001 39CB 30C0 xor al,al 16002 ! Debug: or int = const $12 to unsigned int = ax+0 (used reg = ) 16003 39CD 0C 12 or al,*$12 16004 ! Debug: eq unsigned int = ax+0 to unsigned short AX = [S+2+$10] (used reg = ) 16005 39CF 8946 12 mov $12[bp],ax 16006 !BCC_EOS 16007 ! 1907 break; 16008 39D2 EB 0E jmp .34 16009 !BCC_EOS 16010 ! 1908 } 16011 ! 1909 break; 16012 39D4 EB 0C jmp .34 16013 000039D6 .36: 16014 39D6 2C 20 sub al,*$20 16015 39D8 74 C0 je .37 16016 39DA 2C 15 sub al,*$15 16017 39DC 74 C1 je .38 16018 39DE 2C 01 sub al,*1 16019 39E0 74 DB je .39 16020 000039E2 .34: 16021 39E2 E9 01A8 br .1 16022 !BCC_EOS 16023 ! 1910 case 0x13: 16024 ! 1911 biosfn_write_string(( AX & 0x00ff ),( BX >> 8 ),( BX & 0x00ff ),CX,( DX >> 8 ),( DX & 0x00ff ),ES,BP); 16025 000039E5 .3A: 16026 ! Debug: list unsigned short BP = [S+2+6] (used reg = ) 16027 39E5 FF76 08 push 8[bp] 16028 ! Debug: list unsigned short ES = [S+4+$14] (used reg = ) 16029 39E8 FF76 16 push $16[bp] 16030 ! Debug: and int = const $FF to unsigned short DX = [S+6+$C] (used reg = ) 16031 39EB 8A46 0E mov al,$E[bp] 16032 ! Debug: list unsigned char = al+0 (used reg = ) 16033 39EE 30E4 xor ah,ah 16034 39F0 50 push ax 16035 ! Debug: sr int = const 8 to unsigned short DX = [S+8+$C] (used reg = ) 16036 39F1 8B46 0E mov ax,$E[bp] 16037 39F4 88E0 mov al,ah 16038 39F6 30E4 xor ah,ah 16039 ! Debug: list unsigned int = ax+0 (used reg = ) 16040 39F8 50 push ax 16041 ! Debug: list unsigned short CX = [S+$A+$E] (used reg = ) 16042 39F9 FF76 10 push $10[bp] 16043 ! Debug: and int = const $FF to unsigned short BX = [S+$C+$A] (used reg = ) 16044 39FC 8A46 0C mov al,$C[bp] 16045 ! Debug: list unsigned char = al+0 (used reg = ) 16046 39FF 30E4 xor ah,ah 16047 3A01 50 push ax 16048 ! Debug: sr int = const 8 to unsigned short BX = [S+$E+$A] (used reg = ) 16049 3A02 8B46 0C mov ax,$C[bp] 16050 3A05 88E0 mov al,ah 16051 3A07 30E4 xor ah,ah 16052 ! Debug: list unsigned int = ax+0 (used reg = ) 16053 3A09 50 push ax 16054 ! Debug: and int = const $FF to unsigned short AX = [S+$10+$10] (used reg = ) 16055 3A0A 8A46 12 mov al,$12[bp] 16056 ! Debug: list unsigned char = al+0 (used reg = ) 16057 3A0D 30E4 xor ah,ah 16058 3A0F 50 push ax 16059 ! Debug: func () void = biosfn_write_string+0 (used reg = ) 16060 3A10 E8 328B call _biosfn_write_string 16061 3A13 83C4 10 add sp,*$10 16062 !BCC_EOS 16063 ! 1912 break; 16064 3A16 E9 0174 br .1 16065 !BCC_EOS 16066 ! 1913 case 0x1B: 16067 ! 1914 biosfn_read_state_info(BX,ES,DI); 16068 00003A19 .3B: 16069 ! Debug: list unsigned short DI = [S+2+2] (used reg = ) 16070 3A19 FF76 04 push 4[bp] 16071 ! Debug: list unsigned short ES = [S+4+$14] (used reg = ) 16072 3A1C FF76 16 push $16[bp] 16073 ! Debug: list unsigned short BX = [S+6+$A] (used reg = ) 16074 3A1F FF76 0C push $C[bp] 16075 ! Debug: func () void = biosfn_read_state_info+0 (used reg = ) 16076 3A22 E8 3385 call _biosfn_read_state_info 16077 3A25 83C4 06 add sp,*6 16078 !BCC_EOS 16079 ! 1915 AX = ((AX & 0xff00) | (0x1B)); 16080 ! Debug: and unsigned int = const $FF00 to unsigned short AX = [S+2+$10] (used reg = ) 16081 3A28 8B46 12 mov ax,$12[bp] 16082 3A2B 30C0 xor al,al 16083 ! Debug: or int = const $1B to unsigned int = ax+0 (used reg = ) 16084 3A2D 0C 1B or al,*$1B 16085 ! Debug: eq unsigned int = ax+0 to unsigned short AX = [S+2+$10] (used reg = ) 16086 3A2F 8946 12 mov $12[bp],ax 16087 !BCC_EOS 16088 ! 1916 break; 16089 3A32 E9 0158 br .1 16090 !BCC_EOS 16091 ! 1917 case 0x1C: 16092 ! 1918 switch(( AX & 0x00ff )) 16093 00003A35 .3C: 16094 ! Debug: and int = const $FF to unsigned short AX = [S+2+$10] (used reg = ) 16095 3A35 8A46 12 mov al,$12[bp] 16096 ! 1919 { 16097 3A38 EB 33 jmp .3F 16098 ! 1920 case 0x00: 16099 ! 1921 biosfn_read_video_state_size(CX,&BX); 16100 00003A3A .40: 16101 ! Debug: list * unsigned short BX = S+2+$A (used reg = ) 16102 3A3A 8D5E 0C lea bx,$C[bp] 16103 3A3D 53 push bx 16104 ! Debug: list unsigned short CX = [S+4+$E] (used reg = ) 16105 3A3E FF76 10 push $10[bp] 16106 ! Debug: func () void = biosfn_read_video_state_size+0 (used reg = ) 16107 3A41 E8 34E5 call _biosfn_read_video_state_size 16108 3A44 83C4 04 add sp,*4 16109 !BCC_EOS 16110 ! 1922 break; 16111 3A47 EB 30 jmp .3D 16112 !BCC_EOS 16113 ! 1923 case 0x01: 16114 ! 1924 biosfn_save_video_state(CX,ES,BX); 16115 00003A49 .41: 16116 ! Debug: list unsigned short BX = [S+2+$A] (used reg = ) 16117 3A49 FF76 0C push $C[bp] 16118 ! Debug: list unsigned short ES = [S+4+$14] (used reg = ) 16119 3A4C FF76 16 push $16[bp] 16120 ! Debug: list unsigned short CX = [S+6+$E] (used reg = ) 16121 3A4F FF76 10 push $10[bp] 16122 ! Debug: func () unsigned short = biosfn_save_video_state+0 (used reg = ) 16123 3A52 E8 34F8 call _biosfn_save_video_state 16124 3A55 83C4 06 add sp,*6 16125 !BCC_EOS 16126 ! 1925 break; 16127 3A58 EB 1F jmp .3D 16128 !BCC_EOS 16129 ! 1926 case 0x02: 16130 ! 1927 biosfn_restore_video_state(CX,ES,BX); 16131 00003A5A .42: 16132 ! Debug: list unsigned short BX = [S+2+$A] (used reg = ) 16133 3A5A FF76 0C push $C[bp] 16134 ! Debug: list unsigned short ES = [S+4+$14] (used reg = ) 16135 3A5D FF76 16 push $16[bp] 16136 ! Debug: list unsigned short CX = [S+6+$E] (used reg = ) 16137 3A60 FF76 10 push $10[bp] 16138 ! Debug: func () unsigned short = biosfn_restore_video_state+0 (used reg = ) 16139 3A63 E8 3AB1 call _biosfn_restore_video_state 16140 3A66 83C4 06 add sp,*6 16141 !BCC_EOS 16142 ! 1928 break; 16143 3A69 EB 0E jmp .3D 16144 !BCC_EOS 16145 ! 1929 } 16146 ! 1930 AX = ((AX & 0xff00) | (0x1C)); 16147 3A6B EB 0C jmp .3D 16148 00003A6D .3F: 16149 3A6D 2C 00 sub al,*0 16150 3A6F 74 C9 je .40 16151 3A71 2C 01 sub al,*1 16152 3A73 74 D4 je .41 16153 3A75 2C 01 sub al,*1 16154 3A77 74 E1 je .42 16155 00003A79 .3D: 16156 ! Debug: and unsigned int = const $FF00 to unsigned short AX = [S+2+$10] (used reg = ) 16157 3A79 8B46 12 mov ax,$12[bp] 16158 3A7C 30C0 xor al,al 16159 ! Debug: or int = const $1C to unsigned int = ax+0 (used reg = ) 16160 3A7E 0C 1C or al,*$1C 16161 ! Debug: eq unsigned int = ax+0 to unsigned short AX = [S+2+$10] (used reg = ) 16162 3A80 8946 12 mov $12[bp],ax 16163 !BCC_EOS 16164 ! 1931 break; 16165 3A83 E9 0107 br .1 16166 !BCC_EOS 16167 ! 1932 case 0x4f: 16168 ! 1933 if (vbe_has_vbe_display()) { 16169 00003A86 .43: 16170 ! Debug: func () unsigned short = vbe_has_vbe_display+0 (used reg = ) 16171 3A86 E8 592F call _vbe_has_vbe_display 16172 3A89 85C0 test ax,ax 16173 3A8B 0F84 00A0 beq .44 16174 00003A8F .45: 16175 ! 1934 switch(( AX & 0x00ff )) 16176 ! Debug: and int = const $FF to unsigned short AX = [S+2+$10] (used reg = ) 16177 3A8F 8A46 12 mov al,$12[bp] 16178 ! 1935 { 16179 3A92 EB 6E jmp .48 16180 ! 1936 case 0x00: 16181 ! 1937 vbe_biosfn_return_controller_information(&AX,ES,DI); 16182 00003A94 .49: 16183 ! Debug: list unsigned short DI = [S+2+2] (used reg = ) 16184 3A94 FF76 04 push 4[bp] 16185 ! Debug: list unsigned short ES = [S+4+$14] (used reg = ) 16186 3A97 FF76 16 push $16[bp] 16187 ! Debug: list * unsigned short AX = S+6+$10 (used reg = ) 16188 3A9A 8D5E 12 lea bx,$12[bp] 16189 3A9D 53 push bx 16190 ! Debug: func () void = vbe_biosfn_return_controller_information+0 (used reg = ) 16191 3A9E E8 598E call _vbe_biosfn_return_controller_information 16192 3AA1 83C4 06 add sp,*6 16193 !BCC_EOS 16194 ! 1938 break; 16195 3AA4 E9 0086 br .46 16196 !BCC_EOS 16197 ! 1939 case 0x01: 16198 ! 1940 vbe_biosfn_return_mode_information(&AX,CX,ES,DI); 16199 00003AA7 .4A: 16200 ! Debug: list unsigned short DI = [S+2+2] (used reg = ) 16201 3AA7 FF76 04 push 4[bp] 16202 ! Debug: list unsigned short ES = [S+4+$14] (used reg = ) 16203 3AAA FF76 16 push $16[bp] 16204 ! Debug: list unsigned short CX = [S+6+$E] (used reg = ) 16205 3AAD FF76 10 push $10[bp] 16206 ! Debug: list * unsigned short AX = S+8+$10 (used reg = ) 16207 3AB0 8D5E 12 lea bx,$12[bp] 16208 3AB3 53 push bx 16209 ! Debug: func () void = vbe_biosfn_return_mode_information+0 (used reg = ) 16210 3AB4 E8 5BD0 call _vbe_biosfn_return_mode_information 16211 3AB7 83C4 08 add sp,*8 16212 !BCC_EOS 16213 ! 1941 break; 16214 3ABA EB 71 jmp .46 16215 !BCC_EOS 16216 ! 1942 case 0x02: 16217 ! 1943 vbe_biosfn_set_mode(&AX,BX,ES,DI); 16218 00003ABC .4B: 16219 ! Debug: list unsigned short DI = [S+2+2] (used reg = ) 16220 3ABC FF76 04 push 4[bp] 16221 ! Debug: list unsigned short ES = [S+4+$14] (used reg = ) 16222 3ABF FF76 16 push $16[bp] 16223 ! Debug: list unsigned short BX = [S+6+$A] (used reg = ) 16224 3AC2 FF76 0C push $C[bp] 16225 ! Debug: list * unsigned short AX = S+8+$10 (used reg = ) 16226 3AC5 8D5E 12 lea bx,$12[bp] 16227 3AC8 53 push bx 16228 ! Debug: func () void = vbe_biosfn_set_mode+0 (used reg = ) 16229 3AC9 E8 5CD7 call _vbe_biosfn_set_mode 16230 3ACC 83C4 08 add sp,*8 16231 !BCC_EOS 16232 ! 1944 break; 16233 3ACF EB 5C jmp .46 16234 !BCC_EOS 16235 ! 1945 case 0x04: 16236 ! 1946 vbe_biosfn_save_restore_state(&AX, CX, DX, ES, &BX); 16237 00003AD1 .4C: 16238 ! Debug: list * unsigned short BX = S+2+$A (used reg = ) 16239 3AD1 8D5E 0C lea bx,$C[bp] 16240 3AD4 53 push bx 16241 ! Debug: list unsigned short ES = [S+4+$14] (used reg = ) 16242 3AD5 FF76 16 push $16[bp] 16243 ! Debug: list unsigned short DX = [S+6+$C] (used reg = ) 16244 3AD8 FF76 0E push $E[bp] 16245 ! Debug: list unsigned short CX = [S+8+$E] (used reg = ) 16246 3ADB FF76 10 push $10[bp] 16247 ! Debug: list * unsigned short AX = S+$A+$10 (used reg = ) 16248 3ADE 8D5E 12 lea bx,$12[bp] 16249 3AE1 53 push bx 16250 ! Debug: func () void = vbe_biosfn_save_restore_state+0 (used reg = ) 16251 3AE2 E8 5FF2 call _vbe_biosfn_save_restore_state 16252 3AE5 83C4 0A add sp,*$A 16253 !BCC_EOS 16254 ! 1947 break; 16255 3AE8 EB 43 jmp .46 16256 !BCC_EOS 16257 ! 1948 case 0x09: 16258 ! 1949 AX=0x100; 16259 00003AEA .4D: 16260 ! Debug: eq int = const $100 to unsigned short AX = [S+2+$10] (used reg = ) 16261 3AEA B8 0100 mov ax,#$100 16262 3AED 8946 12 mov $12[bp],ax 16263 !BCC_EOS 16264 ! 1950 break; 16265 3AF0 EB 3B jmp .46 16266 !BCC_EOS 16267 ! 1951 case 0x0A: 16268 ! 1952 AX=0x100; 16269 00003AF2 .4E: 16270 ! Debug: eq int = const $100 to unsigned short AX = [S+2+$10] (used reg = ) 16271 3AF2 B8 0100 mov ax,#$100 16272 3AF5 8946 12 mov $12[bp],ax 16273 !BCC_EOS 16274 ! 1953 break; 16275 3AF8 EB 33 jmp .46 16276 !BCC_EOS 16277 ! 1954 default: 16278 ! 1955 AX=0x100; 16279 00003AFA .4F: 16280 ! Debug: eq int = const $100 to unsigned short AX = [S+2+$10] (used reg = ) 16281 3AFA B8 0100 mov ax,#$100 16282 3AFD 8946 12 mov $12[bp],ax 16283 !BCC_EOS 16284 ! 1956 } 16285 ! 1957 } 16286 3B00 EB 2B jmp .46 16287 00003B02 .48: 16288 3B02 2C 00 sub al,*0 16289 3B04 72 F4 jb .4F 16290 3B06 3C 0A cmp al,*$A 16291 3B08 77 21 ja .50 16292 3B0A 30E4 xor ah,ah 16293 3B0C D1E0 shl ax,*1 16294 3B0E 89C3 mov bx,ax 16295 3B10 2E seg cs 16296 3B11 FFA7 3B15 br .51[bx] 16297 00003B15 .51: 16298 3B15 3A94 .word .49 16299 3B17 3AA7 .word .4A 16300 3B19 3ABC .word .4B 16301 3B1B 3AFA .word .4F 16302 3B1D 3AD1 .word .4C 16303 3B1F 3AFA .word .4F 16304 3B21 3AFA .word .4F 16305 3B23 3AFA .word .4F 16306 3B25 3AFA .word .4F 16307 3B27 3AEA .word .4D 16308 3B29 3AF2 .word .4E 16309 00003B2B .50: 16310 3B2B EB CD jmp .4F 16311 00003B2D .46: 16312 ! 1958 else { 16313 3B2D EB 06 jmp .52 16314 00003B2F .44: 16315 ! 1959 AX=0x0100; 16316 ! Debug: eq int = const $100 to unsigned short AX = [S+2+$10] (used reg = ) 16317 3B2F B8 0100 mov ax,#$100 16318 3B32 8946 12 mov $12[bp],ax 16319 !BCC_EOS 16320 ! 1960 } 16321 ! 1961 break; 16322 00003B35 .52: 16323 3B35 EB 56 jmp .1 16324 !BCC_EOS 16325 ! 1962 } 16326 ! 1963 } 16327 3B37 EB 54 jmp .1 16328 00003B39 .3: 16329 3B39 2D 0000 sub ax,*0 16330 3B3C 7C 4F jl .1 16331 3B3E 3D 001C cmp ax,*$1C 16332 3B41 77 43 ja .53 16333 3B43 D1E0 shl ax,*1 16334 3B45 89C3 mov bx,ax 16335 3B47 2E seg cs 16336 3B48 FFA7 3B4C br .54[bx] 16337 00003B4C .54: 16338 3B4C 3662 .word .4 16339 3B4E 36C0 .word .13 16340 3B50 36D7 .word .14 16341 3B52 36EB .word .15 16342 3B54 3704 .word .16 16343 3B56 371B .word .17 16344 3B58 3729 .word .18 16345 3B5A 3764 .word .19 16346 3B5C 379E .word .1A 16347 3B5E 37B3 .word .1B 16348 3B60 37D3 .word .1C 16349 3B62 3B8D .word .1 16350 3B64 37F3 .word .1D 16351 3B66 3810 .word .1E 16352 3B68 382B .word .1F 16353 3B6A 3B8D .word .1 16354 3B6C 3848 .word .20 16355 3B6E 3857 .word .21 16356 3B70 3995 .word .33 16357 3B72 39E5 .word .3A 16358 3B74 3B8D .word .1 16359 3B76 3B8D .word .1 16360 3B78 3B8D .word .1 16361 3B7A 3B8D .word .1 16362 3B7C 3B8D .word .1 16363 3B7E 3B8D .word .1 16364 3B80 3B8D .word .1 16365 3B82 3A19 .word .3B 16366 3B84 3A35 .word .3C 16367 00003B86 .53: 16368 3B86 2D 004F sub ax,*$4F 16369 3B89 0F84 FEF9 beq .43 16370 00003B8D .1: 16371 FFFFFFFE ..FFFF = -2 16372 3B8D 5D pop bp 16373 3B8E C3 ret 16374 ! 1964 static void biosfn_set_video_mode(mode) Bit8u mode; 16375 ! Register BX used in function int10_func 16376 00003B8F _biosfn_set_video_mode: 16377 !BCC_EOS 16378 ! 1965 { 16379 ! 1966 Bit8u noclearmem=mode&0x80; 16380 3B8F 55 push bp 16381 3B90 89E5 mov bp,sp 16382 3B92 4C dec sp 16383 ! Debug: and int = const $80 to unsigned char mode = [S+3+2] (used reg = ) 16384 3B93 8A46 04 mov al,4[bp] 16385 3B96 24 80 and al,#$80 16386 ! Debug: eq unsigned char = al+0 to unsigned char noclearmem = [S+3-3] (used reg = ) 16387 3B98 8846 FF mov -1[bp],al 16388 !BCC_EOS 16389 ! 1967 Bit8u line,mmask,*palette,vpti; 16390 !BCC_EOS 16391 ! 1968 Bit16u i,twidth,theightm1,cheight; 16392 !BCC_EOS 16393 ! 1969 Bit8u modeset_ctl,video_ctl,vga_switches; 16394 !BCC_EOS 16395 ! 1970 Bit16u crtc_addr; 16396 !BCC_EOS 16397 ! 1971 if (vbe_has_vbe_display()) { 16398 3B9B 83C4 EB add sp,*-$15 16399 ! Debug: func () unsigned short = vbe_has_vbe_display+0 (used reg = ) 16400 3B9E E8 5817 call _vbe_has_vbe_display 16401 3BA1 85C0 test ax,ax 16402 3BA3 74 08 je .55 16403 00003BA5 .56: 16404 ! 1972 dispi_set_enable(0x00); 16405 ! Debug: list int = const 0 (used reg = ) 16406 3BA5 31C0 xor ax,ax 16407 3BA7 50 push ax 16408 ! Debug: func () void = dispi_set_enable+0 (used reg = ) 16409 3BA8 E8 55DA call _dispi_set_enable 16410 3BAB 44 inc sp 16411 3BAC 44 inc sp 16412 !BCC_EOS 16413 ! 1973 } 16414 ! 1974 mode=mode&0x7f; 16415 00003BAD .55: 16416 ! Debug: and int = const $7F to unsigned char mode = [S+$18+2] (used reg = ) 16417 3BAD 8A46 04 mov al,4[bp] 16418 3BB0 24 7F and al,*$7F 16419 ! Debug: eq unsigned char = al+0 to unsigned char mode = [S+$18+2] (used reg = ) 16420 3BB2 8846 04 mov 4[bp],al 16421 !BCC_EOS 16422 ! 1975 line=find_vga_entry(mode); 16423 ! Debug: list unsigned char mode = [S+$18+2] (used reg = ) 16424 3BB5 8A46 04 mov al,4[bp] 16425 3BB8 30E4 xor ah,ah 16426 3BBA 50 push ax 16427 ! Debug: func () unsigned char = find_vga_entry+0 (used reg = ) 16428 3BBB E8 3F37 call _find_vga_entry 16429 3BBE 44 inc sp 16430 3BBF 44 inc sp 16431 ! Debug: eq unsigned char = al+0 to unsigned char line = [S+$18-4] (used reg = ) 16432 3BC0 8846 FE mov -2[bp],al 16433 !BCC_EOS 16434 ! 1976 if(line==0xFF) 16435 ! Debug: logeq int = const $FF to unsigned char line = [S+$18-4] (used reg = ) 16436 3BC3 8A46 FE mov al,-2[bp] 16437 3BC6 3C FF cmp al,#$FF 16438 3BC8 75 04 jne .57 16439 00003BCA .58: 16440 ! 1977 return; 16441 3BCA 89EC mov sp,bp 16442 3BCC 5D pop bp 16443 3BCD C3 ret 16444 !BCC_EOS 16445 ! 1978 vpti=line_to_vpti[line]; 16446 00003BCE .57: 16447 ! Debug: ptradd unsigned char line = [S+$18-4] to [$10] unsigned char = line_to_vpti+0 (used reg = ) 16448 3BCE 8A46 FE mov al,-2[bp] 16449 3BD1 30E4 xor ah,ah 16450 3BD3 89C3 mov bx,ax 16451 ! Debug: eq unsigned char = [bx+_line_to_vpti+0] to unsigned char vpti = [S+$18-9] (used reg = ) 16452 3BD5 8A87 0276 mov al,_line_to_vpti[bx] 16453 3BD9 8846 F9 mov -7[bp],al 16454 !BCC_EOS 16455 ! 1979 twidth=video_param_table[vpti].twidth; 16456 ! Debug: ptradd unsigned char vpti = [S+$18-9] to [$1E] struct = video_param_table+0 (used reg = ) 16457 3BDC 8A46 F9 mov al,-7[bp] 16458 3BDF 30E4 xor ah,ah 16459 3BE1 B1 06 mov cl,*6 16460 3BE3 D3E0 shl ax,cl 16461 3BE5 89C3 mov bx,ax 16462 ! Debug: eq unsigned char = [bx+_video_param_table+0] to unsigned short twidth = [S+$18-$E] (used reg = ) 16463 3BE7 8A87 028A mov al,_video_param_table[bx] 16464 3BEB 30E4 xor ah,ah 16465 3BED 8946 F4 mov -$C[bp],ax 16466 !BCC_EOS 16467 ! 1980 theightm1=video_param_table[vpti].theightm1; 16468 ! Debug: ptradd unsigned char vpti = [S+$18-9] to [$1E] struct = video_param_table+0 (used reg = ) 16469 3BF0 8A46 F9 mov al,-7[bp] 16470 3BF3 30E4 xor ah,ah 16471 3BF5 B1 06 mov cl,*6 16472 3BF7 D3E0 shl ax,cl 16473 3BF9 89C3 mov bx,ax 16474 3BFB 81C3 028A add bx,#_video_param_table 16475 ! Debug: eq unsigned char = [bx+1] to unsigned short theightm1 = [S+$18-$10] (used reg = ) 16476 3BFF 8A47 01 mov al,1[bx] 16477 3C02 30E4 xor ah,ah 16478 3C04 8946 F2 mov -$E[bp],ax 16479 !BCC_EOS 16480 ! 1981 cheight=video_param_table[vpti].che 16481 ! 1981 ight; 16482 ! Debug: ptradd unsigned char vpti = [S+$18-9] to [$1E] struct = video_param_table+0 (used reg = ) 16483 3C07 8A46 F9 mov al,-7[bp] 16484 3C0A 30E4 xor ah,ah 16485 3C0C B1 06 mov cl,*6 16486 3C0E D3E0 shl ax,cl 16487 3C10 89C3 mov bx,ax 16488 3C12 81C3 028A add bx,#_video_param_table 16489 ! Debug: eq unsigned char = [bx+2] to unsigned short cheight = [S+$18-$12] (used reg = ) 16490 3C16 8A47 02 mov al,2[bx] 16491 3C19 30E4 xor ah,ah 16492 3C1B 8946 F0 mov -$10[bp],ax 16493 !BCC_EOS 16494 ! 1982 video_ctl=read_byte(0x40,0x87); 16495 ! Debug: list int = const $87 (used reg = ) 16496 3C1E B8 0087 mov ax,#$87 16497 3C21 50 push ax 16498 ! Debug: list int = const $40 (used reg = ) 16499 3C22 B8 0040 mov ax,*$40 16500 3C25 50 push ax 16501 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 16502 3C26 E8 3FB8 call _read_byte 16503 3C29 83C4 04 add sp,*4 16504 ! Debug: eq unsigned char = al+0 to unsigned char video_ctl = [S+$18-$14] (used reg = ) 16505 3C2C 8846 EE mov -$12[bp],al 16506 !BCC_EOS 16507 ! 1983 vga_switches=read_byte(0x40,0x88); 16508 ! Debug: list int = const $88 (used reg = ) 16509 3C2F B8 0088 mov ax,#$88 16510 3C32 50 push ax 16511 ! Debug: list int = const $40 (used reg = ) 16512 3C33 B8 0040 mov ax,*$40 16513 3C36 50 push ax 16514 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 16515 3C37 E8 3FA7 call _read_byte 16516 3C3A 83C4 04 add sp,*4 16517 ! Debug: eq unsigned char = al+0 to unsigned char vga_switches = [S+$18-$15] (used reg = ) 16518 3C3D 8846 ED mov -$13[bp],al 16519 !BCC_EOS 16520 ! 1984 modeset_ctl=read_byte(0x40,0x89); 16521 ! Debug: list int = const $89 (used reg = ) 16522 3C40 B8 0089 mov ax,#$89 16523 3C43 50 push ax 16524 ! Debug: list int = const $40 (used reg = ) 16525 3C44 B8 0040 mov ax,*$40 16526 3C47 50 push ax 16527 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 16528 3C48 E8 3F96 call _read_byte 16529 3C4B 83C4 04 add sp,*4 16530 ! Debug: eq unsigned char = al+0 to unsigned char modeset_ctl = [S+$18-$13] (used reg = ) 16531 3C4E 8846 EF mov -$11[bp],al 16532 !BCC_EOS 16533 ! 1985 if((modeset_ctl&0x08)==0) 16534 ! Debug: and int = const 8 to unsigned char modeset_ctl = [S+$18-$13] (used reg = ) 16535 3C51 8A46 EF mov al,-$11[bp] 16536 3C54 24 08 and al,*8 16537 ! Debug: logeq int = const 0 to unsigned char = al+0 (used reg = ) 16538 3C56 84C0 test al,al 16539 3C58 0F85 0145 bne .59 16540 00003C5C .5A: 16541 ! 1986 { 16542 ! 1987 outb(0x3c6,vga_modes[line].pelmask); 16543 ! Debug: ptradd unsigned char line = [S+$18-4] to [$10] struct = vga_modes+0 (used reg = ) 16544 3C5C 8A46 FE mov al,-2[bp] 16545 3C5F 30E4 xor ah,ah 16546 3C61 B1 03 mov cl,*3 16547 3C63 D3E0 shl ax,cl 16548 3C65 89C3 mov bx,ax 16549 3C67 81C3 01F6 add bx,#_vga_modes 16550 ! Debug: list unsigned char = [bx+6] (used reg = ) 16551 3C6B 8A47 06 mov al,6[bx] 16552 3C6E 30E4 xor ah,ah 16553 3C70 50 push ax 16554 ! Debug: list int = const $3C6 (used reg = ) 16555 3C71 B8 03C6 mov ax,#$3C6 16556 3C74 50 push ax 16557 ! Debug: func () void = outb+0 (used reg = ) 16558 3C75 E8 3FD5 call _outb 16559 3C78 83C4 04 add sp,*4 16560 !BCC_EOS 16561 ! 1988 outb(0x3c8,0x00); 16562 ! Debug: list int = const 0 (used reg = ) 16563 3C7B 31C0 xor ax,ax 16564 3C7D 50 push ax 16565 ! Debug: list int = const $3C8 (used reg = ) 16566 3C7E B8 03C8 mov ax,#$3C8 16567 3C81 50 push ax 16568 ! Debug: func () void = outb+0 (used reg = ) 16569 3C82 E8 3FC8 call _outb 16570 3C85 83C4 04 add sp,*4 16571 !BCC_EOS 16572 ! 1989 switch(vga_modes[line].dacmodel) 16573 ! Debug: ptradd unsigned char line = [S+$18-4] to [$10] struct = vga_modes+0 (used reg = ) 16574 3C88 8A46 FE mov al,-2[bp] 16575 3C8B 30E4 xor ah,ah 16576 3C8D B1 03 mov cl,*3 16577 3C8F D3E0 shl ax,cl 16578 3C91 89C3 mov bx,ax 16579 3C93 81C3 01F6 add bx,#_vga_modes 16580 3C97 8A47 07 mov al,7[bx] 16581 ! 1990 {case 0: 16582 3C9A EB 22 jmp .5D 16583 ! 1991 palette=&palette0; 16584 00003C9C .5E: 16585 ! Debug: eq * [$40] [3] unsigned char = palette0+0 to * unsigned char palette = [S+$18-8] (used reg = ) 16586 3C9C BB 0A0A mov bx,#_palette0 16587 3C9F 895E FA mov -6[bp],bx 16588 !BCC_EOS 16589 ! 1992 break; 16590 3CA2 EB 2A jmp .5B 16591 !BCC_EOS 16592 ! 1993 case 1: 16593 ! 1994 palette=&palette1; 16594 00003CA4 .5F: 16595 ! Debug: eq * [$40] [3] unsigned char = palette1+0 to * unsigned char palette = [S+$18-8] (used reg = ) 16596 3CA4 BB 0ACA mov bx,#_palette1 16597 3CA7 895E FA mov -6[bp],bx 16598 !BCC_EOS 16599 ! 1995 break; 16600 3CAA EB 22 jmp .5B 16601 !BCC_EOS 16602 ! 1996 case 2: 16603 ! 1997 palette=&palette2; 16604 00003CAC .60: 16605 ! Debug: eq * [$40] [3] unsigned char = palette2+0 to * unsigned char palette = [S+$18-8] (used reg = ) 16606 3CAC BB 0B8A mov bx,#_palette2 16607 3CAF 895E FA mov -6[bp],bx 16608 !BCC_EOS 16609 ! 1998 break; 16610 3CB2 EB 1A jmp .5B 16611 !BCC_EOS 16612 ! 1999 case 3: 16613 ! 2000 palette=&palette3; 16614 00003CB4 .61: 16615 ! Debug: eq * [$100] [3] unsigned char = palette3+0 to * unsigned char palette = [S+$18-8] (used reg = ) 16616 3CB4 BB 0C4A mov bx,#_palette3 16617 3CB7 895E FA mov -6[bp],bx 16618 !BCC_EOS 16619 ! 2001 break; 16620 3CBA EB 12 jmp .5B 16621 !BCC_EOS 16622 ! 2002 } 16623 ! 2003 for(i=0;i<0x0100;i++) 16624 3CBC EB 10 jmp .5B 16625 00003CBE .5D: 16626 3CBE 2C 00 sub al,*0 16627 3CC0 74 DA je .5E 16628 3CC2 2C 01 sub al,*1 16629 3CC4 74 DE je .5F 16630 3CC6 2C 01 sub al,*1 16631 3CC8 74 E2 je .60 16632 3CCA 2C 01 sub al,*1 16633 3CCC 74 E6 je .61 16634 00003CCE .5B: 16635 FFFFFFE8 ..FFFE = -$18 16636 ! Debug: eq int = const 0 to unsigned short i = [S+$18-$C] (used reg = ) 16637 3CCE 31C0 xor ax,ax 16638 3CD0 8946 F6 mov -$A[bp],ax 16639 !BCC_EOS 16640 !BCC_EOS 16641 ! 2004 {if(i<=dac_regs[vga_modes[line].dacmodel]) 16642 3CD3 E9 00AB br .64 16643 00003CD6 .65: 16644 ! Debug: ptradd unsigned char line = [S+$18-4] to [$10] struct = vga_modes+0 (used reg = ) 16645 3CD6 8A46 FE mov al,-2[bp] 16646 3CD9 30E4 xor ah,ah 16647 3CDB B1 03 mov cl,*3 16648 3CDD D3E0 shl ax,cl 16649 3CDF 89C3 mov bx,ax 16650 3CE1 81C3 01F6 add bx,#_vga_modes 16651 ! Debug: ptradd unsigned char = [bx+7] to [4] unsigned char = dac_regs+0 (used reg = ) 16652 3CE5 8A47 07 mov al,7[bx] 16653 3CE8 30E4 xor ah,ah 16654 3CEA 89C3 mov bx,ax 16655 ! Debug: le unsigned char = [bx+_dac_regs+0] to unsigned short i = [S+$18-$C] (used reg = ) 16656 3CEC 8A87 0286 mov al,_dac_regs[bx] 16657 3CF0 30E4 xor ah,ah 16658 3CF2 3B46 F6 cmp ax,-$A[bp] 16659 3CF5 72 5C jb .66 16660 00003CF7 .67: 16661 ! 2005 {outb(0x3c9,palette[(i*3)+0]); 16662 ! Debug: mul int = const 3 to unsigned short i = [S+$18-$C] (used reg = ) 16663 3CF7 8B46 F6 mov ax,-$A[bp] 16664 3CFA 89C2 mov dx,ax 16665 3CFC D1E0 shl ax,*1 16666 3CFE 01D0 add ax,dx 16667 ! Debug: add int = const 0 to unsigned int = ax+0 (used reg = ) 16668 ! Debug: ptradd unsigned int = ax+0 to * unsigned char palette = [S+$18-8] (used reg = ) 16669 3D00 0346 FA add ax,-6[bp] 16670 3D03 89C3 mov bx,ax 16671 ! Debug: list unsigned char = [bx+0] (used reg = ) 16672 3D05 8A07 mov al,[bx] 16673 3D07 30E4 xor ah,ah 16674 3D09 50 push ax 16675 ! Debug: list int = const $3C9 (used reg = ) 16676 3D0A B8 03C9 mov ax,#$3C9 16677 3D0D 50 push ax 16678 ! Debug: func () void = outb+0 (used reg = ) 16679 3D0E E8 3F3C call _outb 16680 3D11 83C4 04 add sp,*4 16681 !BCC_EOS 16682 ! 2006 outb(0x3c9,palette[(i*3)+1]); 16683 ! Debug: mul int = const 3 to unsigned short i = [S+$18-$C] (used reg = ) 16684 3D14 8B46 F6 mov ax,-$A[bp] 16685 3D17 89C2 mov dx,ax 16686 3D19 D1E0 shl ax,*1 16687 3D1B 01D0 add ax,dx 16688 ! Debug: add int = const 1 to unsigned int = ax+0 (used reg = ) 16689 ! Debug: ptradd unsigned int = ax+1 to * unsigned char palette = [S+$18-8] (used reg = ) 16690 3D1D 40 inc ax 16691 3D1E 0346 FA add ax,-6[bp] 16692 3D21 89C3 mov bx,ax 16693 ! Debug: list unsigned char = [bx+0] (used reg = ) 16694 3D23 8A07 mov al,[bx] 16695 3D25 30E4 xor ah,ah 16696 3D27 50 push ax 16697 ! Debug: list int = const $3C9 (used reg = ) 16698 3D28 B8 03C9 mov ax,#$3C9 16699 3D2B 50 push ax 16700 ! Debug: func () void = outb+0 (used reg = ) 16701 3D2C E8 3F1E call _outb 16702 3D2F 83C4 04 add sp,*4 16703 !BCC_EOS 16704 ! 2007 outb(0x3c9,palette[(i*3)+2]); 16705 ! Debug: mul int = const 3 to unsigned short i = [S+$18-$C] (used reg = ) 16706 3D32 8B46 F6 mov ax,-$A[bp] 16707 3D35 89C2 mov dx,ax 16708 3D37 D1E0 shl ax,*1 16709 3D39 01D0 add ax,dx 16710 ! Debug: add int = const 2 to unsigned int = ax+0 (used reg = ) 16711 ! Debug: ptradd unsigned int = ax+2 to * unsigned char palette = [S+$18-8] (used reg = ) 16712 3D3B 40 inc ax 16713 3D3C 40 inc ax 16714 3D3D 0346 FA add ax,-6[bp] 16715 3D40 89C3 mov bx,ax 16716 ! Debug: list unsigned char = [bx+0] (used reg = ) 16717 3D42 8A07 mov al,[bx] 16718 3D44 30E4 xor ah,ah 16719 3D46 50 push ax 16720 ! Debug: list int = const $3C9 (used reg = ) 16721 3D47 B8 03C9 mov ax,#$3C9 16722 3D4A 50 push ax 16723 ! Debug: func () void = outb+0 (used reg = ) 16724 3D4B E8 3EFF call _outb 16725 3D4E 83C4 04 add sp,*4 16726 !BCC_EOS 16727 ! 2008 } 16728 ! 2009 else 16729 ! 2010 {outb(0x3c9,0); 16730 3D51 EB 27 jmp .68 16731 00003D53 .66: 16732 ! Debug: list int = const 0 (used reg = ) 16733 3D53 31C0 xor ax,ax 16734 3D55 50 push ax 16735 ! Debug: list int = const $3C9 (used reg = ) 16736 3D56 B8 03C9 mov ax,#$3C9 16737 3D59 50 push ax 16738 ! Debug: func () void = outb+0 (used reg = ) 16739 3D5A E8 3EF0 call _outb 16740 3D5D 83C4 04 add sp,*4 16741 !BCC_EOS 16742 ! 2011 outb(0x3c9,0); 16743 ! Debug: list int = const 0 (used reg = ) 16744 3D60 31C0 xor ax,ax 16745 3D62 50 push ax 16746 ! Debug: list int = const $3C9 (used reg = ) 16747 3D63 B8 03C9 mov ax,#$3C9 16748 3D66 50 push ax 16749 ! Debug: func () void = outb+0 (used reg = ) 16750 3D67 E8 3EE3 call _outb 16751 3D6A 83C4 04 add sp,*4 16752 !BCC_EOS 16753 ! 2012 outb(0x3c9,0); 16754 ! Debug: list int = const 0 (used reg = ) 16755 3D6D 31C0 xor ax,ax 16756 3D6F 50 push ax 16757 ! Debug: list int = const $3C9 (used reg = ) 16758 3D70 B8 03C9 mov ax,#$3C9 16759 3D73 50 push ax 16760 ! Debug: func () void = outb+0 (used reg = ) 16761 3D74 E8 3ED6 call _outb 16762 3D77 83C4 04 add sp,*4 16763 !BCC_EOS 16764 ! 2013 } 16765 ! 2014 } 16766 00003D7A .68: 16767 ! 2015 if((modeset_ctl&0x02)==0x02) 16768 00003D7A .63: 16769 ! Debug: postinc unsigned short i = [S+$18-$C] (used reg = ) 16770 3D7A 8B46 F6 mov ax,-$A[bp] 16771 3D7D 40 inc ax 16772 3D7E 8946 F6 mov -$A[bp],ax 16773 00003D81 .64: 16774 ! Debug: lt int = const $100 to unsigned short i = [S+$18-$C] (used reg = ) 16775 3D81 8B46 F6 mov ax,-$A[bp] 16776 3D84 3D 0100 cmp ax,#$100 16777 3D87 0F82 FF4B blo .65 16778 00003D8B .69: 16779 00003D8B .62: 16780 ! Debug: and int = const 2 to unsigned char modeset_ctl = [S+$18-$13] (used reg = ) 16781 3D8B 8A46 EF mov al,-$11[bp] 16782 3D8E 24 02 and al,*2 16783 ! Debug: logeq int = const 2 to unsigned char = al+0 (used reg = ) 16784 3D90 3C 02 cmp al,*2 16785 3D92 75 0D jne .6A 16786 00003D94 .6B: 16787 ! 2016 { 16788 ! 2017 biosfn_perform_gray_scale_summing(0x00, 0x100); 16789 ! Debug: list int = const $100 (used reg = ) 16790 3D94 B8 0100 mov ax,#$100 16791 3D97 50 push ax 16792 ! Debug: list int = const 0 (used reg = ) 16793 3D98 31C0 xor ax,ax 16794 3D9A 50 push ax 16795 ! Debug: func () void = biosfn_perform_gray_scale_summing+0 (used reg = ) 16796 3D9B E8 273C call _biosfn_perform_gray_scale_summing 16797 3D9E 83C4 04 add sp,*4 16798 !BCC_EOS 16799 ! 2018 } 16800 ! 2019 } 16801 00003DA1 .6A: 16802 ! 2020 inb(0x3da); 16803 00003DA1 .59: 16804 ! Debug: list int = const $3DA (used reg = ) 16805 3DA1 B8 03DA mov ax,#$3DA 16806 3DA4 50 push ax 16807 ! Debug: func () unsigned char = inb+0 (used reg = ) 16808 3DA5 E8 3E8F call _inb 16809 3DA8 44 inc sp 16810 3DA9 44 inc sp 16811 !BCC_EOS 16812 ! 2021 for(i=0;i<=0x13;i++) 16813 ! Debug: eq int = const 0 to unsigned short i = [S+$18-$C] (used reg = ) 16814 3DAA 31C0 xor ax,ax 16815 3DAC 8946 F6 mov -$A[bp],ax 16816 !BCC_EOS 16817 !BCC_EOS 16818 ! 2022 {outb(0x3c0,i); 16819 3DAF EB 38 jmp .6E 16820 00003DB1 .6F: 16821 ! Debug: list unsigned short i = [S+$18-$C] (used reg = ) 16822 3DB1 FF76 F6 push -$A[bp] 16823 ! Debug: list int = const $3C0 (used reg = ) 16824 3DB4 B8 03C0 mov ax,#$3C0 16825 3DB7 50 push ax 16826 ! Debug: func () void = outb+0 (used reg = ) 16827 3DB8 E8 3E92 call _outb 16828 3DBB 83C4 04 add sp,*4 16829 !BCC_EOS 16830 ! 2023 outb(0x3c0,video_param_table[vpti].actl_regs[i]); 16831 ! Debug: ptradd unsigned char vpti = [S+$18-9] to [$1E] struct = video_param_table+0 (used reg = ) 16832 3DBE 8A46 F9 mov al,-7[bp] 16833 3DC1 30E4 xor ah,ah 16834 3DC3 B1 06 mov cl,*6 16835 3DC5 D3E0 shl ax,cl 16836 3DC7 89C3 mov bx,ax 16837 3DC9 81C3 028A add bx,#_video_param_table 16838 ! Debug: ptradd unsigned short i = [S+$18-$C] to [$14] unsigned char = bx+$23 (used reg = ) 16839 3DCD 8B46 F6 mov ax,-$A[bp] 16840 3DD0 01C3 add bx,ax 16841 ! Debug: list unsigned char = [bx+$23] (used reg = ) 16842 3DD2 8A47 23 mov al,$23[bx] 16843 3DD5 30E4 xor ah,ah 16844 3DD7 50 push ax 16845 ! Debug: list int = const $3C0 (used reg = ) 16846 3DD8 B8 03C0 mov ax,#$3C0 16847 3DDB 50 push ax 16848 ! Debug: func () void = outb+0 (used reg = ) 16849 3DDC E8 3E6E call _outb 16850 3DDF 83C4 04 add sp,*4 16851 !BCC_EOS 16852 ! 2024 } 16853 ! 2025 outb(0x3c0,0x14); 16854 00003DE2 .6D: 16855 ! Debug: postinc unsigned short i = [S+$18-$C] (used reg = ) 16856 3DE2 8B46 F6 mov ax,-$A[bp] 16857 3DE5 40 inc ax 16858 3DE6 8946 F6 mov -$A[bp],ax 16859 00003DE9 .6E: 16860 ! Debug: le int = const $13 to unsigned short i = [S+$18-$C] (used reg = ) 16861 3DE9 8B46 F6 mov ax,-$A[bp] 16862 3DEC 3D 0013 cmp ax,*$13 16863 3DEF 76 C0 jbe .6F 16864 00003DF1 .70: 16865 00003DF1 .6C: 16866 ! Debug: list int = const $14 (used reg = ) 16867 3DF1 B8 0014 mov ax,*$14 16868 3DF4 50 push ax 16869 ! Debug: list int = const $3C0 (used reg = ) 16870 3DF5 B8 03C0 mov ax,#$3C0 16871 3DF8 50 push ax 16872 ! Debug: func () void = outb+0 (used reg = ) 16873 3DF9 E8 3E51 call _outb 16874 3DFC 83C4 04 add sp,*4 16875 !BCC_EOS 16876 ! 2026 outb(0x3c0,0x00); 16877 ! Debug: list int = const 0 (used reg = ) 16878 3DFF 31C0 xor ax,ax 16879 3E01 50 push ax 16880 ! Debug: list int = const $3C0 (used reg = ) 16881 3E02 B8 03C0 mov ax,#$3C0 16882 3E05 50 push ax 16883 ! Debug: func () void = outb+0 (used reg = ) 16884 3E06 E8 3E44 call _outb 16885 3E09 83C4 04 add sp,*4 16886 !BCC_EOS 16887 ! 2027 outb(0x3c4,0); 16888 ! Debug: list int = const 0 (used reg = ) 16889 3E0C 31C0 xor ax,ax 16890 3E0E 50 push ax 16891 ! Debug: list int = const $3C4 (used reg = ) 16892 3E0F B8 03C4 mov ax,#$3C4 16893 3E12 50 push ax 16894 ! Debug: func () void = outb+0 (used reg = ) 16895 3E13 E8 3E37 call _outb 16896 3E16 83C4 04 add sp,*4 16897 !BCC_EOS 16898 ! 2028 outb(0x3c5,0x03); 16899 ! Debug: list int = const 3 (used reg = ) 16900 3E19 B8 0003 mov ax,*3 16901 3E1C 50 push ax 16902 ! Debug: list int = const $3C5 (used reg = ) 16903 3E1D B8 03C5 mov ax,#$3C5 16904 3E20 50 push ax 16905 ! Debug: func () void = outb+0 (used reg = ) 16906 3E21 E8 3E29 call _outb 16907 3E24 83C4 04 add sp,*4 16908 !BCC_EOS 16909 ! 2029 for(i=1;i<=4;i++) 16910 ! Debug: eq int = const 1 to unsigned short i = [S+$18-$C] (used reg = ) 16911 3E27 B8 0001 mov ax,*1 16912 3E2A 8946 F6 mov -$A[bp],ax 16913 !BCC_EOS 16914 !BCC_EOS 16915 ! 2030 {outb(0x3c4,i); 16916 3E2D EB 3F jmp .73 16917 00003E2F .74: 16918 ! Debug: list unsigned short i = [S+$18-$C] (used reg = ) 16919 3E2F FF76 F6 push -$A[bp] 16920 ! Debug: list int = const $3C4 (used reg = ) 16921 3E32 B8 03C4 mov ax,#$3C4 16922 3E35 50 push ax 16923 ! Debug: func () void = outb+0 (used reg = ) 16924 3E36 E8 3E14 call _outb 16925 3E39 83C4 04 add sp,*4 16926 !BCC_EOS 16927 ! 2031 outb(0x3c5,video_param_table[vpti].sequ_regs[i - 1]); 16928 ! Debug: sub int = const 1 to unsigned short i = [S+$18-$C] (used reg = ) 16929 3E3C 8B46 F6 mov ax,-$A[bp] 16930 3E3F 48 dec ax 16931 3E40 50 push ax 16932 ! Debug: ptradd unsigned char vpti = [S+$1A-9] to [$1E] struct = video_param_table+0 (used reg = ) 16933 3E41 8A46 F9 mov al,-7[bp] 16934 3E44 30E4 xor ah,ah 16935 3E46 B1 06 mov cl,*6 16936 3E48 D3E0 shl ax,cl 16937 3E4A 89C3 mov bx,ax 16938 3E4C 81C3 028A add bx,#_video_param_table 16939 ! Debug: ptradd unsigned int (temp) = [S+$1A-$1A] to [4] unsigned char = bx+5 (used reg = ) 16940 3E50 8B46 E8 mov ax,-$18[bp] 16941 3E53 01C3 add bx,ax 16942 3E55 44 inc sp 16943 3E56 44 inc sp 16944 ! Debug: list unsigned char = [bx+5] (used reg = ) 16945 3E57 8A47 05 mov al,5[bx] 16946 3E5A 30E4 xor ah,ah 16947 3E5C 50 push ax 16948 ! Debug: list int = const $3C5 (used reg = ) 16949 3E5D B8 03C5 mov ax,#$3C5 16950 3E60 50 push ax 16951 ! Debug: func () void = outb+0 (used reg = ) 16952 3E61 E8 3DE9 call _outb 16953 3E64 83C4 04 add sp,*4 16954 !BCC_EOS 16955 ! 2032 } 16956 ! 2033 for(i=0;i<=8;i++) 16957 00003E67 .72: 16958 ! Debug: postinc unsigned short i = [S+$18-$C] (used reg = ) 16959 3E67 8B46 F6 mov ax,-$A[bp] 16960 3E6A 40 inc ax 16961 3E6B 8946 F6 mov -$A[bp],ax 16962 00003E6E .73: 16963 ! Debug: le int = const 4 to unsigned short i = [S+$18-$C] (used reg = ) 16964 3E6E 8B46 F6 mov ax,-$A[bp] 16965 3E71 3D 0004 cmp ax,*4 16966 3E74 76 B9 jbe .74 16967 00003E76 .75: 16968 00003E76 .71: 16969 ! Debug: eq int = const 0 to unsigned short i = [S+$18-$C] (used reg = ) 16970 3E76 31C0 xor ax,ax 16971 3E78 8946 F6 mov -$A[bp],ax 16972 !BCC_EOS 16973 !BCC_EOS 16974 ! 2034 {outb(0x3ce,i); 16975 3E7B EB 38 jmp .78 16976 00003E7D .79: 16977 ! Debug: list unsigned short i = [S+$18-$C] (used reg = ) 16978 3E7D FF76 F6 push -$A[bp] 16979 ! Debug: list int = const $3CE (used reg = ) 16980 3E80 B8 03CE mov ax,#$3CE 16981 3E83 50 push ax 16982 ! Debug: func () void = outb+0 (used reg = ) 16983 3E84 E8 3DC6 call _outb 16984 3E87 83C4 04 add sp,*4 16985 !BCC_EOS 16986 ! 2035 outb(0x3cf,video_param_table[vpti].grdc_regs[i]); 16987 ! Debug: ptradd unsigned char vpti = [S+$18-9] to [$1E] struct = video_param_table+0 (used reg = ) 16988 3E8A 8A46 F9 mov al,-7[bp] 16989 3E8D 30E4 xor ah,ah 16990 3E8F B1 06 mov cl,*6 16991 3E91 D3E0 shl ax,cl 16992 3E93 89C3 mov bx,ax 16993 3E95 81C3 028A add bx,#_video_param_table 16994 ! Debug: ptradd unsigned short i = [S+$18-$C] to [9] unsigned char = bx+$37 (used reg = ) 16995 3E99 8B46 F6 mov ax,-$A[bp] 16996 3E9C 01C3 add bx,ax 16997 ! Debug: list unsigned char = [bx+$37] (used reg = ) 16998 3E9E 8A47 37 mov al,$37[bx] 16999 3EA1 30E4 xor ah,ah 17000 3EA3 50 push ax 17001 ! Debug: list int = const $3CF (used reg = ) 17002 3EA4 B8 03CF mov ax,#$3CF 17003 3EA7 50 push ax 17004 ! Debug: func () void = outb+0 (used reg = ) 17005 3EA8 E8 3DA2 call _outb 17006 3EAB 83C4 04 add sp,*4 17007 !BCC_EOS 17008 ! 2036 } 17009 ! 2037 crtc_addr=vga_modes[line].memmodel==0x01?0x3b4:0x3d4; 17010 00003EAE .77: 17011 ! Debug: postinc unsigned short i = [S+$18-$C] (used reg = ) 17012 3EAE 8B46 F6 mov ax,-$A[bp] 17013 3EB1 40 inc ax 17014 3EB2 8946 F6 mov -$A[bp],ax 17015 00003EB5 .78: 17016 ! Debug: le int = const 8 to unsigned short i = [S+$18-$C] (used reg = ) 17017 3EB5 8B46 F6 mov ax,-$A[bp] 17018 3EB8 3D 0008 cmp ax,*8 17019 3EBB 76 C0 jbe .79 17020 00003EBD .7A: 17021 00003EBD .76: 17022 ! Debug: ptradd unsigned char line = [S+$18-4] to [$10] struct = vga_modes+0 (used reg = ) 17023 3EBD 8A46 FE mov al,-2[bp] 17024 3EC0 30E4 xor ah,ah 17025 3EC2 B1 03 mov cl,*3 17026 3EC4 D3E0 shl ax,cl 17027 3EC6 89C3 mov bx,ax 17028 3EC8 81C3 01F6 add bx,#_vga_modes 17029 ! Debug: logeq int = const 1 to unsigned char = [bx+2] (used reg = ) 17030 3ECC 8A47 02 mov al,2[bx] 17031 3ECF 3C 01 cmp al,*1 17032 3ED1 75 05 jne .7B 17033 00003ED3 .7C: 17034 3ED3 B8 03B4 mov ax,#$3B4 17035 3ED6 EB 03 jmp .7D 17036 00003ED8 .7B: 17037 3ED8 B8 03D4 mov ax,#$3D4 17038 00003EDB .7D: 17039 ! Debug: eq int = ax+0 to unsigned short crtc_addr = [S+$18-$18] (used reg = ) 17040 3EDB 8946 EA mov -$16[bp],ax 17041 !BCC_EOS 17042 ! 2038 outw(crtc_addr,0x0011); 17043 ! Debug: list int = const $11 (used reg = ) 17044 3EDE B8 0011 mov ax,*$11 17045 3EE1 50 push ax 17046 ! Debug: list unsigned short crtc_addr = [S+$1A-$18] (used reg = ) 17047 3EE2 FF76 EA push -$16[bp] 17048 ! Debug: func () void = outw+0 (used reg = ) 17049 3EE5 E8 3D75 call _outw 17050 3EE8 83C4 04 add sp,*4 17051 !BCC_EOS 17052 ! 2039 for(i=0;i<=0x18;i++) 17053 ! Debug: eq int = const 0 to unsigned short i = [S+$18-$C] (used reg = ) 17054 3EEB 31C0 xor ax,ax 17055 3EED 8946 F6 mov -$A[bp],ax 17056 !BCC_EOS 17057 !BCC_EOS 17058 ! 2040 {outb(crtc_addr,i); 17059 3EF0 EB 38 jmp .80 17060 00003EF2 .81: 17061 ! Debug: list unsigned short i = [S+$18-$C] (used reg = ) 17062 3EF2 FF76 F6 push -$A[bp] 17063 ! Debug: list unsigned short crtc_addr = [S+$1A-$18] (used reg = ) 17064 3EF5 FF76 EA push -$16[bp] 17065 ! Debug: func () void = outb+0 (used reg = ) 17066 3EF8 E8 3D52 call _outb 17067 3EFB 83C4 04 add sp,*4 17068 !BCC_EOS 17069 ! 2041 outb(crtc_addr+1,video_param_table[vpti].crtc_regs[i]); 17070 ! Debug: ptradd unsigned char vpti = [S+$18-9] to [$1E] struct = video_param_table+0 (used reg = ) 17071 3EFE 8A46 F9 mov al,-7[bp] 17072 3F01 30E4 xor ah,ah 17073 3F03 B1 06 mov cl,*6 17074 3F05 D3E0 shl ax,cl 17075 3F07 89C3 mov bx,ax 17076 3F09 81C3 028A add bx,#_video_param_table 17077 ! Debug: ptradd unsigned short i = [S+$18-$C] to [$19] unsigned char = bx+$A (used reg = ) 17078 3F0D 8B46 F6 mov ax,-$A[bp] 17079 3F10 01C3 add bx,ax 17080 ! Debug: list unsigned char = [bx+$A] (used reg = ) 17081 3F12 8A47 0A mov al,$A[bx] 17082 3F15 30E4 xor ah,ah 17083 3F17 50 push ax 17084 ! Debug: add int = const 1 to unsigned short crtc_addr = [S+$1A-$18] (used reg = ) 17085 3F18 8B46 EA mov ax,-$16[bp] 17086 ! Debug: list unsigned int = ax+1 (used reg = ) 17087 3F1B 40 inc ax 17088 3F1C 50 push ax 17089 ! Debug: func () void = outb+0 (used reg = ) 17090 3F1D E8 3D2D call _outb 17091 3F20 83C4 04 add sp,*4 17092 !BCC_EOS 17093 ! 2042 } 17094 ! 2043 outb(0x3c2,video_param_table[vpti].miscreg); 17095 00003F23 .7F: 17096 ! Debug: postinc unsigned short i = [S+$18-$C] (used reg = ) 17097 3F23 8B46 F6 mov ax,-$A[bp] 17098 3F26 40 inc ax 17099 3F27 8946 F6 mov -$A[bp],ax 17100 00003F2A .80: 17101 ! Debug: le int = const $18 to unsigned short i = [S+$18-$C] (used reg = ) 17102 3F2A 8B46 F6 mov ax,-$A[bp] 17103 3F2D 3D 0018 cmp ax,*$18 17104 3F30 76 C0 jbe .81 17105 00003F32 .82: 17106 00003F32 .7E: 17107 ! Debug: ptradd unsigned char vpti = [S+$18-9] to [$1E] struct = video_param_table+0 (used reg = ) 17108 3F32 8A46 F9 mov al,-7[bp] 17109 3F35 30E4 xor ah,ah 17110 3F37 B1 06 mov cl,*6 17111 3F39 D3E0 shl ax,cl 17112 3F3B 89C3 mov bx,ax 17113 3F3D 81C3 028A add bx,#_video_param_table 17114 ! Debug: list unsigned char = [bx+9] (used reg = ) 17115 3F41 8A47 09 mov al,9[bx] 17116 3F44 30E4 xor ah,ah 17117 3F46 50 push ax 17118 ! Debug: list int = const $3C2 (used reg = ) 17119 3F47 B8 03C2 mov ax,#$3C2 17120 3F4A 50 push ax 17121 ! Debug: func () void = outb+0 (used reg = ) 17122 3F4B E8 3CFF call _outb 17123 3F4E 83C4 04 add sp,*4 17124 !BCC_EOS 17125 ! 2044 outb(0x3c0,0x20); 17126 ! Debug: list int = const $20 (used reg = ) 17127 3F51 B8 0020 mov ax,*$20 17128 3F54 50 push ax 17129 ! Debug: list int = const $3C0 (used reg = ) 17130 3F55 B8 03C0 mov ax,#$3C0 17131 3F58 50 push ax 17132 ! Debug: func () void = outb+0 (used reg = ) 17133 3F59 E8 3CF1 call _outb 17134 3F5C 83C4 04 add sp,*4 17135 !BCC_EOS 17136 ! 2045 inb(0x3da); 17137 ! Debug: list int = const $3DA (used reg = ) 17138 3F5F B8 03DA mov ax,#$3DA 17139 3F62 50 push ax 17140 ! Debug: func () unsigned char = inb+0 (used reg = ) 17141 3F63 E8 3CD1 call _inb 17142 3F66 44 inc sp 17143 3F67 44 inc sp 17144 !BCC_EOS 17145 ! 2046 if(noclearmem==0x00) 17146 ! Debug: logeq int = const 0 to unsigned char noclearmem = [S+$18-3] (used reg = ) 17147 3F68 8A46 FF mov al,-1[bp] 17148 3F6B 84C0 test al,al 17149 3F6D 0F85 00C1 bne .83 17150 00003F71 .84: 17151 ! 2047 { 17152 ! 2048 if(vga_modes[line].class==0x00) 17153 ! Debug: ptradd unsigned char line = [S+$18-4] to [$10] struct = vga_modes+0 (used reg = ) 17154 3F71 8A46 FE mov al,-2[bp] 17155 3F74 30E4 xor ah,ah 17156 3F76 B1 03 mov cl,*3 17157 3F78 D3E0 shl ax,cl 17158 3F7A 89C3 mov bx,ax 17159 3F7C 81C3 01F6 add bx,#_vga_modes 17160 ! Debug: logeq int = const 0 to unsigned char = [bx+1] (used reg = ) 17161 3F80 8A47 01 mov al,1[bx] 17162 3F83 84C0 test al,al 17163 3F85 75 26 jne .85 17164 00003F87 .86: 17165 ! 2049 { 17166 ! 2050 memsetw(vga_modes[line].sstart,0,0x0720,0x4000); 17167 ! Debug: list int = const $4000 (used reg = ) 17168 3F87 B8 4000 mov ax,#$4000 17169 3F8A 50 push ax 17170 ! Debug: list int = const $720 (used reg = ) 17171 3F8B B8 0720 mov ax,#$720 17172 3F8E 50 push ax 17173 ! Debug: list int = const 0 (used reg = ) 17174 3F8F 31C0 xor ax,ax 17175 3F91 50 push ax 17176 ! Debug: ptradd unsigned char line = [S+$1E-4] to [$10] struct = vga_modes+0 (used reg = ) 17177 3F92 8A46 FE mov al,-2[bp] 17178 3F95 30E4 xor ah,ah 17179 3F97 B1 03 mov cl,*3 17180 3F99 D3E0 shl ax,cl 17181 3F9B 89C3 mov bx,ax 17182 3F9D 81C3 01F6 add bx,#_vga_modes 17183 ! Debug: list unsigned short = [bx+4] (used reg = ) 17184 3FA1 FF77 04 push 4[bx] 17185 ! Debug: func () void = memsetw+0 (used reg = ) 17186 3FA4 E8 3BB5 call _memsetw 17187 3FA7 83C4 08 add sp,*8 17188 !BCC_EOS 17189 ! 2051 } 17190 ! 2052 else 17191 ! 2053 { 17192 3FAA E9 0085 br .87 17193 00003FAD .85: 17194 ! 2054 if(mode<0x0d) 17195 ! Debug: lt int = const $D to unsigned char mode = [S+$18+2] (used reg = ) 17196 3FAD 8A46 04 mov al,4[bp] 17197 3FB0 3C 0D cmp al,*$D 17198 3FB2 73 24 jae .88 17199 00003FB4 .89: 17200 ! 2055 { 17201 ! 2056 memsetw(vga_modes[line].sstart,0,0x0000,0x4000); 17202 ! Debug: list int = const $4000 (used reg = ) 17203 3FB4 B8 4000 mov ax,#$4000 17204 3FB7 50 push ax 17205 ! Debug: list int = const 0 (used reg = ) 17206 3FB8 31C0 xor ax,ax 17207 3FBA 50 push ax 17208 ! Debug: list int = const 0 (used reg = ) 17209 3FBB 31C0 xor ax,ax 17210 3FBD 50 push ax 17211 ! Debug: ptradd unsigned char line = [S+$1E-4] to [$10] struct = vga_modes+0 (used reg = ) 17212 3FBE 8A46 FE mov al,-2[bp] 17213 3FC1 30E4 xor ah,ah 17214 3FC3 B1 03 mov cl,*3 17215 3FC5 D3E0 shl ax,cl 17216 3FC7 89C3 mov bx,ax 17217 3FC9 81C3 01F6 add bx,#_vga_modes 17218 ! Debug: list unsigned short = [bx+4] (used reg = ) 17219 3FCD FF77 04 push 4[bx] 17220 ! Debug: func () void = memsetw+0 (used reg = ) 17221 3FD0 E8 3B89 call _memsetw 17222 3FD3 83C4 08 add sp,*8 17223 !BCC_EOS 17224 ! 2057 } 17225 ! 2058 else 17226 ! 2059 { 17227 3FD6 EB 5A jmp .8A 17228 00003FD8 .88: 17229 ! 2060 outb( 0x3c4, 0x02 ); 17230 ! Debug: list int = const 2 (used reg = ) 17231 3FD8 B8 0002 mov ax,*2 17232 3FDB 50 push ax 17233 ! Debug: list int = const $3C4 (used reg = ) 17234 3FDC B8 03C4 mov ax,#$3C4 17235 3FDF 50 push ax 17236 ! Debug: func () void = outb+0 (used reg = ) 17237 3FE0 E8 3C6A call _outb 17238 3FE3 83C4 04 add sp,*4 17239 !BCC_EOS 17240 ! 2061 mmask = inb( 0x3c5 ); 17241 ! Debug: list int = const $3C5 (used reg = ) 17242 3FE6 B8 03C5 mov ax,#$3C5 17243 3FE9 50 push ax 17244 ! Debug: func () unsigned char = inb+0 (used reg = ) 17245 3FEA E8 3C4A call _inb 17246 3FED 44 inc sp 17247 3FEE 44 inc sp 17248 ! Debug: eq unsigned char = al+0 to unsigned char mmask = [S+$18-5] (used reg = ) 17249 3FEF 8846 FD mov -3[bp],al 17250 !BCC_EOS 17251 ! 2062 outb( 0x3c5, 0x0f ); 17252 ! Debug: list int = const $F (used reg = ) 17253 3FF2 B8 000F mov ax,*$F 17254 3FF5 50 push ax 17255 ! Debug: list int = const $3C5 (used reg = ) 17256 3FF6 B8 03C5 mov ax,#$3C5 17257 3FF9 50 push ax 17258 ! Debug: func () void = outb+0 (used reg = ) 17259 3FFA E8 3C50 call _outb 17260 3FFD 83C4 04 add sp,*4 17261 !BCC_EOS 17262 ! 2063 memsetw(vga_modes[line].sstart,0,0x0000,0x8000); 17263 ! Debug: list unsigned int = const $8000 (used reg = ) 17264 4000 B8 8000 mov ax,#$8000 17265 4003 50 push ax 17266 ! Debug: list int = const 0 (used reg = ) 17267 4004 31C0 xor ax,ax 17268 4006 50 push ax 17269 ! Debug: list int = const 0 (used reg = ) 17270 4007 31C0 xor ax,ax 17271 4009 50 push ax 17272 ! Debug: ptradd unsigned char line = [S+$1E-4] to [$10] struct = vga_modes+0 (used reg = ) 17273 400A 8A46 FE mov al,-2[bp] 17274 400D 30E4 xor ah,ah 17275 400F B1 03 mov cl,*3 17276 4011 D3E0 shl ax,cl 17277 4013 89C3 mov bx,ax 17278 4015 81C3 01F6 add bx,#_vga_modes 17279 ! Debug: list unsigned short = [bx+4] (used reg = ) 17280 4019 FF77 04 push 4[bx] 17281 ! Debug: func () void = memsetw+0 (used reg = ) 17282 401C E8 3B3D call _memsetw 17283 401F 83C4 08 add sp,*8 17284 !BCC_EOS 17285 ! 2064 outb( 0x3c5, mmask ); 17286 ! Debug: list unsigned char mmask = [S+$18-5] (used reg = ) 17287 4022 8A46 FD mov al,-3[bp] 17288 4025 30E4 xor ah,ah 17289 4027 50 push ax 17290 ! Debug: list int = const $3C5 (used reg = ) 17291 4028 B8 03C5 mov ax,#$3C5 17292 402B 50 push ax 17293 ! Debug: func () void = outb+0 (used reg = ) 17294 402C E8 3C1E call _outb 17295 402F 83C4 04 add sp,*4 17296 !BCC_EOS 17297 ! 2065 } 17298 ! 2066 } 17299 00004032 .8A: 17300 ! 2067 } 17301 00004032 .87: 17302 ! 2068 write_byte(0x40,0x49,mode); 17303 00004032 .83: 17304 ! Debug: list unsigned char mode = [S+$18+2] (used reg = ) 17305 4032 8A46 04 mov al,4[bp] 17306 4035 30E4 xor ah,ah 17307 4037 50 push ax 17308 ! Debug: list int = const $49 (used reg = ) 17309 4038 B8 0049 mov ax,*$49 17310 403B 50 push ax 17311 ! Debug: list int = const $40 (used reg = ) 17312 403C B8 0040 mov ax,*$40 17313 403F 50 push ax 17314 ! Debug: func () void = write_byte+0 (used reg = ) 17315 4040 E8 3BC4 call _write_byte 17316 4043 83C4 06 add sp,*6 17317 !BCC_EOS 17318 ! 2069 write_word(0x40,0x4A,twidth); 17319 ! Debug: list unsigned short twidth = [S+$18-$E] (used reg = ) 17320 4046 FF76 F4 push -$C[bp] 17321 ! Debug: list int = const $4A (used reg = ) 17322 4049 B8 004A mov ax,*$4A 17323 404C 50 push ax 17324 ! Debug: list int = const $40 (used reg = ) 17325 404D B8 0040 mov ax,*$40 17326 4050 50 push ax 17327 ! Debug: func () void = write_word+0 (used reg = ) 17328 4051 E8 3BCB call _write_word 17329 4054 83C4 06 add sp,*6 17330 !BCC_EOS 17331 ! 2070 write_word(0x40,0x4C,*(Bit16u *)&video_param_table[vpti].slength_l); 17332 ! Debug: ptradd unsigned char vpti = [S+$18-9] to [$1E] struct = video_param_table+0 (used reg = ) 17333 4057 8A46 F9 mov al,-7[bp] 17334 405A 30E4 xor ah,ah 17335 405C B1 06 mov cl,*6 17336 405E D3E0 shl ax,cl 17337 4060 89C3 mov bx,ax 17338 4062 81C3 028A add bx,#_video_param_table 17339 ! Debug: address unsigned char = [bx+3] (used reg = ) 17340 ! Debug: cast * unsigned short = const 0 to * unsigned char = bx+3 (used reg = ) 17341 ! Debug: list unsigned short = [bx+3] (used reg = ) 17342 4066 FF77 03 push 3[bx] 17343 ! Debug: list int = const $4C (used reg = ) 17344 4069 B8 004C mov ax,*$4C 17345 406C 50 push ax 17346 ! Debug: list int = const $40 (used reg = ) 17347 406D B8 0040 mov ax,*$40 17348 4070 50 push ax 17349 ! Debug: func () void = write_word+0 (used reg = ) 17350 4071 E8 3BAB call _write_word 17351 4074 83C4 06 add sp,*6 17352 !BCC_EOS 17353 ! 2071 write_wor 17354 ! 2071 d(0x40,0x63,crtc_addr); 17355 ! Debug: list unsigned short crtc_addr = [S+$18-$18] (used reg = ) 17356 4077 FF76 EA push -$16[bp] 17357 ! Debug: list int = const $63 (used reg = ) 17358 407A B8 0063 mov ax,*$63 17359 407D 50 push ax 17360 ! Debug: list int = const $40 (used reg = ) 17361 407E B8 0040 mov ax,*$40 17362 4081 50 push ax 17363 ! Debug: func () void = write_word+0 (used reg = ) 17364 4082 E8 3B9A call _write_word 17365 4085 83C4 06 add sp,*6 17366 !BCC_EOS 17367 ! 2072 write_byte(0x40,0x84,theightm1); 17368 ! Debug: list unsigned short theightm1 = [S+$18-$10] (used reg = ) 17369 4088 FF76 F2 push -$E[bp] 17370 ! Debug: list int = const $84 (used reg = ) 17371 408B B8 0084 mov ax,#$84 17372 408E 50 push ax 17373 ! Debug: list int = const $40 (used reg = ) 17374 408F B8 0040 mov ax,*$40 17375 4092 50 push ax 17376 ! Debug: func () void = write_byte+0 (used reg = ) 17377 4093 E8 3B71 call _write_byte 17378 4096 83C4 06 add sp,*6 17379 !BCC_EOS 17380 ! 2073 write_word(0x40,0x85,cheight); 17381 ! Debug: list unsigned short cheight = [S+$18-$12] (used reg = ) 17382 4099 FF76 F0 push -$10[bp] 17383 ! Debug: list int = const $85 (used reg = ) 17384 409C B8 0085 mov ax,#$85 17385 409F 50 push ax 17386 ! Debug: list int = const $40 (used reg = ) 17387 40A0 B8 0040 mov ax,*$40 17388 40A3 50 push ax 17389 ! Debug: func () void = write_word+0 (used reg = ) 17390 40A4 E8 3B78 call _write_word 17391 40A7 83C4 06 add sp,*6 17392 !BCC_EOS 17393 ! 2074 write_byte(0x40,0x87,(0x60|noclearmem)); 17394 ! Debug: or unsigned char noclearmem = [S+$18-3] to int = const $60 (used reg = ) 17395 ! Debug: expression subtree swapping 17396 40AA 8A46 FF mov al,-1[bp] 17397 40AD 0C 60 or al,*$60 17398 ! Debug: list unsigned char = al+0 (used reg = ) 17399 40AF 30E4 xor ah,ah 17400 40B1 50 push ax 17401 ! Debug: list int = const $87 (used reg = ) 17402 40B2 B8 0087 mov ax,#$87 17403 40B5 50 push ax 17404 ! Debug: list int = const $40 (used reg = ) 17405 40B6 B8 0040 mov ax,*$40 17406 40B9 50 push ax 17407 ! Debug: func () void = write_byte+0 (used reg = ) 17408 40BA E8 3B4A call _write_byte 17409 40BD 83C4 06 add sp,*6 17410 !BCC_EOS 17411 ! 2075 write_byte(0x40,0x88,0xF9); 17412 ! Debug: list int = const $F9 (used reg = ) 17413 40C0 B8 00F9 mov ax,#$F9 17414 40C3 50 push ax 17415 ! Debug: list int = const $88 (used reg = ) 17416 40C4 B8 0088 mov ax,#$88 17417 40C7 50 push ax 17418 ! Debug: list int = const $40 (used reg = ) 17419 40C8 B8 0040 mov ax,*$40 17420 40CB 50 push ax 17421 ! Debug: func () void = write_byte+0 (used reg = ) 17422 40CC E8 3B38 call _write_byte 17423 40CF 83C4 06 add sp,*6 17424 !BCC_EOS 17425 ! 2076 write_byte(0x40,0x89,read_byte(0x40,0x89)&0x7f); 17426 ! Debug: list int = const $89 (used reg = ) 17427 40D2 B8 0089 mov ax,#$89 17428 40D5 50 push ax 17429 ! Debug: list int = const $40 (used reg = ) 17430 40D6 B8 0040 mov ax,*$40 17431 40D9 50 push ax 17432 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 17433 40DA E8 3B04 call _read_byte 17434 40DD 83C4 04 add sp,*4 17435 ! Debug: and int = const $7F to unsigned char = al+0 (used reg = ) 17436 40E0 24 7F and al,*$7F 17437 ! Debug: list unsigned char = al+0 (used reg = ) 17438 40E2 30E4 xor ah,ah 17439 40E4 50 push ax 17440 ! Debug: list int = const $89 (used reg = ) 17441 40E5 B8 0089 mov ax,#$89 17442 40E8 50 push ax 17443 ! Debug: list int = const $40 (used reg = ) 17444 40E9 B8 0040 mov ax,*$40 17445 40EC 50 push ax 17446 ! Debug: func () void = write_byte+0 (used reg = ) 17447 40ED E8 3B17 call _write_byte 17448 40F0 83C4 06 add sp,*6 17449 !BCC_EOS 17450 ! 2077 write_byte(0x40,0x8A,0x08); 17451 ! Debug: list int = const 8 (used reg = ) 17452 40F3 B8 0008 mov ax,*8 17453 40F6 50 push ax 17454 ! Debug: list int = const $8A (used reg = ) 17455 40F7 B8 008A mov ax,#$8A 17456 40FA 50 push ax 17457 ! Debug: list int = const $40 (used reg = ) 17458 40FB B8 0040 mov ax,*$40 17459 40FE 50 push ax 17460 ! Debug: func () void = write_byte+0 (used reg = ) 17461 40FF E8 3B05 call _write_byte 17462 4102 83C4 06 add sp,*6 17463 !BCC_EOS 17464 ! 2078 write_word(0x40,0xA8, video_save_pointer_table); 17465 ! Debug: list * unsigned char = video_save_pointer_table+0 (used reg = ) 17466 4105 BB 35F3 mov bx,#_video_save_pointer_table 17467 4108 53 push bx 17468 ! Debug: list int = const $A8 (used reg = ) 17469 4109 B8 00A8 mov ax,#$A8 17470 410C 50 push ax 17471 ! Debug: list int = const $40 (used reg = ) 17472 410D B8 0040 mov ax,*$40 17473 4110 50 push ax 17474 ! Debug: func () void = write_word+0 (used reg = ) 17475 4111 E8 3B0B call _write_word 17476 4114 83C4 06 add sp,*6 17477 !BCC_EOS 17478 ! 2079 write_word(0x40,0xA8 +2, 0xc000); 17479 ! Debug: list unsigned int = const $C000 (used reg = ) 17480 4117 B8 C000 mov ax,#$C000 17481 411A 50 push ax 17482 ! Debug: list int = const $AA (used reg = ) 17483 411B B8 00AA mov ax,#$AA 17484 411E 50 push ax 17485 ! Debug: list int = const $40 (used reg = ) 17486 411F B8 0040 mov ax,*$40 17487 4122 50 push ax 17488 ! Debug: func () void = write_word+0 (used reg = ) 17489 4123 E8 3AF9 call _write_word 17490 4126 83C4 06 add sp,*6 17491 !BCC_EOS 17492 ! 2080 write_byte(0x40,0x65,0x00); 17493 ! Debug: list int = const 0 (used reg = ) 17494 4129 31C0 xor ax,ax 17495 412B 50 push ax 17496 ! Debug: list int = const $65 (used reg = ) 17497 412C B8 0065 mov ax,*$65 17498 412F 50 push ax 17499 ! Debug: list int = const $40 (used reg = ) 17500 4130 B8 0040 mov ax,*$40 17501 4133 50 push ax 17502 ! Debug: func () void = write_byte+0 (used reg = ) 17503 4134 E8 3AD0 call _write_byte 17504 4137 83C4 06 add sp,*6 17505 !BCC_EOS 17506 ! 2081 write_byte(0x40,0x66,0x00); 17507 ! Debug: list int = const 0 (used reg = ) 17508 413A 31C0 xor ax,ax 17509 413C 50 push ax 17510 ! Debug: list int = const $66 (used reg = ) 17511 413D B8 0066 mov ax,*$66 17512 4140 50 push ax 17513 ! Debug: list int = const $40 (used reg = ) 17514 4141 B8 0040 mov ax,*$40 17515 4144 50 push ax 17516 ! Debug: func () void = write_byte+0 (used reg = ) 17517 4145 E8 3ABF call _write_byte 17518 4148 83C4 06 add sp,*6 17519 !BCC_EOS 17520 ! 2082 if(vga_modes[line].class==0x00) 17521 ! Debug: ptradd unsigned char line = [S+$18-4] to [$10] struct = vga_modes+0 (used reg = ) 17522 414B 8A46 FE mov al,-2[bp] 17523 414E 30E4 xor ah,ah 17524 4150 B1 03 mov cl,*3 17525 4152 D3E0 shl ax,cl 17526 4154 89C3 mov bx,ax 17527 4156 81C3 01F6 add bx,#_vga_modes 17528 ! Debug: logeq int = const 0 to unsigned char = [bx+1] (used reg = ) 17529 415A 8A47 01 mov al,1[bx] 17530 415D 84C0 test al,al 17531 415F 75 0E jne .8B 17532 00004161 .8C: 17533 ! 2083 { 17534 ! 2084 biosfn_set_cursor_shape(0x06,0x07); 17535 ! Debug: list int = const 7 (used reg = ) 17536 4161 B8 0007 mov ax,*7 17537 4164 50 push ax 17538 ! Debug: list int = const 6 (used reg = ) 17539 4165 B8 0006 mov ax,*6 17540 4168 50 push ax 17541 ! Debug: func () void = biosfn_set_cursor_shape+0 (used reg = ) 17542 4169 E8 00BB call _biosfn_set_cursor_shape 17543 416C 83C4 04 add sp,*4 17544 !BCC_EOS 17545 ! 2085 } 17546 ! 2086 for(i=0;i<8;i++) 17547 0000416F .8B: 17548 ! Debug: eq int = const 0 to unsigned short i = [S+$18-$C] (used reg = ) 17549 416F 31C0 xor ax,ax 17550 4171 8946 F6 mov -$A[bp],ax 17551 !BCC_EOS 17552 !BCC_EOS 17553 ! 2087 biosfn_set_cursor_pos(i,0x0000); 17554 4174 EB 13 jmp .8F 17555 00004176 .90: 17556 ! Debug: list int = const 0 (used reg = ) 17557 4176 31C0 xor ax,ax 17558 4178 50 push ax 17559 ! Debug: list unsigned short i = [S+$1A-$C] (used reg = ) 17560 4179 FF76 F6 push -$A[bp] 17561 ! Debug: func () void = biosfn_set_cursor_pos+0 (used reg = ) 17562 417C E8 01C3 call _biosfn_set_cursor_pos 17563 417F 83C4 04 add sp,*4 17564 !BCC_EOS 17565 ! 2088 biosfn_set_active_page(0x00); 17566 00004182 .8E: 17567 ! Debug: postinc unsigned short i = [S+$18-$C] (used reg = ) 17568 4182 8B46 F6 mov ax,-$A[bp] 17569 4185 40 inc ax 17570 4186 8946 F6 mov -$A[bp],ax 17571 00004189 .8F: 17572 ! Debug: lt int = const 8 to unsigned short i = [S+$18-$C] (used reg = ) 17573 4189 8B46 F6 mov ax,-$A[bp] 17574 418C 3D 0008 cmp ax,*8 17575 418F 72 E5 jb .90 17576 00004191 .91: 17577 00004191 .8D: 17578 ! Debug: list int = const 0 (used reg = ) 17579 4191 31C0 xor ax,ax 17580 4193 50 push ax 17581 ! Debug: func () void = biosfn_set_active_page+0 (used reg = ) 17582 4194 E8 0320 call _biosfn_set_active_page 17583 4197 44 inc sp 17584 4198 44 inc sp 17585 !BCC_EOS 17586 ! 2089 if(vga_modes[line].class==0x00) 17587 ! Debug: ptradd unsigned char line = [S+$18-4] to [$10] struct = vga_modes+0 (used reg = ) 17588 4199 8A46 FE mov al,-2[bp] 17589 419C 30E4 xor ah,ah 17590 419E B1 03 mov cl,*3 17591 41A0 D3E0 shl ax,cl 17592 41A2 89C3 mov bx,ax 17593 41A4 81C3 01F6 add bx,#_vga_modes 17594 ! Debug: logeq int = const 0 to unsigned char = [bx+1] (used reg = ) 17595 41A8 8A47 01 mov al,1[bx] 17596 41AB 84C0 test al,al 17597 41AD 75 0E jne .92 17598 000041AF .93: 17599 ! 2090 { 17600 ! 2091 #asm 17601 !BCC_EOS 17602 !BCC_ASM 17603 00000005 _biosfn_set_video_mode.modeset_ctl set 5 17604 FFFFFFEF .biosfn_set_video_mode.modeset_ctl set -$11 17605 00000008 _biosfn_set_video_mode.theightm1 set 8 17606 FFFFFFF2 .biosfn_set_video_mode.theightm1 set -$E 17607 00000004 _biosfn_set_video_mode.video_ctl set 4 17608 FFFFFFEE .biosfn_set_video_mode.video_ctl set -$12 17609 00000014 _biosfn_set_video_mode.line set $14 17610 FFFFFFFE .biosfn_set_video_mode.line set -2 17611 00000006 _biosfn_set_video_mode.cheight set 6 17612 FFFFFFF0 .biosfn_set_video_mode.cheight set -$10 17613 0000000F _biosfn_set_video_mode.vpti set $F 17614 FFFFFFF9 .biosfn_set_video_mode.vpti set -7 17615 00000003 _biosfn_set_video_mode.vga_switches set 3 17616 FFFFFFED .biosfn_set_video_mode.vga_switches set -$13 17617 0000000C _biosfn_set_video_mode.i set $C 17618 FFFFFFF6 .biosfn_set_video_mode.i set -$A 17619 0000001A _biosfn_set_video_mode.mode set $1A 17620 00000004 .biosfn_set_video_mode.mode set 4 17621 00000010 _biosfn_set_video_mode.palette set $10 17622 FFFFFFFA .biosfn_set_video_mode.palette set -6 17623 0000000A _biosfn_set_video_mode.twidth set $A 17624 FFFFFFF4 .biosfn_set_video_mode.twidth set -$C 17625 00000000 _biosfn_set_video_mode.crtc_addr set 0 17626 FFFFFFEA .biosfn_set_video_mode.crtc_addr set -$16 17627 00000015 _biosfn_set_video_mode.noclearmem set $15 17628 FFFFFFFF .biosfn_set_video_mode.noclearmem set -1 17629 00000013 _biosfn_set_video_mode.mmask set $13 17630 FFFFFFFD .biosfn_set_video_mode.mmask set -3 17631 ;; copy and activate 8x16 font 17632 41AF B8 1104 mov ax, #0x1104 17633 41B2 B3 00 mov bl, #0x00 17634 41B4 CD 10 int #0x10 17635 41B6 B8 1103 mov ax, #0x1103 17636 41B9 B3 00 mov bl, #0x00 17637 41BB CD 10 int #0x10 17638 ! 2099 endasm 17639 !BCC_ENDASM 17640 !BCC_EOS 17641 ! 2100 } 17642 ! 2101 #asm 17643 000041BD .92: 17644 !BCC_EOS 17645 !BCC_ASM 17646 00000005 _biosfn_set_video_mode.modeset_ctl set 5 17647 FFFFFFEF .biosfn_set_video_mode.modeset_ctl set -$11 17648 00000008 _biosfn_set_video_mode.theightm1 set 8 17649 FFFFFFF2 .biosfn_set_video_mode.theightm1 set -$E 17650 00000004 _biosfn_set_video_mode.video_ctl set 4 17651 FFFFFFEE .biosfn_set_video_mode.video_ctl set -$12 17652 00000014 _biosfn_set_video_mode.line set $14 17653 FFFFFFFE .biosfn_set_video_mode.line set -2 17654 00000006 _biosfn_set_video_mode.cheight set 6 17655 FFFFFFF0 .biosfn_set_video_mode.cheight set -$10 17656 0000000F _biosfn_set_video_mode.vpti set $F 17657 FFFFFFF9 .biosfn_set_video_mode.vpti set -7 17658 00000003 _biosfn_set_video_mode.vga_switches set 3 17659 FFFFFFED .biosfn_set_video_mode.vga_switches set -$13 17660 0000000C _biosfn_set_video_mode.i set $C 17661 FFFFFFF6 .biosfn_set_video_mode.i set -$A 17662 0000001A _biosfn_set_video_mode.mode set $1A 17663 00000004 .biosfn_set_video_mode.mode set 4 17664 00000010 _biosfn_set_video_mode.palette set $10 17665 FFFFFFFA .biosfn_set_video_mode.palette set -6 17666 0000000A _biosfn_set_video_mode.twidth set $A 17667 FFFFFFF4 .biosfn_set_video_mode.twidth set -$C 17668 00000000 _biosfn_set_video_mode.crtc_addr set 0 17669 FFFFFFEA .biosfn_set_video_mode.crtc_addr set -$16 17670 00000015 _biosfn_set_video_mode.noclearmem set $15 17671 FFFFFFFF .biosfn_set_video_mode.noclearmem set -1 17672 00000013 _biosfn_set_video_mode.mmask set $13 17673 FFFFFFFD .biosfn_set_video_mode.mmask set -3 17674 SET_INT_VECTOR(0x1f, #0xC000, #_vgafont8+128*8) +a 41BD 1E push ds +a 41BE 31C0 xor ax, ax +a 41C0 8ED8 mov ds, ax +a 41C2 B8 135A mov ax, #_vgafont8+128*8 +a 41C5 A3 007C mov 0x1f*4, ax +a 41C8 B8 C000 mov ax, #0xC000 +a 41CB A3 007E mov 0x1f*4+2, ax +a 41CE 1F pop ds 17675 ! 2103 endasm 17676 !BCC_ENDASM 17677 !BCC_EOS 17678 ! 2104 switch(cheight) 17679 41CF 8B46 F0 mov ax,-$10[bp] 17680 ! 2105 {case 8: 17681 41D2 E9 003F br .96 17682 ! 2106 #asm 17683 000041D5 .97: 17684 !BCC_EOS 17685 !BCC_ASM 17686 00000005 _biosfn_set_video_mode.modeset_ctl set 5 17687 FFFFFFEF .biosfn_set_video_mode.modeset_ctl set -$11 17688 00000008 _biosfn_set_video_mode.theightm1 set 8 17689 FFFFFFF2 .biosfn_set_video_mode.theightm1 set -$E 17690 00000004 _biosfn_set_video_mode.video_ctl set 4 17691 FFFFFFEE .biosfn_set_video_mode.video_ctl set -$12 17692 00000014 _biosfn_set_video_mode.line set $14 17693 FFFFFFFE .biosfn_set_video_mode.line set -2 17694 00000006 _biosfn_set_video_mode.cheight set 6 17695 FFFFFFF0 .biosfn_set_video_mode.cheight set -$10 17696 0000000F _biosfn_set_video_mode.vpti set $F 17697 FFFFFFF9 .biosfn_set_video_mode.vpti set -7 17698 00000003 _biosfn_set_video_mode.vga_switches set 3 17699 FFFFFFED .biosfn_set_video_mode.vga_switches set -$13 17700 0000000C _biosfn_set_video_mode.i set $C 17701 FFFFFFF6 .biosfn_set_video_mode.i set -$A 17702 0000001A _biosfn_set_video_mode.mode set $1A 17703 00000004 .biosfn_set_video_mode.mode set 4 17704 00000010 _biosfn_set_video_mode.palette set $10 17705 FFFFFFFA .biosfn_set_video_mode.palette set -6 17706 0000000A _biosfn_set_video_mode.twidth set $A 17707 FFFFFFF4 .biosfn_set_video_mode.twidth set -$C 17708 00000000 _biosfn_set_video_mode.crtc_addr set 0 17709 FFFFFFEA .biosfn_set_video_mode.crtc_addr set -$16 17710 00000015 _biosfn_set_video_mode.noclearmem set $15 17711 FFFFFFFF .biosfn_set_video_mode.noclearmem set -1 17712 00000013 _biosfn_set_video_mode.mmask set $13 17713 FFFFFFFD .biosfn_set_video_mode.mmask set -3 17714 SET_INT_VECTOR(0x43, #0xC000, #_vgafont8) +a 41D5 1E push ds +a 41D6 31C0 xor ax, ax +a 41D8 8ED8 mov ds, ax +a 41DA B8 0F5A mov ax, #_vgafont8 +a 41DD A3 010C mov 0x43*4, ax +a 41E0 B8 C000 mov ax, #0xC000 +a 41E3 A3 010E mov 0x43*4+2, ax +a 41E6 1F pop ds 17715 ! 2108 endasm 17716 !BCC_ENDASM 17717 !BCC_EOS 17718 ! 2109 break; 17719 41E7 E9 0039 br .94 17720 !BCC_EOS 17721 ! 2110 case 14: 17722 ! 2111 #asm 17723 000041EA .98: 17724 !BCC_EOS 17725 !BCC_ASM 17726 00000005 _biosfn_set_video_mode.modeset_ctl set 5 17727 FFFFFFEF .biosfn_set_video_mode.modeset_ctl set -$11 17728 00000008 _biosfn_set_video_mode.theightm1 set 8 17729 FFFFFFF2 .biosfn_set_video_mode.theightm1 set -$E 17730 00000004 _biosfn_set_video_mode.video_ctl set 4 17731 FFFFFFEE .biosfn_set_video_mode.video_ctl set -$12 17732 00000014 _biosfn_set_video_mode.line set $14 17733 FFFFFFFE .biosfn_set_video_mode.line set -2 17734 00000006 _biosfn_set_video_mode.cheight set 6 17735 FFFFFFF0 .biosfn_set_video_mode.cheight set -$10 17736 0000000F _biosfn_set_video_mode.vpti set $F 17737 FFFFFFF9 .biosfn_set_video_mode.vpti set -7 17738 00000003 _biosfn_set_video_mode.vga_switches set 3 17739 FFFFFFED .biosfn_set_video_mode.vga_switches set -$13 17740 0000000C _biosfn_set_video_mode.i set $C 17741 FFFFFFF6 .biosfn_set_video_mode.i set -$A 17742 0000001A _biosfn_set_video_mode.mode set $1A 17743 00000004 .biosfn_set_video_mode.mode set 4 17744 00000010 _biosfn_set_video_mode.palette set $10 17745 FFFFFFFA .biosfn_set_video_mode.palette set -6 17746 0000000A _biosfn_set_video_mode.twidth set $A 17747 FFFFFFF4 .biosfn_set_video_mode.twidth set -$C 17748 00000000 _biosfn_set_video_mode.crtc_addr set 0 17749 FFFFFFEA .biosfn_set_video_mode.crtc_addr set -$16 17750 00000015 _biosfn_set_video_mode.noclearmem set $15 17751 FFFFFFFF .biosfn_set_video_mode.noclearmem set -1 17752 00000013 _biosfn_set_video_mode.mmask set $13 17753 FFFFFFFD .biosfn_set_video_mode.mmask set -3 17754 SET_INT_VECTOR(0x43, #0xC000, #_vgafont14) +a 41EA 1E push ds +a 41EB 31C0 xor ax, ax +a 41ED 8ED8 mov ds, ax +a 41EF B8 175A mov ax, #_vgafont14 +a 41F2 A3 010C mov 0x43*4, ax +a 41F5 B8 C000 mov ax, #0xC000 +a 41F8 A3 010E mov 0x43*4+2, ax +a 41FB 1F pop ds 17755 ! 2113 endasm 17756 !BCC_ENDASM 17757 !BCC_EOS 17758 ! 2114 break; 17759 41FC EB 25 jmp .94 17760 !BCC_EOS 17761 ! 2115 case 16: 17762 ! 2116 #asm 17763 000041FE .99: 17764 !BCC_EOS 17765 !BCC_ASM 17766 00000005 _biosfn_set_video_mode.modeset_ctl set 5 17767 FFFFFFEF .biosfn_set_video_mode.modeset_ctl set -$11 17768 00000008 _biosfn_set_video_mode.theightm1 set 8 17769 FFFFFFF2 .biosfn_set_video_mode.theightm1 set -$E 17770 00000004 _biosfn_set_video_mode.video_ctl set 4 17771 FFFFFFEE .biosfn_set_video_mode.video_ctl set -$12 17772 00000014 _biosfn_set_video_mode.line set $14 17773 FFFFFFFE .biosfn_set_video_mode.line set -2 17774 00000006 _biosfn_set_video_mode.cheight set 6 17775 FFFFFFF0 .biosfn_set_video_mode.cheight set -$10 17776 0000000F _biosfn_set_video_mode.vpti set $F 17777 FFFFFFF9 .biosfn_set_video_mode.vpti set -7 17778 00000003 _biosfn_set_video_mode.vga_switches set 3 17779 FFFFFFED .biosfn_set_video_mode.vga_switches set -$13 17780 0000000C _biosfn_set_video_mode.i set $C 17781 FFFFFFF6 .biosfn_set_video_mode.i set -$A 17782 0000001A _biosfn_set_video_mode.mode set $1A 17783 00000004 .biosfn_set_video_mode.mode set 4 17784 00000010 _biosfn_set_video_mode.palette set $10 17785 FFFFFFFA .biosfn_set_video_mode.palette set -6 17786 0000000A _biosfn_set_video_mode.twidth set $A 17787 FFFFFFF4 .biosfn_set_video_mode.twidth set -$C 17788 00000000 _biosfn_set_video_mode.crtc_addr set 0 17789 FFFFFFEA .biosfn_set_video_mode.crtc_addr set -$16 17790 00000015 _biosfn_set_video_mode.noclearmem set $15 17791 FFFFFFFF .biosfn_set_video_mode.noclearmem set -1 17792 00000013 _biosfn_set_video_mode.mmask set $13 17793 FFFFFFFD .biosfn_set_video_mode.mmask set -3 17794 SET_INT_VECTOR(0x43, #0xC000, #_vgafont16) +a 41FE 1E push ds +a 41FF 31C0 xor ax, ax +a 4201 8ED8 mov ds, ax +a 4203 B8 255A mov ax, #_vgafont16 +a 4206 A3 010C mov 0x43*4, ax +a 4209 B8 C000 mov ax, #0xC000 +a 420C A3 010E mov 0x43*4+2, ax +a 420F 1F pop ds 17795 ! 2118 endasm 17796 !BCC_ENDASM 17797 !BCC_EOS 17798 ! 2119 break; 17799 4210 EB 11 jmp .94 17800 !BCC_EOS 17801 ! 2120 } 17802 ! 2121 } 17803 4212 EB 0F jmp .94 17804 00004214 .96: 17805 4214 2D 0008 sub ax,*8 17806 4217 74 BC je .97 17807 4219 2D 0006 sub ax,*6 17808 421C 74 CC je .98 17809 421E 2D 0002 sub ax,*2 17810 4221 74 DB je .99 17811 00004223 .94: 17812 FFFFFFE8 ..FFFD = -$18 17813 4223 89EC mov sp,bp 17814 4225 5D pop bp 17815 4226 C3 ret 17816 ! 2122 static void biosfn_set_cursor_shape (CH,CL) 17817 ! Register BX used in function biosfn_set_video_mode 17818 ! 2123 Bit8u CH;Bit8u CL; 17819 00004227 _biosfn_set_cursor_shape: 17820 !BCC_EOS 17821 !BCC_EOS 17822 ! 2124 {Bit16u cheight,curs,crtc_addr; 17823 !BCC_EOS 17824 ! 2125 Bit8u modeset_ctl; 17825 !BCC_EOS 17826 ! 2126 CH&=0x3f; 17827 4227 55 push bp 17828 4228 89E5 mov bp,sp 17829 422A 83C4 F8 add sp,*-8 17830 ! Debug: andab int = const $3F to unsigned char CH = [S+$A+2] (used reg = ) 17831 422D 8A46 04 mov al,4[bp] 17832 4230 24 3F and al,*$3F 17833 4232 8846 04 mov 4[bp],al 17834 !BCC_EOS 17835 ! 2127 CL&=0x1f; 17836 ! Debug: andab int = const $1F to unsigned char CL = [S+$A+4] (used reg = ) 17837 4235 8A46 06 mov al,6[bp] 17838 4238 24 1F and al,*$1F 17839 423A 8846 06 mov 6[bp],al 17840 !BCC_EOS 17841 ! 2128 curs=(CH<<8)+CL; 17842 ! Debug: sl int = const 8 to unsigned char CH = [S+$A+2] (used reg = ) 17843 423D 8A46 04 mov al,4[bp] 17844 4240 30E4 xor ah,ah 17845 4242 88C4 mov ah,al 17846 4244 30C0 xor al,al 17847 ! Debug: add unsigned char CL = [S+$A+4] to unsigned int = ax+0 (used reg = ) 17848 4246 0246 06 add al,6[bp] 17849 4249 80D4 00 adc ah,*0 17850 ! Debug: eq unsigned int = ax+0 to unsigned short curs = [S+$A-6] (used reg = ) 17851 424C 8946 FC mov -4[bp],ax 17852 !BCC_EOS 17853 ! 2129 write_word(0x40,0x60,curs); 17854 ! Debug: list unsigned short curs = [S+$A-6] (used reg = ) 17855 424F FF76 FC push -4[bp] 17856 ! Debug: list int = const $60 (used reg = ) 17857 4252 B8 0060 mov ax,*$60 17858 4255 50 push ax 17859 ! Debug: list int = const $40 (used reg = ) 17860 4256 B8 0040 mov ax,*$40 17861 4259 50 push ax 17862 ! Debug: func () void = write_word+0 (used reg = ) 17863 425A E8 39C2 call _write_word 17864 425D 83C4 06 add sp,*6 17865 !BCC_EOS 17866 ! 2130 modeset_ctl=read_byte(0x40,0x89); 17867 ! Debug: list int = const $89 (used reg = ) 17868 4260 B8 0089 mov ax,#$89 17869 4263 50 push ax 17870 ! Debug: list int = const $40 (used reg = ) 17871 4264 B8 0040 mov ax,*$40 17872 4267 50 push ax 17873 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 17874 4268 E8 3976 call _read_byte 17875 426B 83C4 04 add sp,*4 17876 ! Debug: eq unsigned char = al+0 to unsigned char modeset_ctl = [S+$A-9] (used reg = ) 17877 426E 8846 F9 mov -7[bp],al 17878 !BCC_EOS 17879 ! 2131 cheight = read_word(0x40,0x85); 17880 ! Debug: list int = const $85 (used reg = ) 17881 4271 B8 0085 mov ax,#$85 17882 4274 50 push ax 17883 ! Debug: list int = const $40 (used reg = ) 17884 4275 B8 0040 mov ax,*$40 17885 4278 50 push ax 17886 ! Debug: func () unsigned short = read_word+0 (used reg = ) 17887 4279 E8 3978 call _read_word 17888 427C 83C4 04 add sp,*4 17889 ! Debug: eq unsigned short = ax+0 to unsigned short cheight = [S+$A-4] (used reg = ) 17890 427F 8946 FE mov -2[bp],ax 17891 !BCC_EOS 17892 ! 2132 if((modeset_ctl&0x01) && (cheight>8) && (CL<8) && (CH<0x20)) 17893 ! Debug: and int = const 1 to unsigned char modeset_ctl = [S+$A-9] (used reg = ) 17894 4282 8A46 F9 mov al,-7[bp] 17895 4285 24 01 and al,*1 17896 4287 84C0 test al,al 17897 4289 74 66 je .9A 17898 0000428B .9E: 17899 ! Debug: gt int = const 8 to unsigned short cheight = [S+$A-4] (used reg = ) 17900 428B 8B46 FE mov ax,-2[bp] 17901 428E 3D 0008 cmp ax,*8 17902 4291 76 5E jbe .9A 17903 00004293 .9D: 17904 ! Debug: lt int = const 8 to unsigned char CL = [S+$A+4] (used reg = ) 17905 4293 8A46 06 mov al,6[bp] 17906 4296 3C 08 cmp al,*8 17907 4298 73 57 jae .9A 17908 0000429A .9C: 17909 ! Debug: lt int = const $20 to unsigned char CH = [S+$A+2] (used reg = ) 17910 429A 8A46 04 mov al,4[bp] 17911 429D 3C 20 cmp al,*$20 17912 429F 73 50 jae .9A 17913 000042A1 .9B: 17914 ! 2133 { 17915 ! 2134 if(CL!=(CH+1)) 17916 ! Debug: add int = const 1 to unsigned char CH = [S+$A+2] (used reg = ) 17917 42A1 8A46 04 mov al,4[bp] 17918 42A4 30E4 xor ah,ah 17919 ! Debug: ne unsigned int = ax+1 to unsigned char CL = [S+$A+4] (used reg = ) 17920 ! Debug: expression subtree swapping 17921 42A6 40 inc ax 17922 42A7 50 push ax 17923 42A8 8A46 06 mov al,6[bp] 17924 42AB 30E4 xor ah,ah 17925 42AD 3B46 F6 cmp ax,-$A[bp] 17926 42B0 8D66 F8 lea sp,-8[bp] 17927 42B3 74 15 je .9F 17928 000042B5 .A0: 17929 ! 2135 { 17930 ! 2136 CH = ((CH+1) * cheight / 8) -1; 17931 ! Debug: add int = const 1 to unsigned char CH = [S+$A+2] (used reg = ) 17932 42B5 8A46 04 mov al,4[bp] 17933 42B8 30E4 xor ah,ah 17934 ! Debug: mul unsigned short cheight = [S+$A-4] to unsigned int = ax+1 (used reg = ) 17935 42BA 40 inc ax 17936 42BB 8B4E FE mov cx,-2[bp] 17937 42BE F7E9 imul cx 17938 ! Debug: div int = const 8 to unsigned int = ax+0 (used reg = ) 17939 42C0 B1 03 mov cl,*3 17940 42C2 D3E8 shr ax,cl 17941 ! Debug: sub int = const 1 to unsigned int = ax+0 (used reg = ) 17942 ! Debug: eq unsigned int = ax-1 to unsigned char CH = [S+$A+2] (used reg = ) 17943 42C4 48 dec ax 17944 42C5 8846 04 mov 4[bp],al 17945 !BCC_EOS 17946 ! 2137 } 17947 ! 2138 else 17948 ! 2139 { 17949 42C8 EB 14 jmp .A1 17950 000042CA .9F: 17951 ! 2140 CH = ((CL+1) * cheight / 8) - 2; 17952 ! Debug: add int = const 1 to unsigned char CL = [S+$A+4] (used reg = ) 17953 42CA 8A46 06 mov al,6[bp] 17954 42CD 30E4 xor ah,ah 17955 ! Debug: mul unsigned short cheight = [S+$A-4] to unsigned int = ax+1 (used reg = ) 17956 42CF 40 inc ax 17957 42D0 8B4E FE mov cx,-2[bp] 17958 42D3 F7E9 imul cx 17959 ! Debug: div int = const 8 to unsigned int = ax+0 (used reg = ) 17960 42D5 B1 03 mov cl,*3 17961 42D7 D3E8 shr ax,cl 17962 ! Debug: sub int = const 2 to unsigned int = ax+0 (used reg = ) 17963 ! Debug: eq unsigned int = ax-2 to unsigned char CH = [S+$A+2] (used reg = ) 17964 42D9 48 dec ax 17965 42DA 48 dec ax 17966 42DB 8846 04 mov 4[bp],al 17967 !BCC_EOS 17968 ! 2141 } 17969 ! 2142 CL = ((CL+1) * cheight / 8) - 1; 17970 000042DE .A1: 17971 ! Debug: add int = const 1 to unsigned char CL = [S+$A+4] (used reg = ) 17972 42DE 8A46 06 mov al,6[bp] 17973 42E1 30E4 xor ah,ah 17974 ! Debug: mul unsigned short cheight = [S+$A-4] to unsigned int = ax+1 (used reg = ) 17975 42E3 40 inc ax 17976 42E4 8B4E FE mov cx,-2[bp] 17977 42E7 F7E9 imul cx 17978 ! Debug: div int = const 8 to unsigned int = ax+0 (used reg = ) 17979 42E9 B1 03 mov cl,*3 17980 42EB D3E8 shr ax,cl 17981 ! Debug: sub int = const 1 to unsigned int = ax+0 (used reg = ) 17982 ! Debug: eq unsigned int = ax-1 to unsigned char CL = [S+$A+4] (used reg = ) 17983 42ED 48 dec ax 17984 42EE 8846 06 mov 6[bp],al 17985 !BCC_EOS 17986 ! 2143 } 17987 ! 2144 crtc_addr=read_word(0x40,0x63); 17988 000042F1 .9A: 17989 ! Debug: list int = const $63 (used reg = ) 17990 42F1 B8 0063 mov ax,*$63 17991 42F4 50 push ax 17992 ! Debug: list int = const $40 (used reg = ) 17993 42F5 B8 0040 mov ax,*$40 17994 42F8 50 push ax 17995 ! Debug: func () unsigned short = read_word+0 (used reg = ) 17996 42F9 E8 38F8 call _read_word 17997 42FC 83C4 04 add sp,*4 17998 ! Debug: eq unsigned short = ax+0 to unsigned short crtc_addr = [S+$A-8] (used reg = ) 17999 42FF 8946 FA mov -6[bp],ax 18000 !BCC_EOS 18001 ! 2145 outb(crtc_addr,0x0a); 18002 ! Debug: list int = const $A (used reg = ) 18003 4302 B8 000A mov ax,*$A 18004 4305 50 push ax 18005 ! Debug: list unsigned short crtc_addr = [S+$C-8] (used reg = ) 18006 4306 FF76 FA push -6[bp] 18007 ! Debug: func () void = outb+0 (used reg = ) 18008 4309 E8 3941 call _outb 18009 430C 83C4 04 add sp,*4 18010 !BCC_EOS 18011 ! 2146 outb(crtc_addr+1,CH); 18012 ! Debug: list unsigned char CH = [S+$A+2] (used reg = ) 18013 430F 8A46 04 mov al,4[bp] 18014 4312 30E4 xor ah,ah 18015 4314 50 push ax 18016 ! Debug: add int = const 1 to unsigned short crtc_addr = [S+$C-8] (used reg = ) 18017 4315 8B46 FA mov ax,-6[bp] 18018 ! Debug: list unsigned int = ax+1 (used reg = ) 18019 4318 40 inc ax 18020 4319 50 push ax 18021 ! Debug: func () void = outb+0 (used reg = ) 18022 431A E8 3930 call _outb 18023 431D 83C4 04 add sp,*4 18024 !BCC_EOS 18025 ! 2147 outb(crtc_addr,0x0b); 18026 ! Debug: list int = const $B (used reg = ) 18027 4320 B8 000B mov ax,*$B 18028 4323 50 push ax 18029 ! Debug: list unsigned short crtc_addr = [S+$C-8] (used reg = ) 18030 4324 FF76 FA push -6[bp] 18031 ! Debug: func () void = outb+0 (used reg = ) 18032 4327 E8 3923 call _outb 18033 432A 83C4 04 add sp,*4 18034 !BCC_EOS 18035 ! 2148 outb(crtc_addr+1,CL); 18036 ! Debug: list unsigned char CL = [S+$A+4] (used reg = ) 18037 432D 8A46 06 mov al,6[bp] 18038 4330 30E4 xor ah,ah 18039 4332 50 push ax 18040 ! Debug: add int = const 1 to unsigned short crtc_addr = [S+$C-8] (used reg = ) 18041 4333 8B46 FA mov ax,-6[bp] 18042 ! Debug: list unsigned int = ax+1 (used reg = ) 18043 4336 40 inc ax 18044 4337 50 push ax 18045 ! Debug: func () void = outb+0 (used reg = ) 18046 4338 E8 3912 call _outb 18047 433B 83C4 04 add sp,*4 18048 !BCC_EOS 18049 ! 2149 } 18050 433E 89EC mov sp,bp 18051 4340 5D pop bp 18052 4341 C3 ret 18053 ! 2150 static void biosfn_set_cursor_pos (page, cursor) 18054 ! 2151 Bit8u page;Bit16u cursor; 18055 00004342 _biosfn_set_cursor_pos: 18056 !BCC_EOS 18057 !BCC_EOS 18058 ! 2152 { 18059 ! 2153 Bit8u xcurs,ycurs,current; 18060 !BCC_EOS 18061 ! 2154 Bit16u nbcols,nbrows,address,crtc_addr; 18062 !BCC_EOS 18063 ! 2155 if(page>7)return; 18064 4342 55 push bp 18065 4343 89E5 mov bp,sp 18066 4345 83C4 F4 add sp,*-$C 18067 ! Debug: gt int = const 7 to unsigned char page = [S+$E+2] (used reg = ) 18068 4348 8A46 04 mov al,4[bp] 18069 434B 3C 07 cmp al,*7 18070 434D 76 04 jbe .A2 18071 0000434F .A3: 18072 434F 89EC mov sp,bp 18073 4351 5D pop bp 18074 4352 C3 ret 18075 !BCC_EOS 18076 ! 2156 write_word(0x40, 0x50 +2*page, cursor); 18077 00004353 .A2: 18078 ! Debug: list unsigned short cursor = [S+$E+4] (used reg = ) 18079 4353 FF76 06 push 6[bp] 18080 ! Debug: mul unsigned char page = [S+$10+2] to int = const 2 (used reg = ) 18081 ! Debug: expression subtree swapping 18082 4356 8A46 04 mov al,4[bp] 18083 4359 30E4 xor ah,ah 18084 435B D1E0 shl ax,*1 18085 ! Debug: add unsigned int = ax+0 to int = const $50 (used reg = ) 18086 ! Debug: expression subtree swapping 18087 ! Debug: list unsigned int = ax+$50 (used reg = ) 18088 435D 05 0050 add ax,*$50 18089 4360 50 push ax 18090 ! Debug: list int = const $40 (used reg = ) 18091 4361 B8 0040 mov ax,*$40 18092 4364 50 push ax 18093 ! Debug: func () void = write_word+0 (used reg = ) 18094 4365 E8 38B7 call _write_word 18095 4368 83C4 06 add sp,*6 18096 !BCC_EOS 18097 ! 2157 current=read_byte(0x40,0x62); 18098 ! Debug: list int = const $62 (used reg = ) 18099 436B B8 0062 mov ax,*$62 18100 436E 50 push ax 18101 ! Debug: list int = const $40 (used reg = ) 18102 436F B8 0040 mov ax,*$40 18103 4372 50 push ax 18104 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 18105 4373 E8 386B call _read_byte 18106 4376 83C4 04 add sp,*4 18107 ! Debug: eq unsigned char = al+0 to unsigned char current = [S+$E-5] (used reg = ) 18108 4379 8846 FD mov -3[bp],al 18109 !BCC_EOS 18110 ! 2158 if(page==current) 18111 ! Debug: logeq unsigned char current = [S+$E-5] to unsigned char page = [S+$E+2] (used reg = ) 18112 437C 8A46 04 mov al,4[bp] 18113 437F 3A46 FD cmp al,-3[bp] 18114 4382 0F85 00B8 bne .A4 18115 00004386 .A5: 18116 ! 2159 { 18117 ! 2160 nbcols=read_word(0x40,0x4A); 18118 ! Debug: list int = const $4A (used reg = ) 18119 4386 B8 004A mov ax,*$4A 18120 4389 50 push ax 18121 ! Debug: list int = const $40 (used reg = ) 18122 438A B8 0040 mov ax,*$40 18123 438D 50 push ax 18124 ! Debug: func () unsigned short = read_word+0 (used reg = ) 18125 438E E8 3863 call _read_word 18126 4391 83C4 04 add sp,*4 18127 ! Debug: eq unsigned short = ax+0 to unsigned short nbcols = [S+$E-8] (used reg = ) 18128 4394 8946 FA mov -6[bp],ax 18129 !BCC_EOS 18130 ! 2161 nbrows=read_byte(0x40,0x84)+1; 18131 ! Debug: list int = const $84 (used reg = ) 18132 4397 B8 0084 mov ax,#$84 18133 439A 50 push ax 18134 ! Debug: list int = const $40 (used reg = ) 18135 439B B8 0040 mov ax,*$40 18136 439E 50 push ax 18137 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 18138 439F E8 383F call _read_byte 18139 43A2 83C4 04 add sp,*4 18140 ! Debug: add int = const 1 to unsigned char = al+0 (used reg = ) 18141 43A5 30E4 xor ah,ah 18142 ! Debug: eq unsigned int = ax+1 to unsigned short nbrows = [S+$E-$A] (used reg = ) 18143 43A7 40 inc ax 18144 43A8 8946 F8 mov -8[bp],ax 18145 !BCC_EOS 18146 ! 2162 xcurs=cursor&0x00ff;ycurs=(cursor&0xff00 18147 ! Debug: and int = const $FF to unsigned short cursor = [S+$E+4] (used reg = ) 18148 43AB 8A46 06 mov al,6[bp] 18149 ! Debug: eq unsigned char = al+0 to unsigned char xcurs = [S+$E-3] (used reg = ) 18150 43AE 8846 FF mov -1[bp],al 18151 !BCC_EOS 18152 ! 2162 )>>8; 18153 ! Debug: and unsigned int = const $FF00 to unsigned short cursor = [S+$E+4] (used reg = ) 18154 43B1 8B46 06 mov ax,6[bp] 18155 43B4 30C0 xor al,al 18156 ! Debug: sr int = const 8 to unsigned int = ax+0 (used reg = ) 18157 43B6 88E0 mov al,ah 18158 43B8 30E4 xor ah,ah 18159 ! Debug: eq unsigned int = ax+0 to unsigned char ycurs = [S+$E-4] (used reg = ) 18160 43BA 8846 FE mov -2[bp],al 18161 !BCC_EOS 18162 ! 2163 address=((((nbcols*nbrows)|0x00ff)+1)*page)+xcurs+ycurs*nbcols; 18163 ! Debug: mul unsigned short nbcols = [S+$E-8] to unsigned char ycurs = [S+$E-4] (used reg = ) 18164 43BD 8A46 FE mov al,-2[bp] 18165 43C0 30E4 xor ah,ah 18166 43C2 8B4E FA mov cx,-6[bp] 18167 43C5 F7E9 imul cx 18168 43C7 50 push ax 18169 ! Debug: mul unsigned short nbrows = [S+$10-$A] to unsigned short nbcols = [S+$10-8] (used reg = ) 18170 43C8 8B46 FA mov ax,-6[bp] 18171 43CB 8B4E F8 mov cx,-8[bp] 18172 43CE F7E9 imul cx 18173 ! Debug: or int = const $FF to unsigned int = ax+0 (used reg = ) 18174 43D0 0C FF or al,#$FF 18175 ! Debug: add int = const 1 to unsigned int = ax+0 (used reg = ) 18176 ! Debug: mul unsigned char page = [S+$10+2] to unsigned int = ax+1 (used reg = ) 18177 43D2 89C3 mov bx,ax 18178 43D4 8A46 04 mov al,4[bp] 18179 43D7 30E4 xor ah,ah 18180 43D9 93 xchg ax,bx 18181 43DA 40 inc ax 18182 43DB 89D9 mov cx,bx 18183 43DD F7E9 imul cx 18184 ! Debug: add unsigned char xcurs = [S+$10-3] to unsigned int = ax+0 (used reg = ) 18185 43DF 0246 FF add al,-1[bp] 18186 43E2 80D4 00 adc ah,*0 18187 ! Debug: add unsigned int (temp) = [S+$10-$10] to unsigned int = ax+0 (used reg = ) 18188 43E5 0346 F2 add ax,-$E[bp] 18189 43E8 44 inc sp 18190 43E9 44 inc sp 18191 ! Debug: eq unsigned int = ax+0 to unsigned short address = [S+$E-$C] (used reg = ) 18192 43EA 8946 F6 mov -$A[bp],ax 18193 !BCC_EOS 18194 ! 2164 crtc_addr=read_word(0x40,0x63); 18195 ! Debug: list int = const $63 (used reg = ) 18196 43ED B8 0063 mov ax,*$63 18197 43F0 50 push ax 18198 ! Debug: list int = const $40 (used reg = ) 18199 43F1 B8 0040 mov ax,*$40 18200 43F4 50 push ax 18201 ! Debug: func () unsigned short = read_word+0 (used reg = ) 18202 43F5 E8 37FC call _read_word 18203 43F8 83C4 04 add sp,*4 18204 ! Debug: eq unsigned short = ax+0 to unsigned short crtc_addr = [S+$E-$E] (used reg = ) 18205 43FB 8946 F4 mov -$C[bp],ax 18206 !BCC_EOS 18207 ! 2165 outb(crtc_addr,0x0e); 18208 ! Debug: list int = const $E (used reg = ) 18209 43FE B8 000E mov ax,*$E 18210 4401 50 push ax 18211 ! Debug: list unsigned short crtc_addr = [S+$10-$E] (used reg = ) 18212 4402 FF76 F4 push -$C[bp] 18213 ! Debug: func () void = outb+0 (used reg = ) 18214 4405 E8 3845 call _outb 18215 4408 83C4 04 add sp,*4 18216 !BCC_EOS 18217 ! 2166 outb(crtc_addr+1,(address&0xff00)>>8); 18218 ! Debug: and unsigned int = const $FF00 to unsigned short address = [S+$E-$C] (used reg = ) 18219 440B 8B46 F6 mov ax,-$A[bp] 18220 440E 30C0 xor al,al 18221 ! Debug: sr int = const 8 to unsigned int = ax+0 (used reg = ) 18222 4410 88E0 mov al,ah 18223 4412 30E4 xor ah,ah 18224 ! Debug: list unsigned int = ax+0 (used reg = ) 18225 4414 50 push ax 18226 ! Debug: add int = const 1 to unsigned short crtc_addr = [S+$10-$E] (used reg = ) 18227 4415 8B46 F4 mov ax,-$C[bp] 18228 ! Debug: list unsigned int = ax+1 (used reg = ) 18229 4418 40 inc ax 18230 4419 50 push ax 18231 ! Debug: func () void = outb+0 (used reg = ) 18232 441A E8 3830 call _outb 18233 441D 83C4 04 add sp,*4 18234 !BCC_EOS 18235 ! 2167 outb(crtc_addr,0x0f); 18236 ! Debug: list int = const $F (used reg = ) 18237 4420 B8 000F mov ax,*$F 18238 4423 50 push ax 18239 ! Debug: list unsigned short crtc_addr = [S+$10-$E] (used reg = ) 18240 4424 FF76 F4 push -$C[bp] 18241 ! Debug: func () void = outb+0 (used reg = ) 18242 4427 E8 3823 call _outb 18243 442A 83C4 04 add sp,*4 18244 !BCC_EOS 18245 ! 2168 outb(crtc_addr+1,address&0x00ff); 18246 ! Debug: and int = const $FF to unsigned short address = [S+$E-$C] (used reg = ) 18247 442D 8A46 F6 mov al,-$A[bp] 18248 ! Debug: list unsigned char = al+0 (used reg = ) 18249 4430 30E4 xor ah,ah 18250 4432 50 push ax 18251 ! Debug: add int = const 1 to unsigned short crtc_addr = [S+$10-$E] (used reg = ) 18252 4433 8B46 F4 mov ax,-$C[bp] 18253 ! Debug: list unsigned int = ax+1 (used reg = ) 18254 4436 40 inc ax 18255 4437 50 push ax 18256 ! Debug: func () void = outb+0 (used reg = ) 18257 4438 E8 3812 call _outb 18258 443B 83C4 04 add sp,*4 18259 !BCC_EOS 18260 ! 2169 } 18261 ! 2170 } 18262 0000443E .A4: 18263 443E 89EC mov sp,bp 18264 4440 5D pop bp 18265 4441 C3 ret 18266 ! 2171 static void biosfn_get_cursor_pos (page,shape, pos) 18267 ! Register BX used in function biosfn_set_cursor_pos 18268 ! 2172 Bit8u page;Bit16u *shape;Bit16u *pos; 18269 00004442 _biosfn_get_cursor_pos: 18270 !BCC_EOS 18271 !BCC_EOS 18272 !BCC_EOS 18273 ! 2173 { 18274 ! 2174 Bit16u ss=get_SS(); 18275 4442 55 push bp 18276 4443 89E5 mov bp,sp 18277 4445 4C dec sp 18278 4446 4C dec sp 18279 ! Debug: func () unsigned short = get_SS+0 (used reg = ) 18280 4447 E8 3823 call _get_SS 18281 ! Debug: eq unsigned short = ax+0 to unsigned short ss = [S+4-4] (used reg = ) 18282 444A 8946 FE mov -2[bp],ax 18283 !BCC_EOS 18284 ! 2175 write_word(ss, shape, 0); 18285 ! Debug: list int = const 0 (used reg = ) 18286 444D 31C0 xor ax,ax 18287 444F 50 push ax 18288 ! Debug: list * unsigned short shape = [S+6+4] (used reg = ) 18289 4450 FF76 06 push 6[bp] 18290 ! Debug: list unsigned short ss = [S+8-4] (used reg = ) 18291 4453 FF76 FE push -2[bp] 18292 ! Debug: func () void = write_word+0 (used reg = ) 18293 4456 E8 37C6 call _write_word 18294 4459 83C4 06 add sp,*6 18295 !BCC_EOS 18296 ! 2176 write_word(ss, pos, 0); 18297 ! Debug: list int = const 0 (used reg = ) 18298 445C 31C0 xor ax,ax 18299 445E 50 push ax 18300 ! Debug: list * unsigned short pos = [S+6+6] (used reg = ) 18301 445F FF76 08 push 8[bp] 18302 ! Debug: list unsigned short ss = [S+8-4] (used reg = ) 18303 4462 FF76 FE push -2[bp] 18304 ! Debug: func () void = write_word+0 (used reg = ) 18305 4465 E8 37B7 call _write_word 18306 4468 83C4 06 add sp,*6 18307 !BCC_EOS 18308 ! 2177 if(page>7)return; 18309 ! Debug: gt int = const 7 to unsigned char page = [S+4+2] (used reg = ) 18310 446B 8A46 04 mov al,4[bp] 18311 446E 3C 07 cmp al,*7 18312 4470 76 04 jbe .A6 18313 00004472 .A7: 18314 4472 89EC mov sp,bp 18315 4474 5D pop bp 18316 4475 C3 ret 18317 !BCC_EOS 18318 ! 2178 write_word(ss,shape,read_word(0x40,0x60)); 18319 00004476 .A6: 18320 ! Debug: list int = const $60 (used reg = ) 18321 4476 B8 0060 mov ax,*$60 18322 4479 50 push ax 18323 ! Debug: list int = const $40 (used reg = ) 18324 447A B8 0040 mov ax,*$40 18325 447D 50 push ax 18326 ! Debug: func () unsigned short = read_word+0 (used reg = ) 18327 447E E8 3773 call _read_word 18328 4481 83C4 04 add sp,*4 18329 ! Debug: list unsigned short = ax+0 (used reg = ) 18330 4484 50 push ax 18331 ! Debug: list * unsigned short shape = [S+6+4] (used reg = ) 18332 4485 FF76 06 push 6[bp] 18333 ! Debug: list unsigned short ss = [S+8-4] (used reg = ) 18334 4488 FF76 FE push -2[bp] 18335 ! Debug: func () void = write_word+0 (used reg = ) 18336 448B E8 3791 call _write_word 18337 448E 83C4 06 add sp,*6 18338 !BCC_EOS 18339 ! 2179 write_word(ss,pos,read_word(0x40,0x50 +page*2)); 18340 ! Debug: mul int = const 2 to unsigned char page = [S+4+2] (used reg = ) 18341 4491 8A46 04 mov al,4[bp] 18342 4494 30E4 xor ah,ah 18343 4496 D1E0 shl ax,*1 18344 ! Debug: add unsigned int = ax+0 to int = const $50 (used reg = ) 18345 ! Debug: expression subtree swapping 18346 ! Debug: list unsigned int = ax+$50 (used reg = ) 18347 4498 05 0050 add ax,*$50 18348 449B 50 push ax 18349 ! Debug: list int = const $40 (used reg = ) 18350 449C B8 0040 mov ax,*$40 18351 449F 50 push ax 18352 ! Debug: func () unsigned short = read_word+0 (used reg = ) 18353 44A0 E8 3751 call _read_word 18354 44A3 83C4 04 add sp,*4 18355 ! Debug: list unsigned short = ax+0 (used reg = ) 18356 44A6 50 push ax 18357 ! Debug: list * unsigned short pos = [S+6+6] (used reg = ) 18358 44A7 FF76 08 push 8[bp] 18359 ! Debug: list unsigned short ss = [S+8-4] (used reg = ) 18360 44AA FF76 FE push -2[bp] 18361 ! Debug: func () void = write_word+0 (used reg = ) 18362 44AD E8 376F call _write_word 18363 44B0 83C4 06 add sp,*6 18364 !BCC_EOS 18365 ! 2180 } 18366 44B3 89EC mov sp,bp 18367 44B5 5D pop bp 18368 44B6 C3 ret 18369 ! 2181 static void biosfn_set_active_page (page) 18370 ! 2182 Bit8u page; 18371 000044B7 _biosfn_set_active_page: 18372 !BCC_EOS 18373 ! 2183 { 18374 ! 2184 Bit16u cursor,dummy,crtc_addr; 18375 !BCC_EOS 18376 ! 2185 Bit16u nbcols,nbrows,address; 18377 !BCC_EOS 18378 ! 2186 Bit8u mode,line; 18379 !BCC_EOS 18380 ! 2187 if(page>7)return; 18381 44B7 55 push bp 18382 44B8 89E5 mov bp,sp 18383 44BA 83C4 F2 add sp,*-$E 18384 ! Debug: gt int = const 7 to unsigned char page = [S+$10+2] (used reg = ) 18385 44BD 8A46 04 mov al,4[bp] 18386 44C0 3C 07 cmp al,*7 18387 44C2 76 04 jbe .A8 18388 000044C4 .A9: 18389 44C4 89EC mov sp,bp 18390 44C6 5D pop bp 18391 44C7 C3 ret 18392 !BCC_EOS 18393 ! 2188 mode=read_byte(0x40,0x49); 18394 000044C8 .A8: 18395 ! Debug: list int = const $49 (used reg = ) 18396 44C8 B8 0049 mov ax,*$49 18397 44CB 50 push ax 18398 ! Debug: list int = const $40 (used reg = ) 18399 44CC B8 0040 mov ax,*$40 18400 44CF 50 push ax 18401 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 18402 44D0 E8 370E call _read_byte 18403 44D3 83C4 04 add sp,*4 18404 ! Debug: eq unsigned char = al+0 to unsigned char mode = [S+$10-$F] (used reg = ) 18405 44D6 8846 F3 mov -$D[bp],al 18406 !BCC_EOS 18407 ! 2189 line=find_vga_entry(mode); 18408 ! Debug: list unsigned char mode = [S+$10-$F] (used reg = ) 18409 44D9 8A46 F3 mov al,-$D[bp] 18410 44DC 30E4 xor ah,ah 18411 44DE 50 push ax 18412 ! Debug: func () unsigned char = find_vga_entry+0 (used reg = ) 18413 44DF E8 3613 call _find_vga_entry 18414 44E2 44 inc sp 18415 44E3 44 inc sp 18416 ! Debug: eq unsigned char = al+0 to unsigned char line = [S+$10-$10] (used reg = ) 18417 44E4 8846 F2 mov -$E[bp],al 18418 !BCC_EOS 18419 ! 2190 if(line==0xFF)return; 18420 ! Debug: logeq int = const $FF to unsigned char line = [S+$10-$10] (used reg = ) 18421 44E7 8A46 F2 mov al,-$E[bp] 18422 44EA 3C FF cmp al,#$FF 18423 44EC 75 04 jne .AA 18424 000044EE .AB: 18425 44EE 89EC mov sp,bp 18426 44F0 5D pop bp 18427 44F1 C3 ret 18428 !BCC_EOS 18429 ! 2191 biosfn_get_cursor_pos(page,&dummy,&cursor); 18430 000044F2 .AA: 18431 ! Debug: list * unsigned short cursor = S+$10-4 (used reg = ) 18432 44F2 8D5E FE lea bx,-2[bp] 18433 44F5 53 push bx 18434 ! Debug: list * unsigned short dummy = S+$12-6 (used reg = ) 18435 44F6 8D5E FC lea bx,-4[bp] 18436 44F9 53 push bx 18437 ! Debug: list unsigned char page = [S+$14+2] (used reg = ) 18438 44FA 8A46 04 mov al,4[bp] 18439 44FD 30E4 xor ah,ah 18440 44FF 50 push ax 18441 ! Debug: func () void = biosfn_get_cursor_pos+0 (used reg = ) 18442 4500 E8 FF3F call _biosfn_get_cursor_pos 18443 4503 83C4 06 add sp,*6 18444 !BCC_EOS 18445 ! 2192 if(vga_modes[line].class==0x00) 18446 ! Debug: ptradd unsigned char line = [S+$10-$10] to [$10] struct = vga_modes+0 (used reg = ) 18447 4506 8A46 F2 mov al,-$E[bp] 18448 4509 30E4 xor ah,ah 18449 450B B1 03 mov cl,*3 18450 450D D3E0 shl ax,cl 18451 450F 89C3 mov bx,ax 18452 4511 81C3 01F6 add bx,#_vga_modes 18453 ! Debug: logeq int = const 0 to unsigned char = [bx+1] (used reg = ) 18454 4515 8A47 01 mov al,1[bx] 18455 4518 84C0 test al,al 18456 451A 75 6E jne .AC 18457 0000451C .AD: 18458 ! 2193 { 18459 ! 2194 nbcols=read_word(0x40,0x4A); 18460 ! Debug: list int = const $4A (used reg = ) 18461 451C B8 004A mov ax,*$4A 18462 451F 50 push ax 18463 ! Debug: list int = const $40 (used reg = ) 18464 4520 B8 0040 mov ax,*$40 18465 4523 50 push ax 18466 ! Debug: func () unsigned short = read_word+0 (used reg = ) 18467 4524 E8 36CD call _read_word 18468 4527 83C4 04 add sp,*4 18469 ! Debug: eq unsigned short = ax+0 to unsigned short nbcols = [S+$10-$A] (used reg = ) 18470 452A 8946 F8 mov -8[bp],ax 18471 !BCC_EOS 18472 ! 2195 nbrows=read_byte(0x40,0x84)+1; 18473 ! Debug: list int = const $84 (used reg = ) 18474 452D B8 0084 mov ax,#$84 18475 4530 50 push ax 18476 ! Debug: list int = const $40 (used reg = ) 18477 4531 B8 0040 mov ax,*$40 18478 4534 50 push ax 18479 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 18480 4535 E8 36A9 call _read_byte 18481 4538 83C4 04 add sp,*4 18482 ! Debug: add int = const 1 to unsigned char = al+0 (used reg = ) 18483 453B 30E4 xor ah,ah 18484 ! Debug: eq unsigned int = ax+1 to unsigned short nbrows = [S+$10-$C] (used reg = ) 18485 453D 40 inc ax 18486 453E 8946 F6 mov -$A[bp],ax 18487 !BCC_EOS 18488 ! 2196 address=((((nbcols*nbrows*2)|0x00ff)+1)*page); 18489 ! Debug: mul unsigned short nbrows = [S+$10-$C] to unsigned short nbcols = [S+$10-$A] (used reg = ) 18490 4541 8B46 F8 mov ax,-8[bp] 18491 4544 8B4E F6 mov cx,-$A[bp] 18492 4547 F7E9 imul cx 18493 ! Debug: mul int = const 2 to unsigned int = ax+0 (used reg = ) 18494 4549 D1E0 shl ax,*1 18495 ! Debug: or int = const $FF to unsigned int = ax+0 (used reg = ) 18496 454B 0C FF or al,#$FF 18497 ! Debug: add int = const 1 to unsigned int = ax+0 (used reg = ) 18498 ! Debug: mul unsigned char page = [S+$10+2] to unsigned int = ax+1 (used reg = ) 18499 454D 89C3 mov bx,ax 18500 454F 8A46 04 mov al,4[bp] 18501 4552 30E4 xor ah,ah 18502 4554 93 xchg ax,bx 18503 4555 40 inc ax 18504 4556 89D9 mov cx,bx 18505 4558 F7E9 imul cx 18506 ! Debug: eq unsigned int = ax+0 to unsigned short address = [S+$10-$E] (used reg = ) 18507 455A 8946 F4 mov -$C[bp],ax 18508 !BCC_EOS 18509 ! 2197 write_word(0x40,0x4E,address); 18510 ! Debug: list unsigned short address = [S+$10-$E] (used reg = ) 18511 455D FF76 F4 push -$C[bp] 18512 ! Debug: list int = const $4E (used reg = ) 18513 4560 B8 004E mov ax,*$4E 18514 4563 50 push ax 18515 ! Debug: list int = const $40 (used reg = ) 18516 4564 B8 0040 mov ax,*$40 18517 4567 50 push ax 18518 ! Debug: func () void = write_word+0 (used reg = ) 18519 4568 E8 36B4 call _write_word 18520 456B 83C4 06 add sp,*6 18521 !BCC_EOS 18522 ! 2198 address=((((nbcols*nbrows)|0x00ff)+1)*page); 18523 ! Debug: mul unsigned short nbrows = [S+$10-$C] to unsigned short nbcols = [S+$10-$A] (used reg = ) 18524 456E 8B46 F8 mov ax,-8[bp] 18525 4571 8B4E F6 mov cx,-$A[bp] 18526 4574 F7E9 imul cx 18527 ! Debug: or int = const $FF to unsigned int = ax+0 (used reg = ) 18528 4576 0C FF or al,#$FF 18529 ! Debug: add int = const 1 to unsigned int = ax+0 (used reg = ) 18530 ! Debug: mul unsigned char page = [S+$10+2] to unsigned int = ax+1 (used reg = ) 18531 4578 89C3 mov bx,ax 18532 457A 8A46 04 mov al,4[bp] 18533 457D 30E4 xor ah,ah 18534 457F 93 xchg ax,bx 18535 4580 40 inc ax 18536 4581 89D9 mov cx,bx 18537 4583 F7E9 imul cx 18538 ! Debug: eq unsigned int = ax+0 to unsigned short address = [S+$10-$E] (used reg = ) 18539 4585 8946 F4 mov -$C[bp],ax 18540 !BCC_EOS 18541 ! 2199 } 18542 ! 2200 else 18543 ! 2201 { 18544 4588 EB 24 jmp .AE 18545 0000458A .AC: 18546 ! 2202 address = page * (*(Bit16u *)&video_param_table[line_to_vpti[line]].slength_l); 18547 ! Debug: ptradd unsigned char line = [S+$10-$10] to [$10] unsigned char = line_to_vpti+0 (used reg = ) 18548 458A 8A46 F2 mov al,-$E[bp] 18549 458D 30E4 xor ah,ah 18550 458F 89C3 mov bx,ax 18551 ! Debug: ptradd unsigned char = [bx+_line_to_vpti+0] to [$1E] struct = video_param_table+0 (used reg = ) 18552 4591 8A87 0276 mov al,_line_to_vpti[bx] 18553 4595 30E4 xor ah,ah 18554 4597 B1 06 mov cl,*6 18555 4599 D3E0 shl ax,cl 18556 459B 89C3 mov bx,ax 18557 459D 81C3 028A add bx,#_video_param_table 18558 ! Debug: address unsigned char = [bx+3] (used reg = ) 18559 ! Debug: cast * unsigned short = const 0 to * unsigned char = bx+3 (used reg = ) 18560 ! Debug: mul unsigned short = [bx+3] to unsigned char page = [S+$10+2] (used reg = ) 18561 45A1 8A46 04 mov al,4[bp] 18562 45A4 30E4 xor ah,ah 18563 45A6 8B4F 03 mov cx,3[bx] 18564 45A9 F7E9 imul cx 18565 ! Debug: eq unsigned int = ax+0 to unsigned short address = [S+$10-$E] (used reg = ) 18566 45AB 8946 F4 mov -$C[bp],ax 18567 !BCC_EOS 18568 ! 2203 } 18569 ! 2204 crtc_addr=read_word(0x40,0x63); 18570 000045AE .AE: 18571 ! Debug: list int = const $63 (used reg = ) 18572 45AE B8 0063 mov ax,*$63 18573 45B1 50 push ax 18574 ! Debug: list int = const $40 (used reg = ) 18575 45B2 B8 0040 mov ax,*$40 18576 45B5 50 push ax 18577 ! Debug: func () unsigned short = read_word+0 (used reg = ) 18578 45B6 E8 363B call _read_word 18579 45B9 83C4 04 add sp,*4 18580 ! Debug: eq unsigned short = ax+0 to unsigned short crtc_addr = [S+$10-8] (used reg = ) 18581 45BC 8946 FA mov -6[bp],ax 18582 !BCC_EOS 18583 ! 2205 outb(crtc_addr,0x0c); 18584 ! Debug: list int = const $C (used reg = ) 18585 45BF B8 000C mov ax,*$C 18586 45C2 50 push ax 18587 ! Debug: list unsigned short crtc_addr = [S+$12-8] (used reg = ) 18588 45C3 FF76 FA push -6[bp] 18589 ! Debug: func () void = outb+0 (used reg = ) 18590 45C6 E8 3684 call _outb 18591 45C9 83C4 04 add sp,*4 18592 !BCC_EOS 18593 ! 2206 outb(crtc_addr+1,(address&0xff00)>>8); 18594 ! Debug: and unsigned int = const $FF00 to unsigned short address = [S+$10-$E] (used reg = ) 18595 45CC 8B46 F4 mov ax,-$C[bp] 18596 45CF 30C0 xor al,al 18597 ! Debug: sr int = const 8 to unsigned int = ax+0 (used reg = ) 18598 45D1 88E0 mov al,ah 18599 45D3 30E4 xor ah,ah 18600 ! Debug: list unsigned int = ax+0 (used reg = ) 18601 45D5 50 push ax 18602 ! Debug: add int = const 1 to unsigned short crtc_addr = [S+$12-8] (used reg = ) 18603 45D6 8B46 FA mov ax,-6[bp] 18604 ! Debug: list unsigned int = ax+1 (used reg = ) 18605 45D9 40 inc ax 18606 45DA 50 push ax 18607 ! Debug: func () void = outb+0 (used reg = ) 18608 45DB E8 366F call _outb 18609 45DE 83C4 04 add sp,*4 18610 !BCC_EOS 18611 ! 2207 outb(crtc_addr,0x0d); 18612 ! Debug: list int = const $D (used reg = ) 18613 45E1 B8 000D mov ax,*$D 18614 45E4 50 push ax 18615 ! Debug: list unsigned short crtc_addr = [S+$12-8] (used reg = ) 18616 45E5 FF76 FA push -6[bp] 18617 ! Debug: func () void = outb+0 (used reg = ) 18618 45E8 E8 3662 call _outb 18619 45EB 83C4 04 add sp,*4 18620 !BCC_EOS 18621 ! 2208 outb(crtc_addr+1,address&0x00ff); 18622 ! Debug: and int = const $FF to unsigned short address = [S+$10-$E] (used reg = ) 18623 45EE 8A46 F4 mov al,-$C[bp] 18624 ! Debug: list unsigned char = al+0 (used reg = ) 18625 45F1 30E4 xor ah,ah 18626 45F3 50 push ax 18627 ! Debug: add int = const 1 to unsigned short crtc_addr = [S+$12-8] (used reg = ) 18628 45F4 8B46 FA mov ax,-6[bp] 18629 ! Debug: list unsigned int = ax+1 (used reg = ) 18630 45F7 40 inc ax 18631 45F8 50 push ax 18632 ! Debug: func () void = outb+0 (used reg = ) 18633 45F9 E8 3651 call _outb 18634 45FC 83C4 04 add sp,*4 18635 !BCC_EOS 18636 ! 2209 write_byte(0x40,0x62,page); 18637 ! Debug: list unsigned char page = [S+$10+2] (used reg = ) 18638 45FF 8A46 04 mov al,4[bp] 18639 4602 30E4 xor ah,ah 18640 4604 50 push ax 18641 ! Debug: list int = const $62 (used reg = ) 18642 4605 B8 0062 mov ax,*$62 18643 4608 50 push ax 18644 ! Debug: list int = const $40 (used reg = ) 18645 4609 B8 0040 mov ax,*$40 18646 460C 50 push ax 18647 ! Debug: func () void = write_byte+0 (used reg = ) 18648 460D E8 35F7 call _write_byte 18649 4610 83C4 06 add sp,*6 18650 !BCC_EOS 18651 ! 2210 biosfn_set_cursor_pos(page,cursor); 18652 ! Debug: list unsigned short cursor = [S+$10-4] (used reg = ) 18653 4613 FF76 FE push -2[bp] 18654 ! Debug: list unsigned char page = [S+$12+2] (used reg = ) 18655 4616 8A46 04 mov al,4[bp] 18656 4619 30E4 xor ah,ah 18657 461B 50 push ax 18658 ! Debug: func () void = biosfn_set_cursor_pos+0 (used reg = ) 18659 461C E8 FD23 call _biosfn_set_cursor_pos 18660 461F 83C4 04 add sp,*4 18661 !BCC_EOS 18662 ! 2211 } 18663 4622 89EC mov sp,bp 18664 4624 5D pop bp 18665 4625 C3 ret 18666 ! 2212 static void vgamem_copy_pl4(xstart,ysrc,ydest,cols,nbcols,cheight) 18667 ! Register BX used in function biosfn_set_active_page 18668 ! 2213 Bit8u xstart;Bit8u ysrc;Bit8u ydest;Bit8u cols;Bit8u nbcols;Bit8u cheight; 18669 00004626 _vgamem_copy_pl4: 18670 !BCC_EOS 18671 !BCC_EOS 18672 !BCC_EOS 18673 !BCC_EOS 18674 !BCC_EOS 18675 !BCC_EOS 18676 ! 2214 { 18677 ! 2215 Bit16u src,dest; 18678 !BCC_EOS 18679 ! 2216 Bit8u i; 18680 !BCC_EOS 18681 ! 2217 src=ysrc*cheight*nbcols+xstart; 18682 4626 55 push bp 18683 4627 89E5 mov bp,sp 18684 4629 83C4 FA add sp,*-6 18685 ! Debug: mul unsigned char cheight = [S+8+$C] to unsigned char ysrc = [S+8+4] (used reg = ) 18686 462C 8A46 0E mov al,$E[bp] 18687 462F 30E4 xor ah,ah 18688 4631 89C3 mov bx,ax 18689 4633 8A46 06 mov al,6[bp] 18690 4636 30E4 xor ah,ah 18691 4638 89D9 mov cx,bx 18692 463A F7E9 imul cx 18693 ! Debug: mul unsigned char nbcols = [S+8+$A] to unsigned int = ax+0 (used reg = ) 18694 463C 89C3 mov bx,ax 18695 463E 8A46 0C mov al,$C[bp] 18696 4641 30E4 xor ah,ah 18697 4643 93 xchg ax,bx 18698 4644 89D9 mov cx,bx 18699 4646 F7E9 imul cx 18700 ! Debug: add unsigned char xstart = [S+8+2] to unsigned int = ax+0 (used reg = ) 18701 4648 0246 04 add al,4[bp] 18702 464B 80D4 00 adc ah,*0 18703 ! Debug: eq unsigned int = ax+0 to unsigned short src = [S+8-4] (used reg = ) 18704 464E 8946 FE mov -2[bp],ax 18705 !BCC_EOS 18706 ! 2218 dest=ydest*cheight*nbcols+xstart; 18707 ! Debug: mul unsigned char cheight = [S+8+$C] to unsigned char ydest = [S+8+6] (used reg = ) 18708 4651 8A46 0E mov al,$E[bp] 18709 4654 30E4 xor ah,ah 18710 4656 89C3 mov bx,ax 18711 4658 8A46 08 mov al,8[bp] 18712 465B 30E4 xor ah,ah 18713 465D 89D9 mov cx,bx 18714 465F F7E9 imul cx 18715 ! Debug: mul unsigned char nbcols = [S+8+$A] to unsigned int = ax+0 (used reg = ) 18716 4661 89C3 mov bx,ax 18717 4663 8A46 0C mov al,$C[bp] 18718 4666 30E4 xor ah,ah 18719 4668 93 xchg ax,bx 18720 4669 89D9 mov cx,bx 18721 466B F7E9 imul cx 18722 ! Debug: add unsigned char xstart = [S+8+2] to unsigned int = ax+0 (used reg = ) 18723 466D 0246 04 add al,4[bp] 18724 4670 80D4 00 adc ah,*0 18725 ! Debug: eq unsigned int = ax+0 to unsigned short dest = [S+8-6] (used reg = ) 18726 4673 8946 FC mov -4[bp],ax 18727 !BCC_EOS 18728 ! 2219 outw(0x3ce, 0x0105); 18729 ! Debug: list int = const $105 (used reg = ) 18730 4676 B8 0105 mov ax,#$105 18731 4679 50 push ax 18732 ! Debug: list int = const $3CE (used reg = ) 18733 467A B8 03CE mov ax,#$3CE 18734 467D 50 push ax 18735 ! Debug: func () void = outw+0 (used reg = ) 18736 467E E8 35DC call _outw 18737 4681 83C4 04 add sp,*4 18738 !BCC_EOS 18739 ! 2220 for(i=0;i>1)+xstart; 18951 4773 55 push bp 18952 4774 89E5 mov bp,sp 18953 4776 83C4 FA add sp,*-6 18954 ! Debug: mul unsigned char cheight = [S+8+$C] to unsigned char ysrc = [S+8+4] (used reg = ) 18955 4779 8A46 0E mov al,$E[bp] 18956 477C 30E4 xor ah,ah 18957 477E 89C3 mov bx,ax 18958 4780 8A46 06 mov al,6[bp] 18959 4783 30E4 xor ah,ah 18960 4785 89D9 mov cx,bx 18961 4787 F7E9 imul cx 18962 ! Debug: mul unsigned char nbcols = [S+8+$A] to unsigned int = ax+0 (used reg = ) 18963 4789 89C3 mov bx,ax 18964 478B 8A46 0C mov al,$C[bp] 18965 478E 30E4 xor ah,ah 18966 4790 93 xchg ax,bx 18967 4791 89D9 mov cx,bx 18968 4793 F7E9 imul cx 18969 ! Debug: sr int = const 1 to unsigned int = ax+0 (used reg = ) 18970 4795 D1E8 shr ax,*1 18971 ! Debug: add unsigned char xstart = [S+8+2] to unsigned int = ax+0 (used reg = ) 18972 4797 0246 04 add al,4[bp] 18973 479A 80D4 00 adc ah,*0 18974 ! Debug: eq unsigned int = ax+0 to unsigned short src = [S+8-4] (used reg = ) 18975 479D 8946 FE mov -2[bp],ax 18976 !BCC_EOS 18977 ! 2245 dest=((ydest*cheight*nbcols)>>1)+xstart; 18978 ! Debug: mul unsigned char cheight = [S+8+$C] to unsigned char ydest = [S+8+6] (used reg = ) 18979 47A0 8A46 0E mov al,$E[bp] 18980 47A3 30E4 xor ah,ah 18981 47A5 89C3 mov bx,ax 18982 47A7 8A46 08 mov al,8[bp] 18983 47AA 30E4 xor ah,ah 18984 47AC 89D9 mov cx,bx 18985 47AE F7E9 imul cx 18986 ! Debug: mul unsigned char nbcols = [S+8+$A] to unsigned int = ax+0 (used reg = ) 18987 47B0 89C3 mov bx,ax 18988 47B2 8A46 0C mov al,$C[bp] 18989 47B5 30E4 xor ah,ah 18990 47B7 93 xchg ax,bx 18991 47B8 89D9 mov cx,bx 18992 47BA F7E9 imul cx 18993 ! Debug: sr int = const 1 to unsigned int = ax+0 (used reg = ) 18994 47BC D1E8 shr ax,*1 18995 ! Debug: add unsigned char xstart = [S+8+2] to unsigned int = ax+0 (used reg = ) 18996 47BE 0246 04 add al,4[bp] 18997 47C1 80D4 00 adc ah,*0 18998 ! Debug: eq unsigned int = ax+0 to unsigned short dest = [S+8-6] (used reg = ) 18999 47C4 8946 FC mov -4[bp],ax 19000 !BCC_EOS 19001 ! 2246 for(i=0;i>1)*nbcols,0xb800,0x2000+src+(i>>1)*nbcols,cols); 19018 ! Debug: list unsigned char cols = [S+8+8] (used reg = ) 19019 47D8 8A46 0A mov al,$A[bp] 19020 47DB 30E4 xor ah,ah 19021 47DD 50 push ax 19022 ! Debug: sr int = const 1 to unsigned char i = [S+$A-7] (used reg = ) 19023 47DE 8A46 FB mov al,-5[bp] 19024 47E1 30E4 xor ah,ah 19025 47E3 D1E8 shr ax,*1 19026 ! Debug: mul unsigned char nbcols = [S+$A+$A] to unsigned int = ax+0 (used reg = ) 19027 47E5 89C3 mov bx,ax 19028 47E7 8A46 0C mov al,$C[bp] 19029 47EA 30E4 xor ah,ah 19030 47EC 93 xchg ax,bx 19031 47ED 89D9 mov cx,bx 19032 47EF F7E9 imul cx 19033 47F1 50 push ax 19034 ! Debug: add unsigned short src = [S+$C-4] to int = const $2000 (used reg = ) 19035 ! Debug: expression subtree swapping 19036 47F2 8B46 FE mov ax,-2[bp] 19037 ! Debug: add unsigned int (temp) = [S+$C-$C] to unsigned int = ax+$2000 (used reg = ) 19038 47F5 05 2000 add ax,#$2000 19039 47F8 0346 F6 add ax,-$A[bp] 19040 47FB 44 inc sp 19041 47FC 44 inc sp 19042 ! Debug: list unsigned int = ax+0 (used reg = ) 19043 47FD 50 push ax 19044 ! Debug: list unsigned int = const $B800 (used reg = ) 19045 47FE B8 B800 mov ax,#$B800 19046 4801 50 push ax 19047 ! Debug: sr int = const 1 to unsigned char i = [S+$E-7] (used reg = ) 19048 4802 8A46 FB mov al,-5[bp] 19049 4805 30E4 xor ah,ah 19050 4807 D1E8 shr ax,*1 19051 ! Debug: mul unsigned char nbcols = [S+$E+$A] to unsigned int = ax+0 (used reg = ) 19052 4809 89C3 mov bx,ax 19053 480B 8A46 0C mov al,$C[bp] 19054 480E 30E4 xor ah,ah 19055 4810 93 xchg ax,bx 19056 4811 89D9 mov cx,bx 19057 4813 F7E9 imul cx 19058 4815 50 push ax 19059 ! Debug: add unsigned short dest = [S+$10-6] to int = const $2000 (used reg = ) 19060 ! Debug: expression subtree swapping 19061 4816 8B46 FC mov ax,-4[bp] 19062 ! Debug: add unsigned int (temp) = [S+$10-$10] to unsigned int = ax+$2000 (used reg = ) 19063 4819 05 2000 add ax,#$2000 19064 481C 0346 F2 add ax,-$E[bp] 19065 481F 44 inc sp 19066 4820 44 inc sp 19067 ! Debug: list unsigned int = ax+0 (used reg = ) 19068 4821 50 push ax 19069 ! Debug: list unsigned int = const $B800 (used reg = ) 19070 4822 B8 B800 mov ax,#$B800 19071 4825 50 push ax 19072 ! Debug: func () void = memcpyb+0 (used reg = ) 19073 4826 E8 3358 call _memcpyb 19074 4829 83C4 0A add sp,*$A 19075 !BCC_EOS 19076 ! 2250 else 19077 ! 2251 memcpyb(0xb800,dest+(i>>1)*nbcols,0xb800,src+(i>>1)*nbcols,cols); 19078 482C EB 42 jmp .BF 19079 0000482E .BD: 19080 ! Debug: list unsigned char cols = [S+8+8] (used reg = ) 19081 482E 8A46 0A mov al,$A[bp] 19082 4831 30E4 xor ah,ah 19083 4833 50 push ax 19084 ! Debug: sr int = const 1 to unsigned char i = [S+$A-7] (used reg = ) 19085 4834 8A46 FB mov al,-5[bp] 19086 4837 30E4 xor ah,ah 19087 4839 D1E8 shr ax,*1 19088 ! Debug: mul unsigned char nbcols = [S+$A+$A] to unsigned int = ax+0 (used reg = ) 19089 483B 89C3 mov bx,ax 19090 483D 8A46 0C mov al,$C[bp] 19091 4840 30E4 xor ah,ah 19092 4842 93 xchg ax,bx 19093 4843 89D9 mov cx,bx 19094 4845 F7E9 imul cx 19095 ! Debug: add unsigned int = ax+0 to unsigned short src = [S+$A-4] (used reg = ) 19096 ! Debug: expression subtree swapping 19097 4847 0346 FE add ax,-2[bp] 19098 ! Debug: list unsigned int = ax+0 (used reg = ) 19099 484A 50 push ax 19100 ! Debug: list unsigned int = const $B800 (used reg = ) 19101 484B B8 B800 mov ax,#$B800 19102 484E 50 push ax 19103 ! Debug: sr int = const 1 to unsigned char i = [S+$E-7] (used reg = ) 19104 484F 8A46 FB mov al,-5[bp] 19105 4852 30E4 xor ah,ah 19106 4854 D1E8 shr ax,*1 19107 ! Debug: mul unsigned char nbcols = [S+$E+$A] to unsigned int = ax+0 (used reg = ) 19108 4856 89C3 mov bx,ax 19109 4858 8A46 0C mov al,$C[bp] 19110 485B 30E4 xor ah,ah 19111 485D 93 xchg ax,bx 19112 485E 89D9 mov cx,bx 19113 4860 F7E9 imul cx 19114 ! Debug: add unsigned int = ax+0 to unsigned short dest = [S+$E-6] (used reg = ) 19115 ! Debug: expression subtree swapping 19116 4862 0346 FC add ax,-4[bp] 19117 ! Debug: list unsigned int = ax+0 (used reg = ) 19118 4865 50 push ax 19119 ! Debug: list unsigned int = const $B800 (used reg = ) 19120 4866 B8 B800 mov ax,#$B800 19121 4869 50 push ax 19122 ! Debug: func () void = memcpyb+0 (used reg = ) 19123 486A E8 3314 call _memcpyb 19124 486D 83C4 0A add sp,*$A 19125 !BCC_EOS 19126 ! 2252 } 19127 00004870 .BF: 19128 ! 2253 } 19129 00004870 .BA: 19130 ! Debug: postinc unsigned char i = [S+8-7] (used reg = ) 19131 4870 8A46 FB mov al,-5[bp] 19132 4873 40 inc ax 19133 4874 8846 FB mov -5[bp],al 19134 00004877 .BB: 19135 ! Debug: lt unsigned char cheight = [S+8+$C] to unsigned char i = [S+8-7] (used reg = ) 19136 4877 8A46 FB mov al,-5[bp] 19137 487A 3A46 0E cmp al,$E[bp] 19138 487D 0F82 FF4E blo .BC 19139 00004881 .C0: 19140 00004881 .B9: 19141 4881 89EC mov sp,bp 19142 4883 5D pop bp 19143 4884 C3 ret 19144 ! 2254 static void vgamem_fill_cga(xstart,ystart,cols,nbcols,cheight,attr) 19145 ! Register BX used in function vgamem_copy_cga 19146 ! 2255 Bit8u xstart;Bit8u ystart;Bit8u cols;Bit8u nbcols;Bit8u cheight;Bit8u attr; 19147 00004885 _vgamem_fill_cga: 19148 !BCC_EOS 19149 !BCC_EOS 19150 !BCC_EOS 19151 !BCC_EOS 19152 !BCC_EOS 19153 !BCC_EOS 19154 ! 2256 { 19155 ! 2257 Bit16u dest; 19156 !BCC_EOS 19157 ! 2258 Bit8u i; 19158 !BCC_EOS 19159 ! 2259 dest=((ystart*cheight*nbcols)>>1)+xstart; 19160 4885 55 push bp 19161 4886 89E5 mov bp,sp 19162 4888 83C4 FC add sp,*-4 19163 ! Debug: mul unsigned char cheight = [S+6+$A] to unsigned char ystart = [S+6+4] (used reg = ) 19164 488B 8A46 0C mov al,$C[bp] 19165 488E 30E4 xor ah,ah 19166 4890 89C3 mov bx,ax 19167 4892 8A46 06 mov al,6[bp] 19168 4895 30E4 xor ah,ah 19169 4897 89D9 mov cx,bx 19170 4899 F7E9 imul cx 19171 ! Debug: mul unsigned char nbcols = [S+6+8] to unsigned int = ax+0 (used reg = ) 19172 489B 89C3 mov bx,ax 19173 489D 8A46 0A mov al,$A[bp] 19174 48A0 30E4 xor ah,ah 19175 48A2 93 xchg ax,bx 19176 48A3 89D9 mov cx,bx 19177 48A5 F7E9 imul cx 19178 ! Debug: sr int = const 1 to unsigned int = ax+0 (used reg = ) 19179 48A7 D1E8 shr ax,*1 19180 ! Debug: add unsigned char xstart = [S+6+2] to unsigned int = ax+0 (used reg = ) 19181 48A9 0246 04 add al,4[bp] 19182 48AC 80D4 00 adc ah,*0 19183 ! Debug: eq unsigned int = ax+0 to unsigned short dest = [S+6-4] (used reg = ) 19184 48AF 8946 FE mov -2[bp],ax 19185 !BCC_EOS 19186 ! 2260 for(i=0;i>1)*nbcols,attr,cols); 19203 ! Debug: list unsigned char cols = [S+6+6] (used reg = ) 19204 48C2 8A46 08 mov al,8[bp] 19205 48C5 30E4 xor ah,ah 19206 48C7 50 push ax 19207 ! Debug: list unsigned char attr = [S+8+$C] (used reg = ) 19208 48C8 8A46 0E mov al,$E[bp] 19209 48CB 30E4 xor ah,ah 19210 48CD 50 push ax 19211 ! Debug: sr int = const 1 to unsigned char i = [S+$A-5] (used reg = ) 19212 48CE 8A46 FD mov al,-3[bp] 19213 48D1 30E4 xor ah,ah 19214 48D3 D1E8 shr ax,*1 19215 ! Debug: mul unsigned char nbcols = [S+$A+8] to unsigned int = ax+0 (used reg = ) 19216 48D5 89C3 mov bx,ax 19217 48D7 8A46 0A mov al,$A[bp] 19218 48DA 30E4 xor ah,ah 19219 48DC 93 xchg ax,bx 19220 48DD 89D9 mov cx,bx 19221 48DF F7E9 imul cx 19222 48E1 50 push ax 19223 ! Debug: add unsigned short dest = [S+$C-4] to int = const $2000 (used reg = ) 19224 ! Debug: expression subtree swapping 19225 48E2 8B46 FE mov ax,-2[bp] 19226 ! Debug: add unsigned int (temp) = [S+$C-$C] to unsigned int = ax+$2000 (used reg = ) 19227 48E5 05 2000 add ax,#$2000 19228 48E8 0346 F6 add ax,-$A[bp] 19229 48EB 44 inc sp 19230 48EC 44 inc sp 19231 ! Debug: list unsigned int = ax+0 (used reg = ) 19232 48ED 50 push ax 19233 ! Debug: list unsigned int = const $B800 (used reg = ) 19234 48EE B8 B800 mov ax,#$B800 19235 48F1 50 push ax 19236 ! Debug: func () void = memsetb+0 (used reg = ) 19237 48F2 E8 3242 call _memsetb 19238 48F5 83C4 08 add sp,*8 19239 !BCC_EOS 19240 ! 2264 else 19241 ! 2265 memsetb(0xb800,dest+(i>>1)*nbcols,attr,cols); 19242 48F8 EB 2D jmp .C7 19243 000048FA .C5: 19244 ! Debug: list unsigned char cols = [S+6+6] (used reg = ) 19245 48FA 8A46 08 mov al,8[bp] 19246 48FD 30E4 xor ah,ah 19247 48FF 50 push ax 19248 ! Debug: list unsigned char attr = [S+8+$C] (used reg = ) 19249 4900 8A46 0E mov al,$E[bp] 19250 4903 30E4 xor ah,ah 19251 4905 50 push ax 19252 ! Debug: sr int = const 1 to unsigned char i = [S+$A-5] (used reg = ) 19253 4906 8A46 FD mov al,-3[bp] 19254 4909 30E4 xor ah,ah 19255 490B D1E8 shr ax,*1 19256 ! Debug: mul unsigned char nbcols = [S+$A+8] to unsigned int = ax+0 (used reg = ) 19257 490D 89C3 mov bx,ax 19258 490F 8A46 0A mov al,$A[bp] 19259 4912 30E4 xor ah,ah 19260 4914 93 xchg ax,bx 19261 4915 89D9 mov cx,bx 19262 4917 F7E9 imul cx 19263 ! Debug: add unsigned int = ax+0 to unsigned short dest = [S+$A-4] (used reg = ) 19264 ! Debug: expression subtree swapping 19265 4919 0346 FE add ax,-2[bp] 19266 ! Debug: list unsigned int = ax+0 (used reg = ) 19267 491C 50 push ax 19268 ! Debug: list unsigned int = const $B800 (used reg = ) 19269 491D B8 B800 mov ax,#$B800 19270 4920 50 push ax 19271 ! Debug: func () void = memsetb+0 (used reg = ) 19272 4921 E8 3213 call _memsetb 19273 4924 83C4 08 add sp,*8 19274 !BCC_EOS 19275 ! 2266 } 19276 00004927 .C7: 19277 ! 2267 } 19278 00004927 .C2: 19279 ! Debug: postinc unsigned char i = [S+6-5] (used reg = ) 19280 4927 8A46 FD mov al,-3[bp] 19281 492A 40 inc ax 19282 492B 8846 FD mov -3[bp],al 19283 0000492E .C3: 19284 ! Debug: lt unsigned char cheight = [S+6+$A] to unsigned char i = [S+6-5] (used reg = ) 19285 492E 8A46 FD mov al,-3[bp] 19286 4931 3A46 0C cmp al,$C[bp] 19287 4934 72 83 jb .C4 19288 00004936 .C8: 19289 00004936 .C1: 19290 4936 89EC mov sp,bp 19291 4938 5D pop bp 19292 4939 C3 ret 19293 ! 2268 static void biosfn_scroll (nblines,attr,rul,cul,rlr,clr,page,dir) 19294 ! Register BX used in function vgamem_fill_cga 19295 ! 2269 Bit8u nblines;Bit8u attr;Bit8u rul;Bit8u cul;Bit8u rlr;Bit8u clr;Bit8u page;Bit8u dir; 19296 0000493A _biosfn_scroll: 19297 !BCC_EOS 19298 !BCC_EOS 19299 !BCC_EOS 19300 !BCC_EOS 19301 !BCC_EOS 19302 !BCC_EOS 19303 !BCC_EOS 19304 !BCC_EOS 19305 ! 2270 { 19306 ! 2271 Bit8u mode,line,cheight,bpp,cols; 19307 !BCC_EOS 19308 ! 2272 Bit16u nbcols,nbrows,i; 19309 !BCC_EOS 19310 ! 2273 Bit16u address; 19311 !BCC_EOS 19312 ! 2274 if(rul>rlr)return; 19313 493A 55 push bp 19314 493B 89E5 mov bp,sp 19315 493D 83C4 F2 add sp,*-$E 19316 ! Debug: gt unsigned char rlr = [S+$10+$A] to unsigned char rul = [S+$10+6] (used reg = ) 19317 4940 8A46 08 mov al,8[bp] 19318 4943 3A46 0C cmp al,$C[bp] 19319 4946 76 04 jbe .C9 19320 00004948 .CA: 19321 4948 89EC mov sp,bp 19322 494A 5D pop bp 19323 494B C3 ret 19324 !BCC_EOS 19325 ! 2275 if(cul>clr)return; 19326 0000494C .C9: 19327 ! Debug: gt unsigned char clr = [S+$10+$C] to unsigned char cul = [S+$10+8] (used reg = ) 19328 494C 8A46 0A mov al,$A[bp] 19329 494F 3A46 0E cmp al,$E[bp] 19330 4952 76 04 jbe .CB 19331 00004954 .CC: 19332 4954 89EC mov sp,bp 19333 4956 5D pop bp 19334 4957 C3 ret 19335 !BCC_EOS 19336 ! 2276 mode=read_byte(0x40,0x49); 19337 00004958 .CB: 19338 ! Debug: list int = const $49 (used reg = ) 19339 4958 B8 0049 mov ax,*$49 19340 495B 50 push ax 19341 ! Debug: list int = const $40 (used reg = ) 19342 495C B8 0040 mov ax,*$40 19343 495F 50 push ax 19344 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 19345 4960 E8 327E call _read_byte 19346 4963 83C4 04 add sp,*4 19347 ! Debug: eq unsigned char = al+0 to unsigned char mode = [S+$10-3] (used reg = ) 19348 4966 8846 FF mov -1[bp],al 19349 !BCC_EOS 19350 ! 2277 line=find_vga_entry(mode); 19351 ! Debug: list unsigned char mode = [S+$10-3] (used reg = ) 19352 4969 8A46 FF mov al,-1[bp] 19353 496C 30E4 xor ah,ah 19354 496E 50 push ax 19355 ! Debug: func () unsigned char = find_vga_entry+0 (used reg = ) 19356 496F E8 3183 call _find_vga_entry 19357 4972 44 inc sp 19358 4973 44 inc sp 19359 ! Debug: eq unsigned char = al+0 to unsigned char line = [S+$10-4] (used reg = ) 19360 4974 8846 FE mov -2[bp],al 19361 !BCC_EOS 19362 ! 2278 if(line==0xFF)return; 19363 ! Debug: logeq int = const $FF to unsigned char line = [S+$10-4] (used reg = ) 19364 4977 8A46 FE mov al,-2[bp] 19365 497A 3C FF cmp al,#$FF 19366 497C 75 04 jne .CD 19367 0000497E .CE: 19368 497E 89EC mov sp,bp 19369 4980 5D pop bp 19370 4981 C3 ret 19371 !BCC_EOS 19372 ! 2279 nbrows=read_byte(0x40,0x84)+1; 19373 00004982 .CD: 19374 ! Debug: list int = const $84 (used reg = ) 19375 4982 B8 0084 mov ax,#$84 19376 4985 50 push ax 19377 ! Debug: list int = const $40 (used reg = ) 19378 4986 B8 0040 mov ax,*$40 19379 4989 50 push ax 19380 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 19381 498A E8 3254 call _read_byte 19382 498D 83C4 04 add sp,*4 19383 ! Debug: add int = const 1 to unsigned char = al+0 (used reg = ) 19384 4990 30E4 xor ah,ah 19385 ! Debug: eq unsigned int = ax+1 to unsigned short nbrows = [S+$10-$C] (used reg = ) 19386 4992 40 inc ax 19387 4993 8946 F6 mov -$A[bp],ax 19388 !BCC_EOS 19389 ! 2280 nbcols=read_word(0x40,0x4A); 19390 ! Debug: list int = const $4A (used reg = ) 19391 4996 B8 004A mov ax,*$4A 19392 4999 50 push ax 19393 ! Debug: list int = const $40 (used reg = ) 19394 499A B8 0040 mov ax,*$40 19395 499D 50 push ax 19396 ! Debug: func () unsigned short = read_word+0 (used reg = ) 19397 499E E8 3253 call _read_word 19398 49A1 83C4 04 add sp,*4 19399 ! Debug: eq unsigned short = ax+0 to unsigned short nbcols = [S+$10-$A] (used reg = ) 19400 49A4 8946 F8 mov -8[bp],ax 19401 !BCC_EOS 19402 ! 2281 if(page==0xFF) 19403 ! Debug: logeq int = const $FF to unsigned char page = [S+$10+$E] (used reg = ) 19404 49A7 8A46 10 mov al,$10[bp] 19405 49AA 3C FF cmp al,#$FF 19406 49AC 75 11 jne .CF 19407 000049AE .D0: 19408 ! 2282 page=read_byte(0x40,0x62); 19409 ! Debug: list int = const $62 (used reg = ) 19410 49AE B8 0062 mov ax,*$62 19411 49B1 50 push ax 19412 ! Debug: list int = const $40 (used reg = ) 19413 49B2 B8 0040 mov ax,*$40 19414 49B5 50 push ax 19415 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 19416 49B6 E8 3228 call _read_byte 19417 49B9 83C4 04 add sp,*4 19418 ! Debug: eq unsigned char = al+0 to unsigned char page = [S+$10+$E] (used reg = ) 19419 49BC 8846 10 mov $10[bp],al 19420 !BCC_EOS 19421 ! 2283 if(rlr>=nbrows)rlr=nbrows-1; 19422 000049BF .CF: 19423 ! Debug: ge unsigned short nbrows = [S+$10-$C] to unsigned char rlr = [S+$10+$A] (used reg = ) 19424 49BF 8A46 0C mov al,$C[bp] 19425 49C2 30E4 xor ah,ah 19426 49C4 3B46 F6 cmp ax,-$A[bp] 19427 49C7 72 07 jb .D1 19428 000049C9 .D2: 19429 ! Debug: sub int = const 1 to unsigned short nbrows = [S+$10-$C] (used reg = ) 19430 49C9 8B46 F6 mov ax,-$A[bp] 19431 ! Debug: eq unsigned int = ax-1 to unsigned char rlr = [S+$10+$A] (used reg = ) 19432 49CC 48 dec ax 19433 49CD 8846 0C mov $C[bp],al 19434 !BCC_EOS 19435 ! 2284 if(clr>=nbcols)clr=nbcols-1; 19436 000049D0 .D1: 19437 ! Debug: ge unsigned short nbcols = [S+$10-$A] to unsigned char clr = [S+$10+$C] (used reg = ) 19438 49D0 8A46 0E mov al,$E[bp] 19439 49D3 30E4 xor ah,ah 19440 49D5 3B46 F8 cmp ax,-8[bp] 19441 49D8 72 07 jb .D3 19442 000049DA .D4: 19443 ! Debug: sub int = const 1 to unsigned short nbcols = [S+$10-$A] (used reg = ) 19444 49DA 8B46 F8 mov ax,-8[bp] 19445 ! Debug: eq unsigned int = ax-1 to unsigned char clr = [S+$10+$C] (used reg = ) 19446 49DD 48 dec ax 19447 49DE 8846 0E mov $E[bp],al 19448 !BCC_EOS 19449 ! 2285 if(nblines>nbrows)nblines=0; 19450 000049E1 .D3: 19451 ! Debug: gt unsigned short nbrows = [S+$10-$C] to unsigned char nblines = [S+$10+2] (used reg = ) 19452 49E1 8A46 04 mov al,4[bp] 19453 49E4 30E4 xor ah,ah 19454 49E6 3B46 F6 cmp ax,-$A[bp] 19455 49E9 76 05 jbe .D5 19456 000049EB .D6: 19457 ! Debug: eq int = const 0 to unsigned char nblines = [S+$10+2] (used reg = ) 19458 49EB 30C0 xor al,al 19459 49ED 8846 04 mov 4[bp],al 19460 !BCC_EOS 19461 ! 2286 cols=clr-cul+1; 19462 000049F0 .D5: 19463 ! Debug: sub unsigned char cul = [S+$10+8] to unsigned char clr = [S+$10+$C] (used reg = ) 19464 49F0 8A46 0E mov al,$E[bp] 19465 49F3 30E4 xor ah,ah 19466 49F5 2A46 0A sub al,$A[bp] 19467 49F8 80DC 00 sbb ah,*0 19468 ! Debug: add int = const 1 to unsigned int = ax+0 (used reg = ) 19469 ! Debug: eq unsigned int = ax+1 to unsigned char cols = [S+$10-7] (used reg = ) 19470 49FB 40 inc ax 19471 49FC 8846 FB mov -5[bp],al 19472 !BCC_EOS 19473 ! 2287 if(vga_modes[line].class==0x00) 19474 ! Debug: ptradd unsigned char line = [S+$10-4] to [$10] struct = vga_modes+0 (used reg = ) 19475 49FF 8A46 FE mov al,-2[bp] 19476 4A02 30E4 xor ah,ah 19477 4A04 B1 03 mov cl,*3 19478 4A06 D3E0 shl ax,cl 19479 4A08 89C3 mov bx,ax 19480 4A0A 81C3 01F6 add bx,#_vga_modes 19481 ! Debug: logeq int = const 0 to unsigned char = [bx+1] (used reg = ) 19482 4A0E 8A47 01 mov al,1[bx] 19483 4A11 84C0 test al,al 19484 4A13 0F85 0250 bne .D7 19485 00004A17 .D8: 19486 ! 2288 { 19487 ! 2289 address=((((nbcols*nbrows*2)|0x00ff)+1)*page); 19488 ! Debug: mul unsigned short nbrows = [S+$10-$C] to unsigned short nbcols = [S+$10-$A] (used reg = ) 19489 4A17 8B46 F8 mov ax,-8[bp] 19490 4A1A 8B4E F6 mov cx,-$A[bp] 19491 4A1D F7E9 imul cx 19492 ! Debug: mul int = const 2 to unsigned int = ax+0 (used reg = ) 19493 4A1F D1E0 shl ax,*1 19494 ! Debug: or int = const $FF to unsigned int = ax+0 (used reg = ) 19495 4A21 0C FF or al,#$FF 19496 ! Debug: add int = const 1 to unsigned int = ax+0 (used reg = ) 19497 ! Debug: mul unsigned char page = [S+$10+$E] to unsigned int = ax+1 (used reg = ) 19498 4A23 89C3 mov bx,ax 19499 4A25 8A46 10 mov al,$10[bp] 19500 4A28 30E4 xor ah,ah 19501 4A2A 93 xchg ax,bx 19502 4A2B 40 inc ax 19503 4A2C 89D9 mov cx,bx 19504 4A2E F7E9 imul cx 19505 ! Debug: eq unsigned int = ax+0 to unsigned short address = [S+$10-$10] (used reg = ) 19506 4A30 8946 F2 mov -$E[bp],ax 19507 !BCC_EOS 19508 ! 2290 if(nblines==0&&rul==0&&cul==0&&rlr==nbrows-1&&clr==nbcols-1) 19509 ! Debug: logeq int = const 0 to unsigned char nblines = [S+$10+2] (used reg = ) 19510 4A33 8A46 04 mov al,4[bp] 19511 4A36 84C0 test al,al 19512 4A38 75 67 jne .D9 19513 00004A3A .DE: 19514 ! Debug: logeq int = const 0 to unsigned char rul = [S+$10+6] (used reg = ) 19515 4A3A 8A46 08 mov al,8[bp] 19516 4A3D 84C0 test al,al 19517 4A3F 75 60 jne .D9 19518 00004A41 .DD: 19519 ! Debug: logeq int = const 0 to unsigned char cul = [S+$10+8] (used reg = ) 19520 4A41 8A46 0A mov al,$A[bp] 19521 4A44 84C0 test al,al 19522 4A46 75 59 jne .D9 19523 00004A48 .DC: 19524 ! Debug: sub int = const 1 to unsigned short nbrows = [S+$10-$C] (used reg = ) 19525 4A48 8B46 F6 mov ax,-$A[bp] 19526 ! Debug: logeq unsigned int = ax-1 to unsigned char rlr = [S+$10+$A] (used reg = ) 19527 ! Debug: expression subtree swapping 19528 4A4B 48 dec ax 19529 4A4C 50 push ax 19530 4A4D 8A46 0C mov al,$C[bp] 19531 4A50 30E4 xor ah,ah 19532 4A52 3B46 F0 cmp ax,-$10[bp] 19533 4A55 8D66 F2 lea sp,-$E[bp] 19534 4A58 75 47 jne .D9 19535 00004A5A .DB: 19536 ! Debug: sub int = const 1 to unsigned short nbcols = [S+$10-$A] (used reg = ) 19537 4A5A 8B46 F8 mov ax,-8[bp] 19538 ! Debug: logeq unsigned int = ax-1 to unsigned char clr = [S+$10+$C] (used reg = ) 19539 ! Debug: expression subtree swapping 19540 4A5D 48 dec ax 19541 4A5E 50 push ax 19542 4A5F 8A46 0E mov al,$E[bp] 19543 4A62 30E4 xor ah,ah 19544 4A64 3B46 F0 cmp ax,-$10[bp] 19545 4A67 8D66 F2 lea sp,-$E[bp] 19546 4A6A 75 35 jne .D9 19547 00004A6C .DA: 19548 ! 2291 { 19549 ! 2292 memsetw(vga_modes[line].sstart,address,(Bit16u)attr*0x100+' ',nbrows*nbcols); 19550 ! Debug: mul unsigned short nbcols = [S+$10-$A] to unsigned short nbrows = [S+$10-$C] (used reg = ) 19551 4A6C 8B46 F6 mov ax,-$A[bp] 19552 4A6F 8B4E F8 mov cx,-8[bp] 19553 4A72 F7E9 imul cx 19554 ! Debug: list unsigned int = ax+0 (used reg = ) 19555 4A74 50 push ax 19556 ! Debug: cast unsigned short = const 0 to unsigned char attr = [S+$12+4] (used reg = ) 19557 4A75 8A46 06 mov al,6[bp] 19558 4A78 30E4 xor ah,ah 19559 ! Debug: mul int = const $100 to unsigned short = ax+0 (used reg = ) 19560 4A7A B9 0100 mov cx,#$100 19561 4A7D F7E9 imul cx 19562 ! Debug: add int = const $20 to unsigned int = ax+0 (used reg = ) 19563 ! Debug: list unsigned int = ax+$20 (used reg = ) 19564 4A7F 05 0020 add ax,*$20 19565 4A82 50 push ax 19566 ! Debug: list unsigned short address = [S+$14-$10] (used reg = ) 19567 4A83 FF76 F2 push -$E[bp] 19568 ! Debug: ptradd unsigned char line = [S+$16-4] to [$10] struct = vga_modes+0 (used reg = ) 19569 4A86 8A46 FE mov al,-2[bp] 19570 4A89 30E4 xor ah,ah 19571 4A8B B1 03 mov cl,*3 19572 4A8D D3E0 shl ax,cl 19573 4A8F 89C3 mov bx,ax 19574 4A91 81C3 01F6 add bx,#_vga_modes 19575 ! Debug: list unsigned short = [bx+4] (used reg = ) 19576 4A95 FF77 04 push 4[bx] 19577 ! Debug: func () void = memsetw+0 (used reg = ) 19578 4A98 E8 30C1 call _memsetw 19579 4A9B 83C4 08 add sp,*8 19580 !BCC_EOS 19581 ! 2293 } 19582 ! 2294 else 19583 ! 2295 { 19584 4A9E E9 01C3 br .DF 19585 00004AA1 .D9: 19586 ! 2296 if(dir==1) 19587 ! Debug: logeq int = const 1 to unsigned char dir = [S+$10+$10] (used reg = ) 19588 4AA1 8A46 12 mov al,$12[bp] 19589 4AA4 3C 01 cmp al,*1 19590 4AA6 0F85 00DC bne .E0 19591 00004AAA .E1: 19592 ! 2297 {for(i=rul;i<=rlr;i++) 19593 ! Debug: eq unsigned char rul = [S+$10+6] to unsigned short i = [S+$10-$E] (used reg = ) 19594 4AAA 8A46 08 mov al,8[bp] 19595 4AAD 30E4 xor ah,ah 19596 4AAF 8946 F4 mov -$C[bp],ax 19597 !BCC_EOS 19598 !BCC_EOS 19599 ! 2298 { 19600 4AB2 E9 00C2 br .E4 19601 00004AB5 .E5: 19602 ! 2299 if((i+nblines>rlr)||(nblines==0)) 19603 ! Debug: add unsigned char nblines = [S+$10+2] to unsigned short i = [S+$10-$E] (used reg = ) 19604 4AB5 8B46 F4 mov ax,-$C[bp] 19605 4AB8 0246 04 add al,4[bp] 19606 4ABB 80D4 00 adc ah,*0 19607 ! Debug: gt unsigned char rlr = [S+$10+$A] to unsigned int = ax+0 (used reg = ) 19608 4ABE 50 push ax 19609 4ABF 8A46 0C mov al,$C[bp] 19610 4AC2 30E4 xor ah,ah 19611 4AC4 3B46 F0 cmp ax,-$10[bp] 19612 4AC7 8D66 F2 lea sp,-$E[bp] 19613 4ACA 72 07 jb .E7 19614 00004ACC .E8: 19615 ! Debug: logeq int = const 0 to unsigned char nblines = [S+$10+2] (used reg = ) 19616 4ACC 8A46 04 mov al,4[bp] 19617 4ACF 84C0 test al,al 19618 4AD1 75 42 jne .E6 19619 00004AD3 .E7: 19620 ! 2300 memsetw(vga_modes[line].sstart,address+(i*nbcols+cul)*2,(Bit16u)attr*0x100+' ',cols); 19621 ! Debug: list unsigned char cols = [S+$10-7] (used reg = ) 19622 4AD3 8A46 FB mov al,-5[bp] 19623 4AD6 30E4 xor ah,ah 19624 4AD8 50 push ax 19625 ! Debug: cast unsigned short = const 0 to unsigned char attr = [S+$12+4] (used reg = ) 19626 4AD9 8A46 06 mov al,6[bp] 19627 4ADC 30E4 xor ah,ah 19628 ! Debug: mul int = const $100 to unsigned short = ax+0 (used reg = ) 19629 4ADE B9 0100 mov cx,#$100 19630 4AE1 F7E9 imul cx 19631 ! Debug: add int = const $20 to unsigned int = ax+0 (used reg = ) 19632 ! Debug: list unsigned int = ax+$20 (used reg = ) 19633 4AE3 05 0020 add ax,*$20 19634 4AE6 50 push ax 19635 ! Debug: mul unsigned short nbcols = [S+$14-$A] to unsigned short i = [S+$14-$E] (used reg = ) 19636 4AE7 8B46 F4 mov ax,-$C[bp] 19637 4AEA 8B4E F8 mov cx,-8[bp] 19638 4AED F7E9 imul cx 19639 ! Debug: add unsigned char cul = [S+$14+8] to unsigned int = ax+0 (used reg = ) 19640 4AEF 0246 0A add al,$A[bp] 19641 4AF2 80D4 00 adc ah,*0 19642 ! Debug: mul int = const 2 to unsigned int = ax+0 (used reg = ) 19643 4AF5 D1E0 shl ax,*1 19644 ! Debug: add unsigned int = ax+0 to unsigned short address = [S+$14-$10] (used reg = ) 19645 ! Debug: expression subtree swapping 19646 4AF7 0346 F2 add ax,-$E[bp] 19647 ! Debug: list unsigned int = ax+0 (used reg = ) 19648 4AFA 50 push ax 19649 ! Debug: ptradd unsigned char line = [S+$16-4] to [$10] struct = vga_modes+0 (used reg = ) 19650 4AFB 8A46 FE mov al,-2[bp] 19651 4AFE 30E4 xor ah,ah 19652 4B00 B1 03 mov cl,*3 19653 4B02 D3E0 shl ax,cl 19654 4B04 89C3 mov bx,ax 19655 4B06 81C3 01F6 add bx,#_vga_modes 19656 ! Debug: list unsigned short = [bx+4] (used reg = ) 19657 4B0A FF77 04 push 4[bx] 19658 ! Debug: func () void = memsetw+0 (used reg = ) 19659 4B0D E8 304C call _memsetw 19660 4B10 83C4 08 add sp,*8 19661 !BCC_EOS 19662 ! 2301 else 19663 ! 2302 memcpyw(vga_modes[line].sstart,address+(i*nbcols+cul)*2,vga_modes[line].sstart,((i+nblines)*nbcols+cul)*2,cols); 19664 4B13 EB 5B jmp .E9 19665 00004B15 .E6: 19666 ! Debug: list unsigned char cols = [S+$10-7] (used reg = ) 19667 4B15 8A46 FB mov al,-5[bp] 19668 4B18 30E4 xor ah,ah 19669 4B1A 50 push ax 19670 ! Debug: add unsigned char nblines = [S+$12+2] to unsigned short i = [S+$12-$E] (used reg = ) 19671 4B1B 8B46 F4 mov ax,-$C[bp] 19672 4B1E 0246 04 add al,4[bp] 19673 4B21 80D4 00 adc ah,*0 19674 ! Debug: mul unsigned short nbcols = [S+$12-$A] to unsigned int = ax+0 (used reg = ) 19675 4B24 8B4E F8 mov cx,-8[bp] 19676 4B27 F7E9 imul cx 19677 ! Debug: add unsigned char cul = [S+$12+8] to unsigned int = ax+0 (used reg = ) 19678 4B29 0246 0A add al,$A[bp] 19679 4B2C 80D4 00 adc ah,*0 19680 ! Debug: mul int = const 2 to unsigned int = ax+0 (used reg = ) 19681 4B2F D1E0 shl ax,*1 19682 ! Debug: list unsigned int = ax+0 (used reg = ) 19683 4B31 50 push ax 19684 ! Debug: ptradd unsigned char line = [S+$14-4] to [$10] struct = vga_modes+0 (used reg = ) 19685 4B32 8A46 FE mov al,-2[bp] 19686 4B35 30E4 xor ah,ah 19687 4B37 B1 03 mov cl,*3 19688 4B39 D3E0 shl ax,cl 19689 4B3B 89C3 mov bx,ax 19690 4B3D 81C3 01F6 add bx,#_vga_modes 19691 ! Debug: list unsigned short = [bx+4] (used reg = ) 19692 4B41 FF77 04 push 4[bx] 19693 ! Debug: mul unsigned short nbcols = [S+$16-$A] to unsigned short i = [S+$16-$E] (used reg = ) 19694 4B44 8B46 F4 mov ax,-$C[bp] 19695 4B47 8B4E F8 mov cx,-8[bp] 19696 4B4A F7E9 imul cx 19697 ! Debug: add unsigned char cul = [S+$16+8] to unsigned int = ax+0 (used reg = ) 19698 4B4C 0246 0A add al,$A[bp] 19699 4B4F 80D4 00 adc ah,*0 19700 ! Debug: mul int = const 2 to unsigned int = ax+0 (used reg = ) 19701 4B52 D1E0 shl ax,*1 19702 ! Debug: add unsigned int = ax+0 to unsigned short address = [S+$16-$10] (used reg = ) 19703 ! Debug: expression subtree swapping 19704 4B54 0346 F2 add ax,-$E[bp] 19705 ! Debug: list unsigned int = ax+0 (used reg = ) 19706 4B57 50 push ax 19707 ! Debug: ptradd unsigned char line = [S+$18-4] to [$10] struct = vga_modes+0 (used reg = ) 19708 4B58 8A46 FE mov al,-2[bp] 19709 4B5B 30E4 xor ah,ah 19710 4B5D B1 03 mov cl,*3 19711 4B5F D3E0 shl ax,cl 19712 4B61 89C3 mov bx,ax 19713 4B63 81C3 01F6 add bx,#_vga_modes 19714 ! Debug: list unsigned short = [bx+4] (used reg = ) 19715 4B67 FF77 04 push 4[bx] 19716 ! Debug: func () void = memcpyw+0 (used reg = ) 19717 4B6A E8 3044 call _memcpyw 19718 4B6D 83C4 0A add sp,*$A 19719 !BCC_EOS 19720 ! 2303 } 19721 00004B70 .E9: 19722 ! 2304 } 19723 00004B70 .E3: 19724 ! Debug: postinc unsigned short i = [S+$10-$E] (used reg = ) 19725 4B70 8B46 F4 mov ax,-$C[bp] 19726 4B73 40 inc ax 19727 4B74 8946 F4 mov -$C[bp],ax 19728 00004B77 .E4: 19729 ! Debug: le unsigned char rlr = [S+$10+$A] to unsigned short i = [S+$10-$E] (used reg = ) 19730 4B77 8A46 0C mov al,$C[bp] 19731 4B7A 30E4 xor ah,ah 19732 4B7C 3B46 F4 cmp ax,-$C[bp] 19733 4B7F 0F83 FF32 bhis .E5 19734 00004B83 .EA: 19735 00004B83 .E2: 19736 ! 2305 else 19737 ! 2306 19738 ! 2306 {for(i=rlr;i>=rul;i--) 19739 4B83 E9 00DE br .EB 19740 00004B86 .E0: 19741 ! Debug: eq unsigned char rlr = [S+$10+$A] to unsigned short i = [S+$10-$E] (used reg = ) 19742 4B86 8A46 0C mov al,$C[bp] 19743 4B89 30E4 xor ah,ah 19744 4B8B 8946 F4 mov -$C[bp],ax 19745 !BCC_EOS 19746 !BCC_EOS 19747 ! 2307 { 19748 4B8E E9 00C7 br .EE 19749 00004B91 .EF: 19750 ! 2308 if((irlr) break; 19866 00004C45 .F3: 19867 ! Debug: gt unsigned char rlr = [S+$10+$A] to unsigned short i = [S+$10-$E] (used reg = ) 19868 4C45 8A46 0C mov al,$C[bp] 19869 4C48 30E4 xor ah,ah 19870 4C4A 3B46 F4 cmp ax,-$C[bp] 19871 4C4D 73 02 jae .F4 19872 00004C4F .F5: 19873 4C4F EB 13 jmp .EC 19874 !BCC_EOS 19875 ! 2313 } 19876 00004C51 .F4: 19877 ! 2314 } 19878 00004C51 .ED: 19879 ! Debug: postdec unsigned short i = [S+$10-$E] (used reg = ) 19880 4C51 8B46 F4 mov ax,-$C[bp] 19881 4C54 48 dec ax 19882 4C55 8946 F4 mov -$C[bp],ax 19883 00004C58 .EE: 19884 ! Debug: ge unsigned char rul = [S+$10+6] to unsigned short i = [S+$10-$E] (used reg = ) 19885 4C58 8A46 08 mov al,8[bp] 19886 4C5B 30E4 xor ah,ah 19887 4C5D 3B46 F4 cmp ax,-$C[bp] 19888 4C60 0F86 FF2D blos .EF 19889 00004C64 .F6: 19890 00004C64 .EC: 19891 ! 2315 } 19892 00004C64 .EB: 19893 ! 2316 } 19894 00004C64 .DF: 19895 ! 2317 else 19896 ! 2318 { 19897 4C64 E9 03D5 br .F7 19898 00004C67 .D7: 19899 ! 2319 cheight=video_param_table[line_to_vpti[line]].cheight; 19900 ! Debug: ptradd unsigned char line = [S+$10-4] to [$10] unsigned char = line_to_vpti+0 (used reg = ) 19901 4C67 8A46 FE mov al,-2[bp] 19902 4C6A 30E4 xor ah,ah 19903 4C6C 89C3 mov bx,ax 19904 ! Debug: ptradd unsigned char = [bx+_line_to_vpti+0] to [$1E] struct = video_param_table+0 (used reg = ) 19905 4C6E 8A87 0276 mov al,_line_to_vpti[bx] 19906 4C72 30E4 xor ah,ah 19907 4C74 B1 06 mov cl,*6 19908 4C76 D3E0 shl ax,cl 19909 4C78 89C3 mov bx,ax 19910 4C7A 81C3 028A add bx,#_video_param_table 19911 ! Debug: eq unsigned char = [bx+2] to unsigned char cheight = [S+$10-5] (used reg = ) 19912 4C7E 8A47 02 mov al,2[bx] 19913 4C81 8846 FD mov -3[bp],al 19914 !BCC_EOS 19915 ! 2320 switch(vga_modes[line].memmodel) 19916 ! Debug: ptradd unsigned char line = [S+$10-4] to [$10] struct = vga_modes+0 (used reg = ) 19917 4C84 8A46 FE mov al,-2[bp] 19918 4C87 30E4 xor ah,ah 19919 4C89 B1 03 mov cl,*3 19920 4C8B D3E0 shl ax,cl 19921 4C8D 89C3 mov bx,ax 19922 4C8F 81C3 01F6 add bx,#_vga_modes 19923 4C93 8A47 02 mov al,2[bx] 19924 ! 2321 { 19925 4C96 E9 0391 br .FA 19926 ! 2322 case 0x04: 19927 ! 2323 case 0x03: 19928 00004C99 .FB: 19929 ! 2324 if(nblines==0&&rul==0&&cul==0&&rlr==nbrows-1&&clr==nbcols-1) 19930 00004C99 .FC: 19931 ! Debug: logeq int = const 0 to unsigned char nblines = [S+$10+2] (used reg = ) 19932 4C99 8A46 04 mov al,4[bp] 19933 4C9C 84C0 test al,al 19934 4C9E 0F85 0089 bne .FD 19935 00004CA2 .102: 19936 ! Debug: logeq int = const 0 to unsigned char rul = [S+$10+6] (used reg = ) 19937 4CA2 8A46 08 mov al,8[bp] 19938 4CA5 84C0 test al,al 19939 4CA7 0F85 0080 bne .FD 19940 00004CAB .101: 19941 ! Debug: logeq int = const 0 to unsigned char cul = [S+$10+8] (used reg = ) 19942 4CAB 8A46 0A mov al,$A[bp] 19943 4CAE 84C0 test al,al 19944 4CB0 75 79 jne .FD 19945 00004CB2 .100: 19946 ! Debug: sub int = const 1 to unsigned short nbrows = [S+$10-$C] (used reg = ) 19947 4CB2 8B46 F6 mov ax,-$A[bp] 19948 ! Debug: logeq unsigned int = ax-1 to unsigned char rlr = [S+$10+$A] (used reg = ) 19949 ! Debug: expression subtree swapping 19950 4CB5 48 dec ax 19951 4CB6 50 push ax 19952 4CB7 8A46 0C mov al,$C[bp] 19953 4CBA 30E4 xor ah,ah 19954 4CBC 3B46 F0 cmp ax,0+..FFFC[bp] 19955 4CBF 8D66 F2 lea sp,2+..FFFC[bp] 19956 4CC2 75 67 jne .FD 19957 00004CC4 .FF: 19958 ! Debug: sub int = const 1 to unsigned short nbcols = [S+$10-$A] (used reg = ) 19959 4CC4 8B46 F8 mov ax,-8[bp] 19960 ! Debug: logeq unsigned int = ax-1 to unsigned char clr = [S+$10+$C] (used reg = ) 19961 ! Debug: expression subtree swapping 19962 4CC7 48 dec ax 19963 4CC8 50 push ax 19964 4CC9 8A46 0E mov al,$E[bp] 19965 4CCC 30E4 xor ah,ah 19966 4CCE 3B46 F0 cmp ax,0+..FFFC[bp] 19967 4CD1 8D66 F2 lea sp,2+..FFFC[bp] 19968 4CD4 75 55 jne .FD 19969 00004CD6 .FE: 19970 ! 2325 { 19971 ! 2326 outw(0x3ce, 0x0205); 19972 ! Debug: list int = const $205 (used reg = ) 19973 4CD6 B8 0205 mov ax,#$205 19974 4CD9 50 push ax 19975 ! Debug: list int = const $3CE (used reg = ) 19976 4CDA B8 03CE mov ax,#$3CE 19977 4CDD 50 push ax 19978 ! Debug: func () void = outw+0 (used reg = ) 19979 4CDE E8 2F7C call _outw 19980 4CE1 83C4 04 add sp,*4 19981 !BCC_EOS 19982 ! 2327 memsetb(vga_modes[line].sstart,0,attr,nbrows*nbcols*cheight); 19983 ! Debug: mul unsigned short nbcols = [S+$10-$A] to unsigned short nbrows = [S+$10-$C] (used reg = ) 19984 4CE4 8B46 F6 mov ax,-$A[bp] 19985 4CE7 8B4E F8 mov cx,-8[bp] 19986 4CEA F7E9 imul cx 19987 ! Debug: mul unsigned char cheight = [S+$10-5] to unsigned int = ax+0 (used reg = ) 19988 4CEC 89C3 mov bx,ax 19989 4CEE 8A46 FD mov al,-3[bp] 19990 4CF1 30E4 xor ah,ah 19991 4CF3 93 xchg ax,bx 19992 4CF4 89D9 mov cx,bx 19993 4CF6 F7E9 imul cx 19994 ! Debug: list unsigned int = ax+0 (used reg = ) 19995 4CF8 50 push ax 19996 ! Debug: list unsigned char attr = [S+$12+4] (used reg = ) 19997 4CF9 8A46 06 mov al,6[bp] 19998 4CFC 30E4 xor ah,ah 19999 4CFE 50 push ax 20000 ! Debug: list int = const 0 (used reg = ) 20001 4CFF 31C0 xor ax,ax 20002 4D01 50 push ax 20003 ! Debug: ptradd unsigned char line = [S+$16-4] to [$10] struct = vga_modes+0 (used reg = ) 20004 4D02 8A46 FE mov al,-2[bp] 20005 4D05 30E4 xor ah,ah 20006 4D07 B1 03 mov cl,*3 20007 4D09 D3E0 shl ax,cl 20008 4D0B 89C3 mov bx,ax 20009 4D0D 81C3 01F6 add bx,#_vga_modes 20010 ! Debug: list unsigned short = [bx+4] (used reg = ) 20011 4D11 FF77 04 push 4[bx] 20012 ! Debug: func () void = memsetb+0 (used reg = ) 20013 4D14 E8 2E20 call _memsetb 20014 4D17 83C4 08 add sp,*8 20015 !BCC_EOS 20016 ! 2328 outw(0x3ce, 0x0005); 20017 ! Debug: list int = const 5 (used reg = ) 20018 4D1A B8 0005 mov ax,*5 20019 4D1D 50 push ax 20020 ! Debug: list int = const $3CE (used reg = ) 20021 4D1E B8 03CE mov ax,#$3CE 20022 4D21 50 push ax 20023 ! Debug: func () void = outw+0 (used reg = ) 20024 4D22 E8 2F38 call _outw 20025 4D25 83C4 04 add sp,*4 20026 !BCC_EOS 20027 ! 2329 } 20028 ! 2330 else 20029 ! 2331 { 20030 4D28 E9 0121 br .103 20031 00004D2B .FD: 20032 ! 2332 if(dir==1) 20033 ! Debug: logeq int = const 1 to unsigned char dir = [S+$10+$10] (used reg = ) 20034 4D2B 8A46 12 mov al,$12[bp] 20035 4D2E 3C 01 cmp al,*1 20036 4D30 0F85 008A bne .104 20037 00004D34 .105: 20038 ! 2333 {for(i=rul;i<=rlr;i++) 20039 ! Debug: eq unsigned char rul = [S+$10+6] to unsigned short i = [S+$10-$E] (used reg = ) 20040 4D34 8A46 08 mov al,8[bp] 20041 4D37 30E4 xor ah,ah 20042 4D39 8946 F4 mov -$C[bp],ax 20043 !BCC_EOS 20044 !BCC_EOS 20045 ! 2334 { 20046 4D3C EB 73 jmp .108 20047 00004D3E .109: 20048 ! 2335 if((i+nblines>rlr)||(nblines==0)) 20049 ! Debug: add unsigned char nblines = [S+$10+2] to unsigned short i = [S+$10-$E] (used reg = ) 20050 4D3E 8B46 F4 mov ax,-$C[bp] 20051 4D41 0246 04 add al,4[bp] 20052 4D44 80D4 00 adc ah,*0 20053 ! Debug: gt unsigned char rlr = [S+$10+$A] to unsigned int = ax+0 (used reg = ) 20054 4D47 50 push ax 20055 4D48 8A46 0C mov al,$C[bp] 20056 4D4B 30E4 xor ah,ah 20057 4D4D 3B46 F0 cmp ax,0+..FFFC[bp] 20058 4D50 8D66 F2 lea sp,2+..FFFC[bp] 20059 4D53 72 07 jb .10B 20060 00004D55 .10C: 20061 ! Debug: logeq int = const 0 to unsigned char nblines = [S+$10+2] (used reg = ) 20062 4D55 8A46 04 mov al,4[bp] 20063 4D58 84C0 test al,al 20064 4D5A 75 26 jne .10A 20065 00004D5C .10B: 20066 ! 2336 vgamem_fill_pl4(cul,i,cols,nbcols,cheight,attr); 20067 ! Debug: list unsigned char attr = [S+$10+4] (used reg = ) 20068 4D5C 8A46 06 mov al,6[bp] 20069 4D5F 30E4 xor ah,ah 20070 4D61 50 push ax 20071 ! Debug: list unsigned char cheight = [S+$12-5] (used reg = ) 20072 4D62 8A46 FD mov al,-3[bp] 20073 4D65 30E4 xor ah,ah 20074 4D67 50 push ax 20075 ! Debug: list unsigned short nbcols = [S+$14-$A] (used reg = ) 20076 4D68 FF76 F8 push -8[bp] 20077 ! Debug: list unsigned char cols = [S+$16-7] (used reg = ) 20078 4D6B 8A46 FB mov al,-5[bp] 20079 4D6E 30E4 xor ah,ah 20080 4D70 50 push ax 20081 ! Debug: list unsigned short i = [S+$18-$E] (used reg = ) 20082 4D71 FF76 F4 push -$C[bp] 20083 ! Debug: list unsigned char cul = [S+$1A+8] (used reg = ) 20084 4D74 8A46 0A mov al,$A[bp] 20085 4D77 30E4 xor ah,ah 20086 4D79 50 push ax 20087 ! Debug: func () void = vgamem_fill_pl4+0 (used reg = ) 20088 4D7A E8 F96B call _vgamem_fill_pl4 20089 4D7D 83C4 0C add sp,*$C 20090 !BCC_EOS 20091 ! 2337 else 20092 ! 2338 vgamem_copy_pl4(cul,i+nblines,i,cols,nbcols,cheight); 20093 4D80 EB 28 jmp .10D 20094 00004D82 .10A: 20095 ! Debug: list unsigned char cheight = [S+$10-5] (used reg = ) 20096 4D82 8A46 FD mov al,-3[bp] 20097 4D85 30E4 xor ah,ah 20098 4D87 50 push ax 20099 ! Debug: list unsigned short nbcols = [S+$12-$A] (used reg = ) 20100 4D88 FF76 F8 push -8[bp] 20101 ! Debug: list unsigned char cols = [S+$14-7] (used reg = ) 20102 4D8B 8A46 FB mov al,-5[bp] 20103 4D8E 30E4 xor ah,ah 20104 4D90 50 push ax 20105 ! Debug: list unsigned short i = [S+$16-$E] (used reg = ) 20106 4D91 FF76 F4 push -$C[bp] 20107 ! Debug: add unsigned char nblines = [S+$18+2] to unsigned short i = [S+$18-$E] (used reg = ) 20108 4D94 8B46 F4 mov ax,-$C[bp] 20109 4D97 0246 04 add al,4[bp] 20110 4D9A 80D4 00 adc ah,*0 20111 ! Debug: list unsigned int = ax+0 (used reg = ) 20112 4D9D 50 push ax 20113 ! Debug: list unsigned char cul = [S+$1A+8] (used reg = ) 20114 4D9E 8A46 0A mov al,$A[bp] 20115 4DA1 30E4 xor ah,ah 20116 4DA3 50 push ax 20117 ! Debug: func () void = vgamem_copy_pl4+0 (used reg = ) 20118 4DA4 E8 F87F call _vgamem_copy_pl4 20119 4DA7 83C4 0C add sp,*$C 20120 !BCC_EOS 20121 ! 2339 } 20122 00004DAA .10D: 20123 ! 2340 } 20124 00004DAA .107: 20125 ! Debug: postinc unsigned short i = [S+$10-$E] (used reg = ) 20126 4DAA 8B46 F4 mov ax,-$C[bp] 20127 4DAD 40 inc ax 20128 4DAE 8946 F4 mov -$C[bp],ax 20129 00004DB1 .108: 20130 ! Debug: le unsigned char rlr = [S+$10+$A] to unsigned short i = [S+$10-$E] (used reg = ) 20131 4DB1 8A46 0C mov al,$C[bp] 20132 4DB4 30E4 xor ah,ah 20133 4DB6 3B46 F4 cmp ax,-$C[bp] 20134 4DB9 73 83 jae .109 20135 00004DBB .10E: 20136 00004DBB .106: 20137 ! 2341 else 20138 ! 2342 {for(i=rlr;i>=rul;i--) 20139 4DBB E9 008E br .10F 20140 00004DBE .104: 20141 ! Debug: eq unsigned char rlr = [S+$10+$A] to unsigned short i = [S+$10-$E] (used reg = ) 20142 4DBE 8A46 0C mov al,$C[bp] 20143 4DC1 30E4 xor ah,ah 20144 4DC3 8946 F4 mov -$C[bp],ax 20145 !BCC_EOS 20146 !BCC_EOS 20147 ! 2343 { 20148 4DC6 EB 78 jmp .112 20149 00004DC8 .113: 20150 ! 2344 if((irlr) break; 20221 00004E2D .117: 20222 ! Debug: gt unsigned char rlr = [S+$10+$A] to unsigned short i = [S+$10-$E] (used reg = ) 20223 4E2D 8A46 0C mov al,$C[bp] 20224 4E30 30E4 xor ah,ah 20225 4E32 3B46 F4 cmp ax,-$C[bp] 20226 4E35 73 02 jae .118 20227 00004E37 .119: 20228 4E37 EB 13 jmp .110 20229 !BCC_EOS 20230 ! 2349 } 20231 00004E39 .118: 20232 ! 2350 } 20233 00004E39 .111: 20234 ! Debug: postdec unsigned short i = [S+$10-$E] (used reg = ) 20235 4E39 8B46 F4 mov ax,-$C[bp] 20236 4E3C 48 dec ax 20237 4E3D 8946 F4 mov -$C[bp],ax 20238 00004E40 .112: 20239 ! Debug: ge unsigned char rul = [S+$10+6] to unsigned short i = [S+$10-$E] (used reg = ) 20240 4E40 8A46 08 mov al,8[bp] 20241 4E43 30E4 xor ah,ah 20242 4E45 3B46 F4 cmp ax,-$C[bp] 20243 4E48 0F86 FF7C blos .113 20244 00004E4C .11A: 20245 00004E4C .110: 20246 ! 2351 } 20247 00004E4C .10F: 20248 ! 2352 break; 20249 00004E4C .103: 20250 4E4C E9 01ED br .F8 20251 !BCC_EOS 20252 ! 2353 case 0x02: 20253 ! 2354 bpp=vga_modes[line].pixbits; 20254 00004E4F .11B: 20255 ! Debug: ptradd unsigned char line = [S+$10-4] to [$10] struct = vga_modes+0 (used reg = ) 20256 4E4F 8A46 FE mov al,-2[bp] 20257 4E52 30E4 xor ah,ah 20258 4E54 B1 03 mov cl,*3 20259 4E56 D3E0 shl ax,cl 20260 4E58 89C3 mov bx,ax 20261 4E5A 81C3 01F6 add bx,#_vga_modes 20262 ! Debug: eq unsigned char = [bx+3] to unsigned char bpp = [S+$10-6] (used reg = ) 20263 4E5E 8A47 03 mov al,3[bx] 20264 4E61 8846 FC mov -4[bp],al 20265 !BCC_EOS 20266 ! 2355 if(nblines==0&&rul==0&&cul==0&&rlr==nbrows-1&&clr==nbcols-1) 20267 ! Debug: logeq int = const 0 to unsigned char nblines = [S+$10+2] (used reg = ) 20268 4E64 8A46 04 mov al,4[bp] 20269 4E67 84C0 test al,al 20270 4E69 75 77 jne .11C 20271 00004E6B .121: 20272 ! Debug: logeq int = const 0 to unsigned char rul = [S+$10+6] (used reg = ) 20273 4E6B 8A46 08 mov al,8[bp] 20274 4E6E 84C0 test al,al 20275 4E70 75 70 jne .11C 20276 00004E72 .120: 20277 ! Debug: logeq int = const 0 to unsigned char cul = [S+$10+8] (used reg = ) 20278 4E72 8A46 0A mov al,$A[bp] 20279 4E75 84C0 test al,al 20280 4E77 75 69 jne .11C 20281 00004E79 .11F: 20282 ! Debug: sub int = const 1 to unsigned short nbrows = [S+$10-$C] (used reg = ) 20283 4E79 8B46 F6 mov ax,-$A[bp] 20284 ! Debug: logeq unsigned int = ax-1 to unsigned char rlr = [S+$10+$A] (used reg = ) 20285 ! Debug: expression subtree swapping 20286 4E7C 48 dec ax 20287 4E7D 50 push ax 20288 4E7E 8A46 0C mov al,$C[bp] 20289 4E81 30E4 xor ah,ah 20290 4E83 3B46 F0 cmp ax,0+..FFFC[bp] 20291 4E86 8D66 F2 lea sp,2+..FFFC[bp] 20292 4E89 75 57 jne .11C 20293 00004E8B .11E: 20294 ! Debug: sub int = const 1 to unsigned short nbcols = [S+$10-$A] (used reg = ) 20295 4E8B 8B46 F8 mov ax,-8[bp] 20296 ! Debug: logeq unsigned int = ax-1 to unsigned char clr = [S+$10+$C] (used reg = ) 20297 ! Debug: expression subtree swapping 20298 4E8E 48 dec ax 20299 4E8F 50 push ax 20300 4E90 8A46 0E mov al,$E[bp] 20301 4E93 30E4 xor ah,ah 20302 4E95 3B46 F0 cmp ax,0+..FFFC[bp] 20303 4E98 8D66 F2 lea sp,2+..FFFC[bp] 20304 4E9B 75 45 jne .11C 20305 00004E9D .11D: 20306 ! 2356 { 20307 ! 2357 memsetb(vga_modes[line].sstart,0,attr,nbrows*nbcols*cheight*bpp); 20308 ! Debug: mul unsigned short nbcols = [S+$10-$A] to unsigned short nbrows = [S+$10-$C] (used reg = ) 20309 4E9D 8B46 F6 mov ax,-$A[bp] 20310 4EA0 8B4E F8 mov cx,-8[bp] 20311 4EA3 F7E9 imul cx 20312 ! Debug: mul unsigned char cheight = [S+$10-5] to unsigned int = ax+0 (used reg = ) 20313 4EA5 89C3 mov bx,ax 20314 4EA7 8A46 FD mov al,-3[bp] 20315 4EAA 30E4 xor ah,ah 20316 4EAC 93 xchg ax,bx 20317 4EAD 89D9 mov cx,bx 20318 4EAF F7E9 imul cx 20319 ! Debug: mul unsigned char bpp = [S+$10-6] to unsigned int = ax+0 (used reg = ) 20320 4EB1 89C3 mov bx,ax 20321 4EB3 8A46 FC mov al,-4[bp] 20322 4EB6 30E4 xor ah,ah 20323 4EB8 93 xchg ax,bx 20324 4EB9 89D9 mov cx,bx 20325 4EBB F7E9 imul cx 20326 ! Debug: list unsigned int = ax+0 (used reg = ) 20327 4EBD 50 push ax 20328 ! Debug: list unsigned char attr = [S+$12+4] (used reg = ) 20329 4EBE 8A46 06 mov al,6[bp] 20330 4EC1 30E4 xor ah,ah 20331 4EC3 50 push ax 20332 ! Debug: list int = const 0 (used reg = ) 20333 4EC4 31C0 xor ax,ax 20334 4EC6 50 push ax 20335 ! Debug: ptradd unsigned char line = [S+$16-4] to [$10] struct = vga_modes+0 (used reg = ) 20336 4EC7 8A46 FE mov al,-2[bp] 20337 4ECA 30E4 xor ah,ah 20338 4ECC B1 03 mov cl,*3 20339 4ECE D3E0 shl ax,cl 20340 4ED0 89C3 mov bx,ax 20341 4ED2 81C3 01F6 add bx,#_vga_modes 20342 ! Debug: list unsigned short = [bx+4] (used reg = ) 20343 4ED6 FF77 04 push 4[bx] 20344 ! Debug: func () void = memsetb+0 (used reg = ) 20345 4ED9 E8 2C5B call _memsetb 20346 4EDC 83C4 08 add sp,*8 20347 !BCC_EOS 20348 ! 2358 } 20349 ! 2359 else 20350 ! 2360 { 20351 4EDF E9 0144 br .122 20352 00004EE2 .11C: 20353 ! 2361 if(bpp==2) 20354 ! Debug: logeq int = const 2 to unsigned char bpp = [S+$10-6] (used reg = ) 20355 4EE2 8A46 FC mov al,-4[bp] 20356 4EE5 3C 02 cmp al,*2 20357 4EE7 75 1C jne .123 20358 00004EE9 .124: 20359 ! 2362 { 20360 ! 2363 cul<<=1; 20361 ! Debug: slab int = const 1 to unsigned char cul = [S+$10+8] (used reg = ) 20362 4EE9 8A46 0A mov al,$A[bp] 20363 4EEC 30E4 xor ah,ah 20364 4EEE D1E0 shl ax,*1 20365 4EF0 8846 0A mov $A[bp],al 20366 !BCC_EOS 20367 ! 2364 cols<<=1; 20368 ! Debug: slab int = const 1 to unsigned char cols = [S+$10-7] (used reg = ) 20369 4EF3 8A46 FB mov al,-5[bp] 20370 4EF6 30E4 xor ah,ah 20371 4EF8 D1E0 shl ax,*1 20372 4EFA 8846 FB mov -5[bp],al 20373 !BCC_EOS 20374 ! 2365 nbcols<<=1; 20375 ! Debug: slab int = const 1 to unsigned short nbcols = [S+$10-$A] (used reg = ) 20376 4EFD 8B46 F8 mov ax,-8[bp] 20377 4F00 D1E0 shl ax,*1 20378 4F02 8946 F8 mov -8[bp],ax 20379 !BCC_EOS 20380 ! 2366 } 20381 ! 2367 if(dir==1) 20382 00004F05 .123: 20383 ! Debug: logeq int = const 1 to unsigned char dir = [S+$10+$10] (used reg = ) 20384 4F05 8A46 12 mov al,$12[bp] 20385 4F08 3C 01 cmp al,*1 20386 4F0A 0F85 008A bne .125 20387 00004F0E .126: 20388 ! 2368 {for(i=rul;i<=rlr;i++) 20389 ! Debug: eq unsigned char rul = [S+$10+6] to unsigned short i = [S+$10-$E] (used reg = ) 20390 4F0E 8A46 08 mov al,8[bp] 20391 4F11 30E4 xor ah,ah 20392 4F13 8946 F4 mov -$C[bp],ax 20393 !BCC_EOS 20394 !BCC_EOS 20395 ! 2369 { 20396 4F16 EB 73 jmp .129 20397 00004F18 .12A: 20398 ! 2370 if((i+nblines>rlr)||(nblines==0)) 20399 ! Debug: add unsigned char nblines = [S+$10+2] to unsigned short i = [S+$10-$E] (used reg = ) 20400 4F18 8B46 F4 mov ax,-$C[bp] 20401 4F1B 0246 04 add al,4[bp] 20402 4F1E 80D4 00 adc ah,*0 20403 ! Debug: gt unsigned char rlr = [S+$10+$A] to unsigned int = ax+0 (used reg = ) 20404 4F21 50 push ax 20405 4F22 8A46 0C mov al,$C[bp] 20406 4F25 30E4 xor ah,ah 20407 4F27 3B46 F0 cmp ax,0+..FFFC[bp] 20408 4F2A 8D66 F2 lea sp,2+..FFFC[bp] 20409 4F2D 72 07 jb .12C 20410 00004F2F .12D: 20411 ! Debug: logeq int = const 0 to unsigned char nblines = [S+$10+2] (used reg = ) 20412 4F2F 8A46 04 mov al,4[bp] 20413 4F32 84C0 test al,al 20414 4F34 75 26 jne .12B 20415 00004F36 .12C: 20416 ! 2371 vgamem_fill_cga(cul,i,cols,nbcols,cheight,attr); 20417 ! Debug: list unsigned char attr = [S+$10+4] (used reg = ) 20418 4F36 8A46 06 mov al,6[bp] 20419 4F39 30E4 xor ah,ah 20420 4F3B 50 push ax 20421 ! Debug: list unsigned char cheight = [S+$12-5] (used reg = ) 20422 4F3C 8A46 FD mov al,-3[bp] 20423 4F3F 30E4 xor ah,ah 20424 4F41 50 push ax 20425 ! Debug: list unsigned short nbcols = [S+$14-$A] (used reg = ) 20426 4F42 FF76 F8 push -8[bp] 20427 ! Debug: list unsigned char cols = [S+$16-7] (used reg = ) 20428 4F45 8A46 FB mov al,-5[bp] 20429 4F48 30E4 xor ah,ah 20430 4F4A 50 push ax 20431 ! Debug: list unsigned short i = [S+$18-$E] (used reg = ) 20432 4F4B FF76 F4 push -$C[bp] 20433 ! Debug: list unsigned char cul = [S+$1A+8] (used reg = ) 20434 4F4E 8A46 0A mov al,$A[bp] 20435 4F51 30E4 xor ah,ah 20436 4F53 50 push ax 20437 ! Debug: func () void = vgamem_fill_cga+0 (used reg = ) 20438 4F54 E8 F92E call _vgamem_fill_cga 20439 4F57 83C4 0C add sp,*$C 20440 !BCC_EOS 20441 ! 2372 else 20442 ! 2373 vgamem_copy_cga(cul,i+nblines,i,cols,nbcols,cheight); 20443 4F5A EB 28 jmp .12E 20444 00004F5C .12B: 20445 ! Debug: list unsigned char cheight = [S+$10-5] (used reg = ) 20446 4F5C 8A46 FD mov al,-3[bp] 20447 4F5F 30E4 xor ah,ah 20448 4F61 50 push ax 20449 ! Debug: list unsigned short nbcols = [S+$12-$A] (used reg = ) 20450 4F62 FF76 F8 push -8[bp] 20451 ! Debug: list unsigned char cols = [S+$14-7] (used reg = ) 20452 4F65 8A46 FB mov al,-5[bp] 20453 4F68 30E4 xor ah,ah 20454 4F6A 50 push ax 20455 ! Debug: list unsigned short i = [S+$16-$E] (used reg = ) 20456 4F6B FF76 F4 push -$C[bp] 20457 ! Debug: add unsigned char nblines = [S+$18+2] to unsigned short i = [S+$18-$E] (used reg = ) 20458 4F6E 8B46 F4 mov ax,-$C[bp] 20459 4F71 0246 04 add al,4[bp] 20460 4F74 80D4 00 adc ah,*0 20461 ! Debug: list unsigned int = ax+0 (used reg = ) 20462 4F77 50 push ax 20463 ! Debug: list unsigned char cul = [S+$1A+8] (used reg = ) 20464 4F78 8A46 0A mov al,$A[bp] 20465 4F7B 30E4 xor ah,ah 20466 4F7D 50 push ax 20467 ! Debug: func () void = vgamem_copy_cga+0 (used reg = ) 20468 4F7E E8 F7F2 call _vgamem_copy_cga 20469 4F81 83C4 0C add sp,*$C 20470 !BCC_EOS 20471 ! 2374 } 20472 00004F84 .12E: 20473 ! 2375 } 20474 00004F84 .128: 20475 ! Debug: postinc unsigned short i = [S+$10-$E] (used reg = ) 20476 4F84 8B46 F4 mov ax,-$C[bp] 20477 4F87 40 inc ax 20478 4F88 8946 F4 mov -$C[bp],ax 20479 00004F8B .129: 20480 ! Debug: le unsigned char rlr = [S+$10+$A] to unsigned short i = [S+$10-$E] (used reg = ) 20481 4F8B 8A46 0C mov al,$C[bp] 20482 4F8E 30E4 xor ah,ah 20483 4F90 3B46 F4 cmp ax,-$C[bp] 20484 4F93 73 83 jae .12A 20485 00004F95 .12F: 20486 00004F95 .127: 20487 ! 2376 else 20488 ! 2377 {for(i=rlr;i 20489 4F95 E9 008E br .130 20490 00004F98 .125: 20491 ! Debug: eq unsigned char rlr = [S+$10+$A] to unsigned short i = [S+$10-$E] (used reg = ) 20492 4F98 8A46 0C mov al,$C[bp] 20493 4F9B 30E4 xor ah,ah 20494 4F9D 8946 F4 mov -$C[bp],ax 20495 !BCC_EOS 20496 ! 2377 >=rul;i--) 20497 !BCC_EOS 20498 ! 2378 { 20499 4FA0 EB 78 jmp .133 20500 00004FA2 .134: 20501 ! 2379 if((irlr) break; 20572 00005007 .138: 20573 ! Debug: gt unsigned char rlr = [S+$10+$A] to unsigned short i = [S+$10-$E] (used reg = ) 20574 5007 8A46 0C mov al,$C[bp] 20575 500A 30E4 xor ah,ah 20576 500C 3B46 F4 cmp ax,-$C[bp] 20577 500F 73 02 jae .139 20578 00005011 .13A: 20579 5011 EB 13 jmp .131 20580 !BCC_EOS 20581 ! 2384 } 20582 00005013 .139: 20583 ! 2385 } 20584 00005013 .132: 20585 ! Debug: postdec unsigned short i = [S+$10-$E] (used reg = ) 20586 5013 8B46 F4 mov ax,-$C[bp] 20587 5016 48 dec ax 20588 5017 8946 F4 mov -$C[bp],ax 20589 0000501A .133: 20590 ! Debug: ge unsigned char rul = [S+$10+6] to unsigned short i = [S+$10-$E] (used reg = ) 20591 501A 8A46 08 mov al,8[bp] 20592 501D 30E4 xor ah,ah 20593 501F 3B46 F4 cmp ax,-$C[bp] 20594 5022 0F86 FF7C blos .134 20595 00005026 .13B: 20596 00005026 .131: 20597 ! 2386 } 20598 00005026 .130: 20599 ! 2387 break; 20600 00005026 .122: 20601 5026 EB 14 jmp .F8 20602 !BCC_EOS 20603 ! 2388 } 20604 ! 2389 } 20605 5028 EB 12 jmp .F8 20606 0000502A .FA: 20607 502A 2C 02 sub al,*2 20608 502C 0F84 FE1F beq .11B 20609 5030 2C 01 sub al,*1 20610 5032 0F84 FC63 beq .FC 20611 5036 2C 01 sub al,*1 20612 5038 0F84 FC5D beq .FB 20613 0000503C .F8: 20614 FFFFFFF0 ..FFFC = -$10 20615 ! 2390 } 20616 0000503C .F7: 20617 503C 89EC mov sp,bp 20618 503E 5D pop bp 20619 503F C3 ret 20620 ! 2391 static void biosfn_read_char_attr (page,car) 20621 ! Register BX used in function biosfn_scroll 20622 ! 2392 Bit8u page;Bit16u *car; 20623 00005040 _biosfn_read_char_attr: 20624 !BCC_EOS 20625 !BCC_EOS 20626 ! 2393 {Bit16u ss=get_SS(); 20627 5040 55 push bp 20628 5041 89E5 mov bp,sp 20629 5043 4C dec sp 20630 5044 4C dec sp 20631 ! Debug: func () unsigned short = get_SS+0 (used reg = ) 20632 5045 E8 2C25 call _get_SS 20633 ! Debug: eq unsigned short = ax+0 to unsigned short ss = [S+4-4] (used reg = ) 20634 5048 8946 FE mov -2[bp],ax 20635 !BCC_EOS 20636 ! 2394 Bit8u xcurs,ycurs,mode,line; 20637 !BCC_EOS 20638 ! 2395 Bit16u nbcols,nbrows,address; 20639 !BCC_EOS 20640 ! 2396 Bit16u cursor,dummy; 20641 !BCC_EOS 20642 ! 2397 mode=read_byte(0x40,0x49); 20643 504B 83C4 F2 add sp,*-$E 20644 ! Debug: list int = const $49 (used reg = ) 20645 504E B8 0049 mov ax,*$49 20646 5051 50 push ax 20647 ! Debug: list int = const $40 (used reg = ) 20648 5052 B8 0040 mov ax,*$40 20649 5055 50 push ax 20650 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 20651 5056 E8 2B88 call _read_byte 20652 5059 83C4 04 add sp,*4 20653 ! Debug: eq unsigned char = al+0 to unsigned char mode = [S+$12-7] (used reg = ) 20654 505C 8846 FB mov -5[bp],al 20655 !BCC_EOS 20656 ! 2398 line=find_vga_entry(mode); 20657 ! Debug: list unsigned char mode = [S+$12-7] (used reg = ) 20658 505F 8A46 FB mov al,-5[bp] 20659 5062 30E4 xor ah,ah 20660 5064 50 push ax 20661 ! Debug: func () unsigned char = find_vga_entry+0 (used reg = ) 20662 5065 E8 2A8D call _find_vga_entry 20663 5068 44 inc sp 20664 5069 44 inc sp 20665 ! Debug: eq unsigned char = al+0 to unsigned char line = [S+$12-8] (used reg = ) 20666 506A 8846 FA mov -6[bp],al 20667 !BCC_EOS 20668 ! 2399 if(line==0xFF)return; 20669 ! Debug: logeq int = const $FF to unsigned char line = [S+$12-8] (used reg = ) 20670 506D 8A46 FA mov al,-6[bp] 20671 5070 3C FF cmp al,#$FF 20672 5072 75 04 jne .13C 20673 00005074 .13D: 20674 5074 89EC mov sp,bp 20675 5076 5D pop bp 20676 5077 C3 ret 20677 !BCC_EOS 20678 ! 2400 biosfn_get_cursor_pos(page,&dummy,&cursor); 20679 00005078 .13C: 20680 ! Debug: list * unsigned short cursor = S+$12-$10 (used reg = ) 20681 5078 8D5E F2 lea bx,-$E[bp] 20682 507B 53 push bx 20683 ! Debug: list * unsigned short dummy = S+$14-$12 (used reg = ) 20684 507C 8D5E F0 lea bx,-$10[bp] 20685 507F 53 push bx 20686 ! Debug: list unsigned char page = [S+$16+2] (used reg = ) 20687 5080 8A46 04 mov al,4[bp] 20688 5083 30E4 xor ah,ah 20689 5085 50 push ax 20690 ! Debug: func () void = biosfn_get_cursor_pos+0 (used reg = ) 20691 5086 E8 F3B9 call _biosfn_get_cursor_pos 20692 5089 83C4 06 add sp,*6 20693 !BCC_EOS 20694 ! 2401 xcurs=cursor&0x00ff;ycurs=(cursor&0xff00)>>8; 20695 ! Debug: and int = const $FF to unsigned short cursor = [S+$12-$10] (used reg = ) 20696 508C 8A46 F2 mov al,-$E[bp] 20697 ! Debug: eq unsigned char = al+0 to unsigned char xcurs = [S+$12-5] (used reg = ) 20698 508F 8846 FD mov -3[bp],al 20699 !BCC_EOS 20700 ! Debug: and unsigned int = const $FF00 to unsigned short cursor = [S+$12-$10] (used reg = ) 20701 5092 8B46 F2 mov ax,-$E[bp] 20702 5095 30C0 xor al,al 20703 ! Debug: sr int = const 8 to unsigned int = ax+0 (used reg = ) 20704 5097 88E0 mov al,ah 20705 5099 30E4 xor ah,ah 20706 ! Debug: eq unsigned int = ax+0 to unsigned char ycurs = [S+$12-6] (used reg = ) 20707 509B 8846 FC mov -4[bp],al 20708 !BCC_EOS 20709 ! 2402 nbrows=read_byte(0x40,0x84)+1; 20710 ! Debug: list int = const $84 (used reg = ) 20711 509E B8 0084 mov ax,#$84 20712 50A1 50 push ax 20713 ! Debug: list int = const $40 (used reg = ) 20714 50A2 B8 0040 mov ax,*$40 20715 50A5 50 push ax 20716 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 20717 50A6 E8 2B38 call _read_byte 20718 50A9 83C4 04 add sp,*4 20719 ! Debug: add int = const 1 to unsigned char = al+0 (used reg = ) 20720 50AC 30E4 xor ah,ah 20721 ! Debug: eq unsigned int = ax+1 to unsigned short nbrows = [S+$12-$C] (used reg = ) 20722 50AE 40 inc ax 20723 50AF 8946 F6 mov -$A[bp],ax 20724 !BCC_EOS 20725 ! 2403 nbcols=read_word(0x40,0x4A); 20726 ! Debug: list int = const $4A (used reg = ) 20727 50B2 B8 004A mov ax,*$4A 20728 50B5 50 push ax 20729 ! Debug: list int = const $40 (used reg = ) 20730 50B6 B8 0040 mov ax,*$40 20731 50B9 50 push ax 20732 ! Debug: func () unsigned short = read_word+0 (used reg = ) 20733 50BA E8 2B37 call _read_word 20734 50BD 83C4 04 add sp,*4 20735 ! Debug: eq unsigned short = ax+0 to unsigned short nbcols = [S+$12-$A] (used reg = ) 20736 50C0 8946 F8 mov -8[bp],ax 20737 !BCC_EOS 20738 ! 2404 if(vga_modes[line].class==0x00) 20739 ! Debug: ptradd unsigned char line = [S+$12-8] to [$10] struct = vga_modes+0 (used reg = ) 20740 50C3 8A46 FA mov al,-6[bp] 20741 50C6 30E4 xor ah,ah 20742 50C8 B1 03 mov cl,*3 20743 50CA D3E0 shl ax,cl 20744 50CC 89C3 mov bx,ax 20745 50CE 81C3 01F6 add bx,#_vga_modes 20746 ! Debug: logeq int = const 0 to unsigned char = [bx+1] (used reg = ) 20747 50D2 8A47 01 mov al,1[bx] 20748 50D5 84C0 test al,al 20749 50D7 75 5E jne .13E 20750 000050D9 .13F: 20751 ! 2405 { 20752 ! 2406 address=((((nbcols*nbrows*2)|0x00ff)+1)*page)+(xcurs+ycurs*nbcols)*2; 20753 ! Debug: mul unsigned short nbcols = [S+$12-$A] to unsigned char ycurs = [S+$12-6] (used reg = ) 20754 50D9 8A46 FC mov al,-4[bp] 20755 50DC 30E4 xor ah,ah 20756 50DE 8B4E F8 mov cx,-8[bp] 20757 50E1 F7E9 imul cx 20758 ! Debug: add unsigned int = ax+0 to unsigned char xcurs = [S+$12-5] (used reg = ) 20759 ! Debug: expression subtree swapping 20760 50E3 0246 FD add al,-3[bp] 20761 50E6 80D4 00 adc ah,*0 20762 ! Debug: mul int = const 2 to unsigned int = ax+0 (used reg = ) 20763 50E9 D1E0 shl ax,*1 20764 50EB 50 push ax 20765 ! Debug: mul unsigned short nbrows = [S+$14-$C] to unsigned short nbcols = [S+$14-$A] (used reg = ) 20766 50EC 8B46 F8 mov ax,-8[bp] 20767 50EF 8B4E F6 mov cx,-$A[bp] 20768 50F2 F7E9 imul cx 20769 ! Debug: mul int = const 2 to unsigned int = ax+0 (used reg = ) 20770 50F4 D1E0 shl ax,*1 20771 ! Debug: or int = const $FF to unsigned int = ax+0 (used reg = ) 20772 50F6 0C FF or al,#$FF 20773 ! Debug: add int = const 1 to unsigned int = ax+0 (used reg = ) 20774 ! Debug: mul unsigned char page = [S+$14+2] to unsigned int = ax+1 (used reg = ) 20775 50F8 89C3 mov bx,ax 20776 50FA 8A46 04 mov al,4[bp] 20777 50FD 30E4 xor ah,ah 20778 50FF 93 xchg ax,bx 20779 5100 40 inc ax 20780 5101 89D9 mov cx,bx 20781 5103 F7E9 imul cx 20782 ! Debug: add unsigned int (temp) = [S+$14-$14] to unsigned int = ax+0 (used reg = ) 20783 5105 0346 EE add ax,-$12[bp] 20784 5108 44 inc sp 20785 5109 44 inc sp 20786 ! Debug: eq unsigned int = ax+0 to unsigned short address = [S+$12-$E] (used reg = ) 20787 510A 8946 F4 mov -$C[bp],ax 20788 !BCC_EOS 20789 ! 2407 write_word(ss,car,read_word(vga_modes[line].sstart,address)); 20790 ! Debug: list unsigned short address = [S+$12-$E] (used reg = ) 20791 510D FF76 F4 push -$C[bp] 20792 ! Debug: ptradd unsigned char line = [S+$14-8] to [$10] struct = vga_modes+0 (used reg = ) 20793 5110 8A46 FA mov al,-6[bp] 20794 5113 30E4 xor ah,ah 20795 5115 B1 03 mov cl,*3 20796 5117 D3E0 shl ax,cl 20797 5119 89C3 mov bx,ax 20798 511B 81C3 01F6 add bx,#_vga_modes 20799 ! Debug: list unsigned short = [bx+4] (used reg = ) 20800 511F FF77 04 push 4[bx] 20801 ! Debug: func () unsigned short = read_word+0 (used reg = ) 20802 5122 E8 2ACF call _read_word 20803 5125 83C4 04 add sp,*4 20804 ! Debug: list unsigned short = ax+0 (used reg = ) 20805 5128 50 push ax 20806 ! Debug: list * unsigned short car = [S+$14+4] (used reg = ) 20807 5129 FF76 06 push 6[bp] 20808 ! Debug: list unsigned short ss = [S+$16-4] (used reg = ) 20809 512C FF76 FE push -2[bp] 20810 ! Debug: func () void = write_word+0 (used reg = ) 20811 512F E8 2AED call _write_word 20812 5132 83C4 06 add sp,*6 20813 !BCC_EOS 20814 ! 2408 } 20815 ! 2409 else 20816 ! 2410 { 20817 5135 EB 00 jmp .140 20818 00005137 .13E: 20819 ! 2411 } 20820 ! 2412 } 20821 00005137 .140: 20822 5137 89EC mov sp,bp 20823 5139 5D pop bp 20824 513A C3 ret 20825 ! 2413 static void write_gfx_char_pl4(car,attr,xcurs,ycurs,nbcols,cheight) 20826 ! Register BX used in function biosfn_read_char_attr 20827 ! 2414 Bit8u car;Bit8u attr;Bit8u xcurs;Bit8u ycurs;Bit8u nbcols;Bit8u cheight; 20828 0000513B _write_gfx_char_pl4: 20829 !BCC_EOS 20830 !BCC_EOS 20831 !BCC_EOS 20832 !BCC_EOS 20833 !BCC_EOS 20834 !BCC_EOS 20835 ! 2415 { 20836 ! 2416 Bit8u i,j,mask; 20837 !BCC_EOS 20838 ! 2417 Bit8u *fdata; 20839 !BCC_EOS 20840 ! 2418 Bit16u addr,dest,src; 20841 !BCC_EOS 20842 ! 2419 switch(cheight) 20843 513B 55 push bp 20844 513C 89E5 mov bp,sp 20845 513E 83C4 F4 add sp,*-$C 20846 5141 8A46 0E mov al,$E[bp] 20847 ! 2420 {case 14: 20848 5144 EB 18 jmp .143 20849 ! 2421 fdata = &vgafont14; 20850 00005146 .144: 20851 ! Debug: eq * [$E00] unsigned char = vgafont14+0 to * unsigned char fdata = [S+$E-8] (used reg = ) 20852 5146 BB 175A mov bx,#_vgafont14 20853 5149 895E FA mov -6[bp],bx 20854 !BCC_EOS 20855 ! 2422 break; 20856 514C EB 1A jmp .141 20857 !BCC_EOS 20858 ! 2423 case 16: 20859 ! 2424 fdata = &vgafont16; 20860 0000514E .145: 20861 ! Debug: eq * [$1000] unsigned char = vgafont16+0 to * unsigned char fdata = [S+$E-8] (used reg = ) 20862 514E BB 255A mov bx,#_vgafont16 20863 5151 895E FA mov -6[bp],bx 20864 !BCC_EOS 20865 ! 2425 break; 20866 5154 EB 12 jmp .141 20867 !BCC_EOS 20868 ! 2426 default: 20869 ! 2427 fdata = &vgafont8; 20870 00005156 .146: 20871 ! Debug: eq * [$800] unsigned char = vgafont8+0 to * unsigned char fdata = [S+$E-8] (used reg = ) 20872 5156 BB 0F5A mov bx,#_vgafont8 20873 5159 895E FA mov -6[bp],bx 20874 !BCC_EOS 20875 ! 2428 } 20876 ! 2429 addr=xcurs+ycurs*cheight*nbcols; 20877 515C EB 0A jmp .141 20878 0000515E .143: 20879 515E 2C 0E sub al,*$E 20880 5160 74 E4 je .144 20881 5162 2C 02 sub al,*2 20882 5164 74 E8 je .145 20883 5166 EB EE jmp .146 20884 00005168 .141: 20885 FFFFFFF2 ..FFFB = -$E 20886 ! Debug: mul unsigned char cheight = [S+$E+$C] to unsigned char ycurs = [S+$E+8] (used reg = ) 20887 5168 8A46 0E mov al,$E[bp] 20888 516B 30E4 xor ah,ah 20889 516D 89C3 mov bx,ax 20890 516F 8A46 0A mov al,$A[bp] 20891 5172 30E4 xor ah,ah 20892 5174 89D9 mov cx,bx 20893 5176 F7E9 imul cx 20894 ! Debug: mul unsigned char nbcols = [S+$E+$A] to unsigned int = ax+0 (used reg = ) 20895 5178 89C3 mov bx,ax 20896 517A 8A46 0C mov al,$C[bp] 20897 517D 30E4 xor ah,ah 20898 517F 93 xchg ax,bx 20899 5180 89D9 mov cx,bx 20900 5182 F7E9 imul cx 20901 ! Debug: add unsigned int = ax+0 to unsigned char xcurs = [S+$E+6] (used reg = ) 20902 ! Debug: expression subtree swapping 20903 5184 0246 08 add al,8[bp] 20904 5187 80D4 00 adc ah,*0 20905 ! Debug: eq unsigned int = ax+0 to unsigned short addr = [S+$E-$A] (used reg = ) 20906 518A 8946 F8 mov -8[bp],ax 20907 !BCC_EOS 20908 ! 2430 src = car * cheight; 20909 ! Debug: mul unsigned char cheight = [S+$E+$C] to unsigned char car = [S+$E+2] (used reg = ) 20910 518D 8A46 0E mov al,$E[bp] 20911 5190 30E4 xor ah,ah 20912 5192 89C3 mov bx,ax 20913 5194 8A46 04 mov al,4[bp] 20914 5197 30E4 xor ah,ah 20915 5199 89D9 mov cx,bx 20916 519B F7E9 imul cx 20917 ! Debug: eq unsigned int = ax+0 to unsigned short src = [S+$E-$E] (used reg = ) 20918 519D 8946 F4 mov -$C[bp],ax 20919 !BCC_EOS 20920 ! 2431 outw(0x3c4, 0x0f02); 20921 ! Debug: list int = const $F02 (used reg = ) 20922 51A0 B8 0F02 mov ax,#$F02 20923 51A3 50 push ax 20924 ! Debug: list int = const $3C4 (used reg = ) 20925 51A4 B8 03C4 mov ax,#$3C4 20926 51A7 50 push ax 20927 ! Debug: func () void = outw+0 (used reg = ) 20928 51A8 E8 2AB2 call _outw 20929 51AB 83C4 04 add sp,*4 20930 !BCC_EOS 20931 ! 2432 outw(0x3ce, 0x0205); 20932 ! Debug: list int = const $205 (used reg = ) 20933 51AE B8 0205 mov ax,#$205 20934 51B1 50 push ax 20935 ! Debug: list int = const $3CE (used reg = ) 20936 51B2 B8 03CE mov ax,#$3CE 20937 51B5 50 push ax 20938 ! Debug: func () void = outw+0 (used reg = ) 20939 51B6 E8 2AA4 call _outw 20940 51B9 83C4 04 add sp,*4 20941 !BCC_EOS 20942 ! 2433 if(attr&0x80) 20943 ! Debug: and int = const $80 to unsigned char attr = [S+$E+4] (used reg = ) 20944 51BC 8A46 06 mov al,6[bp] 20945 51BF 24 80 and al,#$80 20946 51C1 84C0 test al,al 20947 51C3 74 10 je .147 20948 000051C5 .148: 20949 ! 2434 { 20950 ! 2435 outw(0x3ce, 0x1803); 20951 ! Debug: list int = const $1803 (used reg = ) 20952 51C5 B8 1803 mov ax,#$1803 20953 51C8 50 push ax 20954 ! Debug: list int = const $3CE (used reg = ) 20955 51C9 B8 03CE mov ax,#$3CE 20956 51CC 50 push ax 20957 ! Debug: func () void = outw+0 (used reg = ) 20958 51CD E8 2A8D call _outw 20959 51D0 83C4 04 add sp,*4 20960 !BCC_EOS 20961 ! 2436 } 20962 ! 2437 else 20963 ! 2438 { 20964 51D3 EB 0E jmp .149 20965 000051D5 .147: 20966 ! 2439 outw(0x3ce, 0x0003); 20967 ! Debug: list int = const 3 (used reg = ) 20968 51D5 B8 0003 mov ax,*3 20969 51D8 50 push ax 20970 ! Debug: list int = const $3CE (used reg = ) 20971 51D9 B8 03CE mov ax,#$3CE 20972 51DC 50 push ax 20973 ! Debug: func () void = outw+0 (used reg = ) 20974 51DD E8 2A7D call _outw 20975 51E0 83C4 04 add sp,*4 20976 !BCC_EOS 20977 ! 2440 } 20978 ! 2441 for(i=0;i>j; 21013 ! Debug: sr unsigned char j = [S+$E-4] to int = const $80 (used reg = ) 21014 5208 8A46 FE mov al,-2[bp] 21015 520B 30E4 xor ah,ah 21016 520D 89C3 mov bx,ax 21017 520F B8 0080 mov ax,#$80 21018 5212 89D9 mov cx,bx 21019 5214 D3F8 sar ax,cl 21020 ! Debug: eq int = ax+0 to unsigned char mask = [S+$E-5] (used reg = ) 21021 5216 8846 FD mov -3[bp],al 21022 !BCC_EOS 21023 ! 2447 outw(0x3ce, (mask << 8) | 0x08); 21024 ! Debug: sl int = const 8 to unsigned char mask = [S+$E-5] (used reg = ) 21025 5219 8A46 FD mov al,-3[bp] 21026 521C 30E4 xor ah,ah 21027 521E 88C4 mov ah,al 21028 5220 30C0 xor al,al 21029 ! Debug: or int = const 8 to unsigned int = ax+0 (used reg = ) 21030 5222 0C 08 or al,*8 21031 ! Debug: list unsigned int = ax+0 (used reg = ) 21032 5224 50 push ax 21033 ! Debug: list int = const $3CE (used reg = ) 21034 5225 B8 03CE mov ax,#$3CE 21035 5228 50 push ax 21036 ! Debug: func () void = outw+0 (used reg = ) 21037 5229 E8 2A31 call _outw 21038 522C 83C4 04 add sp,*4 21039 !BCC_EOS 21040 ! 2448 read_byte(0xa000,dest); 21041 ! Debug: list unsigned short dest = [S+$E-$C] (used reg = ) 21042 522F FF76 F6 push -$A[bp] 21043 ! Debug: list unsigned int = const $A000 (used reg = ) 21044 5232 B8 A000 mov ax,#$A000 21045 5235 50 push ax 21046 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 21047 5236 E8 29A8 call _read_byte 21048 5239 83C4 04 add sp,*4 21049 !BCC_EOS 21050 ! 2449 if(fdata[src+i]&mask) 21051 ! Debug: add unsigned char i = [S+$E-3] to unsigned short src = [S+$E-$E] (used reg = ) 21052 523C 8B46 F4 mov ax,-$C[bp] 21053 523F 0246 FF add al,-1[bp] 21054 5242 80D4 00 adc ah,*0 21055 ! Debug: ptradd unsigned int = ax+0 to * unsigned char fdata = [S+$E-8] (used reg = ) 21056 5245 0346 FA add ax,-6[bp] 21057 5248 89C3 mov bx,ax 21058 ! Debug: and unsigned char mask = [S+$E-5] to unsigned char = [bx+0] (used reg = ) 21059 524A 8A07 mov al,[bx] 21060 524C 2246 FD and al,-3[bp] 21061 524F 84C0 test al,al 21062 5251 74 17 je .152 21063 00005253 .153: 21064 ! 2450 { 21065 ! 2451 write_byte(0xa000,dest,attr&0x0f); 21066 ! Debug: and int = const $F to unsigned char attr = [S+$E+4] (used reg = ) 21067 5253 8A46 06 mov al,6[bp] 21068 5256 24 0F and al,*$F 21069 ! Debug: list unsigned char = al+0 (used reg = ) 21070 5258 30E4 xor ah,ah 21071 525A 50 push ax 21072 ! Debug: list unsigned short dest = [S+$10-$C] (used reg = ) 21073 525B FF76 F6 push -$A[bp] 21074 ! Debug: list unsigned int = const $A000 (used reg = ) 21075 525E B8 A000 mov ax,#$A000 21076 5261 50 push ax 21077 ! Debug: func () void = write_byte+0 (used reg = ) 21078 5262 E8 29A2 call _write_byte 21079 5265 83C4 06 add sp,*6 21080 !BCC_EOS 21081 ! 2452 } 21082 ! 2453 else 21083 ! 2454 { 21084 5268 EB 10 jmp .154 21085 0000526A .152: 21086 ! 2455 write_byte(0xa000,dest,0x00); 21087 ! Debug: list int = const 0 (used reg = ) 21088 526A 31C0 xor ax,ax 21089 526C 50 push ax 21090 ! Debug: list unsigned short dest = [S+$10-$C] (used reg = ) 21091 526D FF76 F6 push -$A[bp] 21092 ! Debug: list unsigned int = const $A000 (used reg = ) 21093 5270 B8 A000 mov ax,#$A000 21094 5273 50 push ax 21095 ! Debug: func () void = write_byte+0 (used reg = ) 21096 5274 E8 2990 call _write_byte 21097 5277 83C4 06 add sp,*6 21098 !BCC_EOS 21099 ! 2456 } 21100 ! 2457 } 21101 0000527A .154: 21102 ! 2458 } 21103 0000527A .14F: 21104 ! Debug: postinc unsigned char j = [S+$E-4] (used reg = ) 21105 527A 8A46 FE mov al,-2[bp] 21106 527D 40 inc ax 21107 527E 8846 FE mov -2[bp],al 21108 00005281 .150: 21109 ! Debug: lt int = const 8 to unsigned char j = [S+$E-4] (used reg = ) 21110 5281 8A46 FE mov al,-2[bp] 21111 5284 3C 08 cmp al,*8 21112 5286 0F82 FF7E blo .151 21113 0000528A .155: 21114 0000528A .14E: 21115 ! 2459 #asm 21116 0000528A .14B: 21117 ! Debug: postinc unsigned char i = [S+$E-3] (used reg = ) 21118 528A 8A46 FF mov al,-1[bp] 21119 528D 40 inc ax 21120 528E 8846 FF mov -1[bp],al 21121 00005291 .14C: 21122 ! Debug: lt unsigned char cheight = [S+$E+$C] to unsigned char i = [S+$E-3] (used reg = ) 21123 5291 8A46 FF mov al,-1[bp] 21124 5294 3A46 0E cmp al,$E[bp] 21125 5297 0F82 FF50 blo .14D 21126 0000529B .156: 21127 0000529B .14A: 21128 !BCC_EOS 21129 !BCC_ASM 21130 0000000A _write_gfx_char_pl4.j set $A 21131 FFFFFFFE .write_gfx_char_pl4.j set -2 21132 00000006 _write_gfx_char_pl4.fdata set 6 21133 FFFFFFFA .write_gfx_char_pl4.fdata set -6 21134 0000001A _write_gfx_char_pl4.cheight set $1A 21135 0000000E .write_gfx_char_pl4.cheight set $E 21136 00000018 _write_gfx_char_pl4.nbcols set $18 21137 0000000C .write_gfx_char_pl4.nbcols set $C 21138 0000000B _write_gfx_char_pl4.i set $B 21139 FFFFFFFF .write_gfx_char_pl4.i set -1 21140 00000016 _write_gfx_char_pl4.ycurs set $16 21141 0000000A .write_gfx_char_pl4.ycurs set $A 21142 00000009 _write_gfx_char_pl4.mask set 9 21143 FFFFFFFD .write_gfx_char_pl4.mask set -3 21144 00000002 _write_gfx_char_pl4.dest set 2 21145 FFFFFFF6 .write_gfx_char_pl4.dest set -$A 21146 00000014 _write_gfx_char_pl4.xcurs set $14 21147 00000008 .write_gfx_char_pl4.xcurs set 8 21148 00000000 _write_gfx_char_pl4.src set 0 21149 FFFFFFF4 .write_gfx_char_pl4.src set -$C 21150 00000012 _write_gfx_char_pl4.attr set $12 21151 00000006 .write_gfx_char_pl4.attr set 6 21152 00000010 _write_gfx_char_pl4.car set $10 21153 00000004 .write_gfx_char_pl4.car set 4 21154 00000004 _write_gfx_char_pl4.addr set 4 21155 FFFFFFF8 .write_gfx_char_pl4.addr set -8 21156 529B BA 03CE mov dx, # 0x3ce 21157 529E B8 FF08 mov ax, #0xff08 21158 52A1 EF out dx, ax 21159 52A2 B8 0005 mov ax, #0x0005 21160 52A5 EF out dx, ax 21161 52A6 B8 0003 mov ax, #0x0003 21162 52A9 EF out dx, ax 21163 ! 2467 endasm 21164 !BCC_ENDASM 21165 !BCC_EOS 21166 ! 2468 } 21167 52AA 89EC mov sp,bp 21168 52AC 5D pop bp 21169 52AD C3 ret 21170 ! 2469 static void write_gfx_char_cga(car,attr,xcurs,ycurs,nbcols,bpp) 21171 ! Register BX used in function write_gfx_char_pl4 21172 ! 2470 Bit8u car;Bit8u attr;Bit8u xcurs;Bit8u ycurs;Bit8u nbcols;Bit8u bpp; 21173 000052AE _write_gfx_char_cga: 21174 !BCC_EOS 21175 !BCC_EOS 21176 !BCC_EOS 21177 !BCC_EOS 21178 !BCC_EOS 21179 !BCC_EOS 21180 ! 2471 { 21181 ! 2472 Bit8u i,j,mask,da 21182 ! 2472 ta; 21183 !BCC_EOS 21184 ! 2473 Bit8u *fdata; 21185 !BCC_EOS 21186 ! 2474 Bit16u addr,dest,src; 21187 !BCC_EOS 21188 ! 2475 fdata = &vgafont8; 21189 52AE 55 push bp 21190 52AF 89E5 mov bp,sp 21191 52B1 83C4 F4 add sp,*-$C 21192 ! Debug: eq * [$800] unsigned char = vgafont8+0 to * unsigned char fdata = [S+$E-8] (used reg = ) 21193 52B4 BB 0F5A mov bx,#_vgafont8 21194 52B7 895E FA mov -6[bp],bx 21195 !BCC_EOS 21196 ! 2476 addr=(xcurs*bpp)+ycurs*320; 21197 ! Debug: mul int = const $140 to unsigned char ycurs = [S+$E+8] (used reg = ) 21198 52BA 8A46 0A mov al,$A[bp] 21199 52BD 30E4 xor ah,ah 21200 52BF B9 0140 mov cx,#$140 21201 52C2 F7E9 imul cx 21202 52C4 50 push ax 21203 ! Debug: mul unsigned char bpp = [S+$10+$C] to unsigned char xcurs = [S+$10+6] (used reg = ) 21204 52C5 8A46 0E mov al,$E[bp] 21205 52C8 30E4 xor ah,ah 21206 52CA 89C3 mov bx,ax 21207 52CC 8A46 08 mov al,8[bp] 21208 52CF 30E4 xor ah,ah 21209 52D1 89D9 mov cx,bx 21210 52D3 F7E9 imul cx 21211 ! Debug: add unsigned int (temp) = [S+$10-$10] to unsigned int = ax+0 (used reg = ) 21212 52D5 0346 F2 add ax,-$E[bp] 21213 52D8 44 inc sp 21214 52D9 44 inc sp 21215 ! Debug: eq unsigned int = ax+0 to unsigned short addr = [S+$E-$A] (used reg = ) 21216 52DA 8946 F8 mov -8[bp],ax 21217 !BCC_EOS 21218 ! 2477 src = car * 8; 21219 ! Debug: mul int = const 8 to unsigned char car = [S+$E+2] (used reg = ) 21220 52DD 8A46 04 mov al,4[bp] 21221 52E0 30E4 xor ah,ah 21222 52E2 B1 03 mov cl,*3 21223 52E4 D3E0 shl ax,cl 21224 ! Debug: eq unsigned int = ax+0 to unsigned short src = [S+$E-$E] (used reg = ) 21225 52E6 8946 F4 mov -$C[bp],ax 21226 !BCC_EOS 21227 ! 2478 for(i=0;i<8;i++) 21228 ! Debug: eq int = const 0 to unsigned char i = [S+$E-3] (used reg = ) 21229 52E9 30C0 xor al,al 21230 52EB 8846 FF mov -1[bp],al 21231 !BCC_EOS 21232 !BCC_EOS 21233 ! 2479 { 21234 52EE E9 01B3 br .159 21235 000052F1 .15A: 21236 ! 2480 dest=addr+(i>>1)*80; 21237 ! Debug: sr int = const 1 to unsigned char i = [S+$E-3] (used reg = ) 21238 52F1 8A46 FF mov al,-1[bp] 21239 52F4 30E4 xor ah,ah 21240 52F6 D1E8 shr ax,*1 21241 ! Debug: mul int = const $50 to unsigned int = ax+0 (used reg = ) 21242 52F8 B9 0050 mov cx,*$50 21243 52FB F7E9 imul cx 21244 ! Debug: add unsigned int = ax+0 to unsigned short addr = [S+$E-$A] (used reg = ) 21245 ! Debug: expression subtree swapping 21246 52FD 0346 F8 add ax,-8[bp] 21247 ! Debug: eq unsigned int = ax+0 to unsigned short dest = [S+$E-$C] (used reg = ) 21248 5300 8946 F6 mov -$A[bp],ax 21249 !BCC_EOS 21250 ! 2481 if (i & 1) dest += 0x2000; 21251 ! Debug: and int = const 1 to unsigned char i = [S+$E-3] (used reg = ) 21252 5303 8A46 FF mov al,-1[bp] 21253 5306 24 01 and al,*1 21254 5308 84C0 test al,al 21255 530A 74 09 je .15B 21256 0000530C .15C: 21257 ! Debug: addab int = const $2000 to unsigned short dest = [S+$E-$C] (used reg = ) 21258 530C 8B46 F6 mov ax,-$A[bp] 21259 530F 05 2000 add ax,#$2000 21260 5312 8946 F6 mov -$A[bp],ax 21261 !BCC_EOS 21262 ! 2482 mask = 0x80; 21263 00005315 .15B: 21264 ! Debug: eq int = const $80 to unsigned char mask = [S+$E-5] (used reg = ) 21265 5315 B0 80 mov al,#$80 21266 5317 8846 FD mov -3[bp],al 21267 !BCC_EOS 21268 ! 2483 if (bpp == 1) 21269 ! Debug: logeq int = const 1 to unsigned char bpp = [S+$E+$C] (used reg = ) 21270 531A 8A46 0E mov al,$E[bp] 21271 531D 3C 01 cmp al,*1 21272 531F 0F85 00B3 bne .15D 21273 00005323 .15E: 21274 ! 2484 { 21275 ! 2485 if (attr & 0x80) 21276 ! Debug: and int = const $80 to unsigned char attr = [S+$E+4] (used reg = ) 21277 5323 8A46 06 mov al,6[bp] 21278 5326 24 80 and al,#$80 21279 5328 84C0 test al,al 21280 532A 74 12 je .15F 21281 0000532C .160: 21282 ! 2486 { 21283 ! 2487 data = read_byte(0xb800,dest); 21284 ! Debug: list unsigned short dest = [S+$E-$C] (used reg = ) 21285 532C FF76 F6 push -$A[bp] 21286 ! Debug: list unsigned int = const $B800 (used reg = ) 21287 532F B8 B800 mov ax,#$B800 21288 5332 50 push ax 21289 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 21290 5333 E8 28AB call _read_byte 21291 5336 83C4 04 add sp,*4 21292 ! Debug: eq unsigned char = al+0 to unsigned char data = [S+$E-6] (used reg = ) 21293 5339 8846 FC mov -4[bp],al 21294 !BCC_EOS 21295 ! 2488 } 21296 ! 2489 else 21297 ! 2490 { 21298 533C EB 05 jmp .161 21299 0000533E .15F: 21300 ! 2491 data = 0x00; 21301 ! Debug: eq int = const 0 to unsigned char data = [S+$E-6] (used reg = ) 21302 533E 30C0 xor al,al 21303 5340 8846 FC mov -4[bp],al 21304 !BCC_EOS 21305 ! 2492 } 21306 ! 2493 for(j=0;j<8;j++) 21307 00005343 .161: 21308 ! Debug: eq int = const 0 to unsigned char j = [S+$E-4] (used reg = ) 21309 5343 30C0 xor al,al 21310 5345 8846 FE mov -2[bp],al 21311 !BCC_EOS 21312 !BCC_EOS 21313 ! 2494 { 21314 5348 EB 6F jmp .164 21315 0000534A .165: 21316 ! 2495 if (fdata[src+i] & mask) 21317 ! Debug: add unsigned char i = [S+$E-3] to unsigned short src = [S+$E-$E] (used reg = ) 21318 534A 8B46 F4 mov ax,-$C[bp] 21319 534D 0246 FF add al,-1[bp] 21320 5350 80D4 00 adc ah,*0 21321 ! Debug: ptradd unsigned int = ax+0 to * unsigned char fdata = [S+$E-8] (used reg = ) 21322 5353 0346 FA add ax,-6[bp] 21323 5356 89C3 mov bx,ax 21324 ! Debug: and unsigned char mask = [S+$E-5] to unsigned char = [bx+0] (used reg = ) 21325 5358 8A07 mov al,[bx] 21326 535A 2246 FD and al,-3[bp] 21327 535D 84C0 test al,al 21328 535F 74 47 je .166 21329 00005361 .167: 21330 ! 2496 { 21331 ! 2497 if (attr & 0x80) 21332 ! Debug: and int = const $80 to unsigned char attr = [S+$E+4] (used reg = ) 21333 5361 8A46 06 mov al,6[bp] 21334 5364 24 80 and al,#$80 21335 5366 84C0 test al,al 21336 5368 74 20 je .168 21337 0000536A .169: 21338 ! 2498 { 21339 ! 2499 data ^= (attr & 0x01) << (7-j); 21340 ! Debug: sub unsigned char j = [S+$E-4] to int = const 7 (used reg = ) 21341 536A B8 0007 mov ax,*7 21342 536D 2A46 FE sub al,-2[bp] 21343 5370 80DC 00 sbb ah,*0 21344 5373 50 push ax 21345 ! Debug: and int = const 1 to unsigned char attr = [S+$10+4] (used reg = ) 21346 5374 8A46 06 mov al,6[bp] 21347 5377 24 01 and al,*1 21348 ! Debug: sl unsigned int (temp) = [S+$10-$10] to unsigned char = al+0 (used reg = ) 21349 5379 30E4 xor ah,ah 21350 537B 8B4E F2 mov cx,-$E[bp] 21351 537E D3E0 shl ax,cl 21352 5380 44 inc sp 21353 5381 44 inc sp 21354 ! Debug: eorab unsigned int = ax+0 to unsigned char data = [S+$E-6] (used reg = ) 21355 5382 3246 FC xor al,-4[bp] 21356 5385 8846 FC mov -4[bp],al 21357 !BCC_EOS 21358 ! 2500 } 21359 ! 2501 else 21360 ! 2502 { 21361 5388 EB 1E jmp .16A 21362 0000538A .168: 21363 ! 2503 data |= (attr & 0x01) << (7-j); 21364 ! Debug: sub unsigned char j = [S+$E-4] to int = const 7 (used reg = ) 21365 538A B8 0007 mov ax,*7 21366 538D 2A46 FE sub al,-2[bp] 21367 5390 80DC 00 sbb ah,*0 21368 5393 50 push ax 21369 ! Debug: and int = const 1 to unsigned char attr = [S+$10+4] (used reg = ) 21370 5394 8A46 06 mov al,6[bp] 21371 5397 24 01 and al,*1 21372 ! Debug: sl unsigned int (temp) = [S+$10-$10] to unsigned char = al+0 (used reg = ) 21373 5399 30E4 xor ah,ah 21374 539B 8B4E F2 mov cx,-$E[bp] 21375 539E D3E0 shl ax,cl 21376 53A0 44 inc sp 21377 53A1 44 inc sp 21378 ! Debug: orab unsigned int = ax+0 to unsigned char data = [S+$E-6] (used reg = ) 21379 53A2 0A46 FC or al,-4[bp] 21380 53A5 8846 FC mov -4[bp],al 21381 !BCC_EOS 21382 ! 2504 } 21383 ! 2505 } 21384 000053A8 .16A: 21385 ! 2506 mask >>= 1; 21386 000053A8 .166: 21387 ! Debug: srab int = const 1 to unsigned char mask = [S+$E-5] (used reg = ) 21388 53A8 8A46 FD mov al,-3[bp] 21389 53AB 30E4 xor ah,ah 21390 53AD D1E8 shr ax,*1 21391 53AF 8846 FD mov -3[bp],al 21392 !BCC_EOS 21393 ! 2507 } 21394 ! 2508 write_byte(0xb800,dest,data); 21395 000053B2 .163: 21396 ! Debug: postinc unsigned char j = [S+$E-4] (used reg = ) 21397 53B2 8A46 FE mov al,-2[bp] 21398 53B5 40 inc ax 21399 53B6 8846 FE mov -2[bp],al 21400 000053B9 .164: 21401 ! Debug: lt int = const 8 to unsigned char j = [S+$E-4] (used reg = ) 21402 53B9 8A46 FE mov al,-2[bp] 21403 53BC 3C 08 cmp al,*8 21404 53BE 72 8A jb .165 21405 000053C0 .16B: 21406 000053C0 .162: 21407 ! Debug: list unsigned char data = [S+$E-6] (used reg = ) 21408 53C0 8A46 FC mov al,-4[bp] 21409 53C3 30E4 xor ah,ah 21410 53C5 50 push ax 21411 ! Debug: list unsigned short dest = [S+$10-$C] (used reg = ) 21412 53C6 FF76 F6 push -$A[bp] 21413 ! Debug: list unsigned int = const $B800 (used reg = ) 21414 53C9 B8 B800 mov ax,#$B800 21415 53CC 50 push ax 21416 ! Debug: func () void = write_byte+0 (used reg = ) 21417 53CD E8 2837 call _write_byte 21418 53D0 83C4 06 add sp,*6 21419 !BCC_EOS 21420 ! 2509 } 21421 ! 2510 else 21422 ! 2511 { 21423 53D3 E9 00C7 br .16C 21424 000053D6 .15D: 21425 ! 2512 while (mask > 0) 21426 ! 2513 { 21427 53D6 E9 00BB br .16E 21428 000053D9 .16F: 21429 ! 2514 if (attr & 0x80) 21430 ! Debug: and int = const $80 to unsigned char attr = [S+$E+4] (used reg = ) 21431 53D9 8A46 06 mov al,6[bp] 21432 53DC 24 80 and al,#$80 21433 53DE 84C0 test al,al 21434 53E0 74 12 je .170 21435 000053E2 .171: 21436 ! 2515 { 21437 ! 2516 data = read_byte(0xb800,dest); 21438 ! Debug: list unsigned short dest = [S+$E-$C] (used reg = ) 21439 53E2 FF76 F6 push -$A[bp] 21440 ! Debug: list unsigned int = const $B800 (used reg = ) 21441 53E5 B8 B800 mov ax,#$B800 21442 53E8 50 push ax 21443 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 21444 53E9 E8 27F5 call _read_byte 21445 53EC 83C4 04 add sp,*4 21446 ! Debug: eq unsigned char = al+0 to unsigned char data = [S+$E-6] (used reg = ) 21447 53EF 8846 FC mov -4[bp],al 21448 !BCC_EOS 21449 ! 2517 } 21450 ! 2518 else 21451 ! 2519 { 21452 53F2 EB 05 jmp .172 21453 000053F4 .170: 21454 ! 2520 data = 0x00; 21455 ! Debug: eq int = const 0 to unsigned char data = [S+$E-6] (used reg = ) 21456 53F4 30C0 xor al,al 21457 53F6 8846 FC mov -4[bp],al 21458 !BCC_EOS 21459 ! 2521 } 21460 ! 2522 for(j=0;j<4;j++) 21461 000053F9 .172: 21462 ! Debug: eq int = const 0 to unsigned char j = [S+$E-4] (used reg = ) 21463 53F9 30C0 xor al,al 21464 53FB 8846 FE mov -2[bp],al 21465 !BCC_EOS 21466 !BCC_EOS 21467 ! 2523 { 21468 53FE EB 73 jmp .175 21469 00005400 .176: 21470 ! 2524 if (fdata[src+i] & mask) 21471 ! Debug: add unsigned char i = [S+$E-3] to unsigned short src = [S+$E-$E] (used reg = ) 21472 5400 8B46 F4 mov ax,-$C[bp] 21473 5403 0246 FF add al,-1[bp] 21474 5406 80D4 00 adc ah,*0 21475 ! Debug: ptradd unsigned int = ax+0 to * unsigned char fdata = [S+$E-8] (used reg = ) 21476 5409 0346 FA add ax,-6[bp] 21477 540C 89C3 mov bx,ax 21478 ! Debug: and unsigned char mask = [S+$E-5] to unsigned char = [bx+0] (used reg = ) 21479 540E 8A07 mov al,[bx] 21480 5410 2246 FD and al,-3[bp] 21481 5413 84C0 test al,al 21482 5415 74 4B je .177 21483 00005417 .178: 21484 ! 2525 { 21485 ! 2526 if (attr & 0x80) 21486 ! Debug: and int = const $80 to unsigned char attr = [S+$E+4] (used reg = ) 21487 5417 8A46 06 mov al,6[bp] 21488 541A 24 80 and al,#$80 21489 541C 84C0 test al,al 21490 541E 74 22 je .179 21491 00005420 .17A: 21492 ! 2527 { 21493 ! 2528 data ^= (attr & 0x03) << ((3-j)*2); 21494 ! Debug: sub unsigned char j = [S+$E-4] to int = const 3 (used reg = ) 21495 5420 B8 0003 mov ax,*3 21496 5423 2A46 FE sub al,-2[bp] 21497 5426 80DC 00 sbb ah,*0 21498 ! Debug: mul int = const 2 to unsigned int = ax+0 (used reg = ) 21499 5429 D1E0 shl ax,*1 21500 542B 50 push ax 21501 ! Debug: and int = const 3 to unsigned char attr = [S+$10+4] (used reg = ) 21502 542C 8A46 06 mov al,6[bp] 21503 542F 24 03 and al,*3 21504 ! Debug: sl unsigned int (temp) = [S+$10-$10] to unsigned char = al+0 (used reg = ) 21505 5431 30E4 xor ah,ah 21506 5433 8B4E F2 mov cx,-$E[bp] 21507 5436 D3E0 shl ax,cl 21508 5438 44 inc sp 21509 5439 44 inc sp 21510 ! Debug: eorab unsigned int = ax+0 to unsigned char data = [S+$E-6] (used reg = ) 21511 543A 3246 FC xor al,-4[bp] 21512 543D 8846 FC mov -4[bp],al 21513 !BCC_EOS 21514 ! 2529 } 21515 ! 2530 else 21516 ! 2531 { 21517 5440 EB 20 jmp .17B 21518 00005442 .179: 21519 ! 2532 data |= (attr & 0x03) << ((3-j)*2); 21520 ! Debug: sub unsigned char j = [S+$E-4] to int = const 3 (used reg = ) 21521 5442 B8 0003 mov ax,*3 21522 5445 2A46 FE sub al,-2[bp] 21523 5448 80DC 00 sbb ah,*0 21524 ! Debug: mul int = const 2 to unsigned int = ax+0 (used reg = ) 21525 544B D1E0 shl ax,*1 21526 544D 50 push ax 21527 ! Debug: and int = const 3 to unsigned char attr = [S+$10+4] (used reg = ) 21528 544E 8A46 06 mov al,6[bp] 21529 5451 24 03 and al,*3 21530 ! Debug: sl unsigned int (temp) = [S+$10-$10] to unsigned char = al+0 (used reg = ) 21531 5453 30E4 xor ah,ah 21532 5455 8B4E F2 mov cx,-$E[bp] 21533 5458 D3E0 shl ax,cl 21534 545A 44 inc sp 21535 545B 44 inc sp 21536 ! Debug: orab unsigned int = ax+0 to unsigned char data = [S+$E-6] (used reg = ) 21537 545C 0A46 FC or al,-4[bp] 21538 545F 8846 FC mov -4[bp],al 21539 !BCC_EOS 21540 ! 2533 } 21541 ! 2534 } 21542 00005462 .17B: 21543 ! 2535 mask >>= 1; 21544 00005462 .177: 21545 ! Debug: srab int = const 1 to unsigned char mask = [S+$E-5] (used reg = ) 21546 5462 8A46 FD mov al,-3[bp] 21547 5465 30E4 xor ah,ah 21548 5467 D1E8 shr ax,*1 21549 5469 8846 FD mov -3[bp],al 21550 !BCC_EOS 21551 ! 2536 } 21552 ! 2537 write_byte(0xb800,dest,data); 21553 0000546C .174: 21554 ! Debug: postinc unsigned char j = [S+$E-4] (used reg = ) 21555 546C 8A46 FE mov al,-2[bp] 21556 546F 40 inc ax 21557 5470 8846 FE mov -2[bp],al 21558 00005473 .175: 21559 ! Debug: lt int = const 4 to unsigned char j = [S+$E-4] (used reg = ) 21560 5473 8A46 FE mov al,-2[bp] 21561 5476 3C 04 cmp al,*4 21562 5478 72 86 jb .176 21563 0000547A .17C: 21564 0000547A .173: 21565 ! Debug: list unsigned char data = [S+$E-6] (used reg = ) 21566 547A 8A46 FC mov al,-4[bp] 21567 547D 30E4 xor ah,ah 21568 547F 50 push ax 21569 ! Debug: list unsigned short dest = [S+$10-$C] (used reg = ) 21570 5480 FF76 F6 push -$A[bp] 21571 ! Debug: list unsigned int = const $B800 (used reg = ) 21572 5483 B8 B800 mov ax,#$B800 21573 5486 50 push ax 21574 ! Debug: func () void = write_byte+0 (used reg = ) 21575 5487 E8 277D call _write_byte 21576 548A 83C4 06 add sp,*6 21577 !BCC_EOS 21578 ! 2538 dest += 1; 21579 ! Debug: addab int = const 1 to unsigned short dest = [S+$E-$C] (used reg = ) 21580 548D 8B46 F6 mov ax,-$A[bp] 21581 5490 40 inc ax 21582 5491 8946 F6 mov -$A[bp],ax 21583 !BCC_EOS 21584 ! 2539 } 21585 ! 2540 } 21586 00005494 .16E: 21587 ! Debug: gt int = const 0 to unsigned char mask = [S+$E-5] (used reg = ) 21588 5494 8A46 FD mov al,-3[bp] 21589 5497 84C0 test al,al 21590 5499 0F85 FF3C bne .16F 21591 0000549D .17D: 21592 0000549D .16D: 21593 ! 2541 } 21594 0000549D .16C: 21595 ! 2542 } 21596 0000549D .158: 21597 ! Debug: postinc unsigned char i = [S+$E-3] (used reg = ) 21598 549D 8A46 FF mov al,-1[bp] 21599 54A0 40 inc ax 21600 54A1 8846 FF mov -1[bp],al 21601 000054A4 .159: 21602 ! Debug: lt int = const 8 to unsigned char i = [S+$E-3] (used reg = ) 21603 54A4 8A46 FF mov al,-1[bp] 21604 54A7 3C 08 cmp al,*8 21605 54A9 0F82 FE44 blo .15A 21606 000054AD .17E: 21607 000054AD .157: 21608 54AD 89EC mov sp,bp 21609 54AF 5D pop bp 21610 54B0 C3 ret 21611 ! 2543 static void write_gfx_char_lin(car,attr,xcurs,ycurs,nbcols) 21612 ! Register BX used in function write_gfx_char_cga 21613 ! 2544 Bit8u car;Bit8u attr;Bit8u xcurs;Bit8u ycurs;Bit8u nbcols; 21614 000054B1 _write_gfx_char_lin: 21615 !BCC_EOS 21616 !BCC_EOS 21617 !BCC_EOS 21618 !BCC_EOS 21619 !BCC_EOS 21620 ! 2545 { 21621 ! 2546 Bit8u i,j,mask,data; 21622 !BCC_EOS 21623 ! 2547 Bit8u *fdata; 21624 !BCC_EOS 21625 ! 2548 Bit16u addr,dest,src; 21626 !BCC_EOS 21627 ! 2549 fdata = &vgafont8; 21628 54B1 55 push bp 21629 54B2 89E5 mov bp,sp 21630 54B4 83C4 F4 add sp,*-$C 21631 ! Debug: eq * [$800] unsigned char = vgafont8+0 to * unsigned char fdata = [S+$E-8] (used reg = ) 21632 54B7 BB 0F5A mov bx,#_vgafont8 21633 54BA 895E FA mov -6[bp],bx 21634 !BCC_EOS 21635 ! 2550 addr=xcurs*8+ycurs*nbcols*64; 21636 ! Debug: mul unsigned char nbcols = [S+$E+$A] to unsigned char ycurs = [S+$E+8] (used reg = ) 21637 54BD 8A46 0C mov al,$C[bp] 21638 54C0 30E4 xor ah,ah 21639 54C2 89C3 mov bx,ax 21640 54C4 8A46 0A mov al,$A[bp] 21641 54C7 30E4 xor ah,ah 21642 54C9 89D9 mov cx,bx 21643 54CB F7E9 imul cx 21644 ! Debug: mul int = const $40 to unsigned int = ax+0 (used reg = ) 21645 54CD B1 06 mov cl,*6 21646 54CF D3E0 shl ax,cl 21647 54D1 50 push ax 21648 ! Debug: mul int = const 8 to unsigned char xcurs = [S+$10+6] (used reg = ) 21649 54D2 8A46 08 mov al,8[bp] 21650 54D5 30E4 xor ah,ah 21651 54D7 B1 03 mov cl,*3 21652 54D9 D3E0 shl ax,cl 21653 ! Debug: add unsigned int (temp) = [S+$10-$10] to unsigned int = ax+0 (used reg = ) 21654 54DB 0346 F2 add ax,-$E[bp] 21655 54DE 44 inc sp 21656 54DF 44 inc sp 21657 ! Debug: eq unsigned int = ax+0 to unsigned short addr = [S+$E-$A] (used reg = ) 21658 54E0 8946 F8 mov -8[bp],ax 21659 !BCC_EOS 21660 ! 2551 src = car * 8; 21661 ! Debug: mul int = const 8 to unsigned char car = [S+$E+2] (used reg = ) 21662 54E3 8A46 04 mov al,4[bp] 21663 54E6 30E4 xor ah,ah 21664 54E8 B1 03 mov cl,*3 21665 54EA D3E0 shl ax,cl 21666 ! Debug: eq unsigned int = ax+0 to unsigned short src = [S+$E-$E] (used reg = ) 21667 54EC 8946 F4 mov -$C[bp],ax 21668 !BCC_EOS 21669 ! 2552 for(i=0;i<8;i++) 21670 ! Debug: eq int = const 0 to unsigned char i = [S+$E-3] (used reg = ) 21671 54EF 30C0 xor al,al 21672 54F1 8846 FF mov -1[bp],al 21673 !BCC_EOS 21674 !BCC_EOS 21675 ! 2553 { 21676 54F4 E9 0081 br .181 21677 000054F7 .182: 21678 ! 2554 dest=addr+i*nbcols*8; 21679 ! Debug: mul unsigned char nbcols = [S+$E+$A] to unsigned char i = [S+$E-3] (used reg = ) 21680 54F7 8A46 0C mov al,$C[bp] 21681 54FA 30E4 xor ah,ah 21682 54FC 89C3 mov bx,ax 21683 54FE 8A46 FF mov al,-1[bp] 21684 5501 30E4 xor ah,ah 21685 5503 89D9 mov cx,bx 21686 5505 F7E9 imul cx 21687 ! Debug: mul int = const 8 to unsigned int = ax+0 (used reg = ) 21688 5507 B1 03 mov cl,*3 21689 5509 D3E0 shl ax,cl 21690 ! Debug: add unsigned int = ax+0 to unsigned short addr = [S+$E-$A] (used reg = ) 21691 ! Debug: expression subtree swapping 21692 550B 0346 F8 add ax,-8[bp] 21693 ! Debug: eq unsigned int = ax+0 to unsigned short dest = [S+$E-$C] (used reg = ) 21694 550E 8946 F6 mov -$A[bp],ax 21695 !BCC_EOS 21696 ! 2555 mask = 0x80; 21697 ! Debug: eq int = const $80 to unsigned char mask = [S+$E-5] (used reg = ) 21698 5511 B0 80 mov al,#$80 21699 5513 8846 FD mov -3[bp],al 21700 !BCC_EOS 21701 ! 2556 for(j=0;j<8;j++) 21702 ! Debug: eq int = const 0 to unsigned char j = [S+$E-4] (used reg = ) 21703 5516 30C0 xor al,al 21704 5518 8846 FE mov -2[bp],al 21705 !BCC_EOS 21706 !BCC_EOS 21707 ! 2557 { 21708 551B EB 4D jmp .185 21709 0000551D .186: 21710 ! 2558 data = 0x00; 21711 ! Debug: eq int = const 0 to unsigned char data = [S+$E-6] (used reg = ) 21712 551D 30C0 xor al,al 21713 551F 8846 FC mov -4[bp],al 21714 !BCC_EOS 21715 ! 2559 if (fdata[src+i] & mask) 21716 ! Debug: add unsigned char i = [S+$E-3] to unsigned short src = [S+$E-$E] (used reg = ) 21717 5522 8B46 F4 mov ax,-$C[bp] 21718 5525 0246 FF add al,-1[bp] 21719 5528 80D4 00 adc ah,*0 21720 ! Debug: ptradd unsigned int = ax+0 to * unsigned char fdata = [S+$E-8] (used reg = ) 21721 552B 0346 FA add ax,-6[bp] 21722 552E 89C3 mov bx,ax 21723 ! Debug: and unsigned char mask = [S+$E-5] to unsigned char = [bx+0] (used reg = ) 21724 5530 8A07 mov al,[bx] 21725 5532 2246 FD and al,-3[bp] 21726 5535 84C0 test al,al 21727 5537 74 06 je .187 21728 00005539 .188: 21729 ! 2560 { 21730 ! 2561 data = attr; 21731 ! Debug: eq unsigned char attr = [S+$E+4] to unsigned char data = [S+$E-6] (used reg = ) 21732 5539 8A46 06 mov al,6[bp] 21733 553C 8846 FC mov -4[bp],al 21734 !BCC_EOS 21735 ! 2562 } 21736 ! 2563 write_byte(0xa000,dest+j,data); 21737 0000553F .187: 21738 ! Debug: list unsigned char data = [S+$E-6] (used reg = ) 21739 553F 8A46 FC mov al,-4[bp] 21740 5542 30E4 xor ah,ah 21741 5544 50 push ax 21742 ! Debug: add unsigned char j = [S+$10-4] to unsigned short dest = [S+$10-$C] (used reg = ) 21743 5545 8B46 F6 mov ax,-$A[bp] 21744 5548 0246 FE add al,-2[bp] 21745 554B 80D4 00 adc ah,*0 21746 ! Debug: list unsigned int = ax+0 (used reg = ) 21747 554E 50 push ax 21748 ! Debug: list unsigned int = const $A000 (used reg = ) 21749 554F B8 A000 mov ax,#$A000 21750 5552 50 push ax 21751 ! Debug: func () void = write_byte+0 (used reg = ) 21752 5553 E8 26B1 call _write_byte 21753 5556 83C4 06 add sp,*6 21754 !BCC_EOS 21755 ! 2564 mask >>= 1; 21756 ! Debug: srab int = const 1 to unsigned char mask = [S+$E-5] (used reg = ) 21757 5559 8A46 FD mov al,-3[bp] 21758 555C 30E4 xor ah,ah 21759 555E D1E8 shr ax,*1 21760 5560 8846 FD mov -3[bp],al 21761 !BCC_EOS 21762 ! 2565 } 21763 ! 2566 } 21764 00005563 .184: 21765 ! Debug: postinc unsigned char j = [S+$E-4] (used reg = ) 21766 5563 8A46 FE mov al,-2[bp] 21767 5566 40 inc ax 21768 5567 8846 FE mov -2[bp],al 21769 0000556A .185: 21770 ! Debug: lt int = const 8 to unsigned char j = [S+$E-4] (used reg = ) 21771 556A 8A46 FE mov al,-2[bp] 21772 556D 3C 08 cmp al,*8 21773 556F 72 AC jb .186 21774 00005571 .189: 21775 00005571 .183: 21776 ! 2567 } 21777 00005571 .180: 21778 ! Debug: postinc unsigned char i = [S+$E-3] (used reg = ) 21779 5571 8A46 FF mov al,-1[bp] 21780 5574 40 inc ax 21781 5575 8846 FF mov -1[bp],al 21782 00005578 .181: 21783 ! Debug: lt int = const 8 to unsigned char i = [S+$E-3] (used reg = ) 21784 5578 8A46 FF mov al,-1[bp] 21785 557B 3C 08 cmp al,*8 21786 557D 0F82 FF76 blo .182 21787 00005581 .18A: 21788 00005581 .17F: 21789 5581 89EC mov sp,bp 21790 5583 5D pop bp 21791 5584 C3 ret 21792 ! 2568 static void biosfn_write_char_attr (car,page,attr,count) 21793 ! Register BX used in function write_gfx_char_lin 21794 ! 2569 Bit8u car;Bit8u page;Bit8u attr;Bit16u count; 21795 00005585 _biosfn_write_char_attr: 21796 !BCC_EOS 21797 !BCC_EOS 21798 !BCC_EOS 21799 !BCC_EOS 21800 ! 2570 { 21801 ! 2571 Bit8u cheight,xcurs,ycurs,mode,line,bpp; 21802 !BCC_EOS 21803 ! 2572 Bit16u nbcols,nbrows,address; 21804 !BCC_EOS 21805 ! 2573 Bit16u cursor,dummy; 21806 !BCC_EOS 21807 ! 2574 mode=read_byte(0x40,0x49); 21808 5585 55 push bp 21809 5586 89E5 mov bp,sp 21810 5588 83C4 F0 add sp,*-$10 21811 ! Debug: list int = const $49 (used reg = ) 21812 558B B8 0049 mov ax,*$49 21813 558E 50 push ax 21814 ! Debug: list int = const $40 (used reg = ) 21815 558F B8 0040 mov ax,*$40 21816 5592 50 push ax 21817 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 21818 5593 E8 264B call _read_byte 21819 5596 83C4 04 add sp,*4 21820 ! Debug: eq unsigned char = al+0 to unsigned char mode = [S+$12-6] (used reg = ) 21821 5599 8846 FC mov -4[bp],al 21822 !BCC_EOS 21823 ! 2575 line=find_vga_entry(mode); 21824 ! Debug: list unsigned char mode = [S+$12-6] (used reg = ) 21825 559C 8A46 FC mov al,-4[bp] 21826 559F 30E4 xor ah,ah 21827 55A1 50 push ax 21828 ! Debug: func () unsigned char = find_vga_entry+0 (used reg = ) 21829 55A2 E8 2550 call _find_vga_entry 21830 55A5 44 inc sp 21831 55A6 44 inc sp 21832 ! Debug: eq unsigned char = al+0 to unsigned char line = [S+$12-7] (used reg = ) 21833 55A7 8846 FB mov -5[bp],al 21834 !BCC_EOS 21835 ! 2576 if(line==0xFF)return; 21836 ! Debug: logeq int = const $FF to unsigned char line = [S+$12-7] (used reg = ) 21837 55AA 8A46 FB mov al,-5[bp] 21838 55AD 3C FF cmp al,#$FF 21839 55AF 75 04 jne .18B 21840 000055B1 .18C: 21841 55B1 89EC mov sp,bp 21842 55B3 5D pop bp 21843 55B4 C3 ret 21844 !BCC_EOS 21845 ! 2577 biosfn_get_cursor_pos(page,&dummy,& 21846 000055B5 .18B: 21847 ! 2577 cursor); 21848 ! Debug: list * unsigned short cursor = S+$12-$10 (used reg = ) 21849 55B5 8D5E F2 lea bx,-$E[bp] 21850 55B8 53 push bx 21851 ! Debug: list * unsigned short dummy = S+$14-$12 (used reg = ) 21852 55B9 8D5E F0 lea bx,-$10[bp] 21853 55BC 53 push bx 21854 ! Debug: list unsigned char page = [S+$16+4] (used reg = ) 21855 55BD 8A46 06 mov al,6[bp] 21856 55C0 30E4 xor ah,ah 21857 55C2 50 push ax 21858 ! Debug: func () void = biosfn_get_cursor_pos+0 (used reg = ) 21859 55C3 E8 EE7C call _biosfn_get_cursor_pos 21860 55C6 83C4 06 add sp,*6 21861 !BCC_EOS 21862 ! 2578 xcurs=cursor&0x00ff;ycurs=(cursor&0xff00)>>8; 21863 ! Debug: and int = const $FF to unsigned short cursor = [S+$12-$10] (used reg = ) 21864 55C9 8A46 F2 mov al,-$E[bp] 21865 ! Debug: eq unsigned char = al+0 to unsigned char xcurs = [S+$12-4] (used reg = ) 21866 55CC 8846 FE mov -2[bp],al 21867 !BCC_EOS 21868 ! Debug: and unsigned int = const $FF00 to unsigned short cursor = [S+$12-$10] (used reg = ) 21869 55CF 8B46 F2 mov ax,-$E[bp] 21870 55D2 30C0 xor al,al 21871 ! Debug: sr int = const 8 to unsigned int = ax+0 (used reg = ) 21872 55D4 88E0 mov al,ah 21873 55D6 30E4 xor ah,ah 21874 ! Debug: eq unsigned int = ax+0 to unsigned char ycurs = [S+$12-5] (used reg = ) 21875 55D8 8846 FD mov -3[bp],al 21876 !BCC_EOS 21877 ! 2579 nbrows=read_byte(0x40,0x84)+1; 21878 ! Debug: list int = const $84 (used reg = ) 21879 55DB B8 0084 mov ax,#$84 21880 55DE 50 push ax 21881 ! Debug: list int = const $40 (used reg = ) 21882 55DF B8 0040 mov ax,*$40 21883 55E2 50 push ax 21884 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 21885 55E3 E8 25FB call _read_byte 21886 55E6 83C4 04 add sp,*4 21887 ! Debug: add int = const 1 to unsigned char = al+0 (used reg = ) 21888 55E9 30E4 xor ah,ah 21889 ! Debug: eq unsigned int = ax+1 to unsigned short nbrows = [S+$12-$C] (used reg = ) 21890 55EB 40 inc ax 21891 55EC 8946 F6 mov -$A[bp],ax 21892 !BCC_EOS 21893 ! 2580 nbcols=read_word(0x40,0x4A); 21894 ! Debug: list int = const $4A (used reg = ) 21895 55EF B8 004A mov ax,*$4A 21896 55F2 50 push ax 21897 ! Debug: list int = const $40 (used reg = ) 21898 55F3 B8 0040 mov ax,*$40 21899 55F6 50 push ax 21900 ! Debug: func () unsigned short = read_word+0 (used reg = ) 21901 55F7 E8 25FA call _read_word 21902 55FA 83C4 04 add sp,*4 21903 ! Debug: eq unsigned short = ax+0 to unsigned short nbcols = [S+$12-$A] (used reg = ) 21904 55FD 8946 F8 mov -8[bp],ax 21905 !BCC_EOS 21906 ! 2581 if(vga_modes[line].class==0x00) 21907 ! Debug: ptradd unsigned char line = [S+$12-7] to [$10] struct = vga_modes+0 (used reg = ) 21908 5600 8A46 FB mov al,-5[bp] 21909 5603 30E4 xor ah,ah 21910 5605 B1 03 mov cl,*3 21911 5607 D3E0 shl ax,cl 21912 5609 89C3 mov bx,ax 21913 560B 81C3 01F6 add bx,#_vga_modes 21914 ! Debug: logeq int = const 0 to unsigned char = [bx+1] (used reg = ) 21915 560F 8A47 01 mov al,1[bx] 21916 5612 84C0 test al,al 21917 5614 75 6A jne .18D 21918 00005616 .18E: 21919 ! 2582 { 21920 ! 2583 address=((((nbcols*nbrows*2)|0x00ff)+1)*page)+(xcurs+ycurs*nbcols)*2; 21921 ! Debug: mul unsigned short nbcols = [S+$12-$A] to unsigned char ycurs = [S+$12-5] (used reg = ) 21922 5616 8A46 FD mov al,-3[bp] 21923 5619 30E4 xor ah,ah 21924 561B 8B4E F8 mov cx,-8[bp] 21925 561E F7E9 imul cx 21926 ! Debug: add unsigned int = ax+0 to unsigned char xcurs = [S+$12-4] (used reg = ) 21927 ! Debug: expression subtree swapping 21928 5620 0246 FE add al,-2[bp] 21929 5623 80D4 00 adc ah,*0 21930 ! Debug: mul int = const 2 to unsigned int = ax+0 (used reg = ) 21931 5626 D1E0 shl ax,*1 21932 5628 50 push ax 21933 ! Debug: mul unsigned short nbrows = [S+$14-$C] to unsigned short nbcols = [S+$14-$A] (used reg = ) 21934 5629 8B46 F8 mov ax,-8[bp] 21935 562C 8B4E F6 mov cx,-$A[bp] 21936 562F F7E9 imul cx 21937 ! Debug: mul int = const 2 to unsigned int = ax+0 (used reg = ) 21938 5631 D1E0 shl ax,*1 21939 ! Debug: or int = const $FF to unsigned int = ax+0 (used reg = ) 21940 5633 0C FF or al,#$FF 21941 ! Debug: add int = const 1 to unsigned int = ax+0 (used reg = ) 21942 ! Debug: mul unsigned char page = [S+$14+4] to unsigned int = ax+1 (used reg = ) 21943 5635 89C3 mov bx,ax 21944 5637 8A46 06 mov al,6[bp] 21945 563A 30E4 xor ah,ah 21946 563C 93 xchg ax,bx 21947 563D 40 inc ax 21948 563E 89D9 mov cx,bx 21949 5640 F7E9 imul cx 21950 ! Debug: add unsigned int (temp) = [S+$14-$14] to unsigned int = ax+0 (used reg = ) 21951 5642 0346 EE add ax,-$12[bp] 21952 5645 44 inc sp 21953 5646 44 inc sp 21954 ! Debug: eq unsigned int = ax+0 to unsigned short address = [S+$12-$E] (used reg = ) 21955 5647 8946 F4 mov -$C[bp],ax 21956 !BCC_EOS 21957 ! 2584 dummy=((Bit16u)attr<<8)+car; 21958 ! Debug: cast unsigned short = const 0 to unsigned char attr = [S+$12+6] (used reg = ) 21959 564A 8A46 08 mov al,8[bp] 21960 564D 30E4 xor ah,ah 21961 ! Debug: sl int = const 8 to unsigned short = ax+0 (used reg = ) 21962 564F 88C4 mov ah,al 21963 5651 30C0 xor al,al 21964 ! Debug: add unsigned char car = [S+$12+2] to unsigned int = ax+0 (used reg = ) 21965 5653 0246 04 add al,4[bp] 21966 5656 80D4 00 adc ah,*0 21967 ! Debug: eq unsigned int = ax+0 to unsigned short dummy = [S+$12-$12] (used reg = ) 21968 5659 8946 F0 mov -$10[bp],ax 21969 !BCC_EOS 21970 ! 2585 memsetw(vga_modes[line].sstart,address,dummy,count); 21971 ! Debug: list unsigned short count = [S+$12+8] (used reg = ) 21972 565C FF76 0A push $A[bp] 21973 ! Debug: list unsigned short dummy = [S+$14-$12] (used reg = ) 21974 565F FF76 F0 push -$10[bp] 21975 ! Debug: list unsigned short address = [S+$16-$E] (used reg = ) 21976 5662 FF76 F4 push -$C[bp] 21977 ! Debug: ptradd unsigned char line = [S+$18-7] to [$10] struct = vga_modes+0 (used reg = ) 21978 5665 8A46 FB mov al,-5[bp] 21979 5668 30E4 xor ah,ah 21980 566A B1 03 mov cl,*3 21981 566C D3E0 shl ax,cl 21982 566E 89C3 mov bx,ax 21983 5670 81C3 01F6 add bx,#_vga_modes 21984 ! Debug: list unsigned short = [bx+4] (used reg = ) 21985 5674 FF77 04 push 4[bx] 21986 ! Debug: func () void = memsetw+0 (used reg = ) 21987 5677 E8 24E2 call _memsetw 21988 567A 83C4 08 add sp,*8 21989 !BCC_EOS 21990 ! 2586 } 21991 ! 2587 else 21992 ! 2588 { 21993 567D E9 00F3 br .18F 21994 00005680 .18D: 21995 ! 2589 cheight=video_param_table[line_to_vpti[line]].cheight; 21996 ! Debug: ptradd unsigned char line = [S+$12-7] to [$10] unsigned char = line_to_vpti+0 (used reg = ) 21997 5680 8A46 FB mov al,-5[bp] 21998 5683 30E4 xor ah,ah 21999 5685 89C3 mov bx,ax 22000 ! Debug: ptradd unsigned char = [bx+_line_to_vpti+0] to [$1E] struct = video_param_table+0 (used reg = ) 22001 5687 8A87 0276 mov al,_line_to_vpti[bx] 22002 568B 30E4 xor ah,ah 22003 568D B1 06 mov cl,*6 22004 568F D3E0 shl ax,cl 22005 5691 89C3 mov bx,ax 22006 5693 81C3 028A add bx,#_video_param_table 22007 ! Debug: eq unsigned char = [bx+2] to unsigned char cheight = [S+$12-3] (used reg = ) 22008 5697 8A47 02 mov al,2[bx] 22009 569A 8846 FF mov -1[bp],al 22010 !BCC_EOS 22011 ! 2590 bpp=vga_modes[line].pixbits; 22012 ! Debug: ptradd unsigned char line = [S+$12-7] to [$10] struct = vga_modes+0 (used reg = ) 22013 569D 8A46 FB mov al,-5[bp] 22014 56A0 30E4 xor ah,ah 22015 56A2 B1 03 mov cl,*3 22016 56A4 D3E0 shl ax,cl 22017 56A6 89C3 mov bx,ax 22018 56A8 81C3 01F6 add bx,#_vga_modes 22019 ! Debug: eq unsigned char = [bx+3] to unsigned char bpp = [S+$12-8] (used reg = ) 22020 56AC 8A47 03 mov al,3[bx] 22021 56AF 8846 FA mov -6[bp],al 22022 !BCC_EOS 22023 ! 2591 while((count-->0) && (xcurs>8; 22244 ! Debug: and int = const $FF to unsigned short cursor = [S+$12-$10] (used reg = ) 22245 57BB 8A46 F2 mov al,-$E[bp] 22246 ! Debug: eq unsigned char = al+0 to unsigned char xcurs = [S+$12-4] (used reg = ) 22247 57BE 8846 FE mov -2[bp],al 22248 !BCC_EOS 22249 ! Debug: and unsigned int = const $FF00 to unsigned short cursor = [S+$12-$10] (used reg = ) 22250 57C1 8B46 F2 mov ax,-$E[bp] 22251 57C4 30C0 xor al,al 22252 ! Debug: sr int = const 8 to unsigned int = ax+0 (used reg = ) 22253 57C6 88E0 mov al,ah 22254 57C8 30E4 xor ah,ah 22255 ! Debug: eq unsigned int = ax+0 to unsigned char ycurs = [S+$12-5] (used reg = ) 22256 57CA 8846 FD mov -3[bp],al 22257 !BCC_EOS 22258 ! 2621 nbrows=read_byte(0x40,0x84)+1; 22259 ! Debug: list int = const $84 (used reg = ) 22260 57CD B8 0084 mov ax,#$84 22261 57D0 50 push ax 22262 ! Debug: list int = const $40 (used reg = ) 22263 57D1 B8 0040 mov ax,*$40 22264 57D4 50 push ax 22265 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 22266 57D5 E8 2409 call _read_byte 22267 57D8 83C4 04 add sp,*4 22268 ! Debug: add int = const 1 to unsigned char = al+0 (used reg = ) 22269 57DB 30E4 xor ah,ah 22270 ! Debug: eq unsigned int = ax+1 to unsigned short nbrows = [S+$12-$C] (used reg = ) 22271 57DD 40 inc ax 22272 57DE 8946 F6 mov -$A[bp],ax 22273 !BCC_EOS 22274 ! 2622 nbcols=read_word(0x40,0x4A); 22275 ! Debug: list int = const $4A (used reg = ) 22276 57E1 B8 004A mov ax,*$4A 22277 57E4 50 push ax 22278 ! Debug: list int = const $40 (used reg = ) 22279 57E5 B8 0040 mov ax,*$40 22280 57E8 50 push ax 22281 ! Debug: func () unsigned short = read_word+0 (used reg = ) 22282 57E9 E8 2408 call _read_word 22283 57EC 83C4 04 add sp,*4 22284 ! Debug: eq unsigned short = ax+0 to unsigned short nbcols = [S+$12-$A] (used reg = ) 22285 57EF 8946 F8 mov -8[bp],ax 22286 !BCC_EOS 22287 ! 2623 if(vga_modes[line].class==0x00) 22288 ! Debug: ptradd unsigned char line = [S+$12-7] to [$10] struct = vga_modes+0 (used reg = ) 22289 57F2 8A46 FB mov al,-5[bp] 22290 57F5 30E4 xor ah,ah 22291 57F7 B1 03 mov cl,*3 22292 57F9 D3E0 shl ax,cl 22293 57FB 89C3 mov bx,ax 22294 57FD 81C3 01F6 add bx,#_vga_modes 22295 ! Debug: logeq int = const 0 to unsigned char = [bx+1] (used reg = ) 22296 5801 8A47 01 mov al,1[bx] 22297 5804 84C0 test al,al 22298 5806 75 6E jne .19E 22299 00005808 .19F: 22300 ! 2624 { 22301 ! 2625 address=((((nbcols*nbrows*2)|0x00ff)+1)*page)+(xcurs+ycurs*nbcols)*2; 22302 ! Debug: mul unsigned short nbcols = [S+$12-$A] to unsigned char ycurs = [S+$12-5] (used reg = ) 22303 5808 8A46 FD mov al,-3[bp] 22304 580B 30E4 xor ah,ah 22305 580D 8B4E F8 mov cx,-8[bp] 22306 5810 F7E9 imul cx 22307 ! Debug: add unsigned int = ax+0 to unsigned char xcurs = [S+$12-4] (used reg = ) 22308 ! Debug: expression subtree swapping 22309 5812 0246 FE add al,-2[bp] 22310 5815 80D4 00 adc ah,*0 22311 ! Debug: mul int = const 2 to unsigned int = ax+0 (used reg = ) 22312 5818 D1E0 shl ax,*1 22313 581A 50 push ax 22314 ! Debug: mul unsigned short nbrows = [S+$14-$C] to unsigned short nbcols = [S+$14-$A] (used reg = ) 22315 581B 8B46 F8 mov ax,-8[bp] 22316 581E 8B4E F6 mov cx,-$A[bp] 22317 5821 F7E9 imul cx 22318 ! Debug: mul int = const 2 to unsigned int = ax+0 (used reg = ) 22319 5823 D1E0 shl ax,*1 22320 ! Debug: or int = const $FF to unsigned int = ax+0 (used reg = ) 22321 5825 0C FF or al,#$FF 22322 ! Debug: add int = const 1 to unsigned int = ax+0 (used reg = ) 22323 ! Debug: mul unsigned char page = [S+$14+4] to unsigned int = ax+1 (used reg = ) 22324 5827 89C3 mov bx,ax 22325 5829 8A46 06 mov al,6[bp] 22326 582C 30E4 xor ah,ah 22327 582E 93 xchg ax,bx 22328 582F 40 inc ax 22329 5830 89D9 mov cx,bx 22330 5832 F7E9 imul cx 22331 ! Debug: add unsigned int (temp) = [S+$14-$14] to unsigned int = ax+0 (used reg = ) 22332 5834 0346 EE add ax,-$12[bp] 22333 5837 44 inc sp 22334 5838 44 inc sp 22335 ! Debug: eq unsigned int = ax+0 to unsigned short address = [S+$12-$E] (used reg = ) 22336 5839 8946 F4 mov -$C[bp],ax 22337 !BCC_EOS 22338 ! 2626 while(count-->0) 22339 ! 2627 {write_byte(vga_modes[line].sstart,address,car); 22340 583C EB 29 jmp .1A1 22341 0000583E .1A2: 22342 ! Debug: list unsigned char car = [S+$12+2] (used reg = ) 22343 583E 8A46 04 mov al,4[bp] 22344 5841 30E4 xor ah,ah 22345 5843 50 push ax 22346 ! Debug: list unsigned short address = [S+$14-$E] (used reg = ) 22347 5844 FF76 F4 push -$C[bp] 22348 ! Debug: ptradd unsigned char line = [S+$16-7] to [$10] struct = vga_modes+0 (used reg = ) 22349 5847 8A46 FB mov al,-5[bp] 22350 584A 30E4 xor ah,ah 22351 584C B1 03 mov cl,*3 22352 584E D3E0 shl ax,cl 22353 5850 89C3 mov bx,ax 22354 5852 81C3 01F6 add bx,#_vga_modes 22355 ! Debug: list unsigned short = [bx+4] (used reg = ) 22356 5856 FF77 04 push 4[bx] 22357 ! Debug: func () void = write_byte+0 (used reg = ) 22358 5859 E8 23AB call _write_byte 22359 585C 83C4 06 add sp,*6 22360 !BCC_EOS 22361 ! 2628 address+=2; 22362 ! Debug: addab int = const 2 to unsigned short address = [S+$12-$E] (used reg = ) 22363 585F 8B46 F4 mov ax,-$C[bp] 22364 5862 40 inc ax 22365 5863 40 inc ax 22366 5864 8946 F4 mov -$C[bp],ax 22367 !BCC_EOS 22368 ! 2629 } 22369 ! 2630 } 22370 00005867 .1A1: 22371 ! Debug: postdec unsigned short count = [S+$12+8] (used reg = ) 22372 5867 8B46 0A mov ax,$A[bp] 22373 586A 48 dec ax 22374 586B 8946 0A mov $A[bp],ax 22375 ! Debug: gt int = const 0 to unsigned short = ax+1 (used reg = ) 22376 586E 3D FFFF cmp ax,*-1 22377 5871 75 CB jne .1A2 22378 00005873 .1A3: 22379 00005873 .1A0: 22380 ! 2631 else 22381 ! 2632 { 22382 5873 E9 00F3 br .1A4 22383 00005876 .19E: 22384 ! 2633 cheight=video_param_table[line_to_vpti[line]].cheight; 22385 ! Debug: ptradd unsigned char line = [S+$12-7] to [$10] unsigned char = line_to_vpti+0 (used reg = ) 22386 5876 8A46 FB mov al,-5[bp] 22387 5879 30E4 xor ah,ah 22388 587B 89C3 mov bx,ax 22389 ! Debug: ptradd unsigned char = [bx+_line_to_vpti+0] to [$1E] struct = video_param_table+0 (used reg = ) 22390 587D 8A87 0276 mov al,_line_to_vpti[bx] 22391 5881 30E4 xor ah,ah 22392 5883 B1 06 mov cl,*6 22393 5885 D3E0 shl ax,cl 22394 5887 89C3 mov bx,ax 22395 5889 81C3 028A add bx,#_video_param_table 22396 ! Debug: eq unsigned char = [bx+2] to unsigned char cheight = [S+$12-3] (used reg = ) 22397 588D 8A47 02 mov al,2[bx] 22398 5890 8846 FF mov -1[bp],al 22399 !BCC_EOS 22400 ! 2634 bpp=vga_modes[line].pixbits; 22401 ! Debug: ptradd unsigned char line = [S+$12-7] to [$10] struct = vga_modes+0 (used reg = ) 22402 5893 8A46 FB mov al,-5[bp] 22403 5896 30E4 xor ah,ah 22404 5898 B1 03 mov cl,*3 22405 589A D3E0 shl ax,cl 22406 589C 89C3 mov bx,ax 22407 589E 81C3 01F6 add bx,#_vga_modes 22408 ! Debug: eq unsigned char = [bx+3] to unsigned char bpp = [S+$12-8] (used reg = ) 22409 58A2 8A47 03 mov al,3[bx] 22410 58A5 8846 FA mov -6[bp],al 22411 !BCC_EOS 22412 ! 2635 while((count-->0) && (xcurs> (CX & 0x07); 22756 ! Debug: and int = const 7 to unsigned short CX = [S+$A+6] (used reg = ) 22757 5A67 8A46 08 mov al,8[bp] 22758 5A6A 24 07 and al,*7 22759 ! Debug: sr unsigned char = al+0 to int = const $80 (used reg = ) 22760 5A6C 30E4 xor ah,ah 22761 5A6E 89C3 mov bx,ax 22762 5A70 B8 0080 mov ax,#$80 22763 5A73 89D9 mov cx,bx 22764 5A75 D3F8 sar ax,cl 22765 ! Debug: eq int = ax+0 to unsigned char mask = [S+$A-5] (used reg = ) 22766 5A77 8846 FD mov -3[bp],al 22767 !BCC_EOS 22768 ! 2744 outw(0x3ce, (mask << 8) | 0x08); 22769 ! Debug: sl int = const 8 to unsigned char mask = [S+$A-5] (used reg = ) 22770 5A7A 8A46 FD mov al,-3[bp] 22771 5A7D 30E4 xor ah,ah 22772 5A7F 88C4 mov ah,al 22773 5A81 30C0 xor al,al 22774 ! Debug: or int = const 8 to unsigned int = ax+0 (used reg = ) 22775 5A83 0C 08 or al,*8 22776 ! Debug: list unsigned int = ax+0 (used reg = ) 22777 5A85 50 push ax 22778 ! Debug: list int = const $3CE (used reg = ) 22779 5A86 B8 03CE mov ax,#$3CE 22780 5A89 50 push ax 22781 ! Debug: func () void = outw+0 (used reg = ) 22782 5A8A E8 21D0 call _outw 22783 5A8D 83C4 04 add sp,*4 22784 !BCC_EOS 22785 ! 2745 outw(0x3ce, 0x0205); 22786 ! Debug: list int = const $205 (used reg = ) 22787 5A90 B8 0205 mov ax,#$205 22788 5A93 50 push ax 22789 ! Debug: list int = const $3CE (used reg = ) 22790 5A94 B8 03CE mov ax,#$3CE 22791 5A97 50 push ax 22792 ! Debug: func () void = outw+0 (used reg = ) 22793 5A98 E8 21C2 call _outw 22794 5A9B 83C4 04 add sp,*4 22795 !BCC_EOS 22796 ! 2746 data = read_byte(0xa000,addr); 22797 ! Debug: list unsigned short addr = [S+$A-$A] (used reg = ) 22798 5A9E FF76 F8 push -8[bp] 22799 ! Debug: list unsigned int = const $A000 (used reg = ) 22800 5AA1 B8 A000 mov ax,#$A000 22801 5AA4 50 push ax 22802 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 22803 5AA5 E8 2139 call _read_byte 22804 5AA8 83C4 04 add sp,*4 22805 ! Debug: eq unsigned char = al+0 to unsigned char data = [S+$A-7] (used reg = ) 22806 5AAB 8846 FB mov -5[bp],al 22807 !BCC_EOS 22808 ! 2747 if (AL & 0x80) 22809 ! Debug: and int = const $80 to unsigned char AL = [S+$A+4] (used reg = ) 22810 5AAE 8A46 06 mov al,6[bp] 22811 5AB1 24 80 and al,#$80 22812 5AB3 84C0 test al,al 22813 5AB5 74 0E je .1BA 22814 00005AB7 .1BB: 22815 ! 2748 { 22816 ! 2749 outw(0x3ce, 0x1803); 22817 ! Debug: list int = const $1803 (used reg = ) 22818 5AB7 B8 1803 mov ax,#$1803 22819 5ABA 50 push ax 22820 ! Debug: list int = const $3CE (used reg = ) 22821 5ABB B8 03CE mov ax,#$3CE 22822 5ABE 50 push ax 22823 ! Debug: func () void = outw+0 (used reg = ) 22824 5ABF E8 219B call _outw 22825 5AC2 83C4 04 add sp,*4 22826 !BCC_EOS 22827 ! 2750 } 22828 ! 2751 write_byte(0xa000,addr,AL); 22829 00005AC5 .1BA: 22830 ! Debug: list unsigned char AL = [S+$A+4] (used reg = ) 22831 5AC5 8A46 06 mov al,6[bp] 22832 5AC8 30E4 xor ah,ah 22833 5ACA 50 push ax 22834 ! Debug: list unsigned short addr = [S+$C-$A] (used reg = ) 22835 5ACB FF76 F8 push -8[bp] 22836 ! Debug: list unsigned int = const $A000 (used reg = ) 22837 5ACE B8 A000 mov ax,#$A000 22838 5AD1 50 push ax 22839 ! Debug: func () void = write_byte+0 (used reg = ) 22840 5AD2 E8 2132 call _write_byte 22841 5AD5 83C4 06 add sp,*6 22842 !BCC_EOS 22843 ! 2752 #asm 22844 !BCC_EOS 22845 !BCC_ASM 22846 0000000C _biosfn_write_pixel.BH set $C 22847 00000004 .biosfn_write_pixel.BH set 4 22848 00000010 _biosfn_write_pixel.CX set $10 22849 00000008 .biosfn_write_pixel.CX set 8 22850 00000006 _biosfn_write_pixel.line set 6 22851 FFFFFFFE .biosfn_write_pixel.line set -2 22852 0000000E _biosfn_write_pixel.AL set $E 22853 00000006 .biosfn_write_pixel.AL set 6 22854 00000003 _biosfn_write_pixel.data set 3 22855 FFFFFFFB .biosfn_write_pixel.data set -5 22856 00000012 _biosfn_write_pixel.DX set $12 22857 0000000A .biosfn_write_pixel.DX set $A 22858 00000005 _biosfn_write_pixel.mask set 5 22859 FFFFFFFD .biosfn_write_pixel.mask set -3 22860 00000004 _biosfn_write_pixel.attr set 4 22861 FFFFFFFC .biosfn_write_pixel.attr set -4 22862 00000007 _biosfn_write_pixel.mode set 7 22863 FFFFFFFF .biosfn_write_pixel.mode set -1 22864 00000000 _biosfn_write_pixel.addr set 0 22865 FFFFFFF8 .biosfn_write_pixel.addr set -8 22866 5AD8 BA 03CE mov dx, # 0x3ce 22867 5ADB B8 FF08 mov ax, #0xff08 22868 5ADE EF out dx, ax 22869 5ADF B8 0005 mov ax, #0x0005 22870 5AE2 EF out dx, ax 22871 5AE3 B8 0003 mov ax, #0x0003 22872 5AE6 EF out dx, ax 22873 ! 2760 endasm 22874 !BCC_ENDASM 22875 !BCC_EOS 22876 ! 2761 break; 22877 5AE7 E9 0193 br .1B5 22878 !BCC_EOS 22879 ! 2762 case 0x02: 22880 ! 2763 if(vga_modes[line].pixbits==2) 22881 00005AEA .1BC: 22882 ! Debug: ptradd unsigned char line = [S+$A-4] to [$10] struct = vga_modes+0 (used reg = ) 22883 5AEA 8A46 FE mov al,-2[bp] 22884 5AED 30E4 xor ah,ah 22885 5AEF B1 03 mov cl,*3 22886 5AF1 D3E0 shl ax,cl 22887 5AF3 89C3 mov bx,ax 22888 5AF5 81C3 01F6 add bx,#_vga_modes 22889 ! Debug: logeq int = const 2 to unsigned char = [bx+3] (used reg = ) 22890 5AF9 8A47 03 mov al,3[bx] 22891 5AFC 3C 02 cmp al,*2 22892 5AFE 75 1C jne .1BD 22893 00005B00 .1BE: 22894 ! 2764 { 22895 ! 2765 addr=(CX>>2)+(DX>>1)*80; 22896 ! Debug: sr int = const 1 to unsigned short DX = [S+$A+8] (used reg = ) 22897 5B00 8B46 0A mov ax,$A[bp] 22898 5B03 D1E8 shr ax,*1 22899 ! Debug: mul int = const $50 to unsigned int = ax+0 (used reg = ) 22900 5B05 B9 0050 mov cx,*$50 22901 5B08 F7E9 imul cx 22902 5B0A 50 push ax 22903 ! Debug: sr int = const 2 to unsigned short CX = [S+$C+6] (used reg = ) 22904 5B0B 8B46 08 mov ax,8[bp] 22905 5B0E D1E8 shr ax,*1 22906 5B10 D1E8 shr ax,*1 22907 ! Debug: add unsigned int (temp) = [S+$C-$C] to unsigned int = ax+0 (used reg = ) 22908 5B12 0346 F6 add ax,0+..FFF8[bp] 22909 5B15 44 inc sp 22910 5B16 44 inc sp 22911 ! Debug: eq unsigned int = ax+0 to unsigned short addr = [S+$A-$A] (used reg = ) 22912 5B17 8946 F8 mov -8[bp],ax 22913 !BCC_EOS 22914 ! 2766 } 22915 ! 2767 else 22916 ! 2768 { 22917 5B1A EB 1A jmp .1BF 22918 00005B1C .1BD: 22919 ! 2769 addr=(CX>>3)+(DX>>1)*80; 22920 ! Debug: sr int = const 1 to unsigned short DX = [S+$A+8] (used reg = ) 22921 5B1C 8B46 0A mov ax,$A[bp] 22922 5B1F D1E8 shr ax,*1 22923 ! Debug: mul int = const $50 to unsigned int = ax+0 (used reg = ) 22924 5B21 B9 0050 mov cx,*$50 22925 5B24 F7E9 imul cx 22926 5B26 50 push ax 22927 ! Debug: sr int = const 3 to unsigned short CX = [S+$C+6] (used reg = ) 22928 5B27 8B46 08 mov ax,8[bp] 22929 5B2A B1 03 mov cl,*3 22930 5B2C D3E8 shr ax,cl 22931 ! Debug: add unsigned int (temp) = [S+$C-$C] to unsigned int = ax+0 (used reg = ) 22932 5B2E 0346 F6 add ax,0+..FFF8[bp] 22933 5B31 44 inc sp 22934 5B32 44 inc sp 22935 ! Debug: eq unsigned int = ax+0 to unsigned short addr = [S+$A-$A] (used reg = ) 22936 5B33 8946 F8 mov -8[bp],ax 22937 !BCC_EOS 22938 ! 2770 } 22939 ! 2771 if (DX & 1) addr += 0x2000; 22940 00005B36 .1BF: 22941 ! Debug: and int = const 1 to unsigned short DX = [S+$A+8] (used reg = ) 22942 5B36 8A46 0A mov al,$A[bp] 22943 5B39 24 01 and al,*1 22944 5B3B 84C0 test al,al 22945 5B3D 74 09 je .1C0 22946 00005B3F .1C1: 22947 ! Debug: addab int = const $2000 to unsigned short addr = [S+$A-$A] (used reg = ) 22948 5B3F 8B46 F8 mov ax,-8[bp] 22949 5B42 05 2000 add ax,#$2000 22950 5B45 8946 F8 mov -8[bp],ax 22951 !BCC_EOS 22952 ! 2772 data = read_byte(0xb800,addr); 22953 00005B48 .1C0: 22954 ! Debug: list unsigned short addr = [S+$A-$A] (used reg = ) 22955 5B48 FF76 F8 push -8[bp] 22956 ! Debug: list unsigned int = const $B800 (used reg = ) 22957 5B4B B8 B800 mov ax,#$B800 22958 5B4E 50 push ax 22959 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 22960 5B4F E8 208F call _read_byte 22961 5B52 83C4 04 add sp,*4 22962 ! Debug: eq unsigned char = al+0 to unsigned char data = [S+$A-7] (used reg = ) 22963 5B55 8846 FB mov -5[bp],al 22964 !BCC_EOS 22965 ! 2773 if(vga_modes 22966 ! 2773 [line].pixbits==2) 22967 ! Debug: ptradd unsigned char line = [S+$A-4] to [$10] struct = vga_modes+0 (used reg = ) 22968 5B58 8A46 FE mov al,-2[bp] 22969 5B5B 30E4 xor ah,ah 22970 5B5D B1 03 mov cl,*3 22971 5B5F D3E0 shl ax,cl 22972 5B61 89C3 mov bx,ax 22973 5B63 81C3 01F6 add bx,#_vga_modes 22974 ! Debug: logeq int = const 2 to unsigned char = [bx+3] (used reg = ) 22975 5B67 8A47 03 mov al,3[bx] 22976 5B6A 3C 02 cmp al,*2 22977 5B6C 75 46 jne .1C2 22978 00005B6E .1C3: 22979 ! 2774 { 22980 ! 2775 attr = (AL & 0x03) << ((3 - (CX & 0x03)) * 2); 22981 ! Debug: and int = const 3 to unsigned short CX = [S+$A+6] (used reg = ) 22982 5B6E 8A46 08 mov al,8[bp] 22983 5B71 24 03 and al,*3 22984 ! Debug: sub unsigned char = al+0 to int = const 3 (used reg = ) 22985 5B73 50 push ax 22986 5B74 B8 0003 mov ax,*3 22987 5B77 2A46 F6 sub al,0+..FFF8[bp] 22988 5B7A 80DC 00 sbb ah,*0 22989 5B7D 44 inc sp 22990 5B7E 44 inc sp 22991 ! Debug: mul int = const 2 to unsigned int = ax+0 (used reg = ) 22992 5B7F D1E0 shl ax,*1 22993 5B81 50 push ax 22994 ! Debug: and int = const 3 to unsigned char AL = [S+$C+4] (used reg = ) 22995 5B82 8A46 06 mov al,6[bp] 22996 5B85 24 03 and al,*3 22997 ! Debug: sl unsigned int (temp) = [S+$C-$C] to unsigned char = al+0 (used reg = ) 22998 5B87 30E4 xor ah,ah 22999 5B89 8B4E F6 mov cx,0+..FFF8[bp] 23000 5B8C D3E0 shl ax,cl 23001 5B8E 44 inc sp 23002 5B8F 44 inc sp 23003 ! Debug: eq unsigned int = ax+0 to unsigned char attr = [S+$A-6] (used reg = ) 23004 5B90 8846 FC mov -4[bp],al 23005 !BCC_EOS 23006 ! 2776 mask = 0x03 << ((3 - (CX & 0x03)) * 2); 23007 ! Debug: and int = const 3 to unsigned short CX = [S+$A+6] (used reg = ) 23008 5B93 8A46 08 mov al,8[bp] 23009 5B96 24 03 and al,*3 23010 ! Debug: sub unsigned char = al+0 to int = const 3 (used reg = ) 23011 5B98 50 push ax 23012 5B99 B8 0003 mov ax,*3 23013 5B9C 2A46 F6 sub al,0+..FFF8[bp] 23014 5B9F 80DC 00 sbb ah,*0 23015 5BA2 44 inc sp 23016 5BA3 44 inc sp 23017 ! Debug: mul int = const 2 to unsigned int = ax+0 (used reg = ) 23018 5BA4 D1E0 shl ax,*1 23019 ! Debug: sl unsigned int = ax+0 to int = const 3 (used reg = ) 23020 5BA6 89C3 mov bx,ax 23021 5BA8 B8 0003 mov ax,*3 23022 5BAB 89D9 mov cx,bx 23023 5BAD D3E0 shl ax,cl 23024 ! Debug: eq int = ax+0 to unsigned char mask = [S+$A-5] (used reg = ) 23025 5BAF 8846 FD mov -3[bp],al 23026 !BCC_EOS 23027 ! 2777 } 23028 ! 2778 else 23029 ! 2779 { 23030 5BB2 EB 40 jmp .1C4 23031 00005BB4 .1C2: 23032 ! 2780 attr = (AL & 0x01) << (7 - (CX & 0x07)); 23033 ! Debug: and int = const 7 to unsigned short CX = [S+$A+6] (used reg = ) 23034 5BB4 8A46 08 mov al,8[bp] 23035 5BB7 24 07 and al,*7 23036 ! Debug: sub unsigned char = al+0 to int = const 7 (used reg = ) 23037 5BB9 50 push ax 23038 5BBA B8 0007 mov ax,*7 23039 5BBD 2A46 F6 sub al,0+..FFF8[bp] 23040 5BC0 80DC 00 sbb ah,*0 23041 5BC3 44 inc sp 23042 5BC4 44 inc sp 23043 5BC5 50 push ax 23044 ! Debug: and int = const 1 to unsigned char AL = [S+$C+4] (used reg = ) 23045 5BC6 8A46 06 mov al,6[bp] 23046 5BC9 24 01 and al,*1 23047 ! Debug: sl unsigned int (temp) = [S+$C-$C] to unsigned char = al+0 (used reg = ) 23048 5BCB 30E4 xor ah,ah 23049 5BCD 8B4E F6 mov cx,0+..FFF8[bp] 23050 5BD0 D3E0 shl ax,cl 23051 5BD2 44 inc sp 23052 5BD3 44 inc sp 23053 ! Debug: eq unsigned int = ax+0 to unsigned char attr = [S+$A-6] (used reg = ) 23054 5BD4 8846 FC mov -4[bp],al 23055 !BCC_EOS 23056 ! 2781 mask = 0x01 << (7 - (CX & 0x07)); 23057 ! Debug: and int = const 7 to unsigned short CX = [S+$A+6] (used reg = ) 23058 5BD7 8A46 08 mov al,8[bp] 23059 5BDA 24 07 and al,*7 23060 ! Debug: sub unsigned char = al+0 to int = const 7 (used reg = ) 23061 5BDC 50 push ax 23062 5BDD B8 0007 mov ax,*7 23063 5BE0 2A46 F6 sub al,0+..FFF8[bp] 23064 5BE3 80DC 00 sbb ah,*0 23065 5BE6 44 inc sp 23066 5BE7 44 inc sp 23067 ! Debug: sl unsigned int = ax+0 to int = const 1 (used reg = ) 23068 5BE8 89C3 mov bx,ax 23069 5BEA B8 0001 mov ax,*1 23070 5BED 89D9 mov cx,bx 23071 5BEF D3E0 shl ax,cl 23072 ! Debug: eq int = ax+0 to unsigned char mask = [S+$A-5] (used reg = ) 23073 5BF1 8846 FD mov -3[bp],al 23074 !BCC_EOS 23075 ! 2782 } 23076 ! 2783 if (AL & 0x80) 23077 00005BF4 .1C4: 23078 ! Debug: and int = const $80 to unsigned char AL = [S+$A+4] (used reg = ) 23079 5BF4 8A46 06 mov al,6[bp] 23080 5BF7 24 80 and al,#$80 23081 5BF9 84C0 test al,al 23082 5BFB 74 0B je .1C5 23083 00005BFD .1C6: 23084 ! 2784 { 23085 ! 2785 data ^= attr; 23086 ! Debug: eorab unsigned char attr = [S+$A-6] to unsigned char data = [S+$A-7] (used reg = ) 23087 5BFD 8A46 FB mov al,-5[bp] 23088 5C00 3246 FC xor al,-4[bp] 23089 5C03 8846 FB mov -5[bp],al 23090 !BCC_EOS 23091 ! 2786 } 23092 ! 2787 else 23093 ! 2788 { 23094 5C06 EB 16 jmp .1C7 23095 00005C08 .1C5: 23096 ! 2789 data &= ~mask; 23097 ! Debug: not unsigned char mask = [S+$A-5] (used reg = ) 23098 5C08 8A46 FD mov al,-3[bp] 23099 5C0B 30E4 xor ah,ah 23100 5C0D F7D0 not ax 23101 ! Debug: andab unsigned int = ax+0 to unsigned char data = [S+$A-7] (used reg = ) 23102 5C0F 2246 FB and al,-5[bp] 23103 5C12 8846 FB mov -5[bp],al 23104 !BCC_EOS 23105 ! 2790 data |= attr; 23106 ! Debug: orab unsigned char attr = [S+$A-6] to unsigned char data = [S+$A-7] (used reg = ) 23107 5C15 8A46 FB mov al,-5[bp] 23108 5C18 0A46 FC or al,-4[bp] 23109 5C1B 8846 FB mov -5[bp],al 23110 !BCC_EOS 23111 ! 2791 } 23112 ! 2792 write_byte(0xb800,addr,data); 23113 00005C1E .1C7: 23114 ! Debug: list unsigned char data = [S+$A-7] (used reg = ) 23115 5C1E 8A46 FB mov al,-5[bp] 23116 5C21 30E4 xor ah,ah 23117 5C23 50 push ax 23118 ! Debug: list unsigned short addr = [S+$C-$A] (used reg = ) 23119 5C24 FF76 F8 push -8[bp] 23120 ! Debug: list unsigned int = const $B800 (used reg = ) 23121 5C27 B8 B800 mov ax,#$B800 23122 5C2A 50 push ax 23123 ! Debug: func () void = write_byte+0 (used reg = ) 23124 5C2B E8 1FD9 call _write_byte 23125 5C2E 83C4 06 add sp,*6 23126 !BCC_EOS 23127 ! 2793 break; 23128 5C31 EB 4A jmp .1B5 23129 !BCC_EOS 23130 ! 2794 case 0x05: 23131 ! 2795 addr=CX+DX*(read_word(0x40,0x4A)*8); 23132 00005C33 .1C8: 23133 ! Debug: list int = const $4A (used reg = ) 23134 5C33 B8 004A mov ax,*$4A 23135 5C36 50 push ax 23136 ! Debug: list int = const $40 (used reg = ) 23137 5C37 B8 0040 mov ax,*$40 23138 5C3A 50 push ax 23139 ! Debug: func () unsigned short = read_word+0 (used reg = ) 23140 5C3B E8 1FB6 call _read_word 23141 5C3E 83C4 04 add sp,*4 23142 ! Debug: mul int = const 8 to unsigned short = ax+0 (used reg = ) 23143 5C41 B1 03 mov cl,*3 23144 5C43 D3E0 shl ax,cl 23145 ! Debug: mul unsigned int = ax+0 to unsigned short DX = [S+$A+8] (used reg = ) 23146 ! Debug: expression subtree swapping 23147 5C45 8B4E 0A mov cx,$A[bp] 23148 5C48 F7E9 imul cx 23149 ! Debug: add unsigned int = ax+0 to unsigned short CX = [S+$A+6] (used reg = ) 23150 ! Debug: expression subtree swapping 23151 5C4A 0346 08 add ax,8[bp] 23152 ! Debug: eq unsigned int = ax+0 to unsigned short addr = [S+$A-$A] (used reg = ) 23153 5C4D 8946 F8 mov -8[bp],ax 23154 !BCC_EOS 23155 ! 2796 write_byte(0xa000,addr,AL); 23156 ! Debug: list unsigned char AL = [S+$A+4] (used reg = ) 23157 5C50 8A46 06 mov al,6[bp] 23158 5C53 30E4 xor ah,ah 23159 5C55 50 push ax 23160 ! Debug: list unsigned short addr = [S+$C-$A] (used reg = ) 23161 5C56 FF76 F8 push -8[bp] 23162 ! Debug: list unsigned int = const $A000 (used reg = ) 23163 5C59 B8 A000 mov ax,#$A000 23164 5C5C 50 push ax 23165 ! Debug: func () void = write_byte+0 (used reg = ) 23166 5C5D E8 1FA7 call _write_byte 23167 5C60 83C4 06 add sp,*6 23168 !BCC_EOS 23169 ! 2797 break; 23170 5C63 EB 18 jmp .1B5 23171 !BCC_EOS 23172 ! 2798 } 23173 ! 2799 } 23174 5C65 EB 16 jmp .1B5 23175 00005C67 .1B7: 23176 5C67 2C 02 sub al,*2 23177 5C69 0F84 FE7D beq .1BC 23178 5C6D 2C 01 sub al,*1 23179 5C6F 0F84 FDD1 beq .1B9 23180 5C73 2C 01 sub al,*1 23181 5C75 0F84 FDCB beq .1B8 23182 5C79 2C 01 sub al,*1 23183 5C7B 74 B6 je .1C8 23184 00005C7D .1B5: 23185 FFFFFFF6 ..FFF8 = -$A 23186 5C7D 89EC mov sp,bp 23187 5C7F 5D pop bp 23188 5C80 C3 ret 23189 ! 2800 static void biosfn_read_pixel (BH,CX,DX,AX) Bit8u BH;Bit16u CX;Bit16u DX;Bit16u *AX; 23190 ! Register BX used in function biosfn_write_pixel 23191 00005C81 _biosfn_read_pixel: 23192 !BCC_EOS 23193 !BCC_EOS 23194 !BCC_EOS 23195 !BCC_EOS 23196 ! 2801 { 23197 ! 2802 Bit8u mode,line,mask,attr,data,i; 23198 !BCC_EOS 23199 ! 2803 Bit16u addr; 23200 !BCC_EOS 23201 ! 2804 Bit16u ss=get_SS(); 23202 5C81 55 push bp 23203 5C82 89E5 mov bp,sp 23204 5C84 83C4 F6 add sp,*-$A 23205 ! Debug: func () unsigned short = get_SS+0 (used reg = ) 23206 5C87 E8 1FE3 call _get_SS 23207 ! Debug: eq unsigned short = ax+0 to unsigned short ss = [S+$C-$C] (used reg = ) 23208 5C8A 8946 F6 mov -$A[bp],ax 23209 !BCC_EOS 23210 ! 2805 mode=read_byte(0x40,0x49); 23211 ! Debug: list int = const $49 (used reg = ) 23212 5C8D B8 0049 mov ax,*$49 23213 5C90 50 push ax 23214 ! Debug: list int = const $40 (used reg = ) 23215 5C91 B8 0040 mov ax,*$40 23216 5C94 50 push ax 23217 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 23218 5C95 E8 1F49 call _read_byte 23219 5C98 83C4 04 add sp,*4 23220 ! Debug: eq unsigned char = al+0 to unsigned char mode = [S+$C-3] (used reg = ) 23221 5C9B 8846 FF mov -1[bp],al 23222 !BCC_EOS 23223 ! 2806 line=find_vga_entry(mode); 23224 ! Debug: list unsigned char mode = [S+$C-3] (used reg = ) 23225 5C9E 8A46 FF mov al,-1[bp] 23226 5CA1 30E4 xor ah,ah 23227 5CA3 50 push ax 23228 ! Debug: func () unsigned char = find_vga_entry+0 (used reg = ) 23229 5CA4 E8 1E4E call _find_vga_entry 23230 5CA7 44 inc sp 23231 5CA8 44 inc sp 23232 ! Debug: eq unsigned char = al+0 to unsigned char line = [S+$C-4] (used reg = ) 23233 5CA9 8846 FE mov -2[bp],al 23234 !BCC_EOS 23235 ! 2807 if(line==0xFF)return; 23236 ! Debug: logeq int = const $FF to unsigned char line = [S+$C-4] (used reg = ) 23237 5CAC 8A46 FE mov al,-2[bp] 23238 5CAF 3C FF cmp al,#$FF 23239 5CB1 75 04 jne .1C9 23240 00005CB3 .1CA: 23241 5CB3 89EC mov sp,bp 23242 5CB5 5D pop bp 23243 5CB6 C3 ret 23244 !BCC_EOS 23245 ! 2808 if(vga_modes[line].class==0x00)return; 23246 00005CB7 .1C9: 23247 ! Debug: ptradd unsigned char line = [S+$C-4] to [$10] struct = vga_modes+0 (used reg = ) 23248 5CB7 8A46 FE mov al,-2[bp] 23249 5CBA 30E4 xor ah,ah 23250 5CBC B1 03 mov cl,*3 23251 5CBE D3E0 shl ax,cl 23252 5CC0 89C3 mov bx,ax 23253 5CC2 81C3 01F6 add bx,#_vga_modes 23254 ! Debug: logeq int = const 0 to unsigned char = [bx+1] (used reg = ) 23255 5CC6 8A47 01 mov al,1[bx] 23256 5CC9 84C0 test al,al 23257 5CCB 75 04 jne .1CB 23258 00005CCD .1CC: 23259 5CCD 89EC mov sp,bp 23260 5CCF 5D pop bp 23261 5CD0 C3 ret 23262 !BCC_EOS 23263 ! 2809 switch(vga_modes[line].memmodel) 23264 00005CD1 .1CB: 23265 ! Debug: ptradd unsigned char line = [S+$C-4] to [$10] struct = vga_modes+0 (used reg = ) 23266 5CD1 8A46 FE mov al,-2[bp] 23267 5CD4 30E4 xor ah,ah 23268 5CD6 B1 03 mov cl,*3 23269 5CD8 D3E0 shl ax,cl 23270 5CDA 89C3 mov bx,ax 23271 5CDC 81C3 01F6 add bx,#_vga_modes 23272 5CE0 8A47 02 mov al,2[bx] 23273 ! 2810 { 23274 5CE3 E9 0167 br .1CF 23275 ! 2811 case 0x04: 23276 ! 2812 case 0x03: 23277 00005CE6 .1D0: 23278 ! 2813 addr = CX/8+DX*read_word(0x40,0x4A); 23279 00005CE6 .1D1: 23280 ! Debug: list int = const $4A (used reg = ) 23281 5CE6 B8 004A mov ax,*$4A 23282 5CE9 50 push ax 23283 ! Debug: list int = const $40 (used reg = ) 23284 5CEA B8 0040 mov ax,*$40 23285 5CED 50 push ax 23286 ! Debug: func () unsigned short = read_word+0 (used reg = ) 23287 5CEE E8 1F03 call _read_word 23288 5CF1 83C4 04 add sp,*4 23289 ! Debug: mul unsigned short = ax+0 to unsigned short DX = [S+$C+6] (used reg = ) 23290 ! Debug: expression subtree swapping 23291 5CF4 8B4E 08 mov cx,8[bp] 23292 5CF7 F7E9 imul cx 23293 5CF9 50 push ax 23294 ! Debug: div int = const 8 to unsigned short CX = [S+$E+4] (used reg = ) 23295 5CFA 8B46 06 mov ax,6[bp] 23296 5CFD B1 03 mov cl,*3 23297 5CFF D3E8 shr ax,cl 23298 ! Debug: add unsigned int (temp) = [S+$E-$E] to unsigned int = ax+0 (used reg = ) 23299 5D01 0346 F4 add ax,0+..FFF7[bp] 23300 5D04 44 inc sp 23301 5D05 44 inc sp 23302 ! Debug: eq unsigned int = ax+0 to unsigned short addr = [S+$C-$A] (used reg = ) 23303 5D06 8946 F8 mov -8[bp],ax 23304 !BCC_EOS 23305 ! 2814 mask = 0x80 >> (CX & 0x07); 23306 ! Debug: and int = const 7 to unsigned short CX = [S+$C+4] (used reg = ) 23307 5D09 8A46 06 mov al,6[bp] 23308 5D0C 24 07 and al,*7 23309 ! Debug: sr unsigned char = al+0 to int = const $80 (used reg = ) 23310 5D0E 30E4 xor ah,ah 23311 5D10 89C3 mov bx,ax 23312 5D12 B8 0080 mov ax,#$80 23313 5D15 89D9 mov cx,bx 23314 5D17 D3F8 sar ax,cl 23315 ! Debug: eq int = ax+0 to unsigned char mask = [S+$C-5] (used reg = ) 23316 5D19 8846 FD mov -3[bp],al 23317 !BCC_EOS 23318 ! 2815 attr = 0x00; 23319 ! Debug: eq int = const 0 to unsigned char attr = [S+$C-6] (used reg = ) 23320 5D1C 30C0 xor al,al 23321 5D1E 8846 FC mov -4[bp],al 23322 !BCC_EOS 23323 ! 2816 for(i=0;i<4;i++) 23324 ! Debug: eq int = const 0 to unsigned char i = [S+$C-8] (used reg = ) 23325 5D21 30C0 xor al,al 23326 5D23 8846 FA mov -6[bp],al 23327 !BCC_EOS 23328 !BCC_EOS 23329 ! 2817 { 23330 5D26 EB 4B jmp .1D4 23331 00005D28 .1D5: 23332 ! 2818 outw(0x3ce, (i << 8) | 0x04); 23333 ! Debug: sl int = const 8 to unsigned char i = [S+$C-8] (used reg = ) 23334 5D28 8A46 FA mov al,-6[bp] 23335 5D2B 30E4 xor ah,ah 23336 5D2D 88C4 mov ah,al 23337 5D2F 30C0 xor al,al 23338 ! Debug: or int = const 4 to unsigned int = ax+0 (used reg = ) 23339 5D31 0C 04 or al,*4 23340 ! Debug: list unsigned int = ax+0 (used reg = ) 23341 5D33 50 push ax 23342 ! Debug: list int = const $3CE (used reg = ) 23343 5D34 B8 03CE mov ax,#$3CE 23344 5D37 50 push ax 23345 ! Debug: func () void = outw+0 (used reg = ) 23346 5D38 E8 1F22 call _outw 23347 5D3B 83C4 04 add sp,*4 23348 !BCC_EOS 23349 ! 2819 data = read_byte(0xa000,addr) & mask; 23350 ! Debug: list unsigned short addr = [S+$C-$A] (used reg = ) 23351 5D3E FF76 F8 push -8[bp] 23352 ! Debug: list unsigned int = const $A000 (used reg = ) 23353 5D41 B8 A000 mov ax,#$A000 23354 5D44 50 push ax 23355 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 23356 5D45 E8 1E99 call _read_byte 23357 5D48 83C4 04 add sp,*4 23358 ! Debug: and unsigned char mask = [S+$C-5] to unsigned char = al+0 (used reg = ) 23359 5D4B 2246 FD and al,-3[bp] 23360 ! Debug: eq unsigned char = al+0 to unsigned char data = [S+$C-7] (used reg = ) 23361 5D4E 8846 FB mov -5[bp],al 23362 !BCC_EOS 23363 ! 2820 if (data > 0) attr |= (0x01 << i); 23364 ! Debug: gt int = const 0 to unsigned char data = [S+$C-7] (used reg = ) 23365 5D51 8A46 FB mov al,-5[bp] 23366 5D54 84C0 test al,al 23367 5D56 74 14 je .1D6 23368 00005D58 .1D7: 23369 ! Debug: sl unsigned char i = [S+$C-8] to int = const 1 (used reg = ) 23370 5D58 8A46 FA mov al,-6[bp] 23371 5D5B 30E4 xor ah,ah 23372 5D5D 89C3 mov bx,ax 23373 5D5F B8 0001 mov ax,*1 23374 5D62 89D9 mov cx,bx 23375 5D64 D3E0 shl ax,cl 23376 ! Debug: orab int = ax+0 to unsigned char attr = [S+$C-6] (used reg = ) 23377 5D66 0A46 FC or al,-4[bp] 23378 5D69 8846 FC mov -4[bp],al 23379 !BCC_EOS 23380 ! 2821 } 23381 00005D6C .1D6: 23382 ! 2822 break; 23383 00005D6C .1D3: 23384 ! Debug: postinc unsigned char i = [S+$C-8] (used reg = ) 23385 5D6C 8A46 FA mov al,-6[bp] 23386 5D6F 40 inc ax 23387 5D70 8846 FA mov -6[bp],al 23388 00005D73 .1D4: 23389 ! Debug: lt int = const 4 to unsigned char i = [S+$C-8] (used reg = ) 23390 5D73 8A46 FA mov al,-6[bp] 23391 5D76 3C 04 cmp al,*4 23392 5D78 72 AE jb .1D5 23393 00005D7A .1D8: 23394 00005D7A .1D2: 23395 5D7A E9 00E8 br .1CD 23396 !BCC_EOS 23397 ! 2823 case 0x02: 23398 ! 2824 addr=(CX>>2)+(DX>>1)*80; 23399 00005D7D .1D9: 23400 ! Debug: sr int = const 1 to unsigned short DX = [S+$C+6] (used reg = ) 23401 5D7D 8B46 08 mov ax,8[bp] 23402 5D80 D1E8 shr ax,*1 23403 ! Debug: mul int = const $50 to unsigned int = ax+0 (used reg = ) 23404 5D82 B9 0050 mov cx,*$50 23405 5D85 F7E9 imul cx 23406 5D87 50 push ax 23407 ! Debug: sr int = const 2 to unsigned short CX = [S+$E+4] (used reg = ) 23408 5D88 8B46 06 mov ax,6[bp] 23409 5D8B D1E8 shr ax,*1 23410 5D8D D1E8 shr ax,*1 23411 ! Debug: add unsigned int (temp) = [S+$E-$E] to unsigned int = ax+0 (used reg = ) 23412 5D8F 0346 F4 add ax,0+..FFF7[bp] 23413 5D92 44 inc sp 23414 5D93 44 inc sp 23415 ! Debug: eq unsigned int = ax+0 to unsigned short addr = [S+$C-$A] (used reg = ) 23416 5D94 8946 F8 mov -8[bp],ax 23417 !BCC_EOS 23418 ! 2825 if (DX & 1) addr += 0x2000; 23419 ! Debug: and int = const 1 to unsigned short DX = [S+$C+6] (used reg = ) 23420 5D97 8A46 08 mov al,8[bp] 23421 5D9A 24 01 and al,*1 23422 5D9C 84C0 test al,al 23423 5D9E 74 09 je .1DA 23424 00005DA0 .1DB: 23425 ! Debug: addab int = const $2000 to unsigned short addr = [S+$C-$A] (used reg = ) 23426 5DA0 8B46 F8 mov ax,-8[bp] 23427 5DA3 05 2000 add ax,#$2000 23428 5DA6 8946 F8 mov -8[bp],ax 23429 !BCC_EOS 23430 ! 2826 data = read_byte(0xb800,addr); 23431 00005DA9 .1DA: 23432 ! Debug: list unsigned short addr = [S+$C-$A] (used reg = ) 23433 5DA9 FF76 F8 push -8[bp] 23434 ! Debug: list unsigned int = const $B800 (used reg = ) 23435 5DAC B8 B800 mov ax,#$B800 23436 5DAF 50 push ax 23437 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 23438 5DB0 E8 1E2E call _read_byte 23439 5DB3 83C4 04 add sp,*4 23440 ! Debug: eq unsigned char = al+0 to unsigned char data = [S+$C-7] (used reg = ) 23441 5DB6 8846 FB mov -5[bp],al 23442 !BCC_EOS 23443 ! 2827 if(vga_modes[line].pixbits==2) 23444 ! Debug: ptradd unsigned char line = [S+$C-4] to [$10] struct = vga_modes+0 (used reg = ) 23445 5DB9 8A46 FE mov al,-2[bp] 23446 5DBC 30E4 xor ah,ah 23447 5DBE B1 03 mov cl,*3 23448 5DC0 D3E0 shl ax,cl 23449 5DC2 89C3 mov bx,ax 23450 5DC4 81C3 01F6 add bx,#_vga_modes 23451 ! Debug: logeq int = const 2 to unsigned char = [bx+3] (used reg = ) 23452 5DC8 8A47 03 mov al,3[bx] 23453 5DCB 3C 02 cmp al,*2 23454 5DCD 75 25 jne .1DC 23455 00005DCF .1DD: 23456 ! 2828 { 23457 ! 2829 attr = (data >> ((3 - (CX & 0x03)) * 2)) & 0x03; 23458 ! Debug: and int = const 3 to unsigned short CX = [S+$C+4] (used reg = ) 23459 5DCF 8A46 06 mov al,6[bp] 23460 5DD2 24 03 and al,*3 23461 ! Debug: sub unsigned char = al+0 to int = const 3 (used reg = ) 23462 5DD4 50 push ax 23463 5DD5 B8 0003 mov ax,*3 23464 5DD8 2A46 F4 sub al,0+..FFF7[bp] 23465 5DDB 80DC 00 sbb ah,*0 23466 5DDE 44 inc sp 23467 5DDF 44 inc sp 23468 ! Debug: mul int = const 2 to unsigned int = ax+0 (used reg = ) 23469 5DE0 D1E0 shl ax,*1 23470 ! Debug: sr unsigned int = ax+0 to unsigned char data = [S+$C-7] (used reg = ) 23471 5DE2 89C3 mov bx,ax 23472 5DE4 8A46 FB mov al,-5[bp] 23473 5DE7 30E4 xor ah,ah 23474 5DE9 89D9 mov cx,bx 23475 5DEB D3E8 shr ax,cl 23476 ! Debug: and int = const 3 to unsigned int = ax+0 (used reg = ) 23477 5DED 24 03 and al,*3 23478 ! Debug: eq unsigned char = al+0 to unsigned char attr = [S+$C-6] (used reg = ) 23479 5DEF 8846 FC mov -4[bp],al 23480 !BCC_EOS 23481 ! 2830 } 23482 ! 2831 else 23483 ! 2832 { 23484 5DF2 EB 21 jmp .1DE 23485 00005DF4 .1DC: 23486 ! 2833 attr = (data >> (7 - (CX & 0x07))) & 0x01; 23487 ! Debug: and int = const 7 to unsigned short CX = [S+$C+4] (used reg = ) 23488 5DF4 8A46 06 mov al,6[bp] 23489 5DF7 24 07 and al,*7 23490 ! Debug: sub unsigned char = al+0 to int = const 7 (used reg = ) 23491 5DF9 50 push ax 23492 5DFA B8 0007 mov ax,*7 23493 5DFD 2A46 F4 sub al,0+..FFF7[bp] 23494 5E00 80DC 00 sbb ah,*0 23495 5E03 44 inc sp 23496 5E04 44 inc sp 23497 ! Debug: sr unsigned int = ax+0 to unsigned char data = [S+$C-7] (used reg = ) 23498 5E05 89C3 mov bx,ax 23499 5E07 8A46 FB mov al,-5[bp] 23500 5E0A 30E4 xor ah,ah 23501 5E0C 89D9 mov cx,bx 23502 5E0E D3E8 shr ax,cl 23503 ! Debug: and int = const 1 to unsigned int = ax+0 (used reg = ) 23504 5E10 24 01 and al,*1 23505 ! Debug: eq unsigned char = al+0 to unsigned char attr = [S+$C-6] (used reg = ) 23506 5E12 8846 FC mov -4[bp],al 23507 !BCC_EOS 23508 ! 2834 } 23509 ! 2835 break; 23510 00005E15 .1DE: 23511 5E15 EB 4E jmp .1CD 23512 !BCC_EOS 23513 ! 2836 case 0x05: 23514 ! 2837 addr=CX+DX*(read_word(0x40,0x4A)*8); 23515 00005E17 .1DF: 23516 ! Debug: list int = const $4A (used reg = ) 23517 5E17 B8 004A mov ax,*$4A 23518 5E1A 50 push ax 23519 ! Debug: list int = const $40 (used reg = ) 23520 5E1B B8 0040 mov ax,*$40 23521 5E1E 50 push ax 23522 ! Debug: func () unsigned short = read_word+0 (used reg = ) 23523 5E1F E8 1DD2 call _read_word 23524 5E22 83C4 04 add sp,*4 23525 ! Debug: mul int = const 8 to unsigned short = ax+0 (used reg = ) 23526 5E25 B1 03 mov cl,*3 23527 5E27 D3E0 shl ax,cl 23528 ! Debug: mul unsigned int = ax+0 to unsigned short DX = [S+$C+6] (used reg = ) 23529 ! Debug: expression subtree swapping 23530 5E29 8B4E 08 mov cx,8[bp] 23531 5E2C F7E9 imul cx 23532 ! Debug: add unsigned int = ax+0 to unsigned short CX = [S+$C+4] (used reg = ) 23533 ! Debug: expression subtree swapping 23534 5E2E 0346 06 add ax,6[bp] 23535 ! Debug: eq unsigned int = ax+0 to unsigned short addr = [S+$C-$A] (used reg = ) 23536 5E31 8946 F8 mov -8[bp],ax 23537 !BCC_EOS 23538 ! 2838 attr=read_byte(0xa000,addr); 23539 ! Debug: list unsigned short addr = [S+$C-$A] (used reg = ) 23540 5E34 FF76 F8 push -8[bp] 23541 ! Debug: list unsigned int = const $A000 (used reg = ) 23542 5E37 B8 A000 mov ax,#$A000 23543 5E3A 50 push ax 23544 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 23545 5E3B E8 1DA3 call _read_byte 23546 5E3E 83C4 04 add sp,*4 23547 ! Debug: eq unsigned char = al+0 to unsigned char attr = [S+$C-6] (used reg = ) 23548 5E41 8846 FC mov -4[bp],al 23549 !BCC_EOS 23550 ! 2839 break; 23551 5E44 EB 1F jmp .1CD 23552 !BCC_EOS 23553 ! 2840 default: 23554 ! 2841 attr = 0; 23555 00005E46 .1E0: 23556 ! Debug: eq int = const 0 to unsigned char attr = [S+$C-6] (used reg = ) 23557 5E46 30C0 xor al,al 23558 5E48 8846 FC mov -4[bp],al 23559 !BCC_EOS 23560 ! 2842 } 23561 ! 2843 write_word(ss,AX,(read_word(ss,AX) & 0xff00) | attr); 23562 5E4B EB 18 jmp .1CD 23563 00005E4D .1CF: 23564 5E4D 2C 02 sub al,*2 23565 5E4F 0F84 FF2A beq .1D9 23566 5E53 2C 01 sub al,*1 23567 5E55 0F84 FE8D beq .1D1 23568 5E59 2C 01 sub al,*1 23569 5E5B 0F84 FE87 beq .1D0 23570 5E5F 2C 01 sub al,*1 23571 5E61 74 B4 je .1DF 23572 5E63 EB E1 jmp .1E0 23573 00005E65 .1CD: 23574 FFFFFFF4 ..FFF7 = -$C 23575 ! Debug: list * unsigned short AX = [S+$C+8] (used reg = ) 23576 5E65 FF76 0A push $A[bp] 23577 ! Debug: list unsigned short ss = [S+$E-$C] (used reg = ) 23578 5E68 FF76 F6 push -$A[bp] 23579 ! Debug: func () unsigned short = read_word+0 (used reg = ) 23580 5E6B E8 1D86 call _read_word 23581 5E6E 83C4 04 add sp,*4 23582 ! Debug: and unsigned int = const $FF00 to unsigned short = ax+0 (used reg = ) 23583 5E71 30C0 xor al,al 23584 ! Debug: or unsigned char attr = [S+$C-6] to unsigned int = ax+0 (used reg = ) 23585 5E73 0A46 FC or al,-4[bp] 23586 ! Debug: list unsigned int = ax+0 (used reg = ) 23587 5E76 50 push ax 23588 ! Debug: list * unsigned short AX = [S+$E+8] (used reg = ) 23589 5E77 FF76 0A push $A[bp] 23590 ! Debug: list unsigned short ss = [S+$10-$C] (used reg = ) 23591 5E7A FF76 F6 push -$A[bp] 23592 ! Debug: func () void = write_word+0 (used reg = ) 23593 5E7D E8 1D9F call _write_word 23594 5E80 83C4 06 add sp,*6 23595 !BCC_EOS 23596 ! 2844 } 23597 5E83 89EC mov sp,bp 23598 5E85 5D pop bp 23599 5E86 C3 ret 23600 ! 2845 static void biosfn_write_teletype (car, page, attr, flag) 23601 ! Register BX used in function biosfn_read_pixel 23602 ! 2846 Bit8u car;Bit8u page;Bit8u attr;Bit8u flag; 23603 00005E87 _biosfn_write_teletype: 23604 !BCC_EOS 23605 !BCC_EOS 23606 !BCC_EOS 23607 !BCC_EOS 23608 ! 2847 { 23609 ! 2848 Bit8u cheight,xcurs,ycurs,mode,line,bpp; 23610 !BCC_EOS 23611 ! 2849 Bit16u nbcols,nbrows,address; 23612 !BCC_EOS 23613 ! 2850 Bit16u cursor,dummy; 23614 !BCC_EOS 23615 ! 2851 if(page==0xff) 23616 5E87 55 push bp 23617 5E88 89E5 mov bp,sp 23618 5E8A 83C4 F0 add sp,*-$10 23619 ! Debug: logeq int = const $FF to unsigned char page = [S+$12+4] (used reg = ) 23620 5E8D 8A46 06 mov al,6[bp] 23621 5E90 3C FF cmp al,#$FF 23622 5E92 75 11 jne .1E1 23623 00005E94 .1E2: 23624 ! 2852 page=read_byte(0x40,0x62); 23625 ! Debug: list int = const $62 (used reg = ) 23626 5E94 B8 0062 mov ax,*$62 23627 5E97 50 push ax 23628 ! Debug: list int = const $40 (used reg = ) 23629 5E98 B8 0040 mov ax,*$40 23630 5E9B 50 push ax 23631 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 23632 5E9C E8 1D42 call _read_byte 23633 5E9F 83C4 04 add sp,*4 23634 ! Debug: eq unsigned char = al+0 to unsigned char page = [S+$12+4] (used reg = ) 23635 5EA2 8846 06 mov 6[bp],al 23636 !BCC_EOS 23637 ! 2853 mode=read_byte(0x40,0x49); 23638 00005EA5 .1E1: 23639 ! Debug: list int = const $49 (used reg = ) 23640 5EA5 B8 0049 mov ax,*$49 23641 5EA8 50 push ax 23642 ! Debug: list int = const $40 (used reg = ) 23643 5EA9 B8 0040 mov ax,*$40 23644 5EAC 50 push ax 23645 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 23646 5EAD E8 1D31 call _read_byte 23647 5EB0 83C4 04 add sp,*4 23648 ! Debug: eq unsigned char = al+0 to unsigned char mode = [S+$12-6] (used reg = ) 23649 5EB3 8846 FC mov -4[bp],al 23650 !BCC_EOS 23651 ! 2854 line=find_vga_entry(mode); 23652 ! Debug: list unsigned char mode = [S+$12-6] (used reg = ) 23653 5EB6 8A46 FC mov al,-4[bp] 23654 5EB9 30E4 xor ah,ah 23655 5EBB 50 push ax 23656 ! Debug: func () unsigned char = find_vga_entry+0 (used reg = ) 23657 5EBC E8 1C36 call _find_vga_entry 23658 5EBF 44 inc sp 23659 5EC0 44 inc sp 23660 ! Debug: eq unsigned char = al+0 to unsigned char line = [S+$12-7] (used reg = ) 23661 5EC1 8846 FB mov -5[bp],al 23662 !BCC_EOS 23663 ! 2855 if(line==0xFF)return; 23664 ! Debug: logeq int = const $FF to unsigned char line = [S+$12-7] (used reg = ) 23665 5EC4 8A46 FB mov al,-5[bp] 23666 5EC7 3C FF cmp al,#$FF 23667 5EC9 75 04 jne .1E3 23668 00005ECB .1E4: 23669 5ECB 89EC mov sp,bp 23670 5ECD 5D pop bp 23671 5ECE C3 ret 23672 !BCC_EOS 23673 ! 2856 biosfn_get_cursor_pos(page,&dummy,&cursor); 23674 00005ECF .1E3: 23675 ! Debug: list * unsigned short cursor = S+$12-$10 (used reg = ) 23676 5ECF 8D5E F2 lea bx,-$E[bp] 23677 5ED2 53 push bx 23678 ! Debug: list * unsigned short dummy = S+$14-$12 (used reg = ) 23679 5ED3 8D5E F0 lea bx,-$10[bp] 23680 5ED6 53 push bx 23681 ! Debug: list unsigned char page = [S+$16+4] (used reg = ) 23682 5ED7 8A46 06 mov al,6[bp] 23683 5EDA 30E4 xor ah,ah 23684 5EDC 50 push ax 23685 ! Debug: func () void = biosfn_get_cursor_pos+0 (used reg = ) 23686 5EDD E8 E562 call _biosfn_get_cursor_pos 23687 5EE0 83C4 06 add sp,*6 23688 !BCC_EOS 23689 ! 2857 xcurs=cursor&0x00ff;ycurs=(cursor&0xff00 23690 ! Debug: and int = const $FF to unsigned short cursor = [S+$12-$10] (used reg = ) 23691 5EE3 8A46 F2 mov al,-$E[bp] 23692 ! Debug: eq unsigned char = al+0 to unsigned char xcurs = [S+$12-4] (used reg = ) 23693 5EE6 8846 FE mov -2[bp],al 23694 !BCC_EOS 23695 ! 2857 )>>8; 23696 ! Debug: and unsigned int = const $FF00 to unsigned short cursor = [S+$12-$10] (used reg = ) 23697 5EE9 8B46 F2 mov ax,-$E[bp] 23698 5EEC 30C0 xor al,al 23699 ! Debug: sr int = const 8 to unsigned int = ax+0 (used reg = ) 23700 5EEE 88E0 mov al,ah 23701 5EF0 30E4 xor ah,ah 23702 ! Debug: eq unsigned int = ax+0 to unsigned char ycurs = [S+$12-5] (used reg = ) 23703 5EF2 8846 FD mov -3[bp],al 23704 !BCC_EOS 23705 ! 2858 nbrows=read_byte(0x40,0x84)+1; 23706 ! Debug: list int = const $84 (used reg = ) 23707 5EF5 B8 0084 mov ax,#$84 23708 5EF8 50 push ax 23709 ! Debug: list int = const $40 (used reg = ) 23710 5EF9 B8 0040 mov ax,*$40 23711 5EFC 50 push ax 23712 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 23713 5EFD E8 1CE1 call _read_byte 23714 5F00 83C4 04 add sp,*4 23715 ! Debug: add int = const 1 to unsigned char = al+0 (used reg = ) 23716 5F03 30E4 xor ah,ah 23717 ! Debug: eq unsigned int = ax+1 to unsigned short nbrows = [S+$12-$C] (used reg = ) 23718 5F05 40 inc ax 23719 5F06 8946 F6 mov -$A[bp],ax 23720 !BCC_EOS 23721 ! 2859 nbcols=read_word(0x40,0x4A); 23722 ! Debug: list int = const $4A (used reg = ) 23723 5F09 B8 004A mov ax,*$4A 23724 5F0C 50 push ax 23725 ! Debug: list int = const $40 (used reg = ) 23726 5F0D B8 0040 mov ax,*$40 23727 5F10 50 push ax 23728 ! Debug: func () unsigned short = read_word+0 (used reg = ) 23729 5F11 E8 1CE0 call _read_word 23730 5F14 83C4 04 add sp,*4 23731 ! Debug: eq unsigned short = ax+0 to unsigned short nbcols = [S+$12-$A] (used reg = ) 23732 5F17 8946 F8 mov -8[bp],ax 23733 !BCC_EOS 23734 ! 2860 switch(car) 23735 5F1A 8A46 04 mov al,4[bp] 23736 ! 2861 { 23737 5F1D E9 01ED br .1E7 23738 ! 2862 case 7: 23739 ! 2863 break; 23740 00005F20 .1E8: 23741 5F20 E9 020B br .1E5 23742 !BCC_EOS 23743 ! 2864 case 8: 23744 ! 2865 if(xcurs>0)xcurs--; 23745 00005F23 .1E9: 23746 ! Debug: gt int = const 0 to unsigned char xcurs = [S+$12-4] (used reg = ) 23747 5F23 8A46 FE mov al,-2[bp] 23748 5F26 84C0 test al,al 23749 5F28 74 07 je .1EA 23750 00005F2A .1EB: 23751 ! Debug: postdec unsigned char xcurs = [S+$12-4] (used reg = ) 23752 5F2A 8A46 FE mov al,-2[bp] 23753 5F2D 48 dec ax 23754 5F2E 8846 FE mov -2[bp],al 23755 !BCC_EOS 23756 ! 2866 break; 23757 00005F31 .1EA: 23758 5F31 E9 01FA br .1E5 23759 !BCC_EOS 23760 ! 2867 case '\r': 23761 ! 2868 xcurs=0; 23762 00005F34 .1EC: 23763 ! Debug: eq int = const 0 to unsigned char xcurs = [S+$12-4] (used reg = ) 23764 5F34 30C0 xor al,al 23765 5F36 8846 FE mov -2[bp],al 23766 !BCC_EOS 23767 ! 2869 break; 23768 5F39 E9 01F2 br .1E5 23769 !BCC_EOS 23770 ! 2870 case '\n': 23771 ! 2871 ycurs++; 23772 00005F3C .1ED: 23773 ! Debug: postinc unsigned char ycurs = [S+$12-5] (used reg = ) 23774 5F3C 8A46 FD mov al,-3[bp] 23775 5F3F 40 inc ax 23776 5F40 8846 FD mov -3[bp],al 23777 !BCC_EOS 23778 ! 2872 break; 23779 5F43 E9 01E8 br .1E5 23780 !BCC_EOS 23781 ! 2873 case '\t': 23782 ! 2874 do 23783 00005F46 .1EE: 23784 ! 2875 { 23785 00005F46 .1F1: 23786 ! 2876 biosfn_write_teletype(' ',page,attr,flag); 23787 ! Debug: list unsigned char flag = [S+$12+8] (used reg = ) 23788 5F46 8A46 0A mov al,$A[bp] 23789 5F49 30E4 xor ah,ah 23790 5F4B 50 push ax 23791 ! Debug: list unsigned char attr = [S+$14+6] (used reg = ) 23792 5F4C 8A46 08 mov al,8[bp] 23793 5F4F 30E4 xor ah,ah 23794 5F51 50 push ax 23795 ! Debug: list unsigned char page = [S+$16+4] (used reg = ) 23796 5F52 8A46 06 mov al,6[bp] 23797 5F55 30E4 xor ah,ah 23798 5F57 50 push ax 23799 ! Debug: list int = const $20 (used reg = ) 23800 5F58 B8 0020 mov ax,*$20 23801 5F5B 50 push ax 23802 ! Debug: func () void = biosfn_write_teletype+0 (used reg = ) 23803 5F5C E8 FF28 call _biosfn_write_teletype 23804 5F5F 83C4 08 add sp,*8 23805 !BCC_EOS 23806 ! 2877 biosfn_get_cursor_pos(page,&dummy,&cursor); 23807 ! Debug: list * unsigned short cursor = S+$12-$10 (used reg = ) 23808 5F62 8D5E F2 lea bx,-$E[bp] 23809 5F65 53 push bx 23810 ! Debug: list * unsigned short dummy = S+$14-$12 (used reg = ) 23811 5F66 8D5E F0 lea bx,-$10[bp] 23812 5F69 53 push bx 23813 ! Debug: list unsigned char page = [S+$16+4] (used reg = ) 23814 5F6A 8A46 06 mov al,6[bp] 23815 5F6D 30E4 xor ah,ah 23816 5F6F 50 push ax 23817 ! Debug: func () void = biosfn_get_cursor_pos+0 (used reg = ) 23818 5F70 E8 E4CF call _biosfn_get_cursor_pos 23819 5F73 83C4 06 add sp,*6 23820 !BCC_EOS 23821 ! 2878 xcurs=cursor&0x00ff;ycurs=(cursor&0xff00)>>8; 23822 ! Debug: and int = const $FF to unsigned short cursor = [S+$12-$10] (used reg = ) 23823 5F76 8A46 F2 mov al,-$E[bp] 23824 ! Debug: eq unsigned char = al+0 to unsigned char xcurs = [S+$12-4] (used reg = ) 23825 5F79 8846 FE mov -2[bp],al 23826 !BCC_EOS 23827 ! Debug: and unsigned int = const $FF00 to unsigned short cursor = [S+$12-$10] (used reg = ) 23828 5F7C 8B46 F2 mov ax,-$E[bp] 23829 5F7F 30C0 xor al,al 23830 ! Debug: sr int = const 8 to unsigned int = ax+0 (used reg = ) 23831 5F81 88E0 mov al,ah 23832 5F83 30E4 xor ah,ah 23833 ! Debug: eq unsigned int = ax+0 to unsigned char ycurs = [S+$12-5] (used reg = ) 23834 5F85 8846 FD mov -3[bp],al 23835 !BCC_EOS 23836 ! 2879 }while(xcurs%8==0); 23837 00005F88 .1F0: 23838 ! Debug: mod int = const 8 to unsigned char xcurs = [S+$12-4] (used reg = ) 23839 5F88 8A46 FE mov al,-2[bp] 23840 5F8B 30E4 xor ah,ah 23841 5F8D 24 07 and al,*7 23842 ! Debug: logeq int = const 0 to unsigned char = al+0 (used reg = ) 23843 5F8F 84C0 test al,al 23844 5F91 74 B3 je .1F1 23845 00005F93 .1F2: 23846 !BCC_EOS 23847 ! 2880 break; 23848 00005F93 .1EF: 23849 5F93 E9 0198 br .1E5 23850 !BCC_EOS 23851 ! 2881 default: 23852 ! 2882 if(vga_modes[line].class==0x00) 23853 00005F96 .1F3: 23854 ! Debug: ptradd unsigned char line = [S+$12-7] to [$10] struct = vga_modes+0 (used reg = ) 23855 5F96 8A46 FB mov al,-5[bp] 23856 5F99 30E4 xor ah,ah 23857 5F9B B1 03 mov cl,*3 23858 5F9D D3E0 shl ax,cl 23859 5F9F 89C3 mov bx,ax 23860 5FA1 81C3 01F6 add bx,#_vga_modes 23861 ! Debug: logeq int = const 0 to unsigned char = [bx+1] (used reg = ) 23862 5FA5 8A47 01 mov al,1[bx] 23863 5FA8 84C0 test al,al 23864 5FAA 0F85 0084 bne .1F4 23865 00005FAE .1F5: 23866 ! 2883 { 23867 ! 2884 address=((((nbcols*nbrows*2)|0x00ff)+1)*page)+(xcurs+ycurs*nbcols)*2; 23868 ! Debug: mul unsigned short nbcols = [S+$12-$A] to unsigned char ycurs = [S+$12-5] (used reg = ) 23869 5FAE 8A46 FD mov al,-3[bp] 23870 5FB1 30E4 xor ah,ah 23871 5FB3 8B4E F8 mov cx,-8[bp] 23872 5FB6 F7E9 imul cx 23873 ! Debug: add unsigned int = ax+0 to unsigned char xcurs = [S+$12-4] (used reg = ) 23874 ! Debug: expression subtree swapping 23875 5FB8 0246 FE add al,-2[bp] 23876 5FBB 80D4 00 adc ah,*0 23877 ! Debug: mul int = const 2 to unsigned int = ax+0 (used reg = ) 23878 5FBE D1E0 shl ax,*1 23879 5FC0 50 push ax 23880 ! Debug: mul unsigned short nbrows = [S+$14-$C] to unsigned short nbcols = [S+$14-$A] (used reg = ) 23881 5FC1 8B46 F8 mov ax,-8[bp] 23882 5FC4 8B4E F6 mov cx,-$A[bp] 23883 5FC7 F7E9 imul cx 23884 ! Debug: mul int = const 2 to unsigned int = ax+0 (used reg = ) 23885 5FC9 D1E0 shl ax,*1 23886 ! Debug: or int = const $FF to unsigned int = ax+0 (used reg = ) 23887 5FCB 0C FF or al,#$FF 23888 ! Debug: add int = const 1 to unsigned int = ax+0 (used reg = ) 23889 ! Debug: mul unsigned char page = [S+$14+4] to unsigned int = ax+1 (used reg = ) 23890 5FCD 89C3 mov bx,ax 23891 5FCF 8A46 06 mov al,6[bp] 23892 5FD2 30E4 xor ah,ah 23893 5FD4 93 xchg ax,bx 23894 5FD5 40 inc ax 23895 5FD6 89D9 mov cx,bx 23896 5FD8 F7E9 imul cx 23897 ! Debug: add unsigned int (temp) = [S+$14-$14] to unsigned int = ax+0 (used reg = ) 23898 5FDA 0346 EE add ax,0+..FFF6[bp] 23899 5FDD 44 inc sp 23900 5FDE 44 inc sp 23901 ! Debug: eq unsigned int = ax+0 to unsigned short address = [S+$12-$E] (used reg = ) 23902 5FDF 8946 F4 mov -$C[bp],ax 23903 !BCC_EOS 23904 ! 2885 write_byte(vga_modes[line].sstart,address,car); 23905 ! Debug: list unsigned char car = [S+$12+2] (used reg = ) 23906 5FE2 8A46 04 mov al,4[bp] 23907 5FE5 30E4 xor ah,ah 23908 5FE7 50 push ax 23909 ! Debug: list unsigned short address = [S+$14-$E] (used reg = ) 23910 5FE8 FF76 F4 push -$C[bp] 23911 ! Debug: ptradd unsigned char line = [S+$16-7] to [$10] struct = vga_modes+0 (used reg = ) 23912 5FEB 8A46 FB mov al,-5[bp] 23913 5FEE 30E4 xor ah,ah 23914 5FF0 B1 03 mov cl,*3 23915 5FF2 D3E0 shl ax,cl 23916 5FF4 89C3 mov bx,ax 23917 5FF6 81C3 01F6 add bx,#_vga_modes 23918 ! Debug: list unsigned short = [bx+4] (used reg = ) 23919 5FFA FF77 04 push 4[bx] 23920 ! Debug: func () void = write_byte+0 (used reg = ) 23921 5FFD E8 1C07 call _write_byte 23922 6000 83C4 06 add sp,*6 23923 !BCC_EOS 23924 ! 2886 if(flag==3) 23925 ! Debug: logeq int = const 3 to unsigned char flag = [S+$12+8] (used reg = ) 23926 6003 8A46 0A mov al,$A[bp] 23927 6006 3C 03 cmp al,*3 23928 6008 0F85 0023 bne .1F6 23929 0000600C .1F7: 23930 ! 2887 write_byte(vga_modes[line].sstart,address+1,attr); 23931 ! Debug: list unsigned char attr = [S+$12+6] (used reg = ) 23932 600C 8A46 08 mov al,8[bp] 23933 600F 30E4 xor ah,ah 23934 6011 50 push ax 23935 ! Debug: add int = const 1 to unsigned short address = [S+$14-$E] (used reg = ) 23936 6012 8B46 F4 mov ax,-$C[bp] 23937 ! Debug: list unsigned int = ax+1 (used reg = ) 23938 6015 40 inc ax 23939 6016 50 push ax 23940 ! Debug: ptradd unsigned char line = [S+$16-7] to [$10] struct = vga_modes+0 (used reg = ) 23941 6017 8A46 FB mov al,-5[bp] 23942 601A 30E4 xor ah,ah 23943 601C B1 03 mov cl,*3 23944 601E D3E0 shl ax,cl 23945 6020 89C3 mov bx,ax 23946 6022 81C3 01F6 add bx,#_vga_modes 23947 ! Debug: list unsigned short = [bx+4] (used reg = ) 23948 6026 FF77 04 push 4[bx] 23949 ! Debug: func () void = write_byte+0 (used reg = ) 23950 6029 E8 1BDB call _write_byte 23951 602C 83C4 06 add sp,*6 23952 !BCC_EOS 23953 ! 2888 } 23954 0000602F .1F6: 23955 ! 2889 else 23956 ! 2890 { 23957 602F E9 00D2 br .1F8 23958 00006032 .1F4: 23959 ! 2891 cheight=video_param_table[line_to_vpti[line]].cheight; 23960 ! Debug: ptradd unsigned char line = [S+$12-7] to [$10] unsigned char = line_to_vpti+0 (used reg = ) 23961 6032 8A46 FB mov al,-5[bp] 23962 6035 30E4 xor ah,ah 23963 6037 89C3 mov bx,ax 23964 ! Debug: ptradd unsigned char = [bx+_line_to_vpti+0] to [$1E] struct = video_param_table+0 (used reg = ) 23965 6039 8A87 0276 mov al,_line_to_vpti[bx] 23966 603D 30E4 xor ah,ah 23967 603F B1 06 mov cl,*6 23968 6041 D3E0 shl ax,cl 23969 6043 89C3 mov bx,ax 23970 6045 81C3 028A add bx,#_video_param_table 23971 ! Debug: eq unsigned char = [bx+2] to unsigned char cheight = [S+$12-3] (used reg = ) 23972 6049 8A47 02 mov al,2[bx] 23973 604C 8846 FF mov -1[bp],al 23974 !BCC_EOS 23975 ! 2892 bpp=vga_modes[line].pixbits; 23976 ! Debug: ptradd unsigned char line = [S+$12-7] to [$10] struct = vga_modes+0 (used reg = ) 23977 604F 8A46 FB mov al,-5[bp] 23978 6052 30E4 xor ah,ah 23979 6054 B1 03 mov cl,*3 23980 6056 D3E0 shl ax,cl 23981 6058 89C3 mov bx,ax 23982 605A 81C3 01F6 add bx,#_vga_modes 23983 ! Debug: eq unsigned char = [bx+3] to unsigned char bpp = [S+$12-8] (used reg = ) 23984 605E 8A47 03 mov al,3[bx] 23985 6061 8846 FA mov -6[bp],al 23986 !BCC_EOS 23987 ! 2893 switch(vga_modes[line].memmodel) 23988 ! Debug: ptradd unsigned char line = [S+$12-7] to [$10] struct = vga_modes+0 (used reg = ) 23989 6064 8A46 FB mov al,-5[bp] 23990 6067 30E4 xor ah,ah 23991 6069 B1 03 mov cl,*3 23992 606B D3E0 shl ax,cl 23993 606D 89C3 mov bx,ax 23994 606F 81C3 01F6 add bx,#_vga_modes 23995 6073 8A47 02 mov al,2[bx] 23996 ! 2894 { 23997 6076 E9 0077 br .1FB 23998 ! 2895 case 0x04: 23999 ! 2896 case 0x03: 24000 00006079 .1FC: 24001 ! 2897 write_gfx_char_pl4(car,attr,xcurs,ycurs,nbcols,cheight); 24002 00006079 .1FD: 24003 ! Debug: list unsigned char cheight = [S+$12-3] (used reg = ) 24004 6079 8A46 FF mov al,-1[bp] 24005 607C 30E4 xor ah,ah 24006 607E 50 push ax 24007 ! Debug: list unsigned short nbcols = [S+$14-$A] (used reg = ) 24008 607F FF76 F8 push -8[bp] 24009 ! Debug: list unsigned char ycurs = [S+$16-5] (used reg = ) 24010 6082 8A46 FD mov al,-3[bp] 24011 6085 30E4 xor ah,ah 24012 6087 50 push ax 24013 ! Debug: list unsigned char xcurs = [S+$18-4] (used reg = ) 24014 6088 8A46 FE mov al,-2[bp] 24015 608B 30E4 xor ah,ah 24016 608D 50 push ax 24017 ! Debug: list unsigned char attr = [S+$1A+6] (used reg = ) 24018 608E 8A46 08 mov al,8[bp] 24019 6091 30E4 xor ah,ah 24020 6093 50 push ax 24021 ! Debug: list unsigned char car = [S+$1C+2] (used reg = ) 24022 6094 8A46 04 mov al,4[bp] 24023 6097 30E4 xor ah,ah 24024 6099 50 push ax 24025 ! Debug: func () void = write_gfx_char_pl4+0 (used reg = ) 24026 609A E8 F09E call _write_gfx_char_pl4 24027 609D 83C4 0C add sp,*$C 24028 !BCC_EOS 24029 ! 2898 break; 24030 60A0 EB 62 jmp .1F9 24031 !BCC_EOS 24032 ! 2899 case 0x02: 24033 ! 2900 write_gfx_char_cga(car,attr,xcurs,ycurs,nbcols,bpp); 24034 000060A2 .1FE: 24035 ! Debug: list unsigned char bpp = [S+$12-8] (used reg = ) 24036 60A2 8A46 FA mov al,-6[bp] 24037 60A5 30E4 xor ah,ah 24038 60A7 50 push ax 24039 ! Debug: list unsigned short nbcols = [S+$14-$A] (used reg = ) 24040 60A8 FF76 F8 push -8[bp] 24041 ! Debug: list unsigned char ycurs = [S+$16-5] (used reg = ) 24042 60AB 8A46 FD mov al,-3[bp] 24043 60AE 30E4 xor ah,ah 24044 60B0 50 push ax 24045 ! Debug: list unsigned char xcurs = [S+$18-4] (used reg = ) 24046 60B1 8A46 FE mov al,-2[bp] 24047 60B4 30E4 xor ah,ah 24048 60B6 50 push ax 24049 ! Debug: list unsigned char attr = [S+$1A+6] (used reg = ) 24050 60B7 8A46 08 mov al,8[bp] 24051 60BA 30E4 xor ah,ah 24052 60BC 50 push ax 24053 ! Debug: list unsigned char car = [S+$1C+2] (used reg = ) 24054 60BD 8A46 04 mov al,4[bp] 24055 60C0 30E4 xor ah,ah 24056 60C2 50 push ax 24057 ! Debug: func () void = write_gfx_char_cga+0 (used reg = ) 24058 60C3 E8 F1E8 call _write_gfx_char_cga 24059 60C6 83C4 0C add sp,*$C 24060 !BCC_EOS 24061 ! 2901 break; 24062 60C9 EB 39 jmp .1F9 24063 !BCC_EOS 24064 ! 2902 case 0x05: 24065 ! 2903 write_gfx_char_lin(car,attr,xcurs,ycurs,nbcols); 24066 000060CB .1FF: 24067 ! Debug: list unsigned short nbcols = [S+$12-$A] (used reg = ) 24068 60CB FF76 F8 push -8[bp] 24069 ! Debug: list unsigned char ycurs = [S+$14-5] (used reg = ) 24070 60CE 8A46 FD mov al,-3[bp] 24071 60D1 30E4 xor ah,ah 24072 60D3 50 push ax 24073 ! Debug: list unsigned char xcurs = [S+$16-4] (used reg = ) 24074 60D4 8A46 FE mov al,-2[bp] 24075 60D7 30E4 xor ah,ah 24076 60D9 50 push ax 24077 ! Debug: list unsigned char attr = [S+$18+6] (used reg = ) 24078 60DA 8A46 08 mov al,8[bp] 24079 60DD 30E4 xor ah,ah 24080 60DF 50 push ax 24081 ! Debug: list unsigned char car = [S+$1A+2] (used reg = ) 24082 60E0 8A46 04 mov al,4[bp] 24083 60E3 30E4 xor ah,ah 24084 60E5 50 push ax 24085 ! Debug: func () void = write_gfx_char_lin+0 (used reg = ) 24086 60E6 E8 F3C8 call _write_gfx_char_lin 24087 60E9 83C4 0A add sp,*$A 24088 !BCC_EOS 24089 ! 2904 break; 24090 60EC EB 16 jmp .1F9 24091 !BCC_EOS 24092 ! 2905 } 24093 ! 2906 } 24094 60EE EB 14 jmp .1F9 24095 000060F0 .1FB: 24096 60F0 2C 02 sub al,*2 24097 60F2 74 AE je .1FE 24098 60F4 2C 01 sub al,*1 24099 60F6 0F84 FF7F beq .1FD 24100 60FA 2C 01 sub al,*1 24101 60FC 0F84 FF79 beq .1FC 24102 6100 2C 01 sub al,*1 24103 6102 74 C7 je .1FF 24104 00006104 .1F9: 24105 ! 2907 xcurs++; 24106 00006104 .1F8: 24107 ! Debug: postinc unsigned char xcurs = [S+$12-4] (used reg = ) 24108 6104 8A46 FE mov al,-2[bp] 24109 6107 40 inc ax 24110 6108 8846 FE mov -2[bp],al 24111 !BCC_EOS 24112 ! 2908 } 24113 ! 2909 if(xcurs==nbcols) 24114 610B EB 21 jmp .1E5 24115 0000610D .1E7: 24116 610D 2C 07 sub al,*7 24117 610F 0F84 FE0D beq .1E8 24118 6113 2C 01 sub al,*1 24119 6115 0F84 FE0A beq .1E9 24120 6119 2C 01 sub al,*1 24121 611B 0F84 FE27 beq .1EE 24122 611F 2C 01 sub al,*1 24123 6121 0F84 FE17 beq .1ED 24124 6125 2C 03 sub al,*3 24125 6127 0F84 FE09 beq .1EC 24126 612B E9 FE68 br .1F3 24127 0000612E .1E5: 24128 FFFFFFEE ..FFF6 = -$12 24129 ! Debug: logeq unsigned short nbcols = [S+$12-$A] to unsigned char xcurs = [S+$12-4] (used reg = ) 24130 612E 8A46 FE mov al,-2[bp] 24131 6131 30E4 xor ah,ah 24132 6133 3B46 F8 cmp ax,-8[bp] 24133 6136 75 0C jne .200 24134 00006138 .201: 24135 ! 2910 {xcurs=0; 24136 ! Debug: eq int = const 0 to unsigned char xcurs = [S+$12-4] (used reg = ) 24137 6138 30C0 xor al,al 24138 613A 8846 FE mov -2[bp],al 24139 !BCC_EOS 24140 ! 2911 ycurs++; 24141 ! Debug: postinc unsigned char ycurs = [S+$12-5] (used reg = ) 24142 613D 8A46 FD mov al,-3[bp] 24143 6140 40 inc ax 24144 6141 8846 FD mov -3[bp],al 24145 !BCC_EOS 24146 ! 2912 } 24147 ! 2913 if(ycurs==nbrows) 24148 00006144 .200: 24149 ! Debug: logeq unsigned short nbrows = [S+$12-$C] to unsigned char ycurs = [S+$12-5] (used reg = ) 24150 6144 8A46 FD mov al,-3[bp] 24151 6147 30E4 xor ah,ah 24152 6149 3B46 F6 cmp ax,-$A[bp] 24153 614C 0F85 00C9 bne .202 24154 00006150 .203: 24155 ! 2914 { 24156 ! 2915 if(vga_modes[line].class==0x00) 24157 ! Debug: ptradd unsigned char line = [S+$12-7] to [$10] struct = vga_modes+0 (used reg = ) 24158 6150 8A46 FB mov al,-5[bp] 24159 6153 30E4 xor ah,ah 24160 6155 B1 03 mov cl,*3 24161 6157 D3E0 shl ax,cl 24162 6159 89C3 mov bx,ax 24163 615B 81C3 01F6 add bx,#_vga_modes 24164 ! Debug: logeq int = const 0 to unsigned char = [bx+1] (used reg = ) 24165 615F 8A47 01 mov al,1[bx] 24166 6162 84C0 test al,al 24167 6164 0F85 0081 bne .204 24168 00006168 .205: 24169 ! 2916 { 24170 ! 2917 address=((((nbcols*nbrows*2)|0x00ff)+1)*page)+(xcurs+(ycurs-1)*nbcols)*2; 24171 ! Debug: sub int = const 1 to unsigned char ycurs = [S+$12-5] (used reg = ) 24172 6168 8A46 FD mov al,-3[bp] 24173 616B 30E4 xor ah,ah 24174 ! Debug: mul unsigned short nbcols = [S+$12-$A] to unsigned int = ax-1 (used reg = ) 24175 616D 48 dec ax 24176 616E 8B4E F8 mov cx,-8[bp] 24177 6171 F7E9 imul cx 24178 ! Debug: add unsigned int = ax+0 to unsigned char xcurs = [S+$12-4] (used reg = ) 24179 ! Debug: expression subtree swapping 24180 6173 0246 FE add al,-2[bp] 24181 6176 80D4 00 adc ah,*0 24182 ! Debug: mul int = const 2 to unsigned int = ax+0 (used reg = ) 24183 6179 D1E0 shl ax,*1 24184 617B 50 push ax 24185 ! Debug: mul unsigned short nbrows = [S+$14-$C] to unsigned short nbcols = [S+$14-$A] (used reg = ) 24186 617C 8B46 F8 mov ax,-8[bp] 24187 617F 8B4E F6 mov cx,-$A[bp] 24188 6182 F7E9 imul cx 24189 ! Debug: mul int = const 2 to unsigned int = ax+0 (used reg = ) 24190 6184 D1E0 shl ax,*1 24191 ! Debug: or int = const $FF to unsigned int = ax+0 (used reg = ) 24192 6186 0C FF or al,#$FF 24193 ! Debug: add int = const 1 to unsigned int = ax+0 (used reg = ) 24194 ! Debug: mul unsigned char page = [S+$14+4] to unsigned int = ax+1 (used reg = ) 24195 6188 89C3 mov bx,ax 24196 618A 8A46 06 mov al,6[bp] 24197 618D 30E4 xor ah,ah 24198 618F 93 xchg ax,bx 24199 6190 40 inc ax 24200 6191 89D9 mov cx,bx 24201 6193 F7E9 imul cx 24202 ! Debug: add unsigned int (temp) = [S+$14-$14] to unsigned int = ax+0 (used reg = ) 24203 6195 0346 EE add ax,-$12[bp] 24204 6198 44 inc sp 24205 6199 44 inc sp 24206 ! Debug: eq unsigned int = ax+0 to unsigned short address = [S+$12-$E] (used reg = ) 24207 619A 8946 F4 mov -$C[bp],ax 24208 !BCC_EOS 24209 ! 2918 attr=read_byte(vga_modes[line].sstart,address+1); 24210 ! Debug: add int = const 1 to unsigned short address = [S+$12-$E] (used reg = ) 24211 619D 8B46 F4 mov ax,-$C[bp] 24212 ! Debug: list unsigned int = ax+1 (used reg = ) 24213 61A0 40 inc ax 24214 61A1 50 push ax 24215 ! Debug: ptradd unsigned char line = [S+$14-7] to [$10] struct = vga_modes+0 (used reg = ) 24216 61A2 8A46 FB mov al,-5[bp] 24217 61A5 30E4 xor ah,ah 24218 61A7 B1 03 mov cl,*3 24219 61A9 D3E0 shl ax,cl 24220 61AB 89C3 mov bx,ax 24221 61AD 81C3 01F6 add bx,#_vga_modes 24222 ! Debug: list unsigned short = [bx+4] (used reg = ) 24223 61B1 FF77 04 push 4[bx] 24224 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 24225 61B4 E8 1A2A call _read_byte 24226 61B7 83C4 04 add sp,*4 24227 ! Debug: eq unsigned char = al+0 to unsigned char attr = [S+$12+6] (used reg = ) 24228 61BA 8846 08 mov 8[bp],al 24229 !BCC_EOS 24230 ! 2919 biosfn_scroll(0x01,attr,0,0,nbrows-1,nbcols-1,page,1); 24231 ! Debug: list int = const 1 (used reg = ) 24232 61BD B8 0001 mov ax,*1 24233 61C0 50 push ax 24234 ! Debug: list unsigned char page = [S+$14+4] (used reg = ) 24235 61C1 8A46 06 mov al,6[bp] 24236 61C4 30E4 xor ah,ah 24237 61C6 50 push ax 24238 ! Debug: sub int = const 1 to unsigned short nbcols = [S+$16-$A] (used reg = ) 24239 61C7 8B46 F8 mov ax,-8[bp] 24240 ! Debug: list unsigned int = ax-1 (used reg = ) 24241 61CA 48 dec ax 24242 61CB 50 push ax 24243 ! Debug: sub int = const 1 to unsigned short nbrows = [S+$18-$C] (used reg = ) 24244 61CC 8B46 F6 mov ax,-$A[bp] 24245 ! Debug: list unsigned int = ax-1 (used reg = ) 24246 61CF 48 dec ax 24247 61D0 50 push ax 24248 ! Debug: list int = const 0 (used reg = ) 24249 61D1 31C0 xor ax,ax 24250 61D3 50 push ax 24251 ! Debug: list int = const 0 (used reg = ) 24252 61D4 31C0 xor ax,ax 24253 61D6 50 push ax 24254 ! Debug: list unsigned char attr = [S+$1E+6] (used reg = ) 24255 61D7 8A46 08 mov al,8[bp] 24256 61DA 30E4 xor ah,ah 24257 61DC 50 push ax 24258 ! Debug: list int = const 1 (used reg = ) 24259 61DD B8 0001 mov ax,*1 24260 61E0 50 push ax 24261 ! Debug: func () void = biosfn_scroll+0 (used reg = ) 24262 61E1 E8 E756 call _biosfn_scroll 24263 61E4 83C4 10 add sp,*$10 24264 !BCC_EOS 24265 ! 2920 } 24266 ! 2921 else 24267 ! 2922 { 24268 61E7 EB 27 jmp .206 24269 000061E9 .204: 24270 ! 2923 biosfn_scroll(0x01,0x00,0,0,nbrows-1,nbcols-1,page,1); 24271 ! Debug: list int = const 1 (used reg = ) 24272 61E9 B8 0001 mov ax,*1 24273 61EC 50 push ax 24274 ! Debug: list unsigned char page = [S+$14+4] (used reg = ) 24275 61ED 8A46 06 mov al,6[bp] 24276 61F0 30E4 xor ah,ah 24277 61F2 50 push ax 24278 ! Debug: sub int = const 1 to unsigned short nbcols = [S+$16-$A] (used reg = ) 24279 61F3 8B46 F8 mov ax,-8[bp] 24280 ! Debug: list unsigned int = ax-1 (used reg = ) 24281 61F6 48 dec ax 24282 61F7 50 push ax 24283 ! Debug: sub int = const 1 to unsigned short nbrows = [S+$18-$C] (used reg = ) 24284 61F8 8B46 F6 mov ax,-$A[bp] 24285 ! Debug: list unsigned int = ax-1 (used reg = ) 24286 61FB 48 dec ax 24287 61FC 50 push ax 24288 ! Debug: list int = const 0 (used reg = ) 24289 61FD 31C0 xor ax,ax 24290 61FF 50 push ax 24291 ! Debug: list int = const 0 (used reg = ) 24292 6200 31C0 xor ax,ax 24293 6202 50 push ax 24294 ! Debug: list int = const 0 (used reg = ) 24295 6203 31C0 xor ax,ax 24296 6205 50 push ax 24297 ! Debug: list int = const 1 (used reg = ) 24298 6206 B8 0001 mov ax,*1 24299 6209 50 push ax 24300 ! Debug: func () void = biosfn_scroll+0 (used reg = ) 24301 620A E8 E72D call _biosfn_scroll 24302 620D 83C4 10 add sp,*$10 24303 !BCC_EOS 24304 ! 2924 } 24305 ! 2925 ycurs-=1; 24306 00006210 .206: 24307 ! Debug: subab int = const 1 to unsigned char ycurs = [S+$12-5] (used reg = ) 24308 6210 8A46 FD mov al,-3[bp] 24309 6213 30E4 xor ah,ah 24310 6215 48 dec ax 24311 6216 8846 FD mov -3[bp],al 24312 !BCC_EOS 24313 ! 2926 } 24314 ! 2927 cursor=ycurs; cursor<<=8; cursor+=xcurs; 24315 00006219 .202: 24316 ! Debug: eq unsigned char ycurs = [S+$12-5] to unsigned short cursor = [S+$12-$10] (used reg = ) 24317 6219 8A46 FD mov al,-3[bp] 24318 621C 30E4 xor ah,ah 24319 621E 8946 F2 mov -$E[bp],ax 24320 !BCC_EOS 24321 ! Debug: slab int = const 8 to unsigned short cursor = [S+$12-$10] (used reg = ) 24322 6221 8B46 F2 mov ax,-$E[bp] 24323 6224 88C4 mov ah,al 24324 6226 30C0 xor al,al 24325 6228 8946 F2 mov -$E[bp],ax 24326 !BCC_EOS 24327 ! Debug: addab unsigned char xcurs = [S+$12-4] to unsigned short cursor = [S+$12-$10] (used reg = ) 24328 622B 8B46 F2 mov ax,-$E[bp] 24329 622E 0246 FE add al,-2[bp] 24330 6231 80D4 00 adc ah,*0 24331 6234 8946 F2 mov -$E[bp],ax 24332 !BCC_EOS 24333 ! 2928 biosfn_set_cursor_pos(page,cursor); 24334 ! Debug: list unsigned short cursor = [S+$12-$10] (used reg = ) 24335 6237 FF76 F2 push -$E[bp] 24336 ! Debug: list unsigned char page = [S+$14+4] (used reg = ) 24337 623A 8A46 06 mov al,6[bp] 24338 623D 30E4 xor ah,ah 24339 623F 50 push ax 24340 ! Debug: func () void = biosfn_set_cursor_pos+0 (used reg = ) 24341 6240 E8 E0FF call _biosfn_set_cursor_pos 24342 6243 83C4 04 add sp,*4 24343 !BCC_EOS 24344 ! 2929 } 24345 6246 89EC mov sp,bp 24346 6248 5D pop bp 24347 6249 C3 ret 24348 ! 2930 #asm 24349 !BCC_ASM 24350 00000008 _biosfn_write_teletype.flag set 8 24351 00000006 _biosfn_write_teletype.attr set 6 24352 00000004 _biosfn_write_teletype.page set 4 24353 00000002 _biosfn_write_teletype.car set 2 24354 0000624A biosfn_get_video_mode: 24355 624A 1E push ds 24356 624B B8 0040 mov ax, # 0x40 24357 624E 8ED8 mov ds, ax 24358 6250 53 push bx 24359 6251 BB 0062 mov bx, # 0x62 24360 6254 8A07 mov al, [bx] 24361 6256 5B pop bx 24362 6257 88C7 mov bh, al 24363 6259 53 push bx 24364 625A BB 0087 mov bx, # 0x87 24365 625D 8A27 mov ah, [bx] 24366 625F 80E4 80 and ah, #0x80 24367 6262 BB 0049 mov bx, # 0x49 24368 6265 8A07 mov al, [bx] 24369 6267 08E0 or al, ah 24370 6269 BB 004A mov bx, # 0x4A 24371 626C 8A27 mov ah, [bx] 24372 626E 5B pop bx 24373 626F 1F pop ds 24374 6270 C3 ret 24375 ! 2952 endasm 24376 !BCC_ENDASM 24377 ! 2953 #asm 24378 !BCC_ASM 24379 00000008 _biosfn_write_teletype.flag set 8 24380 00000006 _biosfn_write_teletype.attr set 6 24381 00000004 _biosfn_write_teletype.page set 4 24382 00000002 _biosfn_write_teletype.car set 2 24383 00006271 biosfn_group_10: 24384 6271 3C 00 cmp al, #0x00 24385 6273 75 02 jne int10_test_1001 24386 6275 EB 61 jmp biosfn_set_single_palette_reg 24387 00006277 int10_test_1001: 24388 6277 3C 01 cmp al, #0x01 24389 6279 75 02 jne int10_test_1002 24390 627B EB 75 jmp biosfn_set_overscan_border_color 24391 0000627D int10_test_1002: 24392 627D 3C 02 cmp al, #0x02 24393 627F 75 02 jne int10_test_1003 24394 6281 EB 77 jmp biosfn_set_all_palette_reg 24395 00006283 int10_test_1003: 24396 6283 3C 03 cmp al, #0x03 24397 6285 75 03 jne int10_test_1007 24398 6287 E9 009D jmp biosfn_toggle_intensity 24399 0000628A int10_test_1007: 24400 628A 3C 07 cmp al, #0x07 24401 628C 75 03 jne int10_test_1008 24402 628E E9 00BC jmp biosfn_get_single_palette_reg 24403 00006291 int10_test_1008: 24404 6291 3C 08 cmp al, #0x08 24405 6293 75 03 jne int10_test_1009 24406 6295 E9 00D9 jmp biosfn_read_overscan_border_color 24407 00006298 int10_test_1009: 24408 6298 3C 09 cmp al, #0x09 24409 629A 75 03 jne int10_test_1010 24410 629C E9 00E0 jmp biosfn_get_all_palette_reg 24411 0000629F int10_test_1010: 24412 629F 3C 10 cmp al, #0x10 24413 62A1 75 03 jne int10_test_1012 24414 62A3 E9 011A jmp biosfn_set_single_dac_reg 24415 000062A6 int10_test_1012: 24416 62A6 3C 12 cmp al, #0x12 24417 62A8 75 03 jne int10_test_1013 24418 62AA E9 012C jmp biosfn_set_all_dac_reg 24419 000062AD int10_test_1013: 24420 62AD 3C 13 cmp al, #0x13 24421 62AF 75 03 jne int10_test_1015 24422 62B1 E9 014D jmp biosfn_select_video_dac_color_page 24423 000062B4 int10_test_1015: 24424 62B4 3C 15 cmp al, #0x15 24425 62B6 75 03 jne int10_test_1017 24426 62B8 E9 0189 jmp biosfn_read_single_dac_reg 24427 000062BB int10_test_1017: 24428 62BB 3C 17 cmp al, #0x17 24429 62BD 75 03 jne int10_test_1018 24430 62BF E9 019D jmp biosfn_read_all_dac_reg 24431 000062C2 int10_test_1018: 24432 62C2 3C 18 cmp al, #0x18 24433 62C4 75 03 jne int10_test_1019 24434 62C6 E9 01BE jmp biosfn_set_pel_mask 24435 000062C9 int10_test_1019: 24436 62C9 3C 19 cmp al, #0x19 24437 62CB 75 03 jne int10_test_101A 24438 62CD E9 01C2 jmp biosfn_read_pel_mask 24439 000062D0 int10_test_101A: 24440 62D0 3C 1A cmp al, #0x1a 24441 62D2 75 03 jne int10_group_10_unknown 24442 62D4 E9 01C6 jmp biosfn_read_video_dac_state 24443 000062D7 int10_group_10_unknown: 24444 62D7 C3 ret 24445 000062D8 biosfn_set_single_palette_reg: 24446 62D8 80FB 14 cmp bl, #0x14 24447 62DB 77 14 ja no_actl_reg1 24448 62DD 50 push ax 24449 62DE 52 push dx 24450 62DF BA 03DA mov dx, # 0x3da 24451 62E2 EC in al, dx 24452 62E3 BA 03C0 mov dx, # 0x3c0 24453 62E6 88D8 mov al, bl 24454 62E8 EE out dx, al 24455 62E9 88F8 mov al, bh 24456 62EB EE out dx, al 24457 62EC B0 20 mov al, #0x20 24458 62EE EE out dx, al 24459 62EF 5A pop dx 24460 62F0 58 pop ax 24461 000062F1 no_actl_reg1: 24462 62F1 C3 ret 24463 ! 3034 endasm 24464 !BCC_ENDASM 24465 ! 3035 #asm 24466 !BCC_ASM 24467 00000008 _biosfn_write_teletype.flag set 8 24468 00000006 _biosfn_write_teletype.attr set 6 24469 00000004 _biosfn_write_teletype.page set 4 24470 00000002 _biosfn_write_teletype.car set 2 24471 000062F2 biosfn_set_overscan_border_color: 24472 62F2 53 push bx 24473 62F3 B3 11 mov bl, #0x11 24474 62F5 E8 FFE0 call biosfn_set_single_palette_reg 24475 62F8 5B pop bx 24476 62F9 C3 ret 24477 ! 3042 endasm 24478 !BCC_ENDASM 24479 ! 3043 #asm 24480 !BCC_ASM 24481 00000008 _biosfn_write_teletype.flag set 8 24482 00000006 _biosfn_write_teletype.attr set 6 24483 00000004 _biosfn_write_teletype.page set 4 24484 00000002 _biosfn_write_teletype.car set 2 24485 000062FA biosfn_set_all_palette_reg: 24486 62FA 50 push ax 24487 62FB 53 push bx 24488 62FC 51 push cx 24489 62FD 52 push dx 24490 62FE 89D3 mov bx, dx 24491 6300 BA 03DA mov dx, # 0x3da 24492 6303 EC in al, dx 24493 6304 B1 00 mov cl, #0x00 24494 6306 BA 03C0 mov dx, # 0x3c0 24495 00006309 set_palette_loop: 24496 6309 88C8 mov al, cl 24497 630B EE out dx, al 24498 630C 26 seg es 24499 630D 8A07 mov al, [bx] 24500 630F EE out dx, al 24501 6310 43 inc bx 24502 6311 FEC1 inc cl 24503 6313 80F9 10 cmp cl, #0x10 24504 6316 75 F1 jne set_palette_loop 24505 6318 B0 11 mov al, #0x11 24506 631A EE out dx, al 24507 631B 26 seg es 24508 631C 8A07 mov al, [bx] 24509 631E EE out dx, al 24510 631F B0 20 mov al, #0x20 24511 6321 EE out dx, al 24512 6322 5A pop dx 24513 6323 59 pop cx 24514 6324 5B pop bx 24515 6325 58 pop ax 24516 6326 C3 ret 24517 ! 3076 endasm 24518 !BCC_ENDASM 24519 ! 3077 #asm 24520 !BCC_ASM 24521 00000008 _biosfn_write_teletype.flag set 8 24522 00000006 _biosfn_write_teletype.attr set 6 24523 00000004 _biosfn_write_teletype.page set 4 24524 00000002 _biosfn_write_teletype.car set 2 24525 00006327 biosfn_toggle_intensity: 24526 6327 50 push ax 24527 6328 53 push bx 24528 6329 52 push dx 24529 632A BA 03DA mov dx, # 0x3da 24530 632D EC in al, dx 24531 632E BA 03C0 mov dx, # 0x3c0 24532 6331 B0 10 mov al, #0x10 24533 6333 EE out dx, al 24534 6334 BA 03C1 mov dx, # 0x3c1 24535 6337 EC in al, dx 24536 6338 24 F7 and al, #0xf7 24537 633A 80E3 01 and bl, #0x01 24538 633D C0E3 03 shl bl, 3 24539 6340 08D8 or al, bl 24540 6342 BA 03C0 mov dx, # 0x3c0 24541 6345 EE out dx, al 24542 6346 B0 20 mov al, #0x20 24543 6348 EE out dx, al 24544 6349 5A pop dx 24545 634A 5B pop bx 24546 634B 58 pop ax 24547 634C C3 ret 24548 ! 3101 endasm 24549 !BCC_ENDASM 24550 ! 3102 #asm 24551 !BCC_ASM 24552 00000008 _biosfn_write_teletype.flag set 8 24553 00000006 _biosfn_write_teletype.attr set 6 24554 00000004 _biosfn_write_teletype.page set 4 24555 00000002 _biosfn_write_teletype.car set 2 24556 0000634D biosfn_get_single_palette_reg: 24557 634D 80FB 14 cmp bl, #0x14 24558 6350 77 1E ja no_actl_reg2 24559 6352 50 push ax 24560 6353 52 push dx 24561 6354 BA 03DA mov dx, # 0x3da 24562 6357 EC in al, dx 24563 6358 BA 03C0 mov dx, # 0x3c0 24564 635B 88D8 mov al, bl 24565 635D EE out dx, al 24566 635E BA 03C1 mov dx, # 0x3c1 24567 6361 EC in al, dx 24568 6362 88C7 mov bh, al 24569 6364 BA 03DA mov dx, # 0x3da 24570 6367 EC in al, dx 24571 6368 BA 03C0 mov dx, # 0x3c0 24572 636B B0 20 mov al, #0x20 24573 636D EE out dx, al 24574 636E 5A pop dx 24575 636F 58 pop ax 24576 00006370 no_actl_reg2: 24577 6370 C3 ret 24578 ! 3125 endasm 24579 !BCC_ENDASM 24580 ! 3126 #asm 24581 !BCC_ASM 24582 00000008 _biosfn_write_teletype.flag set 8 24583 00000006 _biosfn_write_teletype.attr set 6 24584 00000004 _biosfn_write_teletype.page set 4 24585 00000002 _biosfn_write_teletype.car set 2 24586 00006371 biosfn_read_overscan_border_color: 24587 6371 50 push ax 24588 6372 53 push bx 24589 6373 B3 11 mov bl, #0x11 24590 6375 E8 FFD5 call biosfn_get_single_palette_reg 24591 6378 88F8 mov al, bh 24592 637A 5B pop bx 24593 637B 88C7 mov bh, al 24594 637D 58 pop ax 24595 637E C3 ret 24596 ! 3137 endasm 24597 !BCC_ENDASM 24598 ! 3138 #asm 24599 !BCC_ASM 24600 00000008 _biosfn_write_teletype.flag set 8 24601 00000006 _biosfn_write_teletype.attr set 6 24602 00000004 _biosfn_write_teletype.page set 4 24603 00000002 _biosfn_write_teletype.car set 2 24604 0000637F biosfn_get_all_palette_reg: 24605 637F 50 push ax 24606 6380 53 push bx 24607 6381 51 push cx 24608 6382 52 push dx 24609 6383 89D3 mov bx, dx 24610 6385 B1 00 mov cl, #0x00 24611 00006387 get_palette_loop: 24612 6387 BA 03DA mov dx, # 0x3da 24613 638A EC in al, dx 24614 638B BA 03C0 mov dx, # 0x3c0 24615 638E 88C8 mov al, cl 24616 6390 EE out dx, al 24617 6391 BA 03C1 mov dx, # 0x3c1 24618 6394 EC in al, dx 24619 6395 26 seg es 24620 6396 8807 mov [bx], al 24621 6398 43 inc bx 24622 6399 FEC1 inc cl 24623 639B 80F9 10 cmp cl, #0x10 24624 639E 75 E7 jne get_palette_loop 24625 63A0 BA 03DA mov dx, # 0x3da 24626 63A3 EC in al, dx 24627 63A4 BA 03C0 mov dx, # 0x3c0 24628 63A7 B0 11 mov al, #0x11 24629 63A9 EE out dx, al 24630 63AA BA 03C1 mov dx, # 0x3c1 24631 63AD EC in al, dx 24632 63AE 26 seg es 24633 63AF 8807 mov [bx], al 24634 63B1 BA 03DA mov dx, # 0x3da 24635 63B4 EC in al, dx 24636 63B5 BA 03C0 mov dx, # 0x3c0 24637 63B8 B0 20 mov al, #0x20 24638 63BA EE out dx, al 24639 63BB 5A pop dx 24640 63BC 59 pop cx 24641 63BD 5B pop bx 24642 63BE 58 pop ax 24643 63BF C3 ret 24644 ! 3179 endasm 24645 !BCC_ENDASM 24646 ! 3180 #asm 24647 !BCC_ASM 24648 00000008 _biosfn_write_teletype.flag set 8 24649 00000006 _biosfn_write_teletype.attr set 6 24650 00000004 _biosfn_write_teletype.page set 4 24651 00000002 _biosfn_write_teletype.car set 2 24652 000063C0 biosfn_set_single_dac_reg: 24653 63C0 50 push ax 24654 63C1 52 push dx 24655 63C2 BA 03C8 mov dx, # 0x3c8 24656 63C5 88D8 mov al, bl 24657 63C7 EE out dx, al 24658 63C8 BA 03C9 mov dx, # 0x3c9 24659 63CB 58 pop ax 24660 63CC 50 push ax 24661 63CD 88E0 mov al, ah 24662 63CF EE out dx, al 24663 63D0 88E8 mov al, ch 24664 63D2 EE out dx, al 24665 63D3 88C8 mov al, cl 24666 63D5 EE out dx, al 24667 63D6 5A pop dx 24668 63D7 58 pop ax 24669 63D8 C3 ret 24670 ! 3199 endasm 24671 !BCC_ENDASM 24672 ! 3200 #asm 24673 !BCC_ASM 24674 00000008 _biosfn_write_teletype.flag set 8 24675 00000006 _biosfn_write_teletype.attr set 6 24676 00000004 _biosfn_write_teletype.page set 4 24677 00000002 _biosfn_write_teletype.car set 2 24678 000063D9 biosfn_set_all_dac_reg: 24679 63D9 50 push ax 24680 63DA 53 push bx 24681 63DB 51 push cx 24682 63DC 52 push dx 24683 63DD BA 03C8 mov dx, # 0x3c8 24684 63E0 88D8 mov al, bl 24685 63E2 EE out dx, al 24686 63E3 5A pop dx 24687 63E4 52 push dx 24688 63E5 89D3 mov bx, dx 24689 63E7 BA 03C9 mov dx, # 0x3c9 24690 000063EA set_dac_loop: 24691 63EA 26 seg es 24692 63EB 8A07 mov al, [bx] 24693 63ED EE out dx, al 24694 63EE 43 inc bx 24695 63EF 26 seg es 24696 63F0 8A07 mov al, [bx] 24697 63F2 EE out dx, al 24698 63F3 43 inc bx 24699 63F4 26 seg es 24700 63F5 8A07 mov al, [bx] 24701 63F7 EE out dx, al 24702 63F8 43 inc bx 24703 63F9 49 dec cx 24704 63FA 75 EE jnz set_dac_loop 24705 63FC 5A pop dx 24706 63FD 59 pop cx 24707 63FE 5B pop bx 24708 63FF 58 pop ax 24709 6400 C3 ret 24710 ! 3233 endasm 24711 !BCC_ENDASM 24712 ! 3234 #asm 24713 !BCC_ASM 24714 00000008 _biosfn_write_teletype.flag set 8 24715 00000006 _biosfn_write_teletype.attr set 6 24716 00000004 _biosfn_write_teletype.page set 4 24717 00000002 _biosfn_write_teletype.car set 2 24718 00006401 biosfn_select_video_dac_color_page: 24719 6401 50 push ax 24720 6402 53 push bx 24721 6403 52 push dx 24722 6404 BA 03DA mov dx, # 0x3da 24723 6407 EC in al, dx 24724 6408 BA 03C0 mov dx, # 0x3c0 24725 640B B0 10 mov al, #0x10 24726 640D EE out dx, al 24727 640E BA 03C1 mov dx, # 0x3c1 24728 6411 EC in al, dx 24729 6412 80E3 01 and bl, #0x01 24730 6415 75 0D jnz set_dac_page 24731 6417 24 7F and al, #0x7f 24732 6419 C0E7 07 shl bh, 7 24733 641C 08F8 or al, bh 24734 641E BA 03C0 mov dx, # 0x3c0 24735 6421 EE out dx, al 24736 6422 EB 19 jmp set_actl_normal 24737 00006424 set_dac_page: 24738 6424 50 push ax 24739 6425 BA 03DA mov dx, # 0x3da 24740 6428 EC in al, dx 24741 6429 BA 03C0 mov dx, # 0x3c0 24742 642C B0 14 mov al, #0x14 24743 642E EE out dx, al 24744 642F 58 pop ax 24745 6430 24 80 and al, #0x80 24746 6432 75 03 jnz set_dac_16_page 24747 6434 C0E7 02 shl bh, 2 24748 00006437 set_dac_16_page: 24749 6437 80E7 0F and bh, #0x0f 24750 643A 88F8 mov al, bh 24751 643C EE out dx, al 24752 0000643D set_actl_normal: 24753 643D B0 20 mov al, #0x20 24754 643F EE out dx, al 24755 6440 5A pop dx 24756 6441 5B pop bx 24757 6442 58 pop ax 24758 6443 C3 ret 24759 ! 3276 endasm 24760 !BCC_ENDASM 24761 ! 3277 #asm 24762 !BCC_ASM 24763 00000008 _biosfn_write_teletype.flag set 8 24764 00000006 _biosfn_write_teletype.attr set 6 24765 00000004 _biosfn_write_teletype.page set 4 24766 00000002 _biosfn_write_teletype.car set 2 24767 00006444 biosfn_read_single_dac_reg: 24768 6444 50 push ax 24769 6445 52 push dx 24770 6446 BA 03C7 mov dx, # 0x3c7 24771 6449 88D8 mov al, bl 24772 644B EE out dx, al 24773 644C 58 pop ax 24774 644D 88C4 mov ah, al 24775 644F BA 03C9 mov dx, # 0x3c9 24776 6452 EC in al, dx 24777 6453 86E0 xchg al, ah 24778 6455 50 push ax 24779 6456 EC in al, dx 24780 6457 88C5 mov ch, al 24781 6459 EC in al, dx 24782 645A 88C1 mov cl, al 24783 645C 5A pop dx 24784 645D 58 pop ax 24785 645E C3 ret 24786 ! 3297 endasm 24787 !BCC_ENDASM 24788 ! 3298 #asm 24789 !BCC_ASM 24790 00000008 _biosfn_write_teletype.flag set 8 24791 00000006 _biosfn_write_teletype.attr set 6 24792 00000004 _biosfn_write_teletype.page set 4 24793 00000002 _biosfn_write_teletype.car set 2 24794 0000645F biosfn_read_all_dac_reg: 24795 645F 50 push ax 24796 6460 53 push bx 24797 6461 51 push cx 24798 6462 52 push dx 24799 6463 BA 03C7 mov dx, # 0x3c7 24800 6466 88D8 mov al, bl 24801 6468 EE out dx, al 24802 6469 5A pop dx 24803 646A 52 push dx 24804 646B 89D3 mov bx, dx 24805 646D BA 03C9 mov dx, # 0x3c9 24806 00006470 read_dac_loop: 24807 6470 EC in al, dx 24808 6471 26 seg es 24809 6472 8807 mov [bx], al 24810 6474 43 inc bx 24811 6475 EC in al, dx 24812 6476 26 seg es 24813 6477 8807 mov [bx], al 24814 6479 43 inc bx 24815 647A EC in al, dx 24816 647B 26 seg es 24817 647C 8807 mov [bx], al 24818 647E 43 inc bx 24819 647F 49 dec cx 24820 6480 75 EE jnz read_dac_loop 24821 6482 5A pop dx 24822 6483 59 pop cx 24823 6484 5B pop bx 24824 6485 58 pop ax 24825 6486 C3 ret 24826 ! 3331 endasm 24827 !BCC_ENDASM 24828 ! 3332 #asm 24829 !BCC_ASM 24830 00000008 _biosfn_write_teletype.flag set 8 24831 00000006 _biosfn_write_teletype.attr set 6 24832 00000004 _biosfn_write_teletype.page set 4 24833 00000002 _biosfn_write_teletype.car set 2 24834 00006487 biosfn_set_pel_mask: 24835 6487 50 push ax 24836 6488 52 push dx 24837 6489 BA 03C6 mov dx, # 0x3c6 24838 648C 88D8 mov al, bl 24839 648E EE out dx, al 24840 648F 5A pop dx 24841 6490 58 pop ax 24842 6491 C3 ret 24843 ! 3342 endasm 24844 !BCC_ENDASM 24845 ! 3343 #asm 24846 !BCC_ASM 24847 00000008 _biosfn_write_teletype.flag set 8 24848 00000006 _biosfn_write_teletype.attr set 6 24849 00000004 _biosfn_write_teletype.page set 4 24850 00000002 _biosfn_write_teletype.car set 2 24851 00006492 biosfn_read_pel_mask: 24852 6492 50 push ax 24853 6493 52 push dx 24854 6494 BA 03C6 mov dx, # 0x3c6 24855 6497 EC in al, dx 24856 6498 88C3 mov bl, al 24857 649A 5A pop dx 24858 649B 58 pop ax 24859 649C C3 ret 24860 ! 3353 endasm 24861 !BCC_ENDASM 24862 ! 3354 #asm 24863 !BCC_ASM 24864 00000008 _biosfn_write_teletype.flag set 8 24865 00000006 _biosfn_write_teletype.attr set 6 24866 00000004 _biosfn_write_teletype.page set 4 24867 00000002 _biosfn_write_teletype.car set 2 24868 0000649D biosfn_read_video_dac_state: 24869 649D 50 push ax 24870 649E 52 push dx 24871 649F BA 03DA mov dx, # 0x3da 24872 64A2 EC in al, dx 24873 64A3 BA 03C0 mov dx, # 0x3c0 24874 64A6 B0 10 mov al, #0x10 24875 64A8 EE out dx, al 24876 64A9 BA 03C1 mov dx, # 0x3c1 24877 64AC EC in al, dx 24878 64AD 88C3 mov bl, al 24879 64AF C0EB 07 shr bl, 7 24880 64B2 BA 03DA mov dx, # 0x3da 24881 64B5 EC in al, dx 24882 64B6 BA 03C0 mov dx, # 0x3c0 24883 64B9 B0 14 mov al, #0x14 24884 64BB EE out dx, al 24885 64BC BA 03C1 mov dx, # 0x3c1 24886 64BF EC in al, dx 24887 64C0 88C7 mov bh, al 24888 64C2 80E7 0F and bh, #0x0f 24889 64C5 F6C3 01 test bl, #0x01 24890 64C8 75 03 jnz get_dac_16_page 24891 64CA C0EF 02 shr bh, 2 24892 000064CD get_dac_16_page: 24893 64CD BA 03DA mov dx, # 0x3da 24894 64D0 EC in al, dx 24895 64D1 BA 03C0 mov dx, # 0x3c0 24896 64D4 B0 20 mov al, #0x20 24897 64D6 EE out dx, al 24898 64D7 5A pop dx 24899 64D8 58 pop ax 24900 64D9 C3 ret 24901 ! 3388 endasm 24902 !BCC_ENDASM 24903 ! 3389 static void biosfn_perform_gray_scale_summing (start,count) 24904 ! Register BX used in function biosfn_write_teletype 24905 ! 3390 Bit16u start;Bit16u count; 24906 000064DA _biosfn_perform_gray_scale_summing: 24907 !BCC_EOS 24908 !BCC_EOS 24909 ! 3391 {Bit8u r,g,b; 24910 !BCC_EOS 24911 ! 3392 Bit16u i; 24912 !BCC_EOS 24913 ! 3393 Bit16u index; 24914 !BCC_EOS 24915 ! 3394 inb(0x3da); 24916 64DA 55 push bp 24917 64DB 89E5 mov bp,sp 24918 64DD 83C4 F8 add sp,*-8 24919 ! Debug: list int = const $3DA (used reg = ) 24920 64E0 B8 03DA mov ax,#$3DA 24921 64E3 50 push ax 24922 ! Debug: func () unsigned char = inb+0 (used reg = ) 24923 64E4 E8 1750 call _inb 24924 64E7 44 inc sp 24925 64E8 44 inc sp 24926 !BCC_EOS 24927 ! 3395 outb(0x3c0,0x00); 24928 ! Debug: list int = const 0 (used reg = ) 24929 64E9 31C0 xor ax,ax 24930 64EB 50 push ax 24931 ! Debug: list int = const $3C0 (used reg = ) 24932 64EC B8 03C0 mov ax,#$3C0 24933 64EF 50 push ax 24934 ! Debug: func () void = outb+0 (used reg = ) 24935 64F0 E8 175A call _outb 24936 64F3 83C4 04 add sp,*4 24937 !BCC_EOS 24938 ! 3396 for( index = 0; index < count; index++ ) 24939 ! Debug: eq int = const 0 to unsigned short index = [S+$A-$A] (used reg = ) 24940 64F6 31C0 xor ax,ax 24941 64F8 8946 F8 mov -8[bp],ax 24942 !BCC_EOS 24943 !BCC_EOS 24944 ! 3397 { 24945 64FB E9 00BE br .209 24946 000064FE .20A: 24947 ! 3398 outb(0x3c7,start); 24948 ! Debug: list unsigned short start = [S+$A+2] (used reg = ) 24949 64FE FF76 04 push 4[bp] 24950 ! Debug: list int = const $3C7 (used reg = ) 24951 6501 B8 03C7 mov ax,#$3C7 24952 6504 50 push ax 24953 ! Debug: func () void = outb+0 (used reg = ) 24954 6505 E8 1745 call _outb 24955 6508 83C4 04 add sp,*4 24956 !BCC_EOS 24957 ! 3399 r=inb( 0x3c9 ); 24958 ! Debug: list int = const $3C9 (used reg = ) 24959 650B B8 03C9 mov ax,#$3C9 24960 650E 50 push ax 24961 ! Debug: func () unsigned char = inb+0 (used reg = ) 24962 650F E8 1725 call _inb 24963 6512 44 inc sp 24964 6513 44 inc sp 24965 ! Debug: eq unsigned char = al+0 to unsigned char r = [S+$A-3] (used reg = ) 24966 6514 8846 FF mov -1[bp],al 24967 !BCC_EOS 24968 ! 3400 g=inb( 0x3c9 ); 24969 ! Debug: list int = const $3C9 (used reg = ) 24970 6517 B8 03C9 mov ax,#$3C9 24971 651A 50 push ax 24972 ! Debug: func () unsigned char = inb+0 (used reg = ) 24973 651B E8 1719 call _inb 24974 651E 44 inc sp 24975 651F 44 inc sp 24976 ! Debug: eq unsigned char = al+0 to unsigned char g = [S+$A-4] (used reg = ) 24977 6520 8846 FE mov -2[bp],al 24978 !BCC_EOS 24979 ! 3401 b=inb( 0x3c9 ); 24980 ! Debug: list int = const $3C9 (used reg = ) 24981 6523 B8 03C9 mov ax,#$3C9 24982 6526 50 push ax 24983 ! Debug: func () unsigned char = inb+0 (used reg = ) 24984 6527 E8 170D call _inb 24985 652A 44 inc sp 24986 652B 44 inc sp 24987 ! Debug: eq unsigned char = al+0 to unsigned char b = [S+$A-5] (used reg = ) 24988 652C 8846 FD mov -3[bp],al 24989 !BCC_EOS 24990 ! 3402 i = ( ( 77*r + 151*g + 28*b ) + 0x80 ) >> 8; 24991 ! Debug: mul unsigned char b = [S+$A-5] to int = const $1C (used reg = ) 24992 ! Debug: expression subtree swapping 24993 652F 8A46 FD mov al,-3[bp] 24994 6532 30E4 xor ah,ah 24995 6534 B9 001C mov cx,*$1C 24996 6537 F7E9 imul cx 24997 6539 50 push ax 24998 ! Debug: mul unsigned char g = [S+$C-4] to int = const $97 (used reg = ) 24999 ! Debug: expression subtree swapping 25000 653A 8A46 FE mov al,-2[bp] 25001 653D 30E4 xor ah,ah 25002 653F B9 0097 mov cx,#$97 25003 6542 F7E9 imul cx 25004 6544 50 push ax 25005 ! Debug: mul unsigned char r = [S+$E-3] to int = const $4D (used reg = ) 25006 ! Debug: expression subtree swapping 25007 6545 8A46 FF mov al,-1[bp] 25008 6548 30E4 xor ah,ah 25009 654A B9 004D mov cx,*$4D 25010 654D F7E9 imul cx 25011 ! Debug: add unsigned int (temp) = [S+$E-$E] to unsigned int = ax+0 (used reg = ) 25012 654F 0346 F4 add ax,-$C[bp] 25013 6552 44 inc sp 25014 6553 44 inc sp 25015 ! Debug: add unsigned int (temp) = [S+$C-$C] to unsigned int = ax+0 (used reg = ) 25016 6554 0346 F6 add ax,-$A[bp] 25017 6557 44 inc sp 25018 6558 44 inc sp 25019 ! Debug: add int = const $80 to unsigned int = ax+0 (used reg = ) 25020 ! Debug: sr int = const 8 to unsigned int = ax+$80 (used reg = ) 25021 6559 05 0080 add ax,#$80 25022 655C 88E0 mov al,ah 25023 655E 30E4 xor ah,ah 25024 ! Debug: eq unsigned int = ax+0 to unsigned short i = [S+$A-8] (used reg = ) 25025 6560 8946 FA mov -6[bp],ax 25026 !BCC_EOS 25027 ! 3403 if(i>0x3f)i=0x3f; 25028 ! Debug: gt int = const $3F to unsigned short i = [S+$A-8] (used reg = ) 25029 6563 8B46 FA mov ax,-6[bp] 25030 6566 3D 003F cmp ax,*$3F 25031 6569 76 06 jbe .20B 25032 0000656B .20C: 25033 ! Debug: eq int = const $3F to unsigned short i = [S+$A-8] (used reg = ) 25034 656B B8 003F mov ax,*$3F 25035 656E 8946 FA mov -6[bp],ax 25036 !BCC_EOS 25037 ! 3404 outb(0x3c8,start); 25038 00006571 .20B: 25039 ! Debug: list unsigned short start = [S+$A+2] (used reg = ) 25040 6571 FF76 04 push 4[bp] 25041 ! Debug: list int = const $3C8 (used reg = ) 25042 6574 B8 03C8 mov ax,#$3C8 25043 6577 50 push ax 25044 ! Debug: func () void = outb+0 (used reg = ) 25045 6578 E8 16D2 call _outb 25046 657B 83C4 04 add sp,*4 25047 !BCC_EOS 25048 ! 3405 outb( 0x3c9, i&0xff ); 25049 ! Debug: and int = const $FF to unsigned short i = [S+$A-8] (used reg = ) 25050 657E 8A46 FA mov al,-6[bp] 25051 ! Debug: list unsigned char = al+0 (used reg = ) 25052 6581 30E4 xor ah,ah 25053 6583 50 push ax 25054 ! Debug: list int = const $3C9 (used reg = ) 25055 6584 B8 03C9 mov ax,#$3C9 25056 6587 50 push ax 25057 ! Debug: func () void = outb+0 (used reg = ) 25058 6588 E8 16C2 call _outb 25059 658B 83C4 04 add sp,*4 25060 !BCC_EOS 25061 ! 3406 outb( 0x3c9, i&0xff ); 25062 ! Debug: and int = const $FF to unsigned short i = [S+$A-8] (used reg = ) 25063 658E 8A46 FA mov al,-6[bp] 25064 ! Debug: list unsigned char = al+0 (used reg = ) 25065 6591 30E4 xor ah,ah 25066 6593 50 push ax 25067 ! Debug: list int = const $3C9 (used reg = ) 25068 6594 B8 03C9 mov ax,#$3C9 25069 6597 50 push ax 25070 ! Debug: func () void = outb+0 (used reg = ) 25071 6598 E8 16B2 call _outb 25072 659B 83C4 04 add sp,*4 25073 !BCC_EOS 25074 ! 3407 outb( 0x3c9, i&0xff ); 25075 ! Debug: and int = const $FF to unsigned short i = [S+$A-8] (used reg = ) 25076 659E 8A46 FA mov al,-6[bp] 25077 ! Debug: list unsigned char = al+0 (used reg = ) 25078 65A1 30E4 xor ah,ah 25079 65A3 50 push ax 25080 ! Debug: list int = const $3C9 (used reg = ) 25081 65A4 B8 03C9 mov ax,#$3C9 25082 65A7 50 push ax 25083 ! Debug: func () void = outb+0 (used reg = ) 25084 65A8 E8 16A2 call _outb 25085 65AB 83C4 04 add sp,*4 25086 !BCC_EOS 25087 ! 3408 start++; 25088 ! Debug: postinc unsigned short start = [S+$A+2] (used reg = ) 25089 65AE 8B46 04 mov ax,4[bp] 25090 65B1 40 inc ax 25091 65B2 8946 04 mov 4[bp],ax 25092 !BCC_EOS 25093 ! 3409 } 25094 ! 3410 inb(0x3da); 25095 000065B5 .208: 25096 ! Debug: postinc unsigned short index = [S+$A-$A] (used reg = ) 25097 65B5 8B46 F8 mov ax,-8[bp] 25098 65B8 40 inc ax 25099 65B9 8946 F8 mov -8[bp],ax 25100 000065BC .209: 25101 ! Debug: lt unsigned short count = [S+$A+4] to unsigned short index = [S+$A-$A] (used reg = ) 25102 65BC 8B46 F8 mov ax,-8[bp] 25103 65BF 3B46 06 cmp ax,6[bp] 25104 65C2 0F82 FF38 blo .20A 25105 000065C6 .20D: 25106 000065C6 .207: 25107 ! Debug: list int = const $3DA (used reg = ) 25108 65C6 B8 03DA mov ax,#$3DA 25109 65C9 50 push ax 25110 ! Debug: func () unsigned char = inb+0 (used reg = ) 25111 65CA E8 166A call _inb 25112 65CD 44 inc sp 25113 65CE 44 inc sp 25114 !BCC_EOS 25115 ! 3411 outb(0x3c0,0x20); 25116 ! Debug: list int = const $20 (used reg = ) 25117 65CF B8 0020 mov ax,*$20 25118 65D2 50 push ax 25119 ! Debug: list int = const $3C0 (used reg = ) 25120 65D3 B8 03C0 mov ax,#$3C0 25121 65D6 50 push ax 25122 ! Debug: func () void = outb+0 (used reg = ) 25123 65D7 E8 1673 call _outb 25124 65DA 83C4 04 add sp,*4 25125 !BCC_EOS 25126 ! 3412 } 25127 65DD 89EC mov sp,bp 25128 65DF 5D pop bp 25129 65E0 C3 ret 25130 ! 3413 static void get_font_access() 25131 ! 3414 { 25132 000065E1 _get_font_access: 25133 ! 3415 #asm 25134 !BCC_ASM 25135 65E1 BA 03C4 mov dx, # 0x3c4 25136 65E4 B8 0100 mov ax, #0x0100 25137 65E7 EF out dx, ax 25138 65E8 B8 0402 mov ax, #0x0402 25139 65EB EF out dx, ax 25140 65EC B8 0704 mov ax, #0x0704 25141 65EF EF out dx, ax 25142 65F0 B8 0300 mov ax, #0x0300 25143 65F3 EF out dx, ax 25144 65F4 BA 03CE mov dx, # 0x3ce 25145 65F7 B8 0204 mov ax, #0x0204 25146 65FA EF out dx, ax 25147 65FB B8 0005 mov ax, #0x0005 25148 65FE EF out dx, ax 25149 65FF B8 0406 mov ax, #0x0406 25150 6602 EF out dx, ax 25151 ! 3432 endasm 25152 !BCC_ENDASM 25153 ! 3433 } 25154 6603 C3 ret 25155 ! 3434 static void release_font_access() 25156 ! 3435 { 25157 00006604 _release_font_access: 25158 ! 3436 #asm 25159 !BCC_ASM 25160 6604 BA 03C4 mov dx, # 0x3c4 25161 6607 B8 0100 mov ax, #0x0100 25162 660A EF out dx, ax 25163 660B B8 0302 mov ax, #0x0302 25164 660E EF out dx, ax 25165 660F B8 0304 mov ax, #0x0304 25166 6612 EF out dx, ax 25167 6613 B8 0300 mov ax, #0x0300 25168 6616 EF out dx, ax 25169 6617 BA 03CC mov dx, # 0x3cc 25170 661A EC in al, dx 25171 661B 24 01 and al, #0x01 25172 661D C0E0 02 shl al, 2 25173 6620 0C 0A or al, #0x0a 25174 6622 88C4 mov ah, al 25175 6624 B0 06 mov al, #0x06 25176 6626 BA 03CE mov dx, # 0x3ce 25177 6629 EF out dx, ax 25178 662A B8 0004 mov ax, #0x0004 25179 662D EF out dx, ax 25180 662E B8 1005 mov ax, #0x1005 25181 6631 EF out dx, ax 25182 ! 3459 endasm 25183 !BCC_ENDASM 25184 ! 3460 } 25185 6632 C3 ret 25186 ! 3461 #asm 25187 !BCC_ASM 25188 00006633 idiv_u: 25189 6633 31D2 xor dx,dx 25190 6635 F7F3 div bx 25191 6637 C3 ret 25192 ! 3466 endasm 25193 !BCC_ENDASM 25194 ! 3467 static void set_scan_lines(lines) Bit8u lines; 25195 00006638 _set_scan_lines: 25196 !BCC_EOS 25197 ! 3468 { 25198 ! 3469 Bit16u crtc_addr,cols,page,vde; 25199 !BCC_EOS 25200 ! 3470 Bit8u crtc_r9,ovl,rows; 25201 !BCC_EOS 25202 ! 3471 crtc_addr = read_word(0x40,0x63); 25203 6638 55 push bp 25204 6639 89E5 mov bp,sp 25205 663B 83C4 F4 add sp,*-$C 25206 ! Debug: list int = const $63 (used reg = ) 25207 663E B8 0063 mov ax,*$63 25208 6641 50 push ax 25209 ! Debug: list int = const $40 (used reg = ) 25210 6642 B8 0040 mov ax,*$40 25211 6645 50 push ax 25212 ! Debug: func () unsigned short = read_word+0 (used reg = ) 25213 6646 E8 15AB call _read_word 25214 6649 83C4 04 add sp,*4 25215 ! Debug: eq unsigned short = ax+0 to unsigned short crtc_addr = [S+$E-4] (used reg = ) 25216 664C 8946 FE mov -2[bp],ax 25217 !BCC_EOS 25218 ! 3472 outb(crtc_addr, 0x09); 25219 ! Debug: list int = const 9 (used reg = ) 25220 664F B8 0009 mov ax,*9 25221 6652 50 push ax 25222 ! Debug: list unsigned short crtc_addr = [S+$10-4] (used reg = ) 25223 6653 FF76 FE push -2[bp] 25224 ! Debug: func () void = outb+0 (used reg = ) 25225 6656 E8 15F4 call _outb 25226 6659 83C4 04 add sp,*4 25227 !BCC_EOS 25228 ! 3473 crtc_r9 = inb(crtc_addr+1); 25229 ! Debug: add int = const 1 to unsigned short crtc_addr = [S+$E-4] (used reg = ) 25230 665C 8B46 FE mov ax,-2[bp] 25231 ! Debug: list unsigned int = ax+1 (used reg = ) 25232 665F 40 inc ax 25233 6660 50 push ax 25234 ! Debug: func () unsigned char = inb+0 (used reg = ) 25235 6661 E8 15D3 call _inb 25236 6664 44 inc sp 25237 6665 44 inc sp 25238 ! Debug: eq unsigned char = al+0 to unsigned char crtc_r9 = [S+$E-$B] (used reg = ) 25239 6666 8846 F7 mov -9[bp],al 25240 !BCC_EOS 25241 ! 3474 crtc_r9 = (crtc_r9 & 0xe0) | (lines - 1); 25242 ! Debug: sub int = const 1 to unsigned char lines = [S+$E+2] (used reg = ) 25243 6669 8A46 04 mov al,4[bp] 25244 666C 30E4 xor ah,ah 25245 666E 48 dec ax 25246 666F 50 push ax 25247 ! Debug: and int = const $E0 to unsigned char crtc_r9 = [S+$10-$B] (used reg = ) 25248 6670 8A46 F7 mov al,-9[bp] 25249 6673 24 E0 and al,#$E0 25250 ! Debug: or unsigned int (temp) = [S+$10-$10] to unsigned char = al+0 (used reg = ) 25251 6675 30E4 xor ah,ah 25252 6677 0B46 F2 or ax,-$E[bp] 25253 667A 44 inc sp 25254 667B 44 inc sp 25255 ! Debug: eq unsigned int = ax+0 to unsigned char crtc_r9 = [S+$E-$B] (used reg = ) 25256 667C 8846 F7 mov -9[bp],al 25257 !BCC_EOS 25258 ! 3475 outb(crtc_addr+1, crtc_r9); 25259 ! Debug: list unsigned char crtc_r9 = [S+$E-$B] (used reg = ) 25260 667F 8A46 F7 mov al,-9[bp] 25261 6682 30E4 xor ah,ah 25262 6684 50 push ax 25263 ! Debug: add int = const 1 to unsigned short crtc_addr = [S+$10-4] (used reg = ) 25264 6685 8B46 FE mov ax,-2[bp] 25265 ! Debug: list unsigned int = ax+1 (used reg = ) 25266 6688 40 inc ax 25267 6689 50 push ax 25268 ! Debug: func () void = outb+0 (used reg = ) 25269 668A E8 15C0 call _outb 25270 668D 83C4 04 add sp,*4 25271 !BCC_EOS 25272 ! 3476 if(lines==8) 25273 ! Debug: logeq int = const 8 to unsigned char lines = [S+$E+2] (used reg = ) 25274 6690 8A46 04 mov al,4[bp] 25275 6693 3C 08 cmp al,*8 25276 6695 75 10 jne .20E 25277 00006697 .20F: 25278 ! 3477 { 25279 ! 3478 biosfn_set_cursor_shape(0x06,0x07); 25280 ! Debug: list int = const 7 (used reg = ) 25281 6697 B8 0007 mov ax,*7 25282 669A 50 push ax 25283 ! Debug: list int = const 6 (used reg = ) 25284 669B B8 0006 mov ax,*6 25285 669E 50 push ax 25286 ! Debug: func () void = biosfn_set_cursor_shape+0 (used reg = ) 25287 669F E8 DB85 call _biosfn_set_cursor_shape 25288 66A2 83C4 04 add sp,*4 25289 !BCC_EOS 25290 ! 3479 } 25291 ! 3480 else 25292 ! 3481 { 25293 66A5 EB 18 jmp .210 25294 000066A7 .20E: 25295 ! 3482 biosfn_set_cursor_shape(lines-4,lines-3); 25296 ! Debug: sub int = const 3 to unsigned char lines = [S+$E+2] (used reg = ) 25297 66A7 8A46 04 mov al,4[bp] 25298 66AA 30E4 xor ah,ah 25299 ! Debug: list unsigned int = ax-3 (used reg = ) 25300 66AC 05 FFFD add ax,*-3 25301 66AF 50 push ax 25302 ! Debug: sub int = const 4 to unsigned char lines = [S+$10+2] (used reg = ) 25303 66B0 8A46 04 mov al,4[bp] 25304 66B3 30E4 xor ah,ah 25305 ! Debug: list unsigned int = ax-4 (used reg = ) 25306 66B5 05 FFFC add ax,*-4 25307 66B8 50 push ax 25308 ! Debug: func () void = biosfn_set_cursor_shape+0 (used reg = ) 25309 66B9 E8 DB6B call _biosfn_set_cursor_shape 25310 66BC 83C4 04 add sp,*4 25311 !BCC_EOS 25312 ! 3483 } 25313 ! 3484 write_word(0x40,0x85, lines); 25314 000066BF .210: 25315 ! Debug: list unsigned char lines = [S+$E+2] (used reg = ) 25316 66BF 8A46 04 mov al,4[bp] 25317 66C2 30E4 xor ah,ah 25318 66C4 50 push ax 25319 ! Debug: list int = const $85 (used reg = ) 25320 66C5 B8 0085 mov ax,#$85 25321 66C8 50 push ax 25322 ! Debug: list int = const $40 (used reg = ) 25323 66C9 B8 0040 mov ax,*$40 25324 66CC 50 push ax 25325 ! Debug: func () void = write_word+0 (used reg = ) 25326 66CD E8 154F call _write_word 25327 66D0 83C4 06 add sp,*6 25328 !BCC_EOS 25329 ! 3485 outb(crtc_addr, 0x12); 25330 ! Debug: list int = const $12 (used reg = ) 25331 66D3 B8 0012 mov ax,*$12 25332 66D6 50 push ax 25333 ! Debug: list unsigned short crtc_addr = [S+$10-4] (used reg = ) 25334 66D7 FF76 FE push -2[bp] 25335 ! Debug: func () void = outb+0 (used reg = ) 25336 66DA E8 1570 call _outb 25337 66DD 83C4 04 add sp,*4 25338 !BCC_EOS 25339 ! 3486 vde = inb(crtc_addr+1); 25340 ! Debug: add int = const 1 to unsigned short crtc_addr = [S+$E-4] (used reg = ) 25341 66E0 8B46 FE mov ax,-2[bp] 25342 ! Debug: list unsigned int = ax+1 (used reg = ) 25343 66E3 40 inc ax 25344 66E4 50 push ax 25345 ! Debug: func () unsigned char = inb+0 (used reg = ) 25346 66E5 E8 154F call _inb 25347 66E8 44 inc sp 25348 66E9 44 inc sp 25349 ! Debug: eq unsigned char = al+0 to unsigned short vde = [S+$E-$A] (used reg = ) 25350 66EA 30E4 xor ah,ah 25351 66EC 8946 F8 mov -8[bp],ax 25352 !BCC_EOS 25353 ! 3487 outb(crtc_addr, 0x07); 25354 ! Debug: list int = const 7 (used reg = ) 25355 66EF B8 0007 mov ax,*7 25356 66F2 50 push ax 25357 ! Debug: list unsigned short crtc_addr = [S+$10-4] (used reg = ) 25358 66F3 FF76 FE push -2[bp] 25359 ! Debug: func () void = outb+0 (used reg = ) 25360 66F6 E8 1554 call _outb 25361 66F9 83C4 04 add sp,*4 25362 !BCC_EOS 25363 ! 3488 ovl = inb(crtc_addr+1); 25364 ! Debug: add int = const 1 to unsigned short crtc_addr = [S+$E-4] (used reg = ) 25365 66FC 8B46 FE mov ax,-2[bp] 25366 ! Debug: list unsigned int = ax+1 (used reg = ) 25367 66FF 40 inc ax 25368 6700 50 push ax 25369 ! Debug: func () unsigned char = inb+0 (used reg = ) 25370 6701 E8 1533 call _inb 25371 6704 44 inc sp 25372 6705 44 inc sp 25373 ! Debug: eq unsigned char = al+0 to unsigned char ovl = [S+$E-$C] (used reg = ) 25374 6706 8846 F6 mov -$A[bp],al 25375 !BCC_EOS 25376 ! 3489 vde += (((ovl & 0x02) << 7) + ((ovl & 0x40) << 3) + 1); 25377 ! Debug: and int = const $40 to unsigned char ovl = [S+$E-$C] (used reg = ) 25378 6709 8A46 F6 mov al,-$A[bp] 25379 670C 24 40 and al,*$40 25380 ! Debug: sl int = const 3 to unsigned char = al+0 (used reg = ) 25381 670E 30E4 xor ah,ah 25382 6710 B1 03 mov cl,*3 25383 6712 D3E0 shl ax,cl 25384 6714 50 push ax 25385 ! Debug: and int = const 2 to unsigned char ovl = [S+$10-$C] (used reg = ) 25386 6715 8A46 F6 mov al,-$A[bp] 25387 6718 24 02 and al,*2 25388 ! Debug: sl int = const 7 to unsigned char = al+0 (used reg = ) 25389 671A 30E4 xor ah,ah 25390 671C B1 07 mov cl,*7 25391 671E D3E0 shl ax,cl 25392 ! Debug: add unsigned int (temp) = [S+$10-$10] to unsigned int = ax+0 (used reg = ) 25393 6720 0346 F2 add ax,-$E[bp] 25394 6723 44 inc sp 25395 6724 44 inc sp 25396 ! Debug: add int = const 1 to unsigned int = ax+0 (used reg = ) 25397 ! Debug: addab unsigned int = ax+1 to unsigned short vde = [S+$E-$A] (used reg = ) 25398 6725 40 inc ax 25399 6726 0346 F8 add ax,-8[bp] 25400 6729 8946 F8 mov -8[bp],ax 25401 !BCC_EOS 25402 ! 3490 rows = vde / lines; 25403 ! Debug: div unsigned char lines = [S+$E+2] to unsigned short vde = [S+$E-$A] (used reg = ) 25404 672C 8A46 04 mov al,4[bp] 25405 672F 30E4 xor ah,ah 25406 6731 89C3 mov bx,ax 25407 6733 8B46 F8 mov ax,-8[bp] 25408 6736 E8 FEFA call idiv_u 25409 ! Debug: eq unsigned int = ax+0 to unsigned char rows = [S+$E-$D] (used reg = ) 25410 6739 8846 F5 mov -$B[bp],al 25411 !BCC_EOS 25412 ! 3491 write_byte(0x40,0x84, rows-1); 25413 ! Debug: sub int = const 1 to unsigned char rows = [S+$E-$D] (used reg = ) 25414 673C 8A46 F5 mov al,-$B[bp] 25415 673F 30E4 xor ah,ah 25416 ! Debug: list unsigned int = ax-1 (used reg = ) 25417 6741 48 dec ax 25418 6742 50 push ax 25419 ! Debug: list int = const $84 (used reg = ) 25420 6743 B8 0084 mov ax,#$84 25421 6746 50 push ax 25422 ! Debug: list int = const $40 (used reg = ) 25423 6747 B8 0040 mov ax,*$40 25424 674A 50 push ax 25425 ! Debug: func () void = write_byte+0 (used reg = ) 25426 674B E8 14B9 call _write_byte 25427 674E 83C4 06 add sp,*6 25428 !BCC_EOS 25429 ! 3492 cols = read_word(0x40,0x4A); 25430 ! Debug: list int = const $4A (used reg = ) 25431 6751 B8 004A mov ax,*$4A 25432 6754 50 push ax 25433 ! Debug: list int = const $40 (used reg = ) 25434 6755 B8 0040 mov ax,*$40 25435 6758 50 push ax 25436 ! Debug: func () unsigned short = read_word+0 (used reg = ) 25437 6759 E8 1498 call _read_word 25438 675C 83C4 04 add sp,*4 25439 ! Debug: eq unsigned short = ax+0 to unsigned short cols = [S+$E-6] (used reg = ) 25440 675F 8946 FC mov -4[bp],ax 25441 !BCC_EOS 25442 ! 3493 write_word(0x40,0x4C, rows * cols * 2); 25443 ! Debug: mul unsigned short cols = [S+$E-6] to unsigned char rows = [S+$E-$D] (used reg = ) 25444 6762 8A46 F5 mov al,-$B[bp] 25445 6765 30E4 xor ah,ah 25446 6767 8B4E FC mov cx,-4[bp] 25447 676A F7E9 imul cx 25448 ! Debug: mul int = const 2 to unsigned int = ax+0 (used reg = ) 25449 676C D1E0 shl ax,*1 25450 ! Debug: list unsigned int = ax+0 (used reg = ) 25451 676E 50 push ax 25452 ! Debug: list int = const $4C (used reg = ) 25453 676F B8 004C mov ax,*$4C 25454 6772 50 push ax 25455 ! Debug: list int = const $40 (used reg = ) 25456 6773 B8 0040 mov ax,*$40 25457 6776 50 push ax 25458 ! Debug: func () void = write_word+0 (used reg = ) 25459 6777 E8 14A5 call _write_word 25460 677A 83C4 06 add sp,*6 25461 !BCC_EOS 25462 ! 3494 } 25463 677D 89EC mov sp,bp 25464 677F 5D pop bp 25465 6780 C3 ret 25466 ! 3495 static void biosfn_load_text_user_pat (AL,ES,BP,CX,DX,BL,BH) Bit8u AL;Bit16u ES;Bit16u BP;Bit16u CX;Bit16u DX;Bit8u BL;Bi 25467 ! Register BX used in function set_scan_lines 25468 00006781 _biosfn_load_text_user_pat: 25469 !BCC_EOS 25470 !BCC_EOS 25471 !BCC_EOS 25472 !BCC_EOS 25473 !BCC_EOS 25474 !BCC_EOS 25475 ! 3495 t8u BH; 25476 !BCC_EOS 25477 ! 3496 { 25478 ! 3497 Bit16u blockaddr,dest,i,src; 25479 !BCC_EOS 25480 ! 3498 get_font_access(); 25481 6781 55 push bp 25482 6782 89E5 mov bp,sp 25483 6784 83C4 F8 add sp,*-8 25484 ! Debug: func () void = get_font_access+0 (used reg = ) 25485 6787 E8 FE57 call _get_font_access 25486 !BCC_EOS 25487 ! 3499 blockaddr = ((BL & 0x03) << 14) + ((BL & 0x04) << 11); 25488 ! Debug: and int = const 4 to unsigned char BL = [S+$A+$C] (used reg = ) 25489 678A 8A46 0E mov al,$E[bp] 25490 678D 24 04 and al,*4 25491 ! Debug: sl int = const $B to unsigned char = al+0 (used reg = ) 25492 678F 30E4 xor ah,ah 25493 6791 88C4 mov ah,al 25494 6793 30C0 xor al,al 25495 6795 B1 03 mov cl,*3 25496 6797 D3E0 shl ax,cl 25497 6799 50 push ax 25498 ! Debug: and int = const 3 to unsigned char BL = [S+$C+$C] (used reg = ) 25499 679A 8A46 0E mov al,$E[bp] 25500 679D 24 03 and al,*3 25501 ! Debug: sl int = const $E to unsigned char = al+0 (used reg = ) 25502 679F 30E4 xor ah,ah 25503 67A1 88C4 mov ah,al 25504 67A3 30C0 xor al,al 25505 67A5 B1 06 mov cl,*6 25506 67A7 D3E0 shl ax,cl 25507 ! Debug: add unsigned int (temp) = [S+$C-$C] to unsigned int = ax+0 (used reg = ) 25508 67A9 0346 F6 add ax,-$A[bp] 25509 67AC 44 inc sp 25510 67AD 44 inc sp 25511 ! Debug: eq unsigned int = ax+0 to unsigned short blockaddr = [S+$A-4] (used reg = ) 25512 67AE 8946 FE mov -2[bp],ax 25513 !BCC_EOS 25514 ! 3500 for(i=0;i=0x10) 25586 ! Debug: ge int = const $10 to unsigned char AL = [S+$A+2] (used reg = ) 25587 6807 8A46 04 mov al,4[bp] 25588 680A 3C 10 cmp al,*$10 25589 680C 72 0B jb .216 25590 0000680E .217: 25591 ! 3508 { 25592 ! 3509 set_scan_lines(BH); 25593 ! Debug: list unsigned char BH = [S+$A+$E] (used reg = ) 25594 680E 8A46 10 mov al,$10[bp] 25595 6811 30E4 xor ah,ah 25596 6813 50 push ax 25597 ! Debug: func () void = set_scan_lines+0 (used reg = ) 25598 6814 E8 FE21 call _set_scan_lines 25599 6817 44 inc sp 25600 6818 44 inc sp 25601 !BCC_EOS 25602 ! 3510 } 25603 ! 3511 } 25604 00006819 .216: 25605 6819 89EC mov sp,bp 25606 681B 5D pop bp 25607 681C C3 ret 25608 ! 3512 static void biosfn_load_text_8_14_pat (AL,BL) Bit8u AL;Bit8u BL; 25609 ! Register BX used in function biosfn_load_text_user_pat 25610 0000681D _biosfn_load_text_8_14_pat: 25611 !BCC_EOS 25612 !BCC_EOS 25613 ! 3513 { 25614 ! 3514 Bit16u blockaddr,dest,i,src; 25615 !BCC_EOS 25616 ! 3515 get_font_access(); 25617 681D 55 push bp 25618 681E 89E5 mov bp,sp 25619 6820 83C4 F8 add sp,*-8 25620 ! Debug: func () void = get_font_access+0 (used reg = ) 25621 6823 E8 FDBB call _get_font_access 25622 !BCC_EOS 25623 ! 3516 blockaddr = ((BL & 0x03) << 14) + ((BL & 0x04) << 11); 25624 ! Debug: and int = const 4 to unsigned char BL = [S+$A+4] (used reg = ) 25625 6826 8A46 06 mov al,6[bp] 25626 6829 24 04 and al,*4 25627 ! Debug: sl int = const $B to unsigned char = al+0 (used reg = ) 25628 682B 30E4 xor ah,ah 25629 682D 88C4 mov ah,al 25630 682F 30C0 xor al,al 25631 6831 B1 03 mov cl,*3 25632 6833 D3E0 shl ax,cl 25633 6835 50 push ax 25634 ! Debug: and int = const 3 to unsigned char BL = [S+$C+4] (used reg = ) 25635 6836 8A46 06 mov al,6[bp] 25636 6839 24 03 and al,*3 25637 ! Debug: sl int = const $E to unsigned char = al+0 (used reg = ) 25638 683B 30E4 xor ah,ah 25639 683D 88C4 mov ah,al 25640 683F 30C0 xor al,al 25641 6841 B1 06 mov cl,*6 25642 6843 D3E0 shl ax,cl 25643 ! Debug: add unsigned int (temp) = [S+$C-$C] to unsigned int = ax+0 (used reg = ) 25644 6845 0346 F6 add ax,-$A[bp] 25645 6848 44 inc sp 25646 6849 44 inc sp 25647 ! Debug: eq unsigned int = ax+0 to unsigned short blockaddr = [S+$A-4] (used reg = ) 25648 684A 8946 FE mov -2[bp],ax 25649 !BCC_EOS 25650 ! 3517 for(i=0;i<0x100;i++) 25651 ! Debug: eq int = const 0 to unsigned short i = [S+$A-8] (used reg = ) 25652 684D 31C0 xor ax,ax 25653 684F 8946 FA mov -6[bp],ax 25654 !BCC_EOS 25655 !BCC_EOS 25656 ! 3518 { 25657 6852 EB 41 jmp .21A 25658 00006854 .21B: 25659 ! 3519 src = i * 14; 25660 ! Debug: mul int = const $E to unsigned short i = [S+$A-8] (used reg = ) 25661 6854 8B46 FA mov ax,-6[bp] 25662 6857 89C2 mov dx,ax 25663 6859 B1 03 mov cl,*3 25664 685B D3E0 shl ax,cl 25665 685D 29D0 sub ax,dx 25666 685F D1E0 shl ax,*1 25667 ! Debug: eq unsigned int = ax+0 to unsigned short src = [S+$A-$A] (used reg = ) 25668 6861 8946 F8 mov -8[bp],ax 25669 !BCC_EOS 25670 ! 3520 dest = blockaddr + i * 32; 25671 ! Debug: mul int = const $20 to unsigned short i = [S+$A-8] (used reg = ) 25672 6864 8B46 FA mov ax,-6[bp] 25673 6867 B1 05 mov cl,*5 25674 6869 D3E0 shl ax,cl 25675 ! Debug: add unsigned int = ax+0 to unsigned short blockaddr = [S+$A-4] (used reg = ) 25676 ! Debug: expression subtree swapping 25677 686B 0346 FE add ax,-2[bp] 25678 ! Debug: eq unsigned int = ax+0 to unsigned short dest = [S+$A-6] (used reg = ) 25679 686E 8946 FC mov -4[bp],ax 25680 !BCC_EOS 25681 ! 3521 memcpyb(0xA000, dest, 0xC000, vgafont14+src, 14); 25682 ! Debug: list int = const $E (used reg = ) 25683 6871 B8 000E mov ax,*$E 25684 6874 50 push ax 25685 ! Debug: ptradd unsigned short src = [S+$C-$A] to [$E00] unsigned char = vgafont14+0 (used reg = ) 25686 6875 8B5E F8 mov bx,-8[bp] 25687 ! Debug: cast * unsigned char = const 0 to [$E00] unsigned char = bx+_vgafont14+0 (used reg = ) 25688 ! Debug: list * unsigned char = bx+_vgafont14+0 (used reg = ) 25689 6878 81C3 175A add bx,#_vgafont14 25690 687C 53 push bx 25691 ! Debug: list unsigned int = const $C000 (used reg = ) 25692 687D B8 C000 mov ax,#$C000 25693 6880 50 push ax 25694 ! Debug: list unsigned short dest = [S+$10-6] (used reg = ) 25695 6881 FF76 FC push -4[bp] 25696 ! Debug: list unsigned int = const $A000 (used reg = ) 25697 6884 B8 A000 mov ax,#$A000 25698 6887 50 push ax 25699 ! Debug: func () void = memcpyb+0 (used reg = ) 25700 6888 E8 12F6 call _memcpyb 25701 688B 83C4 0A add sp,*$A 25702 !BCC_EOS 25703 ! 3522 } 25704 ! 3523 release_font_access(); 25705 0000688E .219: 25706 ! Debug: postinc unsigned short i = [S+$A-8] (used reg = ) 25707 688E 8B46 FA mov ax,-6[bp] 25708 6891 40 inc ax 25709 6892 8946 FA mov -6[bp],ax 25710 00006895 .21A: 25711 ! Debug: lt int = const $100 to unsigned short i = [S+$A-8] (used reg = ) 25712 6895 8B46 FA mov ax,-6[bp] 25713 6898 3D 0100 cmp ax,#$100 25714 689B 72 B7 jb .21B 25715 0000689D .21C: 25716 0000689D .218: 25717 ! Debug: func () void = release_font_access+0 (used reg = ) 25718 689D E8 FD64 call _release_font_access 25719 !BCC_EOS 25720 ! 3524 if(AL>=0x10) 25721 ! Debug: ge int = const $10 to unsigned char AL = [S+$A+2] (used reg = ) 25722 68A0 8A46 04 mov al,4[bp] 25723 68A3 3C 10 cmp al,*$10 25724 68A5 72 09 jb .21D 25725 000068A7 .21E: 25726 ! 3525 { 25727 ! 3526 set_scan_lines(14); 25728 ! Debug: list int = const $E (used reg = ) 25729 68A7 B8 000E mov ax,*$E 25730 68AA 50 push ax 25731 ! Debug: func () void = set_scan_lines+0 (used reg = ) 25732 68AB E8 FD8A call _set_scan_lines 25733 68AE 44 inc sp 25734 68AF 44 inc sp 25735 !BCC_EOS 25736 ! 3527 } 25737 ! 3528 } 25738 000068B0 .21D: 25739 68B0 89EC mov sp,bp 25740 68B2 5D pop bp 25741 68B3 C3 ret 25742 ! 3529 static void biosfn_load_text_8_8_pat (AL,BL) Bit8u AL;Bit8u BL; 25743 ! Register BX used in function biosfn_load_text_8_14_pat 25744 000068B4 _biosfn_load_text_8_8_pat: 25745 !BCC_EOS 25746 !BCC_EOS 25747 ! 3530 { 25748 ! 3531 Bit16u blockaddr,dest,i,src; 25749 !BCC_EOS 25750 ! 3532 get_font_access(); 25751 68B4 55 push bp 25752 68B5 89E5 mov bp,sp 25753 68B7 83C4 F8 add sp,*-8 25754 ! Debug: func () void = get_font_access+0 (used reg = ) 25755 68BA E8 FD24 call _get_font_access 25756 !BCC_EOS 25757 ! 3533 blockaddr = ((BL & 0x03) << 14) + ((BL & 0x04) << 11); 25758 ! Debug: and int = const 4 to unsigned char BL = [S+$A+4] (used reg = ) 25759 68BD 8A46 06 mov al,6[bp] 25760 68C0 24 04 and al,*4 25761 ! Debug: sl int = const $B to unsigned char = al+0 (used reg = ) 25762 68C2 30E4 xor ah,ah 25763 68C4 88C4 mov ah,al 25764 68C6 30C0 xor al,al 25765 68C8 B1 03 mov cl,*3 25766 68CA D3E0 shl ax,cl 25767 68CC 50 push ax 25768 ! Debug: and int = const 3 to unsigned char BL = [S+$C+4] (used reg = ) 25769 68CD 8A46 06 mov al,6[bp] 25770 68D0 24 03 and al,*3 25771 ! Debug: sl int = const $E to unsigned char = al+0 (used reg = ) 25772 68D2 30E4 xor ah,ah 25773 68D4 88C4 mov ah,al 25774 68D6 30C0 xor al,al 25775 68D8 B1 06 mov cl,*6 25776 68DA D3E0 shl ax,cl 25777 ! Debug: add unsigned int (temp) = [S+$C-$C] to unsigned int = ax+0 (used reg = ) 25778 68DC 0346 F6 add ax,-$A[bp] 25779 68DF 44 inc sp 25780 68E0 44 inc sp 25781 ! Debug: eq unsigned int = ax+0 to unsigned short blockaddr = [S+$A-4] (used reg = ) 25782 68E1 8946 FE mov -2[bp],ax 25783 !BCC_EOS 25784 ! 3534 for(i=0;i<0x100;i++) 25785 ! Debug: eq int = const 0 to unsigned short i = [S+$A-8] (used reg = ) 25786 68E4 31C0 xor ax,ax 25787 68E6 8946 FA mov -6[bp],ax 25788 !BCC_EOS 25789 !BCC_EOS 25790 ! 3535 { 25791 68E9 EB 3B jmp .221 25792 000068EB .222: 25793 ! 3536 src = i * 8; 25794 ! Debug: mul int = const 8 to unsigned short i = [S+$A-8] (used reg = ) 25795 68EB 8B46 FA mov ax,-6[bp] 25796 68EE B1 03 mov cl,*3 25797 68F0 D3E0 shl ax,cl 25798 ! Debug: eq unsigned int = ax+0 to unsigned short src = [S+$A-$A] (used reg = ) 25799 68F2 8946 F8 mov -8[bp],ax 25800 !BCC_EOS 25801 ! 3537 dest = blockaddr + i * 32; 25802 ! Debug: mul int = const $20 to unsigned short i = [S+$A-8] (used reg = ) 25803 68F5 8B46 FA mov ax,-6[bp] 25804 68F8 B1 05 mov cl,*5 25805 68FA D3E0 shl ax,cl 25806 ! Debug: add unsigned int = ax+0 to unsigned short blockaddr = [S+$A-4] (used reg = ) 25807 ! Debug: expression subtree swapping 25808 68FC 0346 FE add ax,-2[bp] 25809 ! Debug: eq unsigned int = ax+0 to unsigned short dest = [S+$A-6] (used reg = ) 25810 68FF 8946 FC mov -4[bp],ax 25811 !BCC_EOS 25812 ! 3538 memcpyb(0xA000, dest, 0xC000, vgafont8+src, 8); 25813 ! Debug: list int = const 8 (used reg = ) 25814 6902 B8 0008 mov ax,*8 25815 6905 50 push ax 25816 ! Debug: ptradd unsigned short src = [S+$C-$A] to [$800] unsigned char = vgafont8+0 (used reg = ) 25817 6906 8B5E F8 mov bx,-8[bp] 25818 ! Debug: cast * unsigned char = const 0 to [$800] unsigned char = bx+_vgafont8+0 (used reg = ) 25819 ! Debug: list * unsigned char = bx+_vgafont8+0 (used reg = ) 25820 6909 81C3 0F5A add bx,#_vgafont8 25821 690D 53 push bx 25822 ! Debug: list unsigned int = const $C000 (used reg = ) 25823 690E B8 C000 mov ax,#$C000 25824 6911 50 push ax 25825 ! Debug: list unsigned short dest = [S+$10-6] (used reg = ) 25826 6912 FF76 FC push -4[bp] 25827 ! Debug: list unsigned int = const $A000 (used reg = ) 25828 6915 B8 A000 mov ax,#$A000 25829 6918 50 push ax 25830 ! Debug: func () void = memcpyb+0 (used reg = ) 25831 6919 E8 1265 call _memcpyb 25832 691C 83C4 0A add sp,*$A 25833 !BCC_EOS 25834 ! 3539 } 25835 ! 3540 release_font_access(); 25836 0000691F .220: 25837 ! Debug: postinc unsigned short i = [S+$A-8] (used reg = ) 25838 691F 8B46 FA mov ax,-6[bp] 25839 6922 40 inc ax 25840 6923 8946 FA mov -6[bp],ax 25841 00006926 .221: 25842 ! Debug: lt int = const $100 to unsigned short i = [S+$A-8] (used reg = ) 25843 6926 8B46 FA mov ax,-6[bp] 25844 6929 3D 0100 cmp ax,#$100 25845 692C 72 BD jb .222 25846 0000692E .223: 25847 0000692E .21F: 25848 ! Debug: func () void = release_font_access+0 (used reg = ) 25849 692E E8 FCD3 call _release_font_access 25850 !BCC_EOS 25851 ! 3541 if(AL>=0x10) 25852 ! Debug: ge int = const $10 to unsigned char AL = [S+$A+2] (used reg = ) 25853 6931 8A46 04 mov al,4[bp] 25854 6934 3C 10 cmp al,*$10 25855 6936 72 09 jb .224 25856 00006938 .225: 25857 ! 3542 { 25858 ! 3543 set_scan_lines(8); 25859 ! Debug: list int = const 8 (used reg = ) 25860 6938 B8 0008 mov ax,*8 25861 693B 50 push ax 25862 ! Debug: func () void = set_scan_lines+0 (used reg = ) 25863 693C E8 FCF9 call _set_scan_lines 25864 693F 44 inc sp 25865 6940 44 inc sp 25866 !BCC_EOS 25867 ! 3544 } 25868 ! 3545 } 25869 00006941 .224: 25870 6941 89EC mov sp,bp 25871 6943 5D pop bp 25872 6944 C3 ret 25873 ! 3546 #asm 25874 !BCC_ASM 25875 00000002 _biosfn_load_text_8_8_pat.AL set 2 25876 00000004 _biosfn_load_text_8_8_pat.BL set 4 25877 00006945 biosfn_set_text_block_specifier: 25878 6945 50 push ax 25879 6946 52 push dx 25880 6947 BA 03C4 mov dx, # 0x3c4 25881 694A 88DC mov ah, bl 25882 694C B0 03 mov al, #0x03 25883 694E EF out dx, ax 25884 694F 5A pop dx 25885 6950 58 pop ax 25886 6951 C3 ret 25887 ! 3557 endasm 25888 !BCC_ENDASM 25889 ! 3558 static void biosfn_load_text_8_16_pat (AL,BL) Bit8u AL;Bit8u BL; 25890 ! Register BX used in function biosfn_load_text_8_8_pat 25891 00006952 _biosfn_load_text_8_16_pat: 25892 !BCC_EOS 25893 !BCC_EOS 25894 ! 3559 { 25895 ! 3560 Bit16u blockaddr,dest,i,src; 25896 !BCC_EOS 25897 ! 3561 get_font_access(); 25898 6952 55 push bp 25899 6953 89E5 mov bp,sp 25900 6955 83C4 F8 add sp,*-8 25901 ! Debug: func () void = get_font_access+0 (used reg = ) 25902 6958 E8 FC86 call _get_font_access 25903 !BCC_EOS 25904 ! 3562 blockaddr = ((BL & 0x03) << 14) + ((BL & 0x04) << 11); 25905 ! Debug: and int = const 4 to unsigned char BL = [S+$A+4] (used reg = ) 25906 695B 8A46 06 mov al,6[bp] 25907 695E 24 04 and al,*4 25908 ! Debug: sl int = const $B to unsigned char = al+0 (used reg = ) 25909 6960 30E4 xor ah,ah 25910 6962 88C4 mov ah,al 25911 6964 30C0 xor al,al 25912 6966 B1 03 mov cl,*3 25913 6968 D3E0 shl ax,cl 25914 696A 50 push ax 25915 ! Debug: and int = const 3 to unsigned char BL = [S+$C+4] (used reg = ) 25916 696B 8A46 06 mov al,6[bp] 25917 696E 24 03 and al,*3 25918 ! Debug: sl int = const $E to unsigned char = al+0 (used reg = ) 25919 6970 30E4 xor ah,ah 25920 6972 88C4 mov ah,al 25921 6974 30C0 xor al,al 25922 6976 B1 06 mov cl,*6 25923 6978 D3E0 shl ax,cl 25924 ! Debug: add unsigned int (temp) = [S+$C-$C] to unsigned int = ax+0 (used reg = ) 25925 697A 0346 F6 add ax,-$A[bp] 25926 697D 44 inc sp 25927 697E 44 inc sp 25928 ! Debug: eq unsigned int = ax+0 to unsigned short blockaddr = [S+$A-4] (used reg = ) 25929 697F 8946 FE mov -2[bp],ax 25930 !BCC_EOS 25931 ! 3563 for(i=0;i<0x100;i++) 25932 ! Debug: eq int = const 0 to unsigned short i = [S+$A-8] (used reg = ) 25933 6982 31C0 xor ax,ax 25934 6984 8946 FA mov -6[bp],ax 25935 !BCC_EOS 25936 !BCC_EOS 25937 ! 3564 { 25938 6987 EB 3B jmp .228 25939 00006989 .229: 25940 ! 3565 src = i * 16; 25941 ! Debug: mul int = const $10 to unsigned short i = [S+$A-8] (used reg = ) 25942 6989 8B46 FA mov ax,-6[bp] 25943 698C B1 04 mov cl,*4 25944 698E D3E0 shl ax,cl 25945 ! Debug: eq unsigned int = ax+0 to unsigned short src = [S+$A-$A] (used reg = ) 25946 6990 8946 F8 mov -8[bp],ax 25947 !BCC_EOS 25948 ! 3566 dest = blockaddr + i * 32; 25949 ! Debug: mul int = const $20 to unsigned short i = [S+$A-8] (used reg = ) 25950 6993 8B46 FA mov ax,-6[bp] 25951 6996 B1 05 mov cl,*5 25952 6998 D3E0 shl ax,cl 25953 ! Debug: add unsigned int = ax+0 to unsigned short blockaddr = [S+$A-4] (used reg = ) 25954 ! Debug: expression subtree swapping 25955 699A 0346 FE add ax,-2[bp] 25956 ! Debug: eq unsigned int = ax+0 to unsigned short dest = [S+$A-6] (used reg = ) 25957 699D 8946 FC mov -4[bp],ax 25958 !BCC_EOS 25959 ! 3567 memcpyb(0xA000, dest, 0xC000, vgafont16+src, 16); 25960 ! Debug: list int = const $10 (used reg = ) 25961 69A0 B8 0010 mov ax,*$10 25962 69A3 50 push ax 25963 ! Debug: ptradd unsigned short src = [S+$C-$A] to [$1000] unsigned char = vgafont16+0 (used reg = ) 25964 69A4 8B5E F8 mov bx,-8[bp] 25965 ! Debug: cast * unsigned char = const 0 to [$1000] unsigned char = bx+_vgafont16+0 (used reg = ) 25966 ! Debug: list * unsigned char = bx+_vgafont16+0 (used reg = ) 25967 69A7 81C3 255A add bx,#_vgafont16 25968 69AB 53 push bx 25969 ! Debug: list unsigned int = const $C000 (used reg = ) 25970 69AC B8 C000 mov ax,#$C000 25971 69AF 50 push ax 25972 ! Debug: list unsigned short dest = [S+$10-6] (used reg = ) 25973 69B0 FF76 FC push -4[bp] 25974 ! Debug: list unsigned int = const $A000 (used reg = ) 25975 69B3 B8 A000 mov ax,#$A000 25976 69B6 50 push ax 25977 ! Debug: func () void = memcpyb+0 (used reg = ) 25978 69B7 E8 11C7 call _memcpyb 25979 69BA 83C4 0A add sp,*$A 25980 !BCC_EOS 25981 ! 3568 } 25982 ! 3569 release_font_access(); 25983 000069BD .227: 25984 ! Debug: postinc unsigned short i = [S+$A-8] (used reg = ) 25985 69BD 8B46 FA mov ax,-6[bp] 25986 69C0 40 inc ax 25987 69C1 8946 FA mov -6[bp],ax 25988 000069C4 .228: 25989 ! Debug: lt int = const $100 to unsigned short i = [S+$A-8] (used reg = ) 25990 69C4 8B46 FA mov ax,-6[bp] 25991 69C7 3D 0100 cmp ax,#$100 25992 69CA 72 BD jb .229 25993 000069CC .22A: 25994 000069CC .226: 25995 ! Debug: func () void = release_font_access+0 (used reg = ) 25996 69CC E8 FC35 call _release_font_access 25997 !BCC_EOS 25998 ! 3570 if(AL>=0x10) 25999 ! Debug: ge int = const $10 to unsigned char AL = [S+$A+2] (used reg = ) 26000 69CF 8A46 04 mov al,4[bp] 26001 69D2 3C 10 cmp al,*$10 26002 69D4 72 09 jb .22B 26003 000069D6 .22C: 26004 ! 3571 { 26005 ! 3572 set_scan_lines(16); 26006 ! Debug: list int = const $10 (used reg = ) 26007 69D6 B8 0010 mov ax,*$10 26008 69D9 50 push ax 26009 ! Debug: func () void = set_scan_lines+0 (used reg = ) 26010 69DA E8 FC5B call _set_scan_lines 26011 69DD 44 inc sp 26012 69DE 44 inc sp 26013 !BCC_EOS 26014 ! 3573 } 26015 ! 3574 } 26016 000069DF .22B: 26017 69DF 89EC mov sp,bp 26018 69E1 5D pop bp 26019 69E2 C3 ret 26020 ! 3575 static void biosfn_load_gfx_8_8_chars (ES,BP) Bit16u ES;Bit16u BP; 26021 ! Register BX used in function biosfn_load_text_8_16_pat 26022 000069E3 _biosfn_load_gfx_8_8_chars: 26023 !BCC_EOS 26024 !BCC_EOS 26025 ! 3576 { 26026 ! 3577 } 26027 69E3 C3 ret 26028 ! 3578 static void biosfn_load_gfx_user_chars (ES,BP,CX,BL,DL) Bit16u ES;Bit16u BP;Bit16u CX;Bit8u BL;Bit8u DL; 26029 000069E4 _biosfn_load_gfx_user_chars: 26030 !BCC_EOS 26031 !BCC_EOS 26032 !BCC_EOS 26033 !BCC_EOS 26034 !BCC_EOS 26035 ! 3579 { 26036 ! 3580 } 26037 69E4 C3 ret 26038 ! 3581 static void biosfn_load_gfx_8_14_chars (BL) Bit8u BL; 26039 000069E5 _biosfn_load_gfx_8_14_chars: 26040 !BCC_EOS 26041 ! 3582 { 26042 ! 3583 } 26043 69E5 C3 ret 26044 ! 3584 static void biosfn_load_gfx_8_8_dd_chars (BL) Bit8u BL; 26045 000069E6 _biosfn_load_gfx_8_8_dd_chars: 26046 !BCC_EOS 26047 ! 3585 { 26048 ! 3586 } 26049 69E6 C3 ret 26050 ! 3587 static void biosfn_load_gfx_8_16_chars (BL) Bit8u BL; 26051 000069E7 _biosfn_load_gfx_8_16_chars: 26052 !BCC_EOS 26053 ! 3588 { 26054 ! 3589 } 26055 69E7 C3 ret 26056 ! 3590 static void biosfn_get_font_info (BH,ES,BP,CX,DX) 26057 ! 3591 Bit8u BH;Bit16u *ES;Bit16u *BP;Bit16u *CX;Bit16u *DX; 26058 000069E8 _biosfn_get_font_info: 26059 !BCC_EOS 26060 !BCC_EOS 26061 !BCC_EOS 26062 !BCC_EOS 26063 !BCC_EOS 26064 ! 3592 {Bit16u s 26065 ! 3592 s=get_SS(); 26066 69E8 55 push bp 26067 69E9 89E5 mov bp,sp 26068 69EB 4C dec sp 26069 69EC 4C dec sp 26070 ! Debug: func () unsigned short = get_SS+0 (used reg = ) 26071 69ED E8 127D call _get_SS 26072 ! Debug: eq unsigned short = ax+0 to unsigned short ss = [S+4-4] (used reg = ) 26073 69F0 8946 FE mov -2[bp],ax 26074 !BCC_EOS 26075 ! 3593 switch(BH) 26076 69F3 8A46 04 mov al,4[bp] 26077 ! 3594 {case 0x00: 26078 69F6 E9 0143 br .22F 26079 ! 3595 write_word(ss,ES,read_word(0x00,0x1f*4)); 26080 000069F9 .230: 26081 ! Debug: list int = const $7C (used reg = ) 26082 69F9 B8 007C mov ax,*$7C 26083 69FC 50 push ax 26084 ! Debug: list int = const 0 (used reg = ) 26085 69FD 31C0 xor ax,ax 26086 69FF 50 push ax 26087 ! Debug: func () unsigned short = read_word+0 (used reg = ) 26088 6A00 E8 11F1 call _read_word 26089 6A03 83C4 04 add sp,*4 26090 ! Debug: list unsigned short = ax+0 (used reg = ) 26091 6A06 50 push ax 26092 ! Debug: list * unsigned short ES = [S+6+4] (used reg = ) 26093 6A07 FF76 06 push 6[bp] 26094 ! Debug: list unsigned short ss = [S+8-4] (used reg = ) 26095 6A0A FF76 FE push -2[bp] 26096 ! Debug: func () void = write_word+0 (used reg = ) 26097 6A0D E8 120F call _write_word 26098 6A10 83C4 06 add sp,*6 26099 !BCC_EOS 26100 ! 3596 write_word(ss,BP,read_word(0x00,(0x1f*4)+2)); 26101 ! Debug: list int = const $7E (used reg = ) 26102 6A13 B8 007E mov ax,*$7E 26103 6A16 50 push ax 26104 ! Debug: list int = const 0 (used reg = ) 26105 6A17 31C0 xor ax,ax 26106 6A19 50 push ax 26107 ! Debug: func () unsigned short = read_word+0 (used reg = ) 26108 6A1A E8 11D7 call _read_word 26109 6A1D 83C4 04 add sp,*4 26110 ! Debug: list unsigned short = ax+0 (used reg = ) 26111 6A20 50 push ax 26112 ! Debug: list * unsigned short BP = [S+6+6] (used reg = ) 26113 6A21 FF76 08 push 8[bp] 26114 ! Debug: list unsigned short ss = [S+8-4] (used reg = ) 26115 6A24 FF76 FE push -2[bp] 26116 ! Debug: func () void = write_word+0 (used reg = ) 26117 6A27 E8 11F5 call _write_word 26118 6A2A 83C4 06 add sp,*6 26119 !BCC_EOS 26120 ! 3597 break; 26121 6A2D E9 0131 br .22D 26122 !BCC_EOS 26123 ! 3598 case 0x01: 26124 ! 3599 write_word(ss,ES,read_word(0x00,0x43*4)); 26125 00006A30 .231: 26126 ! Debug: list int = const $10C (used reg = ) 26127 6A30 B8 010C mov ax,#$10C 26128 6A33 50 push ax 26129 ! Debug: list int = const 0 (used reg = ) 26130 6A34 31C0 xor ax,ax 26131 6A36 50 push ax 26132 ! Debug: func () unsigned short = read_word+0 (used reg = ) 26133 6A37 E8 11BA call _read_word 26134 6A3A 83C4 04 add sp,*4 26135 ! Debug: list unsigned short = ax+0 (used reg = ) 26136 6A3D 50 push ax 26137 ! Debug: list * unsigned short ES = [S+6+4] (used reg = ) 26138 6A3E FF76 06 push 6[bp] 26139 ! Debug: list unsigned short ss = [S+8-4] (used reg = ) 26140 6A41 FF76 FE push -2[bp] 26141 ! Debug: func () void = write_word+0 (used reg = ) 26142 6A44 E8 11D8 call _write_word 26143 6A47 83C4 06 add sp,*6 26144 !BCC_EOS 26145 ! 3600 write_word(ss,BP,read_word(0x00,(0x43*4)+2)); 26146 ! Debug: list int = const $10E (used reg = ) 26147 6A4A B8 010E mov ax,#$10E 26148 6A4D 50 push ax 26149 ! Debug: list int = const 0 (used reg = ) 26150 6A4E 31C0 xor ax,ax 26151 6A50 50 push ax 26152 ! Debug: func () unsigned short = read_word+0 (used reg = ) 26153 6A51 E8 11A0 call _read_word 26154 6A54 83C4 04 add sp,*4 26155 ! Debug: list unsigned short = ax+0 (used reg = ) 26156 6A57 50 push ax 26157 ! Debug: list * unsigned short BP = [S+6+6] (used reg = ) 26158 6A58 FF76 08 push 8[bp] 26159 ! Debug: list unsigned short ss = [S+8-4] (used reg = ) 26160 6A5B FF76 FE push -2[bp] 26161 ! Debug: func () void = write_word+0 (used reg = ) 26162 6A5E E8 11BE call _write_word 26163 6A61 83C4 06 add sp,*6 26164 !BCC_EOS 26165 ! 3601 break; 26166 6A64 E9 00FA br .22D 26167 !BCC_EOS 26168 ! 3602 case 0x02: 26169 ! 3603 write_word(ss,ES,0xC000); 26170 00006A67 .232: 26171 ! Debug: list unsigned int = const $C000 (used reg = ) 26172 6A67 B8 C000 mov ax,#$C000 26173 6A6A 50 push ax 26174 ! Debug: list * unsigned short ES = [S+6+4] (used reg = ) 26175 6A6B FF76 06 push 6[bp] 26176 ! Debug: list unsigned short ss = [S+8-4] (used reg = ) 26177 6A6E FF76 FE push -2[bp] 26178 ! Debug: func () void = write_word+0 (used reg = ) 26179 6A71 E8 11AB call _write_word 26180 6A74 83C4 06 add sp,*6 26181 !BCC_EOS 26182 ! 3604 write_word(ss,BP,vgafont14); 26183 ! Debug: list * unsigned char = vgafont14+0 (used reg = ) 26184 6A77 BB 175A mov bx,#_vgafont14 26185 6A7A 53 push bx 26186 ! Debug: list * unsigned short BP = [S+6+6] (used reg = ) 26187 6A7B FF76 08 push 8[bp] 26188 ! Debug: list unsigned short ss = [S+8-4] (used reg = ) 26189 6A7E FF76 FE push -2[bp] 26190 ! Debug: func () void = write_word+0 (used reg = ) 26191 6A81 E8 119B call _write_word 26192 6A84 83C4 06 add sp,*6 26193 !BCC_EOS 26194 ! 3605 break; 26195 6A87 E9 00D7 br .22D 26196 !BCC_EOS 26197 ! 3606 case 0x03: 26198 ! 3607 write_word(ss,ES,0xC000); 26199 00006A8A .233: 26200 ! Debug: list unsigned int = const $C000 (used reg = ) 26201 6A8A B8 C000 mov ax,#$C000 26202 6A8D 50 push ax 26203 ! Debug: list * unsigned short ES = [S+6+4] (used reg = ) 26204 6A8E FF76 06 push 6[bp] 26205 ! Debug: list unsigned short ss = [S+8-4] (used reg = ) 26206 6A91 FF76 FE push -2[bp] 26207 ! Debug: func () void = write_word+0 (used reg = ) 26208 6A94 E8 1188 call _write_word 26209 6A97 83C4 06 add sp,*6 26210 !BCC_EOS 26211 ! 3608 write_word(ss,BP,vgafont8); 26212 ! Debug: list * unsigned char = vgafont8+0 (used reg = ) 26213 6A9A BB 0F5A mov bx,#_vgafont8 26214 6A9D 53 push bx 26215 ! Debug: list * unsigned short BP = [S+6+6] (used reg = ) 26216 6A9E FF76 08 push 8[bp] 26217 ! Debug: list unsigned short ss = [S+8-4] (used reg = ) 26218 6AA1 FF76 FE push -2[bp] 26219 ! Debug: func () void = write_word+0 (used reg = ) 26220 6AA4 E8 1178 call _write_word 26221 6AA7 83C4 06 add sp,*6 26222 !BCC_EOS 26223 ! 3609 break; 26224 6AAA E9 00B4 br .22D 26225 !BCC_EOS 26226 ! 3610 case 0x04: 26227 ! 3611 write_word(ss,ES,0xC000); 26228 00006AAD .234: 26229 ! Debug: list unsigned int = const $C000 (used reg = ) 26230 6AAD B8 C000 mov ax,#$C000 26231 6AB0 50 push ax 26232 ! Debug: list * unsigned short ES = [S+6+4] (used reg = ) 26233 6AB1 FF76 06 push 6[bp] 26234 ! Debug: list unsigned short ss = [S+8-4] (used reg = ) 26235 6AB4 FF76 FE push -2[bp] 26236 ! Debug: func () void = write_word+0 (used reg = ) 26237 6AB7 E8 1165 call _write_word 26238 6ABA 83C4 06 add sp,*6 26239 !BCC_EOS 26240 ! 3612 write_word(ss,BP,vgafont8+128*8); 26241 ! Debug: list * unsigned char = vgafont8+$400 (used reg = ) 26242 6ABD BB 135A mov bx,#_vgafont8+$400 26243 6AC0 53 push bx 26244 ! Debug: list * unsigned short BP = [S+6+6] (used reg = ) 26245 6AC1 FF76 08 push 8[bp] 26246 ! Debug: list unsigned short ss = [S+8-4] (used reg = ) 26247 6AC4 FF76 FE push -2[bp] 26248 ! Debug: func () void = write_word+0 (used reg = ) 26249 6AC7 E8 1155 call _write_word 26250 6ACA 83C4 06 add sp,*6 26251 !BCC_EOS 26252 ! 3613 break; 26253 6ACD E9 0091 br .22D 26254 !BCC_EOS 26255 ! 3614 case 0x05: 26256 ! 3615 write_word(ss,ES,0xC000); 26257 00006AD0 .235: 26258 ! Debug: list unsigned int = const $C000 (used reg = ) 26259 6AD0 B8 C000 mov ax,#$C000 26260 6AD3 50 push ax 26261 ! Debug: list * unsigned short ES = [S+6+4] (used reg = ) 26262 6AD4 FF76 06 push 6[bp] 26263 ! Debug: list unsigned short ss = [S+8-4] (used reg = ) 26264 6AD7 FF76 FE push -2[bp] 26265 ! Debug: func () void = write_word+0 (used reg = ) 26266 6ADA E8 1142 call _write_word 26267 6ADD 83C4 06 add sp,*6 26268 !BCC_EOS 26269 ! 3616 write_word(ss,BP,vgafont14alt); 26270 ! Debug: list * unsigned char = vgafont14alt+0 (used reg = ) 26271 6AE0 BB 355A mov bx,#_vgafont14alt 26272 6AE3 53 push bx 26273 ! Debug: list * unsigned short BP = [S+6+6] (used reg = ) 26274 6AE4 FF76 08 push 8[bp] 26275 ! Debug: list unsigned short ss = [S+8-4] (used reg = ) 26276 6AE7 FF76 FE push -2[bp] 26277 ! Debug: func () void = write_word+0 (used reg = ) 26278 6AEA E8 1132 call _write_word 26279 6AED 83C4 06 add sp,*6 26280 !BCC_EOS 26281 ! 3617 break; 26282 6AF0 EB 6F jmp .22D 26283 !BCC_EOS 26284 ! 3618 case 0x06: 26285 ! 3619 write_word(ss,ES,0xC000); 26286 00006AF2 .236: 26287 ! Debug: list unsigned int = const $C000 (used reg = ) 26288 6AF2 B8 C000 mov ax,#$C000 26289 6AF5 50 push ax 26290 ! Debug: list * unsigned short ES = [S+6+4] (used reg = ) 26291 6AF6 FF76 06 push 6[bp] 26292 ! Debug: list unsigned short ss = [S+8-4] (used reg = ) 26293 6AF9 FF76 FE push -2[bp] 26294 ! Debug: func () void = write_word+0 (used reg = ) 26295 6AFC E8 1120 call _write_word 26296 6AFF 83C4 06 add sp,*6 26297 !BCC_EOS 26298 ! 3620 write_word(ss,BP,vgafont16); 26299 ! Debug: list * unsigned char = vgafont16+0 (used reg = ) 26300 6B02 BB 255A mov bx,#_vgafont16 26301 6B05 53 push bx 26302 ! Debug: list * unsigned short BP = [S+6+6] (used reg = ) 26303 6B06 FF76 08 push 8[bp] 26304 ! Debug: list unsigned short ss = [S+8-4] (used reg = ) 26305 6B09 FF76 FE push -2[bp] 26306 ! Debug: func () void = write_word+0 (used reg = ) 26307 6B0C E8 1110 call _write_word 26308 6B0F 83C4 06 add sp,*6 26309 !BCC_EOS 26310 ! 3621 break; 26311 6B12 EB 4D jmp .22D 26312 !BCC_EOS 26313 ! 3622 case 0x07: 26314 ! 3623 write_word(ss,ES,0xC000); 26315 00006B14 .237: 26316 ! Debug: list unsigned int = const $C000 (used reg = ) 26317 6B14 B8 C000 mov ax,#$C000 26318 6B17 50 push ax 26319 ! Debug: list * unsigned short ES = [S+6+4] (used reg = ) 26320 6B18 FF76 06 push 6[bp] 26321 ! Debug: list unsigned short ss = [S+8-4] (used reg = ) 26322 6B1B FF76 FE push -2[bp] 26323 ! Debug: func () void = write_word+0 (used reg = ) 26324 6B1E E8 10FE call _write_word 26325 6B21 83C4 06 add sp,*6 26326 !BCC_EOS 26327 ! 3624 write_word(ss,BP,vgafont16alt); 26328 ! Debug: list * unsigned char = vgafont16alt+0 (used reg = ) 26329 6B24 BB 355B mov bx,#_vgafont16alt 26330 6B27 53 push bx 26331 ! Debug: list * unsigned short BP = [S+6+6] (used reg = ) 26332 6B28 FF76 08 push 8[bp] 26333 ! Debug: list unsigned short ss = [S+8-4] (used reg = ) 26334 6B2B FF76 FE push -2[bp] 26335 ! Debug: func () void = write_word+0 (used reg = ) 26336 6B2E E8 10EE call _write_word 26337 6B31 83C4 06 add sp,*6 26338 !BCC_EOS 26339 ! 3625 break; 26340 6B34 EB 2B jmp .22D 26341 !BCC_EOS 26342 ! 3626 default: 26343 ! 3627 return; 26344 00006B36 .238: 26345 6B36 89EC mov sp,bp 26346 6B38 5D pop bp 26347 6B39 C3 ret 26348 !BCC_EOS 26349 ! 3628 } 26350 ! 3629 write_word(ss,CX,(Bit16u)read_byte(0x40,0x85)); 26351 6B3A EB 25 jmp .22D 26352 00006B3C .22F: 26353 6B3C 2C 00 sub al,*0 26354 6B3E 72 F6 jb .238 26355 6B40 3C 07 cmp al,*7 26356 6B42 77 1B ja .239 26357 6B44 30E4 xor ah,ah 26358 6B46 D1E0 shl ax,*1 26359 6B48 89C3 mov bx,ax 26360 6B4A 2E seg cs 26361 6B4B FFA7 6B4F br .23A[bx] 26362 00006B4F .23A: 26363 6B4F 69F9 .word .230 26364 6B51 6A30 .word .231 26365 6B53 6A67 .word .232 26366 6B55 6A8A .word .233 26367 6B57 6AAD .word .234 26368 6B59 6AD0 .word .235 26369 6B5B 6AF2 .word .236 26370 6B5D 6B14 .word .237 26371 00006B5F .239: 26372 6B5F EB D5 jmp .238 26373 00006B61 .22D: 26374 FFFFFFFC ..FFF5 = -4 26375 ! Debug: list int = const $85 (used reg = ) 26376 6B61 B8 0085 mov ax,#$85 26377 6B64 50 push ax 26378 ! Debug: list int = const $40 (used reg = ) 26379 6B65 B8 0040 mov ax,*$40 26380 6B68 50 push ax 26381 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 26382 6B69 E8 1075 call _read_byte 26383 6B6C 83C4 04 add sp,*4 26384 ! Debug: cast unsigned short = const 0 to unsigned char = al+0 (used reg = ) 26385 6B6F 30E4 xor ah,ah 26386 ! Debug: list unsigned short = ax+0 (used reg = ) 26387 6B71 50 push ax 26388 ! Debug: list * unsigned short CX = [S+6+8] (used reg = ) 26389 6B72 FF76 0A push $A[bp] 26390 ! Debug: list unsigned short ss = [S+8-4] (used reg = ) 26391 6B75 FF76 FE push -2[bp] 26392 ! Debug: func () void = write_word+0 (used reg = ) 26393 6B78 E8 10A4 call _write_word 26394 6B7B 83C4 06 add sp,*6 26395 !BCC_EOS 26396 ! 3630 write_word(ss,DX,(Bit16u)read_byte(0x40,0x84)); 26397 ! Debug: list int = const $84 (used reg = ) 26398 6B7E B8 0084 mov ax,#$84 26399 6B81 50 push ax 26400 ! Debug: list int = const $40 (used reg = ) 26401 6B82 B8 0040 mov ax,*$40 26402 6B85 50 push ax 26403 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 26404 6B86 E8 1058 call _read_byte 26405 6B89 83C4 04 add sp,*4 26406 ! Debug: cast unsigned short = const 0 to unsigned char = al+0 (used reg = ) 26407 6B8C 30E4 xor ah,ah 26408 ! Debug: list unsigned short = ax+0 (used reg = ) 26409 6B8E 50 push ax 26410 ! Debug: list * unsigned short DX = [S+6+$A] (used reg = ) 26411 6B8F FF76 0C push $C[bp] 26412 ! Debug: list unsigned short ss = [S+8-4] (used reg = ) 26413 6B92 FF76 FE push -2[bp] 26414 ! Debug: func () void = write_word+0 (used reg = ) 26415 6B95 E8 1087 call _write_word 26416 6B98 83C4 06 add sp,*6 26417 !BCC_EOS 26418 ! 3631 } 26419 6B9B 89EC mov sp,bp 26420 6B9D 5D pop bp 26421 6B9E C3 ret 26422 ! 3632 #asm 26423 !BCC_ASM 26424 00000006 _biosfn_get_font_info.BP set 6 26425 00000002 _biosfn_get_font_info.BH set 2 26426 00000008 _biosfn_get_font_info.CX set 8 26427 0000000A _biosfn_get_font_info.DX set $A 26428 00000004 _biosfn_get_font_info.ES set 4 26429 00006B9F biosfn_get_ega_info: 26430 6B9F 1E push ds 26431 6BA0 50 push ax 26432 6BA1 B8 0040 mov ax, # 0x40 26433 6BA4 8ED8 mov ds, ax 26434 6BA6 30ED xor ch, ch 26435 6BA8 BB 0088 mov bx, # 0x88 26436 6BAB 8A0F mov cl, [bx] 26437 6BAD 80E1 0F and cl, #0x0f 26438 6BB0 BB 0063 mov bx, # 0x63 26439 6BB3 8B07 mov ax, [bx] 26440 6BB5 BB 0003 mov bx, #0x0003 26441 6BB8 3D 03B4 cmp ax, # 0x3b4 26442 6BBB 75 02 jne mode_ega_color 26443 6BBD B7 01 mov bh, #0x01 26444 00006BBF mode_ega_color: 26445 6BBF 58 pop ax 26446 6BC0 1F pop ds 26447 6BC1 C3 ret 26448 ! 3652 endasm 26449 !BCC_ENDASM 26450 ! 3653 static void biosfn_alternate_prtsc() 26451 ! Register BX used in function biosfn_get_font_info 26452 ! 3654 { 26453 00006BC2 _biosfn_alternate_prtsc: 26454 ! 3655 } 26455 6BC2 C3 ret 26456 ! 3656 #asm 26457 !BCC_ASM 26458 00006BC3 biosfn_select_vert_res: 26459 ; res : 00 200 lines, 01 350 lines, 02 400 lines 26460 6BC3 1E push ds 26461 6BC4 53 push bx 26462 6BC5 52 push dx 26463 6BC6 88C2 mov dl, al 26464 6BC8 B8 0040 mov ax, # 0x40 26465 6BCB 8ED8 mov ds, ax 26466 6BCD BB 0089 mov bx, # 0x89 26467 6BD0 8A07 mov al, [bx] 26468 6BD2 BB 0088 mov bx, # 0x88 26469 6BD5 8A27 mov ah, [bx] 26470 6BD7 80FA 01 cmp dl, #0x01 26471 6BDA 74 15 je vert_res_350 26472 6BDC 72 1D jb vert_res_200 26473 6BDE 80FA 02 cmp dl, #0x02 26474 6BE1 74 02 je vert_res_400 26475 6BE3 EB 2A jmp set_retcode 26476 00006BE5 vert_res_400: 26477 ; reset modeset ctl bit 7 and set bit 4 26478 ; set switches bit 3-0 to 0x09 26479 6BE5 24 7F and al, #0x7f 26480 6BE7 0C 10 or al, #0x10 26481 6BE9 80E4 F0 and ah, #0xf0 26482 6BEC 80CC 09 or ah, #0x09 26483 6BEF 75 14 jnz set_vert_res 26484 00006BF1 vert_res_350: 26485 ; reset modeset ctl bit 7 and bit 4 26486 ; set switches bit 3-0 to 0x09 26487 6BF1 24 6F and al, #0x6f 26488 6BF3 80E4 F0 and ah, #0xf0 26489 6BF6 80CC 09 or ah, #0x09 26490 6BF9 75 0A jnz set_vert_res 26491 00006BFB vert_res_200: 26492 ; set modeset ctl bit 7 and reset bit 4 26493 ; set switches bit 3-0 to 0x08 26494 6BFB 24 EF and al, #0xef 26495 6BFD 0C 80 or al, #0x80 26496 6BFF 80E4 F0 and ah, #0xf0 26497 6C02 80CC 08 or ah, #0x08 26498 00006C05 set_vert_res: 26499 6C05 BB 0089 mov bx, # 0x89 26500 6C08 8807 mov [bx], al 26501 6C0A BB 0088 mov bx, # 0x88 26502 6C0D 8827 mov [bx], ah 26503 00006C0F set_retcode: 26504 6C0F B8 1212 mov ax, #0x1212 26505 6C12 5A pop dx 26506 6C13 5B pop bx 26507 6C14 1F pop ds 26508 6C15 C3 ret 26509 00006C16 biosfn_enable_default_palette_loading: 26510 6C16 1E push ds 26511 6C17 53 push bx 26512 6C18 52 push dx 26513 6C19 88C2 mov dl, al 26514 6C1B 80E2 01 and dl, #0x01 26515 6C1E C0E2 03 shl dl, 3 26516 6C21 B8 0040 mov ax, # 0x40 26517 6C24 8ED8 mov ds, ax 26518 6C26 BB 0089 mov bx, # 0x89 26519 6C29 8A07 mov al, [bx] 26520 6C2B 24 F7 and al, #0xf7 26521 6C2D 08D0 or al, dl 26522 6C2F 8807 mov [bx], al 26523 6C31 B8 1212 mov ax, #0x1212 26524 6C34 5A pop dx 26525 6C35 5B pop bx 26526 6C36 1F pop ds 26527 6C37 C3 ret 26528 00006C38 biosfn_enable_video_addressing: 26529 6C38 53 push bx 26530 6C39 52 push dx 26531 6C3A 88C3 mov bl, al 26532 6C3C 80E3 01 and bl, #0x01 26533 6C3F 80F3 01 xor bl, #0x01 26534 6C42 D0E3 shl bl, 1 26535 6C44 BA 03CC mov dx, # 0x3cc 26536 6C47 EC in al, dx 26537 6C48 24 FD and al, #0xfd 26538 6C4A 08D8 or al, bl 26539 6C4C BA 03C2 mov dx, # 0x3c2 26540 6C4F EE out dx, al 26541 6C50 B8 1212 mov ax, #0x1212 26542 6C53 5A pop dx 26543 6C54 5B pop bx 26544 6C55 C3 ret 26545 00006C56 biosfn_enable_grayscale_summing: 26546 6C56 1E push ds 26547 6C57 53 push bx 26548 6C58 52 push dx 26549 6C59 88C2 mov dl, al 26550 6C5B 80E2 01 and dl, #0x01 26551 6C5E 80F2 01 xor dl, #0x01 26552 6C61 D0E2 shl dl, 1 26553 6C63 B8 0040 mov ax, # 0x40 26554 6C66 8ED8 mov ds, ax 26555 6C68 BB 0089 mov bx, # 0x89 26556 6C6B 8A07 mov al, [bx] 26557 6C6D 24 FD and al, #0xfd 26558 6C6F 08D0 or al, dl 26559 6C71 8807 mov [bx], al 26560 6C73 B8 1212 mov ax, #0x1212 26561 6C76 5A pop dx 26562 6C77 5B pop bx 26563 6C78 1F pop ds 26564 6C79 C3 ret 26565 00006C7A biosfn_enable_cursor_emulation: 26566 6C7A 1E push ds 26567 6C7B 53 push bx 26568 6C7C 52 push dx 26569 6C7D 88C2 mov dl, al 26570 6C7F 80E2 01 and dl, #0x01 26571 6C82 80F2 01 xor dl, #0x01 26572 6C85 B8 0040 mov ax, # 0x40 26573 6C88 8ED8 mov ds, ax 26574 6C8A BB 0089 mov bx, # 0x89 26575 6C8D 8A07 mov al, [bx] 26576 6C8F 24 FE and al, #0xfe 26577 6C91 08D0 or al, dl 26578 6C93 8807 mov [bx], al 26579 6C95 B8 1212 mov ax, #0x1212 26580 6C98 5A pop dx 26581 6C99 5B pop bx 26582 6C9A 1F pop ds 26583 6C9B C3 ret 26584 ! 3783 endasm 26585 !BCC_ENDASM 26586 ! 3784 static void biosfn_switch_video_interface (AL,ES,DX) Bit8u AL;Bit16u ES;Bit16u DX; 26587 00006C9C _biosfn_switch_video_interface: 26588 !BCC_EOS 26589 !BCC_EOS 26590 !BCC_EOS 26591 ! 3785 { 26592 ! 3786 } 26593 6C9C C3 ret 26594 ! 3787 static void biosfn_enable_video_refresh_control (AL) Bit8u AL; 26595 00006C9D _biosfn_enable_video_refresh_control: 26596 !BCC_EOS 26597 ! 3788 { 26598 ! 3789 } 26599 6C9D C3 ret 26600 ! 3790 static void biosfn_write_string (flag,page,attr,count,row,col,seg,offset) 26601 ! 3791 Bit8u flag;Bit8u page;Bit8u attr;Bit16u count;Bit8u row;Bit8u col;Bit16u seg;Bit16u offset; 26602 00006C9E _biosfn_write_string: 26603 !BCC_EOS 26604 !BCC_EOS 26605 !BCC_EOS 26606 !BCC_EOS 26607 !BCC_EOS 26608 !BCC_EOS 26609 !BCC_EOS 26610 !BCC_EOS 26611 ! 3792 { 26612 ! 3793 Bit16u newcurs,oldcurs,dummy; 26613 !BCC_EOS 26614 ! 3794 Bit8u car,carattr; 26615 !BCC_EOS 26616 ! 3795 biosfn_get_cursor_pos(page,&dummy,&oldcurs); 26617 6C9E 55 push bp 26618 6C9F 89E5 mov bp,sp 26619 6CA1 83C4 F8 add sp,*-8 26620 ! Debug: list * unsigned short oldcurs = S+$A-6 (used reg = ) 26621 6CA4 8D5E FC lea bx,-4[bp] 26622 6CA7 53 push bx 26623 ! Debug: list * unsigned short dummy = S+$C-8 (used reg = ) 26624 6CA8 8D5E FA lea bx,-6[bp] 26625 6CAB 53 push bx 26626 ! Debug: list unsigned char page = [S+$E+4] (used reg = ) 26627 6CAC 8A46 06 mov al,6[bp] 26628 6CAF 30E4 xor ah,ah 26629 6CB1 50 push ax 26630 ! Debug: func () void = biosfn_get_cursor_pos+0 (used reg = ) 26631 6CB2 E8 D78D call _biosfn_get_cursor_pos 26632 6CB5 83C4 06 add sp,*6 26633 !BCC_EOS 26634 ! 3796 if(row==0xff) 26635 ! Debug: logeq int = const $FF to unsigned char row = [S+$A+$A] (used reg = ) 26636 6CB8 8A46 0C mov al,$C[bp] 26637 6CBB 3C FF cmp al,#$FF 26638 6CBD 75 12 jne .23B 26639 00006CBF .23C: 26640 ! 3797 {col=oldcurs&0x00ff; 26641 ! Debug: and int = const $FF to unsigned short oldcurs = [S+$A-6] (used reg = ) 26642 6CBF 8A46 FC mov al,-4[bp] 26643 ! Debug: eq unsigned char = al+0 to unsigned char col = [S+$A+$C] (used reg = ) 26644 6CC2 8846 0E mov $E[bp],al 26645 !BCC_EOS 26646 ! 3798 row=(oldcurs&0xff00)>>8; 26647 ! Debug: and unsigned int = const $FF00 to unsigned short oldcurs = [S+$A-6] (used reg = ) 26648 6CC5 8B46 FC mov ax,-4[bp] 26649 6CC8 30C0 xor al,al 26650 ! Debug: sr int = const 8 to unsigned int = ax+0 (used reg = ) 26651 6CCA 88E0 mov al,ah 26652 6CCC 30E4 xor ah,ah 26653 ! Debug: eq unsigned int = ax+0 to unsigned char row = [S+$A+$A] (used reg = ) 26654 6CCE 8846 0C mov $C[bp],al 26655 !BCC_EOS 26656 ! 3799 } 26657 ! 3800 newcurs=row; newcurs<<=8; newcurs+=col; 26658 00006CD1 .23B: 26659 ! Debug: eq unsigned char row = [S+$A+$A] to unsigned short newcurs = [S+$A-4] (used reg = ) 26660 6CD1 8A46 0C mov al,$C[bp] 26661 6CD4 30E4 xor ah,ah 26662 6CD6 8946 FE mov -2[bp],ax 26663 !BCC_EOS 26664 ! Debug: slab int = const 8 to unsigned short newcurs = [S+$A-4] (used reg = ) 26665 6CD9 8B46 FE mov ax,-2[bp] 26666 6CDC 88C4 mov ah,al 26667 6CDE 30C0 xor al,al 26668 6CE0 8946 FE mov -2[bp],ax 26669 !BCC_EOS 26670 ! Debug: addab unsigned char col = [S+$A+$C] to unsigned short newcurs = [S+$A-4] (used reg = ) 26671 6CE3 8B46 FE mov ax,-2[bp] 26672 6CE6 0246 0E add al,$E[bp] 26673 6CE9 80D4 00 adc ah,*0 26674 6CEC 8946 FE mov -2[bp],ax 26675 !BCC_EOS 26676 ! 3801 biosfn_set_cursor_pos(page,newcurs); 26677 ! Debug: list unsigned short newcurs = [S+$A-4] (used reg = ) 26678 6CEF FF76 FE push -2[bp] 26679 ! Debug: list unsigned char page = [S+$C+4] (used reg = ) 26680 6CF2 8A46 06 mov al,6[bp] 26681 6CF5 30E4 xor ah,ah 26682 6CF7 50 push ax 26683 ! Debug: func () void = biosfn_set_cursor_pos+0 (used reg = ) 26684 6CF8 E8 D647 call _biosfn_set_cursor_pos 26685 6CFB 83C4 04 add sp,*4 26686 !BCC_EOS 26687 ! 3802 while(count--!=0) 26688 ! 3803 { 26689 6CFE EB 4F jmp .23E 26690 00006D00 .23F: 26691 ! 3804 car=read_byte(seg,offset++); 26692 ! Debug: postinc unsigned short offset = [S+$A+$10] (used reg = ) 26693 6D00 8B46 12 mov ax,$12[bp] 26694 6D03 40 inc ax 26695 6D04 8946 12 mov $12[bp],ax 26696 ! Debug: list unsigned short = ax-1 (used reg = ) 26697 6D07 48 dec ax 26698 6D08 50 push ax 26699 ! Debug: list unsigned short seg = [S+$C+$E] (used reg = ) 26700 6D09 FF76 10 push $10[bp] 26701 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 26702 6D0C E8 0ED2 call _read_byte 26703 6D0F 83C4 04 add sp,*4 26704 ! Debug: eq unsigned char = al+0 to unsigned char car = [S+$A-9] (used reg = ) 26705 6D12 8846 F9 mov -7[bp],al 26706 !BCC_EOS 26707 ! 3805 if((flag&0x02)!=0) 26708 ! Debug: and int = const 2 to unsigned char flag = [S+$A+2] (used reg = ) 26709 6D15 8A46 04 mov al,4[bp] 26710 6D18 24 02 and al,*2 26711 ! Debug: ne int = const 0 to unsigned char = al+0 (used reg = ) 26712 6D1A 84C0 test al,al 26713 6D1C 74 15 je .240 26714 00006D1E .241: 26715 ! 3806 attr=read_byte(seg,offset++); 26716 ! Debug: postinc unsigned short offset = [S+$A+$10] (used reg = ) 26717 6D1E 8B46 12 mov ax,$12[bp] 26718 6D21 40 inc ax 26719 6D22 8946 12 mov $12[bp],ax 26720 ! Debug: list unsigned short = ax-1 (used reg = ) 26721 6D25 48 dec ax 26722 6D26 50 push ax 26723 ! Debug: list unsigned short seg = [S+$C+$E] (used reg = ) 26724 6D27 FF76 10 push $10[bp] 26725 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 26726 6D2A E8 0EB4 call _read_byte 26727 6D2D 83C4 04 add sp,*4 26728 ! Debug: eq unsigned char = al+0 to unsigned char attr = [S+$A+6] (used reg = ) 26729 6D30 8846 08 mov 8[bp],al 26730 !BCC_EOS 26731 ! 3807 biosfn_write_teletype(car,page,attr,3); 26732 00006D33 .240: 26733 ! Debug: list int = const 3 (used reg = ) 26734 6D33 B8 0003 mov ax,*3 26735 6D36 50 push ax 26736 ! Debug: list unsigned char attr = [S+$C+6] (used reg = ) 26737 6D37 8A46 08 mov al,8[bp] 26738 6D3A 30E4 xor ah,ah 26739 6D3C 50 push ax 26740 ! Debug: list unsigned char page = [S+$E+4] (used reg = ) 26741 6D3D 8A46 06 mov al,6[bp] 26742 6D40 30E4 xor ah,ah 26743 6D42 50 push ax 26744 ! Debug: list unsigned char car = [S+$10-9] (used reg = ) 26745 6D43 8A46 F9 mov al,-7[bp] 26746 6D46 30E4 xor ah,ah 26747 6D48 50 push ax 26748 ! Debug: func () void = biosfn_write_teletype+0 (used reg = ) 26749 6D49 E8 F13B call _biosfn_write_teletype 26750 6D4C 83C4 08 add sp,*8 26751 !BCC_EOS 26752 ! 3808 } 26753 ! 3809 if((flag&0x01)==0) 26754 00006D4F .23E: 26755 ! Debug: postdec unsigned short count = [S+$A+8] (used reg = ) 26756 6D4F 8B46 0A mov ax,$A[bp] 26757 6D52 48 dec ax 26758 6D53 8946 0A mov $A[bp],ax 26759 ! Debug: ne int = const 0 to unsigned short = ax+1 (used reg = ) 26760 6D56 3D FFFF cmp ax,*-1 26761 6D59 75 A5 jne .23F 26762 00006D5B .242: 26763 00006D5B .23D: 26764 ! Debug: and int = const 1 to unsigned char flag = [S+$A+2] (used reg = ) 26765 6D5B 8A46 04 mov al,4[bp] 26766 6D5E 24 01 and al,*1 26767 ! Debug: logeq int = const 0 to unsigned char = al+0 (used reg = ) 26768 6D60 84C0 test al,al 26769 6D62 75 0F jne .243 26770 00006D64 .244: 26771 ! 3810 biosfn_set_cursor_pos(page,oldcurs); 26772 ! Debug: list unsigned short oldcurs = [S+$A-6] (used reg = ) 26773 6D64 FF76 FC push -4[bp] 26774 ! Debug: list unsigned char page = [S+$C+4] (used reg = ) 26775 6D67 8A46 06 mov al,6[bp] 26776 6D6A 30E4 xor ah,ah 26777 6D6C 50 push ax 26778 ! Debug: func () void = biosfn_set_cursor_pos+0 (used reg = ) 26779 6D6D E8 D5D2 call _biosfn_set_cursor_pos 26780 6D70 83C4 04 add sp,*4 26781 !BCC_EOS 26782 ! 3811 } 26783 00006D73 .243: 26784 6D73 89EC mov sp,bp 26785 6D75 5D pop bp 26786 6D76 C3 ret 26787 ! 3812 #asm 26788 !BCC_ASM 26789 00000008 _biosfn_write_string.count set 8 26790 0000000E _biosfn_write_string.seg set $E 26791 0000000C _biosfn_write_string.col set $C 26792 00000002 _biosfn_write_string.flag set 2 26793 00000006 _biosfn_write_string.attr set 6 26794 00000004 _biosfn_write_string.page set 4 26795 0000000A _biosfn_write_string.row set $A 26796 00000010 _biosfn_write_string.offset set $10 26797 00006D77 biosfn_group_1A: 26798 6D77 3C 00 cmp al, #0x00 26799 6D79 74 05 je biosfn_read_display_code 26800 6D7B 3C 01 cmp al, #0x01 26801 6D7D 74 16 je biosfn_set_display_code 26802 6D7F C3 ret 26803 00006D80 biosfn_read_display_code: 26804 6D80 1E push ds 26805 6D81 50 push ax 26806 6D82 B8 0040 mov ax, # 0x40 26807 6D85 8ED8 mov ds, ax 26808 6D87 BB 008A mov bx, # 0x8A 26809 6D8A 8A07 mov al, [bx] 26810 6D8C 88C3 mov bl, al 26811 6D8E 30FF xor bh, bh 26812 6D90 58 pop ax 26813 6D91 88E0 mov al, ah 26814 6D93 1F pop ds 26815 6D94 C3 ret 26816 00006D95 biosfn_set_display_code: 26817 6D95 1E push ds 26818 6D96 50 push ax 26819 6D97 53 push bx 26820 6D98 B8 0040 mov ax, # 0x40 26821 6D9B 8ED8 mov ds, ax 26822 6D9D 89D8 mov ax, bx 26823 6D9F BB 008A mov bx, # 0x8A 26824 6DA2 8807 mov [bx], al 26825 6DA4 5B pop bx 26826 6DA5 58 pop ax 26827 6DA6 88E0 mov al, ah 26828 6DA8 1F pop ds 26829 6DA9 C3 ret 26830 ! 3846 endasm 26831 !BCC_ENDASM 26832 ! 3847 static void biosfn_read_state_info (BX,ES,DI) 26833 ! Register BX used in function biosfn_write_string 26834 ! 3848 Bit16u BX;Bit16u ES;Bit16u DI; 26835 00006DAA _biosfn_read_state_info: 26836 !BCC_EOS 26837 !BCC_EOS 26838 !BCC_EOS 26839 ! 3849 { 26840 ! 3850 write_word(ES,DI+0x00,&static_functionality); 26841 6DAA 55 push bp 26842 6DAB 89E5 mov bp,sp 26843 ! Debug: list * [$10] unsigned char = static_functionality+0 (used reg = ) 26844 6DAD BB 0F4A mov bx,#_static_functionality 26845 6DB0 53 push bx 26846 ! Debug: add int = const 0 to unsigned short DI = [S+4+6] (used reg = ) 26847 6DB1 8B46 08 mov ax,8[bp] 26848 ! Debug: list unsigned int = ax+0 (used reg = ) 26849 6DB4 50 push ax 26850 ! Debug: list unsigned short ES = [S+6+4] (used reg = ) 26851 6DB5 FF76 06 push 6[bp] 26852 ! Debug: func () void = write_word+0 (used reg = ) 26853 6DB8 E8 0E64 call _write_word 26854 6DBB 89EC mov sp,bp 26855 !BCC_EOS 26856 ! 3851 write_word(ES,DI+0x02,0xC000); 26857 ! Debug: list unsigned int = const $C000 (used reg = ) 26858 6DBD B8 C000 mov ax,#$C000 26859 6DC0 50 push ax 26860 ! Debug: add int = const 2 to unsigned short DI = [S+4+6] (used reg = ) 26861 6DC1 8B46 08 mov ax,8[bp] 26862 ! Debug: list unsigned int = ax+2 (used reg = ) 26863 6DC4 40 inc ax 26864 6DC5 40 inc ax 26865 6DC6 50 push ax 26866 ! Debug: list unsigned short ES = [S+6+4] (used reg = ) 26867 6DC7 FF76 06 push 6[bp] 26868 ! Debug: func () void = write_word+0 (used reg = ) 26869 6DCA E8 0E52 call _write_word 26870 6DCD 89EC mov sp,bp 26871 !BCC_EOS 26872 ! 3852 memcpyb(ES,DI+0x04,0x40,0x49,30); 26873 ! Debug: list int = const $1E (used reg = ) 26874 6DCF B8 001E mov ax,*$1E 26875 6DD2 50 push ax 26876 ! Debug: list int = const $49 (used reg = ) 26877 6DD3 B8 0049 mov ax,*$49 26878 6DD6 50 push ax 26879 ! Debug: list int = const $40 (used reg = ) 26880 6DD7 B8 0040 mov ax,*$40 26881 6DDA 50 push ax 26882 ! Debug: add int = const 4 to unsigned short DI = [S+8+6] (used reg = ) 26883 6DDB 8B46 08 mov ax,8[bp] 26884 ! Debug: list unsigned int = ax+4 (used reg = ) 26885 6DDE 05 0004 add ax,*4 26886 6DE1 50 push ax 26887 ! Debug: list unsigned short ES = [S+$A+4] (used reg = ) 26888 6DE2 FF76 06 push 6[bp] 26889 ! Debug: func () void = memcpyb+0 (used reg = ) 26890 6DE5 E8 0D99 call _memcpyb 26891 6DE8 89EC mov sp,bp 26892 !BCC_EOS 26893 ! 3853 memcpyb(ES,DI+0x22,0x40,0x84,3); 26894 ! Debug: list int = const 3 (used reg = ) 26895 6DEA B8 0003 mov ax,*3 26896 6DED 50 push ax 26897 ! Debug: list int = const $84 (used reg = ) 26898 6DEE B8 0084 mov ax,#$84 26899 6DF1 50 push ax 26900 ! Debug: list int = const $40 (used reg = ) 26901 6DF2 B8 0040 mov ax,*$40 26902 6DF5 50 push ax 26903 ! Debug: add int = const $22 to unsigned short DI = [S+8+6] (used reg = ) 26904 6DF6 8B46 08 mov ax,8[bp] 26905 ! Debug: list unsigned int = ax+$22 (used reg = ) 26906 6DF9 05 0022 add ax,*$22 26907 6DFC 50 push ax 26908 ! Debug: list unsigned short ES = [S+$A+4] (used reg = ) 26909 6DFD FF76 06 push 6[bp] 26910 ! Debug: func () void = memcpyb+0 (used reg = ) 26911 6E00 E8 0D7E call _memcpyb 26912 6E03 89EC mov sp,bp 26913 !BCC_EOS 26914 ! 3854 write_byte(ES,DI+0x25,read_byte(0x40,0x8A)); 26915 ! Debug: list int = const $8A (used reg = ) 26916 6E05 B8 008A mov ax,#$8A 26917 6E08 50 push ax 26918 ! Debug: list int = const $40 (used reg = ) 26919 6E09 B8 0040 mov ax,*$40 26920 6E0C 50 push ax 26921 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 26922 6E0D E8 0DD1 call _read_byte 26923 6E10 89EC mov sp,bp 26924 ! Debug: list unsigned char = al+0 (used reg = ) 26925 6E12 30E4 xor ah,ah 26926 6E14 50 push ax 26927 ! Debug: add int = const $25 to unsigned short DI = [S+4+6] (used reg = ) 26928 6E15 8B46 08 mov ax,8[bp] 26929 ! Debug: list unsigned int = ax+$25 (used reg = ) 26930 6E18 05 0025 add ax,*$25 26931 6E1B 50 push ax 26932 ! Debug: list unsigned short ES = [S+6+4] (used reg = ) 26933 6E1C FF76 06 push 6[bp] 26934 ! Debug: func () void = write_byte+0 (used reg = ) 26935 6E1F E8 0DE5 call _write_byte 26936 6E22 89EC mov sp,bp 26937 !BCC_EOS 26938 ! 3855 write_byte(ES,DI+0x26,0); 26939 ! Debug: list int = const 0 (used reg = ) 26940 6E24 31C0 xor ax,ax 26941 6E26 50 push ax 26942 ! Debug: add int = const $26 to unsigned short DI = [S+4+6] (used reg = ) 26943 6E27 8B46 08 mov ax,8[bp] 26944 ! Debug: list unsigned int = ax+$26 (used reg = ) 26945 6E2A 05 0026 add ax,*$26 26946 6E2D 50 push ax 26947 ! Debug: list unsigned short ES = [S+6+4] (used reg = ) 26948 6E2E FF76 06 push 6[bp] 26949 ! Debug: func () void = write_byte+0 (used reg = ) 26950 6E31 E8 0DD3 call _write_byte 26951 6E34 89EC mov sp,bp 26952 !BCC_EOS 26953 ! 3856 write_byte(ES,DI+0x27,16); 26954 ! Debug: list int = const $10 (used reg = ) 26955 6E36 B8 0010 mov ax,*$10 26956 6E39 50 push ax 26957 ! Debug: add int = const $27 to unsigned short DI = [S+4+6] (used reg = ) 26958 6E3A 8B46 08 mov ax,8[bp] 26959 ! Debug: list unsigned int = ax+$27 (used reg = ) 26960 6E3D 05 0027 add ax,*$27 26961 6E40 50 push ax 26962 ! Debug: list unsigned short ES = [S+6+4] (used reg = ) 26963 6E41 FF76 06 push 6[bp] 26964 ! Debug: func () void = write_byte+0 (used reg = ) 26965 6E44 E8 0DC0 call _write_byte 26966 6E47 89EC mov sp,bp 26967 !BCC_EOS 26968 ! 3857 write_byte(ES,DI+0x28,0); 26969 ! Debug: list int = const 0 (used reg = ) 26970 6E49 31C0 xor ax,ax 26971 6E4B 50 push ax 26972 ! Debug: add int = const $28 to unsigned short DI = [S+4+6] (used reg = ) 26973 6E4C 8B46 08 mov ax,8[bp] 26974 ! Debug: list unsigned int = ax+$28 (used reg = ) 26975 6E4F 05 0028 add ax,*$28 26976 6E52 50 push ax 26977 ! Debug: list unsigned short ES = [S+6+4] (used reg = ) 26978 6E53 FF76 06 push 6[bp] 26979 ! Debug: func () void = write_byte+0 (used reg = ) 26980 6E56 E8 0DAE call _write_byte 26981 6E59 89EC mov sp,bp 26982 !BCC_EOS 26983 ! 3858 write_byte(ES,DI+0x29,8); 26984 ! Debug: list int = const 8 (used reg = ) 26985 6E5B B8 0008 mov ax,*8 26986 6E5E 50 push ax 26987 ! Debug: add int = const $29 to unsigned short DI = [S+4+6] (used reg = ) 26988 6E5F 8B46 08 mov ax,8[bp] 26989 ! Debug: list unsigned int = ax+$29 (used reg = ) 26990 6E62 05 0029 add ax,*$29 26991 6E65 50 push ax 26992 ! Debug: list unsigned short ES = [S+6+4] (used reg = ) 26993 6E66 FF76 06 push 6[bp] 26994 ! Debug: func () void = write_byte+0 (used reg = ) 26995 6E69 E8 0D9B call _write_byte 26996 6E6C 89EC mov sp,bp 26997 !BCC_EOS 26998 ! 3859 write_byte(ES,DI+0x2a,2); 26999 ! Debug: list int = const 2 (used reg = ) 27000 6E6E B8 0002 mov ax,*2 27001 6E71 50 push ax 27002 ! Debug: add int = const $2A to unsigned short DI = [S+4+6] (used reg = ) 27003 6E72 8B46 08 mov ax,8[bp] 27004 ! Debug: list unsigned int = ax+$2A (used reg = ) 27005 6E75 05 002A add ax,*$2A 27006 6E78 50 push ax 27007 ! Debug: list unsigned short ES = [S+6+4] (used reg = ) 27008 6E79 FF76 06 push 6[bp] 27009 ! Debug: func () void = write_byte+0 (used reg = ) 27010 6E7C E8 0D88 call _write_byte 27011 6E7F 89EC mov sp,bp 27012 !BCC_EOS 27013 ! 3860 write_byte(ES,DI+0x2b,0); 27014 ! Debug: list int = const 0 (used reg = ) 27015 6E81 31C0 xor ax,ax 27016 6E83 50 push ax 27017 ! Debug: add int = const $2B to unsigned short DI = [S+4+6] (used reg = ) 27018 6E84 8B46 08 mov ax,8[bp] 27019 ! Debug: list unsigned int = ax+$2B (used reg = ) 27020 6E87 05 002B add ax,*$2B 27021 6E8A 50 push ax 27022 ! Debug: list unsigned short ES = [S+6+4] (used reg = ) 27023 6E8B FF76 06 push 6[bp] 27024 ! Debug: func () void = write_byte+0 (used reg = ) 27025 6E8E E8 0D76 call _write_byte 27026 6E91 89EC mov sp,bp 27027 !BCC_EOS 27028 ! 3861 write_byte(ES,DI+0x2c,0); 27029 ! Debug: list int = const 0 (used reg = ) 27030 6E93 31C0 xor ax,ax 27031 6E95 50 push ax 27032 ! Debug: add int = const $2C to unsigned short DI = [S+4+6] (used reg = ) 27033 6E96 8B46 08 mov ax,8[bp] 27034 ! Debug: list unsigned int = ax+$2C (used reg = ) 27035 6E99 05 002C add ax,*$2C 27036 6E9C 50 push ax 27037 ! Debug: list unsigned short ES = [S+6+4] (used reg = ) 27038 6E9D FF76 06 push 6[bp] 27039 ! Debug: func () void = write_byte+0 (used reg = ) 27040 6EA0 E8 0D64 call _write_byte 27041 6EA3 89EC mov sp,bp 27042 !BCC_EOS 27043 ! 3862 write_byte(ES,DI+0x31,3); 27044 ! Debug: list int = const 3 (used reg = ) 27045 6EA5 B8 0003 mov ax,*3 27046 6EA8 50 push ax 27047 ! Debug: add int = const $31 to unsigned short DI = [S+4+6] (used reg = ) 27048 6EA9 8B46 08 mov ax,8[bp] 27049 ! Debug: list unsigned int = ax+$31 (used reg = ) 27050 6EAC 05 0031 add ax,*$31 27051 6EAF 50 push ax 27052 ! Debug: list unsigned short ES = [S+6+4] (used reg = ) 27053 6EB0 FF76 06 push 6[bp] 27054 ! Debug: func () void = write_byte+0 (used reg = ) 27055 6EB3 E8 0D51 call _write_byte 27056 6EB6 89EC mov sp,bp 27057 !BCC_EOS 27058 ! 3863 write_byte(ES,DI+0x32,0); 27059 ! Debug: list int = const 0 (used reg = ) 27060 6EB8 31C0 xor ax,ax 27061 6EBA 50 push ax 27062 ! Debug: add int = const $32 to unsigned short DI = [S+4+6] (used reg = ) 27063 6EBB 8B46 08 mov ax,8[bp] 27064 ! Debug: list unsigned int = ax+$32 (used reg = ) 27065 6EBE 05 0032 add ax,*$32 27066 6EC1 50 push ax 27067 ! Debug: list unsigned short ES = [S+6+4] (used reg = ) 27068 6EC2 FF76 06 push 6[bp] 27069 ! Debug: func () void = write_byte+0 (used reg = ) 27070 6EC5 E8 0D3F call _write_byte 27071 6EC8 89EC mov sp,bp 27072 !BCC_EOS 27073 ! 3864 memsetb(ES,DI+0x33,0,13); 27074 ! Debug: list int = const $D (used reg = ) 27075 6ECA B8 000D mov ax,*$D 27076 6ECD 50 push ax 27077 ! Debug: list int = const 0 (used reg = ) 27078 6ECE 31C0 xor ax,ax 27079 6ED0 50 push ax 27080 ! Debug: add int = const $33 to unsigned short DI = [S+6+6] (used reg = ) 27081 6ED1 8B46 08 mov ax,8[bp] 27082 ! Debug: list unsigned int = ax+$33 (used reg = ) 27083 6ED4 05 0033 add ax,*$33 27084 6ED7 50 push ax 27085 ! Debug: list unsigned short ES = [S+8+4] (used reg = ) 27086 6ED8 FF76 06 push 6[bp] 27087 ! Debug: func () void = memsetb+0 (used reg = ) 27088 6EDB E8 0C59 call _memsetb 27089 6EDE 89EC mov sp,bp 27090 !BCC_EOS 27091 ! 3865 } 27092 6EE0 5D pop bp 27093 6EE1 C3 ret 27094 ! 3866 static Bit16u biosfn_read_video_state_size2 (CX) 27095 ! Register BX used in function biosfn_read_state_info 27096 ! 3867 Bit16u CX; 27097 00006EE2 _biosfn_read_video_state_size2: 27098 !BCC_EOS 27099 ! 3868 { 27100 ! 3869 Bit16u size; 27101 !BCC_EOS 27102 ! 3870 size = 0; 27103 6EE2 55 push bp 27104 6EE3 89E5 mov bp,sp 27105 6EE5 4C dec sp 27106 6EE6 4C dec sp 27107 ! Debug: eq int = const 0 to unsigned short size = [S+4-4] (used reg = ) 27108 6EE7 31C0 xor ax,ax 27109 6EE9 8946 FE mov -2[bp],ax 27110 !BCC_EOS 27111 ! 3871 if (CX & 1) { 27112 ! Debug: and int = const 1 to unsigned short CX = [S+4+2] (used reg = ) 27113 6EEC 8A46 04 mov al,4[bp] 27114 6EEF 24 01 and al,*1 27115 6EF1 84C0 test al,al 27116 6EF3 74 09 je .245 27117 00006EF5 .246: 27118 ! 3872 size += 0x46; 27119 ! Debug: addab int = const $46 to unsigned short size = [S+4-4] (used reg = ) 27120 6EF5 8B46 FE mov ax,-2[bp] 27121 6EF8 05 0046 add ax,*$46 27122 6EFB 8946 FE mov -2[bp],ax 27123 !BCC_EOS 27124 ! 3873 } 27125 ! 3874 if (CX & 2) { 27126 00006EFE .245: 27127 ! Debug: and int = const 2 to unsigned short CX = [S+4+2] (used reg = ) 27128 6EFE 8A46 04 mov al,4[bp] 27129 6F01 24 02 and al,*2 27130 6F03 84C0 test al,al 27131 6F05 74 09 je .247 27132 00006F07 .248: 27133 ! 3875 size += (5 + 8 + 5) * 2 + 6; 27134 ! Debug: addab int = const $2A to unsigned short size = [S+4-4] (used reg = ) 27135 6F07 8B46 FE mov ax,-2[bp] 27136 6F0A 05 002A add ax,*$2A 27137 6F0D 8946 FE mov -2[bp],ax 27138 !BCC_EOS 27139 ! 3876 } 27140 ! 3877 if (CX & 4) { 27141 00006F10 .247: 27142 ! Debug: and int = const 4 to unsigned short CX = [S+4+2] (used reg = ) 27143 6F10 8A46 04 mov al,4[bp] 27144 6F13 24 04 and al,*4 27145 6F15 84C0 test al,al 27146 6F17 74 09 je .249 27147 00006F19 .24A: 27148 ! 3878 size += 3 + 256 * 3 + 1; 27149 ! Debug: addab int = const $304 to unsigned short size = [S+4-4] (used reg = ) 27150 6F19 8B46 FE mov ax,-2[bp] 27151 6F1C 05 0304 add ax,#$304 27152 6F1F 8946 FE mov -2[bp],ax 27153 !BCC_EOS 27154 ! 3879 } 27155 ! 3880 return size; 27156 00006F22 .249: 27157 6F22 8B46 FE mov ax,-2[bp] 27158 6F25 89EC mov sp,bp 27159 6F27 5D pop bp 27160 6F28 C3 ret 27161 !BCC_EOS 27162 ! 3881 } 27163 ! 3882 static void biosfn_read_video_state_size (CX, BX) 27164 ! 3883 Bit16u CX; Bit16u *BX; 27165 00006F29 _biosfn_read_video_state_size: 27166 !BCC_EOS 27167 !BCC_EOS 27168 ! 3884 { 27169 ! 3885 Bit16u ss=get_SS(); 27170 6F29 55 push bp 27171 6F2A 89E5 mov bp,sp 27172 6F2C 4C dec sp 27173 6F2D 4C dec sp 27174 ! Debug: func () unsigned short = get_SS+0 (used reg = ) 27175 6F2E E8 0D3C call _get_SS 27176 ! Debug: eq unsigned short = ax+0 to unsigned short ss = [S+4-4] (used reg = ) 27177 6F31 8946 FE mov -2[bp],ax 27178 !BCC_EOS 27179 ! 3886 write_word(ss, BX, biosfn_read_video_state_size2(CX)); 27180 ! Debug: list unsigned short CX = [S+4+2] (used reg = ) 27181 6F34 FF76 04 push 4[bp] 27182 ! Debug: func () unsigned short = biosfn_read_video_state_size2+0 (used reg = ) 27183 6F37 E8 FFA8 call _biosfn_read_video_state_size2 27184 6F3A 44 inc sp 27185 6F3B 44 inc sp 27186 ! Debug: list unsigned short = ax+0 (used reg = ) 27187 6F3C 50 push ax 27188 ! Debug: list * unsigned short BX = [S+6+4] (used reg = ) 27189 6F3D FF76 06 push 6[bp] 27190 ! Debug: list unsigned short ss = [S+8-4] (used reg = ) 27191 6F40 FF76 FE push -2[bp] 27192 ! Debug: func () void = write_word+0 (used reg = ) 27193 6F43 E8 0CD9 call _write_word 27194 6F46 83C4 06 add sp,*6 27195 !BCC_EOS 27196 ! 3887 } 27197 6F49 89EC mov sp,bp 27198 6F4B 5D pop bp 27199 6F4C C3 ret 27200 ! 3888 static Bit16u biosfn_save_video_state (CX,ES,BX) 27201 ! 3889 Bit16u CX;Bit16u ES;Bit16u BX; 27202 00006F4D _biosfn_save_video_state: 27203 !BCC_EOS 27204 !BCC_EOS 27205 !BCC_EOS 27206 ! 3890 { 27207 ! 3891 Bit16u i, v, crtc_addr, ar_index; 27208 !BCC_EOS 27209 ! 3892 crtc_addr = read_word(0x40, 0x63); 27210 6F4D 55 push bp 27211 6F4E 89E5 mov bp,sp 27212 6F50 83C4 F8 add sp,*-8 27213 ! Debug: list int = const $63 (used reg = ) 27214 6F53 B8 0063 mov ax,*$63 27215 6F56 50 push ax 27216 ! Debug: list int = const $40 (used reg = ) 27217 6F57 B8 0040 mov ax,*$40 27218 6F5A 50 push ax 27219 ! Debug: func () unsigned short = read_word+0 (used reg = ) 27220 6F5B E8 0C96 call _read_word 27221 6F5E 83C4 04 add sp,*4 27222 ! Debug: eq unsigned short = ax+0 to unsigned short crtc_addr = [S+$A-8] (used reg = ) 27223 6F61 8946 FA mov -6[bp],ax 27224 !BCC_EOS 27225 ! 3893 if (CX & 1) { 27226 ! Debug: and int = const 1 to unsigned short CX = [S+$A+2] (used reg = ) 27227 6F64 8A46 04 mov al,4[bp] 27228 6F67 24 01 and al,*1 27229 6F69 84C0 test al,al 27230 6F6B 0F84 0266 beq .24B 27231 00006F6F .24C: 27232 ! 3894 write_byte(ES, BX, inb(0x3c4)); BX++; 27233 ! Debug: list int = const $3C4 (used reg = ) 27234 6F6F B8 03C4 mov ax,#$3C4 27235 6F72 50 push ax 27236 ! Debug: func () unsigned char = inb+0 (used reg = ) 27237 6F73 E8 0CC1 call _inb 27238 6F76 44 inc sp 27239 6F77 44 inc sp 27240 ! Debug: list unsigned char = al+0 (used reg = ) 27241 6F78 30E4 xor ah,ah 27242 6F7A 50 push ax 27243 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 27244 6F7B FF76 08 push 8[bp] 27245 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 27246 6F7E FF76 06 push 6[bp] 27247 ! Debug: func () void = write_byte+0 (used reg = ) 27248 6F81 E8 0C83 call _write_byte 27249 6F84 83C4 06 add sp,*6 27250 !BCC_EOS 27251 ! Debug: postinc unsigned short BX = [S+$A+6] (used reg = ) 27252 6F87 8B46 08 mov ax,8[bp] 27253 6F8A 40 inc ax 27254 6F8B 8946 08 mov 8[bp],ax 27255 !BCC_EOS 27256 ! 3895 write_byte(ES, BX, inb(crtc_addr)); BX++; 27257 ! Debug: list unsigned short crtc_addr = [S+$A-8] (used reg = ) 27258 6F8E FF76 FA push -6[bp] 27259 ! Debug: func () unsigned char = inb+0 (used reg = ) 27260 6F91 E8 0CA3 call _inb 27261 6F94 44 inc sp 27262 6F95 44 inc sp 27263 ! Debug: list unsigned char = al+0 (used reg = ) 27264 6F96 30E4 xor ah,ah 27265 6F98 50 push ax 27266 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 27267 6F99 FF76 08 push 8[bp] 27268 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 27269 6F9C FF76 06 push 6[bp] 27270 ! Debug: func () void = write_byte+0 (used reg = ) 27271 6F9F E8 0C65 call _write_byte 27272 6FA2 83C4 06 add sp,*6 27273 !BCC_EOS 27274 ! Debug: postinc unsigned short BX = [S+$A+6] (used reg = ) 27275 6FA5 8B46 08 mov ax,8[bp] 27276 6FA8 40 inc ax 27277 6FA9 8946 08 mov 8[bp],ax 27278 !BCC_EOS 27279 ! 3896 write_byte(ES, BX, inb(0x3ce)); BX++; 27280 ! Debug: list int = const $3CE (used reg = ) 27281 6FAC B8 03CE mov ax,#$3CE 27282 6FAF 50 push ax 27283 ! Debug: func () unsigned char = inb+0 (used reg = ) 27284 6FB0 E8 0C84 call _inb 27285 6FB3 44 inc sp 27286 6FB4 44 inc sp 27287 ! Debug: list unsigned char = al+0 (used reg = ) 27288 6FB5 30E4 xor ah,ah 27289 6FB7 50 push ax 27290 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 27291 6FB8 FF76 08 push 8[bp] 27292 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 27293 6FBB FF76 06 push 6[bp] 27294 ! Debug: func () void = write_byte+0 (used reg = ) 27295 6FBE E8 0C46 call _write_byte 27296 6FC1 83C4 06 add sp,*6 27297 !BCC_EOS 27298 ! Debug: postinc unsigned short BX = [S+$A+6] (used reg = ) 27299 6FC4 8B46 08 mov ax,8[bp] 27300 6FC7 40 inc ax 27301 6FC8 8946 08 mov 8[bp],ax 27302 !BCC_EOS 27303 ! 3897 inb(0x3da); 27304 ! Debug: list int = const $3DA (used reg = ) 27305 6FCB B8 03DA mov ax,#$3DA 27306 6FCE 50 push ax 27307 ! Debug: func () unsigned char = inb+0 (used reg = ) 27308 6FCF E8 0C65 call _inb 27309 6FD2 44 inc sp 27310 6FD3 44 inc sp 27311 !BCC_EOS 27312 ! 3898 ar_index = inb(0x3c0); 27313 ! Debug: list int = const $3C0 (used reg = ) 27314 6FD4 B8 03C0 mov ax,#$3C0 27315 6FD7 50 push ax 27316 ! Debug: func () unsigned char = inb+0 (used reg = ) 27317 6FD8 E8 0C5C call _inb 27318 6FDB 44 inc sp 27319 6FDC 44 inc sp 27320 ! Debug: eq unsigned char = al+0 to unsigned short ar_index = [S+$A-$A] (used reg = ) 27321 6FDD 30E4 xor ah,ah 27322 6FDF 8946 F8 mov -8[bp],ax 27323 !BCC_EOS 27324 ! 3899 write_byte(ES, BX, ar_index); BX++; 27325 ! Debug: list unsigned short ar_index = [S+$A-$A] (used reg = ) 27326 6FE2 FF76 F8 push -8[bp] 27327 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 27328 6FE5 FF76 08 push 8[bp] 27329 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 27330 6FE8 FF76 06 push 6[bp] 27331 ! Debug: func () void = write_byte+0 (used reg = ) 27332 6FEB E8 0C19 call _write_byte 27333 6FEE 83C4 06 add sp,*6 27334 !BCC_EOS 27335 ! Debug: postinc unsigned short BX = [S+$A+6] (used reg = ) 27336 6FF1 8B46 08 mov ax,8[bp] 27337 6FF4 40 inc ax 27338 6FF5 8946 08 mov 8[bp],ax 27339 !BCC_EOS 27340 ! 3900 write_byte(ES, BX, inb(0x3ca)); BX++; 27341 ! Debug: list int = const $3CA (used reg = ) 27342 6FF8 B8 03CA mov ax,#$3CA 27343 6FFB 50 push ax 27344 ! Debug: func () unsigned char = inb+0 (used reg = ) 27345 6FFC E8 0C38 call _inb 27346 6FFF 44 inc sp 27347 7000 44 inc sp 27348 ! Debug: list unsigned char = al+0 (used reg = ) 27349 7001 30E4 xor ah,ah 27350 7003 50 push ax 27351 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 27352 7004 FF76 08 push 8[bp] 27353 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 27354 7007 FF76 06 push 6[bp] 27355 ! Debug: func () void = write_byte+0 (used reg = ) 27356 700A E8 0BFA call _write_byte 27357 700D 83C4 06 add sp,*6 27358 !BCC_EOS 27359 ! Debug: postinc unsigned short BX = [S+$A+6] (used reg = ) 27360 7010 8B46 08 mov ax,8[bp] 27361 7013 40 inc ax 27362 7014 8946 08 mov 8[bp],ax 27363 !BCC_EOS 27364 ! 3901 for(i=1;i<=4;i++){ 27365 ! Debug: eq int = const 1 to unsigned short i = [S+$A-4] (used reg = ) 27366 7017 B8 0001 mov ax,*1 27367 701A 8946 FE mov -2[bp],ax 27368 !BCC_EOS 27369 !BCC_EOS 27370 701D EB 33 jmp .24F 27371 0000701F .250: 27372 ! 3902 outb(0x3c4, i); 27373 ! Debug: list unsigned short i = [S+$A-4] (used reg = ) 27374 701F FF76 FE push -2[bp] 27375 ! Debug: list int = const $3C4 (used reg = ) 27376 7022 B8 03C4 mov ax,#$3C4 27377 7025 50 push ax 27378 ! Debug: func () void = outb+0 (used reg = ) 27379 7026 E8 0C24 call _outb 27380 7029 83C4 04 add sp,*4 27381 !BCC_EOS 27382 ! 3903 write_byte(ES, BX, inb(0x3c5)); BX++; 27383 ! Debug: list int = const $3C5 (used reg = ) 27384 702C B8 03C5 mov ax,#$3C5 27385 702F 50 push ax 27386 ! Debug: func () unsigned char = inb+0 (used reg = ) 27387 7030 E8 0C04 call _inb 27388 7033 44 inc sp 27389 7034 44 inc sp 27390 ! Debug: list unsigned char = al+0 (used reg = ) 27391 7035 30E4 xor ah,ah 27392 7037 50 push ax 27393 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 27394 7038 FF76 08 push 8[bp] 27395 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 27396 703B FF76 06 push 6[bp] 27397 ! Debug: func () void = write_byte+0 (used reg = ) 27398 703E E8 0BC6 call _write_byte 27399 7041 83C4 06 add sp,*6 27400 !BCC_EOS 27401 ! Debug: postinc unsigned short BX = [S+$A+6] (used reg = ) 27402 7044 8B46 08 mov ax,8[bp] 27403 7047 40 inc ax 27404 7048 8946 08 mov 8[bp],ax 27405 !BCC_EOS 27406 ! 3904 } 27407 ! 3905 outb(0x3c4, 0); 27408 0000704B .24E: 27409 ! Debug: postinc unsigned short i = [S+$A-4] (used reg = ) 27410 704B 8B46 FE mov ax,-2[bp] 27411 704E 40 inc ax 27412 704F 8946 FE mov -2[bp],ax 27413 00007052 .24F: 27414 ! Debug: le int = const 4 to unsigned short i = [S+$A-4] (used reg = ) 27415 7052 8B46 FE mov ax,-2[bp] 27416 7055 3D 0004 cmp ax,*4 27417 7058 76 C5 jbe .250 27418 0000705A .251: 27419 0000705A .24D: 27420 ! Debug: list int = const 0 (used reg = ) 27421 705A 31C0 xor ax,ax 27422 705C 50 push ax 27423 ! Debug: list int = const $3C4 (used reg = ) 27424 705D B8 03C4 mov ax,#$3C4 27425 7060 50 push ax 27426 ! Debug: func () void = outb+0 (used reg = ) 27427 7061 E8 0BE9 call _outb 27428 7064 83C4 04 add sp,*4 27429 !BCC_EOS 27430 ! 3906 write_byte(ES, BX, inb(0x3c5)); BX 27431 ! Debug: list int = const $3C5 (used reg = ) 27432 7067 B8 03C5 mov ax,#$3C5 27433 706A 50 push ax 27434 ! Debug: func () unsigned char = inb+0 (used reg = ) 27435 706B E8 0BC9 call _inb 27436 706E 44 inc sp 27437 706F 44 inc sp 27438 ! Debug: list unsigned char = al+0 (used reg = ) 27439 7070 30E4 xor ah,ah 27440 7072 50 push ax 27441 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 27442 7073 FF76 08 push 8[bp] 27443 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 27444 7076 FF76 06 push 6[bp] 27445 ! Debug: func () void = write_byte+0 (used reg = ) 27446 7079 E8 0B8B call _write_byte 27447 707C 83C4 06 add sp,*6 27448 !BCC_EOS 27449 ! 3906 ++; 27450 ! Debug: postinc unsigned short BX = [S+$A+6] (used reg = ) 27451 707F 8B46 08 mov ax,8[bp] 27452 7082 40 inc ax 27453 7083 8946 08 mov 8[bp],ax 27454 !BCC_EOS 27455 ! 3907 for(i=0;i<=0x18;i++) { 27456 ! Debug: eq int = const 0 to unsigned short i = [S+$A-4] (used reg = ) 27457 7086 31C0 xor ax,ax 27458 7088 8946 FE mov -2[bp],ax 27459 !BCC_EOS 27460 !BCC_EOS 27461 708B EB 33 jmp .254 27462 0000708D .255: 27463 ! 3908 outb(crtc_addr,i); 27464 ! Debug: list unsigned short i = [S+$A-4] (used reg = ) 27465 708D FF76 FE push -2[bp] 27466 ! Debug: list unsigned short crtc_addr = [S+$C-8] (used reg = ) 27467 7090 FF76 FA push -6[bp] 27468 ! Debug: func () void = outb+0 (used reg = ) 27469 7093 E8 0BB7 call _outb 27470 7096 83C4 04 add sp,*4 27471 !BCC_EOS 27472 ! 3909 write_byte(ES, BX, inb(crtc_addr+1)); BX++; 27473 ! Debug: add int = const 1 to unsigned short crtc_addr = [S+$A-8] (used reg = ) 27474 7099 8B46 FA mov ax,-6[bp] 27475 ! Debug: list unsigned int = ax+1 (used reg = ) 27476 709C 40 inc ax 27477 709D 50 push ax 27478 ! Debug: func () unsigned char = inb+0 (used reg = ) 27479 709E E8 0B96 call _inb 27480 70A1 44 inc sp 27481 70A2 44 inc sp 27482 ! Debug: list unsigned char = al+0 (used reg = ) 27483 70A3 30E4 xor ah,ah 27484 70A5 50 push ax 27485 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 27486 70A6 FF76 08 push 8[bp] 27487 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 27488 70A9 FF76 06 push 6[bp] 27489 ! Debug: func () void = write_byte+0 (used reg = ) 27490 70AC E8 0B58 call _write_byte 27491 70AF 83C4 06 add sp,*6 27492 !BCC_EOS 27493 ! Debug: postinc unsigned short BX = [S+$A+6] (used reg = ) 27494 70B2 8B46 08 mov ax,8[bp] 27495 70B5 40 inc ax 27496 70B6 8946 08 mov 8[bp],ax 27497 !BCC_EOS 27498 ! 3910 } 27499 ! 3911 for(i=0;i<=0x13;i++) { 27500 000070B9 .253: 27501 ! Debug: postinc unsigned short i = [S+$A-4] (used reg = ) 27502 70B9 8B46 FE mov ax,-2[bp] 27503 70BC 40 inc ax 27504 70BD 8946 FE mov -2[bp],ax 27505 000070C0 .254: 27506 ! Debug: le int = const $18 to unsigned short i = [S+$A-4] (used reg = ) 27507 70C0 8B46 FE mov ax,-2[bp] 27508 70C3 3D 0018 cmp ax,*$18 27509 70C6 76 C5 jbe .255 27510 000070C8 .256: 27511 000070C8 .252: 27512 ! Debug: eq int = const 0 to unsigned short i = [S+$A-4] (used reg = ) 27513 70C8 31C0 xor ax,ax 27514 70CA 8946 FE mov -2[bp],ax 27515 !BCC_EOS 27516 !BCC_EOS 27517 70CD EB 44 jmp .259 27518 000070CF .25A: 27519 ! 3912 inb(0x3da); 27520 ! Debug: list int = const $3DA (used reg = ) 27521 70CF B8 03DA mov ax,#$3DA 27522 70D2 50 push ax 27523 ! Debug: func () unsigned char = inb+0 (used reg = ) 27524 70D3 E8 0B61 call _inb 27525 70D6 44 inc sp 27526 70D7 44 inc sp 27527 !BCC_EOS 27528 ! 3913 outb(0x3c0, i | (ar_index & 0x20)); 27529 ! Debug: and int = const $20 to unsigned short ar_index = [S+$A-$A] (used reg = ) 27530 70D8 8A46 F8 mov al,-8[bp] 27531 70DB 24 20 and al,*$20 27532 ! Debug: or unsigned char = al+0 to unsigned short i = [S+$A-4] (used reg = ) 27533 ! Debug: expression subtree swapping 27534 70DD 30E4 xor ah,ah 27535 70DF 0B46 FE or ax,-2[bp] 27536 ! Debug: list unsigned int = ax+0 (used reg = ) 27537 70E2 50 push ax 27538 ! Debug: list int = const $3C0 (used reg = ) 27539 70E3 B8 03C0 mov ax,#$3C0 27540 70E6 50 push ax 27541 ! Debug: func () void = outb+0 (used reg = ) 27542 70E7 E8 0B63 call _outb 27543 70EA 83C4 04 add sp,*4 27544 !BCC_EOS 27545 ! 3914 write_byte(ES, BX, inb(0x3c1)); BX++; 27546 ! Debug: list int = const $3C1 (used reg = ) 27547 70ED B8 03C1 mov ax,#$3C1 27548 70F0 50 push ax 27549 ! Debug: func () unsigned char = inb+0 (used reg = ) 27550 70F1 E8 0B43 call _inb 27551 70F4 44 inc sp 27552 70F5 44 inc sp 27553 ! Debug: list unsigned char = al+0 (used reg = ) 27554 70F6 30E4 xor ah,ah 27555 70F8 50 push ax 27556 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 27557 70F9 FF76 08 push 8[bp] 27558 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 27559 70FC FF76 06 push 6[bp] 27560 ! Debug: func () void = write_byte+0 (used reg = ) 27561 70FF E8 0B05 call _write_byte 27562 7102 83C4 06 add sp,*6 27563 !BCC_EOS 27564 ! Debug: postinc unsigned short BX = [S+$A+6] (used reg = ) 27565 7105 8B46 08 mov ax,8[bp] 27566 7108 40 inc ax 27567 7109 8946 08 mov 8[bp],ax 27568 !BCC_EOS 27569 ! 3915 } 27570 ! 3916 inb(0x3da); 27571 0000710C .258: 27572 ! Debug: postinc unsigned short i = [S+$A-4] (used reg = ) 27573 710C 8B46 FE mov ax,-2[bp] 27574 710F 40 inc ax 27575 7110 8946 FE mov -2[bp],ax 27576 00007113 .259: 27577 ! Debug: le int = const $13 to unsigned short i = [S+$A-4] (used reg = ) 27578 7113 8B46 FE mov ax,-2[bp] 27579 7116 3D 0013 cmp ax,*$13 27580 7119 76 B4 jbe .25A 27581 0000711B .25B: 27582 0000711B .257: 27583 ! Debug: list int = const $3DA (used reg = ) 27584 711B B8 03DA mov ax,#$3DA 27585 711E 50 push ax 27586 ! Debug: func () unsigned char = inb+0 (used reg = ) 27587 711F E8 0B15 call _inb 27588 7122 44 inc sp 27589 7123 44 inc sp 27590 !BCC_EOS 27591 ! 3917 for(i=0;i<=8;i++) { 27592 ! Debug: eq int = const 0 to unsigned short i = [S+$A-4] (used reg = ) 27593 7124 31C0 xor ax,ax 27594 7126 8946 FE mov -2[bp],ax 27595 !BCC_EOS 27596 !BCC_EOS 27597 7129 EB 33 jmp .25E 27598 0000712B .25F: 27599 ! 3918 outb(0x3ce,i); 27600 ! Debug: list unsigned short i = [S+$A-4] (used reg = ) 27601 712B FF76 FE push -2[bp] 27602 ! Debug: list int = const $3CE (used reg = ) 27603 712E B8 03CE mov ax,#$3CE 27604 7131 50 push ax 27605 ! Debug: func () void = outb+0 (used reg = ) 27606 7132 E8 0B18 call _outb 27607 7135 83C4 04 add sp,*4 27608 !BCC_EOS 27609 ! 3919 write_byte(ES, BX, inb(0x3cf)); BX++; 27610 ! Debug: list int = const $3CF (used reg = ) 27611 7138 B8 03CF mov ax,#$3CF 27612 713B 50 push ax 27613 ! Debug: func () unsigned char = inb+0 (used reg = ) 27614 713C E8 0AF8 call _inb 27615 713F 44 inc sp 27616 7140 44 inc sp 27617 ! Debug: list unsigned char = al+0 (used reg = ) 27618 7141 30E4 xor ah,ah 27619 7143 50 push ax 27620 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 27621 7144 FF76 08 push 8[bp] 27622 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 27623 7147 FF76 06 push 6[bp] 27624 ! Debug: func () void = write_byte+0 (used reg = ) 27625 714A E8 0ABA call _write_byte 27626 714D 83C4 06 add sp,*6 27627 !BCC_EOS 27628 ! Debug: postinc unsigned short BX = [S+$A+6] (used reg = ) 27629 7150 8B46 08 mov ax,8[bp] 27630 7153 40 inc ax 27631 7154 8946 08 mov 8[bp],ax 27632 !BCC_EOS 27633 ! 3920 } 27634 ! 3921 write_word(ES, BX, crtc_addr); BX+= 2; 27635 00007157 .25D: 27636 ! Debug: postinc unsigned short i = [S+$A-4] (used reg = ) 27637 7157 8B46 FE mov ax,-2[bp] 27638 715A 40 inc ax 27639 715B 8946 FE mov -2[bp],ax 27640 0000715E .25E: 27641 ! Debug: le int = const 8 to unsigned short i = [S+$A-4] (used reg = ) 27642 715E 8B46 FE mov ax,-2[bp] 27643 7161 3D 0008 cmp ax,*8 27644 7164 76 C5 jbe .25F 27645 00007166 .260: 27646 00007166 .25C: 27647 ! Debug: list unsigned short crtc_addr = [S+$A-8] (used reg = ) 27648 7166 FF76 FA push -6[bp] 27649 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 27650 7169 FF76 08 push 8[bp] 27651 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 27652 716C FF76 06 push 6[bp] 27653 ! Debug: func () void = write_word+0 (used reg = ) 27654 716F E8 0AAD call _write_word 27655 7172 83C4 06 add sp,*6 27656 !BCC_EOS 27657 ! Debug: addab int = const 2 to unsigned short BX = [S+$A+6] (used reg = ) 27658 7175 8B46 08 mov ax,8[bp] 27659 7178 40 inc ax 27660 7179 40 inc ax 27661 717A 8946 08 mov 8[bp],ax 27662 !BCC_EOS 27663 ! 3922 write_byte(ES, BX, 0); BX++; 27664 ! Debug: list int = const 0 (used reg = ) 27665 717D 31C0 xor ax,ax 27666 717F 50 push ax 27667 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 27668 7180 FF76 08 push 8[bp] 27669 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 27670 7183 FF76 06 push 6[bp] 27671 ! Debug: func () void = write_byte+0 (used reg = ) 27672 7186 E8 0A7E call _write_byte 27673 7189 83C4 06 add sp,*6 27674 !BCC_EOS 27675 ! Debug: postinc unsigned short BX = [S+$A+6] (used reg = ) 27676 718C 8B46 08 mov ax,8[bp] 27677 718F 40 inc ax 27678 7190 8946 08 mov 8[bp],ax 27679 !BCC_EOS 27680 ! 3923 write_byte(ES, BX, 0); BX++; 27681 ! Debug: list int = const 0 (used reg = ) 27682 7193 31C0 xor ax,ax 27683 7195 50 push ax 27684 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 27685 7196 FF76 08 push 8[bp] 27686 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 27687 7199 FF76 06 push 6[bp] 27688 ! Debug: func () void = write_byte+0 (used reg = ) 27689 719C E8 0A68 call _write_byte 27690 719F 83C4 06 add sp,*6 27691 !BCC_EOS 27692 ! Debug: postinc unsigned short BX = [S+$A+6] (used reg = ) 27693 71A2 8B46 08 mov ax,8[bp] 27694 71A5 40 inc ax 27695 71A6 8946 08 mov 8[bp],ax 27696 !BCC_EOS 27697 ! 3924 write_byte(ES, BX, 0); BX++; 27698 ! Debug: list int = const 0 (used reg = ) 27699 71A9 31C0 xor ax,ax 27700 71AB 50 push ax 27701 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 27702 71AC FF76 08 push 8[bp] 27703 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 27704 71AF FF76 06 push 6[bp] 27705 ! Debug: func () void = write_byte+0 (used reg = ) 27706 71B2 E8 0A52 call _write_byte 27707 71B5 83C4 06 add sp,*6 27708 !BCC_EOS 27709 ! Debug: postinc unsigned short BX = [S+$A+6] (used reg = ) 27710 71B8 8B46 08 mov ax,8[bp] 27711 71BB 40 inc ax 27712 71BC 8946 08 mov 8[bp],ax 27713 !BCC_EOS 27714 ! 3925 write_byte(ES, BX, 0); BX++; 27715 ! Debug: list int = const 0 (used reg = ) 27716 71BF 31C0 xor ax,ax 27717 71C1 50 push ax 27718 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 27719 71C2 FF76 08 push 8[bp] 27720 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 27721 71C5 FF76 06 push 6[bp] 27722 ! Debug: func () void = write_byte+0 (used reg = ) 27723 71C8 E8 0A3C call _write_byte 27724 71CB 83C4 06 add sp,*6 27725 !BCC_EOS 27726 ! Debug: postinc unsigned short BX = [S+$A+6] (used reg = ) 27727 71CE 8B46 08 mov ax,8[bp] 27728 71D1 40 inc ax 27729 71D2 8946 08 mov 8[bp],ax 27730 !BCC_EOS 27731 ! 3926 } 27732 ! 3927 if (CX & 2) { 27733 000071D5 .24B: 27734 ! Debug: and int = const 2 to unsigned short CX = [S+$A+2] (used reg = ) 27735 71D5 8A46 04 mov al,4[bp] 27736 71D8 24 02 and al,*2 27737 71DA 84C0 test al,al 27738 71DC 0F84 0270 beq .261 27739 000071E0 .262: 27740 ! 3928 write_byte(ES, BX, read_byte(0x40,0x49)); BX++; 27741 ! Debug: list int = const $49 (used reg = ) 27742 71E0 B8 0049 mov ax,*$49 27743 71E3 50 push ax 27744 ! Debug: list int = const $40 (used reg = ) 27745 71E4 B8 0040 mov ax,*$40 27746 71E7 50 push ax 27747 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 27748 71E8 E8 09F6 call _read_byte 27749 71EB 83C4 04 add sp,*4 27750 ! Debug: list unsigned char = al+0 (used reg = ) 27751 71EE 30E4 xor ah,ah 27752 71F0 50 push ax 27753 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 27754 71F1 FF76 08 push 8[bp] 27755 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 27756 71F4 FF76 06 push 6[bp] 27757 ! Debug: func () void = write_byte+0 (used reg = ) 27758 71F7 E8 0A0D call _write_byte 27759 71FA 83C4 06 add sp,*6 27760 !BCC_EOS 27761 ! Debug: postinc unsigned short BX = [S+$A+6] (used reg = ) 27762 71FD 8B46 08 mov ax,8[bp] 27763 7200 40 inc ax 27764 7201 8946 08 mov 8[bp],ax 27765 !BCC_EOS 27766 ! 3929 write_word(ES, BX, read_word(0x40,0x4A)); BX += 2; 27767 ! Debug: list int = const $4A (used reg = ) 27768 7204 B8 004A mov ax,*$4A 27769 7207 50 push ax 27770 ! Debug: list int = const $40 (used reg = ) 27771 7208 B8 0040 mov ax,*$40 27772 720B 50 push ax 27773 ! Debug: func () unsigned short = read_word+0 (used reg = ) 27774 720C E8 09E5 call _read_word 27775 720F 83C4 04 add sp,*4 27776 ! Debug: list unsigned short = ax+0 (used reg = ) 27777 7212 50 push ax 27778 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 27779 7213 FF76 08 push 8[bp] 27780 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 27781 7216 FF76 06 push 6[bp] 27782 ! Debug: func () void = write_word+0 (used reg = ) 27783 7219 E8 0A03 call _write_word 27784 721C 83C4 06 add sp,*6 27785 !BCC_EOS 27786 ! Debug: addab int = const 2 to unsigned short BX = [S+$A+6] (used reg = ) 27787 721F 8B46 08 mov ax,8[bp] 27788 7222 40 inc ax 27789 7223 40 inc ax 27790 7224 8946 08 mov 8[bp],ax 27791 !BCC_EOS 27792 ! 3930 write_word(ES, BX, read_word(0x40,0x4C)); BX += 2; 27793 ! Debug: list int = const $4C (used reg = ) 27794 7227 B8 004C mov ax,*$4C 27795 722A 50 push ax 27796 ! Debug: list int = const $40 (used reg = ) 27797 722B B8 0040 mov ax,*$40 27798 722E 50 push ax 27799 ! Debug: func () unsigned short = read_word+0 (used reg = ) 27800 722F E8 09C2 call _read_word 27801 7232 83C4 04 add sp,*4 27802 ! Debug: list unsigned short = ax+0 (used reg = ) 27803 7235 50 push ax 27804 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 27805 7236 FF76 08 push 8[bp] 27806 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 27807 7239 FF76 06 push 6[bp] 27808 ! Debug: func () void = write_word+0 (used reg = ) 27809 723C E8 09E0 call _write_word 27810 723F 83C4 06 add sp,*6 27811 !BCC_EOS 27812 ! Debug: addab int = const 2 to unsigned short BX = [S+$A+6] (used reg = ) 27813 7242 8B46 08 mov ax,8[bp] 27814 7245 40 inc ax 27815 7246 40 inc ax 27816 7247 8946 08 mov 8[bp],ax 27817 !BCC_EOS 27818 ! 3931 write_word(ES, BX, read_word(0x40,0x63)); BX += 2; 27819 ! Debug: list int = const $63 (used reg = ) 27820 724A B8 0063 mov ax,*$63 27821 724D 50 push ax 27822 ! Debug: list int = const $40 (used reg = ) 27823 724E B8 0040 mov ax,*$40 27824 7251 50 push ax 27825 ! Debug: func () unsigned short = read_word+0 (used reg = ) 27826 7252 E8 099F call _read_word 27827 7255 83C4 04 add sp,*4 27828 ! Debug: list unsigned short = ax+0 (used reg = ) 27829 7258 50 push ax 27830 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 27831 7259 FF76 08 push 8[bp] 27832 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 27833 725C FF76 06 push 6[bp] 27834 ! Debug: func () void = write_word+0 (used reg = ) 27835 725F E8 09BD call _write_word 27836 7262 83C4 06 add sp,*6 27837 !BCC_EOS 27838 ! Debug: addab int = const 2 to unsigned short BX = [S+$A+6] (used reg = ) 27839 7265 8B46 08 mov ax,8[bp] 27840 7268 40 inc ax 27841 7269 40 inc ax 27842 726A 8946 08 mov 8[bp],ax 27843 !BCC_EOS 27844 ! 3932 write_byte(ES, BX, read_byte(0x40,0x84)); BX++; 27845 ! Debug: list int = const $84 (used reg = ) 27846 726D B8 0084 mov ax,#$84 27847 7270 50 push ax 27848 ! Debug: list int = const $40 (used reg = ) 27849 7271 B8 0040 mov ax,*$40 27850 7274 50 push ax 27851 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 27852 7275 E8 0969 call _read_byte 27853 7278 83C4 04 add sp,*4 27854 ! Debug: list unsigned char = al+0 (used reg = ) 27855 727B 30E4 xor ah,ah 27856 727D 50 push ax 27857 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 27858 727E FF76 08 push 8[bp] 27859 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 27860 7281 FF76 06 push 6[bp] 27861 ! Debug: func () void = write_byte+0 (used reg = ) 27862 7284 E8 0980 call _write_byte 27863 7287 83C4 06 add sp,*6 27864 !BCC_EOS 27865 ! Debug: postinc unsigned short BX = [S+$A+6] (used reg = ) 27866 728A 8B46 08 mov ax,8[bp] 27867 728D 40 inc ax 27868 728E 8946 08 mov 8[bp],ax 27869 !BCC_EOS 27870 ! 3933 write_word(ES, BX, read_word(0x40,0x85)); BX += 2; 27871 ! Debug: list int = const $85 (used reg = ) 27872 7291 B8 0085 mov ax,#$85 27873 7294 50 push ax 27874 ! Debug: list int = const $40 (used reg = ) 27875 7295 B8 0040 mov ax,*$40 27876 7298 50 push ax 27877 ! Debug: func () unsigned short = read_word+0 (used reg = ) 27878 7299 E8 0958 call _read_word 27879 729C 83C4 04 add sp,*4 27880 ! Debug: list unsigned short = ax+0 (used reg = ) 27881 729F 50 push ax 27882 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 27883 72A0 FF76 08 push 8[bp] 27884 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 27885 72A3 FF76 06 push 6[bp] 27886 ! Debug: func () void = write_word+0 (used reg = ) 27887 72A6 E8 0976 call _write_word 27888 72A9 83C4 06 add sp,*6 27889 !BCC_EOS 27890 ! Debug: addab int = const 2 to unsigned short BX = [S+$A+6] (used reg = ) 27891 72AC 8B46 08 mov ax,8[bp] 27892 72AF 40 inc ax 27893 72B0 40 inc ax 27894 72B1 8946 08 mov 8[bp],ax 27895 !BCC_EOS 27896 ! 3934 write_byte(ES, BX, read_byte(0x40,0x87)); BX++; 27897 ! Debug: list int = const $87 (used reg = ) 27898 72B4 B8 0087 mov ax,#$87 27899 72B7 50 push ax 27900 ! Debug: list int = const $40 (used reg = ) 27901 72B8 B8 0040 mov ax,*$40 27902 72BB 50 push ax 27903 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 27904 72BC E8 0922 call _read_byte 27905 72BF 83C4 04 add sp,*4 27906 ! Debug: list unsigned char = al+0 (used reg = ) 27907 72C2 30E4 xor ah,ah 27908 72C4 50 push ax 27909 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 27910 72C5 FF76 08 push 8[bp] 27911 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 27912 72C8 FF76 06 push 6[bp] 27913 ! Debug: func () void = write_byte+0 (used reg = ) 27914 72CB E8 0939 call _write_byte 27915 72CE 83C4 06 add sp,*6 27916 !BCC_EOS 27917 ! Debug: postinc unsigned short BX = [S+$A+6] (used reg = ) 27918 72D1 8B46 08 mov ax,8[bp] 27919 72D4 40 inc ax 27920 72D5 8946 08 mov 8[bp],ax 27921 !BCC_EOS 27922 ! 3935 write_byte(ES, BX, read_byte(0x40,0x88)); BX++; 27923 ! Debug: list int = const $88 (used reg = ) 27924 72D8 B8 0088 mov ax,#$88 27925 72DB 50 push ax 27926 ! Debug: list int = const $40 (used reg = ) 27927 72DC B8 0040 mov ax,*$40 27928 72DF 50 push ax 27929 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 27930 72E0 E8 08FE call _read_byte 27931 72E3 83C4 04 add sp,*4 27932 ! Debug: list unsigned char = al+0 (used reg = ) 27933 72E6 30E4 xor ah,ah 27934 72E8 50 push ax 27935 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 27936 72E9 FF76 08 push 8[bp] 27937 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 27938 72EC FF76 06 push 6[bp] 27939 ! Debug: func () void = write_byte+0 (used reg = ) 27940 72EF E8 0915 call _write_byte 27941 72F2 83C4 06 add sp,*6 27942 !BCC_EOS 27943 ! Debug: postinc unsigned short BX = [S+$A+6] (used reg = ) 27944 72F5 8B46 08 mov ax,8[bp] 27945 72F8 40 inc ax 27946 72F9 8946 08 mov 8[bp],ax 27947 !BCC_EOS 27948 ! 3936 write_byte(ES, BX, read_byte(0x40,0x89)); BX++; 27949 ! Debug: list int = const $89 (used reg = ) 27950 72FC B8 0089 mov ax,#$89 27951 72FF 50 push ax 27952 ! Debug: list int = const $40 (used reg = ) 27953 7300 B8 0040 mov ax,*$40 27954 7303 50 push ax 27955 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 27956 7304 E8 08DA call _read_byte 27957 7307 83C4 04 add sp,*4 27958 ! Debug: list unsigned char = al+0 (used reg = ) 27959 730A 30E4 xor ah,ah 27960 730C 50 push ax 27961 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 27962 730D FF76 08 push 8[bp] 27963 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 27964 7310 FF76 06 push 6[bp] 27965 ! Debug: func () void = write_byte+0 (used reg = ) 27966 7313 E8 08F1 call _write_byte 27967 7316 83C4 06 add sp,*6 27968 !BCC_EOS 27969 ! Debug: postinc unsigned short BX = [S+$A+6] (used reg = ) 27970 7319 8B46 08 mov ax,8[bp] 27971 731C 40 inc ax 27972 731D 8946 08 mov 8[bp],ax 27973 !BCC_EOS 27974 ! 3937 write_word(ES, BX, read_word(0x40,0x60)); BX += 2; 27975 ! Debug: list int = const $60 (used reg = ) 27976 7320 B8 0060 mov ax,*$60 27977 7323 50 push ax 27978 ! Debug: list int = const $40 (used reg = ) 27979 7324 B8 0040 mov ax,*$40 27980 7327 50 push ax 27981 ! Debug: func () unsigned short = read_word+0 (used reg = ) 27982 7328 E8 08C9 call _read_word 27983 732B 83C4 04 add sp,*4 27984 ! Debug: list unsigned short = ax+0 (used reg = ) 27985 732E 50 push ax 27986 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 27987 732F FF76 08 push 8[bp] 27988 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 27989 7332 FF76 06 push 6[bp] 27990 ! Debug: func () void = write_word+0 (used reg = ) 27991 7335 E8 08E7 call _write_word 27992 7338 83C4 06 add sp,*6 27993 !BCC_EOS 27994 ! Debug: addab int = const 2 to unsigned short BX = [S+$A+6] (used reg = ) 27995 733B 8B46 08 mov ax,8[bp] 27996 733E 40 inc ax 27997 733F 40 inc ax 27998 7340 8946 08 mov 8[bp],ax 27999 !BCC_EOS 28000 ! 3938 for(i=0;i<8;i++) { 28001 ! Debug: eq int = const 0 to unsigned short i = [S+$A-4] (used reg = ) 28002 7343 31C0 xor ax,ax 28003 7345 8946 FE mov -2[bp],ax 28004 !BCC_EOS 28005 !BCC_EOS 28006 7348 EB 2F jmp .265 28007 0000734A .266: 28008 ! 3939 write_word(ES, BX, read_word(0x40, 0x50 +2*i)); 28009 ! Debug: mul unsigned short i = [S+$A-4] to int = const 2 (used reg = ) 28010 ! Debug: expression subtree swapping 28011 734A 8B46 FE mov ax,-2[bp] 28012 734D D1E0 shl ax,*1 28013 ! Debug: add unsigned int = ax+0 to int = const $50 (used reg = ) 28014 ! Debug: expression subtree swapping 28015 ! Debug: list unsigned int = ax+$50 (used reg = ) 28016 734F 05 0050 add ax,*$50 28017 7352 50 push ax 28018 ! Debug: list int = const $40 (used reg = ) 28019 7353 B8 0040 mov ax,*$40 28020 7356 50 push ax 28021 ! Debug: func () unsigned short = read_word+0 (used reg = ) 28022 7357 E8 089A call _read_word 28023 735A 83C4 04 add sp,*4 28024 ! Debug: list unsigned short = ax+0 (used reg = ) 28025 735D 50 push ax 28026 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 28027 735E FF76 08 push 8[bp] 28028 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 28029 7361 FF76 06 push 6[bp] 28030 ! Debug: func () void = write_word+0 (used reg = ) 28031 7364 E8 08B8 call _write_word 28032 7367 83C4 06 add sp,*6 28033 !BCC_EOS 28034 ! 3940 BX += 2; 28035 ! Debug: addab int = const 2 to unsigned short BX = [S+$A+6] (used reg = ) 28036 736A 8B46 08 mov ax,8[bp] 28037 736D 40 inc ax 28038 736E 40 inc ax 28039 736F 8946 08 mov 8[bp],ax 28040 !BCC_EOS 28041 ! 3941 } 28042 ! 3942 write_word(ES, BX, read_word(0x40,0x4E)); BX += 2; 28043 00007372 .264: 28044 ! Debug: postinc unsigned short i = [S+$A-4] (used reg = ) 28045 7372 8B46 FE mov ax,-2[bp] 28046 7375 40 inc ax 28047 7376 8946 FE mov -2[bp],ax 28048 00007379 .265: 28049 ! Debug: lt int = const 8 to unsigned short i = [S+$A-4] (used reg = ) 28050 7379 8B46 FE mov ax,-2[bp] 28051 737C 3D 0008 cmp ax,*8 28052 737F 72 C9 jb .266 28053 00007381 .267: 28054 00007381 .263: 28055 ! Debug: list int = const $4E (used reg = ) 28056 7381 B8 004E mov ax,*$4E 28057 7384 50 push ax 28058 ! Debug: list int = const $40 (used reg = ) 28059 7385 B8 0040 mov ax,*$40 28060 7388 50 push ax 28061 ! Debug: func () unsigned short = read_word+0 (used reg = ) 28062 7389 E8 0868 call _read_word 28063 738C 83C4 04 add sp,*4 28064 ! Debug: list unsigned short = ax+0 (used reg = ) 28065 738F 50 push ax 28066 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 28067 7390 FF76 08 push 8[bp] 28068 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 28069 7393 FF76 06 push 6[bp] 28070 ! Debug: func () void = write_word+0 (used reg = ) 28071 7396 E8 0886 call _write_word 28072 7399 83C4 06 add sp,*6 28073 !BCC_EOS 28074 ! Debug: addab int = const 2 to unsigned short BX = [S+$A+6] (used reg = ) 28075 739C 8B46 08 mov ax,8[bp] 28076 739F 40 inc ax 28077 73A0 40 inc ax 28078 73A1 8946 08 mov 8[bp],ax 28079 !BCC_EOS 28080 ! 3943 write_byte(ES, BX, read_byte(0x40,0x62)); BX++; 28081 ! Debug: list int = const $62 (used reg = ) 28082 73A4 B8 0062 mov ax,*$62 28083 73A7 50 push ax 28084 ! Debug: list int = const $40 (used reg = ) 28085 73A8 B8 0040 mov ax,*$40 28086 73AB 50 push ax 28087 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 28088 73AC E8 0832 call _read_byte 28089 73AF 83C4 04 add sp,*4 28090 ! Debug: list unsigned char = al+0 (used reg = ) 28091 73B2 30E4 xor ah,ah 28092 73B4 50 push ax 28093 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 28094 73B5 FF76 08 push 8[bp] 28095 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 28096 73B8 FF76 06 push 6[bp] 28097 ! Debug: func () void = write_byte+0 (used reg = ) 28098 73BB E8 0849 call _write_byte 28099 73BE 83C4 06 add sp,*6 28100 !BCC_EOS 28101 ! Debug: postinc unsigned short BX = [S+$A+6] (used reg = ) 28102 73C1 8B46 08 mov ax,8[bp] 28103 73C4 40 inc ax 28104 73C5 8946 08 mov 8[bp],ax 28105 !BCC_EOS 28106 ! 3944 write_word(ES, BX, read_word(0, 0x1f * 4)); BX += 2; 28107 ! Debug: list int = const $7C (used reg = ) 28108 73C8 B8 007C mov ax,*$7C 28109 73CB 50 push ax 28110 ! Debug: list int = const 0 (used reg = ) 28111 73CC 31C0 xor ax,ax 28112 73CE 50 push ax 28113 ! Debug: func () unsigned short = read_word+0 (used reg = ) 28114 73CF E8 0822 call _read_word 28115 73D2 83C4 04 add sp,*4 28116 ! Debug: list unsigned short = ax+0 (used reg = ) 28117 73D5 50 push ax 28118 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 28119 73D6 FF76 08 push 8[bp] 28120 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 28121 73D9 FF76 06 push 6[bp] 28122 ! Debug: func () void = write_word+0 (used reg = ) 28123 73DC E8 0840 call _write_word 28124 73DF 83C4 06 add sp,*6 28125 !BCC_EOS 28126 ! Debug: addab int = const 2 to unsigned short BX = [S+$A+6] (used reg = ) 28127 73E2 8B46 08 mov ax,8[bp] 28128 73E5 40 inc ax 28129 73E6 40 inc ax 28130 73E7 8946 08 mov 8[bp],ax 28131 !BCC_EOS 28132 ! 3945 write_word(ES, BX, read_word(0, 0x1f * 4 + 2)); BX += 2; 28133 ! Debug: list int = const $7E (used reg = ) 28134 73EA B8 007E mov ax,*$7E 28135 73ED 50 push ax 28136 ! Debug: list int = const 0 (used reg = ) 28137 73EE 31C0 xor ax,ax 28138 73F0 50 push ax 28139 ! Debug: func () unsigned short = read_word+0 (used reg = ) 28140 73F1 E8 0800 call _read_word 28141 73F4 83C4 04 add sp,*4 28142 ! Debug: list unsigned short = ax+0 (used reg = ) 28143 73F7 50 push ax 28144 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 28145 73F8 FF76 08 push 8[bp] 28146 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 28147 73FB FF76 06 push 6[bp] 28148 ! Debug: func () void = write_word+0 (used reg = ) 28149 73FE E8 081E call _write_word 28150 7401 83C4 06 add sp,*6 28151 !BCC_EOS 28152 ! Debug: addab int = const 2 to unsigned short BX = [S+$A+6] (used reg = ) 28153 7404 8B46 08 mov ax,8[bp] 28154 7407 40 inc ax 28155 7408 40 inc ax 28156 7409 8946 08 mov 8[bp],ax 28157 !BCC_EOS 28158 ! 3946 write_word(ES, BX, read_word(0, 0x43 * 4)); BX += 2; 28159 ! Debug: list int = const $10C (used reg = ) 28160 740C B8 010C mov ax,#$10C 28161 740F 50 push ax 28162 ! Debug: list int = const 0 (used reg = ) 28163 7410 31C0 xor ax,ax 28164 7412 50 push ax 28165 ! Debug: func () unsigned short = read_word+0 (used reg = ) 28166 7413 E8 07DE call _read_word 28167 7416 83C4 04 add sp,*4 28168 ! Debug: list unsigned short = ax+0 (used reg = ) 28169 7419 50 push ax 28170 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 28171 741A FF76 08 push 8[bp] 28172 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 28173 741D FF76 06 push 6[bp] 28174 ! Debug: func () void = write_word+0 (used reg = ) 28175 7420 E8 07FC call _write_word 28176 7423 83C4 06 add sp,*6 28177 !BCC_EOS 28178 ! Debug: addab int = const 2 to unsigned short BX = [S+$A+6] (used reg = ) 28179 7426 8B46 08 mov ax,8[bp] 28180 7429 40 inc ax 28181 742A 40 inc ax 28182 742B 8946 08 mov 8[bp],ax 28183 !BCC_EOS 28184 ! 3947 write_word(ES, BX, read_word(0, 0x43 * 4 + 2)); BX += 2; 28185 ! Debug: list int = const $10E (used reg = ) 28186 742E B8 010E mov ax,#$10E 28187 7431 50 push ax 28188 ! Debug: list int = const 0 (used reg = ) 28189 7432 31C0 xor ax,ax 28190 7434 50 push ax 28191 ! Debug: func () unsigned short = read_word+0 (used reg = ) 28192 7435 E8 07BC call _read_word 28193 7438 83C4 04 add sp,*4 28194 ! Debug: list unsigned short = ax+0 (used reg = ) 28195 743B 50 push ax 28196 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 28197 743C FF76 08 push 8[bp] 28198 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 28199 743F FF76 06 push 6[bp] 28200 ! Debug: func () void = write_word+0 (used reg = ) 28201 7442 E8 07DA call _write_word 28202 7445 83C4 06 add sp,*6 28203 !BCC_EOS 28204 ! Debug: addab int = const 2 to unsigned short BX = [S+$A+6] (used reg = ) 28205 7448 8B46 08 mov ax,8[bp] 28206 744B 40 inc ax 28207 744C 40 inc ax 28208 744D 8946 08 mov 8[bp],ax 28209 !BCC_EOS 28210 ! 3948 } 28211 ! 3949 if (CX & 4) { 28212 00007450 .261: 28213 ! Debug: and int = const 4 to unsigned short CX = [S+$A+2] (used reg = ) 28214 7450 8A46 04 mov al,4[bp] 28215 7453 24 04 and al,*4 28216 7455 84C0 test al,al 28217 7457 0F84 00B5 beq .268 28218 0000745B .269: 28219 ! 3950 write_byte(ES, BX, inb(0x3c7)); BX++; 28220 ! Debug: list int = const $3C7 (used reg = ) 28221 745B B8 03C7 mov ax,#$3C7 28222 745E 50 push ax 28223 ! Debug: func () unsigned char = inb+0 (used reg = ) 28224 745F E8 07D5 call _inb 28225 7462 44 inc sp 28226 7463 44 inc sp 28227 ! Debug: list unsigned char = al+0 (used reg = ) 28228 7464 30E4 xor ah,ah 28229 7466 50 push ax 28230 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 28231 7467 FF76 08 push 8[bp] 28232 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 28233 746A FF76 06 push 6[bp] 28234 ! Debug: func () void = write_byte+0 (used reg = ) 28235 746D E8 0797 call _write_byte 28236 7470 83C4 06 add sp,*6 28237 !BCC_EOS 28238 ! Debug: postinc unsigned short BX = [S+$A+6] (used reg = ) 28239 7473 8B46 08 mov ax,8[bp] 28240 7476 40 inc ax 28241 7477 8946 08 mov 8[bp],ax 28242 !BCC_EOS 28243 ! 3951 write_byte(ES, BX, inb(0x3c8)); BX++; 28244 ! Debug: list int = const $3C8 (used reg = ) 28245 747A B8 03C8 mov ax,#$3C8 28246 747D 50 push ax 28247 ! Debug: func () unsigned char = inb+0 (used reg = ) 28248 747E E8 07B6 call _inb 28249 7481 44 inc sp 28250 7482 44 inc sp 28251 ! Debug: list unsigned char = al+0 (used reg = ) 28252 7483 30E4 xor ah,ah 28253 7485 50 push ax 28254 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 28255 7486 FF76 08 push 8[bp] 28256 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 28257 7489 FF76 06 push 6[bp] 28258 ! Debug: func () void = write_byte+0 (used reg = ) 28259 748C E8 0778 call _write_byte 28260 748F 83C4 06 add sp,*6 28261 !BCC_EOS 28262 ! Debug: postinc unsigned short BX = [S+$A+6] (used reg = ) 28263 7492 8B46 08 mov ax,8[bp] 28264 7495 40 inc ax 28265 7496 8946 08 mov 8[bp],ax 28266 !BCC_EOS 28267 ! 3952 write_byte(ES, BX, inb(0x3c6)); BX++; 28268 ! Debug: list int = const $3C6 (used reg = ) 28269 7499 B8 03C6 mov ax,#$3C6 28270 749C 50 push ax 28271 ! Debug: func () unsigned char = inb+0 (used reg = ) 28272 749D E8 0797 call _inb 28273 74A0 44 inc sp 28274 74A1 44 inc sp 28275 ! Debug: list unsigned char = al+0 (used reg = ) 28276 74A2 30E4 xor ah,ah 28277 74A4 50 push ax 28278 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 28279 74A5 FF76 08 push 8[bp] 28280 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 28281 74A8 FF76 06 push 6[bp] 28282 ! Debug: func () void = write_byte+0 (used reg = ) 28283 74AB E8 0759 call _write_byte 28284 74AE 83C4 06 add sp,*6 28285 !BCC_EOS 28286 ! Debug: postinc unsigned short BX = [S+$A+6] (used reg = ) 28287 74B1 8B46 08 mov ax,8[bp] 28288 74B4 40 inc ax 28289 74B5 8946 08 mov 8[bp],ax 28290 !BCC_EOS 28291 ! 3953 outb(0x3c8,0x00); 28292 ! Debug: list int = const 0 (used reg = ) 28293 74B8 31C0 xor ax,ax 28294 74BA 50 push ax 28295 ! Debug: list int = const $3C8 (used reg = ) 28296 74BB B8 03C8 mov ax,#$3C8 28297 74BE 50 push ax 28298 ! Debug: func () void = outb+0 (used reg = ) 28299 74BF E8 078B call _outb 28300 74C2 83C4 04 add sp,*4 28301 !BCC_EOS 28302 ! 3954 for(i=0;i<256*3;i++) { 28303 ! Debug: eq int = const 0 to unsigned short i = [S+$A-4] (used reg = ) 28304 74C5 31C0 xor ax,ax 28305 74C7 8946 FE mov -2[bp],ax 28306 !BCC_EOS 28307 !BCC_EOS 28308 74CA EB 26 jmp .26C 28309 000074CC .26D: 28310 ! 3955 write_byte(ES, BX, inb(0x3c9)); BX++; 28311 ! Debug: list int = const $3C9 (used reg = ) 28312 74CC B8 03C9 mov ax,#$3C9 28313 74CF 50 push ax 28314 ! Debug: func () unsigned char = inb+0 (used reg = ) 28315 74D0 E8 0764 call _inb 28316 74D3 44 inc sp 28317 74D4 44 inc sp 28318 ! Debug: list unsigned char = al+0 (used reg = ) 28319 74D5 30E4 xor ah,ah 28320 74D7 50 push ax 28321 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 28322 74D8 FF76 08 push 8[bp] 28323 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 28324 74DB FF76 06 push 6[bp] 28325 ! Debug: func () void = write_byte+0 (used reg = ) 28326 74DE E8 0726 call _write_byte 28327 74E1 83C4 06 add sp,*6 28328 !BCC_EOS 28329 ! Debug: postinc unsigned short BX = [S+$A+6] (used reg = ) 28330 74E4 8B46 08 mov ax,8[bp] 28331 74E7 40 inc ax 28332 74E8 8946 08 mov 8[bp],ax 28333 !BCC_EOS 28334 ! 3956 } 28335 ! 3957 write_byte(ES, BX, 0); BX++; 28336 000074EB .26B: 28337 ! Debug: postinc unsigned short i = [S+$A-4] (used reg = ) 28338 74EB 8B46 FE mov ax,-2[bp] 28339 74EE 40 inc ax 28340 74EF 8946 FE mov -2[bp],ax 28341 000074F2 .26C: 28342 ! Debug: lt int = const $300 to unsigned short i = [S+$A-4] (used reg = ) 28343 74F2 8B46 FE mov ax,-2[bp] 28344 74F5 3D 0300 cmp ax,#$300 28345 74F8 72 D2 jb .26D 28346 000074FA .26E: 28347 000074FA .26A: 28348 ! Debug: list int = const 0 (used reg = ) 28349 74FA 31C0 xor ax,ax 28350 74FC 50 push ax 28351 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 28352 74FD FF76 08 push 8[bp] 28353 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 28354 7500 FF76 06 push 6[bp] 28355 ! Debug: func () void = write_byte+0 (used reg = ) 28356 7503 E8 0701 call _write_byte 28357 7506 83C4 06 add sp,*6 28358 !BCC_EOS 28359 ! Debug: postinc unsigned short BX = [S+$A+6] (used reg = ) 28360 7509 8B46 08 mov ax,8[bp] 28361 750C 40 inc ax 28362 750D 8946 08 mov 8[bp],ax 28363 !BCC_EOS 28364 ! 3958 } 28365 ! 3959 return BX; 28366 00007510 .268: 28367 7510 8B46 08 mov ax,8[bp] 28368 7513 89EC mov sp,bp 28369 7515 5D pop bp 28370 7516 C3 ret 28371 !BCC_EOS 28372 ! 3960 } 28373 ! 3961 28374 ! 3961 static Bit16u biosfn_restore_video_state (CX,ES,BX) 28375 ! 3962 Bit16u CX;Bit16u ES;Bit16u BX; 28376 00007517 _biosfn_restore_video_state: 28377 !BCC_EOS 28378 !BCC_EOS 28379 !BCC_EOS 28380 ! 3963 { 28381 ! 3964 Bit16u i, crtc_addr, v, addr1, ar_index; 28382 !BCC_EOS 28383 ! 3965 if (CX & 1) { 28384 7517 55 push bp 28385 7518 89E5 mov bp,sp 28386 751A 83C4 F6 add sp,*-$A 28387 ! Debug: and int = const 1 to unsigned short CX = [S+$C+2] (used reg = ) 28388 751D 8A46 04 mov al,4[bp] 28389 7520 24 01 and al,*1 28390 7522 84C0 test al,al 28391 7524 0F84 02AA beq .26F 28392 00007528 .270: 28393 ! 3966 inb(0x3da); 28394 ! Debug: list int = const $3DA (used reg = ) 28395 7528 B8 03DA mov ax,#$3DA 28396 752B 50 push ax 28397 ! Debug: func () unsigned char = inb+0 (used reg = ) 28398 752C E8 0708 call _inb 28399 752F 44 inc sp 28400 7530 44 inc sp 28401 !BCC_EOS 28402 ! 3967 crtc_addr = read_word(ES, BX + 0x40); 28403 ! Debug: add int = const $40 to unsigned short BX = [S+$C+6] (used reg = ) 28404 7531 8B46 08 mov ax,8[bp] 28405 ! Debug: list unsigned int = ax+$40 (used reg = ) 28406 7534 05 0040 add ax,*$40 28407 7537 50 push ax 28408 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 28409 7538 FF76 06 push 6[bp] 28410 ! Debug: func () unsigned short = read_word+0 (used reg = ) 28411 753B E8 06B6 call _read_word 28412 753E 83C4 04 add sp,*4 28413 ! Debug: eq unsigned short = ax+0 to unsigned short crtc_addr = [S+$C-6] (used reg = ) 28414 7541 8946 FC mov -4[bp],ax 28415 !BCC_EOS 28416 ! 3968 addr1 = BX; 28417 ! Debug: eq unsigned short BX = [S+$C+6] to unsigned short addr1 = [S+$C-$A] (used reg = ) 28418 7544 8B46 08 mov ax,8[bp] 28419 7547 8946 F8 mov -8[bp],ax 28420 !BCC_EOS 28421 ! 3969 BX += 5; 28422 ! Debug: addab int = const 5 to unsigned short BX = [S+$C+6] (used reg = ) 28423 754A 8B46 08 mov ax,8[bp] 28424 754D 05 0005 add ax,*5 28425 7550 8946 08 mov 8[bp],ax 28426 !BCC_EOS 28427 ! 3970 for(i=1;i<=4;i++){ 28428 ! Debug: eq int = const 1 to unsigned short i = [S+$C-4] (used reg = ) 28429 7553 B8 0001 mov ax,*1 28430 7556 8946 FE mov -2[bp],ax 28431 !BCC_EOS 28432 !BCC_EOS 28433 7559 EB 34 jmp .273 28434 0000755B .274: 28435 ! 3971 outb(0x3c4, i); 28436 ! Debug: list unsigned short i = [S+$C-4] (used reg = ) 28437 755B FF76 FE push -2[bp] 28438 ! Debug: list int = const $3C4 (used reg = ) 28439 755E B8 03C4 mov ax,#$3C4 28440 7561 50 push ax 28441 ! Debug: func () void = outb+0 (used reg = ) 28442 7562 E8 06E8 call _outb 28443 7565 83C4 04 add sp,*4 28444 !BCC_EOS 28445 ! 3972 outb(0x3c5, read_byte(ES, BX)); BX++; 28446 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 28447 7568 FF76 08 push 8[bp] 28448 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 28449 756B FF76 06 push 6[bp] 28450 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 28451 756E E8 0670 call _read_byte 28452 7571 83C4 04 add sp,*4 28453 ! Debug: list unsigned char = al+0 (used reg = ) 28454 7574 30E4 xor ah,ah 28455 7576 50 push ax 28456 ! Debug: list int = const $3C5 (used reg = ) 28457 7577 B8 03C5 mov ax,#$3C5 28458 757A 50 push ax 28459 ! Debug: func () void = outb+0 (used reg = ) 28460 757B E8 06CF call _outb 28461 757E 83C4 04 add sp,*4 28462 !BCC_EOS 28463 ! Debug: postinc unsigned short BX = [S+$C+6] (used reg = ) 28464 7581 8B46 08 mov ax,8[bp] 28465 7584 40 inc ax 28466 7585 8946 08 mov 8[bp],ax 28467 !BCC_EOS 28468 ! 3973 } 28469 ! 3974 outb(0x3c4, 0); 28470 00007588 .272: 28471 ! Debug: postinc unsigned short i = [S+$C-4] (used reg = ) 28472 7588 8B46 FE mov ax,-2[bp] 28473 758B 40 inc ax 28474 758C 8946 FE mov -2[bp],ax 28475 0000758F .273: 28476 ! Debug: le int = const 4 to unsigned short i = [S+$C-4] (used reg = ) 28477 758F 8B46 FE mov ax,-2[bp] 28478 7592 3D 0004 cmp ax,*4 28479 7595 76 C4 jbe .274 28480 00007597 .275: 28481 00007597 .271: 28482 ! Debug: list int = const 0 (used reg = ) 28483 7597 31C0 xor ax,ax 28484 7599 50 push ax 28485 ! Debug: list int = const $3C4 (used reg = ) 28486 759A B8 03C4 mov ax,#$3C4 28487 759D 50 push ax 28488 ! Debug: func () void = outb+0 (used reg = ) 28489 759E E8 06AC call _outb 28490 75A1 83C4 04 add sp,*4 28491 !BCC_EOS 28492 ! 3975 outb(0x3c5, read_byte(ES, BX)); BX++; 28493 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 28494 75A4 FF76 08 push 8[bp] 28495 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 28496 75A7 FF76 06 push 6[bp] 28497 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 28498 75AA E8 0634 call _read_byte 28499 75AD 83C4 04 add sp,*4 28500 ! Debug: list unsigned char = al+0 (used reg = ) 28501 75B0 30E4 xor ah,ah 28502 75B2 50 push ax 28503 ! Debug: list int = const $3C5 (used reg = ) 28504 75B3 B8 03C5 mov ax,#$3C5 28505 75B6 50 push ax 28506 ! Debug: func () void = outb+0 (used reg = ) 28507 75B7 E8 0693 call _outb 28508 75BA 83C4 04 add sp,*4 28509 !BCC_EOS 28510 ! Debug: postinc unsigned short BX = [S+$C+6] (used reg = ) 28511 75BD 8B46 08 mov ax,8[bp] 28512 75C0 40 inc ax 28513 75C1 8946 08 mov 8[bp],ax 28514 !BCC_EOS 28515 ! 3976 outw(crtc_addr,0x0011); 28516 ! Debug: list int = const $11 (used reg = ) 28517 75C4 B8 0011 mov ax,*$11 28518 75C7 50 push ax 28519 ! Debug: list unsigned short crtc_addr = [S+$E-6] (used reg = ) 28520 75C8 FF76 FC push -4[bp] 28521 ! Debug: func () void = outw+0 (used reg = ) 28522 75CB E8 068F call _outw 28523 75CE 83C4 04 add sp,*4 28524 !BCC_EOS 28525 ! 3977 for(i=0;i<=0x18;i++) { 28526 ! Debug: eq int = const 0 to unsigned short i = [S+$C-4] (used reg = ) 28527 75D1 31C0 xor ax,ax 28528 75D3 8946 FE mov -2[bp],ax 28529 !BCC_EOS 28530 !BCC_EOS 28531 75D6 EB 3C jmp .278 28532 000075D8 .279: 28533 ! 3978 if (i != 0x11) { 28534 ! Debug: ne int = const $11 to unsigned short i = [S+$C-4] (used reg = ) 28535 75D8 8B46 FE mov ax,-2[bp] 28536 75DB 3D 0011 cmp ax,*$11 28537 75DE 74 26 je .27A 28538 000075E0 .27B: 28539 ! 3979 outb(crtc_addr,i); 28540 ! Debug: list unsigned short i = [S+$C-4] (used reg = ) 28541 75E0 FF76 FE push -2[bp] 28542 ! Debug: list unsigned short crtc_addr = [S+$E-6] (used reg = ) 28543 75E3 FF76 FC push -4[bp] 28544 ! Debug: func () void = outb+0 (used reg = ) 28545 75E6 E8 0664 call _outb 28546 75E9 83C4 04 add sp,*4 28547 !BCC_EOS 28548 ! 3980 outb(crtc_addr+1, read_byte(ES, BX)); 28549 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 28550 75EC FF76 08 push 8[bp] 28551 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 28552 75EF FF76 06 push 6[bp] 28553 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 28554 75F2 E8 05EC call _read_byte 28555 75F5 83C4 04 add sp,*4 28556 ! Debug: list unsigned char = al+0 (used reg = ) 28557 75F8 30E4 xor ah,ah 28558 75FA 50 push ax 28559 ! Debug: add int = const 1 to unsigned short crtc_addr = [S+$E-6] (used reg = ) 28560 75FB 8B46 FC mov ax,-4[bp] 28561 ! Debug: list unsigned int = ax+1 (used reg = ) 28562 75FE 40 inc ax 28563 75FF 50 push ax 28564 ! Debug: func () void = outb+0 (used reg = ) 28565 7600 E8 064A call _outb 28566 7603 83C4 04 add sp,*4 28567 !BCC_EOS 28568 ! 3981 } 28569 ! 3982 BX++; 28570 00007606 .27A: 28571 ! Debug: postinc unsigned short BX = [S+$C+6] (used reg = ) 28572 7606 8B46 08 mov ax,8[bp] 28573 7609 40 inc ax 28574 760A 8946 08 mov 8[bp],ax 28575 !BCC_EOS 28576 ! 3983 } 28577 ! 3984 v = inb(0x3cc) & ~0x01; 28578 0000760D .277: 28579 ! Debug: postinc unsigned short i = [S+$C-4] (used reg = ) 28580 760D 8B46 FE mov ax,-2[bp] 28581 7610 40 inc ax 28582 7611 8946 FE mov -2[bp],ax 28583 00007614 .278: 28584 ! Debug: le int = const $18 to unsigned short i = [S+$C-4] (used reg = ) 28585 7614 8B46 FE mov ax,-2[bp] 28586 7617 3D 0018 cmp ax,*$18 28587 761A 76 BC jbe .279 28588 0000761C .27C: 28589 0000761C .276: 28590 ! Debug: list int = const $3CC (used reg = ) 28591 761C B8 03CC mov ax,#$3CC 28592 761F 50 push ax 28593 ! Debug: func () unsigned char = inb+0 (used reg = ) 28594 7620 E8 0614 call _inb 28595 7623 44 inc sp 28596 7624 44 inc sp 28597 ! Debug: and int = const -2 to unsigned char = al+0 (used reg = ) 28598 7625 24 FE and al,#$FE 28599 ! Debug: eq unsigned char = al+0 to unsigned short v = [S+$C-8] (used reg = ) 28600 7627 30E4 xor ah,ah 28601 7629 8946 FA mov -6[bp],ax 28602 !BCC_EOS 28603 ! 3985 if (crtc_addr = 0x3d4) 28604 ! Debug: eq int = const $3D4 to unsigned short crtc_addr = [S+$C-6] (used reg = ) 28605 762C B8 03D4 mov ax,#$3D4 28606 762F 8946 FC mov -4[bp],ax 28607 7632 85C0 test ax,ax 28608 7634 74 08 je .27D 28609 00007636 .27E: 28610 ! 3986 v |= 0x01; 28611 ! Debug: orab int = const 1 to unsigned short v = [S+$C-8] (used reg = ) 28612 7636 8B46 FA mov ax,-6[bp] 28613 7639 0C 01 or al,*1 28614 763B 8946 FA mov -6[bp],ax 28615 !BCC_EOS 28616 ! 3987 outb(0x3c2, v); 28617 0000763E .27D: 28618 ! Debug: list unsigned short v = [S+$C-8] (used reg = ) 28619 763E FF76 FA push -6[bp] 28620 ! Debug: list int = const $3C2 (used reg = ) 28621 7641 B8 03C2 mov ax,#$3C2 28622 7644 50 push ax 28623 ! Debug: func () void = outb+0 (used reg = ) 28624 7645 E8 0605 call _outb 28625 7648 83C4 04 add sp,*4 28626 !BCC_EOS 28627 ! 3988 outb(crtc_addr, 0x11); 28628 ! Debug: list int = const $11 (used reg = ) 28629 764B B8 0011 mov ax,*$11 28630 764E 50 push ax 28631 ! Debug: list unsigned short crtc_addr = [S+$E-6] (used reg = ) 28632 764F FF76 FC push -4[bp] 28633 ! Debug: func () void = outb+0 (used reg = ) 28634 7652 E8 05F8 call _outb 28635 7655 83C4 04 add sp,*4 28636 !BCC_EOS 28637 ! 3989 outb(crtc_addr+1, read_byte(ES, BX - 0x18 + 0x11)); 28638 ! Debug: sub int = const $18 to unsigned short BX = [S+$C+6] (used reg = ) 28639 7658 8B46 08 mov ax,8[bp] 28640 ! Debug: add int = const $11 to unsigned int = ax-$18 (used reg = ) 28641 ! Debug: list unsigned int = ax-7 (used reg = ) 28642 765B 05 FFF9 add ax,*-7 28643 765E 50 push ax 28644 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 28645 765F FF76 06 push 6[bp] 28646 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 28647 7662 E8 057C call _read_byte 28648 7665 83C4 04 add sp,*4 28649 ! Debug: list unsigned char = al+0 (used reg = ) 28650 7668 30E4 xor ah,ah 28651 766A 50 push ax 28652 ! Debug: add int = const 1 to unsigned short crtc_addr = [S+$E-6] (used reg = ) 28653 766B 8B46 FC mov ax,-4[bp] 28654 ! Debug: list unsigned int = ax+1 (used reg = ) 28655 766E 40 inc ax 28656 766F 50 push ax 28657 ! Debug: func () void = outb+0 (used reg = ) 28658 7670 E8 05DA call _outb 28659 7673 83C4 04 add sp,*4 28660 !BCC_EOS 28661 ! 3990 ar_index = read_byte(ES, addr1 + 0x03); 28662 ! Debug: add int = const 3 to unsigned short addr1 = [S+$C-$A] (used reg = ) 28663 7676 8B46 F8 mov ax,-8[bp] 28664 ! Debug: list unsigned int = ax+3 (used reg = ) 28665 7679 05 0003 add ax,*3 28666 767C 50 push ax 28667 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 28668 767D FF76 06 push 6[bp] 28669 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 28670 7680 E8 055E call _read_byte 28671 7683 83C4 04 add sp,*4 28672 ! Debug: eq unsigned char = al+0 to unsigned short ar_index = [S+$C-$C] (used reg = ) 28673 7686 30E4 xor ah,ah 28674 7688 8946 F6 mov -$A[bp],ax 28675 !BCC_EOS 28676 ! 3991 inb(0x3da); 28677 ! Debug: list int = const $3DA (used reg = ) 28678 768B B8 03DA mov ax,#$3DA 28679 768E 50 push ax 28680 ! Debug: func () unsigned char = inb+0 (used reg = ) 28681 768F E8 05A5 call _inb 28682 7692 44 inc sp 28683 7693 44 inc sp 28684 !BCC_EOS 28685 ! 3992 for(i=0;i<=0x13;i++) { 28686 ! Debug: eq int = const 0 to unsigned short i = [S+$C-4] (used reg = ) 28687 7694 31C0 xor ax,ax 28688 7696 8946 FE mov -2[bp],ax 28689 !BCC_EOS 28690 !BCC_EOS 28691 7699 EB 3C jmp .281 28692 0000769B .282: 28693 ! 3993 outb(0x3c0, i | (ar_index & 0x20)); 28694 ! Debug: and int = const $20 to unsigned short ar_index = [S+$C-$C] (used reg = ) 28695 769B 8A46 F6 mov al,-$A[bp] 28696 769E 24 20 and al,*$20 28697 ! Debug: or unsigned char = al+0 to unsigned short i = [S+$C-4] (used reg = ) 28698 ! Debug: expression subtree swapping 28699 76A0 30E4 xor ah,ah 28700 76A2 0B46 FE or ax,-2[bp] 28701 ! Debug: list unsigned int = ax+0 (used reg = ) 28702 76A5 50 push ax 28703 ! Debug: list int = const $3C0 (used reg = ) 28704 76A6 B8 03C0 mov ax,#$3C0 28705 76A9 50 push ax 28706 ! Debug: func () void = outb+0 (used reg = ) 28707 76AA E8 05A0 call _outb 28708 76AD 83C4 04 add sp,*4 28709 !BCC_EOS 28710 ! 3994 outb(0x3c0, read_byte(ES, BX)); BX++; 28711 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 28712 76B0 FF76 08 push 8[bp] 28713 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 28714 76B3 FF76 06 push 6[bp] 28715 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 28716 76B6 E8 0528 call _read_byte 28717 76B9 83C4 04 add sp,*4 28718 ! Debug: list unsigned char = al+0 (used reg = ) 28719 76BC 30E4 xor ah,ah 28720 76BE 50 push ax 28721 ! Debug: list int = const $3C0 (used reg = ) 28722 76BF B8 03C0 mov ax,#$3C0 28723 76C2 50 push ax 28724 ! Debug: func () void = outb+0 (used reg = ) 28725 76C3 E8 0587 call _outb 28726 76C6 83C4 04 add sp,*4 28727 !BCC_EOS 28728 ! Debug: postinc unsigned short BX = [S+$C+6] (used reg = ) 28729 76C9 8B46 08 mov ax,8[bp] 28730 76CC 40 inc ax 28731 76CD 8946 08 mov 8[bp],ax 28732 !BCC_EOS 28733 ! 3995 } 28734 ! 3996 outb(0x3c0, ar_index); 28735 000076D0 .280: 28736 ! Debug: postinc unsigned short i = [S+$C-4] (used reg = ) 28737 76D0 8B46 FE mov ax,-2[bp] 28738 76D3 40 inc ax 28739 76D4 8946 FE mov -2[bp],ax 28740 000076D7 .281: 28741 ! Debug: le int = const $13 to unsigned short i = [S+$C-4] (used reg = ) 28742 76D7 8B46 FE mov ax,-2[bp] 28743 76DA 3D 0013 cmp ax,*$13 28744 76DD 76 BC jbe .282 28745 000076DF .283: 28746 000076DF .27F: 28747 ! Debug: list unsigned short ar_index = [S+$C-$C] (used reg = ) 28748 76DF FF76 F6 push -$A[bp] 28749 ! Debug: list int = const $3C0 (used reg = ) 28750 76E2 B8 03C0 mov ax,#$3C0 28751 76E5 50 push ax 28752 ! Debug: func () void = outb+0 (used reg = ) 28753 76E6 E8 0564 call _outb 28754 76E9 83C4 04 add sp,*4 28755 !BCC_EOS 28756 ! 3997 inb(0x3da); 28757 ! Debug: list int = const $3DA (used reg = ) 28758 76EC B8 03DA mov ax,#$3DA 28759 76EF 50 push ax 28760 ! Debug: func () unsigned char = inb+0 (used reg = ) 28761 76F0 E8 0544 call _inb 28762 76F3 44 inc sp 28763 76F4 44 inc sp 28764 !BCC_EOS 28765 ! 3998 for(i=0;i<=8;i++) { 28766 ! Debug: eq int = const 0 to unsigned short i = [S+$C-4] (used reg = ) 28767 76F5 31C0 xor ax,ax 28768 76F7 8946 FE mov -2[bp],ax 28769 !BCC_EOS 28770 !BCC_EOS 28771 76FA EB 34 jmp .286 28772 000076FC .287: 28773 ! 3999 outb(0x3ce,i); 28774 ! Debug: list unsigned short i = [S+$C-4] (used reg = ) 28775 76FC FF76 FE push -2[bp] 28776 ! Debug: list int = const $3CE (used reg = ) 28777 76FF B8 03CE mov ax,#$3CE 28778 7702 50 push ax 28779 ! Debug: func () void = outb+0 (used reg = ) 28780 7703 E8 0547 call _outb 28781 7706 83C4 04 add sp,*4 28782 !BCC_EOS 28783 ! 4000 outb(0x3cf, read_byte(ES, BX)); BX++; 28784 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 28785 7709 FF76 08 push 8[bp] 28786 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 28787 770C FF76 06 push 6[bp] 28788 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 28789 770F E8 04CF call _read_byte 28790 7712 83C4 04 add sp,*4 28791 ! Debug: list unsigned char = al+0 (used reg = ) 28792 7715 30E4 xor ah,ah 28793 7717 50 push ax 28794 ! Debug: list int = const $3CF (used reg = ) 28795 7718 B8 03CF mov ax,#$3CF 28796 771B 50 push ax 28797 ! Debug: func () void = outb+0 (used reg = ) 28798 771C E8 052E call _outb 28799 771F 83C4 04 add sp,*4 28800 !BCC_EOS 28801 ! Debug: postinc unsigned short BX = [S+$C+6] (used reg = ) 28802 7722 8B46 08 mov ax,8[bp] 28803 7725 40 inc ax 28804 7726 8946 08 mov 8[bp],ax 28805 !BCC_EOS 28806 ! 4001 } 28807 ! 4002 BX += 2; 28808 00007729 .285: 28809 ! Debug: postinc unsigned short i = [S+$C-4] (used reg = ) 28810 7729 8B46 FE mov ax,-2[bp] 28811 772C 40 inc ax 28812 772D 8946 FE mov -2[bp],ax 28813 00007730 .286: 28814 ! Debug: le int = const 8 to unsigned short i = [S+$C-4] (used reg = ) 28815 7730 8B46 FE mov ax,-2[bp] 28816 7733 3D 0008 cmp ax,*8 28817 7736 76 C4 jbe .287 28818 00007738 .288: 28819 00007738 .284: 28820 ! Debug: addab int = const 2 to unsigned short BX = [S+$C+6] (used reg = ) 28821 7738 8B46 08 mov ax,8[bp] 28822 773B 40 inc ax 28823 773C 40 inc ax 28824 773D 8946 08 mov 8[bp],ax 28825 !BCC_EOS 28826 ! 4003 BX += 4; 28827 ! Debug: addab int = const 4 to unsigned short BX = [S+$C+6] (used reg = ) 28828 7740 8B46 08 mov ax,8[bp] 28829 7743 05 0004 add ax,*4 28830 7746 8946 08 mov 8[bp],ax 28831 !BCC_EOS 28832 ! 4004 outb(0x3c4, read_byte(ES, addr1)); addr1++; 28833 ! Debug: list unsigned short addr1 = [S+$C-$A] (used reg = ) 28834 7749 FF76 F8 push -8[bp] 28835 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 28836 774C FF76 06 push 6[bp] 28837 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 28838 774F E8 048F call _read_byte 28839 7752 83C4 04 add sp,*4 28840 ! Debug: list unsigned char = al+0 (used reg = ) 28841 7755 30E4 xor ah,ah 28842 7757 50 push ax 28843 ! Debug: list int = const $3C4 (used reg = ) 28844 7758 B8 03C4 mov ax,#$3C4 28845 775B 50 push ax 28846 ! Debug: func () void = outb+0 (used reg = ) 28847 775C E8 04EE call _outb 28848 775F 83C4 04 add sp,*4 28849 !BCC_EOS 28850 ! Debug: postinc unsigned short addr1 = [S+$C-$A] (used reg = ) 28851 7762 8B46 F8 mov ax,-8[bp] 28852 7765 40 inc ax 28853 7766 8946 F8 mov -8[bp],ax 28854 !BCC_EOS 28855 ! 4005 outb(crtc_addr, read_byte(ES, addr1)); addr1++; 28856 ! Debug: list unsigned short addr1 = [S+$C-$A] (used reg = ) 28857 7769 FF76 F8 push -8[bp] 28858 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 28859 776C FF76 06 push 6[bp] 28860 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 28861 776F E8 046F call _read_byte 28862 7772 83C4 04 add sp,*4 28863 ! Debug: list unsigned char = al+0 (used reg = ) 28864 7775 30E4 xor ah,ah 28865 7777 50 push ax 28866 ! Debug: list unsigned short crtc_addr = [S+$E-6] (used reg = ) 28867 7778 FF76 FC push -4[bp] 28868 ! Debug: func () void = outb+0 (used reg = ) 28869 777B E8 04CF call _outb 28870 777E 83C4 04 add sp,*4 28871 !BCC_EOS 28872 ! Debug: postinc unsigned short addr1 = [S+$C-$A] (used reg = ) 28873 7781 8B46 F8 mov ax,-8[bp] 28874 7784 40 inc ax 28875 7785 8946 F8 mov -8[bp],ax 28876 !BCC_EOS 28877 ! 4006 outb(0x3ce, read_byte(ES, addr1)); addr1++; 28878 ! Debug: list unsigned short addr1 = [S+$C-$A] (used reg = ) 28879 7788 FF76 F8 push -8[bp] 28880 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 28881 778B FF76 06 push 6[bp] 28882 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 28883 778E E8 0450 call _read_byte 28884 7791 83C4 04 add sp,*4 28885 ! Debug: list unsigned char = al+0 (used reg = ) 28886 7794 30E4 xor ah,ah 28887 7796 50 push ax 28888 ! Debug: list int = const $3CE (used reg = ) 28889 7797 B8 03CE mov ax,#$3CE 28890 779A 50 push ax 28891 ! Debug: func () void = outb+0 (used reg = ) 28892 779B E8 04AF call _outb 28893 779E 83C4 04 add sp,*4 28894 !BCC_EOS 28895 ! Debug: postinc unsigned short addr1 = [S+$C-$A] (used reg = ) 28896 77A1 8B46 F8 mov ax,-8[bp] 28897 77A4 40 inc ax 28898 77A5 8946 F8 mov -8[bp],ax 28899 !BCC_EOS 28900 ! 4007 addr1++; 28901 ! Debug: postinc unsigned short addr1 = [S+$C-$A] (used reg = ) 28902 77A8 8B46 F8 mov ax,-8[bp] 28903 77AB 40 inc ax 28904 77AC 8946 F8 mov -8[bp],ax 28905 !BCC_EOS 28906 ! 4008 outb(crtc_addr - 0x4 + 0xa, read_byte(ES, addr1)); addr1++; 28907 ! Debug: list unsigned short addr1 = [S+$C-$A] (used reg = ) 28908 77AF FF76 F8 push -8[bp] 28909 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 28910 77B2 FF76 06 push 6[bp] 28911 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 28912 77B5 E8 0429 call _read_byte 28913 77B8 83C4 04 add sp,*4 28914 ! Debug: list unsigned char = al+0 (used reg = ) 28915 77BB 30E4 xor ah,ah 28916 77BD 50 push ax 28917 ! Debug: sub int = const 4 to unsigned short crtc_addr = [S+$E-6] (used reg = ) 28918 77BE 8B46 FC mov ax,-4[bp] 28919 ! Debug: add int = const $A to unsigned int = ax-4 (used reg = ) 28920 ! Debug: list unsigned int = ax+6 (used reg = ) 28921 77C1 05 0006 add ax,*6 28922 77C4 50 push ax 28923 ! Debug: func () void = outb+0 (used reg = ) 28924 77C5 E8 0485 call _outb 28925 77C8 83C4 04 add sp,*4 28926 !BCC_EOS 28927 ! Debug: postinc unsigned short addr1 = [S+$C-$A] (used reg = ) 28928 77CB 8B46 F8 mov ax,-8[bp] 28929 77CE 40 inc ax 28930 77CF 8946 F8 mov -8[bp],ax 28931 !BCC_EOS 28932 ! 4009 } 28933 ! 4010 if (CX & 2) { 28934 000077D2 .26F: 28935 ! Debug: and int = const 2 to unsigned short CX = [S+$C+2] (used reg = ) 28936 77D2 8A46 04 mov al,4[bp] 28937 77D5 24 02 and al,*2 28938 77D7 84C0 test al,al 28939 77D9 0F84 0270 beq .289 28940 000077DD .28A: 28941 ! 4011 write_byte(0x40,0x49, read_byte(ES, BX)); BX++; 28942 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 28943 77DD FF76 08 push 8[bp] 28944 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 28945 77E0 FF76 06 push 6[bp] 28946 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 28947 77E3 E8 03FB call _read_byte 28948 77E6 83C4 04 add sp,*4 28949 ! Debug: list unsigned char = al+0 (used reg = ) 28950 77E9 30E4 xor ah,ah 28951 77EB 50 push ax 28952 ! Debug: list int = const $49 (used reg = ) 28953 77EC B8 0049 mov ax,*$49 28954 77EF 50 push ax 28955 ! Debug: list int = const $40 (used reg = ) 28956 77F0 B8 0040 mov ax,*$40 28957 77F3 50 push ax 28958 ! Debug: func () void = write_byte+0 (used reg = ) 28959 77F4 E8 0410 call _write_byte 28960 77F7 83C4 06 add sp,*6 28961 !BCC_EOS 28962 ! Debug: postinc unsigned short BX = [S+$C+6] (used reg = ) 28963 77FA 8B46 08 mov ax,8[bp] 28964 77FD 40 inc ax 28965 77FE 8946 08 mov 8[bp],ax 28966 !BCC_EOS 28967 ! 4012 write_word(0x40,0x4A, read_word(ES, BX)); BX += 2; 28968 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 28969 7801 FF76 08 push 8[bp] 28970 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 28971 7804 FF76 06 push 6[bp] 28972 ! Debug: func () unsigned short = read_word+0 (used reg = ) 28973 7807 E8 03EA call _read_word 28974 780A 83C4 04 add sp,*4 28975 ! Debug: list unsigned short = ax+0 (used reg = ) 28976 780D 50 push ax 28977 ! Debug: list int = const $4A (used reg = ) 28978 780E B8 004A mov ax,*$4A 28979 7811 50 push ax 28980 ! Debug: list int = const $40 (used reg = ) 28981 7812 B8 0040 mov ax,*$40 28982 7815 50 push ax 28983 ! Debug: func () void = write_word+0 (used reg = ) 28984 7816 E8 0406 call _write_word 28985 7819 83C4 06 add sp,*6 28986 !BCC_EOS 28987 ! Debug: addab int = const 2 to unsigned short BX = [S+$C+6] (used reg = ) 28988 781C 8B46 08 mov ax,8[bp] 28989 781F 40 inc ax 28990 7820 40 inc ax 28991 7821 8946 08 mov 8[bp],ax 28992 !BCC_EOS 28993 ! 4013 write_word(0x40,0x4C, read_word(ES, BX)); BX += 2; 28994 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 28995 7824 FF76 08 push 8[bp] 28996 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 28997 7827 FF76 06 push 6[bp] 28998 ! Debug: func () unsigned short = read_word+0 (used reg = ) 28999 782A E8 03C7 call _read_word 29000 782D 83C4 04 add sp,*4 29001 ! Debug: list unsigned short = ax+0 (used reg = ) 29002 7830 50 push ax 29003 ! Debug: list int = const $4C (used reg = ) 29004 7831 B8 004C mov ax,*$4C 29005 7834 50 push ax 29006 ! Debug: list int = const $40 (used reg = ) 29007 7835 B8 0040 mov ax,*$40 29008 7838 50 push ax 29009 ! Debug: func () void = write_word+0 (used reg = ) 29010 7839 E8 03E3 call _write_word 29011 783C 83C4 06 add sp,*6 29012 !BCC_EOS 29013 ! Debug: addab int = const 2 to unsigned short BX = [S+$C+6] (used reg = ) 29014 783F 8B46 08 mov ax,8[bp] 29015 7842 40 inc ax 29016 7843 40 inc ax 29017 7844 8946 08 mov 8[bp],ax 29018 !BCC_EOS 29019 ! 4014 write_word(0x40,0x63, read_word(ES, BX)); BX += 2; 29020 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 29021 7847 FF76 08 push 8[bp] 29022 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 29023 784A FF76 06 push 6[bp] 29024 ! Debug: func () unsigned short = read_word+0 (used reg = ) 29025 784D E8 03A4 call _read_word 29026 7850 83C4 04 add sp,*4 29027 ! Debug: list unsigned short = ax+0 (used reg = ) 29028 7853 50 push ax 29029 ! Debug: list int = const $63 (used reg = ) 29030 7854 B8 0063 mov ax,*$63 29031 7857 50 push ax 29032 ! Debug: list int = const $40 (used reg = ) 29033 7858 B8 0040 mov ax,*$40 29034 785B 50 push ax 29035 ! Debug: func () void = write_word+0 (used reg = ) 29036 785C E8 03C0 call _write_word 29037 785F 83C4 06 add sp,*6 29038 !BCC_EOS 29039 ! Debug: addab int = const 2 to unsigned short BX = [S+$C+6] (used reg = ) 29040 7862 8B46 08 mov ax,8[bp] 29041 7865 40 inc ax 29042 7866 40 inc ax 29043 7867 8946 08 mov 8[bp],ax 29044 !BCC_EOS 29045 ! 4015 write_byte(0x40,0x84, read_byte(ES, BX)); BX++; 29046 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 29047 786A FF76 08 push 8[bp] 29048 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 29049 786D FF76 06 push 6[bp] 29050 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 29051 7870 E8 036E call _read_byte 29052 7873 83C4 04 add sp,*4 29053 ! Debug: list unsigned char = al+0 (used reg = ) 29054 7876 30E4 xor ah,ah 29055 7878 50 push ax 29056 ! Debug: list int = const $84 (used reg = ) 29057 7879 B8 0084 mov ax,#$84 29058 787C 50 push ax 29059 ! Debug: list int = const $40 (used reg = ) 29060 787D B8 0040 mov ax,*$40 29061 7880 50 push ax 29062 ! Debug: func () void = write_byte+0 (used reg = ) 29063 7881 E8 0383 call _write_byte 29064 7884 83C4 06 add sp,*6 29065 !BCC_EOS 29066 ! Debug: postinc unsigned short BX = [S+$C+6] (used reg = ) 29067 7887 8B46 08 mov ax,8[bp] 29068 788A 40 inc ax 29069 788B 8946 08 mov 8[bp],ax 29070 !BCC_EOS 29071 ! 4016 write_word(0x40,0x85, read_word(ES, BX)); BX += 2; 29072 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 29073 788E FF76 08 push 8[bp] 29074 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 29075 7891 FF76 06 push 6[bp] 29076 ! Debug: func () unsigned short = read_word+0 (used reg = ) 29077 7894 E8 035D call _read_word 29078 7897 83C4 04 add sp,*4 29079 ! Debug: list unsigned short = ax+0 (used reg = ) 29080 789A 50 push ax 29081 ! Debug: list int = const $85 (used reg = ) 29082 789B B8 0085 mov ax,#$85 29083 789E 50 push ax 29084 ! Debug: list int = const $40 (used reg = ) 29085 789F B8 0040 mov ax,*$40 29086 78A2 50 push ax 29087 ! Debug: func () void = write_word+0 (used reg = ) 29088 78A3 E8 0379 call _write_word 29089 78A6 83C4 06 add sp,*6 29090 !BCC_EOS 29091 ! Debug: addab int = const 2 to unsigned short BX = [S+$C+6] (used reg = ) 29092 78A9 8B46 08 mov ax,8[bp] 29093 78AC 40 inc ax 29094 78AD 40 inc ax 29095 78AE 8946 08 mov 8[bp],ax 29096 !BCC_EOS 29097 ! 4017 write_byte(0x40,0x87, read_byte(ES, BX)); BX++; 29098 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 29099 78B1 FF76 08 push 8[bp] 29100 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 29101 78B4 FF76 06 push 6[bp] 29102 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 29103 78B7 E8 0327 call _read_byte 29104 78BA 83C4 04 add sp,*4 29105 ! Debug: list unsigned char = al+0 (used reg = ) 29106 78BD 30E4 xor ah,ah 29107 78BF 50 push ax 29108 ! Debug: list int = const $87 (used reg = ) 29109 78C0 B8 0087 mov ax,#$87 29110 78C3 50 push ax 29111 ! Debug: list int = const $40 (used reg = ) 29112 78C4 B8 0040 mov ax,*$40 29113 78C7 50 push ax 29114 ! Debug: func () void = write_byte+0 (used reg = ) 29115 78C8 E8 033C call _write_byte 29116 78CB 83C4 06 add sp,*6 29117 !BCC_EOS 29118 ! Debug: postinc unsigned short BX = [S+$C+6] (used reg = ) 29119 78CE 8B46 08 mov ax,8[bp] 29120 78D1 40 inc ax 29121 78D2 8946 08 mov 8[bp],ax 29122 !BCC_EOS 29123 ! 4018 write_byte(0x40,0x88, read_byte(ES, BX)); BX++; 29124 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 29125 78D5 FF76 08 push 8[bp] 29126 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 29127 78D8 FF76 06 push 6[bp] 29128 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 29129 78DB E8 0303 call _read_byte 29130 78DE 83C4 04 add sp,*4 29131 ! Debug: list unsigned char = al+0 (used reg = ) 29132 78E1 30E4 xor ah,ah 29133 78E3 50 push ax 29134 ! Debug: list int = const $88 (used reg = ) 29135 78E4 B8 0088 mov ax,#$88 29136 78E7 50 push ax 29137 ! Debug: list int = const $40 (used reg = ) 29138 78E8 B8 0040 mov ax,*$40 29139 78EB 50 push ax 29140 ! Debug: func () void = write_byte+0 (used reg = ) 29141 78EC E8 0318 call _write_byte 29142 78EF 83C4 06 add sp,*6 29143 !BCC_EOS 29144 ! Debug: postinc unsigned short BX = [S+$C+6] (used reg = ) 29145 78F2 8B46 08 mov ax,8[bp] 29146 78F5 40 inc ax 29147 78F6 8946 08 mov 8[bp],ax 29148 !BCC_EOS 29149 ! 4019 write_byte(0x40,0x89, read_byte(ES, BX) 29150 ! 4019 ); BX++; 29151 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 29152 78F9 FF76 08 push 8[bp] 29153 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 29154 78FC FF76 06 push 6[bp] 29155 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 29156 78FF E8 02DF call _read_byte 29157 7902 83C4 04 add sp,*4 29158 ! Debug: list unsigned char = al+0 (used reg = ) 29159 7905 30E4 xor ah,ah 29160 7907 50 push ax 29161 ! Debug: list int = const $89 (used reg = ) 29162 7908 B8 0089 mov ax,#$89 29163 790B 50 push ax 29164 ! Debug: list int = const $40 (used reg = ) 29165 790C B8 0040 mov ax,*$40 29166 790F 50 push ax 29167 ! Debug: func () void = write_byte+0 (used reg = ) 29168 7910 E8 02F4 call _write_byte 29169 7913 83C4 06 add sp,*6 29170 !BCC_EOS 29171 ! Debug: postinc unsigned short BX = [S+$C+6] (used reg = ) 29172 7916 8B46 08 mov ax,8[bp] 29173 7919 40 inc ax 29174 791A 8946 08 mov 8[bp],ax 29175 !BCC_EOS 29176 ! 4020 write_word(0x40,0x60, read_word(ES, BX)); BX += 2; 29177 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 29178 791D FF76 08 push 8[bp] 29179 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 29180 7920 FF76 06 push 6[bp] 29181 ! Debug: func () unsigned short = read_word+0 (used reg = ) 29182 7923 E8 02CE call _read_word 29183 7926 83C4 04 add sp,*4 29184 ! Debug: list unsigned short = ax+0 (used reg = ) 29185 7929 50 push ax 29186 ! Debug: list int = const $60 (used reg = ) 29187 792A B8 0060 mov ax,*$60 29188 792D 50 push ax 29189 ! Debug: list int = const $40 (used reg = ) 29190 792E B8 0040 mov ax,*$40 29191 7931 50 push ax 29192 ! Debug: func () void = write_word+0 (used reg = ) 29193 7932 E8 02EA call _write_word 29194 7935 83C4 06 add sp,*6 29195 !BCC_EOS 29196 ! Debug: addab int = const 2 to unsigned short BX = [S+$C+6] (used reg = ) 29197 7938 8B46 08 mov ax,8[bp] 29198 793B 40 inc ax 29199 793C 40 inc ax 29200 793D 8946 08 mov 8[bp],ax 29201 !BCC_EOS 29202 ! 4021 for(i=0;i<8;i++) { 29203 ! Debug: eq int = const 0 to unsigned short i = [S+$C-4] (used reg = ) 29204 7940 31C0 xor ax,ax 29205 7942 8946 FE mov -2[bp],ax 29206 !BCC_EOS 29207 !BCC_EOS 29208 7945 EB 2F jmp .28D 29209 00007947 .28E: 29210 ! 4022 write_word(0x40, 0x50 +2*i, read_word(ES, BX)); 29211 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 29212 7947 FF76 08 push 8[bp] 29213 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 29214 794A FF76 06 push 6[bp] 29215 ! Debug: func () unsigned short = read_word+0 (used reg = ) 29216 794D E8 02A4 call _read_word 29217 7950 83C4 04 add sp,*4 29218 ! Debug: list unsigned short = ax+0 (used reg = ) 29219 7953 50 push ax 29220 ! Debug: mul unsigned short i = [S+$E-4] to int = const 2 (used reg = ) 29221 ! Debug: expression subtree swapping 29222 7954 8B46 FE mov ax,-2[bp] 29223 7957 D1E0 shl ax,*1 29224 ! Debug: add unsigned int = ax+0 to int = const $50 (used reg = ) 29225 ! Debug: expression subtree swapping 29226 ! Debug: list unsigned int = ax+$50 (used reg = ) 29227 7959 05 0050 add ax,*$50 29228 795C 50 push ax 29229 ! Debug: list int = const $40 (used reg = ) 29230 795D B8 0040 mov ax,*$40 29231 7960 50 push ax 29232 ! Debug: func () void = write_word+0 (used reg = ) 29233 7961 E8 02BB call _write_word 29234 7964 83C4 06 add sp,*6 29235 !BCC_EOS 29236 ! 4023 BX += 2; 29237 ! Debug: addab int = const 2 to unsigned short BX = [S+$C+6] (used reg = ) 29238 7967 8B46 08 mov ax,8[bp] 29239 796A 40 inc ax 29240 796B 40 inc ax 29241 796C 8946 08 mov 8[bp],ax 29242 !BCC_EOS 29243 ! 4024 } 29244 ! 4025 write_word(0x40,0x4E, read_word(ES, BX)); BX += 2; 29245 0000796F .28C: 29246 ! Debug: postinc unsigned short i = [S+$C-4] (used reg = ) 29247 796F 8B46 FE mov ax,-2[bp] 29248 7972 40 inc ax 29249 7973 8946 FE mov -2[bp],ax 29250 00007976 .28D: 29251 ! Debug: lt int = const 8 to unsigned short i = [S+$C-4] (used reg = ) 29252 7976 8B46 FE mov ax,-2[bp] 29253 7979 3D 0008 cmp ax,*8 29254 797C 72 C9 jb .28E 29255 0000797E .28F: 29256 0000797E .28B: 29257 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 29258 797E FF76 08 push 8[bp] 29259 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 29260 7981 FF76 06 push 6[bp] 29261 ! Debug: func () unsigned short = read_word+0 (used reg = ) 29262 7984 E8 026D call _read_word 29263 7987 83C4 04 add sp,*4 29264 ! Debug: list unsigned short = ax+0 (used reg = ) 29265 798A 50 push ax 29266 ! Debug: list int = const $4E (used reg = ) 29267 798B B8 004E mov ax,*$4E 29268 798E 50 push ax 29269 ! Debug: list int = const $40 (used reg = ) 29270 798F B8 0040 mov ax,*$40 29271 7992 50 push ax 29272 ! Debug: func () void = write_word+0 (used reg = ) 29273 7993 E8 0289 call _write_word 29274 7996 83C4 06 add sp,*6 29275 !BCC_EOS 29276 ! Debug: addab int = const 2 to unsigned short BX = [S+$C+6] (used reg = ) 29277 7999 8B46 08 mov ax,8[bp] 29278 799C 40 inc ax 29279 799D 40 inc ax 29280 799E 8946 08 mov 8[bp],ax 29281 !BCC_EOS 29282 ! 4026 write_byte(0x40,0x62, read_byte(ES, BX)); BX++; 29283 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 29284 79A1 FF76 08 push 8[bp] 29285 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 29286 79A4 FF76 06 push 6[bp] 29287 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 29288 79A7 E8 0237 call _read_byte 29289 79AA 83C4 04 add sp,*4 29290 ! Debug: list unsigned char = al+0 (used reg = ) 29291 79AD 30E4 xor ah,ah 29292 79AF 50 push ax 29293 ! Debug: list int = const $62 (used reg = ) 29294 79B0 B8 0062 mov ax,*$62 29295 79B3 50 push ax 29296 ! Debug: list int = const $40 (used reg = ) 29297 79B4 B8 0040 mov ax,*$40 29298 79B7 50 push ax 29299 ! Debug: func () void = write_byte+0 (used reg = ) 29300 79B8 E8 024C call _write_byte 29301 79BB 83C4 06 add sp,*6 29302 !BCC_EOS 29303 ! Debug: postinc unsigned short BX = [S+$C+6] (used reg = ) 29304 79BE 8B46 08 mov ax,8[bp] 29305 79C1 40 inc ax 29306 79C2 8946 08 mov 8[bp],ax 29307 !BCC_EOS 29308 ! 4027 write_word(0, 0x1f * 4, read_word(ES, BX)); BX += 2; 29309 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 29310 79C5 FF76 08 push 8[bp] 29311 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 29312 79C8 FF76 06 push 6[bp] 29313 ! Debug: func () unsigned short = read_word+0 (used reg = ) 29314 79CB E8 0226 call _read_word 29315 79CE 83C4 04 add sp,*4 29316 ! Debug: list unsigned short = ax+0 (used reg = ) 29317 79D1 50 push ax 29318 ! Debug: list int = const $7C (used reg = ) 29319 79D2 B8 007C mov ax,*$7C 29320 79D5 50 push ax 29321 ! Debug: list int = const 0 (used reg = ) 29322 79D6 31C0 xor ax,ax 29323 79D8 50 push ax 29324 ! Debug: func () void = write_word+0 (used reg = ) 29325 79D9 E8 0243 call _write_word 29326 79DC 83C4 06 add sp,*6 29327 !BCC_EOS 29328 ! Debug: addab int = const 2 to unsigned short BX = [S+$C+6] (used reg = ) 29329 79DF 8B46 08 mov ax,8[bp] 29330 79E2 40 inc ax 29331 79E3 40 inc ax 29332 79E4 8946 08 mov 8[bp],ax 29333 !BCC_EOS 29334 ! 4028 write_word(0, 0x1f * 4 + 2, read_word(ES, BX)); BX += 2; 29335 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 29336 79E7 FF76 08 push 8[bp] 29337 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 29338 79EA FF76 06 push 6[bp] 29339 ! Debug: func () unsigned short = read_word+0 (used reg = ) 29340 79ED E8 0204 call _read_word 29341 79F0 83C4 04 add sp,*4 29342 ! Debug: list unsigned short = ax+0 (used reg = ) 29343 79F3 50 push ax 29344 ! Debug: list int = const $7E (used reg = ) 29345 79F4 B8 007E mov ax,*$7E 29346 79F7 50 push ax 29347 ! Debug: list int = const 0 (used reg = ) 29348 79F8 31C0 xor ax,ax 29349 79FA 50 push ax 29350 ! Debug: func () void = write_word+0 (used reg = ) 29351 79FB E8 0221 call _write_word 29352 79FE 83C4 06 add sp,*6 29353 !BCC_EOS 29354 ! Debug: addab int = const 2 to unsigned short BX = [S+$C+6] (used reg = ) 29355 7A01 8B46 08 mov ax,8[bp] 29356 7A04 40 inc ax 29357 7A05 40 inc ax 29358 7A06 8946 08 mov 8[bp],ax 29359 !BCC_EOS 29360 ! 4029 write_word(0, 0x43 * 4, read_word(ES, BX)); BX += 2; 29361 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 29362 7A09 FF76 08 push 8[bp] 29363 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 29364 7A0C FF76 06 push 6[bp] 29365 ! Debug: func () unsigned short = read_word+0 (used reg = ) 29366 7A0F E8 01E2 call _read_word 29367 7A12 83C4 04 add sp,*4 29368 ! Debug: list unsigned short = ax+0 (used reg = ) 29369 7A15 50 push ax 29370 ! Debug: list int = const $10C (used reg = ) 29371 7A16 B8 010C mov ax,#$10C 29372 7A19 50 push ax 29373 ! Debug: list int = const 0 (used reg = ) 29374 7A1A 31C0 xor ax,ax 29375 7A1C 50 push ax 29376 ! Debug: func () void = write_word+0 (used reg = ) 29377 7A1D E8 01FF call _write_word 29378 7A20 83C4 06 add sp,*6 29379 !BCC_EOS 29380 ! Debug: addab int = const 2 to unsigned short BX = [S+$C+6] (used reg = ) 29381 7A23 8B46 08 mov ax,8[bp] 29382 7A26 40 inc ax 29383 7A27 40 inc ax 29384 7A28 8946 08 mov 8[bp],ax 29385 !BCC_EOS 29386 ! 4030 write_word(0, 0x43 * 4 + 2, read_word(ES, BX)); BX += 2; 29387 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 29388 7A2B FF76 08 push 8[bp] 29389 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 29390 7A2E FF76 06 push 6[bp] 29391 ! Debug: func () unsigned short = read_word+0 (used reg = ) 29392 7A31 E8 01C0 call _read_word 29393 7A34 83C4 04 add sp,*4 29394 ! Debug: list unsigned short = ax+0 (used reg = ) 29395 7A37 50 push ax 29396 ! Debug: list int = const $10E (used reg = ) 29397 7A38 B8 010E mov ax,#$10E 29398 7A3B 50 push ax 29399 ! Debug: list int = const 0 (used reg = ) 29400 7A3C 31C0 xor ax,ax 29401 7A3E 50 push ax 29402 ! Debug: func () void = write_word+0 (used reg = ) 29403 7A3F E8 01DD call _write_word 29404 7A42 83C4 06 add sp,*6 29405 !BCC_EOS 29406 ! Debug: addab int = const 2 to unsigned short BX = [S+$C+6] (used reg = ) 29407 7A45 8B46 08 mov ax,8[bp] 29408 7A48 40 inc ax 29409 7A49 40 inc ax 29410 7A4A 8946 08 mov 8[bp],ax 29411 !BCC_EOS 29412 ! 4031 } 29413 ! 4032 if (CX & 4) { 29414 00007A4D .289: 29415 ! Debug: and int = const 4 to unsigned short CX = [S+$C+2] (used reg = ) 29416 7A4D 8A46 04 mov al,4[bp] 29417 7A50 24 04 and al,*4 29418 7A52 84C0 test al,al 29419 7A54 0F84 0096 beq .290 29420 00007A58 .291: 29421 ! 4033 BX++; 29422 ! Debug: postinc unsigned short BX = [S+$C+6] (used reg = ) 29423 7A58 8B46 08 mov ax,8[bp] 29424 7A5B 40 inc ax 29425 7A5C 8946 08 mov 8[bp],ax 29426 !BCC_EOS 29427 ! 4034 v = read_byte(ES, BX); BX++; 29428 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 29429 7A5F FF76 08 push 8[bp] 29430 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 29431 7A62 FF76 06 push 6[bp] 29432 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 29433 7A65 E8 0179 call _read_byte 29434 7A68 83C4 04 add sp,*4 29435 ! Debug: eq unsigned char = al+0 to unsigned short v = [S+$C-8] (used reg = ) 29436 7A6B 30E4 xor ah,ah 29437 7A6D 8946 FA mov -6[bp],ax 29438 !BCC_EOS 29439 ! Debug: postinc unsigned short BX = [S+$C+6] (used reg = ) 29440 7A70 8B46 08 mov ax,8[bp] 29441 7A73 40 inc ax 29442 7A74 8946 08 mov 8[bp],ax 29443 !BCC_EOS 29444 ! 4035 outb(0x3c6, read_byte(ES, BX)); BX++; 29445 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 29446 7A77 FF76 08 push 8[bp] 29447 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 29448 7A7A FF76 06 push 6[bp] 29449 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 29450 7A7D E8 0161 call _read_byte 29451 7A80 83C4 04 add sp,*4 29452 ! Debug: list unsigned char = al+0 (used reg = ) 29453 7A83 30E4 xor ah,ah 29454 7A85 50 push ax 29455 ! Debug: list int = const $3C6 (used reg = ) 29456 7A86 B8 03C6 mov ax,#$3C6 29457 7A89 50 push ax 29458 ! Debug: func () void = outb+0 (used reg = ) 29459 7A8A E8 01C0 call _outb 29460 7A8D 83C4 04 add sp,*4 29461 !BCC_EOS 29462 ! Debug: postinc unsigned short BX = [S+$C+6] (used reg = ) 29463 7A90 8B46 08 mov ax,8[bp] 29464 7A93 40 inc ax 29465 7A94 8946 08 mov 8[bp],ax 29466 !BCC_EOS 29467 ! 4036 outb(0x3c8,0x00); 29468 ! Debug: list int = const 0 (used reg = ) 29469 7A97 31C0 xor ax,ax 29470 7A99 50 push ax 29471 ! Debug: list int = const $3C8 (used reg = ) 29472 7A9A B8 03C8 mov ax,#$3C8 29473 7A9D 50 push ax 29474 ! Debug: func () void = outb+0 (used reg = ) 29475 7A9E E8 01AC call _outb 29476 7AA1 83C4 04 add sp,*4 29477 !BCC_EOS 29478 ! 4037 for(i=0;i<256*3;i++) { 29479 ! Debug: eq int = const 0 to unsigned short i = [S+$C-4] (used reg = ) 29480 7AA4 31C0 xor ax,ax 29481 7AA6 8946 FE mov -2[bp],ax 29482 !BCC_EOS 29483 !BCC_EOS 29484 7AA9 EB 27 jmp .294 29485 00007AAB .295: 29486 ! 4038 outb(0x3c9, read_byte(ES, BX)); BX++; 29487 ! Debug: list unsigned short BX = [S+$C+6] (used reg = ) 29488 7AAB FF76 08 push 8[bp] 29489 ! Debug: list unsigned short ES = [S+$E+4] (used reg = ) 29490 7AAE FF76 06 push 6[bp] 29491 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 29492 7AB1 E8 012D call _read_byte 29493 7AB4 83C4 04 add sp,*4 29494 ! Debug: list unsigned char = al+0 (used reg = ) 29495 7AB7 30E4 xor ah,ah 29496 7AB9 50 push ax 29497 ! Debug: list int = const $3C9 (used reg = ) 29498 7ABA B8 03C9 mov ax,#$3C9 29499 7ABD 50 push ax 29500 ! Debug: func () void = outb+0 (used reg = ) 29501 7ABE E8 018C call _outb 29502 7AC1 83C4 04 add sp,*4 29503 !BCC_EOS 29504 ! Debug: postinc unsigned short BX = [S+$C+6] (used reg = ) 29505 7AC4 8B46 08 mov ax,8[bp] 29506 7AC7 40 inc ax 29507 7AC8 8946 08 mov 8[bp],ax 29508 !BCC_EOS 29509 ! 4039 } 29510 ! 4040 BX++; 29511 00007ACB .293: 29512 ! Debug: postinc unsigned short i = [S+$C-4] (used reg = ) 29513 7ACB 8B46 FE mov ax,-2[bp] 29514 7ACE 40 inc ax 29515 7ACF 8946 FE mov -2[bp],ax 29516 00007AD2 .294: 29517 ! Debug: lt int = const $300 to unsigned short i = [S+$C-4] (used reg = ) 29518 7AD2 8B46 FE mov ax,-2[bp] 29519 7AD5 3D 0300 cmp ax,#$300 29520 7AD8 72 D1 jb .295 29521 00007ADA .296: 29522 00007ADA .292: 29523 ! Debug: postinc unsigned short BX = [S+$C+6] (used reg = ) 29524 7ADA 8B46 08 mov ax,8[bp] 29525 7ADD 40 inc ax 29526 7ADE 8946 08 mov 8[bp],ax 29527 !BCC_EOS 29528 ! 4041 outb(0x3c8, v); 29529 ! Debug: list unsigned short v = [S+$C-8] (used reg = ) 29530 7AE1 FF76 FA push -6[bp] 29531 ! Debug: list int = const $3C8 (used reg = ) 29532 7AE4 B8 03C8 mov ax,#$3C8 29533 7AE7 50 push ax 29534 ! Debug: func () void = outb+0 (used reg = ) 29535 7AE8 E8 0162 call _outb 29536 7AEB 83C4 04 add sp,*4 29537 !BCC_EOS 29538 ! 4042 } 29539 ! 4043 return BX; 29540 00007AEE .290: 29541 7AEE 8B46 08 mov ax,8[bp] 29542 7AF1 89EC mov sp,bp 29543 7AF3 5D pop bp 29544 7AF4 C3 ret 29545 !BCC_EOS 29546 ! 4044 } 29547 ! 4045 static Bit8u find_vga_entry(mode) 29548 ! 4046 Bit8u mode; 29549 00007AF5 _find_vga_entry: 29550 !BCC_EOS 29551 ! 4047 { 29552 ! 4048 Bit8u i,line=0xFF; 29553 7AF5 55 push bp 29554 7AF6 89E5 mov bp,sp 29555 7AF8 4C dec sp 29556 7AF9 4C dec sp 29557 ! Debug: eq int = const $FF to unsigned char line = [S+4-4] (used reg = ) 29558 7AFA B0 FF mov al,#$FF 29559 7AFC 8846 FE mov -2[bp],al 29560 !BCC_EOS 29561 ! 4049 for(i=0;i<=15;i++) 29562 ! Debug: eq int = const 0 to unsigned char i = [S+4-3] (used reg = ) 29563 7AFF 30C0 xor al,al 29564 7B01 8846 FF mov -1[bp],al 29565 !BCC_EOS 29566 !BCC_EOS 29567 ! 4050 if(vga_modes[i].svgamode==mode) 29568 7B04 EB 23 jmp .299 29569 00007B06 .29A: 29570 ! Debug: ptradd unsigned char i = [S+4-3] to [$10] struct = vga_modes+0 (used reg = ) 29571 7B06 8A46 FF mov al,-1[bp] 29572 7B09 30E4 xor ah,ah 29573 7B0B B1 03 mov cl,*3 29574 7B0D D3E0 shl ax,cl 29575 7B0F 89C3 mov bx,ax 29576 ! Debug: logeq unsigned char mode = [S+4+2] to unsigned char = [bx+_vga_modes+0] (used reg = ) 29577 7B11 8A87 01F6 mov al,_vga_modes[bx] 29578 7B15 3A46 04 cmp al,4[bp] 29579 7B18 75 08 jne .29B 29580 00007B1A .29C: 29581 ! 4051 {line=i; 29582 ! Debug: eq unsigned char i = [S+4-3] to unsigned char line = [S+4-4] (used reg = ) 29583 7B1A 8A46 FF mov al,-1[bp] 29584 7B1D 8846 FE mov -2[bp],al 29585 !BCC_EOS 29586 ! 4052 break; 29587 7B20 EB 0E jmp .297 29588 !BCC_EOS 29589 ! 4053 } 29590 ! 4054 return line; 29591 00007B22 .29B: 29592 00007B22 .298: 29593 ! Debug: postinc unsigned char i = [S+4-3] (used reg = ) 29594 7B22 8A46 FF mov al,-1[bp] 29595 7B25 40 inc ax 29596 7B26 8846 FF mov -1[bp],al 29597 00007B29 .299: 29598 ! Debug: le int = const $F to unsigned char i = [S+4-3] (used reg = ) 29599 7B29 8A46 FF mov al,-1[bp] 29600 7B2C 3C 0F cmp al,*$F 29601 7B2E 76 D6 jbe .29A 29602 00007B30 .29D: 29603 00007B30 .297: 29604 7B30 8A46 FE mov al,-2[bp] 29605 7B33 89EC mov sp,bp 29606 7B35 5D pop bp 29607 7B36 C3 ret 29608 !BCC_EOS 29609 ! 4055 } 29610 ! 4056 static void memsetb(seg,offset,value,count) 29611 ! Register BX used in function find_vga_entry 29612 ! 4057 Bit16u seg; 29613 00007B37 _memsetb: 29614 !BCC_EOS 29615 ! 4058 Bit16u offset; 29616 !BCC_EOS 29617 ! 4059 Bit16u value; 29618 !BCC_EOS 29619 ! 4060 Bit16u count; 29620 !BCC_EOS 29621 ! 4061 { 29622 ! 4062 #asm 29623 !BCC_ASM 29624 00000008 _memsetb.count set 8 29625 00000002 _memsetb.seg set 2 29626 00000006 _memsetb.value set 6 29627 00000004 _memsetb.offset set 4 29628 7B37 55 push bp 29629 7B38 89E5 mov bp, sp 29630 7B3A 50 push ax 29631 7B3B 51 push cx 29632 7B3C 06 push es 29633 7B3D 57 push di 29634 7B3E 8B4E 0A mov cx, 10[bp] ; count 29635 7B41 83F9 00 cmp cx, #0x00 29636 7B44 74 10 je memsetb_end 29637 7B46 8B46 04 mov ax, 4[bp] ; segment 29638 7B49 8EC0 mov es, ax 29639 7B4B 8B46 06 mov ax, 6[bp] ; offset 29640 7B4E 89C7 mov di, ax 29641 7B50 8A46 08 mov al, 8[bp] ; value 29642 7B53 FC cld 29643 7B54 F3 rep 29644 7B55 AA stosb 29645 00007B56 memsetb_end: 29646 7B56 5F pop di 29647 7B57 07 pop es 29648 7B58 59 pop cx 29649 7B59 58 pop ax 29650 7B5A 5D pop bp 29651 ! 4086 endasm 29652 !BCC_ENDASM 29653 ! 4087 } 29654 7B5B C3 ret 29655 ! 4088 static void memsetw(seg,offset,value,count) 29656 ! 4089 Bit16u seg; 29657 00007B5C _memsetw: 29658 !BCC_EOS 29659 ! 4090 Bit16u offset; 29660 !BCC_EOS 29661 ! 4091 Bit16u value; 29662 !BCC_EOS 29663 ! 4092 Bit16u count; 29664 !BCC_EOS 29665 ! 4093 { 29666 ! 4094 #asm 29667 !BCC_ASM 29668 00000008 _memsetw.count set 8 29669 00000002 _memsetw.seg set 2 29670 00000006 _memsetw.value set 6 29671 00000004 _memsetw.offset set 4 29672 7B5C 55 push bp 29673 7B5D 89E5 mov bp, sp 29674 7B5F 50 push ax 29675 7B60 51 push cx 29676 7B61 06 push es 29677 7B62 57 push di 29678 7B63 8B4E 0A mov cx, 10[bp] ; count 29679 7B66 83F9 00 cmp cx, #0x00 29680 7B69 74 10 je memsetw_end 29681 7B6B 8B46 04 mov ax, 4[bp] ; segment 29682 7B6E 8EC0 mov es, ax 29683 7B70 8B46 06 mov ax, 6[bp] ; offset 29684 7B73 89C7 mov di, ax 29685 7B75 8B46 08 mov ax, 8[bp] ; value 29686 7B78 FC cld 29687 7B79 F3 rep 29688 7B7A AB stosw 29689 00007B7B memsetw_end: 29690 7B7B 5F pop di 29691 7B7C 07 pop es 29692 7B7D 59 pop cx 29693 7B7E 58 pop ax 29694 7B7F 5D pop bp 29695 ! 4118 endasm 29696 !BCC_ENDASM 29697 ! 4119 } 29698 7B80 C3 ret 29699 ! 4120 static void memcpyb(dseg,doffset,sseg,soffset,count) 29700 ! 4121 Bit16u dseg; 29701 00007B81 _memcpyb: 29702 !BCC_EOS 29703 ! 4122 Bit16u doffset; 29704 !BCC_EOS 29705 ! 4123 Bit16u sseg; 29706 !BCC_EOS 29707 ! 4124 B 29708 ! 4124 it16u soffset; 29709 !BCC_EOS 29710 ! 4125 Bit16u count; 29711 !BCC_EOS 29712 ! 4126 { 29713 ! 4127 #asm 29714 !BCC_ASM 29715 0000000A _memcpyb.count set $A 29716 00000006 _memcpyb.sseg set 6 29717 00000008 _memcpyb.soffset set 8 29718 00000002 _memcpyb.dseg set 2 29719 00000004 _memcpyb.doffset set 4 29720 7B81 55 push bp 29721 7B82 89E5 mov bp, sp 29722 7B84 50 push ax 29723 7B85 51 push cx 29724 7B86 06 push es 29725 7B87 57 push di 29726 7B88 1E push ds 29727 7B89 56 push si 29728 7B8A 8B4E 0C mov cx, 12[bp] ; count 29729 7B8D 83F9 00 cmp cx, #0x0000 29730 7B90 74 17 je memcpyb_end 29731 7B92 8B46 04 mov ax, 4[bp] ; dsegment 29732 7B95 8EC0 mov es, ax 29733 7B97 8B46 06 mov ax, 6[bp] ; doffset 29734 7B9A 89C7 mov di, ax 29735 7B9C 8B46 08 mov ax, 8[bp] ; ssegment 29736 7B9F 8ED8 mov ds, ax 29737 7BA1 8B46 0A mov ax, 10[bp] ; soffset 29738 7BA4 89C6 mov si, ax 29739 7BA6 FC cld 29740 7BA7 F3 rep 29741 7BA8 A4 movsb 29742 00007BA9 memcpyb_end: 29743 7BA9 5E pop si 29744 7BAA 1F pop ds 29745 7BAB 5F pop di 29746 7BAC 07 pop es 29747 7BAD 59 pop cx 29748 7BAE 58 pop ax 29749 7BAF 5D pop bp 29750 ! 4158 endasm 29751 !BCC_ENDASM 29752 ! 4159 } 29753 7BB0 C3 ret 29754 ! 4160 static void memcpyw(dseg,doffset,sseg,soffset,count) 29755 ! 4161 Bit16u dseg; 29756 00007BB1 _memcpyw: 29757 !BCC_EOS 29758 ! 4162 Bit16u doffset; 29759 !BCC_EOS 29760 ! 4163 Bit16u sseg; 29761 !BCC_EOS 29762 ! 4164 Bit16u soffset; 29763 !BCC_EOS 29764 ! 4165 Bit16u count; 29765 !BCC_EOS 29766 ! 4166 { 29767 ! 4167 #asm 29768 !BCC_ASM 29769 0000000A _memcpyw.count set $A 29770 00000006 _memcpyw.sseg set 6 29771 00000008 _memcpyw.soffset set 8 29772 00000002 _memcpyw.dseg set 2 29773 00000004 _memcpyw.doffset set 4 29774 7BB1 55 push bp 29775 7BB2 89E5 mov bp, sp 29776 7BB4 50 push ax 29777 7BB5 51 push cx 29778 7BB6 06 push es 29779 7BB7 57 push di 29780 7BB8 1E push ds 29781 7BB9 56 push si 29782 7BBA 8B4E 0C mov cx, 12[bp] ; count 29783 7BBD 83F9 00 cmp cx, #0x0000 29784 7BC0 74 17 je memcpyw_end 29785 7BC2 8B46 04 mov ax, 4[bp] ; dsegment 29786 7BC5 8EC0 mov es, ax 29787 7BC7 8B46 06 mov ax, 6[bp] ; doffset 29788 7BCA 89C7 mov di, ax 29789 7BCC 8B46 08 mov ax, 8[bp] ; ssegment 29790 7BCF 8ED8 mov ds, ax 29791 7BD1 8B46 0A mov ax, 10[bp] ; soffset 29792 7BD4 89C6 mov si, ax 29793 7BD6 FC cld 29794 7BD7 F3 rep 29795 7BD8 A5 movsw 29796 00007BD9 memcpyw_end: 29797 7BD9 5E pop si 29798 7BDA 1F pop ds 29799 7BDB 5F pop di 29800 7BDC 07 pop es 29801 7BDD 59 pop cx 29802 7BDE 58 pop ax 29803 7BDF 5D pop bp 29804 ! 4198 endasm 29805 !BCC_ENDASM 29806 ! 4199 } 29807 7BE0 C3 ret 29808 ! 4200 static Bit8u 29809 ! 4201 read_byte(seg, offset) 29810 ! 4202 Bit16u seg; 29811 00007BE1 _read_byte: 29812 !BCC_EOS 29813 ! 4203 Bit16u offset; 29814 !BCC_EOS 29815 ! 4204 { 29816 ! 4205 #asm 29817 !BCC_ASM 29818 00000002 _read_byte.seg set 2 29819 00000004 _read_byte.offset set 4 29820 7BE1 55 push bp 29821 7BE2 89E5 mov bp, sp 29822 7BE4 53 push bx 29823 7BE5 1E push ds 29824 7BE6 8B46 04 mov ax, 4[bp] ; segment 29825 7BE9 8ED8 mov ds, ax 29826 7BEB 8B5E 06 mov bx, 6[bp] ; offset 29827 7BEE 8A07 mov al, [bx] 29828 ;; al = return value (byte) 29829 7BF0 1F pop ds 29830 7BF1 5B pop bx 29831 7BF2 5D pop bp 29832 ! 4218 endasm 29833 !BCC_ENDASM 29834 ! 4219 } 29835 7BF3 C3 ret 29836 ! 4220 static Bit16u 29837 ! 4221 read_word(seg, offset) 29838 ! 4222 Bit16u seg; 29839 00007BF4 _read_word: 29840 !BCC_EOS 29841 ! 4223 Bit16u offset; 29842 !BCC_EOS 29843 ! 4224 { 29844 ! 4225 #asm 29845 !BCC_ASM 29846 00000002 _read_word.seg set 2 29847 00000004 _read_word.offset set 4 29848 7BF4 55 push bp 29849 7BF5 89E5 mov bp, sp 29850 7BF7 53 push bx 29851 7BF8 1E push ds 29852 7BF9 8B46 04 mov ax, 4[bp] ; segment 29853 7BFC 8ED8 mov ds, ax 29854 7BFE 8B5E 06 mov bx, 6[bp] ; offset 29855 7C01 8B07 mov ax, [bx] 29856 ;; ax = return value (word) 29857 7C03 1F pop ds 29858 7C04 5B pop bx 29859 7C05 5D pop bp 29860 ! 4238 endasm 29861 !BCC_ENDASM 29862 ! 4239 } 29863 7C06 C3 ret 29864 ! 4240 static void 29865 ! 4241 write_byte(seg, offset, data) 29866 ! 4242 Bit16u seg; 29867 00007C07 _write_byte: 29868 !BCC_EOS 29869 ! 4243 Bit16u offset; 29870 !BCC_EOS 29871 ! 4244 Bit8u data; 29872 !BCC_EOS 29873 ! 4245 { 29874 ! 4246 #asm 29875 !BCC_ASM 29876 00000002 _write_byte.seg set 2 29877 00000006 _write_byte.data set 6 29878 00000004 _write_byte.offset set 4 29879 7C07 55 push bp 29880 7C08 89E5 mov bp, sp 29881 7C0A 50 push ax 29882 7C0B 53 push bx 29883 7C0C 1E push ds 29884 7C0D 8B46 04 mov ax, 4[bp] ; segment 29885 7C10 8ED8 mov ds, ax 29886 7C12 8B5E 06 mov bx, 6[bp] ; offset 29887 7C15 8A46 08 mov al, 8[bp] ; data byte 29888 7C18 8807 mov [bx], al ; write data byte 29889 7C1A 1F pop ds 29890 7C1B 5B pop bx 29891 7C1C 58 pop ax 29892 7C1D 5D pop bp 29893 ! 4261 endasm 29894 !BCC_ENDASM 29895 ! 4262 } 29896 7C1E C3 ret 29897 ! 4263 static void 29898 ! 4264 write_word(seg, offset, data) 29899 ! 4265 29900 ! 4265 Bit16u seg; 29901 00007C1F _write_word: 29902 !BCC_EOS 29903 ! 4266 Bit16u offset; 29904 !BCC_EOS 29905 ! 4267 Bit16u data; 29906 !BCC_EOS 29907 ! 4268 { 29908 ! 4269 #asm 29909 !BCC_ASM 29910 00000002 _write_word.seg set 2 29911 00000006 _write_word.data set 6 29912 00000004 _write_word.offset set 4 29913 7C1F 55 push bp 29914 7C20 89E5 mov bp, sp 29915 7C22 50 push ax 29916 7C23 53 push bx 29917 7C24 1E push ds 29918 7C25 8B46 04 mov ax, 4[bp] ; segment 29919 7C28 8ED8 mov ds, ax 29920 7C2A 8B5E 06 mov bx, 6[bp] ; offset 29921 7C2D 8B46 08 mov ax, 8[bp] ; data word 29922 7C30 8907 mov [bx], ax ; write data word 29923 7C32 1F pop ds 29924 7C33 5B pop bx 29925 7C34 58 pop ax 29926 7C35 5D pop bp 29927 ! 4284 endasm 29928 !BCC_ENDASM 29929 ! 4285 } 29930 7C36 C3 ret 29931 ! 4286 Bit8u 29932 ! 4287 inb(port) 29933 ! 4288 Bit16u port; 29934 export _inb 29935 00007C37 _inb: 29936 !BCC_EOS 29937 ! 4289 { 29938 ! 4290 #asm 29939 !BCC_ASM 29940 00000002 _inb.port set 2 29941 7C37 55 push bp 29942 7C38 89E5 mov bp, sp 29943 7C3A 52 push dx 29944 7C3B 8B56 04 mov dx, 4[bp] 29945 7C3E EC in al, dx 29946 7C3F 5A pop dx 29947 7C40 5D pop bp 29948 ! 4298 endasm 29949 !BCC_ENDASM 29950 ! 4299 } 29951 7C41 C3 ret 29952 ! 4300 Bit16u 29953 ! 4301 inw(port) 29954 ! 4302 Bit16u port; 29955 export _inw 29956 00007C42 _inw: 29957 !BCC_EOS 29958 ! 4303 { 29959 ! 4304 #asm 29960 !BCC_ASM 29961 00000002 _inw.port set 2 29962 7C42 55 push bp 29963 7C43 89E5 mov bp, sp 29964 7C45 52 push dx 29965 7C46 8B56 04 mov dx, 4[bp] 29966 7C49 ED in ax, dx 29967 7C4A 5A pop dx 29968 7C4B 5D pop bp 29969 ! 4312 endasm 29970 !BCC_ENDASM 29971 ! 4313 } 29972 7C4C C3 ret 29973 ! 4314 void 29974 ! 4315 outb(port, val) 29975 ! 4316 Bit16u port; 29976 export _outb 29977 00007C4D _outb: 29978 !BCC_EOS 29979 ! 4317 Bit8u val; 29980 !BCC_EOS 29981 ! 4318 { 29982 ! 4319 #asm 29983 !BCC_ASM 29984 00000004 _outb.val set 4 29985 00000002 _outb.port set 2 29986 7C4D 55 push bp 29987 7C4E 89E5 mov bp, sp 29988 7C50 50 push ax 29989 7C51 52 push dx 29990 7C52 8B56 04 mov dx, 4[bp] 29991 7C55 8A46 06 mov al, 6[bp] 29992 7C58 EE out dx, al 29993 7C59 5A pop dx 29994 7C5A 58 pop ax 29995 7C5B 5D pop bp 29996 ! 4330 endasm 29997 !BCC_ENDASM 29998 ! 4331 } 29999 7C5C C3 ret 30000 ! 4332 void 30001 ! 4333 outw(port, val) 30002 ! 4334 Bit16u port; 30003 export _outw 30004 00007C5D _outw: 30005 !BCC_EOS 30006 ! 4335 Bit16u val; 30007 !BCC_EOS 30008 ! 4336 { 30009 ! 4337 #asm 30010 !BCC_ASM 30011 00000004 _outw.val set 4 30012 00000002 _outw.port set 2 30013 7C5D 55 push bp 30014 7C5E 89E5 mov bp, sp 30015 7C60 50 push ax 30016 7C61 52 push dx 30017 7C62 8B56 04 mov dx, 4[bp] 30018 7C65 8B46 06 mov ax, 6[bp] 30019 7C68 EF out dx, ax 30020 7C69 5A pop dx 30021 7C6A 58 pop ax 30022 7C6B 5D pop bp 30023 ! 4348 endasm 30024 !BCC_ENDASM 30025 ! 4349 } 30026 7C6C C3 ret 30027 ! 4350 Bit16u get_SS() 30028 ! 4351 { 30029 export _get_SS 30030 00007C6D _get_SS: 30031 ! 4352 #asm 30032 !BCC_ASM 30033 7C6D 8CD0 mov ax, ss 30034 ! 4354 endasm 30035 !BCC_ENDASM 30036 ! 4355 } 30037 7C6F C3 ret 30038 ! 4356 void printf(s) 30039 ! 4357 Bit8u *s; 30040 export _printf 30041 00007C70 _printf: 30042 !BCC_EOS 30043 ! 4358 { 30044 ! 4359 Bit8u c, format_char; 30045 !BCC_EOS 30046 ! 4360 Boolean in_format; 30047 !BCC_EOS 30048 ! 4361 unsigned format_width, i; 30049 !BCC_EOS 30050 ! 4362 Bit16u *arg_ptr; 30051 !BCC_EOS 30052 ! 4363 Bit16u arg_seg, arg, digit, nibble, shift_count; 30053 !BCC_EOS 30054 ! 4364 arg_ptr = &s; 30055 7C70 55 push bp 30056 7C71 89E5 mov bp,sp 30057 7C73 83C4 EC add sp,*-$14 30058 ! Debug: eq * * unsigned char s = S+$16+2 to * unsigned short arg_ptr = [S+$16-$C] (used reg = ) 30059 7C76 8D5E 04 lea bx,4[bp] 30060 7C79 895E F6 mov -$A[bp],bx 30061 !BCC_EOS 30062 ! 4365 arg_seg = get_SS(); 30063 ! Debug: func () unsigned short = get_SS+0 (used reg = ) 30064 7C7C E8 FFEE call _get_SS 30065 ! Debug: eq unsigned short = ax+0 to unsigned short arg_seg = [S+$16-$E] (used reg = ) 30066 7C7F 8946 F4 mov -$C[bp],ax 30067 !BCC_EOS 30068 ! 4366 in_format = 0; 30069 ! Debug: eq int = const 0 to unsigned short in_format = [S+$16-6] (used reg = ) 30070 7C82 31C0 xor ax,ax 30071 7C84 8946 FC mov -4[bp],ax 30072 !BCC_EOS 30073 ! 4367 format_width = 0; 30074 ! Debug: eq int = const 0 to unsigned int format_width = [S+$16-8] (used reg = ) 30075 7C87 31C0 xor ax,ax 30076 7C89 8946 FA mov -6[bp],ax 30077 !BCC_EOS 30078 ! 4368 while (c = read_byte(0xc000, s)) { 30079 7C8C E9 0104 br .29F 30080 00007C8F .2A0: 30081 ! 4369 if ( c == '%' ) { 30082 ! Debug: logeq int = const $25 to unsigned char c = [S+$16-3] (used reg = ) 30083 7C8F 8A46 FF mov al,-1[bp] 30084 7C92 3C 25 cmp al,*$25 30085 7C94 75 0E jne .2A1 30086 00007C96 .2A2: 30087 ! 4370 in_format = 1; 30088 ! Debug: eq int = const 1 to unsigned short in_format = [S+$16-6] (used reg = ) 30089 7C96 B8 0001 mov ax,*1 30090 7C99 8946 FC mov -4[bp],ax 30091 !BCC_EOS 30092 ! 4371 format_width = 0; 30093 ! Debug: eq int = const 0 to unsigned int format_width = [S+$16-8] (used reg = ) 30094 7C9C 31C0 xor ax,ax 30095 7C9E 8946 FA mov -6[bp],ax 30096 !BCC_EOS 30097 ! 4372 } 30098 ! 4373 else if (in_format) { 30099 7CA1 E9 00E8 br .2A3 30100 00007CA4 .2A1: 30101 7CA4 8B46 FC mov ax,-4[bp] 30102 7CA7 85C0 test ax,ax 30103 7CA9 0F84 00CF beq .2A4 30104 00007CAD .2A5: 30105 ! 4374 if ( (c>='0') && (c<='9') ) { 30106 ! Debug: ge int = const $30 to unsigned char c = [S+$16-3] (used reg = ) 30107 7CAD 8A46 FF mov al,-1[bp] 30108 7CB0 3C 30 cmp al,*$30 30109 7CB2 72 28 jb .2A6 30110 00007CB4 .2A8: 30111 ! Debug: le int = const $39 to unsigned char c = [S+$16-3] (used reg = ) 30112 7CB4 8A46 FF mov al,-1[bp] 30113 7CB7 3C 39 cmp al,*$39 30114 7CB9 77 21 ja .2A6 30115 00007CBB .2A7: 30116 ! 4375 format_width = (format_width * 10) + (c - '0'); 30117 ! Debug: sub int = const $30 to unsigned char c = [S+$16-3] (used reg = ) 30118 7CBB 8A46 FF mov al,-1[bp] 30119 7CBE 30E4 xor ah,ah 30120 7CC0 05 FFD0 add ax,*-$30 30121 7CC3 50 push ax 30122 ! Debug: mul int = const $A to unsigned int format_width = [S+$18-8] (used reg = ) 30123 7CC4 8B46 FA mov ax,-6[bp] 30124 7CC7 89C2 mov dx,ax 30125 7CC9 D1E0 shl ax,*1 30126 7CCB D1E0 shl ax,*1 30127 7CCD 01D0 add ax,dx 30128 7CCF D1E0 shl ax,*1 30129 ! Debug: add unsigned int (temp) = [S+$18-$18] to unsigned int = ax+0 (used reg = ) 30130 7CD1 0346 EA add ax,-$16[bp] 30131 7CD4 44 inc sp 30132 7CD5 44 inc sp 30133 ! Debug: eq unsigned int = ax+0 to unsigned int format_width = [S+$16-8] (used reg = ) 30134 7CD6 8946 FA mov -6[bp],ax 30135 !BCC_EOS 30136 ! 4376 } 30137 ! 4377 else if (c == 'x') { 30138 7CD9 E9 009E br .2A9 30139 00007CDC .2A6: 30140 ! Debug: logeq int = const $78 to unsigned char c = [S+$16-3] (used reg = ) 30141 7CDC 8A46 FF mov al,-1[bp] 30142 7CDF 3C 78 cmp al,*$78 30143 7CE1 0F85 0095 bne .2AA 30144 00007CE5 .2AB: 30145 ! 4378 arg_ptr++; 30146 ! Debug: postinc * unsigned short arg_ptr = [S+$16-$C] (used reg = ) 30147 7CE5 8B5E F6 mov bx,-$A[bp] 30148 7CE8 43 inc bx 30149 7CE9 43 inc bx 30150 7CEA 895E F6 mov -$A[bp],bx 30151 !BCC_EOS 30152 ! 4379 arg = read_word(arg_seg, arg_ptr); 30153 ! Debug: list * unsigned short arg_ptr = [S+$16-$C] (used reg = ) 30154 7CED FF76 F6 push -$A[bp] 30155 ! Debug: list unsigned short arg_seg = [S+$18-$E] (used reg = ) 30156 7CF0 FF76 F4 push -$C[bp] 30157 ! Debug: func () unsigned short = read_word+0 (used reg = ) 30158 7CF3 E8 FEFE call _read_word 30159 7CF6 83C4 04 add sp,*4 30160 ! Debug: eq unsigned short = ax+0 to unsigned short arg = [S+$16-$10] (used reg = ) 30161 7CF9 8946 F2 mov -$E[bp],ax 30162 !BCC_EOS 30163 ! 4380 if (format_width == 0) 30164 ! Debug: logeq int = const 0 to unsigned int format_width = [S+$16-8] (used reg = ) 30165 7CFC 8B46 FA mov ax,-6[bp] 30166 7CFF 85C0 test ax,ax 30167 7D01 75 06 jne .2AC 30168 00007D03 .2AD: 30169 ! 4381 format_width = 4; 30170 ! Debug: eq int = const 4 to unsigned int format_width = [S+$16-8] (used reg = ) 30171 7D03 B8 0004 mov ax,*4 30172 7D06 8946 FA mov -6[bp],ax 30173 !BCC_EOS 30174 ! 4382 i = 0; 30175 00007D09 .2AC: 30176 ! Debug: eq int = const 0 to unsigned int i = [S+$16-$A] (used reg = ) 30177 7D09 31C0 xor ax,ax 30178 7D0B 8946 F8 mov -8[bp],ax 30179 !BCC_EOS 30180 ! 4383 digit = format_width - 1; 30181 ! Debug: sub int = const 1 to unsigned int format_width = [S+$16-8] (used reg = ) 30182 7D0E 8B46 FA mov ax,-6[bp] 30183 ! Debug: eq unsigned int = ax-1 to unsigned short digit = [S+$16-$12] (used reg = ) 30184 7D11 48 dec ax 30185 7D12 8946 F0 mov -$10[bp],ax 30186 !BCC_EOS 30187 ! 4384 for (i=0; i> (4 * digit)) & 0x000f; 30196 ! Debug: mul unsigned short digit = [S+$16-$12] to int = const 4 (used reg = ) 30197 ! Debug: expression subtree swapping 30198 7D1C 8B46 F0 mov ax,-$10[bp] 30199 7D1F D1E0 shl ax,*1 30200 7D21 D1E0 shl ax,*1 30201 ! Debug: sr unsigned int = ax+0 to unsigned short arg = [S+$16-$10] (used reg = ) 30202 7D23 89C3 mov bx,ax 30203 7D25 8B46 F2 mov ax,-$E[bp] 30204 7D28 89D9 mov cx,bx 30205 7D2A D3E8 shr ax,cl 30206 ! Debug: and int = const $F to unsigned int = ax+0 (used reg = ) 30207 7D2C 24 0F and al,*$F 30208 ! Debug: eq unsigned char = al+0 to unsigned short nibble = [S+$16-$14] (used reg = ) 30209 7D2E 30E4 xor ah,ah 30210 7D30 8946 EE mov -$12[bp],ax 30211 !BCC_EOS 30212 ! 4386 if (nibble <= 9) 30213 ! Debug: le int = const 9 to unsigned short nibble = [S+$16-$14] (used reg = ) 30214 7D33 8B46 EE mov ax,-$12[bp] 30215 7D36 3D 0009 cmp ax,*9 30216 7D39 77 13 ja .2B2 30217 00007D3B .2B3: 30218 ! 4387 outb(0x0500, nibble + '0'); 30219 ! Debug: add int = const $30 to unsigned short nibble = [S+$16-$14] (used reg = ) 30220 7D3B 8B46 EE mov ax,-$12[bp] 30221 ! Debug: list unsigned int = ax+$30 (used reg = ) 30222 7D3E 05 0030 add ax,*$30 30223 7D41 50 push ax 30224 ! Debug: list int = const $500 (used reg = ) 30225 7D42 B8 0500 mov ax,#$500 30226 7D45 50 push ax 30227 ! Debug: func () void = outb+0 (used reg = ) 30228 7D46 E8 FF04 call _outb 30229 7D49 83C4 04 add sp,*4 30230 !BCC_EOS 30231 ! 4388 else 30232 ! 4389 outb(0x0500, (nibble - 10) + 'A'); 30233 7D4C EB 11 jmp .2B4 30234 00007D4E .2B2: 30235 ! Debug: sub int = const $A to unsigned short nibble = [S+$16-$14] (used reg = ) 30236 7D4E 8B46 EE mov ax,-$12[bp] 30237 ! Debug: add int = const $41 to unsigned int = ax-$A (used reg = ) 30238 ! Debug: list unsigned int = ax+$37 (used reg = ) 30239 7D51 05 0037 add ax,*$37 30240 7D54 50 push ax 30241 ! Debug: list int = const $500 (used reg = ) 30242 7D55 B8 0500 mov ax,#$500 30243 7D58 50 push ax 30244 ! Debug: func () void = outb+0 (used reg = ) 30245 7D59 E8 FEF1 call _outb 30246 7D5C 83C4 04 add sp,*4 30247 !BCC_EOS 30248 ! 4390 digit--; 30249 00007D5F .2B4: 30250 ! Debug: postdec unsigned short digit = [S+$16-$12] (used reg = ) 30251 7D5F 8B46 F0 mov ax,-$10[bp] 30252 7D62 48 dec ax 30253 7D63 8946 F0 mov -$10[bp],ax 30254 !BCC_EOS 30255 ! 4391 } 30256 ! 4392 in_format = 0; 30257 00007D66 .2AF: 30258 ! Debug: postinc unsigned int i = [S+$16-$A] (used reg = ) 30259 7D66 8B46 F8 mov ax,-8[bp] 30260 7D69 40 inc ax 30261 7D6A 8946 F8 mov -8[bp],ax 30262 00007D6D .2B0: 30263 ! Debug: lt unsigned int format_width = [S+$16-8] to unsigned int i = [S+$16-$A] (used reg = ) 30264 7D6D 8B46 F8 mov ax,-8[bp] 30265 7D70 3B46 FA cmp ax,-6[bp] 30266 7D73 72 A7 jb .2B1 30267 00007D75 .2B5: 30268 00007D75 .2AE: 30269 ! Debug: eq int = const 0 to unsigned short in_format = [S+$16-6] (used reg = ) 30270 7D75 31C0 xor ax,ax 30271 7D77 8946 FC mov -4[bp],ax 30272 !BCC_EOS 30273 ! 4393 } 30274 ! 4394 } 30275 00007D7A .2AA: 30276 00007D7A .2A9: 30277 ! 4395 else { 30278 7D7A EB 10 jmp .2B6 30279 00007D7C .2A4: 30280 ! 4396 outb(0x0500, c); 30281 ! Debug: list unsigned char c = [S+$16-3] (used reg = ) 30282 7D7C 8A46 FF mov al,-1[bp] 30283 7D7F 30E4 xor ah,ah 30284 7D81 50 push ax 30285 ! Debug: list int = const $500 (used reg = ) 30286 7D82 B8 0500 mov ax,#$500 30287 7D85 50 push ax 30288 ! Debug: func () void = outb+0 (used reg = ) 30289 7D86 E8 FEC4 call _outb 30290 7D89 83C4 04 add sp,*4 30291 !BCC_EOS 30292 ! 4397 } 30293 ! 4398 s ++; 30294 00007D8C .2B6: 30295 00007D8C .2A3: 30296 ! Debug: postinc * unsigned char s = [S+$16+2] (used reg = ) 30297 7D8C 8B5E 04 mov bx,4[bp] 30298 7D8F 43 inc bx 30299 7D90 895E 04 mov 4[bp],bx 30300 !BCC_EOS 30301 ! 4399 } 30302 ! 4400 } 30303 ! 4400 30304 00007D93 .29F: 30305 ! Debug: list * unsigned char s = [S+$16+2] (used reg = ) 30306 7D93 FF76 04 push 4[bp] 30307 ! Debug: list unsigned int = const $C000 (used reg = ) 30308 7D96 B8 C000 mov ax,#$C000 30309 7D99 50 push ax 30310 ! Debug: func () unsigned char = read_byte+0 (used reg = ) 30311 7D9A E8 FE44 call _read_byte 30312 7D9D 83C4 04 add sp,*4 30313 ! Debug: eq unsigned char = al+0 to unsigned char c = [S+$16-3] (used reg = ) 30314 7DA0 8846 FF mov -1[bp],al 30315 7DA3 84C0 test al,al 30316 7DA5 0F85 FEE6 bne .2A0 30317 00007DA9 .2B7: 30318 00007DA9 .29E: 30319 7DA9 89EC mov sp,bp 30320 7DAB 5D pop bp 30321 7DAC C3 ret 30322 ! 4401 #asm 30323 !BCC_ASM 30324 00000002 _printf.s set 2 30325 ; get LFB address from PCI 30326 ; in - ax: PCI device vendor 30327 ; out - ax: LFB address (high 16 bit) 30328 ;; NOTE - may be called in protected mode 30329 00007DAD _pci_get_lfb_addr: 30330 7DAD 53 push bx 30331 7DAE 51 push cx 30332 7DAF 52 push dx 30333 7DB0 66 50 push eax 30334 7DB2 89C3 mov bx, ax 30335 7DB4 31C9 xor cx, cx 30336 7DB6 B2 00 mov dl, #0x00 30337 7DB8 E8 0033 call pci_read_reg 30338 7DBB 3D FFFF cmp ax, #0xffff 30339 7DBE 74 12 jz pci_get_lfb_addr_5 30340 00007DC0 pci_get_lfb_addr_3: 30341 7DC0 B2 00 mov dl, #0x00 30342 7DC2 E8 0029 call pci_read_reg 30343 7DC5 39D8 cmp ax, bx ;; check vendor 30344 7DC7 74 0D jz pci_get_lfb_addr_4 30345 7DC9 83C1 08 add cx, #0x8 30346 7DCC 81F9 0200 cmp cx, #0x200 ;; search bus #0 and #1 30347 7DD0 72 EE jb pci_get_lfb_addr_3 30348 00007DD2 pci_get_lfb_addr_5: 30349 7DD2 31D2 xor dx, dx ;; no LFB 30350 7DD4 EB 10 jmp pci_get_lfb_addr_6 30351 00007DD6 pci_get_lfb_addr_4: 30352 7DD6 B2 10 mov dl, #0x10 ;; I/O space #0 30353 7DD8 E8 0013 call pci_read_reg 30354 7DDB A9 FFF1 test ax, #0xfff1 30355 7DDE 75 F2 jnz pci_get_lfb_addr_5 30356 7DE0 66 C1E8 10 shr eax, #16 30357 7DE4 89C2 mov dx, ax ;; LFB address 30358 00007DE6 pci_get_lfb_addr_6: 30359 7DE6 66 58 pop eax 30360 7DE8 89D0 mov ax, dx 30361 7DEA 5A pop dx 30362 7DEB 59 pop cx 30363 7DEC 5B pop bx 30364 7DED C3 ret 30365 ; read PCI register 30366 ; in - cx: device/function 30367 ; in - dl: register 30368 ; out - eax: value 30369 00007DEE pci_read_reg: 30370 7DEE 66 B8 00800000 mov eax, #0x00800000 30371 7DF4 89C8 mov ax, cx 30372 7DF6 66 C1E0 08 shl eax, #8 30373 7DFA 88D0 mov al, dl 30374 7DFC BA 0CF8 mov dx, #0xcf8 30375 7DFF 66 EF out dx, eax 30376 7E01 80C2 04 add dl, #4 30377 7E04 66 ED in eax, dx 30378 7E06 C3 ret 30379 ! 4456 endasm 30380 !BCC_ENDASM 30381 ! 4457 static ModeInfoListItem mode_info_list[]= 30382 ! Register BX used in function printf 30383 ! 4458 { 30384 30385 00007E07 _mode_info_list: 30386 ! 4459 { 0x0100, 30387 7E07 0100 .word $100 30388 ! 4460 { 0x0001 | 0x0002 | 0x0008 | 0x0080 | 0x0010, 30389 7E09 009B .word $9B 30390 ! 4461 0x01 | 0x02 | 0x04, 30391 7E0B 07 .byte 7 30392 ! 4462 0, 30393 7E0C 00 .byte 0 30394 ! 4463 64, 30395 7E0D 0040 .word $40 30396 ! 4464 64, 30397 7E0F 0040 .word $40 30398 ! 4465 0xA000, 30399 7E11 A000 .word $A000 30400 ! 4466 0x0000, 30401 7E13 0000 .word 0 30402 ! 4467 0, 30403 7E15 0000 .word 0 30404 7E17 0000 .word 0 30405 ! 4468 640, 30406 7E19 0280 .word $280 30407 ! 4469 640, 30408 7E1B 0280 .word $280 30409 ! 4470 400, 30410 7E1D 0190 .word $190 30411 ! 4471 8, 30412 7E1F 08 .byte 8 30413 ! 4472 16, 30414 7E20 10 .byte $10 30415 ! 4473 1, 30416 7E21 01 .byte 1 30417 ! 4474 8, 30418 7E22 08 .byte 8 30419 ! 4475 4, 30420 7E23 04 .byte 4 30421 ! 4476 0x04, 30422 7E24 04 .byte 4 30423 ! 4477 0, 30424 7E25 00 .byte 0 30425 ! 4478 64, 30426 7E26 40 .byte $40 30427 ! 4479 0, 30428 7E27 00 .byte 0 30429 ! 4480 0, 30430 7E28 00 .byte 0 30431 ! 4481 0, 30432 7E29 00 .byte 0 30433 ! 4482 0, 30434 7E2A 00 .byte 0 30435 ! 4483 0, 30436 7E2B 00 .byte 0 30437 ! 4484 0, 30438 7E2C 00 .byte 0 30439 ! 4485 0, 30440 7E2D 00 .byte 0 30441 ! 4486 0, 30442 7E2E 00 .byte 0 30443 ! 4487 0, 30444 7E2F 00 .byte 0 30445 ! 4488 0, 30446 7E30 00 .byte 0 30447 ! 4489 0xE0000000 30448 ! 4489 , 30449 7E31 0000 .word 0 30450 7E33 E000 .word $E000 30451 ! 4490 0, 30452 7E35 0000 .word 0 30453 7E37 0000 .word 0 30454 ! 4491 0, 30455 7E39 0000 .word 0 30456 ! 4492 640, 30457 7E3B 0280 .word $280 30458 ! 4493 0, 30459 7E3D 00 .byte 0 30460 ! 4494 0, 30461 7E3E 00 .byte 0 30462 ! 4495 0, 30463 7E3F 00 .byte 0 30464 ! 4496 0, 30465 7E40 00 .byte 0 30466 ! 4497 0, 30467 7E41 00 .byte 0 30468 ! 4498 0, 30469 7E42 00 .byte 0 30470 ! 4499 0, 30471 7E43 00 .byte 0 30472 ! 4500 0, 30473 7E44 00 .byte 0 30474 ! 4501 0, 30475 7E45 00 .byte 0 30476 ! 4502 0, 30477 7E46 00 .byte 0 30478 ! 4503 0, 30479 7E47 0000 .word 0 30480 7E49 0000 .word 0 30481 ! 4504 } }, 30482 ! 4505 { 0x0101, 30483 7E4B 0101 .word $101 30484 ! 4506 { 0x0001 | 0x0002 | 0x0008 | 0x0080 | 0x0010, 30485 7E4D 009B .word $9B 30486 ! 4507 0x01 | 0x02 | 0x04, 30487 7E4F 07 .byte 7 30488 ! 4508 0, 30489 7E50 00 .byte 0 30490 ! 4509 64, 30491 7E51 0040 .word $40 30492 ! 4510 64, 30493 7E53 0040 .word $40 30494 ! 4511 0xA000, 30495 7E55 A000 .word $A000 30496 ! 4512 0x0000, 30497 7E57 0000 .word 0 30498 ! 4513 0, 30499 7E59 0000 .word 0 30500 7E5B 0000 .word 0 30501 ! 4514 640, 30502 7E5D 0280 .word $280 30503 ! 4515 640, 30504 7E5F 0280 .word $280 30505 ! 4516 480, 30506 7E61 01E0 .word $1E0 30507 ! 4517 8, 30508 7E63 08 .byte 8 30509 ! 4518 16, 30510 7E64 10 .byte $10 30511 ! 4519 1, 30512 7E65 01 .byte 1 30513 ! 4520 8, 30514 7E66 08 .byte 8 30515 ! 4521 5, 30516 7E67 05 .byte 5 30517 ! 4522 0x04, 30518 7E68 04 .byte 4 30519 ! 4523 0, 30520 7E69 00 .byte 0 30521 ! 4524 53, 30522 7E6A 35 .byte $35 30523 ! 4525 0, 30524 7E6B 00 .byte 0 30525 ! 4526 0, 30526 7E6C 00 .byte 0 30527 ! 4527 0, 30528 7E6D 00 .byte 0 30529 ! 4528 0, 30530 7E6E 00 .byte 0 30531 ! 4529 0, 30532 7E6F 00 .byte 0 30533 ! 4530 0, 30534 7E70 00 .byte 0 30535 ! 4531 0, 30536 7E71 00 .byte 0 30537 ! 4532 0, 30538 7E72 00 .byte 0 30539 ! 4533 0, 30540 7E73 00 .byte 0 30541 ! 4534 0, 30542 7E74 00 .byte 0 30543 ! 4535 0xE0000000, 30544 7E75 0000 .word 0 30545 7E77 E000 .word $E000 30546 ! 4536 0, 30547 7E79 0000 .word 0 30548 7E7B 0000 .word 0 30549 ! 4537 0, 30550 7E7D 0000 .word 0 30551 ! 4538 640, 30552 7E7F 0280 .word $280 30553 ! 4539 0, 30554 7E81 00 .byte 0 30555 ! 4540 0, 30556 7E82 00 .byte 0 30557 ! 4541 0, 30558 7E83 00 .byte 0 30559 ! 4542 0, 30560 7E84 00 .byte 0 30561 ! 4543 0, 30562 7E85 00 .byte 0 30563 ! 4544 0, 30564 7E86 00 .byte 0 30565 ! 4545 0, 30566 7E87 00 .byte 0 30567 ! 4546 0, 30568 7E88 00 .byte 0 30569 ! 4547 0, 30570 7E89 00 .byte 0 30571 ! 4548 0, 30572 7E8A 00 .byte 0 30573 ! 4549 0, 30574 7E8B 0000 .word 0 30575 7E8D 0000 .word 0 30576 ! 4550 } }, 30577 ! 4551 { 0x0102, 30578 7E8F 0102 .word $102 30579 ! 4552 { 0x0001 | 0x0002 | 0x0008 | 0x0004 | 0x0010, 30580 7E91 001F .word $1F 30581 ! 4553 0x01 | 0x02 | 0x04, 30582 7E93 07 .byte 7 30583 ! 4554 0, 30584 7E94 00 .byte 0 30585 ! 4555 64, 30586 7E95 0040 .word $40 30587 ! 4556 64, 30588 7E97 0040 .word $40 30589 ! 4557 0xA000, 30590 7E99 A000 .word $A000 30591 ! 4558 30592 ! 4558 0x0000, 30593 7E9B 0000 .word 0 30594 ! 4559 0, 30595 7E9D 0000 .word 0 30596 7E9F 0000 .word 0 30597 ! 4560 100, 30598 7EA1 0064 .word $64 30599 ! 4561 800, 30600 7EA3 0320 .word $320 30601 ! 4562 600, 30602 7EA5 0258 .word $258 30603 ! 4563 8, 30604 7EA7 08 .byte 8 30605 ! 4564 16, 30606 7EA8 10 .byte $10 30607 ! 4565 4, 30608 7EA9 04 .byte 4 30609 ! 4566 4, 30610 7EAA 04 .byte 4 30611 ! 4567 1, 30612 7EAB 01 .byte 1 30613 ! 4568 0x03, 30614 7EAC 03 .byte 3 30615 ! 4569 0, 30616 7EAD 00 .byte 0 30617 ! 4570 68, 30618 7EAE 44 .byte $44 30619 ! 4571 0, 30620 7EAF 00 .byte 0 30621 ! 4572 0, 30622 7EB0 00 .byte 0 30623 ! 4573 0, 30624 7EB1 00 .byte 0 30625 ! 4574 0, 30626 7EB2 00 .byte 0 30627 ! 4575 0, 30628 7EB3 00 .byte 0 30629 ! 4576 0, 30630 7EB4 00 .byte 0 30631 ! 4577 0, 30632 7EB5 00 .byte 0 30633 ! 4578 0, 30634 7EB6 00 .byte 0 30635 ! 4579 0, 30636 7EB7 00 .byte 0 30637 ! 4580 0, 30638 7EB8 00 .byte 0 30639 ! 4581 0, 30640 7EB9 0000 .word 0 30641 7EBB 0000 .word 0 30642 ! 4582 0, 30643 7EBD 0000 .word 0 30644 7EBF 0000 .word 0 30645 ! 4583 0, 30646 7EC1 0000 .word 0 30647 ! 4584 100, 30648 7EC3 0064 .word $64 30649 ! 4585 0, 30650 7EC5 00 .byte 0 30651 ! 4586 0, 30652 7EC6 00 .byte 0 30653 ! 4587 0, 30654 7EC7 00 .byte 0 30655 ! 4588 0, 30656 7EC8 00 .byte 0 30657 ! 4589 0, 30658 7EC9 00 .byte 0 30659 ! 4590 0, 30660 7ECA 00 .byte 0 30661 ! 4591 0, 30662 7ECB 00 .byte 0 30663 ! 4592 0, 30664 7ECC 00 .byte 0 30665 ! 4593 0, 30666 7ECD 00 .byte 0 30667 ! 4594 0, 30668 7ECE 00 .byte 0 30669 ! 4595 0, 30670 7ECF 0000 .word 0 30671 7ED1 0000 .word 0 30672 ! 4596 } }, 30673 ! 4597 { 0x0103, 30674 7ED3 0103 .word $103 30675 ! 4598 { 0x0001 | 0x0002 | 0x0008 | 0x0080 | 0x0010, 30676 7ED5 009B .word $9B 30677 ! 4599 0x01 | 0x02 | 0x04, 30678 7ED7 07 .byte 7 30679 ! 4600 0, 30680 7ED8 00 .byte 0 30681 ! 4601 64, 30682 7ED9 0040 .word $40 30683 ! 4602 64, 30684 7EDB 0040 .word $40 30685 ! 4603 0xA000, 30686 7EDD A000 .word $A000 30687 ! 4604 0x0000, 30688 7EDF 0000 .word 0 30689 ! 4605 0, 30690 7EE1 0000 .word 0 30691 7EE3 0000 .word 0 30692 ! 4606 800, 30693 7EE5 0320 .word $320 30694 ! 4607 800, 30695 7EE7 0320 .word $320 30696 ! 4608 600, 30697 7EE9 0258 .word $258 30698 ! 4609 8, 30699 7EEB 08 .byte 8 30700 ! 4610 16, 30701 7EEC 10 .byte $10 30702 ! 4611 1, 30703 7EED 01 .byte 1 30704 ! 4612 8, 30705 7EEE 08 .byte 8 30706 ! 4613 8, 30707 7EEF 08 .byte 8 30708 ! 4614 0x04, 30709 7EF0 04 .byte 4 30710 ! 4615 0, 30711 7EF1 00 .byte 0 30712 ! 4616 33, 30713 7EF2 21 .byte $21 30714 ! 4617 0, 30715 7EF3 00 .byte 0 30716 ! 4618 0, 30717 7EF4 00 .byte 0 30718 ! 4619 0, 30719 7EF5 00 .byte 0 30720 ! 4620 0, 30721 7EF6 00 .byte 0 30722 ! 4621 0, 30723 7EF7 00 .byte 0 30724 ! 4622 0, 30725 7EF8 00 .byte 0 30726 ! 4623 0, 30727 7EF9 00 .byte 0 30728 ! 4624 0, 30729 7EFA 00 .byte 0 30730 ! 4625 0, 30731 7EFB 00 .byte 0 30732 ! 4626 0, 30733 7EFC 00 .byte 0 30734 ! 4627 0xE0000000, 30735 7EFD 0000 .word 0 30736 7EFF E000 .word $E000 30737 ! 4628 30738 ! 4628 0, 30739 7F01 0000 .word 0 30740 7F03 0000 .word 0 30741 ! 4629 0, 30742 7F05 0000 .word 0 30743 ! 4630 800, 30744 7F07 0320 .word $320 30745 ! 4631 0, 30746 7F09 00 .byte 0 30747 ! 4632 0, 30748 7F0A 00 .byte 0 30749 ! 4633 0, 30750 7F0B 00 .byte 0 30751 ! 4634 0, 30752 7F0C 00 .byte 0 30753 ! 4635 0, 30754 7F0D 00 .byte 0 30755 ! 4636 0, 30756 7F0E 00 .byte 0 30757 ! 4637 0, 30758 7F0F 00 .byte 0 30759 ! 4638 0, 30760 7F10 00 .byte 0 30761 ! 4639 0, 30762 7F11 00 .byte 0 30763 ! 4640 0, 30764 7F12 00 .byte 0 30765 ! 4641 0, 30766 7F13 0000 .word 0 30767 7F15 0000 .word 0 30768 ! 4642 } }, 30769 ! 4643 { 0x0104, 30770 7F17 0104 .word $104 30771 ! 4644 { 0x0001 | 0x0002 | 0x0008 | 0x0004 | 0x0010, 30772 7F19 001F .word $1F 30773 ! 4645 0x01 | 0x02 | 0x04, 30774 7F1B 07 .byte 7 30775 ! 4646 0, 30776 7F1C 00 .byte 0 30777 ! 4647 64, 30778 7F1D 0040 .word $40 30779 ! 4648 64, 30780 7F1F 0040 .word $40 30781 ! 4649 0xA000, 30782 7F21 A000 .word $A000 30783 ! 4650 0x0000, 30784 7F23 0000 .word 0 30785 ! 4651 0, 30786 7F25 0000 .word 0 30787 7F27 0000 .word 0 30788 ! 4652 128, 30789 7F29 0080 .word $80 30790 ! 4653 1024, 30791 7F2B 0400 .word $400 30792 ! 4654 768, 30793 7F2D 0300 .word $300 30794 ! 4655 8, 30795 7F2F 08 .byte 8 30796 ! 4656 16, 30797 7F30 10 .byte $10 30798 ! 4657 4, 30799 7F31 04 .byte 4 30800 ! 4658 4, 30801 7F32 04 .byte 4 30802 ! 4659 2, 30803 7F33 02 .byte 2 30804 ! 4660 0x03, 30805 7F34 03 .byte 3 30806 ! 4661 0, 30807 7F35 00 .byte 0 30808 ! 4662 41, 30809 7F36 29 .byte $29 30810 ! 4663 0, 30811 7F37 00 .byte 0 30812 ! 4664 0, 30813 7F38 00 .byte 0 30814 ! 4665 0, 30815 7F39 00 .byte 0 30816 ! 4666 0, 30817 7F3A 00 .byte 0 30818 ! 4667 0, 30819 7F3B 00 .byte 0 30820 ! 4668 0, 30821 7F3C 00 .byte 0 30822 ! 4669 0, 30823 7F3D 00 .byte 0 30824 ! 4670 0, 30825 7F3E 00 .byte 0 30826 ! 4671 0, 30827 7F3F 00 .byte 0 30828 ! 4672 0, 30829 7F40 00 .byte 0 30830 ! 4673 0, 30831 7F41 0000 .word 0 30832 7F43 0000 .word 0 30833 ! 4674 0, 30834 7F45 0000 .word 0 30835 7F47 0000 .word 0 30836 ! 4675 0, 30837 7F49 0000 .word 0 30838 ! 4676 128, 30839 7F4B 0080 .word $80 30840 ! 4677 0, 30841 7F4D 00 .byte 0 30842 ! 4678 0, 30843 7F4E 00 .byte 0 30844 ! 4679 0, 30845 7F4F 00 .byte 0 30846 ! 4680 0, 30847 7F50 00 .byte 0 30848 ! 4681 0, 30849 7F51 00 .byte 0 30850 ! 4682 0, 30851 7F52 00 .byte 0 30852 ! 4683 0, 30853 7F53 00 .byte 0 30854 ! 4684 0, 30855 7F54 00 .byte 0 30856 ! 4685 0, 30857 7F55 00 .byte 0 30858 ! 4686 0, 30859 7F56 00 .byte 0 30860 ! 4687 0, 30861 7F57 0000 .word 0 30862 7F59 0000 .word 0 30863 ! 4688 } }, 30864 ! 4689 { 0x0105, 30865 7F5B 0105 .word $105 30866 ! 4690 { 0x0001 | 0x0002 | 0x0008 | 0x0080 | 0x0010, 30867 7F5D 009B .word $9B 30868 ! 4691 0x01 | 0x02 | 0x04, 30869 7F5F 07 .byte 7 30870 ! 4692 0, 30871 7F60 00 .byte 0 30872 ! 4693 64, 30873 7F61 0040 .word $40 30874 ! 4694 64, 30875 7F63 0040 .word $40 30876 ! 4695 0xA000, 30877 7F65 A000 .word $A000 30878 ! 4696 30879 ! 4696 0x0000, 30880 7F67 0000 .word 0 30881 ! 4697 0, 30882 7F69 0000 .word 0 30883 7F6B 0000 .word 0 30884 ! 4698 1024, 30885 7F6D 0400 .word $400 30886 ! 4699 1024, 30887 7F6F 0400 .word $400 30888 ! 4700 768, 30889 7F71 0300 .word $300 30890 ! 4701 8, 30891 7F73 08 .byte 8 30892 ! 4702 16, 30893 7F74 10 .byte $10 30894 ! 4703 1, 30895 7F75 01 .byte 1 30896 ! 4704 8, 30897 7F76 08 .byte 8 30898 ! 4705 12, 30899 7F77 0C .byte $C 30900 ! 4706 0x04, 30901 7F78 04 .byte 4 30902 ! 4707 0, 30903 7F79 00 .byte 0 30904 ! 4708 20, 30905 7F7A 14 .byte $14 30906 ! 4709 0, 30907 7F7B 00 .byte 0 30908 ! 4710 0, 30909 7F7C 00 .byte 0 30910 ! 4711 0, 30911 7F7D 00 .byte 0 30912 ! 4712 0, 30913 7F7E 00 .byte 0 30914 ! 4713 0, 30915 7F7F 00 .byte 0 30916 ! 4714 0, 30917 7F80 00 .byte 0 30918 ! 4715 0, 30919 7F81 00 .byte 0 30920 ! 4716 0, 30921 7F82 00 .byte 0 30922 ! 4717 0, 30923 7F83 00 .byte 0 30924 ! 4718 0, 30925 7F84 00 .byte 0 30926 ! 4719 0xE0000000, 30927 7F85 0000 .word 0 30928 7F87 E000 .word $E000 30929 ! 4720 0, 30930 7F89 0000 .word 0 30931 7F8B 0000 .word 0 30932 ! 4721 0, 30933 7F8D 0000 .word 0 30934 ! 4722 1024, 30935 7F8F 0400 .word $400 30936 ! 4723 0, 30937 7F91 00 .byte 0 30938 ! 4724 0, 30939 7F92 00 .byte 0 30940 ! 4725 0, 30941 7F93 00 .byte 0 30942 ! 4726 0, 30943 7F94 00 .byte 0 30944 ! 4727 0, 30945 7F95 00 .byte 0 30946 ! 4728 0, 30947 7F96 00 .byte 0 30948 ! 4729 0, 30949 7F97 00 .byte 0 30950 ! 4730 0, 30951 7F98 00 .byte 0 30952 ! 4731 0, 30953 7F99 00 .byte 0 30954 ! 4732 0, 30955 7F9A 00 .byte 0 30956 ! 4733 0, 30957 7F9B 0000 .word 0 30958 7F9D 0000 .word 0 30959 ! 4734 } }, 30960 ! 4735 { 0x0106, 30961 7F9F 0106 .word $106 30962 ! 4736 { 0x0001 | 0x0002 | 0x0008 | 0x0004 | 0x0010, 30963 7FA1 001F .word $1F 30964 ! 4737 0x01 | 0x02 | 0x04, 30965 7FA3 07 .byte 7 30966 ! 4738 0, 30967 7FA4 00 .byte 0 30968 ! 4739 64, 30969 7FA5 0040 .word $40 30970 ! 4740 64, 30971 7FA7 0040 .word $40 30972 ! 4741 0xA000, 30973 7FA9 A000 .word $A000 30974 ! 4742 0x0000, 30975 7FAB 0000 .word 0 30976 ! 4743 0, 30977 7FAD 0000 .word 0 30978 7FAF 0000 .word 0 30979 ! 4744 160, 30980 7FB1 00A0 .word $A0 30981 ! 4745 1280, 30982 7FB3 0500 .word $500 30983 ! 4746 1024, 30984 7FB5 0400 .word $400 30985 ! 4747 8, 30986 7FB7 08 .byte 8 30987 ! 4748 16, 30988 7FB8 10 .byte $10 30989 ! 4749 4, 30990 7FB9 04 .byte 4 30991 ! 4750 4, 30992 7FBA 04 .byte 4 30993 ! 4751 3, 30994 7FBB 03 .byte 3 30995 ! 4752 0x03, 30996 7FBC 03 .byte 3 30997 ! 4753 0, 30998 7FBD 00 .byte 0 30999 ! 4754 24, 31000 7FBE 18 .byte $18 31001 ! 4755 0, 31002 7FBF 00 .byte 0 31003 ! 4756 0, 31004 7FC0 00 .byte 0 31005 ! 4757 0, 31006 7FC1 00 .byte 0 31007 ! 4758 0, 31008 7FC2 00 .byte 0 31009 ! 4759 0, 31010 7FC3 00 .byte 0 31011 ! 4760 0, 31012 7FC4 00 .byte 0 31013 ! 4761 0, 31014 7FC5 00 .byte 0 31015 ! 4762 0, 31016 7FC6 00 .byte 0 31017 ! 4763 0, 31018 7FC7 00 .byte 0 31019 ! 4764 0, 31020 7FC8 00 .byte 0 31021 ! 4765 0, 31022 7FC9 0000 .word 0 31023 7FCB 0000 .word 0 31024 ! 4766 31025 ! 4766 0, 31026 7FCD 0000 .word 0 31027 7FCF 0000 .word 0 31028 ! 4767 0, 31029 7FD1 0000 .word 0 31030 ! 4768 160, 31031 7FD3 00A0 .word $A0 31032 ! 4769 0, 31033 7FD5 00 .byte 0 31034 ! 4770 0, 31035 7FD6 00 .byte 0 31036 ! 4771 0, 31037 7FD7 00 .byte 0 31038 ! 4772 0, 31039 7FD8 00 .byte 0 31040 ! 4773 0, 31041 7FD9 00 .byte 0 31042 ! 4774 0, 31043 7FDA 00 .byte 0 31044 ! 4775 0, 31045 7FDB 00 .byte 0 31046 ! 4776 0, 31047 7FDC 00 .byte 0 31048 ! 4777 0, 31049 7FDD 00 .byte 0 31050 ! 4778 0, 31051 7FDE 00 .byte 0 31052 ! 4779 0, 31053 7FDF 0000 .word 0 31054 7FE1 0000 .word 0 31055 ! 4780 } }, 31056 ! 4781 { 0x0107, 31057 7FE3 0107 .word $107 31058 ! 4782 { 0x0001 | 0x0002 | 0x0008 | 0x0080 | 0x0010, 31059 7FE5 009B .word $9B 31060 ! 4783 0x01 | 0x02 | 0x04, 31061 7FE7 07 .byte 7 31062 ! 4784 0, 31063 7FE8 00 .byte 0 31064 ! 4785 64, 31065 7FE9 0040 .word $40 31066 ! 4786 64, 31067 7FEB 0040 .word $40 31068 ! 4787 0xA000, 31069 7FED A000 .word $A000 31070 ! 4788 0x0000, 31071 7FEF 0000 .word 0 31072 ! 4789 0, 31073 7FF1 0000 .word 0 31074 7FF3 0000 .word 0 31075 ! 4790 1280, 31076 7FF5 0500 .word $500 31077 ! 4791 1280, 31078 7FF7 0500 .word $500 31079 ! 4792 1024, 31080 7FF9 0400 .word $400 31081 ! 4793 8, 31082 7FFB 08 .byte 8 31083 ! 4794 16, 31084 7FFC 10 .byte $10 31085 ! 4795 1, 31086 7FFD 01 .byte 1 31087 ! 4796 8, 31088 7FFE 08 .byte 8 31089 ! 4797 20, 31090 7FFF 14 .byte $14 31091 ! 4798 0x04, 31092 8000 04 .byte 4 31093 ! 4799 0, 31094 8001 00 .byte 0 31095 ! 4800 11, 31096 8002 0B .byte $B 31097 ! 4801 0, 31098 8003 00 .byte 0 31099 ! 4802 0, 31100 8004 00 .byte 0 31101 ! 4803 0, 31102 8005 00 .byte 0 31103 ! 4804 0, 31104 8006 00 .byte 0 31105 ! 4805 0, 31106 8007 00 .byte 0 31107 ! 4806 0, 31108 8008 00 .byte 0 31109 ! 4807 0, 31110 8009 00 .byte 0 31111 ! 4808 0, 31112 800A 00 .byte 0 31113 ! 4809 0, 31114 800B 00 .byte 0 31115 ! 4810 0, 31116 800C 00 .byte 0 31117 ! 4811 0xE0000000, 31118 800D 0000 .word 0 31119 800F E000 .word $E000 31120 ! 4812 0, 31121 8011 0000 .word 0 31122 8013 0000 .word 0 31123 ! 4813 0, 31124 8015 0000 .word 0 31125 ! 4814 1280, 31126 8017 0500 .word $500 31127 ! 4815 0, 31128 8019 00 .byte 0 31129 ! 4816 0, 31130 801A 00 .byte 0 31131 ! 4817 0, 31132 801B 00 .byte 0 31133 ! 4818 0, 31134 801C 00 .byte 0 31135 ! 4819 0, 31136 801D 00 .byte 0 31137 ! 4820 0, 31138 801E 00 .byte 0 31139 ! 4821 0, 31140 801F 00 .byte 0 31141 ! 4822 0, 31142 8020 00 .byte 0 31143 ! 4823 0, 31144 8021 00 .byte 0 31145 ! 4824 0, 31146 8022 00 .byte 0 31147 ! 4825 0, 31148 8023 0000 .word 0 31149 8025 0000 .word 0 31150 ! 4826 } }, 31151 ! 4827 { 0x010d, 31152 8027 010D .word $10D 31153 ! 4828 { 0x0001 | 0x0002 | 0x0008 | 0x0080 | 0x0010, 31154 8029 009B .word $9B 31155 ! 4829 0x01 | 0x02 | 0x04, 31156 802B 07 .byte 7 31157 ! 4830 0, 31158 802C 00 .byte 0 31159 ! 4831 64, 31160 802D 0040 .word $40 31161 ! 4832 64, 31162 802F 0040 .word $40 31163 ! 4833 0xA000, 31164 8031 A000 .word $A000 31165 ! 4834 31166 ! 4834 0x0000, 31167 8033 0000 .word 0 31168 ! 4835 0, 31169 8035 0000 .word 0 31170 8037 0000 .word 0 31171 ! 4836 640, 31172 8039 0280 .word $280 31173 ! 4837 320, 31174 803B 0140 .word $140 31175 ! 4838 200, 31176 803D 00C8 .word $C8 31177 ! 4839 8, 31178 803F 08 .byte 8 31179 ! 4840 16, 31180 8040 10 .byte $10 31181 ! 4841 1, 31182 8041 01 .byte 1 31183 ! 4842 15, 31184 8042 0F .byte $F 31185 ! 4843 2, 31186 8043 02 .byte 2 31187 ! 4844 0x06, 31188 8044 06 .byte 6 31189 ! 4845 0, 31190 8045 00 .byte 0 31191 ! 4846 130, 31192 8046 82 .byte $82 31193 ! 4847 0, 31194 8047 00 .byte 0 31195 ! 4848 5, 31196 8048 05 .byte 5 31197 ! 4849 10, 31198 8049 0A .byte $A 31199 ! 4850 5, 31200 804A 05 .byte 5 31201 ! 4851 5, 31202 804B 05 .byte 5 31203 ! 4852 5, 31204 804C 05 .byte 5 31205 ! 4853 0, 31206 804D 00 .byte 0 31207 ! 4854 1, 31208 804E 01 .byte 1 31209 ! 4855 15, 31210 804F 0F .byte $F 31211 ! 4856 0, 31212 8050 00 .byte 0 31213 ! 4857 0xE0000000, 31214 8051 0000 .word 0 31215 8053 E000 .word $E000 31216 ! 4858 0, 31217 8055 0000 .word 0 31218 8057 0000 .word 0 31219 ! 4859 0, 31220 8059 0000 .word 0 31221 ! 4860 640, 31222 805B 0280 .word $280 31223 ! 4861 0, 31224 805D 00 .byte 0 31225 ! 4862 0, 31226 805E 00 .byte 0 31227 ! 4863 5, 31228 805F 05 .byte 5 31229 ! 4864 10, 31230 8060 0A .byte $A 31231 ! 4865 5, 31232 8061 05 .byte 5 31233 ! 4866 5, 31234 8062 05 .byte 5 31235 ! 4867 5, 31236 8063 05 .byte 5 31237 ! 4868 0, 31238 8064 00 .byte 0 31239 ! 4869 1, 31240 8065 01 .byte 1 31241 ! 4870 15, 31242 8066 0F .byte $F 31243 ! 4871 0, 31244 8067 0000 .word 0 31245 8069 0000 .word 0 31246 ! 4872 } }, 31247 ! 4873 { 0x010e, 31248 806B 010E .word $10E 31249 ! 4874 { 0x0001 | 0x0002 | 0x0008 | 0x0080 | 0x0010, 31250 806D 009B .word $9B 31251 ! 4875 0x01 | 0x02 | 0x04, 31252 806F 07 .byte 7 31253 ! 4876 0, 31254 8070 00 .byte 0 31255 ! 4877 64, 31256 8071 0040 .word $40 31257 ! 4878 64, 31258 8073 0040 .word $40 31259 ! 4879 0xA000, 31260 8075 A000 .word $A000 31261 ! 4880 0x0000, 31262 8077 0000 .word 0 31263 ! 4881 0, 31264 8079 0000 .word 0 31265 807B 0000 .word 0 31266 ! 4882 640, 31267 807D 0280 .word $280 31268 ! 4883 320, 31269 807F 0140 .word $140 31270 ! 4884 200, 31271 8081 00C8 .word $C8 31272 ! 4885 8, 31273 8083 08 .byte 8 31274 ! 4886 16, 31275 8084 10 .byte $10 31276 ! 4887 1, 31277 8085 01 .byte 1 31278 ! 4888 16, 31279 8086 10 .byte $10 31280 ! 4889 2, 31281 8087 02 .byte 2 31282 ! 4890 0x06, 31283 8088 06 .byte 6 31284 ! 4891 0, 31285 8089 00 .byte 0 31286 ! 4892 130, 31287 808A 82 .byte $82 31288 ! 4893 0, 31289 808B 00 .byte 0 31290 ! 4894 5, 31291 808C 05 .byte 5 31292 ! 4895 11, 31293 808D 0B .byte $B 31294 ! 4896 6, 31295 808E 06 .byte 6 31296 ! 4897 5, 31297 808F 05 .byte 5 31298 ! 4898 5, 31299 8090 05 .byte 5 31300 ! 4899 0, 31301 8091 00 .byte 0 31302 ! 4900 0, 31303 8092 00 .byte 0 31304 ! 4901 0, 31305 8093 00 .byte 0 31306 ! 4902 0, 31307 8094 00 .byte 0 31308 ! 4903 0 31309 ! 4903 xE0000000, 31310 8095 0000 .word 0 31311 8097 E000 .word $E000 31312 ! 4904 0, 31313 8099 0000 .word 0 31314 809B 0000 .word 0 31315 ! 4905 0, 31316 809D 0000 .word 0 31317 ! 4906 640, 31318 809F 0280 .word $280 31319 ! 4907 0, 31320 80A1 00 .byte 0 31321 ! 4908 0, 31322 80A2 00 .byte 0 31323 ! 4909 5, 31324 80A3 05 .byte 5 31325 ! 4910 11, 31326 80A4 0B .byte $B 31327 ! 4911 6, 31328 80A5 06 .byte 6 31329 ! 4912 5, 31330 80A6 05 .byte 5 31331 ! 4913 5, 31332 80A7 05 .byte 5 31333 ! 4914 0, 31334 80A8 00 .byte 0 31335 ! 4915 0, 31336 80A9 00 .byte 0 31337 ! 4916 0, 31338 80AA 00 .byte 0 31339 ! 4917 0, 31340 80AB 0000 .word 0 31341 80AD 0000 .word 0 31342 ! 4918 } }, 31343 ! 4919 { 0x010f, 31344 80AF 010F .word $10F 31345 ! 4920 { 0x0001 | 0x0002 | 0x0008 | 0x0080 | 0x0010, 31346 80B1 009B .word $9B 31347 ! 4921 0x01 | 0x02 | 0x04, 31348 80B3 07 .byte 7 31349 ! 4922 0, 31350 80B4 00 .byte 0 31351 ! 4923 64, 31352 80B5 0040 .word $40 31353 ! 4924 64, 31354 80B7 0040 .word $40 31355 ! 4925 0xA000, 31356 80B9 A000 .word $A000 31357 ! 4926 0x0000, 31358 80BB 0000 .word 0 31359 ! 4927 0, 31360 80BD 0000 .word 0 31361 80BF 0000 .word 0 31362 ! 4928 960, 31363 80C1 03C0 .word $3C0 31364 ! 4929 320, 31365 80C3 0140 .word $140 31366 ! 4930 200, 31367 80C5 00C8 .word $C8 31368 ! 4931 8, 31369 80C7 08 .byte 8 31370 ! 4932 16, 31371 80C8 10 .byte $10 31372 ! 4933 1, 31373 80C9 01 .byte 1 31374 ! 4934 24, 31375 80CA 18 .byte $18 31376 ! 4935 3, 31377 80CB 03 .byte 3 31378 ! 4936 0x06, 31379 80CC 06 .byte 6 31380 ! 4937 0, 31381 80CD 00 .byte 0 31382 ! 4938 86, 31383 80CE 56 .byte $56 31384 ! 4939 0, 31385 80CF 00 .byte 0 31386 ! 4940 8, 31387 80D0 08 .byte 8 31388 ! 4941 16, 31389 80D1 10 .byte $10 31390 ! 4942 8, 31391 80D2 08 .byte 8 31392 ! 4943 8, 31393 80D3 08 .byte 8 31394 ! 4944 8, 31395 80D4 08 .byte 8 31396 ! 4945 0, 31397 80D5 00 .byte 0 31398 ! 4946 0, 31399 80D6 00 .byte 0 31400 ! 4947 0, 31401 80D7 00 .byte 0 31402 ! 4948 0, 31403 80D8 00 .byte 0 31404 ! 4949 0xE0000000, 31405 80D9 0000 .word 0 31406 80DB E000 .word $E000 31407 ! 4950 0, 31408 80DD 0000 .word 0 31409 80DF 0000 .word 0 31410 ! 4951 0, 31411 80E1 0000 .word 0 31412 ! 4952 960, 31413 80E3 03C0 .word $3C0 31414 ! 4953 0, 31415 80E5 00 .byte 0 31416 ! 4954 0, 31417 80E6 00 .byte 0 31418 ! 4955 8, 31419 80E7 08 .byte 8 31420 ! 4956 16, 31421 80E8 10 .byte $10 31422 ! 4957 8, 31423 80E9 08 .byte 8 31424 ! 4958 8, 31425 80EA 08 .byte 8 31426 ! 4959 8, 31427 80EB 08 .byte 8 31428 ! 4960 0, 31429 80EC 00 .byte 0 31430 ! 4961 0, 31431 80ED 00 .byte 0 31432 ! 4962 0, 31433 80EE 00 .byte 0 31434 ! 4963 0, 31435 80EF 0000 .word 0 31436 80F1 0000 .word 0 31437 ! 4964 } }, 31438 ! 4965 { 0x0110, 31439 80F3 0110 .word $110 31440 ! 4966 { 0x0001 | 0x0002 | 0x0008 | 0x0080 | 0x0010, 31441 80F5 009B .word $9B 31442 ! 4967 0x01 | 0x02 | 0x04, 31443 80F7 07 .byte 7 31444 ! 4968 0, 31445 80F8 00 .byte 0 31446 ! 4969 64, 31447 80F9 0040 .word $40 31448 ! 4970 64, 31449 80FB 0040 .word $40 31450 ! 4971 0xA0 31451 ! 4971 00, 31452 80FD A000 .word $A000 31453 ! 4972 0x0000, 31454 80FF 0000 .word 0 31455 ! 4973 0, 31456 8101 0000 .word 0 31457 8103 0000 .word 0 31458 ! 4974 1280, 31459 8105 0500 .word $500 31460 ! 4975 640, 31461 8107 0280 .word $280 31462 ! 4976 480, 31463 8109 01E0 .word $1E0 31464 ! 4977 8, 31465 810B 08 .byte 8 31466 ! 4978 16, 31467 810C 10 .byte $10 31468 ! 4979 1, 31469 810D 01 .byte 1 31470 ! 4980 15, 31471 810E 0F .byte $F 31472 ! 4981 10, 31473 810F 0A .byte $A 31474 ! 4982 0x06, 31475 8110 06 .byte 6 31476 ! 4983 0, 31477 8111 00 .byte 0 31478 ! 4984 26, 31479 8112 1A .byte $1A 31480 ! 4985 0, 31481 8113 00 .byte 0 31482 ! 4986 5, 31483 8114 05 .byte 5 31484 ! 4987 10, 31485 8115 0A .byte $A 31486 ! 4988 5, 31487 8116 05 .byte 5 31488 ! 4989 5, 31489 8117 05 .byte 5 31490 ! 4990 5, 31491 8118 05 .byte 5 31492 ! 4991 0, 31493 8119 00 .byte 0 31494 ! 4992 1, 31495 811A 01 .byte 1 31496 ! 4993 15, 31497 811B 0F .byte $F 31498 ! 4994 0, 31499 811C 00 .byte 0 31500 ! 4995 0xE0000000, 31501 811D 0000 .word 0 31502 811F E000 .word $E000 31503 ! 4996 0, 31504 8121 0000 .word 0 31505 8123 0000 .word 0 31506 ! 4997 0, 31507 8125 0000 .word 0 31508 ! 4998 1280, 31509 8127 0500 .word $500 31510 ! 4999 0, 31511 8129 00 .byte 0 31512 ! 5000 0, 31513 812A 00 .byte 0 31514 ! 5001 5, 31515 812B 05 .byte 5 31516 ! 5002 10, 31517 812C 0A .byte $A 31518 ! 5003 5, 31519 812D 05 .byte 5 31520 ! 5004 5, 31521 812E 05 .byte 5 31522 ! 5005 5, 31523 812F 05 .byte 5 31524 ! 5006 0, 31525 8130 00 .byte 0 31526 ! 5007 1, 31527 8131 01 .byte 1 31528 ! 5008 15, 31529 8132 0F .byte $F 31530 ! 5009 0, 31531 8133 0000 .word 0 31532 8135 0000 .word 0 31533 ! 5010 } }, 31534 ! 5011 { 0x0111, 31535 8137 0111 .word $111 31536 ! 5012 { 0x0001 | 0x0002 | 0x0008 | 0x0080 | 0x0010, 31537 8139 009B .word $9B 31538 ! 5013 0x01 | 0x02 | 0x04, 31539 813B 07 .byte 7 31540 ! 5014 0, 31541 813C 00 .byte 0 31542 ! 5015 64, 31543 813D 0040 .word $40 31544 ! 5016 64, 31545 813F 0040 .word $40 31546 ! 5017 0xA000, 31547 8141 A000 .word $A000 31548 ! 5018 0x0000, 31549 8143 0000 .word 0 31550 ! 5019 0, 31551 8145 0000 .word 0 31552 8147 0000 .word 0 31553 ! 5020 1280, 31554 8149 0500 .word $500 31555 ! 5021 640, 31556 814B 0280 .word $280 31557 ! 5022 480, 31558 814D 01E0 .word $1E0 31559 ! 5023 8, 31560 814F 08 .byte 8 31561 ! 5024 16, 31562 8150 10 .byte $10 31563 ! 5025 1, 31564 8151 01 .byte 1 31565 ! 5026 16, 31566 8152 10 .byte $10 31567 ! 5027 10, 31568 8153 0A .byte $A 31569 ! 5028 0x06, 31570 8154 06 .byte 6 31571 ! 5029 0, 31572 8155 00 .byte 0 31573 ! 5030 26, 31574 8156 1A .byte $1A 31575 ! 5031 0, 31576 8157 00 .byte 0 31577 ! 5032 5, 31578 8158 05 .byte 5 31579 ! 5033 11, 31580 8159 0B .byte $B 31581 ! 5034 6, 31582 815A 06 .byte 6 31583 ! 5035 5, 31584 815B 05 .byte 5 31585 ! 5036 5, 31586 815C 05 .byte 5 31587 ! 5037 0, 31588 815D 00 .byte 0 31589 ! 5038 0, 31590 815E 00 .byte 0 31591 ! 5039 0, 31592 815F 00 .byte 0 31593 ! 5040 0, 31594 8160 00 .byte 0 31595 ! 5041 31596 ! 5041 0xE0000000, 31597 8161 0000 .word 0 31598 8163 E000 .word $E000 31599 ! 5042 0, 31600 8165 0000 .word 0 31601 8167 0000 .word 0 31602 ! 5043 0, 31603 8169 0000 .word 0 31604 ! 5044 1280, 31605 816B 0500 .word $500 31606 ! 5045 0, 31607 816D 00 .byte 0 31608 ! 5046 0, 31609 816E 00 .byte 0 31610 ! 5047 5, 31611 816F 05 .byte 5 31612 ! 5048 11, 31613 8170 0B .byte $B 31614 ! 5049 6, 31615 8171 06 .byte 6 31616 ! 5050 5, 31617 8172 05 .byte 5 31618 ! 5051 5, 31619 8173 05 .byte 5 31620 ! 5052 0, 31621 8174 00 .byte 0 31622 ! 5053 0, 31623 8175 00 .byte 0 31624 ! 5054 0, 31625 8176 00 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819A 11 .byte $11 31671 ! 5077 0, 31672 819B 00 .byte 0 31673 ! 5078 8, 31674 819C 08 .byte 8 31675 ! 5079 16, 31676 819D 10 .byte $10 31677 ! 5080 8, 31678 819E 08 .byte 8 31679 ! 5081 8, 31680 819F 08 .byte 8 31681 ! 5082 8, 31682 81A0 08 .byte 8 31683 ! 5083 0, 31684 81A1 00 .byte 0 31685 ! 5084 0, 31686 81A2 00 .byte 0 31687 ! 5085 0, 31688 81A3 00 .byte 0 31689 ! 5086 0, 31690 81A4 00 .byte 0 31691 ! 5087 0xE0000000, 31692 81A5 0000 .word 0 31693 81A7 E000 .word $E000 31694 ! 5088 0, 31695 81A9 0000 .word 0 31696 81AB 0000 .word 0 31697 ! 5089 0, 31698 81AD 0000 .word 0 31699 ! 5090 1920, 31700 81AF 0780 .word $780 31701 ! 5091 0, 31702 81B1 00 .byte 0 31703 ! 5092 0, 31704 81B2 00 .byte 0 31705 ! 5093 8, 31706 81B3 08 .byte 8 31707 ! 5094 16, 31708 81B4 10 .byte $10 31709 ! 5095 8, 31710 81B5 08 .byte 8 31711 ! 5096 8, 31712 81B6 08 .byte 8 31713 ! 5097 8, 31714 81B7 08 .byte 8 31715 ! 5098 0, 31716 81B8 00 .byte 0 31717 ! 5099 0, 31718 81B9 00 .byte 0 31719 ! 5100 0, 31720 81BA 00 .byte 0 31721 ! 5101 0, 31722 81BB 0000 .word 0 31723 81BD 0000 .word 0 31724 ! 5102 } }, 31725 ! 5103 { 0x0113, 31726 81BF 0113 .word $113 31727 ! 5104 { 0x0001 | 0x0002 | 0x0008 | 0x0080 | 0x0010, 31728 81C1 009B .word $9B 31729 ! 5105 0x01 | 0x02 | 0x04, 31730 81C3 07 .byte 7 31731 ! 5106 0, 31732 81C4 00 .byte 0 31733 ! 5107 64, 31734 81C5 0040 .word $40 31735 ! 5108 64, 31736 81C7 0040 .word $40 31737 ! 5109 31738 ! 5109 0xA000, 31739 81C9 A000 .word $A000 31740 ! 5110 0x0000, 31741 81CB 0000 .word 0 31742 ! 5111 0, 31743 81CD 0000 .word 0 31744 81CF 0000 .word 0 31745 ! 5112 1600, 31746 81D1 0640 .word $640 31747 ! 5113 800, 31748 81D3 0320 .word $320 31749 ! 5114 600, 31750 81D5 0258 .word $258 31751 ! 5115 8, 31752 81D7 08 .byte 8 31753 ! 5116 16, 31754 81D8 10 .byte $10 31755 ! 5117 1, 31756 81D9 01 .byte 1 31757 ! 5118 15, 31758 81DA 0F .byte $F 31759 ! 5119 15, 31760 81DB 0F .byte $F 31761 ! 5120 0x06, 31762 81DC 06 .byte 6 31763 ! 5121 0, 31764 81DD 00 .byte 0 31765 ! 5122 16, 31766 81DE 10 .byte $10 31767 ! 5123 0, 31768 81DF 00 .byte 0 31769 ! 5124 5, 31770 81E0 05 .byte 5 31771 ! 5125 10, 31772 81E1 0A .byte $A 31773 ! 5126 5, 31774 81E2 05 .byte 5 31775 ! 5127 5, 31776 81E3 05 .byte 5 31777 ! 5128 5, 31778 81E4 05 .byte 5 31779 ! 5129 0, 31780 81E5 00 .byte 0 31781 ! 5130 1, 31782 81E6 01 .byte 1 31783 ! 5131 15, 31784 81E7 0F .byte $F 31785 ! 5132 0, 31786 81E8 00 .byte 0 31787 ! 5133 0xE0000000, 31788 81E9 0000 .word 0 31789 81EB E000 .word $E000 31790 ! 5134 0, 31791 81ED 0000 .word 0 31792 81EF 0000 .word 0 31793 ! 5135 0, 31794 81F1 0000 .word 0 31795 ! 5136 1600, 31796 81F3 0640 .word $640 31797 ! 5137 0, 31798 81F5 00 .byte 0 31799 ! 5138 0, 31800 81F6 00 .byte 0 31801 ! 5139 5, 31802 81F7 05 .byte 5 31803 ! 5140 10, 31804 81F8 0A .byte $A 31805 ! 5141 5, 31806 81F9 05 .byte 5 31807 ! 5142 5, 31808 81FA 05 .byte 5 31809 ! 5143 5, 31810 81FB 05 .byte 5 31811 ! 5144 0, 31812 81FC 00 .byte 0 31813 ! 5145 1, 31814 81FD 01 .byte 1 31815 ! 5146 15, 31816 81FE 0F .byte $F 31817 ! 5147 0, 31818 81FF 0000 .word 0 31819 8201 0000 .word 0 31820 ! 5148 } }, 31821 ! 5149 { 0x0114, 31822 8203 0114 .word $114 31823 ! 5150 { 0x0001 | 0x0002 | 0x0008 | 0x0080 | 0x0010, 31824 8205 009B .word $9B 31825 ! 5151 0x01 | 0x02 | 0x04, 31826 8207 07 .byte 7 31827 ! 5152 0, 31828 8208 00 .byte 0 31829 ! 5153 64, 31830 8209 0040 .word $40 31831 ! 5154 64, 31832 820B 0040 .word $40 31833 ! 5155 0xA000, 31834 820D A000 .word $A000 31835 ! 5156 0x0000, 31836 820F 0000 .word 0 31837 ! 5157 0, 31838 8211 0000 .word 0 31839 8213 0000 .word 0 31840 ! 5158 1600, 31841 8215 0640 .word $640 31842 ! 5159 800, 31843 8217 0320 .word $320 31844 ! 5160 600, 31845 8219 0258 .word $258 31846 ! 5161 8, 31847 821B 08 .byte 8 31848 ! 5162 16, 31849 821C 10 .byte $10 31850 ! 5163 1, 31851 821D 01 .byte 1 31852 ! 5164 16, 31853 821E 10 .byte $10 31854 ! 5165 15, 31855 821F 0F .byte $F 31856 ! 5166 0x06, 31857 8220 06 .byte 6 31858 ! 5167 0, 31859 8221 00 .byte 0 31860 ! 5168 16, 31861 8222 10 .byte $10 31862 ! 5169 0, 31863 8223 00 .byte 0 31864 ! 5170 5, 31865 8224 05 .byte 5 31866 ! 5171 11, 31867 8225 0B .byte $B 31868 ! 5172 6, 31869 8226 06 .byte 6 31870 ! 5173 5, 31871 8227 05 .byte 5 31872 ! 5174 5, 31873 8228 05 .byte 5 31874 ! 5175 0, 31875 8229 00 .byte 0 31876 ! 5176 0, 31877 822A 00 .byte 0 31878 ! 5177 0, 31879 822B 00 .byte 0 31880 ! 5178 31881 ! 5178 0, 31882 822C 00 .byte 0 31883 ! 5179 0xE0000000, 31884 822D 0000 .word 0 31885 822F E000 .word $E000 31886 ! 5180 0, 31887 8231 0000 .word 0 31888 8233 0000 .word 0 31889 ! 5181 0, 31890 8235 0000 .word 0 31891 ! 5182 1600, 31892 8237 0640 .word $640 31893 ! 5183 0, 31894 8239 00 .byte 0 31895 ! 5184 0, 31896 823A 00 .byte 0 31897 ! 5185 5, 31898 823B 05 .byte 5 31899 ! 5186 11, 31900 823C 0B .byte $B 31901 ! 5187 6, 31902 823D 06 .byte 6 31903 ! 5188 5, 31904 823E 05 .byte 5 31905 ! 5189 5, 31906 823F 05 .byte 5 31907 ! 5190 0, 31908 8240 00 .byte 0 31909 ! 5191 0, 31910 8241 00 .byte 0 31911 ! 5192 0, 31912 8242 00 .byte 0 31913 ! 5193 0, 31914 8243 0000 .word 0 31915 8245 0000 .word 0 31916 ! 5194 } }, 31917 ! 5195 { 0x0115, 31918 8247 0115 .word $115 31919 ! 5196 { 0x0001 | 0x0002 | 0x0008 | 0x0080 | 0x0010, 31920 8249 009B .word $9B 31921 ! 5197 0x01 | 0x02 | 0x04, 31922 824B 07 .byte 7 31923 ! 5198 0, 31924 824C 00 .byte 0 31925 ! 5199 64, 31926 824D 0040 .word $40 31927 ! 5200 64, 31928 824F 0040 .word $40 31929 ! 5201 0xA000, 31930 8251 A000 .word $A000 31931 ! 5202 0x0000, 31932 8253 0000 .word 0 31933 ! 5203 0, 31934 8255 0000 .word 0 31935 8257 0000 .word 0 31936 ! 5204 2400, 31937 8259 0960 .word $960 31938 ! 5205 800, 31939 825B 0320 .word $320 31940 ! 5206 600, 31941 825D 0258 .word $258 31942 ! 5207 8, 31943 825F 08 .byte 8 31944 ! 5208 16, 31945 8260 10 .byte $10 31946 ! 5209 1, 31947 8261 01 .byte 1 31948 ! 5210 24, 31949 8262 18 .byte $18 31950 ! 5211 22, 31951 8263 16 .byte $16 31952 ! 5212 0x06, 31953 8264 06 .byte 6 31954 ! 5213 0, 31955 8265 00 .byte 0 31956 ! 5214 10, 31957 8266 0A .byte $A 31958 ! 5215 0, 31959 8267 00 .byte 0 31960 ! 5216 8, 31961 8268 08 .byte 8 31962 ! 5217 16, 31963 8269 10 .byte $10 31964 ! 5218 8, 31965 826A 08 .byte 8 31966 ! 5219 8, 31967 826B 08 .byte 8 31968 ! 5220 8, 31969 826C 08 .byte 8 31970 ! 5221 0, 31971 826D 00 .byte 0 31972 ! 5222 0, 31973 826E 00 .byte 0 31974 ! 5223 0, 31975 826F 00 .byte 0 31976 ! 5224 0, 31977 8270 00 .byte 0 31978 ! 5225 0xE0000000, 31979 8271 0000 .word 0 31980 8273 E000 .word $E000 31981 ! 5226 0, 31982 8275 0000 .word 0 31983 8277 0000 .word 0 31984 ! 5227 0, 31985 8279 0000 .word 0 31986 ! 5228 2400, 31987 827B 0960 .word $960 31988 ! 5229 0, 31989 827D 00 .byte 0 31990 ! 5230 0, 31991 827E 00 .byte 0 31992 ! 5231 8, 31993 827F 08 .byte 8 31994 ! 5232 16, 31995 8280 10 .byte $10 31996 ! 5233 8, 31997 8281 08 .byte 8 31998 ! 5234 8, 31999 8282 08 .byte 8 32000 ! 5235 8, 32001 8283 08 .byte 8 32002 ! 5236 0, 32003 8284 00 .byte 0 32004 ! 5237 0, 32005 8285 00 .byte 0 32006 ! 5238 0, 32007 8286 00 .byte 0 32008 ! 5239 0, 32009 8287 0000 .word 0 32010 8289 0000 .word 0 32011 ! 5240 } }, 32012 ! 5241 { 0x0116, 32013 828B 0116 .word $116 32014 ! 5242 { 0x0001 | 0x0002 | 0x0008 | 0x0080 | 0x0010, 32015 828D 009B .word $9B 32016 ! 5243 0x01 | 0x02 | 0x04, 32017 828F 07 .byte 7 32018 ! 5244 0, 32019 8290 00 .byte 0 32020 ! 5245 64, 32021 8291 0040 .word $40 32022 ! 5246 32023 ! 5246 64, 32024 8293 0040 .word $40 32025 ! 5247 0xA000, 32026 8295 A000 .word $A000 32027 ! 5248 0x0000, 32028 8297 0000 .word 0 32029 ! 5249 0, 32030 8299 0000 .word 0 32031 829B 0000 .word 0 32032 ! 5250 2048, 32033 829D 0800 .word $800 32034 ! 5251 1024, 32035 829F 0400 .word $400 32036 ! 5252 768, 32037 82A1 0300 .word $300 32038 ! 5253 8, 32039 82A3 08 .byte 8 32040 ! 5254 16, 32041 82A4 10 .byte $10 32042 ! 5255 1, 32043 82A5 01 .byte 1 32044 ! 5256 15, 32045 82A6 0F .byte $F 32046 ! 5257 24, 32047 82A7 18 .byte $18 32048 ! 5258 0x06, 32049 82A8 06 .byte 6 32050 ! 5259 0, 32051 82A9 00 .byte 0 32052 ! 5260 9, 32053 82AA 09 .byte 9 32054 ! 5261 0, 32055 82AB 00 .byte 0 32056 ! 5262 5, 32057 82AC 05 .byte 5 32058 ! 5263 10, 32059 82AD 0A .byte $A 32060 ! 5264 5, 32061 82AE 05 .byte 5 32062 ! 5265 5, 32063 82AF 05 .byte 5 32064 ! 5266 5, 32065 82B0 05 .byte 5 32066 ! 5267 0, 32067 82B1 00 .byte 0 32068 ! 5268 1, 32069 82B2 01 .byte 1 32070 ! 5269 15, 32071 82B3 0F .byte $F 32072 ! 5270 0, 32073 82B4 00 .byte 0 32074 ! 5271 0xE0000000, 32075 82B5 0000 .word 0 32076 82B7 E000 .word $E000 32077 ! 5272 0, 32078 82B9 0000 .word 0 32079 82BB 0000 .word 0 32080 ! 5273 0, 32081 82BD 0000 .word 0 32082 ! 5274 2048, 32083 82BF 0800 .word $800 32084 ! 5275 0, 32085 82C1 00 .byte 0 32086 ! 5276 0, 32087 82C2 00 .byte 0 32088 ! 5277 5, 32089 82C3 05 .byte 5 32090 ! 5278 10, 32091 82C4 0A .byte $A 32092 ! 5279 5, 32093 82C5 05 .byte 5 32094 ! 5280 5, 32095 82C6 05 .byte 5 32096 ! 5281 5, 32097 82C7 05 .byte 5 32098 ! 5282 0, 32099 82C8 00 .byte 0 32100 ! 5283 1, 32101 82C9 01 .byte 1 32102 ! 5284 15, 32103 82CA 0F .byte $F 32104 ! 5285 0, 32105 82CB 0000 .word 0 32106 82CD 0000 .word 0 32107 ! 5286 } }, 32108 ! 5287 { 0x0117, 32109 82CF 0117 .word $117 32110 ! 5288 { 0x0001 | 0x0002 | 0x0008 | 0x0080 | 0x0010, 32111 82D1 009B .word $9B 32112 ! 5289 0x01 | 0x02 | 0x04, 32113 82D3 07 .byte 7 32114 ! 5290 0, 32115 82D4 00 .byte 0 32116 ! 5291 64, 32117 82D5 0040 .word $40 32118 ! 5292 64, 32119 82D7 0040 .word $40 32120 ! 5293 0xA000, 32121 82D9 A000 .word $A000 32122 ! 5294 0x0000, 32123 82DB 0000 .word 0 32124 ! 5295 0, 32125 82DD 0000 .word 0 32126 82DF 0000 .word 0 32127 ! 5296 2048, 32128 82E1 0800 .word $800 32129 ! 5297 1024, 32130 82E3 0400 .word $400 32131 ! 5298 768, 32132 82E5 0300 .word $300 32133 ! 5299 8, 32134 82E7 08 .byte 8 32135 ! 5300 16, 32136 82E8 10 .byte $10 32137 ! 5301 1, 32138 82E9 01 .byte 1 32139 ! 5302 16, 32140 82EA 10 .byte $10 32141 ! 5303 24, 32142 82EB 18 .byte $18 32143 ! 5304 0x06, 32144 82EC 06 .byte 6 32145 ! 5305 0, 32146 82ED 00 .byte 0 32147 ! 5306 9, 32148 82EE 09 .byte 9 32149 ! 5307 0, 32150 82EF 00 .byte 0 32151 ! 5308 5, 32152 82F0 05 .byte 5 32153 ! 5309 11, 32154 82F1 0B .byte $B 32155 ! 5310 6, 32156 82F2 06 .byte 6 32157 ! 5311 5, 32158 82F3 05 .byte 5 32159 ! 5312 5, 32160 82F4 05 .byte 5 32161 ! 5313 0, 32162 82F5 00 .byte 0 32163 ! 5314 0, 32164 82F6 00 .byte 0 32165 ! 5315 32166 ! 5315 0, 32167 82F7 00 .byte 0 32168 ! 5316 0, 32169 82F8 00 .byte 0 32170 ! 5317 0xE0000000, 32171 82F9 0000 .word 0 32172 82FB E000 .word $E000 32173 ! 5318 0, 32174 82FD 0000 .word 0 32175 82FF 0000 .word 0 32176 ! 5319 0, 32177 8301 0000 .word 0 32178 ! 5320 2048, 32179 8303 0800 .word $800 32180 ! 5321 0, 32181 8305 00 .byte 0 32182 ! 5322 0, 32183 8306 00 .byte 0 32184 ! 5323 5, 32185 8307 05 .byte 5 32186 ! 5324 11, 32187 8308 0B .byte $B 32188 ! 5325 6, 32189 8309 06 .byte 6 32190 ! 5326 5, 32191 830A 05 .byte 5 32192 ! 5327 5, 32193 830B 05 .byte 5 32194 ! 5328 0, 32195 830C 00 .byte 0 32196 ! 5329 0, 32197 830D 00 .byte 0 32198 ! 5330 0, 32199 830E 00 .byte 0 32200 ! 5331 0, 32201 830F 0000 .word 0 32202 8311 0000 .word 0 32203 ! 5332 } }, 32204 ! 5333 { 0x0118, 32205 8313 0118 .word $118 32206 ! 5334 { 0x0001 | 0x0002 | 0x0008 | 0x0080 | 0x0010, 32207 8315 009B .word $9B 32208 ! 5335 0x01 | 0x02 | 0x04, 32209 8317 07 .byte 7 32210 ! 5336 0, 32211 8318 00 .byte 0 32212 ! 5337 64, 32213 8319 0040 .word $40 32214 ! 5338 64, 32215 831B 0040 .word $40 32216 ! 5339 0xA000, 32217 831D A000 .word $A000 32218 ! 5340 0x0000, 32219 831F 0000 .word 0 32220 ! 5341 0, 32221 8321 0000 .word 0 32222 8323 0000 .word 0 32223 ! 5342 3072, 32224 8325 0C00 .word $C00 32225 ! 5343 1024, 32226 8327 0400 .word $400 32227 ! 5344 768, 32228 8329 0300 .word $300 32229 ! 5345 8, 32230 832B 08 .byte 8 32231 ! 5346 16, 32232 832C 10 .byte $10 32233 ! 5347 1, 32234 832D 01 .byte 1 32235 ! 5348 24, 32236 832E 18 .byte $18 32237 ! 5349 36, 32238 832F 24 .byte $24 32239 ! 5350 0x06, 32240 8330 06 .byte 6 32241 ! 5351 0, 32242 8331 00 .byte 0 32243 ! 5352 6, 32244 8332 06 .byte 6 32245 ! 5353 0, 32246 8333 00 .byte 0 32247 ! 5354 8, 32248 8334 08 .byte 8 32249 ! 5355 16, 32250 8335 10 .byte $10 32251 ! 5356 8, 32252 8336 08 .byte 8 32253 ! 5357 8, 32254 8337 08 .byte 8 32255 ! 5358 8, 32256 8338 08 .byte 8 32257 ! 5359 0, 32258 8339 00 .byte 0 32259 ! 5360 0, 32260 833A 00 .byte 0 32261 ! 5361 0, 32262 833B 00 .byte 0 32263 ! 5362 0, 32264 833C 00 .byte 0 32265 ! 5363 0xE0000000, 32266 833D 0000 .word 0 32267 833F E000 .word $E000 32268 ! 5364 0, 32269 8341 0000 .word 0 32270 8343 0000 .word 0 32271 ! 5365 0, 32272 8345 0000 .word 0 32273 ! 5366 3072, 32274 8347 0C00 .word $C00 32275 ! 5367 0, 32276 8349 00 .byte 0 32277 ! 5368 0, 32278 834A 00 .byte 0 32279 ! 5369 8, 32280 834B 08 .byte 8 32281 ! 5370 16, 32282 834C 10 .byte $10 32283 ! 5371 8, 32284 834D 08 .byte 8 32285 ! 5372 8, 32286 834E 08 .byte 8 32287 ! 5373 8, 32288 834F 08 .byte 8 32289 ! 5374 0, 32290 8350 00 .byte 0 32291 ! 5375 0, 32292 8351 00 .byte 0 32293 ! 5376 0, 32294 8352 00 .byte 0 32295 ! 5377 0, 32296 8353 0000 .word 0 32297 8355 0000 .word 0 32298 ! 5378 } }, 32299 ! 5379 { 0x0119, 32300 8357 0119 .word $119 32301 ! 5380 { 0x0001 | 0x0002 | 0x0008 | 0x0080 | 0x0010, 32302 8359 009B .word $9B 32303 ! 5381 0x01 | 0x02 | 0x04, 32304 835B 07 .byte 7 32305 ! 5382 0, 32306 835C 00 .byte 0 32307 ! 5383 32308 ! 5383 64, 32309 835D 0040 .word $40 32310 ! 5384 64, 32311 835F 0040 .word $40 32312 ! 5385 0xA000, 32313 8361 A000 .word $A000 32314 ! 5386 0x0000, 32315 8363 0000 .word 0 32316 ! 5387 0, 32317 8365 0000 .word 0 32318 8367 0000 .word 0 32319 ! 5388 2560, 32320 8369 0A00 .word $A00 32321 ! 5389 1280, 32322 836B 0500 .word $500 32323 ! 5390 1024, 32324 836D 0400 .word $400 32325 ! 5391 8, 32326 836F 08 .byte 8 32327 ! 5392 16, 32328 8370 10 .byte $10 32329 ! 5393 1, 32330 8371 01 .byte 1 32331 ! 5394 15, 32332 8372 0F .byte $F 32333 ! 5395 40, 32334 8373 28 .byte $28 32335 ! 5396 0x06, 32336 8374 06 .byte 6 32337 ! 5397 0, 32338 8375 00 .byte 0 32339 ! 5398 5, 32340 8376 05 .byte 5 32341 ! 5399 0, 32342 8377 00 .byte 0 32343 ! 5400 5, 32344 8378 05 .byte 5 32345 ! 5401 10, 32346 8379 0A .byte $A 32347 ! 5402 5, 32348 837A 05 .byte 5 32349 ! 5403 5, 32350 837B 05 .byte 5 32351 ! 5404 5, 32352 837C 05 .byte 5 32353 ! 5405 0, 32354 837D 00 .byte 0 32355 ! 5406 1, 32356 837E 01 .byte 1 32357 ! 5407 15, 32358 837F 0F .byte $F 32359 ! 5408 0, 32360 8380 00 .byte 0 32361 ! 5409 0xE0000000, 32362 8381 0000 .word 0 32363 8383 E000 .word $E000 32364 ! 5410 0, 32365 8385 0000 .word 0 32366 8387 0000 .word 0 32367 ! 5411 0, 32368 8389 0000 .word 0 32369 ! 5412 2560, 32370 838B 0A00 .word $A00 32371 ! 5413 0, 32372 838D 00 .byte 0 32373 ! 5414 0, 32374 838E 00 .byte 0 32375 ! 5415 5, 32376 838F 05 .byte 5 32377 ! 5416 10, 32378 8390 0A .byte $A 32379 ! 5417 5, 32380 8391 05 .byte 5 32381 ! 5418 5, 32382 8392 05 .byte 5 32383 ! 5419 5, 32384 8393 05 .byte 5 32385 ! 5420 0, 32386 8394 00 .byte 0 32387 ! 5421 1, 32388 8395 01 .byte 1 32389 ! 5422 15, 32390 8396 0F .byte $F 32391 ! 5423 0, 32392 8397 0000 .word 0 32393 8399 0000 .word 0 32394 ! 5424 } }, 32395 ! 5425 { 0x011a, 32396 839B 011A .word $11A 32397 ! 5426 { 0x0001 | 0x0002 | 0x0008 | 0x0080 | 0x0010, 32398 839D 009B .word $9B 32399 ! 5427 0x01 | 0x02 | 0x04, 32400 839F 07 .byte 7 32401 ! 5428 0, 32402 83A0 00 .byte 0 32403 ! 5429 64, 32404 83A1 0040 .word $40 32405 ! 5430 64, 32406 83A3 0040 .word $40 32407 ! 5431 0xA000, 32408 83A5 A000 .word $A000 32409 ! 5432 0x0000, 32410 83A7 0000 .word 0 32411 ! 5433 0, 32412 83A9 0000 .word 0 32413 83AB 0000 .word 0 32414 ! 5434 2560, 32415 83AD 0A00 .word $A00 32416 ! 5435 1280, 32417 83AF 0500 .word $500 32418 ! 5436 1024, 32419 83B1 0400 .word $400 32420 ! 5437 8, 32421 83B3 08 .byte 8 32422 ! 5438 16, 32423 83B4 10 .byte $10 32424 ! 5439 1, 32425 83B5 01 .byte 1 32426 ! 5440 16, 32427 83B6 10 .byte $10 32428 ! 5441 40, 32429 83B7 28 .byte $28 32430 ! 5442 0x06, 32431 83B8 06 .byte 6 32432 ! 5443 0, 32433 83B9 00 .byte 0 32434 ! 5444 5, 32435 83BA 05 .byte 5 32436 ! 5445 0, 32437 83BB 00 .byte 0 32438 ! 5446 5, 32439 83BC 05 .byte 5 32440 ! 5447 11, 32441 83BD 0B .byte $B 32442 ! 5448 6, 32443 83BE 06 .byte 6 32444 ! 5449 5, 32445 83BF 05 .byte 5 32446 ! 5450 5, 32447 83C0 05 .byte 5 32448 ! 5451 0, 32449 83C1 00 .byte 0 32450 ! 5452 32451 ! 5452 0, 32452 83C2 00 .byte 0 32453 ! 5453 0, 32454 83C3 00 .byte 0 32455 ! 5454 0, 32456 83C4 00 .byte 0 32457 ! 5455 0xE0000000, 32458 83C5 0000 .word 0 32459 83C7 E000 .word $E000 32460 ! 5456 0, 32461 83C9 0000 .word 0 32462 83CB 0000 .word 0 32463 ! 5457 0, 32464 83CD 0000 .word 0 32465 ! 5458 2560, 32466 83CF 0A00 .word $A00 32467 ! 5459 0, 32468 83D1 00 .byte 0 32469 ! 5460 0, 32470 83D2 00 .byte 0 32471 ! 5461 5, 32472 83D3 05 .byte 5 32473 ! 5462 11, 32474 83D4 0B .byte $B 32475 ! 5463 6, 32476 83D5 06 .byte 6 32477 ! 5464 5, 32478 83D6 05 .byte 5 32479 ! 5465 5, 32480 83D7 05 .byte 5 32481 ! 5466 0, 32482 83D8 00 .byte 0 32483 ! 5467 0, 32484 83D9 00 .byte 0 32485 ! 5468 0, 32486 83DA 00 .byte 0 32487 ! 5469 0, 32488 83DB 0000 .word 0 32489 83DD 0000 .word 0 32490 ! 5470 } }, 32491 ! 5471 { 0x011b, 32492 83DF 011B .word $11B 32493 ! 5472 { 0x0001 | 0x0002 | 0x0008 | 0x0080 | 0x0010, 32494 83E1 009B .word $9B 32495 ! 5473 0x01 | 0x02 | 0x04, 32496 83E3 07 .byte 7 32497 ! 5474 0, 32498 83E4 00 .byte 0 32499 ! 5475 64, 32500 83E5 0040 .word $40 32501 ! 5476 64, 32502 83E7 0040 .word $40 32503 ! 5477 0xA000, 32504 83E9 A000 .word $A000 32505 ! 5478 0x0000, 32506 83EB 0000 .word 0 32507 ! 5479 0, 32508 83ED 0000 .word 0 32509 83EF 0000 .word 0 32510 ! 5480 3840, 32511 83F1 0F00 .word $F00 32512 ! 5481 1280, 32513 83F3 0500 .word $500 32514 ! 5482 1024, 32515 83F5 0400 .word $400 32516 ! 5483 8, 32517 83F7 08 .byte 8 32518 ! 5484 16, 32519 83F8 10 .byte $10 32520 ! 5485 1, 32521 83F9 01 .byte 1 32522 ! 5486 24, 32523 83FA 18 .byte $18 32524 ! 5487 60, 32525 83FB 3C .byte $3C 32526 ! 5488 0x06, 32527 83FC 06 .byte 6 32528 ! 5489 0, 32529 83FD 00 .byte 0 32530 ! 5490 3, 32531 83FE 03 .byte 3 32532 ! 5491 0, 32533 83FF 00 .byte 0 32534 ! 5492 8, 32535 8400 08 .byte 8 32536 ! 5493 16, 32537 8401 10 .byte $10 32538 ! 5494 8, 32539 8402 08 .byte 8 32540 ! 5495 8, 32541 8403 08 .byte 8 32542 ! 5496 8, 32543 8404 08 .byte 8 32544 ! 5497 0, 32545 8405 00 .byte 0 32546 ! 5498 0, 32547 8406 00 .byte 0 32548 ! 5499 0, 32549 8407 00 .byte 0 32550 ! 5500 0, 32551 8408 00 .byte 0 32552 ! 5501 0xE0000000, 32553 8409 0000 .word 0 32554 840B E000 .word $E000 32555 ! 5502 0, 32556 840D 0000 .word 0 32557 840F 0000 .word 0 32558 ! 5503 0, 32559 8411 0000 .word 0 32560 ! 5504 3840, 32561 8413 0F00 .word $F00 32562 ! 5505 0, 32563 8415 00 .byte 0 32564 ! 5506 0, 32565 8416 00 .byte 0 32566 ! 5507 8, 32567 8417 08 .byte 8 32568 ! 5508 16, 32569 8418 10 .byte $10 32570 ! 5509 8, 32571 8419 08 .byte 8 32572 ! 5510 8, 32573 841A 08 .byte 8 32574 ! 5511 8, 32575 841B 08 .byte 8 32576 ! 5512 0, 32577 841C 00 .byte 0 32578 ! 5513 0, 32579 841D 00 .byte 0 32580 ! 5514 0, 32581 841E 00 .byte 0 32582 ! 5515 0, 32583 841F 0000 .word 0 32584 8421 0000 .word 0 32585 ! 5516 } }, 32586 ! 5517 { 0x011c, 32587 8423 011C .word $11C 32588 ! 5518 { 0x0001 | 0x0002 | 0x0008 | 0x0080 | 0x0010, 32589 8425 009B .word $9B 32590 ! 5519 0x01 | 0x02 | 0x04, 32591 8427 07 .byte 7 32592 ! 5520 32593 ! 5520 0, 32594 8428 00 .byte 0 32595 ! 5521 64, 32596 8429 0040 .word $40 32597 ! 5522 64, 32598 842B 0040 .word $40 32599 ! 5523 0xA000, 32600 842D A000 .word $A000 32601 ! 5524 0x0000, 32602 842F 0000 .word 0 32603 ! 5525 0, 32604 8431 0000 .word 0 32605 8433 0000 .word 0 32606 ! 5526 1600, 32607 8435 0640 .word $640 32608 ! 5527 1600, 32609 8437 0640 .word $640 32610 ! 5528 1200, 32611 8439 04B0 .word $4B0 32612 ! 5529 8, 32613 843B 08 .byte 8 32614 ! 5530 16, 32615 843C 10 .byte $10 32616 ! 5531 1, 32617 843D 01 .byte 1 32618 ! 5532 8, 32619 843E 08 .byte 8 32620 ! 5533 30, 32621 843F 1E .byte $1E 32622 ! 5534 0x04, 32623 8440 04 .byte 4 32624 ! 5535 0, 32625 8441 00 .byte 0 32626 ! 5536 7, 32627 8442 07 .byte 7 32628 ! 5537 0, 32629 8443 00 .byte 0 32630 ! 5538 0, 32631 8444 00 .byte 0 32632 ! 5539 0, 32633 8445 00 .byte 0 32634 ! 5540 0, 32635 8446 00 .byte 0 32636 ! 5541 0, 32637 8447 00 .byte 0 32638 ! 5542 0, 32639 8448 00 .byte 0 32640 ! 5543 0, 32641 8449 00 .byte 0 32642 ! 5544 0, 32643 844A 00 .byte 0 32644 ! 5545 0, 32645 844B 00 .byte 0 32646 ! 5546 0, 32647 844C 00 .byte 0 32648 ! 5547 0xE0000000, 32649 844D 0000 .word 0 32650 844F E000 .word $E000 32651 ! 5548 0, 32652 8451 0000 .word 0 32653 8453 0000 .word 0 32654 ! 5549 0, 32655 8455 0000 .word 0 32656 ! 5550 1600, 32657 8457 0640 .word $640 32658 ! 5551 0, 32659 8459 00 .byte 0 32660 ! 5552 0, 32661 845A 00 .byte 0 32662 ! 5553 0, 32663 845B 00 .byte 0 32664 ! 5554 0, 32665 845C 00 .byte 0 32666 ! 5555 0, 32667 845D 00 .byte 0 32668 ! 5556 0, 32669 845E 00 .byte 0 32670 ! 5557 0, 32671 845F 00 .byte 0 32672 ! 5558 0, 32673 8460 00 .byte 0 32674 ! 5559 0, 32675 8461 00 .byte 0 32676 ! 5560 0, 32677 8462 00 .byte 0 32678 ! 5561 0, 32679 8463 0000 .word 0 32680 8465 0000 .word 0 32681 ! 5562 } }, 32682 ! 5563 { 0x011d, 32683 8467 011D .word $11D 32684 ! 5564 { 0x0001 | 0x0002 | 0x0008 | 0x0080 | 0x0010, 32685 8469 009B .word $9B 32686 ! 5565 0x01 | 0x02 | 0x04, 32687 846B 07 .byte 7 32688 ! 5566 0, 32689 846C 00 .byte 0 32690 ! 5567 64, 32691 846D 0040 .word $40 32692 ! 5568 64, 32693 846F 0040 .word $40 32694 ! 5569 0xA000, 32695 8471 A000 .word $A000 32696 ! 5570 0x0000, 32697 8473 0000 .word 0 32698 ! 5571 0, 32699 8475 0000 .word 0 32700 8477 0000 .word 0 32701 ! 5572 3200, 32702 8479 0C80 .word $C80 32703 ! 5573 1600, 32704 847B 0640 .word $640 32705 ! 5574 1200, 32706 847D 04B0 .word $4B0 32707 ! 5575 8, 32708 847F 08 .byte 8 32709 ! 5576 16, 32710 8480 10 .byte $10 32711 ! 5577 1, 32712 8481 01 .byte 1 32713 ! 5578 15, 32714 8482 0F .byte $F 32715 ! 5579 59, 32716 8483 3B .byte $3B 32717 ! 5580 0x06, 32718 8484 06 .byte 6 32719 ! 5581 0, 32720 8485 00 .byte 0 32721 ! 5582 3, 32722 8486 03 .byte 3 32723 ! 5583 0, 32724 8487 00 .byte 0 32725 ! 5584 5, 32726 8488 05 .byte 5 32727 ! 5585 10, 32728 8489 0A .byte $A 32729 ! 5586 5, 32730 848A 05 .byte 5 32731 ! 5587 5, 32732 848B 05 .byte 5 32733 ! 5588 5, 32734 848C 05 .byte 5 32735 ! 5589 32736 ! 5589 0, 32737 848D 00 .byte 0 32738 ! 5590 1, 32739 848E 01 .byte 1 32740 ! 5591 15, 32741 848F 0F .byte $F 32742 ! 5592 0, 32743 8490 00 .byte 0 32744 ! 5593 0xE0000000, 32745 8491 0000 .word 0 32746 8493 E000 .word $E000 32747 ! 5594 0, 32748 8495 0000 .word 0 32749 8497 0000 .word 0 32750 ! 5595 0, 32751 8499 0000 .word 0 32752 ! 5596 3200, 32753 849B 0C80 .word $C80 32754 ! 5597 0, 32755 849D 00 .byte 0 32756 ! 5598 0, 32757 849E 00 .byte 0 32758 ! 5599 5, 32759 849F 05 .byte 5 32760 ! 5600 10, 32761 84A0 0A .byte $A 32762 ! 5601 5, 32763 84A1 05 .byte 5 32764 ! 5602 5, 32765 84A2 05 .byte 5 32766 ! 5603 5, 32767 84A3 05 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84C7 3B .byte $3B 32813 ! 5626 0x06, 32814 84C8 06 .byte 6 32815 ! 5627 0, 32816 84C9 00 .byte 0 32817 ! 5628 3, 32818 84CA 03 .byte 3 32819 ! 5629 0, 32820 84CB 00 .byte 0 32821 ! 5630 5, 32822 84CC 05 .byte 5 32823 ! 5631 11, 32824 84CD 0B .byte $B 32825 ! 5632 6, 32826 84CE 06 .byte 6 32827 ! 5633 5, 32828 84CF 05 .byte 5 32829 ! 5634 5, 32830 84D0 05 .byte 5 32831 ! 5635 0, 32832 84D1 00 .byte 0 32833 ! 5636 0, 32834 84D2 00 .byte 0 32835 ! 5637 0, 32836 84D3 00 .byte 0 32837 ! 5638 0, 32838 84D4 00 .byte 0 32839 ! 5639 0xE0000000, 32840 84D5 0000 .word 0 32841 84D7 E000 .word $E000 32842 ! 5640 0, 32843 84D9 0000 .word 0 32844 84DB 0000 .word 0 32845 ! 5641 0, 32846 84DD 0000 .word 0 32847 ! 5642 3200, 32848 84DF 0C80 .word $C80 32849 ! 5643 0, 32850 84E1 00 .byte 0 32851 ! 5644 0, 32852 84E2 00 .byte 0 32853 ! 5645 5, 32854 84E3 05 .byte 5 32855 ! 5646 11, 32856 84E4 0B .byte $B 32857 ! 5647 6, 32858 84E5 06 .byte 6 32859 ! 5648 5, 32860 84E6 05 .byte 5 32861 ! 5649 5, 32862 84E7 05 .byte 5 32863 ! 5650 0, 32864 84E8 00 .byte 0 32865 ! 5651 0, 32866 84E9 00 .byte 0 32867 ! 5652 0, 32868 84EA 00 .byte 0 32869 ! 5653 0, 32870 84EB 0000 .word 0 32871 84ED 0000 .word 0 32872 ! 5654 } }, 32873 ! 5655 { 0x011f, 32874 84EF 011F .word $11F 32875 ! 5656 { 0x0001 | 0x0002 | 0x0008 | 0x0080 | 0x0010, 32876 84F1 009B .word $9B 32877 ! 5657 0 32878 ! 5657 x01 | 0x02 | 0x04, 32879 84F3 07 .byte 7 32880 ! 5658 0, 32881 84F4 00 .byte 0 32882 ! 5659 64, 32883 84F5 0040 .word $40 32884 ! 5660 64, 32885 84F7 0040 .word $40 32886 ! 5661 0xA000, 32887 84F9 A000 .word $A000 32888 ! 5662 0x0000, 32889 84FB 0000 .word 0 32890 ! 5663 0, 32891 84FD 0000 .word 0 32892 84FF 0000 .word 0 32893 ! 5664 4800, 32894 8501 12C0 .word $12C0 32895 ! 5665 1600, 32896 8503 0640 .word $640 32897 ! 5666 1200, 32898 8505 04B0 .word $4B0 32899 ! 5667 8, 32900 8507 08 .byte 8 32901 ! 5668 16, 32902 8508 10 .byte $10 32903 ! 5669 1, 32904 8509 01 .byte 1 32905 ! 5670 24, 32906 850A 18 .byte $18 32907 ! 5671 88, 32908 850B 58 .byte $58 32909 ! 5672 0x06, 32910 850C 06 .byte 6 32911 ! 5673 0, 32912 850D 00 .byte 0 32913 ! 5674 1, 32914 850E 01 .byte 1 32915 ! 5675 0, 32916 850F 00 .byte 0 32917 ! 5676 8, 32918 8510 08 .byte 8 32919 ! 5677 16, 32920 8511 10 .byte $10 32921 ! 5678 8, 32922 8512 08 .byte 8 32923 ! 5679 8, 32924 8513 08 .byte 8 32925 ! 5680 8, 32926 8514 08 .byte 8 32927 ! 5681 0, 32928 8515 00 .byte 0 32929 ! 5682 0, 32930 8516 00 .byte 0 32931 ! 5683 0, 32932 8517 00 .byte 0 32933 ! 5684 0, 32934 8518 00 .byte 0 32935 ! 5685 0xE0000000, 32936 8519 0000 .word 0 32937 851B E000 .word $E000 32938 ! 5686 0, 32939 851D 0000 .word 0 32940 851F 0000 .word 0 32941 ! 5687 0, 32942 8521 0000 .word 0 32943 ! 5688 4800, 32944 8523 12C0 .word $12C0 32945 ! 5689 0, 32946 8525 00 .byte 0 32947 ! 5690 0, 32948 8526 00 .byte 0 32949 ! 5691 8, 32950 8527 08 .byte 8 32951 ! 5692 16, 32952 8528 10 .byte $10 32953 ! 5693 8, 32954 8529 08 .byte 8 32955 ! 5694 8, 32956 852A 08 .byte 8 32957 ! 5695 8, 32958 852B 08 .byte 8 32959 ! 5696 0, 32960 852C 00 .byte 0 32961 ! 5697 0, 32962 852D 00 .byte 0 32963 ! 5698 0, 32964 852E 00 .byte 0 32965 ! 5699 0, 32966 852F 0000 .word 0 32967 8531 0000 .word 0 32968 ! 5700 } }, 32969 ! 5701 { 0x0140, 32970 8533 0140 .word $140 32971 ! 5702 { 0x0001 | 0x0002 | 0x0008 | 0x0080 | 0x0010, 32972 8535 009B .word $9B 32973 ! 5703 0x01 | 0x02 | 0x04, 32974 8537 07 .byte 7 32975 ! 5704 0, 32976 8538 00 .byte 0 32977 ! 5705 64, 32978 8539 0040 .word $40 32979 ! 5706 64, 32980 853B 0040 .word $40 32981 ! 5707 0xA000, 32982 853D A000 .word $A000 32983 ! 5708 0x0000, 32984 853F 0000 .word 0 32985 ! 5709 0, 32986 8541 0000 .word 0 32987 8543 0000 .word 0 32988 ! 5710 1280, 32989 8545 0500 .word $500 32990 ! 5711 320, 32991 8547 0140 .word $140 32992 ! 5712 200, 32993 8549 00C8 .word $C8 32994 ! 5713 8, 32995 854B 08 .byte 8 32996 ! 5714 16, 32997 854C 10 .byte $10 32998 ! 5715 1, 32999 854D 01 .byte 1 33000 ! 5716 32, 33001 854E 20 .byte $20 33002 ! 5717 4, 33003 854F 04 .byte 4 33004 ! 5718 0x06, 33005 8550 06 .byte 6 33006 ! 5719 0, 33007 8551 00 .byte 0 33008 ! 5720 64, 33009 8552 40 .byte $40 33010 ! 5721 0, 33011 8553 00 .byte 0 33012 ! 5722 8, 33013 8554 08 .byte 8 33014 ! 5723 16, 33015 8555 10 .byte $10 33016 ! 5724 8, 33017 8556 08 .byte 8 33018 ! 5725 8, 33019 8557 08 .byte 8 33020 ! 5726 8, 33021 8558 08 .byte 8 33022 ! 5727 33023 ! 5727 0, 33024 8559 00 .byte 0 33025 ! 5728 8, 33026 855A 08 .byte 8 33027 ! 5729 24, 33028 855B 18 .byte $18 33029 ! 5730 0x02, 33030 855C 02 .byte 2 33031 ! 5731 0xE0000000, 33032 855D 0000 .word 0 33033 855F E000 .word $E000 33034 ! 5732 0, 33035 8561 0000 .word 0 33036 8563 0000 .word 0 33037 ! 5733 0, 33038 8565 0000 .word 0 33039 ! 5734 1280, 33040 8567 0500 .word $500 33041 ! 5735 0, 33042 8569 00 .byte 0 33043 ! 5736 0, 33044 856A 00 .byte 0 33045 ! 5737 8, 33046 856B 08 .byte 8 33047 ! 5738 16, 33048 856C 10 .byte $10 33049 ! 5739 8, 33050 856D 08 .byte 8 33051 ! 5740 8, 33052 856E 08 .byte 8 33053 ! 5741 8, 33054 856F 08 .byte 8 33055 ! 5742 0, 33056 8570 00 .byte 0 33057 ! 5743 8, 33058 8571 08 .byte 8 33059 ! 5744 24, 33060 8572 18 .byte $18 33061 ! 5745 0, 33062 8573 0000 .word 0 33063 8575 0000 .word 0 33064 ! 5746 } }, 33065 ! 5747 { 0x0141, 33066 8577 0141 .word $141 33067 ! 5748 { 0x0001 | 0x0002 | 0x0008 | 0x0080 | 0x0010, 33068 8579 009B .word $9B 33069 ! 5749 0x01 | 0x02 | 0x04, 33070 857B 07 .byte 7 33071 ! 5750 0, 33072 857C 00 .byte 0 33073 ! 5751 64, 33074 857D 0040 .word $40 33075 ! 5752 64, 33076 857F 0040 .word $40 33077 ! 5753 0xA000, 33078 8581 A000 .word $A000 33079 ! 5754 0x0000, 33080 8583 0000 .word 0 33081 ! 5755 0, 33082 8585 0000 .word 0 33083 8587 0000 .word 0 33084 ! 5756 2560, 33085 8589 0A00 .word $A00 33086 ! 5757 640, 33087 858B 0280 .word $280 33088 ! 5758 400, 33089 858D 0190 .word $190 33090 ! 5759 8, 33091 858F 08 .byte 8 33092 ! 5760 16, 33093 8590 10 .byte $10 33094 ! 5761 1, 33095 8591 01 .byte 1 33096 ! 5762 32, 33097 8592 20 .byte $20 33098 ! 5763 16, 33099 8593 10 .byte $10 33100 ! 5764 0x06, 33101 8594 06 .byte 6 33102 ! 5765 0, 33103 8595 00 .byte 0 33104 ! 5766 15, 33105 8596 0F .byte $F 33106 ! 5767 0, 33107 8597 00 .byte 0 33108 ! 5768 8, 33109 8598 08 .byte 8 33110 ! 5769 16, 33111 8599 10 .byte $10 33112 ! 5770 8, 33113 859A 08 .byte 8 33114 ! 5771 8, 33115 859B 08 .byte 8 33116 ! 5772 8, 33117 859C 08 .byte 8 33118 ! 5773 0, 33119 859D 00 .byte 0 33120 ! 5774 8, 33121 859E 08 .byte 8 33122 ! 5775 24, 33123 859F 18 .byte $18 33124 ! 5776 0x02, 33125 85A0 02 .byte 2 33126 ! 5777 0xE0000000, 33127 85A1 0000 .word 0 33128 85A3 E000 .word $E000 33129 ! 5778 0, 33130 85A5 0000 .word 0 33131 85A7 0000 .word 0 33132 ! 5779 0, 33133 85A9 0000 .word 0 33134 ! 5780 2560, 33135 85AB 0A00 .word $A00 33136 ! 5781 0, 33137 85AD 00 .byte 0 33138 ! 5782 0, 33139 85AE 00 .byte 0 33140 ! 5783 8, 33141 85AF 08 .byte 8 33142 ! 5784 16, 33143 85B0 10 .byte $10 33144 ! 5785 8, 33145 85B1 08 .byte 8 33146 ! 5786 8, 33147 85B2 08 .byte 8 33148 ! 5787 8, 33149 85B3 08 .byte 8 33150 ! 5788 0, 33151 85B4 00 .byte 0 33152 ! 5789 8, 33153 85B5 08 .byte 8 33154 ! 5790 24, 33155 85B6 18 .byte $18 33156 ! 5791 0, 33157 85B7 0000 .word 0 33158 85B9 0000 .word 0 33159 ! 5792 } }, 33160 ! 5793 { 0x0142, 33161 85BB 0142 .word $142 33162 ! 5794 { 0x0001 | 0x0002 | 0x0008 | 0x0080 | 0x 33163 ! 5794 0010, 33164 85BD 009B .word $9B 33165 ! 5795 0x01 | 0x02 | 0x04, 33166 85BF 07 .byte 7 33167 ! 5796 0, 33168 85C0 00 .byte 0 33169 ! 5797 64, 33170 85C1 0040 .word $40 33171 ! 5798 64, 33172 85C3 0040 .word $40 33173 ! 5799 0xA000, 33174 85C5 A000 .word $A000 33175 ! 5800 0x0000, 33176 85C7 0000 .word 0 33177 ! 5801 0, 33178 85C9 0000 .word 0 33179 85CB 0000 .word 0 33180 ! 5802 2560, 33181 85CD 0A00 .word $A00 33182 ! 5803 640, 33183 85CF 0280 .word $280 33184 ! 5804 480, 33185 85D1 01E0 .word $1E0 33186 ! 5805 8, 33187 85D3 08 .byte 8 33188 ! 5806 16, 33189 85D4 10 .byte $10 33190 ! 5807 1, 33191 85D5 01 .byte 1 33192 ! 5808 32, 33193 85D6 20 .byte $20 33194 ! 5809 19, 33195 85D7 13 .byte $13 33196 ! 5810 0x06, 33197 85D8 06 .byte 6 33198 ! 5811 0, 33199 85D9 00 .byte 0 33200 ! 5812 12, 33201 85DA 0C .byte $C 33202 ! 5813 0, 33203 85DB 00 .byte 0 33204 ! 5814 8, 33205 85DC 08 .byte 8 33206 ! 5815 16, 33207 85DD 10 .byte $10 33208 ! 5816 8, 33209 85DE 08 .byte 8 33210 ! 5817 8, 33211 85DF 08 .byte 8 33212 ! 5818 8, 33213 85E0 08 .byte 8 33214 ! 5819 0, 33215 85E1 00 .byte 0 33216 ! 5820 8, 33217 85E2 08 .byte 8 33218 ! 5821 24, 33219 85E3 18 .byte $18 33220 ! 5822 0x02, 33221 85E4 02 .byte 2 33222 ! 5823 0xE0000000, 33223 85E5 0000 .word 0 33224 85E7 E000 .word $E000 33225 ! 5824 0, 33226 85E9 0000 .word 0 33227 85EB 0000 .word 0 33228 ! 5825 0, 33229 85ED 0000 .word 0 33230 ! 5826 2560, 33231 85EF 0A00 .word $A00 33232 ! 5827 0, 33233 85F1 00 .byte 0 33234 ! 5828 0, 33235 85F2 00 .byte 0 33236 ! 5829 8, 33237 85F3 08 .byte 8 33238 ! 5830 16, 33239 85F4 10 .byte $10 33240 ! 5831 8, 33241 85F5 08 .byte 8 33242 ! 5832 8, 33243 85F6 08 .byte 8 33244 ! 5833 8, 33245 85F7 08 .byte 8 33246 ! 5834 0, 33247 85F8 00 .byte 0 33248 ! 5835 8, 33249 85F9 08 .byte 8 33250 ! 5836 24, 33251 85FA 18 .byte $18 33252 ! 5837 0, 33253 85FB 0000 .word 0 33254 85FD 0000 .word 0 33255 ! 5838 } }, 33256 ! 5839 { 0x0143, 33257 85FF 0143 .word $143 33258 ! 5840 { 0x0001 | 0x0002 | 0x0008 | 0x0080 | 0x0010, 33259 8601 009B .word $9B 33260 ! 5841 0x01 | 0x02 | 0x04, 33261 8603 07 .byte 7 33262 ! 5842 0, 33263 8604 00 .byte 0 33264 ! 5843 64, 33265 8605 0040 .word $40 33266 ! 5844 64, 33267 8607 0040 .word $40 33268 ! 5845 0xA000, 33269 8609 A000 .word $A000 33270 ! 5846 0x0000, 33271 860B 0000 .word 0 33272 ! 5847 0, 33273 860D 0000 .word 0 33274 860F 0000 .word 0 33275 ! 5848 3200, 33276 8611 0C80 .word $C80 33277 ! 5849 800, 33278 8613 0320 .word $320 33279 ! 5850 600, 33280 8615 0258 .word $258 33281 ! 5851 8, 33282 8617 08 .byte 8 33283 ! 5852 16, 33284 8618 10 .byte $10 33285 ! 5853 1, 33286 8619 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! 5877 8, 33337 8639 08 .byte 8 33338 ! 5878 8, 33339 863A 08 .byte 8 33340 ! 5879 8, 33341 863B 08 .byte 8 33342 ! 5880 0, 33343 863C 00 .byte 0 33344 ! 5881 8, 33345 863D 08 .byte 8 33346 ! 5882 24, 33347 863E 18 .byte $18 33348 ! 5883 0, 33349 863F 0000 .word 0 33350 8641 0000 .word 0 33351 ! 5884 } }, 33352 ! 5885 { 0x0144, 33353 8643 0144 .word $144 33354 ! 5886 { 0x0001 | 0x0002 | 0x0008 | 0x0080 | 0x0010, 33355 8645 009B .word $9B 33356 ! 5887 0x01 | 0x02 | 0x04, 33357 8647 07 .byte 7 33358 ! 5888 0, 33359 8648 00 .byte 0 33360 ! 5889 64, 33361 8649 0040 .word $40 33362 ! 5890 64, 33363 864B 0040 .word $40 33364 ! 5891 0xA000, 33365 864D A000 .word $A000 33366 ! 5892 0x0000, 33367 864F 0000 .word 0 33368 ! 5893 0, 33369 8651 0000 .word 0 33370 8653 0000 .word 0 33371 ! 5894 4096, 33372 8655 1000 .word $1000 33373 ! 5895 1024, 33374 8657 0400 .word $400 33375 ! 5896 768, 33376 8659 0300 .word $300 33377 ! 5897 8, 33378 865B 08 .byte 8 33379 ! 5898 16, 33380 865C 10 .byte $10 33381 ! 5899 1, 33382 865D 01 .byte 1 33383 ! 5900 32, 33384 865E 20 .byte $20 33385 ! 5901 48, 33386 865F 30 .byte $30 33387 ! 5902 0x06, 33388 8660 06 .byte 6 33389 ! 5903 0, 33390 8661 00 .byte 0 33391 ! 5904 4, 33392 8662 04 .byte 4 33393 ! 5905 0, 33394 8663 00 .byte 0 33395 ! 5906 8, 33396 8664 08 .byte 8 33397 ! 5907 16, 33398 8665 10 .byte $10 33399 ! 5908 8, 33400 8666 08 .byte 8 33401 ! 5909 8, 33402 8667 08 .byte 8 33403 ! 5910 8, 33404 8668 08 .byte 8 33405 ! 5911 0, 33406 8669 00 .byte 0 33407 ! 5912 8, 33408 866A 08 .byte 8 33409 ! 5913 24, 33410 866B 18 .byte $18 33411 ! 5914 0x02, 33412 866C 02 .byte 2 33413 ! 5915 0xE0000000, 33414 866D 0000 .word 0 33415 866F E000 .word $E000 33416 ! 5916 0, 33417 8671 0000 .word 0 33418 8673 0000 .word 0 33419 ! 5917 0, 33420 8675 0000 .word 0 33421 ! 5918 4096, 33422 8677 1000 .word $1000 33423 ! 5919 0, 33424 8679 00 .byte 0 33425 ! 5920 0, 33426 867A 00 .byte 0 33427 ! 5921 8, 33428 867B 08 .byte 8 33429 ! 5922 16, 33430 867C 10 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16, 33476 86A0 10 .byte $10 33477 ! 5945 1, 33478 86A1 01 .byte 1 33479 ! 5946 32, 33480 86A2 20 .byte $20 33481 ! 5947 80, 33482 86A3 50 .byte $50 33483 ! 5948 0x06, 33484 86A4 06 .byte 6 33485 ! 5949 0, 33486 86A5 00 .byte 0 33487 ! 5950 2, 33488 86A6 02 .byte 2 33489 ! 5951 0, 33490 86A7 00 .byte 0 33491 ! 5952 8, 33492 86A8 08 .byte 8 33493 ! 5953 16, 33494 86A9 10 .byte $10 33495 ! 5954 8, 33496 86AA 08 .byte 8 33497 ! 5955 8, 33498 86AB 08 .byte 8 33499 ! 5956 8, 33500 86AC 08 .byte 8 33501 ! 5957 0, 33502 86AD 00 .byte 0 33503 ! 5958 8, 33504 86AE 08 .byte 8 33505 ! 5959 24, 33506 86AF 18 .byte $18 33507 ! 5960 0x02, 33508 86B0 02 .byte 2 33509 ! 5961 0xE0000000, 33510 86B1 0000 .word 0 33511 86B3 E000 .word $E000 33512 ! 5962 0, 33513 86B5 0000 .word 0 33514 86B7 0000 .word 0 33515 ! 5963 0, 33516 86B9 0000 .word 0 33517 ! 5964 5120, 33518 86BB 1400 .word $1400 33519 ! 5965 0, 33520 86BD 00 .byte 0 33521 ! 5966 0, 33522 86BE 00 .byte 0 33523 ! 5967 8, 33524 86BF 08 .byte 8 33525 ! 5968 16, 33526 86C0 10 .byte $10 33527 ! 5969 8, 33528 86C1 08 .byte 8 33529 ! 5970 8, 33530 86C2 08 .byte 8 33531 ! 5971 8, 33532 86C3 08 .byte 8 33533 ! 5972 0, 33534 86C4 00 .byte 0 33535 ! 5973 8, 33536 86C5 08 .byte 8 33537 ! 5974 24, 33538 86C6 18 .byte $18 33539 ! 5975 0, 33540 86C7 0000 .word 0 33541 86C9 0000 .word 0 33542 ! 5976 } }, 33543 ! 5977 { 0x0146, 33544 86CB 0146 .word $146 33545 ! 5978 { 0x0001 | 0x0002 | 0x0008 | 0x0080 | 0x0010, 33546 86CD 009B .word $9B 33547 ! 5979 0x01 | 0x02 | 0x04, 33548 86CF 07 .byte 7 33549 ! 5980 0, 33550 86D0 00 .byte 0 33551 ! 5981 64, 33552 86D1 0040 .word $40 33553 ! 5982 64, 33554 86D3 0040 .word $40 33555 ! 5983 0xA000, 33556 86D5 A000 .word $A000 33557 ! 5984 0x0000, 33558 86D7 0000 .word 0 33559 ! 5985 0, 33560 86D9 0000 .word 0 33561 86DB 0000 .word 0 33562 ! 5986 320, 33563 86DD 0140 .word $140 33564 ! 5987 320, 33565 86DF 0140 .word $140 33566 ! 5988 200, 33567 86E1 00C8 .word $C8 33568 ! 5989 8, 33569 86E3 08 .byte 8 33570 ! 5990 16, 33571 86E4 10 .byte $10 33572 ! 5991 1, 33573 86E5 01 .byte 1 33574 ! 5992 8, 33575 86E6 08 .byte 8 33576 ! 5993 1, 33577 86E7 01 .byte 1 33578 ! 5994 0x04, 33579 86E8 04 .byte 4 33580 ! 5995 0, 33581 86E9 00 .byte 0 33582 ! 5996 261, 33583 86EA 05 .byte 5 33584 ! 5997 0, 33585 86EB 00 .byte 0 33586 ! 5998 0, 33587 86EC 00 .byte 0 33588 ! 5999 0, 33589 86ED 00 .byte 0 33590 ! 6000 33591 ! 6000 0, 33592 86EE 00 .byte 0 33593 ! 6001 0, 33594 86EF 00 .byte 0 33595 ! 6002 0, 33596 86F0 00 .byte 0 33597 ! 6003 0, 33598 86F1 00 .byte 0 33599 ! 6004 0, 33600 86F2 00 .byte 0 33601 ! 6005 0, 33602 86F3 00 .byte 0 33603 ! 6006 0, 33604 86F4 00 .byte 0 33605 ! 6007 0xE0000000, 33606 86F5 0000 .word 0 33607 86F7 E000 .word $E000 33608 ! 6008 0, 33609 86F9 0000 .word 0 33610 86FB 0000 .word 0 33611 ! 6009 0, 33612 86FD 0000 .word 0 33613 ! 6010 320, 33614 86FF 0140 .word $140 33615 ! 6011 0, 33616 8701 00 .byte 0 33617 ! 6012 0, 33618 8702 00 .byte 0 33619 ! 6013 0, 33620 8703 00 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33715 8747 08 .byte 8 33716 ! 6060 16, 33717 8748 10 .byte $10 33718 ! 6061 8, 33719 8749 08 .byte 8 33720 ! 6062 8, 33721 874A 08 .byte 8 33722 ! 6063 8, 33723 874B 08 .byte 8 33724 ! 6064 0, 33725 874C 00 .byte 0 33726 ! 6065 8, 33727 874D 08 .byte 8 33728 ! 6066 24, 33729 874E 18 .byte $18 33730 ! 6067 33731 ! 6067 0, 33732 874F 0000 .word 0 33733 8751 0000 .word 0 33734 ! 6068 } }, 33735 ! 6069 { 0x0148, 33736 8753 0148 .word $148 33737 ! 6070 { 0x0001 | 0x0002 | 0x0008 | 0x0080 | 0x0010, 33738 8755 009B .word $9B 33739 ! 6071 0x01 | 0x02 | 0x04, 33740 8757 07 .byte 7 33741 ! 6072 0, 33742 8758 00 .byte 0 33743 ! 6073 64, 33744 8759 0040 .word $40 33745 ! 6074 64, 33746 875B 0040 .word $40 33747 ! 6075 0xA000, 33748 875D A000 .word $A000 33749 ! 6076 0x0000, 33750 875F 0000 .word 0 33751 ! 6077 0, 33752 8761 0000 .word 0 33753 8763 0000 .word 0 33754 ! 6078 1152, 33755 8765 0480 .word $480 33756 ! 6079 1152, 33757 8767 0480 .word $480 33758 ! 6080 864, 33759 8769 0360 .word $360 33760 ! 6081 8, 33761 876B 08 .byte 8 33762 ! 6082 16, 33763 876C 10 .byte $10 33764 ! 6083 1, 33765 876D 01 .byte 1 33766 ! 6084 8, 33767 876E 08 .byte 8 33768 ! 6085 16, 33769 876F 10 .byte $10 33770 ! 6086 0x04, 33771 8770 04 .byte 4 33772 ! 6087 0, 33773 8771 00 .byte 0 33774 ! 6088 15, 33775 8772 0F .byte $F 33776 ! 6089 0, 33777 8773 00 .byte 0 33778 ! 6090 0, 33779 8774 00 .byte 0 33780 ! 6091 0, 33781 8775 00 .byte 0 33782 ! 6092 0, 33783 8776 00 .byte 0 33784 ! 6093 0, 33785 8777 00 .byte 0 33786 ! 6094 0, 33787 8778 00 .byte 0 33788 ! 6095 0, 33789 8779 00 .byte 0 33790 ! 6096 0, 33791 877A 00 .byte 0 33792 ! 6097 0, 33793 877B 00 .byte 0 33794 ! 6098 0, 33795 877C 00 .byte 0 33796 ! 6099 0xE0000000, 33797 877D 0000 .word 0 33798 877F E000 .word $E000 33799 ! 6100 0, 33800 8781 0000 .word 0 33801 8783 0000 .word 0 33802 ! 6101 0, 33803 8785 0000 .word 0 33804 ! 6102 1152, 33805 8787 0480 .word $480 33806 ! 6103 0, 33807 8789 00 .byte 0 33808 ! 6104 0, 33809 878A 00 .byte 0 33810 ! 6105 0, 33811 878B 00 .byte 0 33812 ! 6106 0, 33813 878C 00 .byte 0 33814 ! 6107 0, 33815 878D 00 .byte 0 33816 ! 6108 0, 33817 878E 00 .byte 0 33818 ! 6109 0, 33819 878F 00 .byte 0 33820 ! 6110 0, 33821 8790 00 .byte 0 33822 ! 6111 0, 33823 8791 00 .byte 0 33824 ! 6112 0, 33825 8792 00 .byte 0 33826 ! 6113 0, 33827 8793 0000 .word 0 33828 8795 0000 .word 0 33829 ! 6114 } }, 33830 ! 6115 { 0x0149, 33831 8797 0149 .word $149 33832 ! 6116 { 0x0001 | 0x0002 | 0x0008 | 0x0080 | 0x0010, 33833 8799 009B .word $9B 33834 ! 6117 0x01 | 0x02 | 0x04, 33835 879B 07 .byte 7 33836 ! 6118 0, 33837 879C 00 .byte 0 33838 ! 6119 64, 33839 879D 0040 .word $40 33840 ! 6120 64, 33841 879F 0040 .word $40 33842 ! 6121 0xA000, 33843 87A1 A000 .word $A000 33844 ! 6122 0x0000, 33845 87A3 0000 .word 0 33846 ! 6123 0, 33847 87A5 0000 .word 0 33848 87A7 0000 .word 0 33849 ! 6124 2304, 33850 87A9 0900 .word $900 33851 ! 6125 1152, 33852 87AB 0480 .word $480 33853 ! 6126 864, 33854 87AD 0360 .word $360 33855 ! 6127 8, 33856 87AF 08 .byte 8 33857 ! 6128 16, 33858 87B0 10 .byte $10 33859 ! 6129 1, 33860 87B1 01 .byte 1 33861 ! 6130 15, 33862 87B2 0F .byte $F 33863 ! 6131 31, 33864 87B3 1F .byte $1F 33865 ! 6132 0x06, 33866 87B4 06 .byte 6 33867 ! 6133 0, 33868 87B5 00 .byte 0 33869 ! 6134 7, 33870 87B6 07 .byte 7 33871 ! 6135 0, 33872 87B7 00 .byte 0 33873 ! 6136 5, 33874 87B8 05 .byte 5 33875 ! 6137 33876 ! 6137 10, 33877 87B9 0A .byte $A 33878 ! 6138 5, 33879 87BA 05 .byte 5 33880 ! 6139 5, 33881 87BB 05 .byte 5 33882 ! 6140 5, 33883 87BC 05 .byte 5 33884 ! 6141 0, 33885 87BD 00 .byte 0 33886 ! 6142 1, 33887 87BE 01 .byte 1 33888 ! 6143 15, 33889 87BF 0F .byte $F 33890 ! 6144 0, 33891 87C0 00 .byte 0 33892 ! 6145 0xE0000000, 33893 87C1 0000 .word 0 33894 87C3 E000 .word $E000 33895 ! 6146 0, 33896 87C5 0000 .word 0 33897 87C7 0000 .word 0 33898 ! 6147 0, 33899 87C9 0000 .word 0 33900 ! 6148 2304, 33901 87CB 0900 .word $900 33902 ! 6149 0, 33903 87CD 00 .byte 0 33904 ! 6150 0, 33905 87CE 00 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00 .byte 0 34001 ! 6197 5, 34002 8813 05 .byte 5 34003 ! 6198 11, 34004 8814 0B .byte $B 34005 ! 6199 6, 34006 8815 06 .byte 6 34007 ! 6200 5, 34008 8816 05 .byte 5 34009 ! 6201 5, 34010 8817 05 .byte 5 34011 ! 6202 0, 34012 8818 00 .byte 0 34013 ! 6203 0, 34014 8819 00 .byte 0 34015 ! 6204 34016 ! 6204 0, 34017 881A 00 .byte 0 34018 ! 6205 0, 34019 881B 0000 .word 0 34020 881D 0000 .word 0 34021 ! 6206 } }, 34022 ! 6207 { 0x014b, 34023 881F 014B .word $14B 34024 ! 6208 { 0x0001 | 0x0002 | 0x0008 | 0x0080 | 0x0010, 34025 8821 009B .word $9B 34026 ! 6209 0x01 | 0x02 | 0x04, 34027 8823 07 .byte 7 34028 ! 6210 0, 34029 8824 00 .byte 0 34030 ! 6211 64, 34031 8825 0040 .word $40 34032 ! 6212 64, 34033 8827 0040 .word $40 34034 ! 6213 0xA000, 34035 8829 A000 .word $A000 34036 ! 6214 0x0000, 34037 882B 0000 .word 0 34038 ! 6215 0, 34039 882D 0000 .word 0 34040 882F 0000 .word 0 34041 ! 6216 3456, 34042 8831 0D80 .word $D80 34043 ! 6217 1152, 34044 8833 0480 .word $480 34045 ! 6218 864, 34046 8835 0360 .word $360 34047 ! 6219 8, 34048 8837 08 .byte 8 34049 ! 6220 16, 34050 8838 10 .byte $10 34051 ! 6221 1, 34052 8839 01 .byte 1 34053 ! 6222 24, 34054 883A 18 .byte $18 34055 ! 6223 46, 34056 883B 2E .byte $2E 34057 ! 6224 0x06, 34058 883C 06 .byte 6 34059 ! 6225 0, 34060 883D 00 .byte 0 34061 ! 6226 4, 34062 883E 04 .byte 4 34063 ! 6227 0, 34064 883F 00 .byte 0 34065 ! 6228 8, 34066 8840 08 .byte 8 34067 ! 6229 16, 34068 8841 10 .byte $10 34069 ! 6230 8, 34070 8842 08 .byte 8 34071 ! 6231 8, 34072 8843 08 .byte 8 34073 ! 6232 8, 34074 8844 08 .byte 8 34075 ! 6233 0, 34076 8845 00 .byte 0 34077 ! 6234 0, 34078 8846 00 .byte 0 34079 ! 6235 0, 34080 8847 00 .byte 0 34081 ! 6236 0, 34082 8848 00 .byte 0 34083 ! 6237 0xE0000000, 34084 8849 0000 .word 0 34085 884B E000 .word $E000 34086 ! 6238 0, 34087 884D 0000 .word 0 34088 884F 0000 .word 0 34089 ! 6239 0, 34090 8851 0000 .word 0 34091 ! 6240 3456, 34092 8853 0D80 .word $D80 34093 ! 6241 0, 34094 8855 00 .byte 0 34095 ! 6242 0, 34096 8856 00 .byte 0 34097 ! 6243 8, 34098 8857 08 .byte 8 34099 ! 6244 16, 34100 8858 10 .byte $10 34101 ! 6245 8, 34102 8859 08 .byte 8 34103 ! 6246 8, 34104 885A 08 .byte 8 34105 ! 6247 8, 34106 885B 08 .byte 8 34107 ! 6248 0, 34108 885C 00 .byte 0 34109 ! 6249 0, 34110 885D 00 .byte 0 34111 ! 6250 0, 34112 885E 00 .byte 0 34113 ! 6251 0, 34114 885F 0000 .word 0 34115 8861 0000 .word 0 34116 ! 6252 } }, 34117 ! 6253 { 0x014c, 34118 8863 014C .word $14C 34119 ! 6254 { 0x0001 | 0x0002 | 0x0008 | 0x0080 | 0x0010, 34120 8865 009B .word $9B 34121 ! 6255 0x01 | 0x02 | 0x04, 34122 8867 07 .byte 7 34123 ! 6256 0, 34124 8868 00 .byte 0 34125 ! 6257 64, 34126 8869 0040 .word $40 34127 ! 6258 64, 34128 886B 0040 .word $40 34129 ! 6259 0xA000, 34130 886D A000 .word $A000 34131 ! 6260 0x0000, 34132 886F 0000 .word 0 34133 ! 6261 0, 34134 8871 0000 .word 0 34135 8873 0000 .word 0 34136 ! 6262 4608, 34137 8875 1200 .word $1200 34138 ! 6263 1152, 34139 8877 0480 .word $480 34140 ! 6264 864, 34141 8879 0360 .word $360 34142 ! 6265 8, 34143 887B 08 .byte 8 34144 ! 6266 16, 34145 887C 10 .byte $10 34146 ! 6267 1, 34147 887D 01 .byte 1 34148 ! 6268 32, 34149 887E 20 .byte $20 34150 ! 6269 61, 34151 887F 3D .byte $3D 34152 ! 6270 0x06, 34153 8880 06 .byte 6 34154 ! 6271 0, 34155 8881 00 .byte 0 34156 ! 6272 3, 34157 8882 03 .byte 3 34158 ! 6273 0, 34159 8883 00 .byte 0 34160 ! 6274 8 34161 ! 6274 , 34162 8884 08 .byte 8 34163 ! 6275 16, 34164 8885 10 .byte $10 34165 ! 6276 8, 34166 8886 08 .byte 8 34167 ! 6277 8, 34168 8887 08 .byte 8 34169 ! 6278 8, 34170 8888 08 .byte 8 34171 ! 6279 0, 34172 8889 00 .byte 0 34173 ! 6280 8, 34174 888A 08 .byte 8 34175 ! 6281 24, 34176 888B 18 .byte $18 34177 ! 6282 0x02, 34178 888C 02 .byte 2 34179 ! 6283 0xE0000000, 34180 888D 0000 .word 0 34181 888F E000 .word $E000 34182 ! 6284 0, 34183 8891 0000 .word 0 34184 8893 0000 .word 0 34185 ! 6285 0, 34186 8895 0000 .word 0 34187 ! 6286 4608, 34188 8897 1200 .word $1200 34189 ! 6287 0, 34190 8899 00 .byte 0 34191 ! 6288 0, 34192 889A 00 .byte 0 34193 ! 6289 8, 34194 889B 08 .byte 8 34195 ! 6290 16, 34196 889C 10 .byte $10 34197 ! 6291 8, 34198 889D 08 .byte 8 34199 ! 6292 8, 34200 889E 08 .byte 8 34201 ! 6293 8, 34202 889F 08 .byte 8 34203 ! 6294 0, 34204 88A0 00 .byte 0 34205 ! 6295 8, 34206 88A1 08 .byte 8 34207 ! 6296 24, 34208 88A2 18 .byte $18 34209 ! 6297 0, 34210 88A3 0000 .word 0 34211 88A5 0000 .word 0 34212 ! 6298 } }, 34213 ! 6299 { 0x0178, 34214 88A7 0178 .word $178 34215 ! 6300 { 0x0001 | 0x0002 | 0x0008 | 0x0080 | 0x0010, 34216 88A9 009B .word $9B 34217 ! 6301 0x01 | 0x02 | 0x04, 34218 88AB 07 .byte 7 34219 ! 6302 0, 34220 88AC 00 .byte 0 34221 ! 6303 64, 34222 88AD 0040 .word $40 34223 ! 6304 64, 34224 88AF 0040 .word $40 34225 ! 6305 0xA000, 34226 88B1 A000 .word $A000 34227 ! 6306 0x0000, 34228 88B3 0000 .word 0 34229 ! 6307 0, 34230 88B5 0000 .word 0 34231 88B7 0000 .word 0 34232 ! 6308 2560, 34233 88B9 0A00 .word $A00 34234 ! 6309 1280, 34235 88BB 0500 .word $500 34236 ! 6310 800, 34237 88BD 0320 .word $320 34238 ! 6311 8, 34239 88BF 08 .byte 8 34240 ! 6312 16, 34241 88C0 10 .byte $10 34242 ! 6313 1, 34243 88C1 01 .byte 1 34244 ! 6314 16, 34245 88C2 10 .byte $10 34246 ! 6315 32, 34247 88C3 20 .byte $20 34248 ! 6316 0x06, 34249 88C4 06 .byte 6 34250 ! 6317 0, 34251 88C5 00 .byte 0 34252 ! 6318 7, 34253 88C6 07 .byte 7 34254 ! 6319 0, 34255 88C7 00 .byte 0 34256 ! 6320 5, 34257 88C8 05 .byte 5 34258 ! 6321 11, 34259 88C9 0B .byte $B 34260 ! 6322 6, 34261 88CA 06 .byte 6 34262 ! 6323 5, 34263 88CB 05 .byte 5 34264 ! 6324 5, 34265 88CC 05 .byte 5 34266 ! 6325 0, 34267 88CD 00 .byte 0 34268 ! 6326 0, 34269 88CE 00 .byte 0 34270 ! 6327 0, 34271 88CF 00 .byte 0 34272 ! 6328 0, 34273 88D0 00 .byte 0 34274 ! 6329 0xE0000000, 34275 88D1 0000 .word 0 34276 88D3 E000 .word $E000 34277 ! 6330 0, 34278 88D5 0000 .word 0 34279 88D7 0000 .word 0 34280 ! 6331 0, 34281 88D9 0000 .word 0 34282 ! 6332 2560, 34283 88DB 0A00 .word $A00 34284 ! 6333 0, 34285 88DD 00 .byte 0 34286 ! 6334 0, 34287 88DE 00 .byte 0 34288 ! 6335 5, 34289 88DF 05 .byte 5 34290 ! 6336 11, 34291 88E0 0B .byte $B 34292 ! 6337 6, 34293 88E1 06 .byte 6 34294 ! 6338 5, 34295 88E2 05 .byte 5 34296 ! 6339 5, 34297 88E3 05 .byte 5 34298 ! 6340 0, 34299 88E4 00 .byte 0 34300 ! 6341 0, 34301 ! 6341 34302 88E5 00 .byte 0 34303 ! 6342 0, 34304 88E6 00 .byte 0 34305 ! 6343 0, 34306 88E7 0000 .word 0 34307 88E9 0000 .word 0 34308 ! 6344 } }, 34309 ! 6345 { 0x0179, 34310 88EB 0179 .word $179 34311 ! 6346 { 0x0001 | 0x0002 | 0x0008 | 0x0080 | 0x0010, 34312 88ED 009B .word $9B 34313 ! 6347 0x01 | 0x02 | 0x04, 34314 88EF 07 .byte 7 34315 ! 6348 0, 34316 88F0 00 .byte 0 34317 ! 6349 64, 34318 88F1 0040 .word $40 34319 ! 6350 64, 34320 88F3 0040 .word $40 34321 ! 6351 0xA000, 34322 88F5 A000 .word $A000 34323 ! 6352 0x0000, 34324 88F7 0000 .word 0 34325 ! 6353 0, 34326 88F9 0000 .word 0 34327 88FB 0000 .word 0 34328 ! 6354 3840, 34329 88FD 0F00 .word $F00 34330 ! 6355 1280, 34331 88FF 0500 .word $500 34332 ! 6356 800, 34333 8901 0320 .word $320 34334 ! 6357 8, 34335 8903 08 .byte 8 34336 ! 6358 16, 34337 8904 10 .byte $10 34338 ! 6359 1, 34339 8905 01 .byte 1 34340 ! 6360 24, 34341 8906 18 .byte $18 34342 ! 6361 47, 34343 8907 2F .byte $2F 34344 ! 6362 0x06, 34345 8908 06 .byte 6 34346 ! 6363 0, 34347 8909 00 .byte 0 34348 ! 6364 4, 34349 890A 04 .byte 4 34350 ! 6365 0, 34351 890B 00 .byte 0 34352 ! 6366 8, 34353 890C 08 .byte 8 34354 ! 6367 16, 34355 890D 10 .byte $10 34356 ! 6368 8, 34357 890E 08 .byte 8 34358 ! 6369 8, 34359 890F 08 .byte 8 34360 ! 6370 8, 34361 8910 08 .byte 8 34362 ! 6371 0, 34363 8911 00 .byte 0 34364 ! 6372 0, 34365 8912 00 .byte 0 34366 ! 6373 0, 34367 8913 00 .byte 0 34368 ! 6374 0, 34369 8914 00 .byte 0 34370 ! 6375 0xE0000000, 34371 8915 0000 .word 0 34372 8917 E000 .word $E000 34373 ! 6376 0, 34374 8919 0000 .word 0 34375 891B 0000 .word 0 34376 ! 6377 0, 34377 891D 0000 .word 0 34378 ! 6378 3840, 34379 891F 0F00 .word $F00 34380 ! 6379 0, 34381 8921 00 .byte 0 34382 ! 6380 0, 34383 8922 00 .byte 0 34384 ! 6381 8, 34385 8923 08 .byte 8 34386 ! 6382 16, 34387 8924 10 .byte $10 34388 ! 6383 8, 34389 8925 08 .byte 8 34390 ! 6384 8, 34391 8926 08 .byte 8 34392 ! 6385 8, 34393 8927 08 .byte 8 34394 ! 6386 0, 34395 8928 00 .byte 0 34396 ! 6387 0, 34397 8929 00 .byte 0 34398 ! 6388 0, 34399 892A 00 .byte 0 34400 ! 6389 0, 34401 892B 0000 .word 0 34402 892D 0000 .word 0 34403 ! 6390 } }, 34404 ! 6391 { 0x017a, 34405 892F 017A .word $17A 34406 ! 6392 { 0x0001 | 0x0002 | 0x0008 | 0x0080 | 0x0010, 34407 8931 009B .word $9B 34408 ! 6393 0x01 | 0x02 | 0x04, 34409 8933 07 .byte 7 34410 ! 6394 0, 34411 8934 00 .byte 0 34412 ! 6395 64, 34413 8935 0040 .word $40 34414 ! 6396 64, 34415 8937 0040 .word $40 34416 ! 6397 0xA000, 34417 8939 A000 .word $A000 34418 ! 6398 0x0000, 34419 893B 0000 .word 0 34420 ! 6399 0, 34421 893D 0000 .word 0 34422 893F 0000 .word 0 34423 ! 6400 5120, 34424 8941 1400 .word $1400 34425 ! 6401 1280, 34426 8943 0500 .word $500 34427 ! 6402 800, 34428 8945 0320 .word $320 34429 ! 6403 8, 34430 8947 08 .byte 8 34431 ! 6404 16, 34432 8948 10 .byte $10 34433 ! 6405 1, 34434 8949 01 .byte 1 34435 ! 6406 32, 34436 894A 20 .byte $20 34437 ! 6407 63, 34438 894B 3F .byte $3F 34439 ! 6408 0x06, 34440 894C 06 .byte 6 34441 ! 6409 0, 34442 894D 00 .byte 0 34443 ! 6410 3, 34444 894E 03 .byte 3 34445 ! 6411 34446 ! 6411 0, 34447 894F 00 .byte 0 34448 ! 6412 8, 34449 8950 08 .byte 8 34450 ! 6413 16, 34451 8951 10 .byte $10 34452 ! 6414 8, 34453 8952 08 .byte 8 34454 ! 6415 8, 34455 8953 08 .byte 8 34456 ! 6416 8, 34457 8954 08 .byte 8 34458 ! 6417 0, 34459 8955 00 .byte 0 34460 ! 6418 8, 34461 8956 08 .byte 8 34462 ! 6419 24, 34463 8957 18 .byte $18 34464 ! 6420 0x02, 34465 8958 02 .byte 2 34466 ! 6421 0xE0000000, 34467 8959 0000 .word 0 34468 895B E000 .word $E000 34469 ! 6422 0, 34470 895D 0000 .word 0 34471 895F 0000 .word 0 34472 ! 6423 0, 34473 8961 0000 .word 0 34474 ! 6424 5120, 34475 8963 1400 .word $1400 34476 ! 6425 0, 34477 8965 00 .byte 0 34478 ! 6426 0, 34479 8966 00 .byte 0 34480 ! 6427 8, 34481 8967 08 .byte 8 34482 ! 6428 16, 34483 8968 10 .byte $10 34484 ! 6429 8, 34485 8969 08 .byte 8 34486 ! 6430 8, 34487 896A 08 .byte 8 34488 ! 6431 8, 34489 896B 08 .byte 8 34490 ! 6432 0, 34491 896C 00 .byte 0 34492 ! 6433 8, 34493 896D 08 .byte 8 34494 ! 6434 24, 34495 896E 18 .byte $18 34496 ! 6435 0, 34497 896F 0000 .word 0 34498 8971 0000 .word 0 34499 ! 6436 } }, 34500 ! 6437 { 0x017b, 34501 8973 017B .word $17B 34502 ! 6438 { 0x0001 | 0x0002 | 0x0008 | 0x0080 | 0x0010, 34503 8975 009B .word $9B 34504 ! 6439 0x01 | 0x02 | 0x04, 34505 8977 07 .byte 7 34506 ! 6440 0, 34507 8978 00 .byte 0 34508 ! 6441 64, 34509 8979 0040 .word $40 34510 ! 6442 64, 34511 897B 0040 .word $40 34512 ! 6443 0xA000, 34513 897D A000 .word $A000 34514 ! 6444 0x0000, 34515 897F 0000 .word 0 34516 ! 6445 0, 34517 8981 0000 .word 0 34518 8983 0000 .word 0 34519 ! 6446 2560, 34520 8985 0A00 .word $A00 34521 ! 6447 1280, 34522 8987 0500 .word $500 34523 ! 6448 960, 34524 8989 03C0 .word $3C0 34525 ! 6449 8, 34526 898B 08 .byte 8 34527 ! 6450 16, 34528 898C 10 .byte $10 34529 ! 6451 1, 34530 898D 01 .byte 1 34531 ! 6452 16, 34532 898E 10 .byte $10 34533 ! 6453 38, 34534 898F 26 .byte $26 34535 ! 6454 0x06, 34536 8990 06 .byte 6 34537 ! 6455 0, 34538 8991 00 .byte 0 34539 ! 6456 5, 34540 8992 05 .byte 5 34541 ! 6457 0, 34542 8993 00 .byte 0 34543 ! 6458 5, 34544 8994 05 .byte 5 34545 ! 6459 11, 34546 8995 0B .byte $B 34547 ! 6460 6, 34548 8996 06 .byte 6 34549 ! 6461 5, 34550 8997 05 .byte 5 34551 ! 6462 5, 34552 8998 05 .byte 5 34553 ! 6463 0, 34554 8999 00 .byte 0 34555 ! 6464 0, 34556 899A 00 .byte 0 34557 ! 6465 0, 34558 899B 00 .byte 0 34559 ! 6466 0, 34560 899C 00 .byte 0 34561 ! 6467 0xE0000000, 34562 899D 0000 .word 0 34563 899F E000 .word $E000 34564 ! 6468 0, 34565 89A1 0000 .word 0 34566 89A3 0000 .word 0 34567 ! 6469 0, 34568 89A5 0000 .word 0 34569 ! 6470 2560, 34570 89A7 0A00 .word $A00 34571 ! 6471 0, 34572 89A9 00 .byte 0 34573 ! 6472 0, 34574 89AA 00 .byte 0 34575 ! 6473 5, 34576 89AB 05 .byte 5 34577 ! 6474 11, 34578 89AC 0B .byte $B 34579 ! 6475 6, 34580 89AD 06 .byte 6 34581 ! 6476 5, 34582 89AE 05 .byte 5 34583 ! 6477 5, 34584 89AF 05 .byte 5 34585 ! 6478 0, 34586 89B0 00 .byte 0 34587 ! 6479 34588 ! 6479 0, 34589 89B1 00 .byte 0 34590 ! 6480 0, 34591 89B2 00 .byte 0 34592 ! 6481 0, 34593 89B3 0000 .word 0 34594 89B5 0000 .word 0 34595 ! 6482 } }, 34596 ! 6483 { 0x017c, 34597 89B7 017C .word $17C 34598 ! 6484 { 0x0001 | 0x0002 | 0x0008 | 0x0080 | 0x0010, 34599 89B9 009B .word $9B 34600 ! 6485 0x01 | 0x02 | 0x04, 34601 89BB 07 .byte 7 34602 ! 6486 0, 34603 89BC 00 .byte 0 34604 ! 6487 64, 34605 89BD 0040 .word $40 34606 ! 6488 64, 34607 89BF 0040 .word $40 34608 ! 6489 0xA000, 34609 89C1 A000 .word $A000 34610 ! 6490 0x0000, 34611 89C3 0000 .word 0 34612 ! 6491 0, 34613 89C5 0000 .word 0 34614 89C7 0000 .word 0 34615 ! 6492 3840, 34616 89C9 0F00 .word $F00 34617 ! 6493 1280, 34618 89CB 0500 .word $500 34619 ! 6494 960, 34620 89CD 03C0 .word $3C0 34621 ! 6495 8, 34622 89CF 08 .byte 8 34623 ! 6496 16, 34624 89D0 10 .byte $10 34625 ! 6497 1, 34626 89D1 01 .byte 1 34627 ! 6498 24, 34628 89D2 18 .byte $18 34629 ! 6499 57, 34630 89D3 39 .byte $39 34631 ! 6500 0x06, 34632 89D4 06 .byte 6 34633 ! 6501 0, 34634 89D5 00 .byte 0 34635 ! 6502 3, 34636 89D6 03 .byte 3 34637 ! 6503 0, 34638 89D7 00 .byte 0 34639 ! 6504 8, 34640 89D8 08 .byte 8 34641 ! 6505 16, 34642 89D9 10 .byte $10 34643 ! 6506 8, 34644 89DA 08 .byte 8 34645 ! 6507 8, 34646 89DB 08 .byte 8 34647 ! 6508 8, 34648 89DC 08 .byte 8 34649 ! 6509 0, 34650 89DD 00 .byte 0 34651 ! 6510 0, 34652 89DE 00 .byte 0 34653 ! 6511 0, 34654 89DF 00 .byte 0 34655 ! 6512 0, 34656 89E0 00 .byte 0 34657 ! 6513 0xE0000000, 34658 89E1 0000 .word 0 34659 89E3 E000 .word $E000 34660 ! 6514 0, 34661 89E5 0000 .word 0 34662 89E7 0000 .word 0 34663 ! 6515 0, 34664 89E9 0000 .word 0 34665 ! 6516 3840, 34666 89EB 0F00 .word $F00 34667 ! 6517 0, 34668 89ED 00 .byte 0 34669 ! 6518 0, 34670 89EE 00 .byte 0 34671 ! 6519 8, 34672 89EF 08 .byte 8 34673 ! 6520 16, 34674 89F0 10 .byte $10 34675 ! 6521 8, 34676 89F1 08 .byte 8 34677 ! 6522 8, 34678 89F2 08 .byte 8 34679 ! 6523 8, 34680 89F3 08 .byte 8 34681 ! 6524 0, 34682 89F4 00 .byte 0 34683 ! 6525 0, 34684 89F5 00 .byte 0 34685 ! 6526 0, 34686 89F6 00 .byte 0 34687 ! 6527 0, 34688 89F7 0000 .word 0 34689 89F9 0000 .word 0 34690 ! 6528 } }, 34691 ! 6529 { 0x017d, 34692 89FB 017D .word $17D 34693 ! 6530 { 0x0001 | 0x0002 | 0x0008 | 0x0080 | 0x0010, 34694 89FD 009B .word $9B 34695 ! 6531 0x01 | 0x02 | 0x04, 34696 89FF 07 .byte 7 34697 ! 6532 0, 34698 8A00 00 .byte 0 34699 ! 6533 64, 34700 8A01 0040 .word $40 34701 ! 6534 64, 34702 8A03 0040 .word $40 34703 ! 6535 0xA000, 34704 8A05 A000 .word $A000 34705 ! 6536 0x0000, 34706 8A07 0000 .word 0 34707 ! 6537 0, 34708 8A09 0000 .word 0 34709 8A0B 0000 .word 0 34710 ! 6538 5120, 34711 8A0D 1400 .word $1400 34712 ! 6539 1280, 34713 8A0F 0500 .word $500 34714 ! 6540 960, 34715 8A11 03C0 .word $3C0 34716 ! 6541 8, 34717 8A13 08 .byte 8 34718 ! 6542 16, 34719 8A14 10 .byte $10 34720 ! 6543 1, 34721 8A15 01 .byte 1 34722 ! 6544 32, 34723 8A16 20 .byte $20 34724 ! 6545 75, 34725 8A17 4B .byte $4B 34726 ! 6546 0x06, 34727 8A18 06 .byte 6 34728 ! 6547 0, 34729 8A19 00 .byte 0 34730 ! 6548 34731 ! 6548 2, 34732 8A1A 02 .byte 2 34733 ! 6549 0, 34734 8A1B 00 .byte 0 34735 ! 6550 8, 34736 8A1C 08 .byte 8 34737 ! 6551 16, 34738 8A1D 10 .byte $10 34739 ! 6552 8, 34740 8A1E 08 .byte 8 34741 ! 6553 8, 34742 8A1F 08 .byte 8 34743 ! 6554 8, 34744 8A20 08 .byte 8 34745 ! 6555 0, 34746 8A21 00 .byte 0 34747 ! 6556 8, 34748 8A22 08 .byte 8 34749 ! 6557 24, 34750 8A23 18 .byte $18 34751 ! 6558 0x02, 34752 8A24 02 .byte 2 34753 ! 6559 0xE0000000, 34754 8A25 0000 .word 0 34755 8A27 E000 .word $E000 34756 ! 6560 0, 34757 8A29 0000 .word 0 34758 8A2B 0000 .word 0 34759 ! 6561 0, 34760 8A2D 0000 .word 0 34761 ! 6562 5120, 34762 8A2F 1400 .word $1400 34763 ! 6563 0, 34764 8A31 00 .byte 0 34765 ! 6564 0, 34766 8A32 00 .byte 0 34767 ! 6565 8, 34768 8A33 08 .byte 8 34769 ! 6566 16, 34770 8A34 10 .byte $10 34771 ! 6567 8, 34772 8A35 08 .byte 8 34773 ! 6568 8, 34774 8A36 08 .byte 8 34775 ! 6569 8, 34776 8A37 08 .byte 8 34777 ! 6570 0, 34778 8A38 00 .byte 0 34779 ! 6571 8, 34780 8A39 08 .byte 8 34781 ! 6572 24, 34782 8A3A 18 .byte $18 34783 ! 6573 0, 34784 8A3B 0000 .word 0 34785 8A3D 0000 .word 0 34786 ! 6574 } }, 34787 ! 6575 { 0x017e, 34788 8A3F 017E .word $17E 34789 ! 6576 { 0x0001 | 0x0002 | 0x0008 | 0x0080 | 0x0010, 34790 8A41 009B .word $9B 34791 ! 6577 0x01 | 0x02 | 0x04, 34792 8A43 07 .byte 7 34793 ! 6578 0, 34794 8A44 00 .byte 0 34795 ! 6579 64, 34796 8A45 0040 .word $40 34797 ! 6580 64, 34798 8A47 0040 .word $40 34799 ! 6581 0xA000, 34800 8A49 A000 .word $A000 34801 ! 6582 0x0000, 34802 8A4B 0000 .word 0 34803 ! 6583 0, 34804 8A4D 0000 .word 0 34805 8A4F 0000 .word 0 34806 ! 6584 2880, 34807 8A51 0B40 .word $B40 34808 ! 6585 1440, 34809 8A53 05A0 .word $5A0 34810 ! 6586 900, 34811 8A55 0384 .word $384 34812 ! 6587 8, 34813 8A57 08 .byte 8 34814 ! 6588 16, 34815 8A58 10 .byte $10 34816 ! 6589 1, 34817 8A59 01 .byte 1 34818 ! 6590 16, 34819 8A5A 10 .byte $10 34820 ! 6591 40, 34821 8A5B 28 .byte $28 34822 ! 6592 0x06, 34823 8A5C 06 .byte 6 34824 ! 6593 0, 34825 8A5D 00 .byte 0 34826 ! 6594 5, 34827 8A5E 05 .byte 5 34828 ! 6595 0, 34829 8A5F 00 .byte 0 34830 ! 6596 5, 34831 8A60 05 .byte 5 34832 ! 6597 11, 34833 8A61 0B .byte $B 34834 ! 6598 6, 34835 8A62 06 .byte 6 34836 ! 6599 5, 34837 8A63 05 .byte 5 34838 ! 6600 5, 34839 8A64 05 .byte 5 34840 ! 6601 0, 34841 8A65 00 .byte 0 34842 ! 6602 0, 34843 8A66 00 .byte 0 34844 ! 6603 0, 34845 8A67 00 .byte 0 34846 ! 6604 0, 34847 8A68 00 .byte 0 34848 ! 6605 0xE0000000, 34849 8A69 0000 .word 0 34850 8A6B E000 .word $E000 34851 ! 6606 0, 34852 8A6D 0000 .word 0 34853 8A6F 0000 .word 0 34854 ! 6607 0, 34855 8A71 0000 .word 0 34856 ! 6608 2880, 34857 8A73 0B40 .word $B40 34858 ! 6609 0, 34859 8A75 00 .byte 0 34860 ! 6610 0, 34861 8A76 00 .byte 0 34862 ! 6611 5, 34863 8A77 05 .byte 5 34864 ! 6612 11, 34865 8A78 0B .byte $B 34866 ! 6613 6, 34867 8A79 06 .byte 6 34868 ! 6614 5, 34869 8A7A 05 .byte 5 34870 ! 6615 5, 34871 8A7B 05 .byte 5 34872 ! 6616 34873 ! 6616 0, 34874 8A7C 00 .byte 0 34875 ! 6617 0, 34876 8A7D 00 .byte 0 34877 ! 6618 0, 34878 8A7E 00 .byte 0 34879 ! 6619 0, 34880 8A7F 0000 .word 0 34881 8A81 0000 .word 0 34882 ! 6620 } }, 34883 ! 6621 { 0x017f, 34884 8A83 017F .word $17F 34885 ! 6622 { 0x0001 | 0x0002 | 0x0008 | 0x0080 | 0x0010, 34886 8A85 009B .word $9B 34887 ! 6623 0x01 | 0x02 | 0x04, 34888 8A87 07 .byte 7 34889 ! 6624 0, 34890 8A88 00 .byte 0 34891 ! 6625 64, 34892 8A89 0040 .word $40 34893 ! 6626 64, 34894 8A8B 0040 .word $40 34895 ! 6627 0xA000, 34896 8A8D A000 .word $A000 34897 ! 6628 0x0000, 34898 8A8F 0000 .word 0 34899 ! 6629 0, 34900 8A91 0000 .word 0 34901 8A93 0000 .word 0 34902 ! 6630 4320, 34903 8A95 10E0 .word $10E0 34904 ! 6631 1440, 34905 8A97 05A0 .word $5A0 34906 ! 6632 900, 34907 8A99 0384 .word $384 34908 ! 6633 8, 34909 8A9B 08 .byte 8 34910 ! 6634 16, 34911 8A9C 10 .byte $10 34912 ! 6635 1, 34913 8A9D 01 .byte 1 34914 ! 6636 24, 34915 8A9E 18 .byte $18 34916 ! 6637 60, 34917 8A9F 3C .byte $3C 34918 ! 6638 0x06, 34919 8AA0 06 .byte 6 34920 ! 6639 0, 34921 8AA1 00 .byte 0 34922 ! 6640 3, 34923 8AA2 03 .byte 3 34924 ! 6641 0, 34925 8AA3 00 .byte 0 34926 ! 6642 8, 34927 8AA4 08 .byte 8 34928 ! 6643 16, 34929 8AA5 10 .byte $10 34930 ! 6644 8, 34931 8AA6 08 .byte 8 34932 ! 6645 8, 34933 8AA7 08 .byte 8 34934 ! 6646 8, 34935 8AA8 08 .byte 8 34936 ! 6647 0, 34937 8AA9 00 .byte 0 34938 ! 6648 0, 34939 8AAA 00 .byte 0 34940 ! 6649 0, 34941 8AAB 00 .byte 0 34942 ! 6650 0, 34943 8AAC 00 .byte 0 34944 ! 6651 0xE0000000, 34945 8AAD 0000 .word 0 34946 8AAF E000 .word $E000 34947 ! 6652 0, 34948 8AB1 0000 .word 0 34949 8AB3 0000 .word 0 34950 ! 6653 0, 34951 8AB5 0000 .word 0 34952 ! 6654 4320, 34953 8AB7 10E0 .word $10E0 34954 ! 6655 0, 34955 8AB9 00 .byte 0 34956 ! 6656 0, 34957 8ABA 00 .byte 0 34958 ! 6657 8, 34959 8ABB 08 .byte 8 34960 ! 6658 16, 34961 8ABC 10 .byte $10 34962 ! 6659 8, 34963 8ABD 08 .byte 8 34964 ! 6660 8, 34965 8ABE 08 .byte 8 34966 ! 6661 8, 34967 8ABF 08 .byte 8 34968 ! 6662 0, 34969 8AC0 00 .byte 0 34970 ! 6663 0, 34971 8AC1 00 .byte 0 34972 ! 6664 0, 34973 8AC2 00 .byte 0 34974 ! 6665 0, 34975 8AC3 0000 .word 0 34976 8AC5 0000 .word 0 34977 ! 6666 } }, 34978 ! 6667 { 0x0180, 34979 8AC7 0180 .word $180 34980 ! 6668 { 0x0001 | 0x0002 | 0x0008 | 0x0080 | 0x0010, 34981 8AC9 009B .word $9B 34982 ! 6669 0x01 | 0x02 | 0x04, 34983 8ACB 07 .byte 7 34984 ! 6670 0, 34985 8ACC 00 .byte 0 34986 ! 6671 64, 34987 8ACD 0040 .word $40 34988 ! 6672 64, 34989 8ACF 0040 .word $40 34990 ! 6673 0xA000, 34991 8AD1 A000 .word $A000 34992 ! 6674 0x0000, 34993 8AD3 0000 .word 0 34994 ! 6675 0, 34995 8AD5 0000 .word 0 34996 8AD7 0000 .word 0 34997 ! 6676 5760, 34998 8AD9 1680 .word $1680 34999 ! 6677 1440, 35000 8ADB 05A0 .word $5A0 35001 ! 6678 900, 35002 8ADD 0384 .word $384 35003 ! 6679 8, 35004 8ADF 08 .byte 8 35005 ! 6680 16, 35006 8AE0 10 .byte $10 35007 ! 6681 1, 35008 8AE1 01 .byte 1 35009 ! 6682 32, 35010 8AE2 20 .byte $20 35011 ! 6683 80, 35012 8AE3 50 .byte $50 35013 ! 6684 0x06, 35014 8AE4 06 .byte 6 35015 ! 6685 0, 35016 8AE5 00 .byte 0 35017 ! 6686 35018 ! 6686 2, 35019 8AE6 02 .byte 2 35020 ! 6687 0, 35021 8AE7 00 .byte 0 35022 ! 6688 8, 35023 8AE8 08 .byte 8 35024 ! 6689 16, 35025 8AE9 10 .byte $10 35026 ! 6690 8, 35027 8AEA 08 .byte 8 35028 ! 6691 8, 35029 8AEB 08 .byte 8 35030 ! 6692 8, 35031 8AEC 08 .byte 8 35032 ! 6693 0, 35033 8AED 00 .byte 0 35034 ! 6694 8, 35035 8AEE 08 .byte 8 35036 ! 6695 24, 35037 8AEF 18 .byte $18 35038 ! 6696 0x02, 35039 8AF0 02 .byte 2 35040 ! 6697 0xE0000000, 35041 8AF1 0000 .word 0 35042 8AF3 E000 .word $E000 35043 ! 6698 0, 35044 8AF5 0000 .word 0 35045 8AF7 0000 .word 0 35046 ! 6699 0, 35047 8AF9 0000 .word 0 35048 ! 6700 5760, 35049 8AFB 1680 .word $1680 35050 ! 6701 0, 35051 8AFD 00 .byte 0 35052 ! 6702 0, 35053 8AFE 00 .byte 0 35054 ! 6703 8, 35055 8AFF 08 .byte 8 35056 ! 6704 16, 35057 8B00 10 .byte $10 35058 ! 6705 8, 35059 8B01 08 .byte 8 35060 ! 6706 8, 35061 8B02 08 .byte 8 35062 ! 6707 8, 35063 8B03 08 .byte 8 35064 ! 6708 0, 35065 8B04 00 .byte 0 35066 ! 6709 8, 35067 8B05 08 .byte 8 35068 ! 6710 24, 35069 8B06 18 .byte $18 35070 ! 6711 0, 35071 8B07 0000 .word 0 35072 8B09 0000 .word 0 35073 ! 6712 } }, 35074 ! 6713 { 0x0181, 35075 8B0B 0181 .word $181 35076 ! 6714 { 0x0001 | 0x0002 | 0x0008 | 0x0080 | 0x0010, 35077 8B0D 009B .word $9B 35078 ! 6715 0x01 | 0x02 | 0x04, 35079 8B0F 07 .byte 7 35080 ! 6716 0, 35081 8B10 00 .byte 0 35082 ! 6717 64, 35083 8B11 0040 .word $40 35084 ! 6718 64, 35085 8B13 0040 .word $40 35086 ! 6719 0xA000, 35087 8B15 A000 .word $A000 35088 ! 6720 0x0000, 35089 8B17 0000 .word 0 35090 ! 6721 0, 35091 8B19 0000 .word 0 35092 8B1B 0000 .word 0 35093 ! 6722 2800, 35094 8B1D 0AF0 .word $AF0 35095 ! 6723 1400, 35096 8B1F 0578 .word $578 35097 ! 6724 1050, 35098 8B21 041A .word $41A 35099 ! 6725 8, 35100 8B23 08 .byte 8 35101 ! 6726 16, 35102 8B24 10 .byte $10 35103 ! 6727 1, 35104 8B25 01 .byte 1 35105 ! 6728 16, 35106 8B26 10 .byte $10 35107 ! 6729 45, 35108 8B27 2D .byte $2D 35109 ! 6730 0x06, 35110 8B28 06 .byte 6 35111 ! 6731 0, 35112 8B29 00 .byte 0 35113 ! 6732 4, 35114 8B2A 04 .byte 4 35115 ! 6733 0, 35116 8B2B 00 .byte 0 35117 ! 6734 5, 35118 8B2C 05 .byte 5 35119 ! 6735 11, 35120 8B2D 0B .byte $B 35121 ! 6736 6, 35122 8B2E 06 .byte 6 35123 ! 6737 5, 35124 8B2F 05 .byte 5 35125 ! 6738 5, 35126 8B30 05 .byte 5 35127 ! 6739 0, 35128 8B31 00 .byte 0 35129 ! 6740 0, 35130 8B32 00 .byte 0 35131 ! 6741 0, 35132 8B33 00 .byte 0 35133 ! 6742 0, 35134 8B34 00 .byte 0 35135 ! 6743 0xE0000000, 35136 8B35 0000 .word 0 35137 8B37 E000 .word $E000 35138 ! 6744 0, 35139 8B39 0000 .word 0 35140 8B3B 0000 .word 0 35141 ! 6745 0, 35142 8B3D 0000 .word 0 35143 ! 6746 2800, 35144 8B3F 0AF0 .word $AF0 35145 ! 6747 0, 35146 8B41 00 .byte 0 35147 ! 6748 0, 35148 8B42 00 .byte 0 35149 ! 6749 5, 35150 8B43 05 .byte 5 35151 ! 6750 11, 35152 8B44 0B .byte $B 35153 ! 6751 6, 35154 8B45 06 .byte 6 35155 ! 6752 5, 35156 8B46 05 .byte 5 35157 ! 6753 35158 ! 6753 5, 35159 8B47 05 .byte 5 35160 ! 6754 0, 35161 8B48 00 .byte 0 35162 ! 6755 0, 35163 8B49 00 .byte 0 35164 ! 6756 0, 35165 8B4A 00 .byte 0 35166 ! 6757 0, 35167 8B4B 0000 .word 0 35168 8B4D 0000 .word 0 35169 ! 6758 } }, 35170 ! 6759 { 0x0182, 35171 8B4F 0182 .word $182 35172 ! 6760 { 0x0001 | 0x0002 | 0x0008 | 0x0080 | 0x0010, 35173 8B51 009B .word $9B 35174 ! 6761 0x01 | 0x02 | 0x04, 35175 8B53 07 .byte 7 35176 ! 6762 0, 35177 8B54 00 .byte 0 35178 ! 6763 64, 35179 8B55 0040 .word $40 35180 ! 6764 64, 35181 8B57 0040 .word $40 35182 ! 6765 0xA000, 35183 8B59 A000 .word $A000 35184 ! 6766 0x0000, 35185 8B5B 0000 .word 0 35186 ! 6767 0, 35187 8B5D 0000 .word 0 35188 8B5F 0000 .word 0 35189 ! 6768 4200, 35190 8B61 1068 .word $1068 35191 ! 6769 1400, 35192 8B63 0578 .word $578 35193 ! 6770 1050, 35194 8B65 041A .word $41A 35195 ! 6771 8, 35196 8B67 08 .byte 8 35197 ! 6772 16, 35198 8B68 10 .byte $10 35199 ! 6773 1, 35200 8B69 01 .byte 1 35201 ! 6774 24, 35202 8B6A 18 .byte $18 35203 ! 6775 68, 35204 8B6B 44 .byte $44 35205 ! 6776 0x06, 35206 8B6C 06 .byte 6 35207 ! 6777 0, 35208 8B6D 00 .byte 0 35209 ! 6778 2, 35210 8B6E 02 .byte 2 35211 ! 6779 0, 35212 8B6F 00 .byte 0 35213 ! 6780 8, 35214 8B70 08 .byte 8 35215 ! 6781 16, 35216 8B71 10 .byte $10 35217 ! 6782 8, 35218 8B72 08 .byte 8 35219 ! 6783 8, 35220 8B73 08 .byte 8 35221 ! 6784 8, 35222 8B74 08 .byte 8 35223 ! 6785 0, 35224 8B75 00 .byte 0 35225 ! 6786 0, 35226 8B76 00 .byte 0 35227 ! 6787 0, 35228 8B77 00 .byte 0 35229 ! 6788 0, 35230 8B78 00 .byte 0 35231 ! 6789 0xE0000000, 35232 8B79 0000 .word 0 35233 8B7B E000 .word $E000 35234 ! 6790 0, 35235 8B7D 0000 .word 0 35236 8B7F 0000 .word 0 35237 ! 6791 0, 35238 8B81 0000 .word 0 35239 ! 6792 4200, 35240 8B83 1068 .word $1068 35241 ! 6793 0, 35242 8B85 00 .byte 0 35243 ! 6794 0, 35244 8B86 00 .byte 0 35245 ! 6795 8, 35246 8B87 08 .byte 8 35247 ! 6796 16, 35248 8B88 10 .byte $10 35249 ! 6797 8, 35250 8B89 08 .byte 8 35251 ! 6798 8, 35252 8B8A 08 .byte 8 35253 ! 6799 8, 35254 8B8B 08 .byte 8 35255 ! 6800 0, 35256 8B8C 00 .byte 0 35257 ! 6801 0, 35258 8B8D 00 .byte 0 35259 ! 6802 0, 35260 8B8E 00 .byte 0 35261 ! 6803 0, 35262 8B8F 0000 .word 0 35263 8B91 0000 .word 0 35264 ! 6804 } }, 35265 ! 6805 { 0x0183, 35266 8B93 0183 .word $183 35267 ! 6806 { 0x0001 | 0x0002 | 0x0008 | 0x0080 | 0x0010, 35268 8B95 009B .word $9B 35269 ! 6807 0x01 | 0x02 | 0x04, 35270 8B97 07 .byte 7 35271 ! 6808 0, 35272 8B98 00 .byte 0 35273 ! 6809 64, 35274 8B99 0040 .word $40 35275 ! 6810 64, 35276 8B9B 0040 .word $40 35277 ! 6811 0xA000, 35278 8B9D A000 .word $A000 35279 ! 6812 0x0000, 35280 8B9F 0000 .word 0 35281 ! 6813 0, 35282 8BA1 0000 .word 0 35283 8BA3 0000 .word 0 35284 ! 6814 5600, 35285 8BA5 15E0 .word $15E0 35286 ! 6815 1400, 35287 8BA7 0578 .word $578 35288 ! 6816 1050, 35289 8BA9 041A .word $41A 35290 ! 6817 8, 35291 8BAB 08 .byte 8 35292 ! 6818 16, 35293 8BAC 10 .byte $10 35294 ! 6819 1, 35295 8BAD 01 .byte 1 35296 ! 6820 32, 35297 8BAE 20 .byte $20 35298 ! 6821 90, 35299 8BAF 5A .byte $5A 35300 ! 6822 35301 ! 6822 0x06, 35302 8BB0 06 .byte 6 35303 ! 6823 0, 35304 8BB1 00 .byte 0 35305 ! 6824 1, 35306 8BB2 01 .byte 1 35307 ! 6825 0, 35308 8BB3 00 .byte 0 35309 ! 6826 8, 35310 8BB4 08 .byte 8 35311 ! 6827 16, 35312 8BB5 10 .byte $10 35313 ! 6828 8, 35314 8BB6 08 .byte 8 35315 ! 6829 8, 35316 8BB7 08 .byte 8 35317 ! 6830 8, 35318 8BB8 08 .byte 8 35319 ! 6831 0, 35320 8BB9 00 .byte 0 35321 ! 6832 8, 35322 8BBA 08 .byte 8 35323 ! 6833 24, 35324 8BBB 18 .byte $18 35325 ! 6834 0x02, 35326 8BBC 02 .byte 2 35327 ! 6835 0xE0000000, 35328 8BBD 0000 .word 0 35329 8BBF E000 .word $E000 35330 ! 6836 0, 35331 8BC1 0000 .word 0 35332 8BC3 0000 .word 0 35333 ! 6837 0, 35334 8BC5 0000 .word 0 35335 ! 6838 5600, 35336 8BC7 15E0 .word $15E0 35337 ! 6839 0, 35338 8BC9 00 .byte 0 35339 ! 6840 0, 35340 8BCA 00 .byte 0 35341 ! 6841 8, 35342 8BCB 08 .byte 8 35343 ! 6842 16, 35344 8BCC 10 .byte $10 35345 ! 6843 8, 35346 8BCD 08 .byte 8 35347 ! 6844 8, 35348 8BCE 08 .byte 8 35349 ! 6845 8, 35350 8BCF 08 .byte 8 35351 ! 6846 0, 35352 8BD0 00 .byte 0 35353 ! 6847 8, 35354 8BD1 08 .byte 8 35355 ! 6848 24, 35356 8BD2 18 .byte $18 35357 ! 6849 0, 35358 8BD3 0000 .word 0 35359 8BD5 0000 .word 0 35360 ! 6850 } }, 35361 ! 6851 { 0x0184, 35362 8BD7 0184 .word $184 35363 ! 6852 { 0x0001 | 0x0002 | 0x0008 | 0x0080 | 0x0010, 35364 8BD9 009B .word $9B 35365 ! 6853 0x01 | 0x02 | 0x04, 35366 8BDB 07 .byte 7 35367 ! 6854 0, 35368 8BDC 00 .byte 0 35369 ! 6855 64, 35370 8BDD 0040 .word $40 35371 ! 6856 64, 35372 8BDF 0040 .word $40 35373 ! 6857 0xA000, 35374 8BE1 A000 .word $A000 35375 ! 6858 0x0000, 35376 8BE3 0000 .word 0 35377 ! 6859 0, 35378 8BE5 0000 .word 0 35379 8BE7 0000 .word 0 35380 ! 6860 3360, 35381 8BE9 0D20 .word $D20 35382 ! 6861 1680, 35383 8BEB 0690 .word $690 35384 ! 6862 1050, 35385 8BED 041A .word $41A 35386 ! 6863 8, 35387 8BEF 08 .byte 8 35388 ! 6864 16, 35389 8BF0 10 .byte $10 35390 ! 6865 1, 35391 8BF1 01 .byte 1 35392 ! 6866 16, 35393 8BF2 10 .byte $10 35394 ! 6867 54, 35395 8BF3 36 .byte $36 35396 ! 6868 0x06, 35397 8BF4 06 .byte 6 35398 ! 6869 0, 35399 8BF5 00 .byte 0 35400 ! 6870 3, 35401 8BF6 03 .byte 3 35402 ! 6871 0, 35403 8BF7 00 .byte 0 35404 ! 6872 5, 35405 8BF8 05 .byte 5 35406 ! 6873 11, 35407 8BF9 0B .byte $B 35408 ! 6874 6, 35409 8BFA 06 .byte 6 35410 ! 6875 5, 35411 8BFB 05 .byte 5 35412 ! 6876 5, 35413 8BFC 05 .byte 5 35414 ! 6877 0, 35415 8BFD 00 .byte 0 35416 ! 6878 0, 35417 8BFE 00 .byte 0 35418 ! 6879 0, 35419 8BFF 00 .byte 0 35420 ! 6880 0, 35421 8C00 00 .byte 0 35422 ! 6881 0xE0000000, 35423 8C01 0000 .word 0 35424 8C03 E000 .word $E000 35425 ! 6882 0, 35426 8C05 0000 .word 0 35427 8C07 0000 .word 0 35428 ! 6883 0, 35429 8C09 0000 .word 0 35430 ! 6884 3360, 35431 8C0B 0D20 .word $D20 35432 ! 6885 0, 35433 8C0D 00 .byte 0 35434 ! 6886 0, 35435 8C0E 00 .byte 0 35436 ! 6887 5, 35437 8C0F 05 .byte 5 35438 ! 6888 11, 35439 8C10 0B .byte $B 35440 ! 6889 6, 35441 8C11 06 .byte 6 35442 ! 6890 35443 ! 6890 5, 35444 8C12 05 .byte 5 35445 ! 6891 5, 35446 8C13 05 .byte 5 35447 ! 6892 0, 35448 8C14 00 .byte 0 35449 ! 6893 0, 35450 8C15 00 .byte 0 35451 ! 6894 0, 35452 8C16 00 .byte 0 35453 ! 6895 0, 35454 8C17 0000 .word 0 35455 8C19 0000 .word 0 35456 ! 6896 } }, 35457 ! 6897 { 0x0185, 35458 8C1B 0185 .word $185 35459 ! 6898 { 0x0001 | 0x0002 | 0x0008 | 0x0080 | 0x0010, 35460 8C1D 009B .word $9B 35461 ! 6899 0x01 | 0x02 | 0x04, 35462 8C1F 07 .byte 7 35463 ! 6900 0, 35464 8C20 00 .byte 0 35465 ! 6901 64, 35466 8C21 0040 .word $40 35467 ! 6902 64, 35468 8C23 0040 .word $40 35469 ! 6903 0xA000, 35470 8C25 A000 .word $A000 35471 ! 6904 0x0000, 35472 8C27 0000 .word 0 35473 ! 6905 0, 35474 8C29 0000 .word 0 35475 8C2B 0000 .word 0 35476 ! 6906 5040, 35477 8C2D 13B0 .word $13B0 35478 ! 6907 1680, 35479 8C2F 0690 .word $690 35480 ! 6908 1050, 35481 8C31 041A .word $41A 35482 ! 6909 8, 35483 8C33 08 .byte 8 35484 ! 6910 16, 35485 8C34 10 .byte $10 35486 ! 6911 1, 35487 8C35 01 .byte 1 35488 ! 6912 24, 35489 8C36 18 .byte $18 35490 ! 6913 81, 35491 8C37 51 .byte $51 35492 ! 6914 0x06, 35493 8C38 06 .byte 6 35494 ! 6915 0, 35495 8C39 00 .byte 0 35496 ! 6916 2, 35497 8C3A 02 .byte 2 35498 ! 6917 0, 35499 8C3B 00 .byte 0 35500 ! 6918 8, 35501 8C3C 08 .byte 8 35502 ! 6919 16, 35503 8C3D 10 .byte $10 35504 ! 6920 8, 35505 8C3E 08 .byte 8 35506 ! 6921 8, 35507 8C3F 08 .byte 8 35508 ! 6922 8, 35509 8C40 08 .byte 8 35510 ! 6923 0, 35511 8C41 00 .byte 0 35512 ! 6924 0, 35513 8C42 00 .byte 0 35514 ! 6925 0, 35515 8C43 00 .byte 0 35516 ! 6926 0, 35517 8C44 00 .byte 0 35518 ! 6927 0xE0000000, 35519 8C45 0000 .word 0 35520 8C47 E000 .word $E000 35521 ! 6928 0, 35522 8C49 0000 .word 0 35523 8C4B 0000 .word 0 35524 ! 6929 0, 35525 8C4D 0000 .word 0 35526 ! 6930 5040, 35527 8C4F 13B0 .word $13B0 35528 ! 6931 0, 35529 8C51 00 .byte 0 35530 ! 6932 0, 35531 8C52 00 .byte 0 35532 ! 6933 8, 35533 8C53 08 .byte 8 35534 ! 6934 16, 35535 8C54 10 .byte $10 35536 ! 6935 8, 35537 8C55 08 .byte 8 35538 ! 6936 8, 35539 8C56 08 .byte 8 35540 ! 6937 8, 35541 8C57 08 .byte 8 35542 ! 6938 0, 35543 8C58 00 .byte 0 35544 ! 6939 0, 35545 8C59 00 .byte 0 35546 ! 6940 0, 35547 8C5A 00 .byte 0 35548 ! 6941 0, 35549 8C5B 0000 .word 0 35550 8C5D 0000 .word 0 35551 ! 6942 } }, 35552 ! 6943 { 0x0186, 35553 8C5F 0186 .word $186 35554 ! 6944 { 0x0001 | 0x0002 | 0x0008 | 0x0080 | 0x0010, 35555 8C61 009B .word $9B 35556 ! 6945 0x01 | 0x02 | 0x04, 35557 8C63 07 .byte 7 35558 ! 6946 0, 35559 8C64 00 .byte 0 35560 ! 6947 64, 35561 8C65 0040 .word $40 35562 ! 6948 64, 35563 8C67 0040 .word $40 35564 ! 6949 0xA000, 35565 8C69 A000 .word $A000 35566 ! 6950 0x0000, 35567 8C6B 0000 .word 0 35568 ! 6951 0, 35569 8C6D 0000 .word 0 35570 8C6F 0000 .word 0 35571 ! 6952 6720, 35572 8C71 1A40 .word $1A40 35573 ! 6953 1680, 35574 8C73 0690 .word $690 35575 ! 6954 1050, 35576 8C75 041A .word $41A 35577 ! 6955 8, 35578 8C77 08 .byte 8 35579 ! 6956 16, 35580 8C78 10 .byte $10 35581 ! 6957 1, 35582 8C79 01 .byte 1 35583 ! 6958 32, 35584 8C7A 20 .byte $20 35585 ! 6959 35586 ! 6959 108, 35587 8C7B 6C .byte $6C 35588 ! 6960 0x06, 35589 8C7C 06 .byte 6 35590 ! 6961 0, 35591 8C7D 00 .byte 0 35592 ! 6962 1, 35593 8C7E 01 .byte 1 35594 ! 6963 0, 35595 8C7F 00 .byte 0 35596 ! 6964 8, 35597 8C80 08 .byte 8 35598 ! 6965 16, 35599 8C81 10 .byte $10 35600 ! 6966 8, 35601 8C82 08 .byte 8 35602 ! 6967 8, 35603 8C83 08 .byte 8 35604 ! 6968 8, 35605 8C84 08 .byte 8 35606 ! 6969 0, 35607 8C85 00 .byte 0 35608 ! 6970 8, 35609 8C86 08 .byte 8 35610 ! 6971 24, 35611 8C87 18 .byte $18 35612 ! 6972 0x02, 35613 8C88 02 .byte 2 35614 ! 6973 0xE0000000, 35615 8C89 0000 .word 0 35616 8C8B E000 .word $E000 35617 ! 6974 0, 35618 8C8D 0000 .word 0 35619 8C8F 0000 .word 0 35620 ! 6975 0, 35621 8C91 0000 .word 0 35622 ! 6976 6720, 35623 8C93 1A40 .word $1A40 35624 ! 6977 0, 35625 8C95 00 .byte 0 35626 ! 6978 0, 35627 8C96 00 .byte 0 35628 ! 6979 8, 35629 8C97 08 .byte 8 35630 ! 6980 16, 35631 8C98 10 .byte $10 35632 ! 6981 8, 35633 8C99 08 .byte 8 35634 ! 6982 8, 35635 8C9A 08 .byte 8 35636 ! 6983 8, 35637 8C9B 08 .byte 8 35638 ! 6984 0, 35639 8C9C 00 .byte 0 35640 ! 6985 8, 35641 8C9D 08 .byte 8 35642 ! 6986 24, 35643 8C9E 18 .byte $18 35644 ! 6987 0, 35645 8C9F 0000 .word 0 35646 8CA1 0000 .word 0 35647 ! 6988 } }, 35648 ! 6989 { 0x0187, 35649 8CA3 0187 .word $187 35650 ! 6990 { 0x0001 | 0x0002 | 0x0008 | 0x0080 | 0x0010, 35651 8CA5 009B .word $9B 35652 ! 6991 0x01 | 0x02 | 0x04, 35653 8CA7 07 .byte 7 35654 ! 6992 0, 35655 8CA8 00 .byte 0 35656 ! 6993 64, 35657 8CA9 0040 .word $40 35658 ! 6994 64, 35659 8CAB 0040 .word $40 35660 ! 6995 0xA000, 35661 8CAD A000 .word $A000 35662 ! 6996 0x0000, 35663 8CAF 0000 .word 0 35664 ! 6997 0, 35665 8CB1 0000 .word 0 35666 8CB3 0000 .word 0 35667 ! 6998 3840, 35668 8CB5 0F00 .word $F00 35669 ! 6999 1920, 35670 8CB7 0780 .word $780 35671 ! 7000 1200, 35672 8CB9 04B0 .word $4B0 35673 ! 7001 8, 35674 8CBB 08 .byte 8 35675 ! 7002 16, 35676 8CBC 10 .byte $10 35677 ! 7003 1, 35678 8CBD 01 .byte 1 35679 ! 7004 16, 35680 8CBE 10 .byte $10 35681 ! 7005 71, 35682 8CBF 47 .byte $47 35683 ! 7006 0x06, 35684 8CC0 06 .byte 6 35685 ! 7007 0, 35686 8CC1 00 .byte 0 35687 ! 7008 2, 35688 8CC2 02 .byte 2 35689 ! 7009 0, 35690 8CC3 00 .byte 0 35691 ! 7010 5, 35692 8CC4 05 .byte 5 35693 ! 7011 11, 35694 8CC5 0B .byte $B 35695 ! 7012 6, 35696 8CC6 06 .byte 6 35697 ! 7013 5, 35698 8CC7 05 .byte 5 35699 ! 7014 5, 35700 8CC8 05 .byte 5 35701 ! 7015 0, 35702 8CC9 00 .byte 0 35703 ! 7016 0, 35704 8CCA 00 .byte 0 35705 ! 7017 0, 35706 8CCB 00 .byte 0 35707 ! 7018 0, 35708 8CCC 00 .byte 0 35709 ! 7019 0xE0000000, 35710 8CCD 0000 .word 0 35711 8CCF E000 .word $E000 35712 ! 7020 0, 35713 8CD1 0000 .word 0 35714 8CD3 0000 .word 0 35715 ! 7021 0, 35716 8CD5 0000 .word 0 35717 ! 7022 3840, 35718 8CD7 0F00 .word $F00 35719 ! 7023 0, 35720 8CD9 00 .byte 0 35721 ! 7024 0, 35722 8CDA 00 .byte 0 35723 ! 7025 5, 35724 8CDB 05 .byte 5 35725 ! 7026 11, 35726 8CDC 0B .byte $B 35727 ! 7027 35728 ! 7027 6, 35729 8CDD 06 .byte 6 35730 ! 7028 5, 35731 8CDE 05 .byte 5 35732 ! 7029 5, 35733 8CDF 05 .byte 5 35734 ! 7030 0, 35735 8CE0 00 .byte 0 35736 ! 7031 0, 35737 8CE1 00 .byte 0 35738 ! 7032 0, 35739 8CE2 00 .byte 0 35740 ! 7033 0, 35741 8CE3 0000 .word 0 35742 8CE5 0000 .word 0 35743 ! 7034 } }, 35744 ! 7035 { 0x0188, 35745 8CE7 0188 .word $188 35746 ! 7036 { 0x0001 | 0x0002 | 0x0008 | 0x0080 | 0x0010, 35747 8CE9 009B .word $9B 35748 ! 7037 0x01 | 0x02 | 0x04, 35749 8CEB 07 .byte 7 35750 ! 7038 0, 35751 8CEC 00 .byte 0 35752 ! 7039 64, 35753 8CED 0040 .word $40 35754 ! 7040 64, 35755 8CEF 0040 .word $40 35756 ! 7041 0xA000, 35757 8CF1 A000 .word $A000 35758 ! 7042 0x0000, 35759 8CF3 0000 .word 0 35760 ! 7043 0, 35761 8CF5 0000 .word 0 35762 8CF7 0000 .word 0 35763 ! 7044 5760, 35764 8CF9 1680 .word $1680 35765 ! 7045 1920, 35766 8CFB 0780 .word $780 35767 ! 7046 1200, 35768 8CFD 04B0 .word $4B0 35769 ! 7047 8, 35770 8CFF 08 .byte 8 35771 ! 7048 16, 35772 8D00 10 .byte $10 35773 ! 7049 1, 35774 8D01 01 .byte 1 35775 ! 7050 24, 35776 8D02 18 .byte $18 35777 ! 7051 106, 35778 8D03 6A .byte $6A 35779 ! 7052 0x06, 35780 8D04 06 .byte 6 35781 ! 7053 0, 35782 8D05 00 .byte 0 35783 ! 7054 1, 35784 8D06 01 .byte 1 35785 ! 7055 0, 35786 8D07 00 .byte 0 35787 ! 7056 8, 35788 8D08 08 .byte 8 35789 ! 7057 16, 35790 8D09 10 .byte $10 35791 ! 7058 8, 35792 8D0A 08 .byte 8 35793 ! 7059 8, 35794 8D0B 08 .byte 8 35795 ! 7060 8, 35796 8D0C 08 .byte 8 35797 ! 7061 0, 35798 8D0D 00 .byte 0 35799 ! 7062 0, 35800 8D0E 00 .byte 0 35801 ! 7063 0, 35802 8D0F 00 .byte 0 35803 ! 7064 0, 35804 8D10 00 .byte 0 35805 ! 7065 0xE0000000, 35806 8D11 0000 .word 0 35807 8D13 E000 .word $E000 35808 ! 7066 0, 35809 8D15 0000 .word 0 35810 8D17 0000 .word 0 35811 ! 7067 0, 35812 8D19 0000 .word 0 35813 ! 7068 5760, 35814 8D1B 1680 .word $1680 35815 ! 7069 0, 35816 8D1D 00 .byte 0 35817 ! 7070 0, 35818 8D1E 00 .byte 0 35819 ! 7071 8, 35820 8D1F 08 .byte 8 35821 ! 7072 16, 35822 8D20 10 .byte $10 35823 ! 7073 8, 35824 8D21 08 .byte 8 35825 ! 7074 8, 35826 8D22 08 .byte 8 35827 ! 7075 8, 35828 8D23 08 .byte 8 35829 ! 7076 0, 35830 8D24 00 .byte 0 35831 ! 7077 0, 35832 8D25 00 .byte 0 35833 ! 7078 0, 35834 8D26 00 .byte 0 35835 ! 7079 0, 35836 8D27 0000 .word 0 35837 8D29 0000 .word 0 35838 ! 7080 } }, 35839 ! 7081 { 0x0189, 35840 8D2B 0189 .word $189 35841 ! 7082 { 0x0001 | 0x0002 | 0x0008 | 0x0080 | 0x0010, 35842 8D2D 009B .word $9B 35843 ! 7083 0x01 | 0x02 | 0x04, 35844 8D2F 07 .byte 7 35845 ! 7084 0, 35846 8D30 00 .byte 0 35847 ! 7085 64, 35848 8D31 0040 .word $40 35849 ! 7086 64, 35850 8D33 0040 .word $40 35851 ! 7087 0xA000, 35852 8D35 A000 .word $A000 35853 ! 7088 0x0000, 35854 8D37 0000 .word 0 35855 ! 7089 0, 35856 8D39 0000 .word 0 35857 8D3B 0000 .word 0 35858 ! 7090 7680, 35859 8D3D 1E00 .word $1E00 35860 ! 7091 1920, 35861 8D3F 0780 .word $780 35862 ! 7092 1200, 35863 8D41 04B0 .word $4B0 35864 ! 7093 8, 35865 8D43 08 .byte 8 35866 ! 7094 16, 35867 8D44 10 .byte $10 35868 ! 7095 1, 35869 8D45 01 .byte 1 35870 ! 7096 35871 ! 7096 32, 35872 8D46 20 .byte $20 35873 ! 7097 141, 35874 8D47 8D .byte $8D 35875 ! 7098 0x06, 35876 8D48 06 .byte 6 35877 ! 7099 0, 35878 8D49 00 .byte 0 35879 ! 7100 0, 35880 8D4A 00 .byte 0 35881 ! 7101 0, 35882 8D4B 00 .byte 0 35883 ! 7102 8, 35884 8D4C 08 .byte 8 35885 ! 7103 16, 35886 8D4D 10 .byte $10 35887 ! 7104 8, 35888 8D4E 08 .byte 8 35889 ! 7105 8, 35890 8D4F 08 .byte 8 35891 ! 7106 8, 35892 8D50 08 .byte 8 35893 ! 7107 0, 35894 8D51 00 .byte 0 35895 ! 7108 8, 35896 8D52 08 .byte 8 35897 ! 7109 24, 35898 8D53 18 .byte $18 35899 ! 7110 0x02, 35900 8D54 02 .byte 2 35901 ! 7111 0xE0000000, 35902 8D55 0000 .word 0 35903 8D57 E000 .word $E000 35904 ! 7112 0, 35905 8D59 0000 .word 0 35906 8D5B 0000 .word 0 35907 ! 7113 0, 35908 8D5D 0000 .word 0 35909 ! 7114 7680, 35910 8D5F 1E00 .word $1E00 35911 ! 7115 0, 35912 8D61 00 .byte 0 35913 ! 7116 0, 35914 8D62 00 .byte 0 35915 ! 7117 8, 35916 8D63 08 .byte 8 35917 ! 7118 16, 35918 8D64 10 .byte $10 35919 ! 7119 8, 35920 8D65 08 .byte 8 35921 ! 7120 8, 35922 8D66 08 .byte 8 35923 ! 7121 8, 35924 8D67 08 .byte 8 35925 ! 7122 0, 35926 8D68 00 .byte 0 35927 ! 7123 8, 35928 8D69 08 .byte 8 35929 ! 7124 24, 35930 8D6A 18 .byte $18 35931 ! 7125 0, 35932 8D6B 0000 .word 0 35933 8D6D 0000 .word 0 35934 ! 7126 } }, 35935 ! 7127 { 0x018a, 35936 8D6F 018A .word $18A 35937 ! 7128 { 0x0001 | 0x0002 | 0x0008 | 0x0080 | 0x0010, 35938 8D71 009B .word $9B 35939 ! 7129 0x01 | 0x02 | 0x04, 35940 8D73 07 .byte 7 35941 ! 7130 0, 35942 8D74 00 .byte 0 35943 ! 7131 64, 35944 8D75 0040 .word $40 35945 ! 7132 64, 35946 8D77 0040 .word $40 35947 ! 7133 0xA000, 35948 8D79 A000 .word $A000 35949 ! 7134 0x0000, 35950 8D7B 0000 .word 0 35951 ! 7135 0, 35952 8D7D 0000 .word 0 35953 8D7F 0000 .word 0 35954 ! 7136 5120, 35955 8D81 1400 .word $1400 35956 ! 7137 2560, 35957 8D83 0A00 .word $A00 35958 ! 7138 1600, 35959 8D85 0640 .word $640 35960 ! 7139 8, 35961 8D87 08 .byte 8 35962 ! 7140 16, 35963 8D88 10 .byte $10 35964 ! 7141 1, 35965 8D89 01 .byte 1 35966 ! 7142 16, 35967 8D8A 10 .byte $10 35968 ! 7143 125, 35969 8D8B 7D .byte $7D 35970 ! 7144 0x06, 35971 8D8C 06 .byte 6 35972 ! 7145 0, 35973 8D8D 00 .byte 0 35974 ! 7146 1, 35975 8D8E 01 .byte 1 35976 ! 7147 0, 35977 8D8F 00 .byte 0 35978 ! 7148 5, 35979 8D90 05 .byte 5 35980 ! 7149 11, 35981 8D91 0B .byte $B 35982 ! 7150 6, 35983 8D92 06 .byte 6 35984 ! 7151 5, 35985 8D93 05 .byte 5 35986 ! 7152 5, 35987 8D94 05 .byte 5 35988 ! 7153 0, 35989 8D95 00 .byte 0 35990 ! 7154 0, 35991 8D96 00 .byte 0 35992 ! 7155 0, 35993 8D97 00 .byte 0 35994 ! 7156 0, 35995 8D98 00 .byte 0 35996 ! 7157 0xE0000000, 35997 8D99 0000 .word 0 35998 8D9B E000 .word $E000 35999 ! 7158 0, 36000 8D9D 0000 .word 0 36001 8D9F 0000 .word 0 36002 ! 7159 0, 36003 8DA1 0000 .word 0 36004 ! 7160 5120, 36005 8DA3 1400 .word $1400 36006 ! 7161 0, 36007 8DA5 00 .byte 0 36008 ! 7162 0, 36009 8DA6 00 .byte 0 36010 ! 7163 5, 36011 8DA7 05 .byte 5 36012 ! 7164 36013 ! 7164 11, 36014 8DA8 0B .byte $B 36015 ! 7165 6, 36016 8DA9 06 .byte 6 36017 ! 7166 5, 36018 8DAA 05 .byte 5 36019 ! 7167 5, 36020 8DAB 05 .byte 5 36021 ! 7168 0, 36022 8DAC 00 .byte 0 36023 ! 7169 0, 36024 8DAD 00 .byte 0 36025 ! 7170 0, 36026 8DAE 00 .byte 0 36027 ! 7171 0, 36028 8DAF 0000 .word 0 36029 8DB1 0000 .word 0 36030 ! 7172 } }, 36031 ! 7173 { 0x018b, 36032 8DB3 018B .word $18B 36033 ! 7174 { 0x0001 | 0x0002 | 0x0008 | 0x0080 | 0x0010, 36034 8DB5 009B .word $9B 36035 ! 7175 0x01 | 0x02 | 0x04, 36036 8DB7 07 .byte 7 36037 ! 7176 0, 36038 8DB8 00 .byte 0 36039 ! 7177 64, 36040 8DB9 0040 .word $40 36041 ! 7178 64, 36042 8DBB 0040 .word $40 36043 ! 7179 0xA000, 36044 8DBD A000 .word $A000 36045 ! 7180 0x0000, 36046 8DBF 0000 .word 0 36047 ! 7181 0, 36048 8DC1 0000 .word 0 36049 8DC3 0000 .word 0 36050 ! 7182 7680, 36051 8DC5 1E00 .word $1E00 36052 ! 7183 2560, 36053 8DC7 0A00 .word $A00 36054 ! 7184 1600, 36055 8DC9 0640 .word $640 36056 ! 7185 8, 36057 8DCB 08 .byte 8 36058 ! 7186 16, 36059 8DCC 10 .byte $10 36060 ! 7187 1, 36061 8DCD 01 .byte 1 36062 ! 7188 24, 36063 8DCE 18 .byte $18 36064 ! 7189 188, 36065 8DCF BC .byte $BC 36066 ! 7190 0x06, 36067 8DD0 06 .byte 6 36068 ! 7191 0, 36069 8DD1 00 .byte 0 36070 ! 7192 0, 36071 8DD2 00 .byte 0 36072 ! 7193 0, 36073 8DD3 00 .byte 0 36074 ! 7194 8, 36075 8DD4 08 .byte 8 36076 ! 7195 16, 36077 8DD5 10 .byte $10 36078 ! 7196 8, 36079 8DD6 08 .byte 8 36080 ! 7197 8, 36081 8DD7 08 .byte 8 36082 ! 7198 8, 36083 8DD8 08 .byte 8 36084 ! 7199 0, 36085 8DD9 00 .byte 0 36086 ! 7200 0, 36087 8DDA 00 .byte 0 36088 ! 7201 0, 36089 8DDB 00 .byte 0 36090 ! 7202 0, 36091 8DDC 00 .byte 0 36092 ! 7203 0xE0000000, 36093 8DDD 0000 .word 0 36094 8DDF E000 .word $E000 36095 ! 7204 0, 36096 8DE1 0000 .word 0 36097 8DE3 0000 .word 0 36098 ! 7205 0, 36099 8DE5 0000 .word 0 36100 ! 7206 7680, 36101 8DE7 1E00 .word $1E00 36102 ! 7207 0, 36103 8DE9 00 .byte 0 36104 ! 7208 0, 36105 8DEA 00 .byte 0 36106 ! 7209 8, 36107 8DEB 08 .byte 8 36108 ! 7210 16, 36109 8DEC 10 .byte $10 36110 ! 7211 8, 36111 8DED 08 .byte 8 36112 ! 7212 8, 36113 8DEE 08 .byte 8 36114 ! 7213 8, 36115 8DEF 08 .byte 8 36116 ! 7214 0, 36117 8DF0 00 .byte 0 36118 ! 7215 0, 36119 8DF1 00 .byte 0 36120 ! 7216 0, 36121 8DF2 00 .byte 0 36122 ! 7217 0, 36123 8DF3 0000 .word 0 36124 8DF5 0000 .word 0 36125 ! 7218 } }, 36126 ! 7219 { 0x018c, 36127 8DF7 018C .word $18C 36128 ! 7220 { 0x0001 | 0x0002 | 0x0008 | 0x0080 | 0x0010, 36129 8DF9 009B .word $9B 36130 ! 7221 0x01 | 0x02 | 0x04, 36131 8DFB 07 .byte 7 36132 ! 7222 0, 36133 8DFC 00 .byte 0 36134 ! 7223 64, 36135 8DFD 0040 .word $40 36136 ! 7224 64, 36137 8DFF 0040 .word $40 36138 ! 7225 0xA000, 36139 8E01 A000 .word $A000 36140 ! 7226 0x0000, 36141 8E03 0000 .word 0 36142 ! 7227 0, 36143 8E05 0000 .word 0 36144 8E07 0000 .word 0 36145 ! 7228 10240, 36146 8E09 2800 .word $2800 36147 ! 7229 2560, 36148 8E0B 0A00 .word $A00 36149 ! 7230 1600, 36150 8E0D 0640 .word $640 36151 ! 7231 8, 36152 8E0F 08 .byte 8 36153 ! 7232 16, 36154 8E10 10 .byte $10 36155 ! 7233 36156 ! 7233 1, 36157 8E11 01 .byte 1 36158 ! 7234 32, 36159 8E12 20 .byte $20 36160 ! 7235 250, 36161 8E13 FA .byte $FA 36162 ! 7236 0x06, 36163 8E14 06 .byte 6 36164 ! 7237 0, 36165 8E15 00 .byte 0 36166 ! 7238 0, 36167 8E16 00 .byte 0 36168 ! 7239 0, 36169 8E17 00 .byte 0 36170 ! 7240 8, 36171 8E18 08 .byte 8 36172 ! 7241 16, 36173 8E19 10 .byte $10 36174 ! 7242 8, 36175 8E1A 08 .byte 8 36176 ! 7243 8, 36177 8E1B 08 .byte 8 36178 ! 7244 8, 36179 8E1C 08 .byte 8 36180 ! 7245 0, 36181 8E1D 00 .byte 0 36182 ! 7246 8, 36183 8E1E 08 .byte 8 36184 ! 7247 24, 36185 8E1F 18 .byte $18 36186 ! 7248 0x02, 36187 8E20 02 .byte 2 36188 ! 7249 0xE0000000, 36189 8E21 0000 .word 0 36190 8E23 E000 .word $E000 36191 ! 7250 0, 36192 8E25 0000 .word 0 36193 8E27 0000 .word 0 36194 ! 7251 0, 36195 8E29 0000 .word 0 36196 ! 7252 10240, 36197 8E2B 2800 .word $2800 36198 ! 7253 0, 36199 8E2D 00 .byte 0 36200 ! 7254 0, 36201 8E2E 00 .byte 0 36202 ! 7255 8, 36203 8E2F 08 .byte 8 36204 ! 7256 16, 36205 8E30 10 .byte $10 36206 ! 7257 8, 36207 8E31 08 .byte 8 36208 ! 7258 8, 36209 8E32 08 .byte 8 36210 ! 7259 8, 36211 8E33 08 .byte 8 36212 ! 7260 0, 36213 8E34 00 .byte 0 36214 ! 7261 8, 36215 8E35 08 .byte 8 36216 ! 7262 24, 36217 8E36 18 .byte $18 36218 ! 7263 0, 36219 8E37 0000 .word 0 36220 8E39 0000 .word 0 36221 ! 7264 } }, 36222 ! 7265 { 0xFFFF, 36223 8E3B FFFF .word $FFFF 36224 ! 7266 { 0, 36225 8E3D 0000 .word 0 36226 ! 7267 } }, 36227 8E3F 00000040 .blkb $40 36228 ! 7268 }; 36229 !BCC_EOS 36230 ! 7269 extern char vbebios_copyright; 36231 !BCC_EOS 36232 ! 7270 extern char vbebios_vendor_name; 36233 !BCC_EOS 36234 ! 7271 extern char vbebios_product_name; 36235 !BCC_EOS 36236 ! 7272 extern char vbebios_product_revision; 36237 !BCC_EOS 36238 ! 7273 #asm 36239 !BCC_ASM 36240 00008E7F _vbebios_copyright: 36241 8E7F 42 .ascii "Bochs/Plex86 VBE(C) 2003 http://savannah.nongnu.org/projects/vgabios/" 36242 8EC4 00 .byte 0x00 36243 00008EC5 _vbebios_vendor_name: 36244 8EC5 42 .ascii "Bochs/Plex86 Developers" 36245 8EDC 00 .byte 0x00 36246 00008EDD _vbebios_product_name: 36247 8EDD 42 .ascii "Bochs/Plex86 VBE Adapter" 36248 8EF5 00 .byte 0x00 36249 00008EF6 _vbebios_product_revision: 36250 8EF6 24 .ascii "$Id: vbe.c,v 1.62 2009/01/25 15:46:25 vruppert Exp $" 36251 8F2A 00 .byte 0x00 36252 00008F2B _vbebios_info_string: 36253 8F2B 42 .ascii "Bochs VBE Display Adapter enabled" 36254 8F4C 0A .byte 0x0a,0x0d 36255 8F4E 0A .byte 0x0a,0x0d 36256 8F50 00 .byte 0x00 36257 00008F51 _no_vbebios_info_string: 36258 8F51 4E .ascii "NO Bochs VBE Support available!" 36259 8F70 0A .byte 0x0a,0x0d 36260 8F72 0A .byte 0x0a,0x0d 36261 8F74 00 .byte 0x00 36262 00008F75 msg_vbe_init: 36263 8F75 56 .ascii "VBE Bios $Id: vbe.c,v 1.62 2009/01/25 15:46:25 vruppert Exp $" 36264 8FB2 0A .byte 0x0a,0x0d, 0x00 36265 8FB5 00000002 .align 2 36266 00008FB6 vesa_pm_start: 36267 8FB6 0014 dw vesa_pm_set_window - vesa_pm_start 36268 8FB8 004B dw vesa_pm_set_display_start - vesa_pm_start 36269 8FBA 00FC dw vesa_pm_unimplemented - vesa_pm_start 36270 8FBC 0008 dw vesa_pm_io_ports_table - vesa_pm_start 36271 00008FBE vesa_pm_io_ports_table: 36272 8FBE 01CE dw 0x01CE 36273 8FC0 01CF dw 0x01CE + 1 36274 8FC2 01CF dw 0x01CF 36275 8FC4 01D0 dw 0x01CF + 1 36276 8FC6 FFFF dw 0xffff 36277 8FC8 FFFF dw 0xffff 36278 USE32 36279 00008FCA vesa_pm_set_window: 36280 8FCA 66 83FB 00 cmp bx, #0x00 36281 8FCE 74 05 je vesa_pm_set_display_window1 36282 8FD0 66 B8 0100 mov ax, #0x0100 36283 8FD4 C3 ret 36284 00008FD5 vesa_pm_set_display_window1: 36285 8FD5 66 89D0 mov ax, dx 36286 8FD8 66 52 push dx 36287 8FDA 66 50 push ax 36288 8FDC 66 BA 01CE mov dx, # 0x01CE 36289 8FE0 66 B8 0005 mov ax, # 0x5 36290 8FE4 66 EF out dx, ax 36291 8FE6 66 58 pop ax 36292 8FE8 66 BA 01CF mov dx, # 0x01CF 36293 8FEC 66 EF out dx, ax 36294 8FEE 66 ED in ax, dx 36295 8FF0 66 5A pop dx 36296 8FF2 66 39C2 cmp dx, ax 36297 8FF5 75 05 jne illegal_window 36298 8FF7 66 B8 004F mov ax, #0x004f 36299 8FFB C3 ret 36300 00008FFC illegal_window: 36301 8FFC 66 B8 014F mov ax, #0x014f 36302 9000 C3 ret 36303 00009001 vesa_pm_set_display_start: 36304 9001 80FB 80 cmp bl, #0x80 36305 9004 74 0A je vesa_pm_set_display_start1 36306 9006 80FB 00 cmp bl, #0x00 36307 9009 74 05 je vesa_pm_set_display_start1 36308 900B 66 B8 0100 mov ax, #0x0100 36309 900F C3 ret 36310 00009010 vesa_pm_set_display_start1: 36311 ; convert offset to (X, Y) coordinate 36312 ; (would be simpler to change Bochs 1 API...) 36313 9010 50 push eax 36314 9011 51 push ecx 36315 9012 52 push edx 36316 9013 56 push esi 36317 9014 57 push edi 36318 9015 C1E2 10 shl edx, #16 36319 9018 81E1 0000FFFF and ecx, #0xffff 36320 901E 09D1 or ecx, edx 36321 9020 C1E1 02 shl ecx, #2 36322 9023 89C8 mov eax, ecx 36323 9025 50 push eax 36324 9026 66 BA 01CE mov dx, # 0x01CE 36325 902A 66 B8 0006 mov ax, # 0x6 36326 902E 66 EF out dx, ax 36327 9030 66 BA 01CF mov dx, # 0x01CF 36328 9034 66 ED in ax, dx 36329 9036 0FB7C8 movzx ecx, ax 36330 9039 66 BA 01CE mov dx, # 0x01CE 36331 903D 66 B8 0003 mov ax, # 0x3 36332 9041 66 EF out dx, ax 36333 9043 66 BA 01CF mov dx, # 0x01CF 36334 9047 66 ED in ax, dx 36335 9049 0FB7F0 movzx esi, ax 36336 904C 58 pop eax 36337 904D 83FE 04 cmp esi, #4 36338 9050 74 17 jz bpp4_mode 36339 9052 83C6 07 add esi, #7 36340 9055 C1EE 03 shr esi, #3 36341 9058 0FAFCE imul ecx, esi 36342 905B 31D2 xor edx, edx 36343 905D F7F1 div ecx 36344 905F 89C7 mov edi, eax 36345 9061 89D0 mov eax, edx 36346 9063 31D2 xor edx, edx 36347 9065 F7F6 div esi 36348 9067 EB 0C jmp set_xy_regs 36349 00009069 bpp4_mode: 36350 9069 D1E9 shr ecx, #1 36351 906B 31D2 xor edx, edx 36352 906D F7F1 div ecx 36353 906F 89C7 mov edi, eax 36354 9071 89D0 mov eax, edx 36355 9073 D1E0 shl eax, #1 36356 00009075 set_xy_regs: 36357 9075 66 52 push dx 36358 9077 66 50 push ax 36359 9079 66 BA 01CE mov dx, # 0x01CE 36360 907D 66 B8 0008 mov ax, # 0x8 36361 9081 66 EF out dx, ax 36362 9083 66 58 pop ax 36363 9085 66 BA 01CF mov dx, # 0x01CF 36364 9089 66 EF out dx, ax 36365 908B 66 5A pop dx 36366 908D 66 89F8 mov ax, di 36367 9090 66 52 push dx 36368 9092 66 50 push ax 36369 9094 66 BA 01CE mov dx, # 0x01CE 36370 9098 66 B8 0009 mov ax, # 0x9 36371 909C 66 EF out dx, ax 36372 909E 66 58 pop ax 36373 90A0 66 BA 01CF mov dx, # 0x01CF 36374 90A4 66 EF out dx, ax 36375 90A6 66 5A pop dx 36376 90A8 5F pop edi 36377 90A9 5E pop esi 36378 90AA 5A pop edx 36379 90AB 59 pop ecx 36380 90AC 58 pop eax 36381 90AD 66 B8 004F mov ax, #0x004f 36382 90B1 C3 ret 36383 000090B2 vesa_pm_unimplemented: 36384 90B2 66 B8 014F mov ax, #0x014f 36385 90B6 C3 ret 36386 USE16 36387 000090B7 vesa_pm_end: 36388 ; DISPI ioport functions 36389 000090B7 dispi_get_id: 36390 90B7 52 push dx 36391 90B8 BA 01CE mov dx, # 0x01CE 36392 90BB B8 0000 mov ax, # 0x0 36393 90BE EF out dx, ax 36394 90BF BA 01CF mov dx, # 0x01CF 36395 90C2 ED in ax, dx 36396 90C3 5A pop dx 36397 90C4 C3 ret 36398 000090C5 dispi_set_id: 36399 90C5 52 push dx 36400 90C6 50 push ax 36401 90C7 BA 01CE mov dx, # 0x01CE 36402 90CA B8 0000 mov ax, # 0x0 36403 90CD EF out dx, ax 36404 90CE 58 pop ax 36405 90CF BA 01CF mov dx, # 0x01CF 36406 90D2 EF out dx, ax 36407 90D3 5A pop dx 36408 90D4 C3 ret 36409 ! 7443 endasm 36410 !BCC_ENDASM 36411 ! 7444 static void dispi_set_xres(xres) 36412 ! 7445 Bit16u xres; 36413 36414 000090D5 _dispi_set_xres: 36415 !BCC_EOS 36416 ! 7446 { 36417 ! 7447 #asm 36418 !BCC_ASM 36419 00000002 _dispi_set_xres.xres set 2 36420 90D5 55 push bp 36421 90D6 89E5 mov bp, sp 36422 90D8 50 push ax 36423 90D9 52 push dx 36424 90DA BA 01CE mov dx, # 0x01CE 36425 90DD B8 0001 mov ax, # 0x1 36426 90E0 EF out dx, ax 36427 90E1 BA 01CF mov dx, # 0x01CF 36428 90E4 8B46 04 mov ax, 4[bp] ; xres 36429 90E7 EF out dx, ax 36430 90E8 5A pop dx 36431 90E9 58 pop ax 36432 90EA 5D pop bp 36433 ! 7461 endasm 36434 !BCC_ENDASM 36435 ! 7462 } 36436 90EB C3 ret 36437 ! 7463 static void dispi_set_yres(yres) 36438 ! 7464 Bit16u yres; 36439 000090EC _dispi_set_yres: 36440 !BCC_EOS 36441 ! 7465 { 36442 ! 7466 outw(0x01CE,0x2); 36443 90EC 55 push bp 36444 90ED 89E5 mov bp,sp 36445 ! Debug: list int = const 2 (used reg = ) 36446 90EF B8 0002 mov ax,*2 36447 90F2 50 push ax 36448 ! Debug: list int = const $1CE (used reg = ) 36449 90F3 B8 01CE mov ax,#$1CE 36450 90F6 50 push ax 36451 ! Debug: func () void = outw+0 (used reg = ) 36452 90F7 E8 EB63 call _outw 36453 90FA 89EC mov sp,bp 36454 !BCC_EOS 36455 ! 7467 outw(0x01CF,yres); 36456 ! Debug: list unsigned short yres = [S+2+2] (used reg = ) 36457 90FC FF76 04 push 4[bp] 36458 ! Debug: list int = const $1CF (used reg = ) 36459 90FF B8 01CF mov ax,#$1CF 36460 9102 50 push ax 36461 ! Debug: func () void = outw+0 (used reg = ) 36462 9103 E8 EB57 call _outw 36463 9106 89EC mov sp,bp 36464 !BCC_EOS 36465 ! 7468 } 36466 9108 5D pop bp 36467 9109 C3 ret 36468 ! 7469 static void dispi_set_bpp(bpp) 36469 ! 7470 Bit16u bpp; 36470 0000910A _dispi_set_bpp: 36471 !BCC_EOS 36472 ! 7471 { 36473 ! 7472 outw(0x01CE,0x3); 36474 910A 55 push bp 36475 910B 89E5 mov bp,sp 36476 ! Debug: list int = const 3 (used reg = ) 36477 910D B8 0003 mov ax,*3 36478 9110 50 push ax 36479 ! Debug: list int = const $1CE (used reg = ) 36480 9111 B8 01CE mov ax,#$1CE 36481 9114 50 push ax 36482 ! Debug: func () void = outw+0 (used reg = ) 36483 9115 E8 EB45 call _outw 36484 9118 89EC mov sp,bp 36485 !BCC_EOS 36486 ! 7473 outw(0x01CF,bpp); 36487 ! Debug: list unsigned short bpp = [S+2+2] (used reg = ) 36488 911A FF76 04 push 4[bp] 36489 ! Debug: list int = const $1CF (used reg = ) 36490 911D B8 01CF mov ax,#$1CF 36491 9120 50 push ax 36492 ! Debug: func () void = outw+0 (used reg = ) 36493 9121 E8 EB39 call _outw 36494 9124 89EC mov sp,bp 36495 !BCC_EOS 36496 ! 7474 } 36497 9126 5D pop bp 36498 9127 C3 ret 36499 ! 7475 #asm 36500 !BCC_ASM 36501 00000002 _dispi_set_bpp.bpp set 2 36502 ; AL = bits per pixel / AH = bytes per pixel 36503 00009128 dispi_get_bpp: 36504 9128 52 push dx 36505 9129 BA 01CE mov dx, # 0x01CE 36506 912C B8 0003 mov ax, # 0x3 36507 912F EF out dx, ax 36508 9130 BA 01CF mov dx, # 0x01CF 36509 9133 ED in ax, dx 36510 9134 88C4 mov ah, al 36511 9136 C0EC 03 shr ah, 3 36512 9139 A8 07 test al, #0x07 36513 913B 74 02 jz get_bpp_noinc 36514 913D FEC4 inc ah 36515 0000913F get_bpp_noinc: 36516 913F 5A pop dx 36517 9140 C3 ret 36518 ; get display capabilities 36519 00009141 _dispi_get_max_xres: 36520 9141 52 push dx 36521 9142 53 push bx 36522 9143 E8 004F call dispi_get_enable 36523 9146 89C3 mov bx, ax 36524 9148 0D 0002 or ax, # 0x02 36525 914B E8 0037 call _dispi_set_enable 36526 914E BA 01CE mov dx, # 0x01CE 36527 9151 B8 0001 mov ax, # 0x1 36528 9154 EF out dx, ax 36529 9155 BA 01CF mov dx, # 0x01CF 36530 9158 ED in ax, dx 36531 9159 50 push ax 36532 915A 89D8 mov ax, bx 36533 915C E8 0026 call _dispi_set_enable 36534 915F 58 pop ax 36535 9160 5B pop bx 36536 9161 5A pop dx 36537 9162 C3 ret 36538 00009163 _dispi_get_max_bpp: 36539 9163 52 push dx 36540 9164 53 push bx 36541 9165 E8 002D call dispi_get_enable 36542 9168 89C3 mov bx, ax 36543 916A 0D 0002 or ax, # 0x02 36544 916D E8 0015 call _dispi_set_enable 36545 9170 BA 01CE mov dx, # 0x01CE 36546 9173 B8 0003 mov ax, # 0x3 36547 9176 EF out dx, ax 36548 9177 BA 01CF mov dx, # 0x01CF 36549 917A ED in ax, dx 36550 917B 50 push ax 36551 917C 89D8 mov ax, bx 36552 917E E8 0004 call _dispi_set_enable 36553 9181 58 pop ax 36554 9182 5B pop bx 36555 9183 5A pop dx 36556 9184 C3 ret 36557 00009185 _dispi_set_enable: 36558 9185 52 push dx 36559 9186 50 push ax 36560 9187 BA 01CE mov dx, # 0x01CE 36561 918A B8 0004 mov ax, # 0x4 36562 918D EF out dx, ax 36563 918E 58 pop ax 36564 918F BA 01CF mov dx, # 0x01CF 36565 9192 EF out dx, ax 36566 9193 5A pop dx 36567 9194 C3 ret 36568 00009195 dispi_get_enable: 36569 9195 52 push dx 36570 9196 BA 01CE mov dx, # 0x01CE 36571 9199 B8 0004 mov ax, # 0x4 36572 919C EF out dx, ax 36573 919D BA 01CF mov dx, # 0x01CF 36574 91A0 ED in ax, dx 36575 91A1 5A pop dx 36576 91A2 C3 ret 36577 000091A3 _dispi_set_bank: 36578 91A3 52 push dx 36579 91A4 50 push ax 36580 91A5 BA 01CE mov dx, # 0x01CE 36581 91A8 B8 0005 mov ax, # 0x5 36582 91AB EF out dx, ax 36583 91AC 58 pop ax 36584 91AD BA 01CF mov dx, # 0x01CF 36585 91B0 EF out dx, ax 36586 91B1 5A pop dx 36587 91B2 C3 ret 36588 000091B3 dispi_get_bank: 36589 91B3 52 push dx 36590 91B4 BA 01CE mov dx, # 0x01CE 36591 91B7 B8 0005 mov ax, # 0x5 36592 91BA EF out dx, ax 36593 91BB BA 01CF mov dx, # 0x01CF 36594 91BE ED in ax, dx 36595 91BF 5A pop dx 36596 91C0 C3 ret 36597 ! 7571 endasm 36598 !BCC_ENDASM 36599 ! 7572 static void dispi_set_bank_farcall() 36600 ! 7573 { 36601 000091C1 _dispi_set_bank_farcall: 36602 ! 7574 #asm 36603 !BCC_ASM 36604 91C1 81FB 0100 cmp bx,#0x0100 36605 91C5 74 1E je dispi_set_bank_farcall_get 36606 91C7 09DB or bx,bx 36607 91C9 75 28 jnz dispi_set_bank_farcall_error 36608 91CB 89D0 mov ax,dx 36609 91CD 52 push dx 36610 91CE 50 push ax 36611 91CF B8 0005 mov ax,# 0x5 36612 91D2 BA 01CE mov dx,# 0x01CE 36613 91D5 EF out dx,ax 36614 91D6 58 pop ax 36615 91D7 BA 01CF mov dx,# 0x01CF 36616 91DA EF out dx,ax 36617 91DB ED in ax,dx 36618 91DC 5A pop dx 36619 91DD 39C2 cmp dx,ax 36620 91DF 75 12 jne dispi_set_bank_farcall_error 36621 91E1 B8 004F mov ax, #0x004f 36622 91E4 CB retf 36623 000091E5 dispi_set_bank_farcall_get: 36624 91E5 B8 0005 mov ax,# 0x5 36625 91E8 BA 01CE mov dx,# 0x01CE 36626 91EB EF out dx,ax 36627 91EC BA 01CF mov dx,# 0x01CF 36628 91EF ED in ax,dx 36629 91F0 89C2 mov dx,ax 36630 91F2 CB retf 36631 000091F3 dispi_set_bank_farcall_error: 36632 91F3 B8 014F mov ax,#0x014F 36633 91F6 CB retf 36634 ! 7605 endasm 36635 !BCC_ENDASM 36636 ! 7606 } 36637 91F7 C3 ret 36638 ! 7607 #asm 36639 !BCC_ASM 36640 000091F8 dispi_set_x_offset: 36641 91F8 52 push dx 36642 91F9 50 push ax 36643 91FA BA 01CE mov dx, # 0x01CE 36644 91FD B8 0008 mov ax, # 0x8 36645 9200 EF out dx, ax 36646 9201 58 pop ax 36647 9202 BA 01CF mov dx, # 0x01CF 36648 9205 EF out dx, ax 36649 9206 5A pop dx 36650 9207 C3 ret 36651 00009208 dispi_get_x_offset: 36652 9208 52 push dx 36653 9209 BA 01CE mov dx, # 0x01CE 36654 920C B8 0008 mov ax, # 0x8 36655 920F EF out dx, ax 36656 9210 BA 01CF mov dx, # 0x01CF 36657 9213 ED in ax, dx 36658 9214 5A pop dx 36659 9215 C3 ret 36660 00009216 dispi_set_y_offset: 36661 9216 52 push dx 36662 9217 50 push ax 36663 9218 BA 01CE mov dx, # 0x01CE 36664 921B B8 0009 mov ax, # 0x9 36665 921E EF out dx, ax 36666 921F 58 pop ax 36667 9220 BA 01CF mov dx, # 0x01CF 36668 9223 EF out dx, ax 36669 9224 5A pop dx 36670 9225 C3 ret 36671 00009226 dispi_get_y_offset: 36672 9226 52 push dx 36673 9227 BA 01CE mov dx, # 0x01CE 36674 922A B8 0009 mov ax, # 0x9 36675 922D EF out dx, ax 36676 922E BA 01CF mov dx, # 0x01CF 36677 9231 ED in ax, dx 36678 9232 5A pop dx 36679 9233 C3 ret 36680 00009234 vga_set_virt_width: 36681 9234 50 push ax 36682 9235 53 push bx 36683 9236 52 push dx 36684 9237 89C3 mov bx, ax 36685 9239 E8 FEEC call dispi_get_bpp 36686 923C 3C 04 cmp al, #0x04 36687 923E 77 02 ja set_width_svga 36688 9240 D1EB shr bx, #1 36689 00009242 set_width_svga: 36690 9242 C1EB 03 shr bx, #3 36691 9245 BA 03D4 mov dx, # 0x3d4 36692 9248 88DC mov ah, bl 36693 924A B0 13 mov al, #0x13 36694 924C EF out dx, ax 36695 924D 5A pop dx 36696 924E 5B pop bx 36697 924F 58 pop ax 36698 9250 C3 ret 36699 00009251 dispi_set_virt_width: 36700 9251 E8 FFE0 call vga_set_virt_width 36701 9254 52 push dx 36702 9255 50 push ax 36703 9256 BA 01CE mov dx, # 0x01CE 36704 9259 B8 0006 mov ax, # 0x6 36705 925C EF out dx, ax 36706 925D 58 pop ax 36707 925E BA 01CF mov dx, # 0x01CF 36708 9261 EF out dx, ax 36709 9262 5A pop dx 36710 9263 C3 ret 36711 00009264 dispi_get_virt_width: 36712 9264 52 push dx 36713 9265 BA 01CE mov dx, # 0x01CE 36714 9268 B8 0006 mov ax, # 0x6 36715 926B EF out dx, ax 36716 926C BA 01CF mov dx, # 0x01CF 36717 926F ED in ax, dx 36718 9270 5A pop dx 36719 9271 C3 ret 36720 00009272 dispi_get_virt_height: 36721 9272 52 push dx 36722 9273 BA 01CE mov dx, # 0x01CE 36723 9276 B8 0007 mov ax, # 0x7 36724 9279 EF out dx, ax 36725 927A BA 01CF mov dx, # 0x01CF 36726 927D ED in ax, dx 36727 927E 5A pop dx 36728 927F C3 ret 36729 00009280 _vga_compat_setup: 36730 9280 50 push ax 36731 9281 52 push dx 36732 ; set CRT X resolution 36733 9282 BA 01CE mov dx, # 0x01CE 36734 9285 B8 0001 mov ax, # 0x1 36735 9288 EF out dx, ax 36736 9289 BA 01CF mov dx, # 0x01CF 36737 928C ED in ax, dx 36738 928D 50 push ax 36739 928E BA 03D4 mov dx, # 0x3d4 36740 9291 B8 0011 mov ax, #0x0011 36741 9294 EF out dx, ax 36742 9295 58 pop ax 36743 9296 50 push ax 36744 9297 C1E8 03 shr ax, #3 36745 929A 48 dec ax 36746 929B 88C4 mov ah, al 36747 929D B0 01 mov al, #0x01 36748 929F EF out dx, ax 36749 92A0 58 pop ax 36750 92A1 E8 FF90 call vga_set_virt_width 36751 ; set CRT Y resolution 36752 92A4 BA 01CE mov dx, # 0x01CE 36753 92A7 B8 0002 mov ax, # 0x2 36754 92AA EF out dx, ax 36755 92AB BA 01CF mov dx, # 0x01CF 36756 92AE ED in ax, dx 36757 92AF 48 dec ax 36758 92B0 50 push ax 36759 92B1 BA 03D4 mov dx, # 0x3d4 36760 92B4 88C4 mov ah, al 36761 92B6 B0 12 mov al, #0x12 36762 92B8 EF out dx, ax 36763 92B9 58 pop ax 36764 92BA B0 07 mov al, #0x07 36765 92BC EE out dx, al 36766 92BD 42 inc dx 36767 92BE EC in al, dx 36768 92BF 24 BD and al, #0xbd 36769 92C1 F6C4 01 test ah, #0x01 36770 92C4 74 02 jz bit8_clear 36771 92C6 0C 02 or al, #0x02 36772 000092C8 bit8_clear: 36773 92C8 F6C4 02 test ah, #0x02 36774 92CB 74 02 jz bit9_clear 36775 92CD 0C 40 or al, #0x40 36776 000092CF bit9_clear: 36777 92CF EE out dx, al 36778 ; other settings 36779 92D0 BA 03D4 mov dx, # 0x3d4 36780 92D3 B8 0009 mov ax, #0x0009 36781 92D6 EF out dx, ax 36782 92D7 B0 17 mov al, #0x17 36783 92D9 EE out dx, al 36784 92DA BA 03D5 mov dx, # 0x3d5 36785 92DD EC in al, dx 36786 92DE 0C 03 or al, #0x03 36787 92E0 EE out dx, al 36788 92E1 BA 03DA mov dx, # 0x3da 36789 92E4 EC in al, dx 36790 92E5 BA 03C0 mov dx, # 0x3c0 36791 92E8 B0 10 mov al, #0x10 36792 92EA EE out dx, al 36793 92EB BA 03C1 mov dx, # 0x3c1 36794 92EE EC in al, dx 36795 92EF 0C 01 or al, #0x01 36796 92F1 BA 03C0 mov dx, # 0x3c0 36797 92F4 EE out dx, al 36798 92F5 B0 20 mov al, #0x20 36799 92F7 EE out dx, al 36800 92F8 BA 03CE mov dx, # 0x3ce 36801 92FB B8 0506 mov ax, #0x0506 36802 92FE EF out dx, ax 36803 92FF BA 03C4 mov dx, # 0x3c4 36804 9302 B8 0F02 mov ax, #0x0f02 36805 9305 EF out dx, ax 36806 ; settings for >= 8bpp 36807 9306 BA 01CE mov dx, # 0x01CE 36808 9309 B8 0003 mov ax, # 0x3 36809 930C EF out dx, ax 36810 930D BA 01CF mov dx, # 0x01CF 36811 9310 ED in ax, dx 36812 9311 3C 08 cmp al, #0x08 36813 9313 72 40 jb vga_compat_end 36814 9315 BA 03D4 mov dx, # 0x3d4 36815 9318 B0 14 mov al, #0x14 36816 931A EE out dx, al 36817 931B BA 03D5 mov dx, # 0x3d5 36818 931E EC in al, dx 36819 931F 0C 40 or al, #0x40 36820 9321 EE out dx, al 36821 9322 BA 03DA mov dx, # 0x3da 36822 9325 EC in al, dx 36823 9326 BA 03C0 mov dx, # 0x3c0 36824 9329 B0 10 mov al, #0x10 36825 932B EE out dx, al 36826 932C BA 03C1 mov dx, # 0x3c1 36827 932F EC in al, dx 36828 9330 0C 40 or al, #0x40 36829 9332 BA 03C0 mov dx, # 0x3c0 36830 9335 EE out dx, al 36831 9336 B0 20 mov al, #0x20 36832 9338 EE out dx, al 36833 9339 BA 03C4 mov dx, # 0x3c4 36834 933C B0 04 mov al, #0x04 36835 933E EE out dx, al 36836 933F BA 03C5 mov dx, # 0x3c5 36837 9342 EC in al, dx 36838 9343 0C 08 or al, #0x08 36839 9345 EE out dx, al 36840 9346 BA 03CE mov dx, # 0x3ce 36841 9349 B0 05 mov al, #0x05 36842 934B EE out dx, al 36843 934C BA 03CF mov dx, # 0x3cf 36844 934F EC in al, dx 36845 9350 24 9F and al, #0x9f 36846 9352 0C 40 or al, #0x40 36847 9354 EE out dx, al 36848 00009355 vga_compat_end: 36849 9355 5A pop dx 36850 9356 58 pop ax 36851 ! 7819 endasm 36852 !BCC_ENDASM 36853 ! 7820 static ModeInfoListItem* mode_info_find_mode(mode, using_lfb) 36854 ! 7821 Bit16u mode; Boolean using_lfb; 36855 00009357 _mode_info_find_mode: 36856 !BCC_EOS 36857 !BCC_EOS 36858 ! 7822 { 36859 ! 7823 ModeInfoListItem *cur_info=&mode_info_list; 36860 9357 55 push bp 36861 9358 89E5 mov bp,sp 36862 935A 4C dec sp 36863 935B 4C dec sp 36864 ! Debug: eq * [$3E] struct ModeInfoListItem = mode_info_list+0 to * struct ModeInfoListItem cur_info = [S+4-4] (used reg = ) 36865 935C BB 7E07 mov bx,#_mode_info_list 36866 935F 895E FE mov -2[bp],bx 36867 !BCC_EOS 36868 ! 7824 while (cur_info->mode != 0xFFFF) 36869 ! 7825 { 36870 9362 EB 43 jmp .2B9 36871 00009364 .2BA: 36872 ! 7826 if (cur_info->mode == mode) 36873 9364 8B5E FE mov bx,-2[bp] 36874 ! Debug: logeq unsigned short mode = [S+4+2] to unsigned short = [bx+0] (used reg = ) 36875 9367 8B1F mov bx,[bx] 36876 9369 3B5E 04 cmp bx,4[bp] 36877 936C 75 30 jne .2BB 36878 0000936E .2BC: 36879 ! 7827 { 36880 ! 7828 if (!using_lfb) 36881 936E 8B46 06 mov ax,6[bp] 36882 9371 85C0 test ax,ax 36883 9373 75 09 jne .2BD 36884 00009375 .2BE: 36885 ! 7829 { 36886 ! 7830 return cur_info; 36887 9375 8B46 FE mov ax,-2[bp] 36888 9378 89EC mov sp,bp 36889 937A 5D pop bp 36890 937B C3 ret 36891 !BCC_EOS 36892 ! 7831 } 36893 ! 7832 else if (cur_info->info.ModeAttributes & 0x0080) 36894 937C EB 1E jmp .2BF 36895 0000937E .2BD: 36896 937E 8B5E FE mov bx,-2[bp] 36897 ! Debug: and int = const $80 to unsigned short = [bx+2] (used reg = ) 36898 9381 8A47 02 mov al,2[bx] 36899 9384 24 80 and al,#$80 36900 9386 84C0 test al,al 36901 9388 74 09 je .2C0 36902 0000938A .2C1: 36903 ! 7833 { 36904 ! 7834 return cur_info; 36905 938A 8B46 FE mov ax,-2[bp] 36906 938D 89EC mov sp,bp 36907 938F 5D pop bp 36908 9390 C3 ret 36909 !BCC_EOS 36910 ! 7835 } 36911 ! 7836 else 36912 ! 7837 { 36913 9391 EB 09 jmp .2C2 36914 00009393 .2C0: 36915 ! 7838 cur_info++; 36916 ! Debug: postinc * struct ModeInfoListItem cur_info = [S+4-4] (used reg = ) 36917 9393 8B5E FE mov bx,-2[bp] 36918 9396 83C3 44 add bx,*$44 36919 9399 895E FE mov -2[bp],bx 36920 !BCC_EOS 36921 ! 7839 } 36922 ! 7840 } 36923 0000939C .2C2: 36924 0000939C .2BF: 36925 ! 7841 else 36926 ! 7842 { 36927 939C EB 09 jmp .2C3 36928 0000939E .2BB: 36929 ! 7843 cur_info++; 36930 ! Debug: postinc * struct ModeInfoListItem cur_info = [S+4-4] (used reg = ) 36931 939E 8B5E FE mov bx,-2[bp] 36932 93A1 83C3 44 add bx,*$44 36933 93A4 895E FE mov -2[bp],bx 36934 !BCC_EOS 36935 ! 7844 } 36936 ! 7845 } 36937 000093A7 .2C3: 36938 ! 7846 return 0; 36939 000093A7 .2B9: 36940 93A7 8B5E FE mov bx,-2[bp] 36941 ! Debug: ne unsigned int = const $FFFF to unsigned short = [bx+0] (used reg = ) 36942 93AA 8B1F mov bx,[bx] 36943 93AC 81FB FFFF cmp bx,#$FFFF 36944 93B0 75 B2 jne .2BA 36945 000093B2 .2C4: 36946 000093B2 .2B8: 36947 93B2 31C0 xor ax,ax 36948 93B4 89EC mov sp,bp 36949 93B6 5D pop bp 36950 93B7 C3 ret 36951 !BCC_EOS 36952 ! 7847 } 36953 ! 7848 #asm 36954 !BCC_ASM 36955 00000004 _mode_info_find_mode.using_lfb set 4 36956 00000002 _mode_info_find_mode.mode set 2 36957 ; Has 1 display - Returns true if 1 display detected 36958 000093B8 _vbe_has_vbe_display: 36959 93B8 1E push ds 36960 93B9 53 push bx 36961 93BA B8 0040 mov ax, # 0x40 36962 93BD 8ED8 mov ds, ax 36963 93BF BB 00B9 mov bx, # 0xB9 36964 93C2 8A07 mov al, [bx] 36965 93C4 24 01 and al, #0x01 36966 93C6 30E4 xor ah, ah 36967 93C8 5B pop bx 36968 93C9 1F pop ds 36969 93CA C3 ret 36970 ; 1 Init - Initialise the Vesa Bios Extension Code 36971 ; This function does a sanity check on the host side display code interface. 36972 000093CB vbe_init: 36973 93CB B8 B0C0 mov ax, # 0xB0C0 36974 93CE E8 FCF4 call dispi_set_id 36975 93D1 E8 FCE3 call dispi_get_id 36976 93D4 3D B0C0 cmp ax, # 0xB0C0 36977 93D7 75 16 jne no_vbe_interface 36978 93D9 1E push ds 36979 93DA 53 push bx 36980 93DB B8 0040 mov ax, # 0x40 36981 93DE 8ED8 mov ds, ax 36982 93E0 BB 00B9 mov bx, # 0xB9 36983 93E3 B0 01 mov al, #0x01 36984 93E5 8807 mov [bx], al 36985 93E7 5B pop bx 36986 93E8 1F pop ds 36987 93E9 B8 B0C5 mov ax, # 0xB0C5 36988 93EC E8 FCD6 call dispi_set_id 36989 000093EF no_vbe_interface: 36990 93EF BB 8F75 mov bx, #msg_vbe_init 36991 93F2 53 push bx 36992 93F3 E8 E87A call _printf 36993 93F6 44 inc sp 36994 93F7 44 inc sp 36995 93F8 C3 ret 36996 ; 1 Display Info - Display information on screen about the 1 36997 000093F9 vbe_display_info: 36998 93F9 E8 FFBC call _vbe_has_vbe_display 36999 93FC 85C0 test ax, ax 37000 93FE 74 0B jz no_vbe_flag 37001 9400 B8 C000 mov ax, #0xc000 37002 9403 8ED8 mov ds, ax 37003 9405 BE 8F2B mov si, #_vbebios_info_string 37004 9408 E9 A223 jmp _display_string 37005 0000940B no_vbe_flag: 37006 940B B8 C000 mov ax, #0xc000 37007 940E 8ED8 mov ds, ax 37008 9410 BE 8F51 mov si, #_no_vbebios_info_string 37009 9413 E9 A218 jmp _display_string 37010 ; helper function for memory size calculation 37011 00009416 lmulul: 37012 9416 66 25 0000FFFF and eax, #0x0000FFFF 37013 941C 66 C1E3 10 shl ebx, #16 37014 9420 66 09D8 or eax, ebx 37015 9423 36 SEG SS 37016 9424 66 F725 mul eax, dword ptr [di] 37017 9427 66 89C3 mov ebx, eax 37018 942A 66 C1EB 10 shr ebx, #16 37019 942E C3 ret 37020 ! 7912 endasm 37021 !BCC_ENDASM 37022 ! 7913 void vbe_biosfn_return_controller_information(AX, ES, DI) 37023 ! Register BX used in function mode_info_find_mode 37024 ! 7914 Bit16u *AX;Bit16u ES;Bit16u DI; 37025 export _vbe_biosfn_return_controller_information 37026 0000942F _vbe_biosfn_return_controller_information: 37027 !BCC_EOS 37028 !BCC_EOS 37029 !BCC_EOS 37030 ! 7915 { 37031 ! 7916 Bit16u ss=get_SS(); 37032 942F 55 push bp 37033 9430 89E5 mov bp,sp 37034 9432 4C dec sp 37035 9433 4C dec sp 37036 ! Debug: func () unsigned short = get_SS+0 (used reg = ) 37037 9434 E8 E836 call _get_SS 37038 ! Debug: eq unsigned short = ax+0 to unsigned short ss = [S+4-4] (used reg = ) 37039 9437 8946 FE mov -2[bp],ax 37040 !BCC_EOS 37041 ! 7917 VbeInfoBlock vbe_info_block; 37042 !BCC_EOS 37043 ! 7918 Bit16u status; 37044 !BCC_EOS 37045 ! 7919 Bit16u result; 37046 !BCC_EOS 37047 ! 7920 Bit16u vbe2_info; 37048 !BCC_EOS 37049 ! 7921 Bit16u cur_mode=0; 37050 943A 81C4 FDF8 add sp,#-$208 37051 ! Debug: eq int = const 0 to unsigned short cur_mode = [S+$20C-$20C] (used reg = ) 37052 943E 31C0 xor ax,ax 37053 9440 8986 FDF6 mov -$20A[bp],ax 37054 !BCC_EOS 37055 ! 7922 Bit16u cur_ptr=34; 37056 9444 4C dec sp 37057 9445 4C dec sp 37058 ! Debug: eq int = const $22 to unsigned short cur_ptr = [S+$20E-$20E] (used reg = ) 37059 9446 B8 0022 mov ax,*$22 37060 9449 8986 FDF4 mov -$20C[bp],ax 37061 !BCC_EOS 37062 ! 7923 Bit16u size_64k; 37063 !BCC_EOS 37064 ! 7924 ModeInfoListItem *cur_info=&mode_info_list; 37065 944D 83C4 FC add sp,*-4 37066 ! Debug: eq * [$3E] struct ModeInfoListItem = mode_info_list+0 to * struct ModeInfoListItem cur_info = [S+$212-$212] (used reg = ) 37067 9450 BB 7E07 mov bx,#_mode_info_list 37068 9453 899E FDF0 mov -$210[bp],bx 37069 !BCC_EOS 37070 ! 7925 status = read_word(ss, AX); 37071 ! Debug: list * unsigned short AX = [S+$212+2] (used reg = ) 37072 9457 FF76 04 push 4[bp] 37073 ! Debug: list unsigned short ss = [S+$214-4] (used reg = ) 37074 945A FF76 FE push -2[bp] 37075 ! Debug: func () unsigned short = read_word+0 (used reg = ) 37076 945D E8 E794 call _read_word 37077 9460 83C4 04 add sp,*4 37078 ! Debug: eq unsigned short = ax+0 to unsigned short status = [S+$212-$206] (used reg = ) 37079 9463 8986 FDFC mov -$204[bp],ax 37080 !BCC_EOS 37081 ! 7926 vbe2_info = 0; 37082 ! Debug: eq int = const 0 to unsigned short vbe2_info = [S+$212-$20A] (used reg = ) 37083 9467 31C0 xor ax,ax 37084 9469 8986 FDF8 mov -$208[bp],ax 37085 !BCC_EOS 37086 ! 7927 memcpyb(ss, &vbe_info_block, ES, DI, sizeof(vbe_info_block)); 37087 ! Debug: list int = const $200 (used reg = ) 37088 946D B8 0200 mov ax,#$200 37089 9470 50 push ax 37090 ! Debug: list unsigned short DI = [S+$214+6] (used reg = ) 37091 9471 FF76 08 push 8[bp] 37092 ! Debug: list unsigned short ES = [S+$216+4] (used reg = ) 37093 9474 FF76 06 push 6[bp] 37094 ! Debug: list * struct VbeInfoBlock vbe_info_block = S+$218-$204 (used reg = ) 37095 9477 8D9E FDFE lea bx,-$202[bp] 37096 947B 53 push bx 37097 ! Debug: list unsigned short ss = [S+$21A-4] (used reg = ) 37098 947C FF76 FE push -2[bp] 37099 ! Debug: func () void = memcpyb+0 (used reg = ) 37100 947F E8 E6FF call _memcpyb 37101 9482 83C4 0A add sp,*$A 37102 !BCC_EOS 37103 ! 7928 if (((vbe_info_block.VbeSignature[0] == 'V') && 37104 ! 7929 (vbe_info_block.VbeSignature[1] == 'B') && 37105 ! 7930 (vbe_info_block.VbeSignature[2] == 'E') && 37106 ! 7931 (vbe_info_block.VbeSignature[3] == '2')) || 37107 ! 7932 ((vbe_info_block.VbeSignature[0] == 'V') && 37108 ! 7933 (vbe_info_block.VbeSignature[1] == 'E') && 37109 ! 7934 (vbe_info_block.VbeSignature[2] == 'S') && 37110 ! 7935 (vbe_info_block.VbeSignature[3] == 'A')) ) 37111 ! Debug: logeq int = const $56 to unsigned char vbe_info_block = [S+$212-$204] (used reg = ) 37112 9485 8A86 FDFE mov al,-$202[bp] 37113 9489 3C 56 cmp al,*$56 37114 948B 75 18 jne .2C7 37115 0000948D .2CA: 37116 ! Debug: logeq int = const $42 to unsigned char vbe_info_block = [S+$212-$203] (used reg = ) 37117 948D 8A86 FDFF mov al,-$201[bp] 37118 9491 3C 42 cmp al,*$42 37119 9493 75 10 jne .2C7 37120 00009495 .2C9: 37121 ! Debug: logeq int = const $45 to unsigned char vbe_info_block = [S+$212-$202] (used reg = ) 37122 9495 8A86 FE00 mov al,-$200[bp] 37123 9499 3C 45 cmp al,*$45 37124 949B 75 08 jne .2C7 37125 0000949D .2C8: 37126 ! Debug: logeq int = const $32 to unsigned char vbe_info_block = [S+$212-$201] (used reg = ) 37127 949D 8A86 FE01 mov al,-$1FF[bp] 37128 94A1 3C 32 cmp al,*$32 37129 94A3 74 20 je .2C6 37130 000094A5 .2C7: 37131 ! Debug: logeq int = const $56 to unsigned char vbe_info_block = [S+$212-$204] (used reg = ) 37132 94A5 8A86 FDFE mov al,-$202[bp] 37133 94A9 3C 56 cmp al,*$56 37134 94AB 75 1F jne .2C5 37135 000094AD .2CD: 37136 ! Debug: logeq int = const $45 to unsigned char vbe_info_block = [S+$212-$203] (used reg = ) 37137 94AD 8A86 FDFF mov al,-$201[bp] 37138 94B1 3C 45 cmp al,*$45 37139 94B3 75 17 jne .2C5 37140 000094B5 .2CC: 37141 ! Debug: logeq int = const $53 to unsigned char vbe_info_block = [S+$212-$202] (used reg = ) 37142 94B5 8A86 FE00 mov al,-$200[bp] 37143 94B9 3C 53 cmp al,*$53 37144 94BB 75 0F jne .2C5 37145 000094BD .2CB: 37146 ! Debug: logeq int = const $41 to unsigned char vbe_info_block = [S+$212-$201] (used reg = ) 37147 94BD 8A86 FE01 mov al,-$1FF[bp] 37148 94C1 3C 41 cmp al,*$41 37149 94C3 75 07 jne .2C5 37150 000094C5 .2C6: 37151 ! 7936 { 37152 ! 7937 vbe2_info = 1; 37153 ! Debug: eq int = const 1 to unsigned short vbe2_info = [S+$212-$20A] (used reg = ) 37154 94C5 B8 0001 mov ax,*1 37155 94C8 8986 FDF8 mov -$208[bp],ax 37156 !BCC_EOS 37157 ! 7938 } 37158 ! 7939 vbe_info_block.VbeSignature[0] = 'V'; 37159 000094CC .2C5: 37160 ! Debug: eq int = const $56 to unsigned char vbe_info_block = [S+$212-$204] (used reg = ) 37161 94CC B0 56 mov al,*$56 37162 94CE 8886 FDFE mov -$202[bp],al 37163 !BCC_EOS 37164 ! 7940 vbe_info_block.VbeSignature[1] = 'E'; 37165 ! Debug: eq int = const $45 to unsigned char vbe_info_block = [S+$212-$203] (used reg = ) 37166 94D2 B0 45 mov al,*$45 37167 94D4 8886 FDFF mov -$201[bp],al 37168 !BCC_EOS 37169 ! 7941 vbe_info_block.VbeSignature[2] = 'S'; 37170 ! Debug: eq int = const $53 to unsigned char vbe_info_block = [S+$212-$202] (used reg = ) 37171 94D8 B0 53 mov al,*$53 37172 94DA 8886 FE00 mov -$200[bp],al 37173 !BCC_EOS 37174 ! 7942 vbe_info_block.VbeSignature[3] = 'A'; 37175 ! Debug: eq int = const $41 to unsigned char vbe_info_block = [S+$212-$201] (used reg = ) 37176 94DE B0 41 mov al,*$41 37177 94E0 8886 FE01 mov -$1FF[bp],al 37178 !BCC_EOS 37179 ! 7943 37180 ! 7943 vbe_info_block.VbeVersion = 0x0200; 37181 ! Debug: eq int = const $200 to unsigned short vbe_info_block = [S+$212-$200] (used reg = ) 37182 94E4 B8 0200 mov ax,#$200 37183 94E7 8986 FE02 mov -$1FE[bp],ax 37184 !BCC_EOS 37185 ! 7944 vbe_info_block.OemStringPtr_Seg = 0xc000; 37186 ! Debug: eq unsigned int = const $C000 to unsigned short vbe_info_block = [S+$212-$1FC] (used reg = ) 37187 94EB B8 C000 mov ax,#$C000 37188 94EE 8986 FE06 mov -$1FA[bp],ax 37189 !BCC_EOS 37190 ! 7945 vbe_info_block.OemStringPtr_Off = &vbebios_copyright; 37191 ! Debug: eq * char = vbebios_copyright+0 to unsigned short vbe_info_block = [S+$212-$1FE] (used reg = ) 37192 94F2 BB 8E7F mov bx,#_vbebios_copyright 37193 94F5 899E FE04 mov -$1FC[bp],bx 37194 !BCC_EOS 37195 ! 7946 vbe_info_block.Capabilities[0] = 0x0001; 37196 ! Debug: eq int = const 1 to unsigned char vbe_info_block = [S+$212-$1FA] (used reg = ) 37197 94F9 B0 01 mov al,*1 37198 94FB 8886 FE08 mov -$1F8[bp],al 37199 !BCC_EOS 37200 ! 7947 vbe_info_block.Capabilities[1] = 0; 37201 ! Debug: eq int = const 0 to unsigned char vbe_info_block = [S+$212-$1F9] (used reg = ) 37202 94FF 30C0 xor al,al 37203 9501 8886 FE09 mov -$1F7[bp],al 37204 !BCC_EOS 37205 ! 7948 vbe_info_block.Capabilities[2] = 0; 37206 ! Debug: eq int = const 0 to unsigned char vbe_info_block = [S+$212-$1F8] (used reg = ) 37207 9505 30C0 xor al,al 37208 9507 8886 FE0A mov -$1F6[bp],al 37209 !BCC_EOS 37210 ! 7949 vbe_info_block.Capabilities[3] = 0; 37211 ! Debug: eq int = const 0 to unsigned char vbe_info_block = [S+$212-$1F7] (used reg = ) 37212 950B 30C0 xor al,al 37213 950D 8886 FE0B mov -$1F5[bp],al 37214 !BCC_EOS 37215 ! 7950 vbe_info_block.VideoModePtr_Seg= ES ; 37216 ! Debug: eq unsigned short ES = [S+$212+4] to unsigned short vbe_info_block = [S+$212-$1F4] (used reg = ) 37217 9511 8B46 06 mov ax,6[bp] 37218 9514 8986 FE0E mov -$1F2[bp],ax 37219 !BCC_EOS 37220 ! 7951 vbe_info_block.VideoModePtr_Off= DI + 34; 37221 ! Debug: add int = const $22 to unsigned short DI = [S+$212+6] (used reg = ) 37222 9518 8B46 08 mov ax,8[bp] 37223 ! Debug: eq unsigned int = ax+$22 to unsigned short vbe_info_block = [S+$212-$1F6] (used reg = ) 37224 951B 05 0022 add ax,*$22 37225 951E 8986 FE0C mov -$1F4[bp],ax 37226 !BCC_EOS 37227 ! 7952 outw(0x01CE, 0xa); 37228 ! Debug: list int = const $A (used reg = ) 37229 9522 B8 000A mov ax,*$A 37230 9525 50 push ax 37231 ! Debug: list int = const $1CE (used reg = ) 37232 9526 B8 01CE mov ax,#$1CE 37233 9529 50 push ax 37234 ! Debug: func () void = outw+0 (used reg = ) 37235 952A E8 E730 call _outw 37236 952D 83C4 04 add sp,*4 37237 !BCC_EOS 37238 ! 7953 vbe_info_block.TotalMemory = inw(0x01CF); 37239 ! Debug: list int = const $1CF (used reg = ) 37240 9530 B8 01CF mov ax,#$1CF 37241 9533 50 push ax 37242 ! Debug: func () unsigned short = inw+0 (used reg = ) 37243 9534 E8 E70B call _inw 37244 9537 44 inc sp 37245 9538 44 inc sp 37246 ! Debug: eq unsigned short = ax+0 to unsigned short vbe_info_block = [S+$212-$1F2] (used reg = ) 37247 9539 8986 FE10 mov -$1F0[bp],ax 37248 !BCC_EOS 37249 ! 7954 if (vbe2_info) 37250 953D 8B86 FDF8 mov ax,-$208[bp] 37251 9541 85C0 test ax,ax 37252 9543 74 4B je .2CE 37253 00009545 .2CF: 37254 ! 7955 { 37255 ! 7956 vbe_info_block.OemSoftwareRev = 0x0002;; 37256 ! Debug: eq int = const 2 to unsigned short vbe_info_block = [S+$212-$1F0] (used reg = ) 37257 9545 B8 0002 mov ax,*2 37258 9548 8986 FE12 mov -$1EE[bp],ax 37259 !BCC_EOS 37260 !BCC_EOS 37261 ! 7957 vbe_info_block.OemVendorNamePtr_Seg = 0xc000; 37262 ! Debug: eq unsigned int = const $C000 to unsigned short vbe_info_block = [S+$212-$1EC] (used reg = ) 37263 954C B8 C000 mov ax,#$C000 37264 954F 8986 FE16 mov -$1EA[bp],ax 37265 !BCC_EOS 37266 ! 7958 vbe_info_block.OemVendorNamePtr_Off = &vbebios_vendor_name; 37267 ! Debug: eq * char = vbebios_vendor_name+0 to unsigned short vbe_info_block = [S+$212-$1EE] (used reg = ) 37268 9553 BB 8EC5 mov bx,#_vbebios_vendor_name 37269 9556 899E FE14 mov -$1EC[bp],bx 37270 !BCC_EOS 37271 ! 7959 vbe_info_block.OemProductNamePtr_Seg = 0xc000; 37272 ! Debug: eq unsigned int = const $C000 to unsigned short vbe_info_block = [S+$212-$1E8] (used reg = ) 37273 955A B8 C000 mov ax,#$C000 37274 955D 8986 FE1A mov -$1E6[bp],ax 37275 !BCC_EOS 37276 ! 7960 vbe_info_block.OemProductNamePtr_Off = &vbebios_product_name; 37277 ! Debug: eq * char = vbebios_product_name+0 to unsigned short vbe_info_block = [S+$212-$1EA] (used reg = ) 37278 9561 BB 8EDD mov bx,#_vbebios_product_name 37279 9564 899E FE18 mov -$1E8[bp],bx 37280 !BCC_EOS 37281 ! 7961 vbe_info_block.OemProductRevPtr_Seg = 0xc000; 37282 ! Debug: eq unsigned int = const $C000 to unsigned short vbe_info_block = [S+$212-$1E4] (used reg = ) 37283 9568 B8 C000 mov ax,#$C000 37284 956B 8986 FE1E mov -$1E2[bp],ax 37285 !BCC_EOS 37286 ! 7962 vbe_info_block.OemProductRevPtr_Off = &vbebios_product_revision; 37287 ! Debug: eq * char = vbebios_product_revision+0 to unsigned short vbe_info_block = [S+$212-$1E6] (used reg = ) 37288 956F BB 8EF6 mov bx,#_vbebios_product_revision 37289 9572 899E FE1C mov -$1E4[bp],bx 37290 !BCC_EOS 37291 ! 7963 memcpyb(ES, DI, ss, &vbe_info_block, sizeof(vbe_info_block)); 37292 ! Debug: list int = const $200 (used reg = ) 37293 9576 B8 0200 mov ax,#$200 37294 9579 50 push ax 37295 ! Debug: list * struct VbeInfoBlock vbe_info_block = S+$214-$204 (used reg = ) 37296 957A 8D9E FDFE lea bx,-$202[bp] 37297 957E 53 push bx 37298 ! Debug: list unsigned short ss = [S+$216-4] (used reg = ) 37299 957F FF76 FE push -2[bp] 37300 ! Debug: list unsigned short DI = [S+$218+6] (used reg = ) 37301 9582 FF76 08 push 8[bp] 37302 ! Debug: list unsigned short ES = [S+$21A+4] (used reg = ) 37303 9585 FF76 06 push 6[bp] 37304 ! Debug: func () void = memcpyb+0 (used reg = ) 37305 9588 E8 E5F6 call _memcpyb 37306 958B 83C4 0A add sp,*$A 37307 !BCC_EOS 37308 ! 7964 } 37309 ! 7965 else 37310 ! 7966 { 37311 958E EB 18 jmp .2D0 37312 00009590 .2CE: 37313 ! 7967 memcpyb(ES, DI, ss, &vbe_info_block, 256); 37314 ! Debug: list int = const $100 (used reg = ) 37315 9590 B8 0100 mov ax,#$100 37316 9593 50 push ax 37317 ! Debug: list * struct VbeInfoBlock vbe_info_block = S+$214-$204 (used reg = ) 37318 9594 8D9E FDFE lea bx,-$202[bp] 37319 9598 53 push bx 37320 ! Debug: list unsigned short ss = [S+$216-4] (used reg = ) 37321 9599 FF76 FE push -2[bp] 37322 ! Debug: list unsigned short DI = [S+$218+6] (used reg = ) 37323 959C FF76 08 push 8[bp] 37324 ! Debug: list unsigned short ES = [S+$21A+4] (used reg = ) 37325 959F FF76 06 push 6[bp] 37326 ! Debug: func () void = memcpyb+0 (used reg = ) 37327 95A2 E8 E5DC call _memcpyb 37328 95A5 83C4 0A add sp,*$A 37329 !BCC_EOS 37330 ! 7968 } 37331 ! 7969 do 37332 000095A8 .2D0: 37333 ! 7970 { 37334 000095A8 .2D3: 37335 ! 7971 size_64k = (Bit16u)((Bit32u)cur_info->info.XResolution * cur_info->info.XResolution * cur_info->info.BitsPerPixel) >> 19; 37336 95A8 8B9E FDF0 mov bx,-$210[bp] 37337 ! Debug: cast unsigned long = const 0 to unsigned char = [bx+$1B] (used reg = ) 37338 95AC 8A47 1B mov al,$1B[bx] 37339 95AF 30E4 xor ah,ah 37340 95B1 31DB xor bx,bx 37341 95B3 53 push bx 37342 95B4 50 push ax 37343 95B5 8B9E FDF0 mov bx,-$210[bp] 37344 ! Debug: cast unsigned long = const 0 to unsigned short = [bx+$14] (used reg = ) 37345 95B9 8B47 14 mov ax,$14[bx] 37346 95BC 31DB xor bx,bx 37347 95BE 53 push bx 37348 95BF 50 push ax 37349 95C0 8B9E FDF0 mov bx,-$210[bp] 37350 ! Debug: cast unsigned long = const 0 to unsigned short = [bx+$14] (used reg = ) 37351 95C4 8B47 14 mov ax,$14[bx] 37352 95C7 31DB xor bx,bx 37353 ! Debug: mul unsigned long (temp) = [S+$21A-$21A] to unsigned long = bx+0 (used reg = ) 37354 95C9 8DBE FDE8 lea di,-$218[bp] 37355 95CD E8 FE46 call lmulul 37356 95D0 83C4 04 add sp,*4 37357 ! Debug: mul unsigned long (temp) = [S+$216-$216] to unsigned long = bx+0 (used reg = ) 37358 95D3 8DBE FDEC lea di,-$214[bp] 37359 95D7 E8 FE3C call lmulul 37360 95DA 83C4 04 add sp,*4 37361 ! Debug: cast unsigned short = const 0 to unsigned long = bx+0 (used reg = ) 37362 ! Debug: sr int = const $13 to unsigned short = ax+0 (used reg = ) 37363 95DD 31C0 xor ax,ax 37364 ! Debug: eq unsigned int = ax+0 to unsigned short size_64k = [S+$212-$210] (used reg = ) 37365 95DF 8986 FDF2 mov -$20E[bp],ax 37366 !BCC_EOS 37367 ! 7972 if ((cur_info->info.XResolution <= dispi_get_max_xres()) && 37368 ! 7973 (cur_info->info.BitsPerPixel <= dispi_get_max_bpp()) && 37369 ! 7974 (size_64k <= vbe_info_block.TotalMemory)) { 37370 ! Debug: func () int = dispi_get_max_xres+0 (used reg = ) 37371 95E3 E8 FB5B call _dispi_get_max_xres 37372 95E6 8B9E FDF0 mov bx,-$210[bp] 37373 ! Debug: le int = ax+0 to unsigned short = [bx+$14] (used reg = ) 37374 95EA 3B47 14 cmp ax,$14[bx] 37375 95ED 72 4D jb .2D4 37376 000095EF .2D7: 37377 ! Debug: func () int = dispi_get_max_bpp+0 (used reg = ) 37378 95EF E8 FB71 call _dispi_get_max_bpp 37379 95F2 8B9E FDF0 mov bx,-$210[bp] 37380 ! Debug: le int = ax+0 to unsigned char = [bx+$1B] (used reg = ) 37381 95F6 50 push ax 37382 95F7 8A47 1B mov al,$1B[bx] 37383 95FA 30E4 xor ah,ah 37384 95FC 3B86 FDEE cmp ax,-$212[bp] 37385 9600 8DA6 FDF0 lea sp,-$210[bp] 37386 9604 77 36 ja .2D4 37387 00009606 .2D6: 37388 ! Debug: le unsigned short vbe_info_block = [S+$212-$1F2] to unsigned short size_64k = [S+$212-$210] (used reg = ) 37389 9606 8B86 FDF2 mov ax,-$20E[bp] 37390 960A 3B86 FE10 cmp ax,-$1F0[bp] 37391 960E 77 2C ja .2D4 37392 00009610 .2D5: 37393 ! 7975 write_word(ES, DI + cur_ptr, cur_info->mode); 37394 9610 8B9E FDF0 mov bx,-$210[bp] 37395 ! Debug: list unsigned short = [bx+0] (used reg = ) 37396 9614 FF37 push [bx] 37397 ! Debug: add unsigned short cur_ptr = [S+$214-$20E] to unsigned short DI = [S+$214+6] (used reg = ) 37398 9616 8B46 08 mov ax,8[bp] 37399 9619 0386 FDF4 add ax,-$20C[bp] 37400 ! Debug: list unsigned int = ax+0 (used reg = ) 37401 961D 50 push ax 37402 ! Debug: list unsigned short ES = [S+$216+4] (used reg = ) 37403 961E FF76 06 push 6[bp] 37404 ! Debug: func () void = write_word+0 (used reg = ) 37405 9621 E8 E5FB call _write_word 37406 9624 83C4 06 add sp,*6 37407 !BCC_EOS 37408 ! 7976 cur_mode++; 37409 ! Debug: postinc unsigned short cur_mode = [S+$212-$20C] (used reg = ) 37410 9627 8B86 FDF6 mov ax,-$20A[bp] 37411 962B 40 inc ax 37412 962C 8986 FDF6 mov -$20A[bp],ax 37413 !BCC_EOS 37414 ! 7977 cur_ptr+=2; 37415 ! Debug: addab int = const 2 to unsigned short cur_ptr = [S+$212-$20E] (used reg = ) 37416 9630 8B86 FDF4 mov ax,-$20C[bp] 37417 9634 40 inc ax 37418 9635 40 inc ax 37419 9636 8986 FDF4 mov -$20C[bp],ax 37420 !BCC_EOS 37421 ! 7978 } else { 37422 963A EB 00 jmp .2D8 37423 0000963C .2D4: 37424 ! 7979 } 37425 ! 7980 cur_info++; 37426 0000963C .2D8: 37427 ! Debug: postinc * struct ModeInfoListItem cur_info = [S+$212-$212] (used reg = ) 37428 963C 8B9E FDF0 mov bx,-$210[bp] 37429 9640 83C3 44 add bx,*$44 37430 9643 899E FDF0 mov -$210[bp],bx 37431 !BCC_EOS 37432 ! 7981 } while (cur_info->mode != 0xFFFF); 37433 00009647 .2D2: 37434 9647 8B9E FDF0 mov bx,-$210[bp] 37435 ! Debug: ne unsigned int = const $FFFF to unsigned short = [bx+0] (used reg = ) 37436 964B 8B1F mov bx,[bx] 37437 964D 81FB FFFF cmp bx,#$FFFF 37438 9651 0F85 FF53 bne .2D3 37439 00009655 .2D9: 37440 !BCC_EOS 37441 ! 7982 write_word(ES, DI + cur_ptr, cur_info->mode); 37442 00009655 .2D1: 37443 9655 8B9E FDF0 mov bx,-$210[bp] 37444 ! Debug: list unsigned short = [bx+0] (used reg = ) 37445 9659 FF37 push [bx] 37446 ! Debug: add unsigned short cur_ptr = [S+$214-$20E] to unsigned short DI = [S+$214+6] (used reg = ) 37447 965B 8B46 08 mov ax,8[bp] 37448 965E 0386 FDF4 add ax,-$20C[bp] 37449 ! Debug: list unsigned int = ax+0 (used reg = ) 37450 9662 50 push ax 37451 ! Debug: list unsigned short ES = [S+$216+4] (used reg = ) 37452 9663 FF76 06 push 6[bp] 37453 ! Debug: func () void = write_word+0 (used reg = ) 37454 9666 E8 E5B6 call _write_word 37455 9669 83C4 06 add sp,*6 37456 !BCC_EOS 37457 ! 7983 result = 0x4f; 37458 ! Debug: eq int = const $4F to unsigned short result = [S+$212-$208] (used reg = ) 37459 966C B8 004F mov ax,*$4F 37460 966F 8986 FDFA mov -$206[bp],ax 37461 !BCC_EOS 37462 ! 7984 write_word(ss, AX, result); 37463 ! Debug: list unsigned short result = [S+$212-$208] (used reg = ) 37464 9673 FFB6 FDFA push -$206[bp] 37465 ! Debug: list * unsigned short AX = [S+$214+2] (used reg = ) 37466 9677 FF76 04 push 4[bp] 37467 ! Debug: list unsigned short ss = [S+$216-4] (used reg = ) 37468 967A FF76 FE push -2[bp] 37469 ! Debug: func () void = write_word+0 (used reg = ) 37470 967D E8 E59F call _write_word 37471 9680 83C4 06 add sp,*6 37472 !BCC_EOS 37473 ! 7985 } 37474 9683 89EC mov sp,bp 37475 9685 5D pop bp 37476 9686 C3 ret 37477 ! 7986 void vbe_biosfn_return_mode_information(AX, CX, ES, DI) 37478 ! Register BX used in function vbe_biosfn_return_controller_information 37479 ! 7987 Bit16u *AX;Bit16u CX; Bit16u ES;Bit16u DI; 37480 export _vbe_biosfn_return_mode_information 37481 00009687 _vbe_biosfn_return_mode_information: 37482 !BCC_EOS 37483 !BCC_EOS 37484 !BCC_EOS 37485 !BCC_EOS 37486 ! 7988 { 37487 ! 7989 Bit16u resu 37488 ! 7989 lt=0x0100; 37489 9687 55 push bp 37490 9688 89E5 mov bp,sp 37491 968A 4C dec sp 37492 968B 4C dec sp 37493 ! Debug: eq int = const $100 to unsigned short result = [S+4-4] (used reg = ) 37494 968C B8 0100 mov ax,#$100 37495 968F 8946 FE mov -2[bp],ax 37496 !BCC_EOS 37497 ! 7990 Bit16u ss=get_SS(); 37498 9692 4C dec sp 37499 9693 4C dec sp 37500 ! Debug: func () unsigned short = get_SS+0 (used reg = ) 37501 9694 E8 E5D6 call _get_SS 37502 ! Debug: eq unsigned short = ax+0 to unsigned short ss = [S+6-6] (used reg = ) 37503 9697 8946 FC mov -4[bp],ax 37504 !BCC_EOS 37505 ! 7991 ModeInfoBlock info; 37506 !BCC_EOS 37507 ! 7992 ModeInfoListItem *cur_info; 37508 !BCC_EOS 37509 ! 7993 Boolean using_lfb; 37510 !BCC_EOS 37511 ! 7994 Bit16u lfb_addr; 37512 !BCC_EOS 37513 ! 7995 using_lfb=((CX & 0x4000) == 0x4000); 37514 969A 81C4 FEFA add sp,#-$106 37515 ! Debug: and int = const $4000 to unsigned short CX = [S+$10C+4] (used reg = ) 37516 969E 8B46 06 mov ax,6[bp] 37517 96A1 25 4000 and ax,#$4000 37518 ! Debug: logeq int = const $4000 to unsigned int = ax+0 (used reg = ) 37519 96A4 3D 4000 cmp ax,#$4000 37520 96A7 75 04 jne .2DA 37521 96A9 B0 01 mov al,*1 37522 96AB EB 02 jmp .2DB 37523 000096AD .2DA: 37524 96AD 30C0 xor al,al 37525 000096AF .2DB: 37526 ! Debug: eq char = al+0 to unsigned short using_lfb = [S+$10C-$10A] (used reg = ) 37527 96AF 30E4 xor ah,ah 37528 96B1 8986 FEF8 mov -$108[bp],ax 37529 !BCC_EOS 37530 ! 7996 CX = (CX & 0x1ff); 37531 ! Debug: and int = const $1FF to unsigned short CX = [S+$10C+4] (used reg = ) 37532 96B5 8B46 06 mov ax,6[bp] 37533 96B8 25 01FF and ax,#$1FF 37534 ! Debug: eq unsigned int = ax+0 to unsigned short CX = [S+$10C+4] (used reg = ) 37535 96BB 8946 06 mov 6[bp],ax 37536 !BCC_EOS 37537 ! 7997 cur_info = mode_info_find_mode(CX, using_lfb, &cur_info); 37538 ! Debug: list * * struct ModeInfoListItem cur_info = S+$10C-$108 (used reg = ) 37539 96BE 8D9E FEFA lea bx,-$106[bp] 37540 96C2 53 push bx 37541 ! Debug: list unsigned short using_lfb = [S+$10E-$10A] (used reg = ) 37542 96C3 FFB6 FEF8 push -$108[bp] 37543 ! Debug: list unsigned short CX = [S+$110+4] (used reg = ) 37544 96C7 FF76 06 push 6[bp] 37545 ! Debug: func () * struct ModeInfoListItem = mode_info_find_mode+0 (used reg = ) 37546 96CA E8 FC8A call _mode_info_find_mode 37547 96CD 83C4 06 add sp,*6 37548 ! Debug: eq * struct ModeInfoListItem = ax+0 to * struct ModeInfoListItem cur_info = [S+$10C-$108] (used reg = ) 37549 96D0 8986 FEFA mov -$106[bp],ax 37550 !BCC_EOS 37551 ! 7998 if (cur_info != 0) 37552 ! Debug: ne int = const 0 to * struct ModeInfoListItem cur_info = [S+$10C-$108] (used reg = ) 37553 96D4 8B86 FEFA mov ax,-$106[bp] 37554 96D8 85C0 test ax,ax 37555 96DA 0F84 008C beq .2DC 37556 000096DE .2DD: 37557 ! 7999 { 37558 ! 8000 memsetb(ss, &info, 0, sizeof(ModeInfoBlock)); 37559 ! Debug: list int = const $100 (used reg = ) 37560 96DE B8 0100 mov ax,#$100 37561 96E1 50 push ax 37562 ! Debug: list int = const 0 (used reg = ) 37563 96E2 31C0 xor ax,ax 37564 96E4 50 push ax 37565 ! Debug: list * struct ModeInfoBlock info = S+$110-$106 (used reg = ) 37566 96E5 8D9E FEFC lea bx,-$104[bp] 37567 96E9 53 push bx 37568 ! Debug: list unsigned short ss = [S+$112-6] (used reg = ) 37569 96EA FF76 FC push -4[bp] 37570 ! Debug: func () void = memsetb+0 (used reg = ) 37571 96ED E8 E447 call _memsetb 37572 96F0 83C4 08 add sp,*8 37573 !BCC_EOS 37574 ! 8001 memcpyb(ss, &info, 0xc000, &(cur_info->info), sizeof(ModeInfoBlockCompact)); 37575 ! Debug: list int = const $42 (used reg = ) 37576 96F3 B8 0042 mov ax,*$42 37577 96F6 50 push ax 37578 96F7 8B9E FEFA mov bx,-$106[bp] 37579 ! Debug: address struct ModeInfoBlockCompact = [bx+2] (used reg = ) 37580 ! Debug: list * struct ModeInfoBlockCompact = bx+2 (used reg = ) 37581 96FB 43 inc bx 37582 96FC 43 inc bx 37583 96FD 53 push bx 37584 ! Debug: list unsigned int = const $C000 (used reg = ) 37585 96FE B8 C000 mov ax,#$C000 37586 9701 50 push ax 37587 ! Debug: list * struct ModeInfoBlock info = S+$112-$106 (used reg = ) 37588 9702 8D9E FEFC lea bx,-$104[bp] 37589 9706 53 push bx 37590 ! Debug: list unsigned short ss = [S+$114-6] (used reg = ) 37591 9707 FF76 FC push -4[bp] 37592 ! Debug: func () void = memcpyb+0 (used reg = ) 37593 970A E8 E474 call _memcpyb 37594 970D 83C4 0A add sp,*$A 37595 !BCC_EOS 37596 ! 8002 if (using_lfb) { 37597 9710 8B86 FEF8 mov ax,-$108[bp] 37598 9714 85C0 test ax,ax 37599 9716 74 06 je .2DE 37600 00009718 .2DF: 37601 ! 8003 info.NumberOfBanks = 1; 37602 ! Debug: eq int = const 1 to unsigned char info = [S+$10C-$EC] (used reg = ) 37603 9718 B0 01 mov al,*1 37604 971A 8886 FF16 mov -$EA[bp],al 37605 !BCC_EOS 37606 ! 8004 } 37607 ! 8005 lfb_addr = pci_get_lfb_addr(0x1234); 37608 0000971E .2DE: 37609 ! Debug: list int = const $1234 (used reg = ) 37610 971E B8 1234 mov ax,#$1234 37611 9721 50 push ax 37612 ! Debug: func () int = pci_get_lfb_addr+0 (used reg = ) 37613 9722 E8 E688 call _pci_get_lfb_addr 37614 9725 44 inc sp 37615 9726 44 inc sp 37616 ! Debug: eq int = ax+0 to unsigned short lfb_addr = [S+$10C-$10C] (used reg = ) 37617 9727 8986 FEF6 mov -$10A[bp],ax 37618 !BCC_EOS 37619 ! 8006 if (lfb_addr > 0) { 37620 ! Debug: gt int = const 0 to unsigned short lfb_addr = [S+$10C-$10C] (used reg = ) 37621 972B 8B86 FEF6 mov ax,-$10A[bp] 37622 972F 85C0 test ax,ax 37623 9731 74 11 je .2E0 37624 00009733 .2E1: 37625 ! 8007 info.PhysBasePtr = ((Bit32u)lfb_addr << 16); 37626 ! Debug: cast unsigned long = const 0 to unsigned short lfb_addr = [S+$10C-$10C] (used reg = ) 37627 9733 8B86 FEF6 mov ax,-$10A[bp] 37628 9737 31DB xor bx,bx 37629 ! Debug: sl int = const $10 to unsigned long = bx+0 (used reg = ) 37630 9739 93 xchg bx,ax 37631 973A 31C0 xor ax,ax 37632 ! Debug: eq unsigned long = bx+0 to unsigned long info = [S+$10C-$DE] (used reg = ) 37633 973C 8986 FF24 mov -$DC[bp],ax 37634 9740 899E FF26 mov -$DA[bp],bx 37635 !BCC_EOS 37636 ! 8008 } 37637 ! 8009 if (info.WinAAttributes & 0x01) { 37638 00009744 .2E0: 37639 ! Debug: and int = const 1 to unsigned char info = [S+$10C-$104] (used reg = ) 37640 9744 8A86 FEFE mov al,-$102[bp] 37641 9748 24 01 and al,*1 37642 974A 84C0 test al,al 37643 974C 74 14 je .2E2 37644 0000974E .2E3: 37645 ! 8010 info.WinFuncPtr = 0xC0000000UL; 37646 ! Debug: eq unsigned long = const $C0000000 to unsigned long info = [S+$10C-$FA] (used reg = ) 37647 974E 31C0 xor ax,ax 37648 9750 BB C000 mov bx,#$C000 37649 9753 8986 FF08 mov -$F8[bp],ax 37650 9757 899E FF0A mov -$F6[bp],bx 37651 !BCC_EOS 37652 ! 8011 *(Bit16u *)&(info.WinFuncPtr) = (Bit16u)(dispi_set_bank_farcall); 37653 ! Debug: cast unsigned short = const 0 to () void = dispi_set_bank_farcall+0 (used reg = ) 37654 ! Debug: eq unsigned short = dispi_set_bank_farcall+0 to unsigned short info = [S+$10C-$FA] (used reg = ) 37655 975B BB 91C1 mov bx,#_dispi_set_bank_farcall 37656 975E 899E FF08 mov -$F8[bp],bx 37657 !BCC_EOS 37658 ! 8012 } 37659 ! 8013 result = 0x4f; 37660 00009762 .2E2: 37661 ! Debug: eq int = const $4F to unsigned short result = [S+$10C-4] (used reg = ) 37662 9762 B8 004F mov ax,*$4F 37663 9765 8946 FE mov -2[bp],ax 37664 !BCC_EOS 37665 ! 8014 } 37666 ! 8015 else 37667 ! 8016 { 37668 9768 EB 06 jmp .2E4 37669 0000976A .2DC: 37670 ! 8017 result = 0x100; 37671 ! Debug: eq int = const $100 to unsigned short result = [S+$10C-4] (used reg = ) 37672 976A B8 0100 mov ax,#$100 37673 976D 8946 FE mov -2[bp],ax 37674 !BCC_EOS 37675 ! 8018 } 37676 ! 8019 if (result == 0x4f) 37677 00009770 .2E4: 37678 ! Debug: logeq int = const $4F to unsigned short result = [S+$10C-4] (used reg = ) 37679 9770 8B46 FE mov ax,-2[bp] 37680 9773 3D 004F cmp ax,*$4F 37681 9776 75 18 jne .2E5 37682 00009778 .2E6: 37683 ! 8020 { 37684 ! 8021 memcpyb(ES, DI, ss, &info, sizeof(info)); 37685 ! Debug: list int = const $100 (used reg = ) 37686 9778 B8 0100 mov ax,#$100 37687 977B 50 push ax 37688 ! Debug: list * struct ModeInfoBlock info = S+$10E-$106 (used reg = ) 37689 977C 8D9E FEFC lea bx,-$104[bp] 37690 9780 53 push bx 37691 ! Debug: list unsigned short ss = [S+$110-6] (used reg = ) 37692 9781 FF76 FC push -4[bp] 37693 ! Debug: list unsigned short DI = [S+$112+8] (used reg = ) 37694 9784 FF76 0A push $A[bp] 37695 ! Debug: list unsigned short ES = [S+$114+6] (used reg = ) 37696 9787 FF76 08 push 8[bp] 37697 ! Debug: func () void = memcpyb+0 (used reg = ) 37698 978A E8 E3F4 call _memcpyb 37699 978D 83C4 0A add sp,*$A 37700 !BCC_EOS 37701 ! 8022 } 37702 ! 8023 write_word(ss, AX, result); 37703 00009790 .2E5: 37704 ! Debug: list unsigned short result = [S+$10C-4] (used reg = ) 37705 9790 FF76 FE push -2[bp] 37706 ! Debug: list * unsigned short AX = [S+$10E+2] (used reg = ) 37707 9793 FF76 04 push 4[bp] 37708 ! Debug: list unsigned short ss = [S+$110-6] (used reg = ) 37709 9796 FF76 FC push -4[bp] 37710 ! Debug: func () void = write_word+0 (used reg = ) 37711 9799 E8 E483 call _write_word 37712 979C 83C4 06 add sp,*6 37713 !BCC_EOS 37714 ! 8024 } 37715 979F 89EC mov sp,bp 37716 97A1 5D pop bp 37717 97A2 C3 ret 37718 ! 8025 void vbe_biosfn_set_mode(AX, BX, ES, DI) 37719 ! Register BX used in function vbe_biosfn_return_mode_information 37720 ! 8026 Bit16u *AX;Bit16u BX; Bit16u ES;Bit16u DI; 37721 export _vbe_biosfn_set_mode 37722 000097A3 _vbe_biosfn_set_mode: 37723 !BCC_EOS 37724 !BCC_EOS 37725 !BCC_EOS 37726 !BCC_EOS 37727 ! 8027 { 37728 ! 8028 Bit16u ss = get_SS(); 37729 97A3 55 push bp 37730 97A4 89E5 mov bp,sp 37731 97A6 4C dec sp 37732 97A7 4C dec sp 37733 ! Debug: func () unsigned short = get_SS+0 (used reg = ) 37734 97A8 E8 E4C2 call _get_SS 37735 ! Debug: eq unsigned short = ax+0 to unsigned short ss = [S+4-4] (used reg = ) 37736 97AB 8946 FE mov -2[bp],ax 37737 !BCC_EOS 37738 ! 8029 Bit16u result; 37739 !BCC_EOS 37740 ! 8030 ModeInfoListItem *cur_info; 37741 !BCC_EOS 37742 ! 8031 Boolean using_lfb; 37743 !BCC_EOS 37744 ! 8032 Bit8u no_clear; 37745 !BCC_EOS 37746 ! 8033 Bit8u lfb_flag; 37747 !BCC_EOS 37748 ! 8034 using_lfb=((BX & 0x4000) == 0x4000); 37749 97AE 83C4 F8 add sp,*-8 37750 ! Debug: and int = const $4000 to unsigned short BX = [S+$C+4] (used reg = ) 37751 97B1 8B46 06 mov ax,6[bp] 37752 97B4 25 4000 and ax,#$4000 37753 ! Debug: logeq int = const $4000 to unsigned int = ax+0 (used reg = ) 37754 97B7 3D 4000 cmp ax,#$4000 37755 97BA 75 04 jne .2E7 37756 97BC B0 01 mov al,*1 37757 97BE EB 02 jmp .2E8 37758 000097C0 .2E7: 37759 97C0 30C0 xor al,al 37760 000097C2 .2E8: 37761 ! Debug: eq char = al+0 to unsigned short using_lfb = [S+$C-$A] (used reg = ) 37762 97C2 30E4 xor ah,ah 37763 97C4 8946 F8 mov -8[bp],ax 37764 !BCC_EOS 37765 ! 8035 lfb_flag=using_lfb?0x40:0; 37766 97C7 8B46 F8 mov ax,-8[bp] 37767 97CA 85C0 test ax,ax 37768 97CC 74 04 je .2E9 37769 000097CE .2EA: 37770 97CE B0 40 mov al,*$40 37771 97D0 EB 02 jmp .2EB 37772 000097D2 .2E9: 37773 97D2 30C0 xor al,al 37774 000097D4 .2EB: 37775 ! Debug: eq char = al+0 to unsigned char lfb_flag = [S+$C-$C] (used reg = ) 37776 97D4 8846 F6 mov -$A[bp],al 37777 !BCC_EOS 37778 ! 8036 no_clear=((BX & 0x8000) == 0x8000)?0x80:0; 37779 ! Debug: and unsigned int = const $8000 to unsigned short BX = [S+$C+4] (used reg = ) 37780 97D7 8B46 06 mov ax,6[bp] 37781 97DA 25 8000 and ax,#$8000 37782 ! Debug: logeq unsigned int = const $8000 to unsigned int = ax+0 (used reg = ) 37783 97DD 3D 8000 cmp ax,#$8000 37784 97E0 75 04 jne .2EC 37785 000097E2 .2ED: 37786 97E2 B0 80 mov al,#$80 37787 97E4 EB 02 jmp .2EE 37788 000097E6 .2EC: 37789 97E6 30C0 xor al,al 37790 000097E8 .2EE: 37791 ! Debug: eq char = al+0 to unsigned char no_clear = [S+$C-$B] (used reg = ) 37792 97E8 8846 F7 mov -9[bp],al 37793 !BCC_EOS 37794 ! 8037 BX = (BX & 0x1ff); 37795 ! Debug: and int = const $1FF to unsigned short BX = [S+$C+4] (used reg = ) 37796 97EB 8B46 06 mov ax,6[bp] 37797 97EE 25 01FF and ax,#$1FF 37798 ! Debug: eq unsigned int = ax+0 to unsigned short BX = [S+$C+4] (used reg = ) 37799 97F1 8946 06 mov 6[bp],ax 37800 !BCC_EOS 37801 ! 8038 if (BX<0x0100) 37802 ! Debug: lt int = const $100 to unsigned short BX = [S+$C+4] (used reg = ) 37803 97F4 8B46 06 mov ax,6[bp] 37804 97F7 3D 0100 cmp ax,#$100 37805 97FA 73 23 jae .2EF 37806 000097FC .2F0: 37807 ! 8039 { 37808 ! 8040 Bit8u mode; 37809 !BCC_EOS 37810 ! 8041 dispi_set_enable(0x00); 37811 97FC 4C dec sp 37812 97FD 4C dec sp 37813 ! Debug: list int = const 0 (used reg = ) 37814 97FE 31C0 xor ax,ax 37815 9800 50 push ax 37816 ! Debug: func () void = dispi_set_enable+0 (used reg = ) 37817 9801 E8 F981 call _dispi_set_enable 37818 9804 44 inc sp 37819 9805 44 inc sp 37820 !BCC_EOS 37821 ! 8042 mode=(BX & 0xff); 37822 ! Debug: and int = const $FF to unsigned short BX = [S+$E+4] (used reg = ) 37823 9806 8A46 06 mov al,6[bp] 37824 ! Debug: eq unsigned char = al+0 to unsigned char mode = [S+$E-$D] (used reg = ) 37825 9809 8846 F5 mov -$B[bp],al 37826 !BCC_EOS 37827 ! 8043 biosfn_set_video_mode(mode); 37828 ! Debug: list unsigned char mode = [S+$E-$D] (used reg = ) 37829 980C 8A46 F5 mov al,-$B[bp] 37830 980F 30E4 xor ah,ah 37831 9811 50 push ax 37832 ! Debug: func () void = biosfn_set_video_mode+0 (used reg = ) 37833 9812 E8 A37A call _biosfn_set_video_mode 37834 9815 44 inc sp 37835 9816 44 inc sp 37836 !BCC_EOS 37837 ! 8044 result = 0x4f; 37838 ! Debug: eq int = const $4F to unsigned short result = [S+$E-6] (used reg = ) 37839 9817 B8 004F mov ax,*$4F 37840 981A 8946 FC mov -4[bp],ax 37841 !BCC_EOS 37842 ! 8045 } 37843 981D 44 inc sp 37844 981E 44 inc sp 37845 ! 8046 cur_info = mode_info_find_mode(BX, using_lfb, &cur_info); 37846 0000981F .2EF: 37847 ! Debug: list * * struct ModeInfoListItem cur_info = S+$C-8 (used reg = ) 37848 981F 8D5E FA lea bx,-6[bp] 37849 9822 53 push bx 37850 ! Debug: list unsigned short using_lfb = [S+$E-$A] (used reg = ) 37851 9823 FF76 F8 push -8[bp] 37852 ! Debug: list unsigned short BX = [S+$10+4] (used reg = ) 37853 9826 FF76 06 push 6[bp] 37854 ! Debug: func () * struct ModeInfoListItem = mode_info_find_mode+0 (used reg = ) 37855 9829 E8 FB2B call _mode_info_find_mode 37856 982C 83C4 06 add sp,*6 37857 ! Debug: eq * struct ModeInfoListItem = ax+0 to * struct ModeInfoListItem cur_info = [S+$C-8] (used reg = ) 37858 982F 8946 FA mov -6[bp],ax 37859 !BCC_EOS 37860 ! 8047 if (cur_info != 0) 37861 ! Debug: ne int = const 0 to * struct ModeInfoListItem cur_info = [S+$C-8] (used reg = ) 37862 9832 8B46 FA mov ax,-6[bp] 37863 9835 85C0 test ax,ax 37864 9837 0F84 0089 beq .2F1 37865 0000983B .2F2: 37866 ! 8048 { 37867 ! 8049 dispi_set_enable(0x00); 37868 ! Debug: list int = const 0 (used reg = ) 37869 983B 31C0 xor ax,ax 37870 983D 50 push ax 37871 ! Debug: func () void = dispi_set_enable+0 (used reg = ) 37872 983E E8 F944 call _dispi_set_enable 37873 9841 44 inc sp 37874 9842 44 inc sp 37875 !BCC_EOS 37876 ! 8050 if (cur_info->info.BitsPerPixel == 4) 37877 9843 8B5E FA mov bx,-6[bp] 37878 ! Debug: logeq int = const 4 to unsigned char = [bx+$1B] (used reg = ) 37879 9846 8A47 1B mov al,$1B[bx] 37880 9849 3C 04 cmp al,*4 37881 984B 75 09 jne .2F3 37882 0000984D .2F4: 37883 ! 8051 { 37884 ! 8052 37885 ! 8052 biosfn_set_video_mode(0x6a); 37886 ! Debug: list int = const $6A (used reg = ) 37887 984D B8 006A mov ax,*$6A 37888 9850 50 push ax 37889 ! Debug: func () void = biosfn_set_video_mode+0 (used reg = ) 37890 9851 E8 A33B call _biosfn_set_video_mode 37891 9854 44 inc sp 37892 9855 44 inc sp 37893 !BCC_EOS 37894 ! 8053 } 37895 ! 8054 dispi_set_bpp(cur_info->info.BitsPerPixel); 37896 00009856 .2F3: 37897 9856 8B5E FA mov bx,-6[bp] 37898 ! Debug: list unsigned char = [bx+$1B] (used reg = ) 37899 9859 8A47 1B mov al,$1B[bx] 37900 985C 30E4 xor ah,ah 37901 985E 50 push ax 37902 ! Debug: func () void = dispi_set_bpp+0 (used reg = ) 37903 985F E8 F8A8 call _dispi_set_bpp 37904 9862 44 inc sp 37905 9863 44 inc sp 37906 !BCC_EOS 37907 ! 8055 dispi_set_xres(cur_info->info.XResolution); 37908 9864 8B5E FA mov bx,-6[bp] 37909 ! Debug: list unsigned short = [bx+$14] (used reg = ) 37910 9867 FF77 14 push $14[bx] 37911 ! Debug: func () void = dispi_set_xres+0 (used reg = ) 37912 986A E8 F868 call _dispi_set_xres 37913 986D 44 inc sp 37914 986E 44 inc sp 37915 !BCC_EOS 37916 ! 8056 dispi_set_yres(cur_info->info.YResolution); 37917 986F 8B5E FA mov bx,-6[bp] 37918 ! Debug: list unsigned short = [bx+$16] (used reg = ) 37919 9872 FF77 16 push $16[bx] 37920 ! Debug: func () void = dispi_set_yres+0 (used reg = ) 37921 9875 E8 F874 call _dispi_set_yres 37922 9878 44 inc sp 37923 9879 44 inc sp 37924 !BCC_EOS 37925 ! 8057 dispi_set_bank(0); 37926 ! Debug: list int = const 0 (used reg = ) 37927 987A 31C0 xor ax,ax 37928 987C 50 push ax 37929 ! Debug: func () int = dispi_set_bank+0 (used reg = ) 37930 987D E8 F923 call _dispi_set_bank 37931 9880 44 inc sp 37932 9881 44 inc sp 37933 !BCC_EOS 37934 ! 8058 dispi_set_enable(0x01 | no_clear | lfb_flag); 37935 ! Debug: or unsigned char no_clear = [S+$C-$B] to int = const 1 (used reg = ) 37936 ! Debug: expression subtree swapping 37937 9882 8A46 F7 mov al,-9[bp] 37938 9885 0C 01 or al,*1 37939 ! Debug: or unsigned char lfb_flag = [S+$C-$C] to unsigned char = al+0 (used reg = ) 37940 9887 0A46 F6 or al,-$A[bp] 37941 ! Debug: list unsigned char = al+0 (used reg = ) 37942 988A 30E4 xor ah,ah 37943 988C 50 push ax 37944 ! Debug: func () void = dispi_set_enable+0 (used reg = ) 37945 988D E8 F8F5 call _dispi_set_enable 37946 9890 44 inc sp 37947 9891 44 inc sp 37948 !BCC_EOS 37949 ! 8059 vga_compat_setup(); 37950 ! Debug: func () int = vga_compat_setup+0 (used reg = ) 37951 9892 E8 F9EB call _vga_compat_setup 37952 !BCC_EOS 37953 ! 8060 write_word(0x40,0xBA,BX); 37954 ! Debug: list unsigned short BX = [S+$C+4] (used reg = ) 37955 9895 FF76 06 push 6[bp] 37956 ! Debug: list int = const $BA (used reg = ) 37957 9898 B8 00BA mov ax,#$BA 37958 989B 50 push ax 37959 ! Debug: list int = const $40 (used reg = ) 37960 989C B8 0040 mov ax,*$40 37961 989F 50 push ax 37962 ! Debug: func () void = write_word+0 (used reg = ) 37963 98A0 E8 E37C call _write_word 37964 98A3 83C4 06 add sp,*6 37965 !BCC_EOS 37966 ! 8061 write_byte(0x40,0x87,(0x60 | no_clear)); 37967 ! Debug: or unsigned char no_clear = [S+$C-$B] to int = const $60 (used reg = ) 37968 ! Debug: expression subtree swapping 37969 98A6 8A46 F7 mov al,-9[bp] 37970 98A9 0C 60 or al,*$60 37971 ! Debug: list unsigned char = al+0 (used reg = ) 37972 98AB 30E4 xor ah,ah 37973 98AD 50 push ax 37974 ! Debug: list int = const $87 (used reg = ) 37975 98AE B8 0087 mov ax,#$87 37976 98B1 50 push ax 37977 ! Debug: list int = const $40 (used reg = ) 37978 98B2 B8 0040 mov ax,*$40 37979 98B5 50 push ax 37980 ! Debug: func () void = write_byte+0 (used reg = ) 37981 98B6 E8 E34E call _write_byte 37982 98B9 83C4 06 add sp,*6 37983 !BCC_EOS 37984 ! 8062 result = 0x4f; 37985 ! Debug: eq int = const $4F to unsigned short result = [S+$C-6] (used reg = ) 37986 98BC B8 004F mov ax,*$4F 37987 98BF 8946 FC mov -4[bp],ax 37988 !BCC_EOS 37989 ! 8063 } 37990 ! 8064 else 37991 ! 8065 { 37992 98C2 EB 14 jmp .2F5 37993 000098C4 .2F1: 37994 ! 8066 result = 0x100; 37995 ! Debug: eq int = const $100 to unsigned short result = [S+$C-6] (used reg = ) 37996 98C4 B8 0100 mov ax,#$100 37997 98C7 8946 FC mov -4[bp],ax 37998 !BCC_EOS 37999 ! 8067 if (BX == 3) 38000 ! Debug: logeq int = const 3 to unsigned short BX = [S+$C+4] (used reg = ) 38001 98CA 8B46 06 mov ax,6[bp] 38002 98CD 3D 0003 cmp ax,*3 38003 98D0 75 06 jne .2F6 38004 000098D2 .2F7: 38005 ! 8068 result = 0x4f; 38006 ! Debug: eq int = const $4F to unsigned short result = [S+$C-6] (used reg = ) 38007 98D2 B8 004F mov ax,*$4F 38008 98D5 8946 FC mov -4[bp],ax 38009 !BCC_EOS 38010 ! 8069 } 38011 000098D8 .2F6: 38012 ! 8070 write_word(ss, AX, result); 38013 000098D8 .2F5: 38014 ! Debug: list unsigned short result = [S+$C-6] (used reg = ) 38015 98D8 FF76 FC push -4[bp] 38016 ! Debug: list * unsigned short AX = [S+$E+2] (used reg = ) 38017 98DB FF76 04 push 4[bp] 38018 ! Debug: list unsigned short ss = [S+$10-4] (used reg = ) 38019 98DE FF76 FE push -2[bp] 38020 ! Debug: func () void = write_word+0 (used reg = ) 38021 98E1 E8 E33B call _write_word 38022 98E4 83C4 06 add sp,*6 38023 !BCC_EOS 38024 ! 8071 } 38025 98E7 89EC mov sp,bp 38026 98E9 5D pop bp 38027 98EA C3 ret 38028 ! 8072 #asm 38029 !BCC_ASM 38030 00000008 _vbe_biosfn_set_mode.DI set 8 38031 00000006 _vbe_biosfn_set_mode.ES set 6 38032 00000002 _vbe_biosfn_set_mode.AX set 2 38033 00000004 _vbe_biosfn_set_mode.BX set 4 38034 000098EB vbe_biosfn_return_current_mode: 38035 98EB 1E push ds 38036 98EC B8 0040 mov ax, # 0x40 38037 98EF 8ED8 mov ds, ax 38038 98F1 E8 F8A1 call dispi_get_enable 38039 98F4 25 0001 and ax, # 0x01 38040 98F7 74 09 jz no_vbe_mode 38041 98F9 BB 00BA mov bx, # 0xBA 38042 98FC 8B07 mov ax, [bx] 38043 98FE 89C3 mov bx, ax 38044 9900 75 09 jnz vbe_03_ok 38045 00009902 no_vbe_mode: 38046 9902 BB 0049 mov bx, # 0x49 38047 9905 8A07 mov al, [bx] 38048 9907 88C3 mov bl, al 38049 9909 30FF xor bh, bh 38050 0000990B vbe_03_ok: 38051 990B B8 004F mov ax, #0x004f 38052 990E 1F pop ds 38053 990F C3 ret 38054 ! 8093 endasm 38055 !BCC_ENDASM 38056 ! 8094 Bit16u vbe_biosfn_read_video_state_size() 38057 ! Register BX used in function vbe_biosfn_set_mode 38058 ! 8095 { 38059 export _vbe_biosfn_read_video_state_size 38060 00009910 _vbe_biosfn_read_video_state_size: 38061 ! 8096 return 9 * 2; 38062 9910 55 push bp 38063 9911 89E5 mov bp,sp 38064 9913 B8 0012 mov ax,*$12 38065 9916 5D pop bp 38066 9917 C3 ret 38067 !BCC_EOS 38068 ! 8097 } 38069 ! 8098 void vbe_biosfn_save_video_state(ES, BX) 38070 ! 8099 Bit16u ES; Bit16u BX; 38071 export _vbe_biosfn_save_video_state 38072 00009918 _vbe_biosfn_save_video_state: 38073 !BCC_EOS 38074 !BCC_EOS 38075 ! 8100 { 38076 ! 8101 Bit16u enable, i; 38077 !BCC_EOS 38078 ! 8102 outw(0x01CE,0x4); 38079 9918 55 push bp 38080 9919 89E5 mov bp,sp 38081 991B 83C4 FC add sp,*-4 38082 ! Debug: list int = const 4 (used reg = ) 38083 991E B8 0004 mov ax,*4 38084 9921 50 push ax 38085 ! Debug: list int = const $1CE (used reg = ) 38086 9922 B8 01CE mov ax,#$1CE 38087 9925 50 push ax 38088 ! Debug: func () void = outw+0 (used reg = ) 38089 9926 E8 E334 call _outw 38090 9929 83C4 04 add sp,*4 38091 !BCC_EOS 38092 ! 8103 enable = inw(0x01CF); 38093 ! Debug: list int = const $1CF (used reg = ) 38094 992C B8 01CF mov ax,#$1CF 38095 992F 50 push ax 38096 ! Debug: func () unsigned short = inw+0 (used reg = ) 38097 9930 E8 E30F call _inw 38098 9933 44 inc sp 38099 9934 44 inc sp 38100 ! Debug: eq unsigned short = ax+0 to unsigned short enable = [S+6-4] (used reg = ) 38101 9935 8946 FE mov -2[bp],ax 38102 !BCC_EOS 38103 ! 8104 write_word(ES, BX, enable); 38104 ! Debug: list unsigned short enable = [S+6-4] (used reg = ) 38105 9938 FF76 FE push -2[bp] 38106 ! Debug: list unsigned short BX = [S+8+4] (used reg = ) 38107 993B FF76 06 push 6[bp] 38108 ! Debug: list unsigned short ES = [S+$A+2] (used reg = ) 38109 993E FF76 04 push 4[bp] 38110 ! Debug: func () void = write_word+0 (used reg = ) 38111 9941 E8 E2DB call _write_word 38112 9944 83C4 06 add sp,*6 38113 !BCC_EOS 38114 ! 8105 BX += 2; 38115 ! Debug: addab int = const 2 to unsigned short BX = [S+6+4] (used reg = ) 38116 9947 8B46 06 mov ax,6[bp] 38117 994A 40 inc ax 38118 994B 40 inc ax 38119 994C 8946 06 mov 6[bp],ax 38120 !BCC_EOS 38121 ! 8106 if (!(enable & 0x01)) 38122 ! Debug: and int = const 1 to unsigned short enable = [S+6-4] (used reg = ) 38123 994F 8A46 FE mov al,-2[bp] 38124 9952 24 01 and al,*1 38125 9954 84C0 test al,al 38126 9956 75 04 jne .2F8 38127 00009958 .2F9: 38128 ! 8107 return; 38129 9958 89EC mov sp,bp 38130 995A 5D pop bp 38131 995B C3 ret 38132 !BCC_EOS 38133 ! 8108 for(i = 0x1; i <= 0x9; i++) { 38134 0000995C .2F8: 38135 ! Debug: eq int = const 1 to unsigned short i = [S+6-6] (used reg = ) 38136 995C B8 0001 mov ax,*1 38137 995F 8946 FC mov -4[bp],ax 38138 !BCC_EOS 38139 !BCC_EOS 38140 9962 EB 3A jmp .2FC 38141 00009964 .2FD: 38142 ! 8109 if (i != 0x4) { 38143 ! Debug: ne int = const 4 to unsigned short i = [S+6-6] (used reg = ) 38144 9964 8B46 FC mov ax,-4[bp] 38145 9967 3D 0004 cmp ax,*4 38146 996A 74 2B je .2FE 38147 0000996C .2FF: 38148 ! 8110 outw(0x01CE, i); 38149 ! Debug: list unsigned short i = [S+6-6] (used reg = ) 38150 996C FF76 FC push -4[bp] 38151 ! Debug: list int = const $1CE (used reg = ) 38152 996F B8 01CE mov ax,#$1CE 38153 9972 50 push ax 38154 ! Debug: func () void = outw+0 (used reg = ) 38155 9973 E8 E2E7 call _outw 38156 9976 83C4 04 add sp,*4 38157 !BCC_EOS 38158 ! 8111 write_word(ES, BX, inw(0x01CF)); 38159 ! Debug: list int = const $1CF (used reg = ) 38160 9979 B8 01CF mov ax,#$1CF 38161 997C 50 push ax 38162 ! Debug: func () unsigned short = inw+0 (used reg = ) 38163 997D E8 E2C2 call _inw 38164 9980 44 inc sp 38165 9981 44 inc sp 38166 ! Debug: list unsigned short = ax+0 (used reg = ) 38167 9982 50 push ax 38168 ! Debug: list unsigned short BX = [S+8+4] (used reg = ) 38169 9983 FF76 06 push 6[bp] 38170 ! Debug: list unsigned short ES = [S+$A+2] (used reg = ) 38171 9986 FF76 04 push 4[bp] 38172 ! Debug: func () void = write_word+0 (used reg = ) 38173 9989 E8 E293 call _write_word 38174 998C 83C4 06 add sp,*6 38175 !BCC_EOS 38176 ! 8112 BX += 2; 38177 ! Debug: addab int = const 2 to unsigned short BX = [S+6+4] (used reg = ) 38178 998F 8B46 06 mov ax,6[bp] 38179 9992 40 inc ax 38180 9993 40 inc ax 38181 9994 8946 06 mov 6[bp],ax 38182 !BCC_EOS 38183 ! 8113 } 38184 ! 8114 } 38185 00009997 .2FE: 38186 ! 8115 } 38187 00009997 .2FB: 38188 ! Debug: postinc unsigned short i = [S+6-6] (used reg = ) 38189 9997 8B46 FC mov ax,-4[bp] 38190 999A 40 inc ax 38191 999B 8946 FC mov -4[bp],ax 38192 0000999E .2FC: 38193 ! Debug: le int = const 9 to unsigned short i = [S+6-6] (used reg = ) 38194 999E 8B46 FC mov ax,-4[bp] 38195 99A1 3D 0009 cmp ax,*9 38196 99A4 76 BE jbe .2FD 38197 000099A6 .300: 38198 000099A6 .2FA: 38199 99A6 89EC mov sp,bp 38200 99A8 5D pop bp 38201 99A9 C3 ret 38202 ! 8116 void vbe_biosfn_restore_video_state(ES, BX) 38203 ! 8117 Bit16u ES; Bit16u BX; 38204 export _vbe_biosfn_restore_video_state 38205 000099AA _vbe_biosfn_restore_video_state: 38206 !BCC_EOS 38207 !BCC_EOS 38208 ! 8118 { 38209 ! 8119 Bit16u enable, i; 38210 !BCC_EOS 38211 ! 8120 enable = read_word(ES, BX); 38212 99AA 55 push bp 38213 99AB 89E5 mov bp,sp 38214 99AD 83C4 FC add sp,*-4 38215 ! Debug: list unsigned short BX = [S+6+4] (used reg = ) 38216 99B0 FF76 06 push 6[bp] 38217 ! Debug: list unsigned short ES = [S+8+2] (used reg = ) 38218 99B3 FF76 04 push 4[bp] 38219 ! Debug: func () unsigned short = read_word+0 (used reg = ) 38220 99B6 E8 E23B call _read_word 38221 99B9 83C4 04 add sp,*4 38222 ! Debug: eq unsigned short = ax+0 to unsigned short enable = [S+6-4] (used reg = ) 38223 99BC 8946 FE mov -2[bp],ax 38224 !BCC_EOS 38225 ! 8121 BX += 2; 38226 ! Debug: addab int = const 2 to unsigned short BX = [S+6+4] (used reg = ) 38227 99BF 8B46 06 mov ax,6[bp] 38228 99C2 40 inc ax 38229 99C3 40 inc ax 38230 99C4 8946 06 mov 6[bp],ax 38231 !BCC_EOS 38232 ! 8122 if (!(enable & 0x01)) { 38233 ! Debug: and int = const 1 to unsigned short enable = [S+6-4] (used reg = ) 38234 99C7 8A46 FE mov al,-2[bp] 38235 99CA 24 01 and al,*1 38236 99CC 84C0 test al,al 38237 99CE 75 1E jne .301 38238 000099D0 .302: 38239 ! 8123 outw(0x01CE,0x4); 38240 ! Debug: list int = const 4 (used reg = ) 38241 99D0 B8 0004 mov ax,*4 38242 99D3 50 push ax 38243 ! Debug: list int = const $1CE (used reg = ) 38244 99D4 B8 01CE mov ax,#$1CE 38245 99D7 50 push ax 38246 ! Debug: func () void = outw+0 (used reg = ) 38247 99D8 E8 E282 call _outw 38248 99DB 83C4 04 add sp,*4 38249 !BCC_EOS 38250 ! 8124 outw(0x01CF, enable); 38251 ! Debug: list unsigned short enable = [S+6-4] (used reg = ) 38252 99DE FF76 FE push -2[bp] 38253 ! Debug: list int = const $1CF (used reg = ) 38254 99E1 B8 01CF mov ax,#$1CF 38255 99E4 50 push ax 38256 ! Debug: func () void = outw+0 (used reg = ) 38257 99E5 E8 E275 call _outw 38258 99E8 83C4 04 add sp,*4 38259 !BCC_EOS 38260 ! 8125 } else { 38261 99EB E9 00E5 br .303 38262 000099EE .301: 38263 ! 8126 outw(0x01CE, 0x1); 38264 ! Debug: list int = const 1 (used reg = ) 38265 99EE B8 0001 mov ax,*1 38266 99F1 50 push ax 38267 ! Debug: list int = const $1CE (used reg = ) 38268 99F2 B8 01CE mov ax,#$1CE 38269 99F5 50 push ax 38270 ! Debug: func () void = outw+0 (used reg = ) 38271 99F6 E8 E264 call _outw 38272 99F9 83C4 04 add sp,*4 38273 !BCC_EOS 38274 ! 8127 outw(0x01CF, read_word(ES, BX)); 38275 ! Debug: list unsigned short BX = [S+6+4] (used reg = ) 38276 99FC FF76 06 push 6[bp] 38277 ! Debug: list unsigned short ES = [S+8+2] (used reg = ) 38278 99FF FF76 04 push 4[bp] 38279 ! Debug: func () unsigned short = read_word+0 (used reg = ) 38280 9A02 E8 E1EF call _read_word 38281 9A05 83C4 04 add sp,*4 38282 ! Debug: list unsigned short = ax+0 (used reg = ) 38283 9A08 50 push ax 38284 ! Debug: list int = const $1CF (used reg = ) 38285 9A09 B8 01CF mov ax,#$1CF 38286 9A0C 50 push ax 38287 ! Debug: func () void = outw+0 (used reg = ) 38288 9A0D E8 E24D call _outw 38289 9A10 83C4 04 add sp,*4 38290 !BCC_EOS 38291 ! 8128 BX += 2; 38292 ! Debug: addab int = const 2 to unsigned short BX = [S+6+4] (used reg = ) 38293 9A13 8B46 06 mov ax,6[bp] 38294 9A16 40 inc ax 38295 9A17 40 inc ax 38296 9A18 8946 06 mov 6[bp],ax 38297 !BCC_EOS 38298 ! 8129 outw(0x01CE, 0x2); 38299 ! Debug: list int = const 2 (used reg = ) 38300 9A1B B8 0002 mov ax,*2 38301 9A1E 50 push ax 38302 ! Debug: list int = const $1CE (used reg = ) 38303 9A1F B8 01CE mov ax,#$1CE 38304 9A22 50 push ax 38305 ! Debug: func () void = outw+0 (used reg = ) 38306 9A23 E8 E237 call _outw 38307 9A26 83C4 04 add sp,*4 38308 !BCC_EOS 38309 ! 8130 outw(0x01CF, read_word(ES, BX)); 38310 ! Debug: list unsigned short BX = [S+6+4] (used reg = ) 38311 9A29 FF76 06 push 6[bp] 38312 ! Debug: list unsigned short ES = [S+8+2] (used reg = ) 38313 9A2C FF76 04 push 4[bp] 38314 ! Debug: func () unsigned short = read_word+0 (used reg = ) 38315 9A2F E8 E1C2 call _read_word 38316 9A32 83C4 04 add sp,*4 38317 ! Debug: list unsigned short = ax+0 (used reg = ) 38318 9A35 50 push ax 38319 ! Debug: list int = const $1CF (used reg = ) 38320 9A36 B8 01CF mov ax,#$1CF 38321 9A39 50 push ax 38322 ! Debug: func () void = outw+0 (used reg = ) 38323 9A3A E8 E220 call _outw 38324 9A3D 83C4 04 add sp,*4 38325 !BCC_EOS 38326 ! 8131 BX += 2; 38327 ! Debug: addab int = const 2 to unsigned short BX = [S+6+4] (used reg = ) 38328 9A40 8B46 06 mov ax,6[bp] 38329 9A43 40 inc ax 38330 9A44 40 inc ax 38331 9A45 8946 06 mov 6[bp],ax 38332 !BCC_EOS 38333 ! 8132 outw(0x01CE, 0x3); 38334 ! Debug: list int = const 3 (used reg = ) 38335 9A48 B8 0003 mov ax,*3 38336 9A4B 50 push ax 38337 ! Debug: list int = const $1CE (used reg = ) 38338 9A4C B8 01CE mov ax,#$1CE 38339 9A4F 50 push ax 38340 ! Debug: func () void = outw+0 (used reg = ) 38341 9A50 E8 E20A call _outw 38342 9A53 83C4 04 add sp,*4 38343 !BCC_EOS 38344 ! 8133 outw(0x01CF, read_word(ES, BX)); 38345 ! Debug: list unsigned short BX = [S+6+4] (used reg = ) 38346 9A56 FF76 06 push 6[bp] 38347 ! Debug: list unsigned short ES = [S+8+2] (used reg = ) 38348 9A59 FF76 04 push 4[bp] 38349 ! Debug: func () unsigned short = read_word+0 (used reg = ) 38350 9A5C E8 E195 call _read_word 38351 9A5F 83C4 04 add sp,*4 38352 ! Debug: list unsigned short = ax+0 (used reg = ) 38353 9A62 50 push ax 38354 ! Debug: list int = const $1CF (used reg = ) 38355 9A63 B8 01CF mov ax,#$1CF 38356 9A66 50 push ax 38357 ! Debug: func () void = outw+0 (used reg = ) 38358 9A67 E8 E1F3 call _outw 38359 9A6A 83C4 04 add sp,*4 38360 !BCC_EOS 38361 ! 8134 BX += 2; 38362 ! Debug: addab int = const 2 to unsigned short BX = [S+6+4] (used reg = ) 38363 9A6D 8B46 06 mov ax,6[bp] 38364 9A70 40 inc ax 38365 9A71 40 inc ax 38366 9A72 8946 06 mov 6[bp],ax 38367 !BCC_EOS 38368 ! 8135 outw(0x01CE,0x4); 38369 ! Debug: list int = const 4 (used reg = ) 38370 9A75 B8 0004 mov ax,*4 38371 9A78 50 push ax 38372 ! Debug: list int = const $1CE (used reg = ) 38373 9A79 B8 01CE mov ax,#$1CE 38374 9A7C 50 push ax 38375 ! Debug: func () void = outw+0 (used reg = ) 38376 9A7D E8 E1DD call _outw 38377 9A80 83C4 04 add sp,*4 38378 !BCC_EOS 38379 ! 8136 outw(0x01CF, enable); 38380 ! Debug: list unsigned short enable = [S+6-4] (used reg = ) 38381 9A83 FF76 FE push -2[bp] 38382 ! Debug: list int = const $1CF (used reg = ) 38383 9A86 B8 01CF mov ax,#$1CF 38384 9A89 50 push ax 38385 ! Debug: func () void = outw+0 (used reg = ) 38386 9A8A E8 E1D0 call _outw 38387 9A8D 83C4 04 add sp,*4 38388 !BCC_EOS 38389 ! 8137 for(i = 0x5; i <= 0x9; i++ 38390 ! Debug: eq int = const 5 to unsigned short i = [S+6-6] (used reg = ) 38391 9A90 B8 0005 mov ax,*5 38392 9A93 8946 FC mov -4[bp],ax 38393 !BCC_EOS 38394 !BCC_EOS 38395 ! 8137 ) { 38396 9A96 EB 33 jmp .306 38397 00009A98 .307: 38398 ! 8138 outw(0x01CE, i); 38399 ! Debug: list unsigned short i = [S+6-6] (used reg = ) 38400 9A98 FF76 FC push -4[bp] 38401 ! Debug: list int = const $1CE (used reg = ) 38402 9A9B B8 01CE mov ax,#$1CE 38403 9A9E 50 push ax 38404 ! Debug: func () void = outw+0 (used reg = ) 38405 9A9F E8 E1BB call _outw 38406 9AA2 83C4 04 add sp,*4 38407 !BCC_EOS 38408 ! 8139 outw(0x01CF, read_word(ES, BX)); 38409 ! Debug: list unsigned short BX = [S+6+4] (used reg = ) 38410 9AA5 FF76 06 push 6[bp] 38411 ! Debug: list unsigned short ES = [S+8+2] (used reg = ) 38412 9AA8 FF76 04 push 4[bp] 38413 ! Debug: func () unsigned short = read_word+0 (used reg = ) 38414 9AAB E8 E146 call _read_word 38415 9AAE 83C4 04 add sp,*4 38416 ! Debug: list unsigned short = ax+0 (used reg = ) 38417 9AB1 50 push ax 38418 ! Debug: list int = const $1CF (used reg = ) 38419 9AB2 B8 01CF mov ax,#$1CF 38420 9AB5 50 push ax 38421 ! Debug: func () void = outw+0 (used reg = ) 38422 9AB6 E8 E1A4 call _outw 38423 9AB9 83C4 04 add sp,*4 38424 !BCC_EOS 38425 ! 8140 BX += 2; 38426 ! Debug: addab int = const 2 to unsigned short BX = [S+6+4] (used reg = ) 38427 9ABC 8B46 06 mov ax,6[bp] 38428 9ABF 40 inc ax 38429 9AC0 40 inc ax 38430 9AC1 8946 06 mov 6[bp],ax 38431 !BCC_EOS 38432 ! 8141 } 38433 ! 8142 } 38434 00009AC4 .305: 38435 ! Debug: postinc unsigned short i = [S+6-6] (used reg = ) 38436 9AC4 8B46 FC mov ax,-4[bp] 38437 9AC7 40 inc ax 38438 9AC8 8946 FC mov -4[bp],ax 38439 00009ACB .306: 38440 ! Debug: le int = const 9 to unsigned short i = [S+6-6] (used reg = ) 38441 9ACB 8B46 FC mov ax,-4[bp] 38442 9ACE 3D 0009 cmp ax,*9 38443 9AD1 76 C5 jbe .307 38444 00009AD3 .308: 38445 00009AD3 .304: 38446 ! 8143 } 38447 00009AD3 .303: 38448 9AD3 89EC mov sp,bp 38449 9AD5 5D pop bp 38450 9AD6 C3 ret 38451 ! 8144 void vbe_biosfn_save_restore_state(AX, CX, DX, ES, BX) 38452 ! 8145 Bit16u *AX; Bit16u CX; Bit16u DX; Bit16u ES; Bit16u *BX; 38453 export _vbe_biosfn_save_restore_state 38454 00009AD7 _vbe_biosfn_save_restore_state: 38455 !BCC_EOS 38456 !BCC_EOS 38457 !BCC_EOS 38458 !BCC_EOS 38459 !BCC_EOS 38460 ! 8146 { 38461 ! 8147 Bit16u ss=get_SS(); 38462 9AD7 55 push bp 38463 9AD8 89E5 mov bp,sp 38464 9ADA 4C dec sp 38465 9ADB 4C dec sp 38466 ! Debug: func () unsigned short = get_SS+0 (used reg = ) 38467 9ADC E8 E18E call _get_SS 38468 ! Debug: eq unsigned short = ax+0 to unsigned short ss = [S+4-4] (used reg = ) 38469 9ADF 8946 FE mov -2[bp],ax 38470 !BCC_EOS 38471 ! 8148 Bit16u result, val; 38472 !BCC_EOS 38473 ! 8149 result = 0x4f; 38474 9AE2 83C4 FC add sp,*-4 38475 ! Debug: eq int = const $4F to unsigned short result = [S+8-6] (used reg = ) 38476 9AE5 B8 004F mov ax,*$4F 38477 9AE8 8946 FC mov -4[bp],ax 38478 !BCC_EOS 38479 ! 8150 switch(( DX & 0x00ff )) { 38480 ! Debug: and int = const $FF to unsigned short DX = [S+8+6] (used reg = ) 38481 9AEB 8A46 08 mov al,8[bp] 38482 9AEE E9 00A9 br .30B 38483 ! 8151 case 0x00: 38484 ! 8152 val = biosfn_read_video_state_size2(CX); 38485 00009AF1 .30C: 38486 ! Debug: list unsigned short CX = [S+8+4] (used reg = ) 38487 9AF1 FF76 06 push 6[bp] 38488 ! Debug: func () unsigned short = biosfn_read_video_state_size2+0 (used reg = ) 38489 9AF4 E8 D3EB call _biosfn_read_video_state_size2 38490 9AF7 44 inc sp 38491 9AF8 44 inc sp 38492 ! Debug: eq unsigned short = ax+0 to unsigned short val = [S+8-8] (used reg = ) 38493 9AF9 8946 FA mov -6[bp],ax 38494 !BCC_EOS 38495 ! 8153 if (CX & 8) 38496 ! Debug: and int = const 8 to unsigned short CX = [S+8+4] (used reg = ) 38497 9AFC 8A46 06 mov al,6[bp] 38498 9AFF 24 08 and al,*8 38499 9B01 84C0 test al,al 38500 9B03 74 09 je .30D 38501 00009B05 .30E: 38502 ! 8154 val += vbe_biosfn_read_video_state_size(); 38503 ! Debug: func () unsigned short = vbe_biosfn_read_video_state_size+0 (used reg = ) 38504 9B05 E8 FE08 call _vbe_biosfn_read_video_state_size 38505 ! Debug: addab unsigned short = ax+0 to unsigned short val = [S+8-8] (used reg = ) 38506 9B08 0346 FA add ax,-6[bp] 38507 9B0B 8946 FA mov -6[bp],ax 38508 !BCC_EOS 38509 ! 8155 write_word(ss, BX, val); 38510 00009B0E .30D: 38511 ! Debug: list unsigned short val = [S+8-8] (used reg = ) 38512 9B0E FF76 FA push -6[bp] 38513 ! Debug: list * unsigned short BX = [S+$A+$A] (used reg = ) 38514 9B11 FF76 0C push $C[bp] 38515 ! Debug: list unsigned short ss = [S+$C-4] (used reg = ) 38516 9B14 FF76 FE push -2[bp] 38517 ! Debug: func () void = write_word+0 (used reg = ) 38518 9B17 E8 E105 call _write_word 38519 9B1A 83C4 06 add sp,*6 38520 !BCC_EOS 38521 ! 8156 break; 38522 9B1D E9 008C br .309 38523 !BCC_EOS 38524 ! 8157 case 0x01: 38525 ! 8158 val = read_word(ss, BX); 38526 00009B20 .30F: 38527 ! Debug: list * unsigned short BX = [S+8+$A] (used reg = ) 38528 9B20 FF76 0C push $C[bp] 38529 ! Debug: list unsigned short ss = [S+$A-4] (used reg = ) 38530 9B23 FF76 FE push -2[bp] 38531 ! Debug: func () unsigned short = read_word+0 (used reg = ) 38532 9B26 E8 E0CB call _read_word 38533 9B29 83C4 04 add sp,*4 38534 ! Debug: eq unsigned short = ax+0 to unsigned short val = [S+8-8] (used reg = ) 38535 9B2C 8946 FA mov -6[bp],ax 38536 !BCC_EOS 38537 ! 8159 val = biosfn_save_video_state(CX, ES, val); 38538 ! Debug: list unsigned short val = [S+8-8] (used reg = ) 38539 9B2F FF76 FA push -6[bp] 38540 ! Debug: list unsigned short ES = [S+$A+8] (used reg = ) 38541 9B32 FF76 0A push $A[bp] 38542 ! Debug: list unsigned short CX = [S+$C+4] (used reg = ) 38543 9B35 FF76 06 push 6[bp] 38544 ! Debug: func () unsigned short = biosfn_save_video_state+0 (used reg = ) 38545 9B38 E8 D412 call _biosfn_save_video_state 38546 9B3B 83C4 06 add sp,*6 38547 ! Debug: eq unsigned short = ax+0 to unsigned short val = [S+8-8] (used reg = ) 38548 9B3E 8946 FA mov -6[bp],ax 38549 !BCC_EOS 38550 ! 8160 if (CX & 8) 38551 ! Debug: and int = const 8 to unsigned short CX = [S+8+4] (used reg = ) 38552 9B41 8A46 06 mov al,6[bp] 38553 9B44 24 08 and al,*8 38554 9B46 84C0 test al,al 38555 9B48 74 0C je .310 38556 00009B4A .311: 38557 ! 8161 vbe_biosfn_save_video_state(ES, val); 38558 ! Debug: list unsigned short val = [S+8-8] (used reg = ) 38559 9B4A FF76 FA push -6[bp] 38560 ! Debug: list unsigned short ES = [S+$A+8] (used reg = ) 38561 9B4D FF76 0A push $A[bp] 38562 ! Debug: func () void = vbe_biosfn_save_video_state+0 (used reg = ) 38563 9B50 E8 FDC5 call _vbe_biosfn_save_video_state 38564 9B53 83C4 04 add sp,*4 38565 !BCC_EOS 38566 ! 8162 break; 38567 00009B56 .310: 38568 9B56 EB 54 jmp .309 38569 !BCC_EOS 38570 ! 8163 case 0x02: 38571 ! 8164 val = read_word(ss, BX); 38572 00009B58 .312: 38573 ! Debug: list * unsigned short BX = [S+8+$A] (used reg = ) 38574 9B58 FF76 0C push $C[bp] 38575 ! Debug: list unsigned short ss = [S+$A-4] (used reg = ) 38576 9B5B FF76 FE push -2[bp] 38577 ! Debug: func () unsigned short = read_word+0 (used reg = ) 38578 9B5E E8 E093 call _read_word 38579 9B61 83C4 04 add sp,*4 38580 ! Debug: eq unsigned short = ax+0 to unsigned short val = [S+8-8] (used reg = ) 38581 9B64 8946 FA mov -6[bp],ax 38582 !BCC_EOS 38583 ! 8165 val = biosfn_restore_video_state(CX, ES, val); 38584 ! Debug: list unsigned short val = [S+8-8] (used reg = ) 38585 9B67 FF76 FA push -6[bp] 38586 ! Debug: list unsigned short ES = [S+$A+8] (used reg = ) 38587 9B6A FF76 0A push $A[bp] 38588 ! Debug: list unsigned short CX = [S+$C+4] (used reg = ) 38589 9B6D FF76 06 push 6[bp] 38590 ! Debug: func () unsigned short = biosfn_restore_video_state+0 (used reg = ) 38591 9B70 E8 D9A4 call _biosfn_restore_video_state 38592 9B73 83C4 06 add sp,*6 38593 ! Debug: eq unsigned short = ax+0 to unsigned short val = [S+8-8] (used reg = ) 38594 9B76 8946 FA mov -6[bp],ax 38595 !BCC_EOS 38596 ! 8166 if (CX & 8) 38597 ! Debug: and int = const 8 to unsigned short CX = [S+8+4] (used reg = ) 38598 9B79 8A46 06 mov al,6[bp] 38599 9B7C 24 08 and al,*8 38600 9B7E 84C0 test al,al 38601 9B80 74 0C je .313 38602 00009B82 .314: 38603 ! 8167 vbe_biosfn_restore_video_state(ES, val); 38604 ! Debug: list unsigned short val = [S+8-8] (used reg = ) 38605 9B82 FF76 FA push -6[bp] 38606 ! Debug: list unsigned short ES = [S+$A+8] (used reg = ) 38607 9B85 FF76 0A push $A[bp] 38608 ! Debug: func () void = vbe_biosfn_restore_video_state+0 (used reg = ) 38609 9B88 E8 FE1F call _vbe_biosfn_restore_video_state 38610 9B8B 83C4 04 add sp,*4 38611 !BCC_EOS 38612 ! 8168 break; 38613 00009B8E .313: 38614 9B8E EB 1C jmp .309 38615 !BCC_EOS 38616 ! 8169 default: 38617 ! 8170 result = 0x100; 38618 00009B90 .315: 38619 ! Debug: eq int = const $100 to unsigned short result = [S+8-6] (used reg = ) 38620 9B90 B8 0100 mov ax,#$100 38621 9B93 8946 FC mov -4[bp],ax 38622 !BCC_EOS 38623 ! 8171 break; 38624 9B96 EB 14 jmp .309 38625 !BCC_EOS 38626 ! 8172 } 38627 ! 8173 write_word(ss, AX, result); 38628 9B98 EB 12 jmp .309 38629 00009B9A .30B: 38630 9B9A 2C 00 sub al,*0 38631 9B9C 0F84 FF51 beq .30C 38632 9BA0 2C 01 sub al,*1 38633 9BA2 0F84 FF7A beq .30F 38634 9BA6 2C 01 sub al,*1 38635 9BA8 74 AE je .312 38636 9BAA EB E4 jmp .315 38637 00009BAC .309: 38638 FFFFFFF8 ..FFF4 = -8 38639 ! Debug: list unsigned short result = [S+8-6] (used reg = ) 38640 9BAC FF76 FC push -4[bp] 38641 ! Debug: list * unsigned short AX = [S+$A+2] (used reg = ) 38642 9BAF FF76 04 push 4[bp] 38643 ! Debug: list unsigned short ss = [S+$C-4] (used reg = ) 38644 9BB2 FF76 FE push -2[bp] 38645 ! Debug: func () void = write_word+0 (used reg = ) 38646 9BB5 E8 E067 call _write_word 38647 9BB8 83C4 06 add sp,*6 38648 !BCC_EOS 38649 ! 8174 } 38650 9BBB 89EC mov sp,bp 38651 9BBD 5D pop bp 38652 9BBE C3 ret 38653 ! 8175 #asm 38654 !BCC_ASM 38655 00000004 _vbe_biosfn_save_restore_state.CX set 4 38656 00000006 _vbe_biosfn_save_restore_state.DX set 6 38657 00000008 _vbe_biosfn_save_restore_state.ES set 8 38658 00000002 _vbe_biosfn_save_restore_state.AX set 2 38659 0000000A _vbe_biosfn_save_restore_state.BX set $A 38660 00009BBF vbe_biosfn_display_window_control: 38661 9BBF 80FB 00 cmp bl, #0x00 38662 9BC2 75 24 jne vbe_05_failed 38663 9BC4 80FF 01 cmp bh, #0x01 38664 9BC7 74 16 je get_display_window 38665 9BC9 72 04 jb set_display_window 38666 9BCB B8 0100 mov ax, #0x0100 38667 9BCE C3 ret 38668 00009BCF set_display_window: 38669 9BCF 89D0 mov ax, dx 38670 9BD1 E8 F5CF call _dispi_set_bank 38671 9BD4 E8 F5DC call dispi_get_bank 38672 9BD7 39D0 cmp ax, dx 38673 9BD9 75 0D jne vbe_05_failed 38674 9BDB B8 004F mov ax, #0x004f 38675 9BDE C3 ret 38676 00009BDF get_display_window: 38677 9BDF E8 F5D1 call dispi_get_bank 38678 9BE2 89C2 mov dx, ax 38679 9BE4 B8 004F mov ax, #0x004f 38680 9BE7 C3 ret 38681 00009BE8 vbe_05_failed: 38682 9BE8 B8 014F mov ax, #0x014f 38683 9BEB C3 ret 38684 ! 8200 endasm 38685 !BCC_ENDASM 38686 ! 8201 #asm 38687 !BCC_ASM 38688 00000004 _vbe_biosfn_save_restore_state.CX set 4 38689 00000006 _vbe_biosfn_save_restore_state.DX set 6 38690 00000008 _vbe_biosfn_save_restore_state.ES set 8 38691 00000002 _vbe_biosfn_save_restore_state.AX set 2 38692 0000000A _vbe_biosfn_save_restore_state.BX set $A 38693 00009BEC vbe_biosfn_set_get_logical_scan_line_length: 38694 9BEC 89C8 mov ax, cx 38695 9BEE 80FB 01 cmp bl, #0x01 38696 9BF1 74 24 je get_logical_scan_line_length 38697 9BF3 80FB 02 cmp bl, #0x02 38698 9BF6 74 06 je set_logical_scan_line_bytes 38699 9BF8 72 1A jb set_logical_scan_line_pixels 38700 9BFA B8 0100 mov ax, #0x0100 38701 9BFD C3 ret 38702 00009BFE set_logical_scan_line_bytes: 38703 9BFE 50 push ax 38704 9BFF E8 F526 call dispi_get_bpp 38705 9C02 30FF xor bh, bh 38706 9C04 88E3 mov bl, ah 38707 9C06 08DB or bl, bl 38708 9C08 75 05 jnz no_4bpp_1 38709 9C0A C1E0 03 shl ax, #3 38710 9C0D B3 01 mov bl, #1 38711 00009C0F no_4bpp_1: 38712 9C0F 31D2 xor dx, dx 38713 9C11 58 pop ax 38714 9C12 F7F3 div bx 38715 00009C14 set_logical_scan_line_pixels: 38716 9C14 E8 F63A call dispi_set_virt_width 38717 00009C17 get_logical_scan_line_length: 38718 9C17 E8 F50E call dispi_get_bpp 38719 9C1A 30FF xor bh, bh 38720 9C1C 88E3 mov bl, ah 38721 9C1E E8 F643 call dispi_get_virt_width 38722 9C21 89C1 mov cx, ax 38723 9C23 08DB or bl, bl 38724 9C25 75 05 jnz no_4bpp_2 38725 9C27 C1E8 03 shr ax, #3 38726 9C2A B3 01 mov bl, #1 38727 00009C2C no_4bpp_2: 38728 9C2C F7E3 mul bx 38729 9C2E 89C3 mov bx, ax 38730 9C30 E8 F63F call dispi_get_virt_height 38731 9C33 89C2 mov dx, ax 38732 9C35 B8 004F mov ax, #0x004f 38733 9C38 C3 ret 38734 ! 8243 endasm 38735 !BCC_ENDASM 38736 ! 8244 #asm 38737 !BCC_ASM 38738 00000004 _vbe_biosfn_save_restore_state.CX set 4 38739 00000006 _vbe_biosfn_save_restore_state.DX set 6 38740 00000008 _vbe_biosfn_save_restore_state.ES set 8 38741 00000002 _vbe_biosfn_save_restore_state.AX set 2 38742 0000000A _vbe_biosfn_save_restore_state.BX set $A 38743 00009C39 vbe_biosfn_set_get_display_start: 38744 9C39 80FB 80 cmp bl, #0x80 38745 9C3C 74 0B je set_display_start 38746 9C3E 80FB 01 cmp bl, #0x01 38747 9C41 74 14 je get_display_start 38748 9C43 72 04 jb set_display_start 38749 9C45 B8 0100 mov ax, #0x0100 38750 9C48 C3 ret 38751 00009C49 set_display_start: 38752 9C49 89C8 mov ax, cx 38753 9C4B E8 F5AA call dispi_set_x_offset 38754 9C4E 89D0 mov ax, dx 38755 9C50 E8 F5C3 call dispi_set_y_offset 38756 9C53 B8 004F mov ax, #0x004f 38757 9C56 C3 ret 38758 00009C57 get_display_start: 38759 9C57 E8 F5AE call dispi_get_x_offset 38760 9C5A 89C1 mov cx, ax 38761 9C5C E8 F5C7 call dispi_get_y_offset 38762 9C5F 89C2 mov dx, ax 38763 9C61 30FF xor bh, bh 38764 9C63 B8 004F mov ax, #0x004f 38765 9C66 C3 ret 38766 ! 8268 endasm 38767 !BCC_ENDASM 38768 ! 8269 #asm 38769 !BCC_ASM 38770 00000004 _vbe_biosfn_save_restore_state.CX set 4 38771 00000006 _vbe_biosfn_save_restore_state.DX set 6 38772 00000008 _vbe_biosfn_save_restore_state.ES set 8 38773 00000002 _vbe_biosfn_save_restore_state.AX set 2 38774 0000000A _vbe_biosfn_save_restore_state.BX set $A 38775 00009C67 vbe_biosfn_set_get_dac_palette_format: 38776 9C67 80FB 01 cmp bl, #0x01 38777 9C6A 74 1E je get_dac_palette_format 38778 9C6C 72 04 jb set_dac_palette_format 38779 9C6E B8 0100 mov ax, #0x0100 38780 9C71 C3 ret 38781 00009C72 set_dac_palette_format: 38782 9C72 E8 F520 call dispi_get_enable 38783 9C75 80FF 06 cmp bh, #0x06 38784 9C78 74 0A je set_normal_dac 38785 9C7A 80FF 08 cmp bh, #0x08 38786 9C7D 75 1B jne vbe_08_unsupported 38787 9C7F 0D 0020 or ax, # 0x20 38788 9C82 75 03 jnz set_dac_mode 38789 00009C84 set_normal_dac: 38790 9C84 25 FFDF and ax, #~ 0x20 38791 00009C87 set_dac_mode: 38792 9C87 E8 F4FB call _dispi_set_enable 38793 00009C8A get_dac_palette_format: 38794 9C8A B7 06 mov bh, #0x06 38795 9C8C E8 F506 call dispi_get_enable 38796 9C8F 25 0020 and ax, # 0x20 38797 9C92 74 02 jz vbe_08_ok 38798 9C94 B7 08 mov bh, #0x08 38799 00009C96 vbe_08_ok: 38800 9C96 B8 004F mov ax, #0x004f 38801 9C99 C3 ret 38802 00009C9A vbe_08_unsupported: 38803 9C9A B8 014F mov ax, #0x014f 38804 9C9D C3 ret 38805 ! 8300 endasm 38806 !BCC_ENDASM 38807 ! 8301 void vbe_biosfn_set_get_palette_data(AX) 38808 ! 8302 { 38809 export _vbe_biosfn_set_get_palette_data 38810 00009C9E _vbe_biosfn_set_get_palette_data: 38811 ! 8303 } 38812 9C9E C3 ret 38813 ! 8304 #asm 38814 !BCC_ASM 38815 00000002 _vbe_biosfn_set_get_palette_data.AX set 2 38816 00009C9F vbe_biosfn_return_protected_mode_interface: 38817 9C9F 84DB test bl, bl 38818 9CA1 75 11 jnz _fail 38819 9CA3 BF C000 mov di, #0xc000 38820 9CA6 8EC7 mov es, di 38821 9CA8 BF 8FB6 mov di, # vesa_pm_start 38822 9CAB B9 90B7 mov cx, # vesa_pm_end 38823 9CAE 29F9 sub cx, di 38824 9CB0 B8 004F mov ax, #0x004f 38825 9CB3 C3 ret 38826 00009CB4 _fail: 38827 9CB4 B8 014F mov ax, #0x014f 38828 9CB7 C3 ret 38829 ! 8318 endasm 38830 !BCC_ENDASM 38831 ! 8319 #asm 38832 !BCC_ASM 38833 00000002 _vbe_biosfn_set_get_palette_data.AX set 2 38834 ;; DATA_SEG_DEFS_HERE 38835 ! 8321 endasm 38836 !BCC_ENDASM 38837 ! 8322 #asm 38838 !BCC_ASM 38839 00000002 _vbe_biosfn_set_get_palette_data.AX set 2 38840 9CB8 76 .ascii "vgabios ends here" 38841 9CC9 00 .byte 0x00 38842 00009CCA vgabios_end: 38843 9CCA CB .byte 0xCB 38844 ;; BLOCK_STRINGS_BEGIN 38845 ! 8328 endasm 38846 !BCC_ENDASM 38847 ! 8329 38848 38849 9CCB .bss 38850 38851 ! 0 errors detected Symbols: ..FFF4 0 FFF8 A ..FFF5 0 FFFC A ..FFF6 0 FFEE A ..FFF7 0 FFF4 A ..FFF8 0 FFF6 A ..FFF9 0 FFEE A ..FFFA 0 FFEE A ..FFFB 0 FFF2 A ..FFFC 0 FFF0 A ..FFFD 0 FFE8 A ..FFFE 0 FFE8 A ..FFFF 0 FFFE A .1 0 3B8D A .10 0 368C A .100 0 4CB2 A .101 0 4CAB A .102 0 4CA2 A .103 0 4E4C A .104 0 4DBE A .105 0 4D34 A .106 0 4DBB A .107 0 4DAA A .108 0 4DB1 A .109 0 4D3E A .10A 0 4D82 A .10B 0 4D5C A .10C 0 4D55 A .10D 0 4DAA A .10E 0 4DBB A .10F 0 4E4C A .11 0 36BB A .110 0 4E4C A .111 0 4E39 A .112 0 4E40 A .113 0 4DC8 A .114 0 4E05 A .115 0 4DDF A .116 0 4DD8 A .117 0 4E2D A .118 0 4E39 A .119 0 4E37 A .11A 0 4E4C A .11B 0 4E4F A .11C 0 4EE2 A .11D 0 4E9D A .11E 0 4E8B A .11F 0 4E79 A .12 0 36AB A .120 0 4E72 A .121 0 4E6B A .122 0 5026 A .123 0 4F05 A .124 0 4EE9 A .125 0 4F98 A .126 0 4F0E A .127 0 4F95 A .128 0 4F84 A .129 0 4F8B A .12A 0 4F18 A .12B 0 4F5C A .12C 0 4F36 A .12D 0 4F2F A .12E 0 4F84 A .12F 0 4F95 A .13 0 36C0 A .130 0 5026 A .131 0 5026 A .132 0 5013 A .133 0 501A A .134 0 4FA2 A .135 0 4FDF A .136 0 4FB9 A .137 0 4FB2 A .138 0 5007 A .139 0 5013 A .13A 0 5011 A .13B 0 5026 A .13C 0 5078 A .13D 0 5074 A .13E 0 5137 A .13F 0 50D9 A .14 0 36D7 A .140 0 5137 A .141 0 5168 A .143 0 515E A .144 0 5146 A .145 0 514E A .146 0 5156 A .147 0 51D5 A .148 0 51C5 A .149 0 51E3 A .14A 0 529B A .14B 0 528A A .14C 0 5291 A .14D 0 51EB A .14E 0 528A A .14F 0 527A A .15 0 36EB A .150 0 5281 A .151 0 5208 A .152 0 526A A .153 0 5253 A .154 0 527A A .155 0 528A A .156 0 529B A .157 0 54AD A .158 0 549D A .159 0 54A4 A .15A 0 52F1 A .15B 0 5315 A .15C 0 530C A .15D 0 53D6 A .15E 0 5323 A .15F 0 533E A .16 0 3704 A .160 0 532C A .161 0 5343 A .162 0 53C0 A .163 0 53B2 A .164 0 53B9 A .165 0 534A A .166 0 53A8 A .167 0 5361 A .168 0 538A A .169 0 536A A .16A 0 53A8 A .16B 0 53C0 A .16C 0 549D A .16D 0 549D A .16E 0 5494 A .16F 0 53D9 A .17 0 371B A .170 0 53F4 A .171 0 53E2 A .172 0 53F9 A .173 0 547A A .174 0 546C A .175 0 5473 A .176 0 5400 A .177 0 5462 A .178 0 5417 A .179 0 5442 A .17A 0 5420 A .17B 0 5462 A .17C 0 547A A .17D 0 549D A .17E 0 54AD A .17F 0 5581 A .18 0 3729 A .180 0 5571 A .181 0 5578 A .182 0 54F7 A .183 0 5571 A .184 0 5563 A .185 0 556A A .186 0 551D A .187 0 553F A .188 0 5539 A .189 0 5571 A .18A 0 5581 A .18B 0 55B5 A .18C 0 55B1 A .18D 0 5680 A .18E 0 5616 A .18F 0 5773 A .19 0 3764 A .190 0 5773 A .191 0 575B A .192 0 56B5 A .193 0 5754 A .195 0 5740 A .196 0 56C9 A .197 0 56C9 A .198 0 56F2 A .199 0 571B A .19A 0 5773 A .19B 0 5767 A .19C 0 57A7 A .19D 0 57A3 A .19E 0 5876 A .19F 0 5808 A .1A 0 379E A .1A0 0 5873 A .1A1 0 5867 A .1A2 0 583E A .1A3 0 5873 A .1A4 0 5969 A .1A5 0 5969 A .1A6 0 5951 A .1A7 0 58AB A .1A8 0 594A A .1AA 0 5936 A .1AB 0 58BF A .1AC 0 58BF A .1AD 0 58E8 A .1AE 0 5911 A .1AF 0 5969 A .1B 0 37B3 A .1B0 0 595D A .1B1 0 5A15 A .1B2 0 5A11 A .1B3 0 5A2F A .1B4 0 5A2B A .1B5 0 5C7D A .1B7 0 5C67 A .1B8 0 5A44 A .1B9 0 5A44 A .1BA 0 5AC5 A .1BB 0 5AB7 A .1BC 0 5AEA A .1BD 0 5B1C A .1BE 0 5B00 A .1BF 0 5B36 A .1C 0 37D3 A .1C0 0 5B48 A .1C1 0 5B3F A .1C2 0 5BB4 A .1C3 0 5B6E A .1C4 0 5BF4 A .1C5 0 5C08 A .1C6 0 5BFD A .1C7 0 5C1E A .1C8 0 5C33 A .1C9 0 5CB7 A .1CA 0 5CB3 A .1CB 0 5CD1 A .1CC 0 5CCD A .1CD 0 5E65 A .1CF 0 5E4D A .1D 0 37F3 A .1D0 0 5CE6 A .1D1 0 5CE6 A .1D2 0 5D7A A .1D3 0 5D6C A .1D4 0 5D73 A .1D5 0 5D28 A .1D6 0 5D6C A .1D7 0 5D58 A .1D8 0 5D7A A .1D9 0 5D7D A .1DA 0 5DA9 A .1DB 0 5DA0 A .1DC 0 5DF4 A .1DD 0 5DCF A .1DE 0 5E15 A .1DF 0 5E17 A .1E 0 3810 A .1E0 0 5E46 A .1E1 0 5EA5 A .1E2 0 5E94 A .1E3 0 5ECF A .1E4 0 5ECB A .1E5 0 612E A .1E7 0 610D A .1E8 0 5F20 A .1E9 0 5F23 A .1EA 0 5F31 A .1EB 0 5F2A A .1EC 0 5F34 A .1ED 0 5F3C A .1EE 0 5F46 A .1EF 0 5F93 A .1F 0 382B A .1F0 0 5F88 A .1F1 0 5F46 A .1F2 0 5F93 A .1F3 0 5F96 A .1F4 0 6032 A .1F5 0 5FAE A .1F6 0 602F A .1F7 0 600C A .1F8 0 6104 A .1F9 0 6104 A .1FB 0 60F0 A .1FC 0 6079 A .1FD 0 6079 A .1FE 0 60A2 A .1FF 0 60CB A .20 0 3848 A .200 0 6144 A .201 0 6138 A .202 0 6219 A .203 0 6150 A .204 0 61E9 A .205 0 6168 A .206 0 6210 A .207 0 65C6 A .208 0 65B5 A .209 0 65BC A .20A 0 64FE A .20B 0 6571 A .20C 0 656B A .20D 0 65C6 A .20E 0 66A7 A .20F 0 6697 A .21 0 3857 A .210 0 66BF A .211 0 6804 A .212 0 67F5 A .213 0 67FC A .214 0 67B8 A .215 0 6804 A .216 0 6819 A .217 0 680E A .218 0 689D A .219 0 688E A .21A 0 6895 A .21B 0 6854 A .21C 0 689D A .21D 0 68B0 A .21E 0 68A7 A .21F 0 692E A .22 0 3992 A .220 0 691F A .221 0 6926 A .222 0 68EB A .223 0 692E A .224 0 6941 A .225 0 6938 A .226 0 69CC A .227 0 69BD A .228 0 69C4 A .229 0 6989 A .22A 0 69CC A .22B 0 69DF A .22C 0 69D6 A .22D 0 6B61 A .22F 0 6B3C A .230 0 69F9 A .231 0 6A30 A .232 0 6A67 A .233 0 6A8A A .234 0 6AAD A .235 0 6AD0 A .236 0 6AF2 A .237 0 6B14 A .238 0 6B36 A .239 0 6B5F A .23A 0 6B4F A .23B 0 6CD1 A .23C 0 6CBF A .23D 0 6D5B A .23E 0 6D4F A .23F 0 6D00 A .24 0 393E A .240 0 6D33 A .241 0 6D1E A .242 0 6D5B A .243 0 6D73 A .244 0 6D64 A .245 0 6EFE A .246 0 6EF5 A .247 0 6F10 A .248 0 6F07 A .249 0 6F22 A .24A 0 6F19 A .24B 0 71D5 A .24C 0 6F6F A .24D 0 705A A .24E 0 704B A .24F 0 7052 A .25 0 385D A .250 0 701F A .251 0 705A A .252 0 70C8 A .253 0 70B9 A .254 0 70C0 A .255 0 708D A .256 0 70C8 A .257 0 711B A .258 0 710C A .259 0 7113 A .25A 0 70CF A .25B 0 711B A .25C 0 7166 A .25D 0 7157 A .25E 0 715E A .25F 0 712B A .26 0 385D A .260 0 7166 A .261 0 7450 A .262 0 71E0 A .263 0 7381 A .264 0 7372 A .265 0 7379 A .266 0 734A A .267 0 7381 A .268 0 7510 A .269 0 745B A .26A 0 74FA A .26B 0 74EB A .26C 0 74F2 A .26D 0 74CC A .26E 0 74FA A .26F 0 77D2 A .27 0 3886 A .270 0 7528 A .271 0 7597 A .272 0 7588 A .273 0 758F A .274 0 755B A .275 0 7597 A .276 0 761C A .277 0 760D A .278 0 7614 A .279 0 75D8 A .27A 0 7606 A .27B 0 75E0 A .27C 0 761C A .27D 0 763E A .27E 0 7636 A .27F 0 76DF A .28 0 3886 A .280 0 76D0 A .281 0 76D7 A .282 0 769B A .283 0 76DF A .284 0 7738 A .285 0 7729 A .286 0 7730 A .287 0 76FC A .288 0 7738 A .289 0 7A4D A .28A 0 77DD A .28B 0 797E A .28C 0 796F A .28D 0 7976 A .28E 0 7947 A .28F 0 797E A .29 0 389B A .290 0 7AEE A .291 0 7A58 A .292 0 7ADA A .293 0 7ACB A .294 0 7AD2 A .295 0 7AAB A .296 0 7ADA A .297 0 7B30 A .298 0 7B22 A .299 0 7B29 A .29A 0 7B06 A .29B 0 7B22 A .29C 0 7B1A A .29D 0 7B30 A .29E 0 7DA9 A .29F 0 7D93 A .2A 0 389B A .2A0 0 7C8F A .2A1 0 7CA4 A .2A2 0 7C96 A .2A3 0 7D8C A .2A4 0 7D7C A .2A5 0 7CAD A .2A6 0 7CDC A .2A7 0 7CBB A .2A8 0 7CB4 A .2A9 0 7D7A A .2AA 0 7D7A A .2AB 0 7CE5 A .2AC 0 7D09 A .2AD 0 7D03 A .2AE 0 7D75 A .2AF 0 7D66 A .2B 0 38B0 A .2B0 0 7D6D A .2B1 0 7D1C A .2B2 0 7D4E A .2B3 0 7D3B A .2B4 0 7D5F A .2B5 0 7D75 A .2B6 0 7D8C A .2B7 0 7DA9 A .2B8 0 93B2 A .2B9 0 93A7 A .2BA 0 9364 A .2BB 0 939E A .2BC 0 936E A .2BD 0 937E A .2BE 0 9375 A .2BF 0 939C A .2C 0 38B0 A .2C0 0 9393 A .2C1 0 938A A .2C2 0 939C A .2C3 0 93A7 A .2C4 0 93B2 A .2C5 0 94CC A .2C6 0 94C5 A .2C7 0 94A5 A .2C8 0 949D A .2C9 0 9495 A .2CA 0 948D A .2CB 0 94BD A .2CC 0 94B5 A .2CD 0 94AD A .2CE 0 9590 A .2CF 0 9545 A .2D 0 38C5 A .2D0 0 95A8 A .2D1 0 9655 A .2D2 0 9647 A .2D3 0 95A8 A .2D4 0 963C A .2D5 0 9610 A .2D6 0 9606 A .2D7 0 95EF A .2D8 0 963C A .2D9 0 9655 A .2DA 0 96AD A .2DB 0 96AF A .2DC 0 976A A .2DD 0 96DE A .2DE 0 971E A .2DF 0 9718 A .2E 0 38D4 A .2E0 0 9744 A .2E1 0 9733 A .2E2 0 9762 A .2E3 0 974E A .2E4 0 9770 A .2E5 0 9790 A .2E6 0 9778 A .2E7 0 97C0 A .2E8 0 97C2 A .2E9 0 97D2 A .2EA 0 97CE A .2EB 0 97D4 A .2EC 0 97E6 A .2ED 0 97E2 A .2EE 0 97E8 A .2EF 0 981F A .2F 0 38F2 A .2F0 0 97FC A .2F1 0 98C4 A .2F2 0 983B A .2F3 0 9856 A .2F4 0 984D A .2F5 0 98D8 A .2F6 0 98D8 A .2F7 0 98D2 A .2F8 0 995C A .2F9 0 9958 A .2FA 0 99A6 A .2FB 0 9997 A .2FC 0 999E A .2FD 0 9964 A .2FE 0 9997 A .2FF 0 996C A .3 0 3B39 A .30 0 3900 A .300 0 99A6 A .301 0 99EE A .302 0 99D0 A .303 0 9AD3 A .304 0 9AD3 A .305 0 9AC4 A .306 0 9ACB A .307 0 9A98 A .308 0 9AD3 A .309 0 9BAC A .30B 0 9B9A A .30C 0 9AF1 A .30D 0 9B0E A .30E 0 9B05 A .30F 0 9B20 A .31 0 390E A .310 0 9B56 A .311 0 9B4A A .312 0 9B58 A .313 0 9B8E A .314 0 9B82 A .315 0 9B90 A .32 0 391C A .33 0 3995 A .34 0 39E2 A .36 0 39D6 A .37 0 399A A .38 0 399F A .39 0 39BD A .3A 0 39E5 A .3B 0 3A19 A .3C 0 3A35 A .3D 0 3A79 A .3F 0 3A6D A .4 0 3662 A .40 0 3A3A A .41 0 3A49 A .42 0 3A5A A .43 0 3A86 A .44 0 3B2F A .45 0 3A8F A .46 0 3B2D A .48 0 3B02 A .49 0 3A94 A .4A 0 3AA7 A .4B 0 3ABC A .4C 0 3AD1 A .4D 0 3AEA A .4E 0 3AF2 A .4F 0 3AFA A .5 0 36BD A .50 0 3B2B A .51 0 3B15 A .52 0 3B35 A .53 0 3B86 A .54 0 3B4C A .55 0 3BAD A .56 0 3BA5 A .57 0 3BCE A .58 0 3BCA A .59 0 3DA1 A .5A 0 3C5C A .5B 0 3CCE A .5D 0 3CBE A .5E 0 3C9C A .5F 0 3CA4 A .60 0 3CAC A .61 0 3CB4 A .62 0 3D8B A .63 0 3D7A A .64 0 3D81 A .65 0 3CD6 A .66 0 3D53 A .67 0 3CF7 A .68 0 3D7A A .69 0 3D8B A .6A 0 3DA1 A .6B 0 3D94 A .6C 0 3DF1 A .6D 0 3DE2 A .6E 0 3DE9 A .6F 0 3DB1 A .7 0 3698 A .70 0 3DF1 A .71 0 3E76 A .72 0 3E67 A .73 0 3E6E A .74 0 3E2F A .75 0 3E76 A .76 0 3EBD A .77 0 3EAE A .78 0 3EB5 A .79 0 3E7D A .7A 0 3EBD A .7B 0 3ED8 A .7C 0 3ED3 A .7D 0 3EDB A .7E 0 3F32 A .7F 0 3F23 A .8 0 3674 A .80 0 3F2A A .81 0 3EF2 A .82 0 3F32 A .83 0 4032 A .84 0 3F71 A .85 0 3FAD A .86 0 3F87 A .87 0 4032 A .88 0 3FD8 A .89 0 3FB4 A .8A 0 4032 A .8B 0 416F A .8C 0 4161 A .8D 0 4191 A .8E 0 4182 A .8F 0 4189 A .9 0 3680 A .90 0 4176 A .91 0 4191 A .92 0 41BD A .93 0 41AF A .94 0 4223 A .96 0 4214 A .97 0 41D5 A .98 0 41EA A .99 0 41FE A .9A 0 42F1 A .9B 0 42A1 A .9C 0 429A A .9D 0 4293 A .9E 0 428B A .9F 0 42CA A .A 0 3680 A .A0 0 42B5 A .A1 0 42DE A .A2 0 4353 A .A3 0 434F A .A4 0 443E A .A5 0 4386 A .A6 0 4476 A .A7 0 4472 A .A8 0 44C8 A .A9 0 44C4 A .AA 0 44F2 A .AB 0 44EE A .AC 0 458A A .AD 0 451C A .AE 0 45AE A .AF 0 46D6 A .B 0 3680 A .B0 0 46C7 A .B1 0 46CE A .B2 0 468B A .B3 0 46D6 A .B4 0 4761 A .B5 0 4752 A .B6 0 4759 A .B7 0 4728 A .B8 0 4761 A .B9 0 4881 A .BA 0 4870 A .BB 0 4877 A .BC 0 47CF A .BD 0 482E A .BE 0 47D8 A .BF 0 4870 A .C 0 3680 A .C0 0 4881 A .C1 0 4936 A .C2 0 4927 A .C3 0 492E A .C4 0 48B9 A .C5 0 48FA A .C6 0 48C2 A .C7 0 4927 A .C8 0 4936 A .C9 0 494C A .CA 0 4948 A .CB 0 4958 A .CC 0 4954 A .CD 0 4982 A .CE 0 497E A .CF 0 49BF A .D 0 3680 A .D0 0 49AE A .D1 0 49D0 A .D2 0 49C9 A .D3 0 49E1 A .D4 0 49DA A .D5 0 49F0 A .D6 0 49EB A .D7 0 4C67 A .D8 0 4A17 A .D9 0 4AA1 A .DA 0 4A6C A .DB 0 4A5A A .DC 0 4A48 A .DD 0 4A41 A .DE 0 4A3A A .DF 0 4C64 A .E 0 3680 A .E0 0 4B86 A .E1 0 4AAA A .E2 0 4B83 A .E3 0 4B70 A .E4 0 4B77 A .E5 0 4AB5 A .E6 0 4B15 A .E7 0 4AD3 A .E8 0 4ACC A .E9 0 4B70 A .EA 0 4B83 A .EB 0 4C64 A .EC 0 4C64 A .ED 0 4C51 A .EE 0 4C58 A .EF 0 4B91 A .F 0 3680 A .F0 0 4BEA A .F1 0 4BA8 A .F2 0 4BA1 A .F3 0 4C45 A .F4 0 4C51 A .F5 0 4C4F A .F6 0 4C64 A .F7 0 503C A .F8 0 503C A .FA 0 502A A .FB 0 4C99 A .FC 0 4C99 A .FD 0 4D2B A .FE 0 4CD6 A .FF 0 4CC4 A _biosfn_alternate_prtsc 0 6BC2 A _biosfn_enable_video_refre+ 0 6C9D A _biosfn_get_cursor_pos 0 4442 A _biosfn_get_font_info 0 69E8 A _biosfn_load_gfx_8_14_char+ 0 69E5 A _biosfn_load_gfx_8_16_char+ 0 69E7 A _biosfn_load_gfx_8_8_chars 0 69E3 A _biosfn_load_gfx_8_8_dd_ch+ 0 69E6 A _biosfn_load_gfx_user_char+ 0 69E4 A _biosfn_load_text_8_14_pat 0 681D A _biosfn_load_text_8_16_pat 0 6952 A _biosfn_load_text_8_8_pat 0 68B4 A _biosfn_load_text_user_pat 0 6781 A _biosfn_perform_gray_scale+ 0 64DA A _biosfn_read_char_attr 0 5040 A _biosfn_read_pixel 0 5C81 A _biosfn_read_state_info 0 6DAA A _biosfn_read_video_state_s+ 0 6F29 A _biosfn_read_video_state_s+ 0 6EE2 A _biosfn_restore_video_stat+ 0 7517 A _biosfn_save_video_state 0 6F4D A _biosfn_scroll 0 493A A _biosfn_set_active_page 0 44B7 A _biosfn_set_cursor_pos 0 4342 A _biosfn_set_cursor_shape 0 4227 A _biosfn_set_video_mode 0 3B8F A _biosfn_switch_video_inter+ 0 6C9C A _biosfn_write_char_attr 0 5585 A _biosfn_write_char_only 0 5777 A _biosfn_write_pixel 0 59E5 A _biosfn_write_string 0 6C9E A _biosfn_write_teletype 0 5E87 A _dac_regs 0 0286 A _dispi_get_max_bpp 0 9163 A _dispi_get_max_xres 0 9141 A _dispi_set_bank 0 91A3 A _dispi_set_bank_farcall 0 91C1 A _dispi_set_bpp 0 910A A _dispi_set_enable 0 9185 A _dispi_set_xres 0 90D5 A _dispi_set_yres 0 90EC A _display_info 0 3610 A _display_splash_screen 0 360F A _display_string 0 362E A _fail 0 9CB4 A _find_vga_entry 0 7AF5 A _get_SS 0 7C6D A E _get_font_access 0 65E1 A _inb 0 7C37 A E _int10_func 0 3655 A _inw 0 7C42 A E _line_to_vpti 0 0276 A _memcpyb 0 7B81 A _memcpyw 0 7BB1 A _memsetb 0 7B37 A _memsetw 0 7B5C A _mode_info_find_mode 0 9357 A _mode_info_list 0 7E07 A _no_vbebios_info_string 0 8F51 A _outb 0 7C4D A E _outw 0 7C5D A E _palette0 0 0A0A A _palette1 0 0ACA A _palette2 0 0B8A A _palette3 0 0C4A A _pci_get_lfb_addr 0 7DAD A _printf 0 7C70 A E _read_byte 0 7BE1 A _read_word 0 7BF4 A _release_font_access 0 6604 A _set_scan_lines 0 6638 A _static_functionality 0 0F4A A _vbe_biosfn_read_video_sta+ 0 9910 A E _vbe_biosfn_restore_video_+ 0 99AA A E _vbe_biosfn_return_control+ 0 942F A E _vbe_biosfn_return_mode_in+ 0 9687 A E _vbe_biosfn_save_restore_s+ 0 9AD7 A E _vbe_biosfn_save_video_sta+ 0 9918 A E _vbe_biosfn_set_get_palett+ 0 9C9E A E _vbe_biosfn_set_mode 0 97A3 A E _vbe_has_vbe_display 0 93B8 A _vbebios_copyright 0 8E7F A _vbebios_info_string 0 8F2B A _vbebios_product_name 0 8EDD A _vbebios_product_revision 0 8EF6 A _vbebios_vendor_name 0 8EC5 A _vga_compat_setup 0 9280 A _vga_modes 0 01F6 A _vgafont14 0 175A A _vgafont14alt 0 355A A _vgafont16 0 255A A _vgafont16alt 0 355B A _vgafont8 0 0F5A A _vgamem_copy_cga 0 4773 A _vgamem_copy_pl4 0 4626 A _vgamem_fill_cga 0 4885 A _vgamem_fill_pl4 0 46E8 A _video_param_table 0 028A A _video_save_pointer_table 0 35F3 A _write_byte 0 7C07 A _write_gfx_char_cga 0 52AE A _write_gfx_char_lin 0 54B1 A _write_gfx_char_pl4 0 513B A _write_word 0 7C1F A biosfn_enable_cursor_emula+ 0 6C7A A biosfn_enable_default_pale+ 0 6C16 A biosfn_enable_grayscale_su+ 0 6C56 A biosfn_enable_video_addres+ 0 6C38 A biosfn_get_all_palette_reg 0 637F A biosfn_get_ega_info 0 6B9F A biosfn_get_single_palette_+ 0 634D A biosfn_get_video_mode 0 624A A biosfn_group_0B 0 596D A biosfn_group_10 0 6271 A biosfn_group_1A 0 6D77 A biosfn_read_all_dac_reg 0 645F A biosfn_read_display_code 0 6D80 A biosfn_read_overscan_borde+ 0 6371 A biosfn_read_pel_mask 0 6492 A biosfn_read_single_dac_reg 0 6444 A biosfn_read_video_dac_stat+ 0 649D A biosfn_select_vert_res 0 6BC3 A biosfn_select_video_dac_co+ 0 6401 A biosfn_set_all_dac_reg 0 63D9 A biosfn_set_all_palette_reg 0 62FA A biosfn_set_border_color 0 5978 A biosfn_set_display_code 0 6D95 A biosfn_set_overscan_border+ 0 62F2 A biosfn_set_palette 0 59B7 A biosfn_set_pel_mask 0 6487 A biosfn_set_single_dac_reg 0 63C0 A biosfn_set_single_palette_+ 0 62D8 A biosfn_set_text_block_spec+ 0 6945 A biosfn_toggle_intensity 0 6327 A bit8_clear 0 92C8 A bit9_clear 0 92CF A bpp4_mode 0 9069 A dispi_get_bank 0 91B3 A dispi_get_bpp 0 9128 A dispi_get_enable 0 9195 A dispi_get_id 0 90B7 A dispi_get_virt_height 0 9272 A dispi_get_virt_width 0 9264 A dispi_get_x_offset 0 9208 A dispi_get_y_offset 0 9226 A dispi_set_bank_farcall_err+ 0 91F3 A dispi_set_bank_farcall_get 0 91E5 A dispi_set_id 0 90C5 A dispi_set_virt_width 0 9251 A dispi_set_x_offset 0 91F8 A dispi_set_y_offset 0 9216 A get_bpp_noinc 0 913F A get_dac_16_page 0 64CD A get_dac_palette_format 0 9C8A A get_display_start 0 9C57 A get_display_window 0 9BDF A get_logical_scan_line_leng+ 0 9C17 A get_palette_loop 0 6387 A idiv_u 0 6633 A illegal_window 0 8FFC A init_bios_area 0 35BB A init_vga_card 0 355C A int10_end 0 01F4 A int10_group_10_unknown 0 62D7 A int10_normal 0 01E6 A int10_test_0B 0 0143 A int10_test_1001 0 6277 A int10_test_1002 0 627D A int10_test_1003 0 6283 A int10_test_1007 0 628A A int10_test_1008 0 6291 A int10_test_1009 0 6298 A int10_test_1010 0 629F A int10_test_1012 0 62A6 A int10_test_1013 0 62AD A int10_test_1015 0 62B4 A int10_test_1017 0 62BB A int10_test_1018 0 62C2 A int10_test_1019 0 62C9 A int10_test_101A 0 62D0 A int10_test_101B 0 019C A int10_test_1103 0 014E A int10_test_12 0 0159 A int10_test_1A 0 0138 A int10_test_4F 0 01AB A int10_test_BL30 0 0169 A int10_test_BL31 0 0174 A int10_test_BL32 0 017E A int10_test_BL33 0 0188 A int10_test_BL34 0 0192 A int10_test_vbe_05 0 01B9 A int10_test_vbe_06 0 01C2 A int10_test_vbe_07 0 01CB A int10_test_vbe_08 0 01D4 A int10_test_vbe_0A 0 01DD A lmulul 0 9416 A memcpyb_end 0 7BA9 A memcpyw_end 0 7BD9 A memsetb_end 0 7B56 A memsetw_end 0 7B7B A mode_ega_color 0 6BBF A msg_vbe_init 0 8F75 A msg_vga_init 0 3578 A no_4bpp_1 0 9C0F A no_4bpp_2 0 9C2C A no_actl_reg1 0 62F1 A no_actl_reg2 0 6370 A no_vbe_flag 0 940B A no_vbe_interface 0 93EF A no_vbe_mode 0 9902 A pci_get_lfb_addr_3 0 7DC0 A pci_get_lfb_addr_4 0 7DD6 A pci_get_lfb_addr_5 0 7DD2 A pci_get_lfb_addr_6 0 7DE6 A pci_read_reg 0 7DEE A read_dac_loop 0 6470 A set_actl_normal 0 643D A set_cga_palette_loop 0 59C4 A set_dac_16_page 0 6437 A set_dac_loop 0 63EA A set_dac_mode 0 9C87 A set_dac_page 0 6424 A set_dac_palette_format 0 9C72 A set_display_start 0 9C49 A set_display_window 0 9BCF A set_intensity_loop 0 5996 A set_logical_scan_line_byte+ 0 9BFE A set_logical_scan_line_pixe+ 0 9C14 A set_low_border 0 5990 A set_normal_dac 0 9C84 A set_palette_loop 0 6309 A set_retcode 0 6C0F A set_vert_res 0 6C05 A set_width_svga 0 9242 A set_xy_regs 0 9075 A vbe_03_ok 0 990B A vbe_05_failed 0 9BE8 A vbe_08_ok 0 9C96 A vbe_08_unsupported 0 9C9A A vbe_biosfn_display_window_+ 0 9BBF A vbe_biosfn_return_current_+ 0 98EB A vbe_biosfn_return_protecte+ 0 9C9F A vbe_biosfn_set_get_dac_pal+ 0 9C67 A vbe_biosfn_set_get_display+ 0 9C39 A vbe_biosfn_set_get_logical+ 0 9BEC A vbe_display_info 0 93F9 A vbe_init 0 93CB A vert_res_200 0 6BFB A vert_res_350 0 6BF1 A vert_res_400 0 6BE5 A vesa_pm_end 0 90B7 A vesa_pm_io_ports_table 0 8FBE A vesa_pm_set_display_start 0 9001 A vesa_pm_set_display_start1 0 9010 A vesa_pm_set_display_window+ 0 8FD5 A vesa_pm_set_window 0 8FCA A vesa_pm_start 0 8FB6 A vesa_pm_unimplemented 0 90B2 A vga_compat_end 0 9355 A vga_set_virt_width 0 9234 A vgabios_copyright 0 004B A vgabios_date 0 003D A vgabios_end 0 9CCA A vgabios_entry_point 0 0003 A vgabios_init_func 0 0102 A vgabios_int10_handler 0 012C A vgabios_license 0 0077 A vgabios_name 0 0022 A vgabios_start 0 0000 A vgabios_version 0 0038 A vgabios_website 0 00AC A 00000 errors 00000 warnings vgabios-0.6c/vgafonts.h0000644000175000001440000016414007434154024014406 0ustar volkerusers/* * These fonts come from ftp://ftp.simtel.net/pub/simtelnet/msdos/screen/fntcol16.zip * The package is (c) by Joseph Gil * The individual fonts are public domain */ static Bit8u vgafont8[256*8]= { 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x7e, 0x81, 0xa5, 0x81, 0xbd, 0x99, 0x81, 0x7e, 0x7e, 0xff, 0xdb, 0xff, 0xc3, 0xe7, 0xff, 0x7e, 0x6c, 0xfe, 0xfe, 0xfe, 0x7c, 0x38, 0x10, 0x00, 0x10, 0x38, 0x7c, 0xfe, 0x7c, 0x38, 0x10, 0x00, 0x38, 0x7c, 0x38, 0xfe, 0xfe, 0x7c, 0x38, 0x7c, 0x10, 0x10, 0x38, 0x7c, 0xfe, 0x7c, 0x38, 0x7c, 0x00, 0x00, 0x18, 0x3c, 0x3c, 0x18, 0x00, 0x00, 0xff, 0xff, 0xe7, 0xc3, 0xc3, 0xe7, 0xff, 0xff, 0x00, 0x3c, 0x66, 0x42, 0x42, 0x66, 0x3c, 0x00, 0xff, 0xc3, 0x99, 0xbd, 0xbd, 0x99, 0xc3, 0xff, 0x0f, 0x07, 0x0f, 0x7d, 0xcc, 0xcc, 0xcc, 0x78, 0x3c, 0x66, 0x66, 0x66, 0x3c, 0x18, 0x7e, 0x18, 0x3f, 0x33, 0x3f, 0x30, 0x30, 0x70, 0xf0, 0xe0, 0x7f, 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0x30, 0x60, 0x00, 0xfc, 0x00, 0x18, 0x30, 0x60, 0x30, 0x18, 0x00, 0xfc, 0x00, 0x0e, 0x1b, 0x1b, 0x18, 0x18, 0x18, 0x18, 0x18, 0x18, 0x18, 0x18, 0x18, 0x18, 0xd8, 0xd8, 0x70, 0x30, 0x30, 0x00, 0xfc, 0x00, 0x30, 0x30, 0x00, 0x00, 0x76, 0xdc, 0x00, 0x76, 0xdc, 0x00, 0x00, 0x38, 0x6c, 0x6c, 0x38, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x18, 0x18, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x18, 0x00, 0x00, 0x00, 0x0f, 0x0c, 0x0c, 0x0c, 0xec, 0x6c, 0x3c, 0x1c, 0x78, 0x6c, 0x6c, 0x6c, 0x6c, 0x00, 0x00, 0x00, 0x70, 0x18, 0x30, 0x60, 0x78, 0x00, 0x00, 0x00, 0x00, 0x00, 0x3c, 0x3c, 0x3c, 0x3c, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00 }; static Bit8u vgafont14[256*14]= { 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x7e, 0x81, 0xa5, 0x81, 0x81, 0xbd, 0x99, 0x81, 0x7e, 0x00, 0x00, 0x00, 0x00, 0x00, 0x7e, 0xff, 0xdb, 0xff, 0xff, 0xc3, 0xe7, 0xff, 0x7e, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x6c, 0xfe, 0xfe, 0xfe, 0xfe, 0x7c, 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0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x70, 0xd8, 0x30, 0x60, 0xc8, 0xf8, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x7c, 0x7c, 0x7c, 0x7c, 0x7c, 0x7c, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00 }; static Bit8u vgafont16[256*16]= { 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x7e, 0x81, 0xa5, 0x81, 0x81, 0xbd, 0x99, 0x81, 0x81, 0x7e, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x7e, 0xff, 0xdb, 0xff, 0xff, 0xc3, 0xe7, 0xff, 0xff, 0x7e, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x6c, 0xfe, 0xfe, 0xfe, 0xfe, 0x7c, 0x38, 0x10, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x10, 0x38, 0x7c, 0xfe, 0x7c, 0x38, 0x10, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x18, 0x3c, 0x3c, 0xe7, 0xe7, 0xe7, 0x18, 0x18, 0x3c, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x18, 0x3c, 0x7e, 0xff, 0xff, 0x7e, 0x18, 0x18, 0x3c, 0x00, 0x00, 0x00, 0x00, 0x00, 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0x0c, 0x3e, 0x66, 0x66, 0x66, 0x66, 0x3c, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x7e, 0xdb, 0xdb, 0xdb, 0x7e, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x03, 0x06, 0x7e, 0xdb, 0xdb, 0xf3, 0x7e, 0x60, 0xc0, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x1c, 0x30, 0x60, 0x60, 0x7c, 0x60, 0x60, 0x60, 0x30, 0x1c, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x7c, 0xc6, 0xc6, 0xc6, 0xc6, 0xc6, 0xc6, 0xc6, 0xc6, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xfe, 0x00, 0x00, 0xfe, 0x00, 0x00, 0xfe, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x18, 0x18, 0x7e, 0x18, 0x18, 0x00, 0x00, 0xff, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x30, 0x18, 0x0c, 0x06, 0x0c, 0x18, 0x30, 0x00, 0x7e, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x0c, 0x18, 0x30, 0x60, 0x30, 0x18, 0x0c, 0x00, 0x7e, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x0e, 0x1b, 0x1b, 0x18, 0x18, 0x18, 0x18, 0x18, 0x18, 0x18, 0x18, 0x18, 0x18, 0x18, 0x18, 0x18, 0x18, 0x18, 0x18, 0x18, 0x18, 0x18, 0xd8, 0xd8, 0xd8, 0x70, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x18, 0x18, 0x00, 0x7e, 0x00, 0x18, 0x18, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x76, 0xdc, 0x00, 0x76, 0xdc, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x38, 0x6c, 0x6c, 0x38, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x18, 0x18, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x18, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x0f, 0x0c, 0x0c, 0x0c, 0x0c, 0x0c, 0xec, 0x6c, 0x6c, 0x3c, 0x1c, 0x00, 0x00, 0x00, 0x00, 0x00, 0xd8, 0x6c, 0x6c, 0x6c, 0x6c, 0x6c, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x70, 0xd8, 0x30, 0x60, 0xc8, 0xf8, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x7c, 0x7c, 0x7c, 0x7c, 0x7c, 0x7c, 0x7c, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00 }; static Bit8u vgafont14alt[1]={0x00}; static Bit8u vgafont16alt[1]={0x00}; vgabios-0.6c/VGABIOS-lgpl-latest.cirrus.bin0000644000175000001440000010600011167152303017711 0ustar volkerusersUFIBMPlex86/Bochs VGABios (PCI) 0.6c 08 Apr 2009 (C) 2008 the LGPL VGABios developers Team This VGA/VBE Bios is released under the GNU LGPL Please visit : . http://bochs.sourceforge.net . http://www.nongnu.org/vgabios PCIRF4r41ظJ@B腂44讂˜u `|u.kr uWh=uf^u<u3iO0uMiE1ui;2ui13ui'4ui=t u_`d4a j ???( c-'(+0( c-'(+0Pc_OPT( Pf_OPUO ( ( c-'(+P@c_OPT(P_OPT@](cP_OPT@](c89:;<=>?(g-'(+O 89:;<=>? 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X X XX 3333,_OOR > @ @ 2! # # ## #}cck ` }Wd@W"! # # ## #}cck ` }W@W"! # # ## #}cck ` }W,@W2! v v vv 4444)$ ` @$"! v v vv 4444)$ ` @$2! v v vv 4444)$ ` @$2! v v vv 4444)$ ` @$"! v v vv 4444)$ ` @@$2! v v vv 4444)$ ` @$"_I}/}m}d}/}} f}/}} q}/}~\ XE~/}i~e X~/}~ g X~/}~ `A/}et/} h/} x X~/}y/} m=/}ai/} u/} {@/} }}'}29_fdq\gex`htymiucirrus-compatible VGA is detected cirrus-compatible VGA is not detected VGABIOS Cirrus extension1.0Iu11ظ@BB$İ J11VyuS^PRB<ZXÜUtt.OtD]}]VPS11ۉ[sB~X^׀rҀwS.3[h2U<wS1ۈ.[h2UøOAXuPaX$1ޢI ^˜UOu<wS1ۈ.[ḧ́UøO]SR\ V\ M\DD\t u @E݀Z[PR B ZXË=tR'B .'8t tCC.GZ1øR]1'B$ZQRBt$ t@ZYø`@21ƅߎێ˻ððV=VBu$E=E2u~ȫȫȫVESAȫ1F@X~@=uO^É%?d=uXVQRSW1_;@1ȫDDDD\ tB1HV^d Ъ1 t W& _1O[ZY^@tQ& uOY>u%=r =u vOVP@uuP1XX1ޢI^O1ػÅu I0Oˀw tt uR ԺZOÈ B1҈¸OÉȀttr#0301CP[1҈1¸OÀt t3rR0[P [sBRZ?OyR[ PXPR0X1ZOÀu0OÀuR@ڈ>ZOÀuR@ڊ>ZOøOQV9t 9 tD^YP$X$9.$8tt1RB$<u$<tZPBXJB$RSBJB[ZS\S<tCCu0[P<tCCu[% [SRPG BXJ BJB$[J ܰB$[S BJ BPJBJ$ ðB$È0X[`%{0 P1 X8u0aFlpӅӅӅӅӅӅӅӅӅӅӅӅӅӅӅӅӅӅӅӅӅӅӅӅӅӅӅɅͅӅӅӅӅӅӅӅӅӅӅӅЅӅԅFoɇ vvgabios ends herevgabios-0.6c/tests/0000755000175000001440000000000007556274206013554 5ustar volkerusersvgabios-0.6c/tests/testbios.c0000644000175000001440000001671707434154025015557 0ustar volkerusers/* This is a little turbo C program that executes several int10, and let you inspect the content of the vgabios area It is used to test the behavior of the vgabios */ #include #include #include typedef unsigned char Bit8u; typedef unsigned short Bit16u; typedef struct {Bit8u initial; Bit8u current; Bit16u nbcols; Bit16u regen; Bit16u start; Bit16u curpos[8]; Bit8u curtyp; Bit8u curpage; Bit16u crtc; Bit16u msr; Bit16u cgapal; Bit8u nbrows; Bit16u cheight; Bit8u ctl; Bit8u switches; Bit8u modeset; Bit8u dcc; Bit16u vsseg; Bit16u vsoffset; } BIOSAREA; void int10ax0003(struct REGPACK *regs) { regs->r_ax=0x0003; intr(0x10,regs); } void int10ax02(struct REGPACK *regs) { regs->r_ax=0x0200; regs->r_bx=0x0000; regs->r_dx=0x1710; intr(0x10,regs); printf("We are now at 24/17"); } void int10ax03(struct REGPACK *regs) { regs->r_ax=0x0300; regs->r_bx=0x0000; intr(0x10,regs); printf("\nCursor is ax%04x cx%04x dx%04x\n",regs->r_ax,regs->r_cx,regs->r_dx); } void int10ax0501(struct REGPACK *regs) { regs->r_ax=0x0501; intr(0x10,regs); regs->r_ax=0x0e61; regs->r_bx=0x0000; intr(0x10,regs); printf("We are now on page 2"); } void int10ax0602(struct REGPACK *regs) { regs->r_ax=0x0602; regs->r_bx=0x0700; regs->r_cx=0x0101; regs->r_dx=0x0a0a; intr(0x10,regs); printf("Scrolled 2 up"); } void int10ax0702(struct REGPACK *regs) { regs->r_ax=0x0702; regs->r_bx=0x0700; regs->r_cx=0x0101; regs->r_dx=0x0a0a; intr(0x10,regs); printf("Scrolled 2 down"); } void int10ax08(struct REGPACK *regs) { regs->r_ax=0x0800; regs->r_bx=0x0000; intr(0x10,regs); } void int10ax09(struct REGPACK *regs) { char attr; regs->r_ax=0x0501; intr(0x10,regs); for(attr=0;attr<16;attr++) {printf("%02x ",attr); regs->r_ax=0x0961+attr; regs->r_bx=0x0100+attr; regs->r_cx=0x0016; intr(0x10,regs); printf("\n"); } } void int10ax0a(struct REGPACK *regs) { regs->r_ax=0x0501; intr(0x10,regs); regs->r_ax=0x0a62; regs->r_bx=0x0101; regs->r_cx=0x0016; intr(0x10,regs); } void int10ax0f(struct REGPACK *regs) { regs->r_ax=0x0501; intr(0x10,regs); regs->r_ax=0x0f00; intr(0x10,regs); } void int10ax1b(struct REGPACK *regs) {unsigned char table[64]; unsigned char far *ptable; int i; regs->r_ax=0x0501; intr(0x10,regs); regs->r_ax=0x1b00; regs->r_bx=0x0000; ptable=&table; regs->r_es=FP_SEG(ptable); regs->r_di=FP_OFF(ptable); printf("Read state info in %04x:%04x\n",regs->r_es,regs->r_di); intr(0x10,regs); for(i=0;i<64;i++) {if(i%16==0)printf("\n%02x ",i); printf("%02x ",table[i]); } printf("\n"); } static unsigned char var[64]; void int10ax13(struct REGPACK *regs) {unsigned char far *pvar; pvar=&var; regs->r_ax=0x1300; regs->r_bx=0x000b; regs->r_dx=0x1010; regs->r_cx=0x0002; regs->r_es=FP_SEG(pvar); regs->r_bp=FP_OFF(pvar); pokeb(regs->r_es,regs->r_bp,'t'); pokeb(regs->r_es,regs->r_bp+1,'b'); printf("Writing from %04x:%04x\n",regs->r_es,regs->r_bp); intr(0x10,regs); } void switch_50(struct REGPACK *regs) { regs->r_ax=0x1202; regs->r_bx=0x3000; intr(0x10,regs); regs->r_ax=0x0003; intr(0x10,regs); regs->r_ax=0x1112; regs->r_bx=0x0000; intr(0x10,regs); } char exec_function(struct REGPACK *regs) {char c; printf("--- Functions --------------------\n"); printf("a. int10 ax0003\t"); printf("b. int10 ax02\t"); printf("c. int10 ax03\t"); printf("d. int10 ax0501\n"); printf("e. int10 ax0602\t"); printf("f. int10 ax0702\t"); printf("g. int10 ax08\t"); printf("h. int10 ax09\t"); printf("i. int10 ax0a\n"); printf("j. int10 ax0f\t"); printf("k. int10 ax1b\t"); printf("l. int10 ax13\n"); printf("q. Quit\t"); printf("r. switch to 50 lines\n"); c=getche(); switch(c) {case 'a': int10ax0003(regs); break; case 'b': int10ax02(regs); break; case 'c': int10ax03(regs); break; case 'd': int10ax0501(regs); break; case 'e': int10ax0602(regs); break; case 'f': int10ax0702(regs); break; case 'g': int10ax08(regs); break; case 'h': int10ax09(regs); break; case 'i': int10ax0a(regs); break; case 'j': int10ax0f(regs); break; case 'k': int10ax1b(regs); break; case 'l': int10ax13(regs); break; case 'q': break; case 'r': switch_50(regs); break; default: printf("No such function!\n"); } if(c=='q')return 1; while(kbhit()==0); c=getch(); return 0; } void read_bios_area(BIOSAREA *biosarea) { biosarea->initial=peekb(0x40,0x10); biosarea->current=peekb(0x40,0x49); biosarea->nbcols=peek(0x40,0x4a); biosarea->regen=peek(0x40,0x4c); biosarea->start=peek(0x40,0x4e); biosarea->curpos[0]=peek(0x40,0x50); biosarea->curpos[1]=peek(0x40,0x52); biosarea->curpos[2]=peek(0x40,0x54); biosarea->curpos[3]=peek(0x40,0x56); biosarea->curpos[4]=peek(0x40,0x58); biosarea->curpos[5]=peek(0x40,0x5a); biosarea->curpos[6]=peek(0x40,0x5c); biosarea->curpos[7]=peek(0x40,0x5e); biosarea->curtyp=peek(0x40,0x60); biosarea->curpage=peekb(0x40,0x62); biosarea->crtc=peek(0x40,0x63); biosarea->msr=peekb(0x40,0x65); biosarea->cgapal=peekb(0x40,0x66); biosarea->nbrows=peekb(0x40,0x84); biosarea->cheight=peek(0x40,0x85); biosarea->ctl=peekb(0x40,0x87); biosarea->switches=peekb(0x40,0x88); biosarea->modeset=peekb(0x40,0x89); biosarea->dcc=peekb(0x40,0x8a); biosarea->vsseg=peek(0x40,0xa8); biosarea->vsoffset=peek(0x40,0xaa); } void show_bios_area(BIOSAREA *biosarea) { printf("--- BIOS area --------------------\n"); printf("initial : %02x\t",biosarea->initial); printf("current : %02x\t",biosarea->current); printf("nbcols : %04x\t",biosarea->nbcols); printf("regen : %04x\t",biosarea->regen); printf("start : %04x\n",biosarea->start); printf("curpos : %04x %04x %04x %04x %04x %04x %04x %04x\n", biosarea->curpos[0], biosarea->curpos[1], biosarea->curpos[2], biosarea->curpos[3], biosarea->curpos[4], biosarea->curpos[5], biosarea->curpos[6], biosarea->curpos[7]); printf("curtyp : %04x\t",biosarea->curtyp); printf("curpage : %02x\t",biosarea->curpage); printf("crtc : %04x\t",biosarea->crtc); printf("msr : %04x\n",biosarea->msr); printf("cgapal : %04x\t",biosarea->cgapal); printf("nbrows-1: %02x\t",biosarea->nbrows); printf("cheight : %04x\t",biosarea->cheight); printf("ctl : %02x\n",biosarea->ctl); printf("switches: %02x\t",biosarea->switches); printf("modeset : %02x\t",biosarea->modeset); printf("dcc : %02x\t",biosarea->dcc); printf("vs : %04x:%04x\n",biosarea->vsseg,biosarea->vsoffset); } void show_regs(struct REGPACK *regs) { printf("--- Registers --------------------\n"); printf("ax %04x\t",regs->r_ax); printf("bx %04x\t",regs->r_bx); printf("cx %04x\t",regs->r_cx); printf("dx %04x\t",regs->r_dx); printf("ds %04x\t",regs->r_ds); printf("si %04x\t",regs->r_si); printf("es %04x\t",regs->r_es); printf("di %04x\n",regs->r_di); } void reset_videomode() { struct REGPACK regs; regs.r_ax=0x0003; intr(0x10,®s); } void main() { BIOSAREA biosarea; struct REGPACK regs; directvideo=0; while(1) { read_bios_area(&biosarea); reset_videomode(); show_bios_area(&biosarea); show_regs(®s); if(exec_function(®s)!=0)break; } } vgabios-0.6c/tests/lfbprof/0000755000175000001440000000000010040503214015156 5ustar volkerusersvgabios-0.6c/tests/lfbprof/Makefile0000644000175000001440000000021307434275445016643 0ustar volkerusers# Very simple makefile for LFBPROF.C using Watcom C++ 10.0a with DOS4GW lfbprof.exe: lfbprof.c lfbprof.h wcl386 -zq -s -d2 lfbprof.c vgabios-0.6c/tests/lfbprof/lfbprof.h0000644000175000001440000001410707434277627017021 0ustar volkerusers/**************************************************************************** * * VBE 2.0 Linear Framebuffer Profiler * By Kendall Bennett and Brian Hook * * Filename: LFBPROF.H * Language: ANSI C * Environment: Watcom C/C++ 10.0a with DOS4GW * * Description: Header file for the LFBPROF.C progam. * ****************************************************************************/ #ifndef __LFBPROF_H #define __LFBPROF_H /*---------------------- Macros and type definitions ----------------------*/ #pragma pack(1) /* SuperVGA information block */ typedef struct { char VESASignature[4]; /* 'VESA' 4 byte signature */ short VESAVersion; /* VBE version number */ long OemStringPtr; /* Pointer to OEM string */ long Capabilities; /* Capabilities of video card */ long VideoModePtr; /* Pointer to supported modes */ short TotalMemory; /* Number of 64kb memory blocks */ /* VBE 2.0 extensions */ short OemSoftwareRev; /* OEM Software revision number */ long OemVendorNamePtr; /* Pointer to Vendor Name string */ long OemProductNamePtr; /* Pointer to Product Name string */ long OemProductRevPtr; /* Pointer to Product Revision str */ char reserved[222]; /* Pad to 256 byte block size */ char OemDATA[256]; /* Scratch pad for OEM data */ } VBE_vgaInfo; /* SuperVGA mode information block */ typedef struct { short ModeAttributes; /* Mode attributes */ char WinAAttributes; /* Window A attributes */ char WinBAttributes; /* Window B attributes */ short WinGranularity; /* Window granularity in k */ short WinSize; /* Window size in k */ short WinASegment; /* Window A segment */ short WinBSegment; /* Window B segment */ long WinFuncPtr; /* Pointer to window function */ short BytesPerScanLine; /* Bytes per scanline */ short XResolution; /* Horizontal resolution */ short YResolution; /* Vertical resolution */ char XCharSize; /* Character cell width */ char YCharSize; /* Character cell height */ char NumberOfPlanes; /* Number of memory planes */ char BitsPerPixel; /* Bits per pixel */ char NumberOfBanks; /* Number of CGA style banks */ char MemoryModel; /* Memory model type */ char BankSize; /* Size of CGA style banks */ char NumberOfImagePages; /* Number of images pages */ char res1; /* Reserved */ char RedMaskSize; /* Size of direct color red mask */ char RedFieldPosition; /* Bit posn of lsb of red mask */ char GreenMaskSize; /* Size of direct color green mask */ char GreenFieldPosition; /* Bit posn of lsb of green mask */ char BlueMaskSize; /* Size of direct color blue mask */ char BlueFieldPosition; /* Bit posn of lsb of blue mask */ char RsvdMaskSize; /* Size of direct color res mask */ char RsvdFieldPosition; /* Bit posn of lsb of res mask */ char DirectColorModeInfo; /* Direct color mode attributes */ /* VBE 2.0 extensions */ long PhysBasePtr; /* Physical address for linear buf */ long OffScreenMemOffset; /* Pointer to start of offscreen mem*/ short OffScreenMemSize; /* Amount of offscreen mem in 1K's */ char res2[206]; /* Pad to 256 byte block size */ } VBE_modeInfo; #define vbeMemPK 4 /* Packed Pixel memory model */ #define vbeUseLFB 0x4000 /* Enable linear framebuffer mode */ /* Flags for the mode attributes returned by VBE_getModeInfo. If * vbeMdNonBanked is set to 1 and vbeMdLinear is also set to 1, then only * the linear framebuffer mode is available. */ #define vbeMdAvailable 0x0001 /* Video mode is available */ #define vbeMdColorMode 0x0008 /* Mode is a color video mode */ #define vbeMdGraphMode 0x0010 /* Mode is a graphics mode */ #define vbeMdNonBanked 0x0040 /* Banked mode is not supported */ #define vbeMdLinear 0x0080 /* Linear mode supported */ /* Structures for issuing real mode interrupts with DPMI */ struct _RMWORDREGS { unsigned short ax, bx, cx, dx, si, di, cflag; }; struct _RMBYTEREGS { unsigned char al, ah, bl, bh, cl, ch, dl, dh; }; typedef union { struct _RMWORDREGS x; struct _RMBYTEREGS h; } RMREGS; typedef struct { unsigned short es; unsigned short cs; unsigned short ss; unsigned short ds; } RMSREGS; /* Inline assembler block fill/move routines */ void LfbMemset(void *p,int c,int n); #pragma aux LfbMemset = \ "shr ecx,2" \ "xor eax,eax" \ "mov al,bl" \ "shl ebx,8" \ "or ax,bx" \ "mov ebx,eax" \ "shl ebx,16" \ "or eax,ebx" \ "rep stosd" \ parm [edi] [ebx] [ecx]; void LfbMemcpy(void *dst,void *src,int n); #pragma aux LfbMemcpy = \ "shr ecx,2" \ "rep movsd" \ parm [edi] [esi] [ecx]; /* Map a real mode pointer into address space */ #define LfbMapRealPointer(p) (void*)(((unsigned)((p) & 0xFFFF0000) >> 12) + ((p) & 0xFFFF)) /* Get the current timer tick count */ #define LfbGetTicks() *((long*)0x46C) #pragma pack() #endif /* __LFBPROF_H */ vgabios-0.6c/tests/lfbprof/lfbprof.c0000644000175000001440000005050710040503214016763 0ustar volkerusers/**************************************************************************** * * VBE 2.0 Linear Framebuffer Profiler * By Kendall Bennett and Brian Hook * * Filename: LFBPROF.C * Language: ANSI C * Environment: Watcom C/C++ 10.0a with DOS4GW * * Description: Simple program to profile the speed of screen clearing * and full screen BitBlt operations using a VESA VBE 2.0 * linear framebuffer from 32 bit protected mode. * * For simplicity, this program only supports 256 color * SuperVGA video modes that support a linear framebuffer. * * * 2002/02/18: Jeroen Janssen * - fixed unsigned short for mode list (-1 != 0xffff otherwise) * - fixed LfbMapRealPointer macro mask problem (some modes were skipped) * ****************************************************************************/ #include #include #include #include #include #include "lfbprof.h" /*---------------------------- Global Variables ---------------------------*/ int VESABuf_len = 1024; /* Length of VESABuf */ int VESABuf_sel = 0; /* Selector for VESABuf */ int VESABuf_rseg; /* Real mode segment of VESABuf */ unsigned short modeList[50]; /* List of available VBE modes */ float clearsPerSec; /* Number of clears per second */ float clearsMbPerSec; /* Memory transfer for clears */ float bitBltsPerSec; /* Number of BitBlt's per second */ float bitBltsMbPerSec; /* Memory transfer for bitblt's */ int xres,yres; /* Video mode resolution */ int bytesperline; /* Bytes per scanline for mode */ long imageSize; /* Length of the video image */ char *LFBPtr; /* Pointer to linear framebuffer */ /*------------------------- DPMI interface routines -----------------------*/ void DPMI_allocRealSeg(int size,int *sel,int *r_seg) /**************************************************************************** * * Function: DPMI_allocRealSeg * Parameters: size - Size of memory block to allocate * sel - Place to return protected mode selector * r_seg - Place to return real mode segment * * Description: Allocates a block of real mode memory using DPMI services. * This routine returns both a protected mode selector and * real mode segment for accessing the memory block. * ****************************************************************************/ { union REGS r; r.w.ax = 0x100; /* DPMI allocate DOS memory */ r.w.bx = (size + 0xF) >> 4; /* number of paragraphs */ int386(0x31, &r, &r); if (r.w.cflag) FatalError("DPMI_allocRealSeg failed!"); *sel = r.w.dx; /* Protected mode selector */ *r_seg = r.w.ax; /* Real mode segment */ } void DPMI_freeRealSeg(unsigned sel) /**************************************************************************** * * Function: DPMI_allocRealSeg * Parameters: sel - Protected mode selector of block to free * * Description: Frees a block of real mode memory. * ****************************************************************************/ { union REGS r; r.w.ax = 0x101; /* DPMI free DOS memory */ r.w.dx = sel; /* DX := selector from 0x100 */ int386(0x31, &r, &r); } typedef struct { long edi; long esi; long ebp; long reserved; long ebx; long edx; long ecx; long eax; short flags; short es,ds,fs,gs,ip,cs,sp,ss; } _RMREGS; #define IN(reg) rmregs.e##reg = in->x.reg #define OUT(reg) out->x.reg = rmregs.e##reg int DPMI_int86(int intno, RMREGS *in, RMREGS *out) /**************************************************************************** * * Function: DPMI_int86 * Parameters: intno - Interrupt number to issue * in - Pointer to structure for input registers * out - Pointer to structure for output registers * Returns: Value returned by interrupt in AX * * Description: Issues a real mode interrupt using DPMI services. * ****************************************************************************/ { _RMREGS rmregs; union REGS r; struct SREGS sr; memset(&rmregs, 0, sizeof(rmregs)); IN(ax); IN(bx); IN(cx); IN(dx); IN(si); IN(di); segread(&sr); r.w.ax = 0x300; /* DPMI issue real interrupt */ r.h.bl = intno; r.h.bh = 0; r.w.cx = 0; sr.es = sr.ds; r.x.edi = (unsigned)&rmregs; int386x(0x31, &r, &r, &sr); /* Issue the interrupt */ OUT(ax); OUT(bx); OUT(cx); OUT(dx); OUT(si); OUT(di); out->x.cflag = rmregs.flags & 0x1; return out->x.ax; } int DPMI_int86x(int intno, RMREGS *in, RMREGS *out, RMSREGS *sregs) /**************************************************************************** * * Function: DPMI_int86 * Parameters: intno - Interrupt number to issue * in - Pointer to structure for input registers * out - Pointer to structure for output registers * sregs - Values to load into segment registers * Returns: Value returned by interrupt in AX * * Description: Issues a real mode interrupt using DPMI services. * ****************************************************************************/ { _RMREGS rmregs; union REGS r; struct SREGS sr; memset(&rmregs, 0, sizeof(rmregs)); IN(ax); IN(bx); IN(cx); IN(dx); IN(si); IN(di); rmregs.es = sregs->es; rmregs.ds = sregs->ds; segread(&sr); r.w.ax = 0x300; /* DPMI issue real interrupt */ r.h.bl = intno; r.h.bh = 0; r.w.cx = 0; sr.es = sr.ds; r.x.edi = (unsigned)&rmregs; int386x(0x31, &r, &r, &sr); /* Issue the interrupt */ OUT(ax); OUT(bx); OUT(cx); OUT(dx); OUT(si); OUT(di); sregs->es = rmregs.es; sregs->cs = rmregs.cs; sregs->ss = rmregs.ss; sregs->ds = rmregs.ds; out->x.cflag = rmregs.flags & 0x1; return out->x.ax; } int DPMI_allocSelector(void) /**************************************************************************** * * Function: DPMI_allocSelector * Returns: Newly allocated protected mode selector * * Description: Allocates a new protected mode selector using DPMI * services. This selector has a base address and limit of 0. * ****************************************************************************/ { int sel; union REGS r; r.w.ax = 0; /* DPMI allocate selector */ r.w.cx = 1; /* Allocate a single selector */ int386(0x31, &r, &r); if (r.x.cflag) FatalError("DPMI_allocSelector() failed!"); sel = r.w.ax; r.w.ax = 9; /* DPMI set access rights */ r.w.bx = sel; r.w.cx = 0x8092; /* 32 bit page granular */ int386(0x31, &r, &r); return sel; } long DPMI_mapPhysicalToLinear(long physAddr,long limit) /**************************************************************************** * * Function: DPMI_mapPhysicalToLinear * Parameters: physAddr - Physical memory address to map * limit - Length-1 of physical memory region to map * Returns: Starting linear address for mapped memory * * Description: Maps a section of physical memory into the linear address * space of a process using DPMI calls. Note that this linear * address cannot be used directly, but must be used as the * base address for a selector. * ****************************************************************************/ { union REGS r; r.w.ax = 0x800; /* DPMI map physical to linear */ r.w.bx = physAddr >> 16; r.w.cx = physAddr & 0xFFFF; r.w.si = limit >> 16; r.w.di = limit & 0xFFFF; int386(0x31, &r, &r); if (r.x.cflag) FatalError("DPMI_mapPhysicalToLinear() failed!"); return ((long)r.w.bx << 16) + r.w.cx; } void DPMI_setSelectorBase(int sel,long linAddr) /**************************************************************************** * * Function: DPMI_setSelectorBase * Parameters: sel - Selector to change base address for * linAddr - Linear address used for new base address * * Description: Sets the base address for the specified selector. * ****************************************************************************/ { union REGS r; r.w.ax = 7; /* DPMI set selector base address */ r.w.bx = sel; r.w.cx = linAddr >> 16; r.w.dx = linAddr & 0xFFFF; int386(0x31, &r, &r); if (r.x.cflag) FatalError("DPMI_setSelectorBase() failed!"); } void DPMI_setSelectorLimit(int sel,long limit) /**************************************************************************** * * Function: DPMI_setSelectorLimit * Parameters: sel - Selector to change limit for * limit - Limit-1 for the selector * * Description: Sets the memory limit for the specified selector. * ****************************************************************************/ { union REGS r; r.w.ax = 8; /* DPMI set selector limit */ r.w.bx = sel; r.w.cx = limit >> 16; r.w.dx = limit & 0xFFFF; int386(0x31, &r, &r); if (r.x.cflag) FatalError("DPMI_setSelectorLimit() failed!"); } /*-------------------------- VBE Interface routines -----------------------*/ void FatalError(char *msg) { fprintf(stderr,"%s\n", msg); exit(1); } static void ExitVBEBuf(void) { DPMI_freeRealSeg(VESABuf_sel); } void VBE_initRMBuf(void) /**************************************************************************** * * Function: VBE_initRMBuf * Description: Initialises the VBE transfer buffer in real mode memory. * This routine is called by the VESAVBE module every time * it needs to use the transfer buffer, so we simply allocate * it once and then return. * ****************************************************************************/ { if (!VESABuf_sel) { DPMI_allocRealSeg(VESABuf_len, &VESABuf_sel, &VESABuf_rseg); atexit(ExitVBEBuf); } } void VBE_callESDI(RMREGS *regs, void *buffer, int size) /**************************************************************************** * * Function: VBE_callESDI * Parameters: regs - Registers to load when calling VBE * buffer - Buffer to copy VBE info block to * size - Size of buffer to fill * * Description: Calls the VESA VBE and passes in a buffer for the VBE to * store information in, which is then copied into the users * buffer space. This works in protected mode as the buffer * passed to the VESA VBE is allocated in conventional * memory, and is then copied into the users memory block. * ****************************************************************************/ { RMSREGS sregs; VBE_initRMBuf(); sregs.es = VESABuf_rseg; regs->x.di = 0; _fmemcpy(MK_FP(VESABuf_sel,0),buffer,size); DPMI_int86x(0x10, regs, regs, &sregs); _fmemcpy(buffer,MK_FP(VESABuf_sel,0),size); } int VBE_detect(void) /**************************************************************************** * * Function: VBE_detect * Parameters: vgaInfo - Place to store the VGA information block * Returns: VBE version number, or 0 if not detected. * * Description: Detects if a VESA VBE is out there and functioning * correctly. If we detect a VBE interface we return the * VGAInfoBlock returned by the VBE and the VBE version number. * ****************************************************************************/ { RMREGS regs; unsigned short *p1,*p2; VBE_vgaInfo vgaInfo; /* Put 'VBE2' into the signature area so that the VBE 2.0 BIOS knows * that we have passed a 512 byte extended block to it, and wish * the extended information to be filled in. */ strncpy(vgaInfo.VESASignature,"VBE2",4); /* Get the SuperVGA Information block */ regs.x.ax = 0x4F00; VBE_callESDI(®s, &vgaInfo, sizeof(VBE_vgaInfo)); if (regs.x.ax != 0x004F) return 0; if (strncmp(vgaInfo.VESASignature,"VESA",4) != 0) return 0; /* Now that we have detected a VBE interface, copy the list of available * video modes into our local buffer. We *must* copy this mode list, * since the VBE will build the mode list in the VBE_vgaInfo buffer * that we have passed, so the next call to the VBE will trash the * list of modes. */ printf("videomodeptr %x\n",vgaInfo.VideoModePtr); p1 = LfbMapRealPointer(vgaInfo.VideoModePtr); p2 = modeList; while (*p1 != -1) { printf("found mode %x\n",*p1); *p2++ = *p1++; } *p2 = -1; return vgaInfo.VESAVersion; } int VBE_getModeInfo(int mode,VBE_modeInfo *modeInfo) /**************************************************************************** * * Function: VBE_getModeInfo * Parameters: mode - VBE mode to get information for * modeInfo - Place to store VBE mode information * Returns: 1 on success, 0 if function failed. * * Description: Obtains information about a specific video mode from the * VBE. You should use this function to find the video mode * you wish to set, as the new VBE 2.0 mode numbers may be * completely arbitrary. * ****************************************************************************/ { RMREGS regs; regs.x.ax = 0x4F01; /* Get mode information */ regs.x.cx = mode; VBE_callESDI(®s, modeInfo, sizeof(VBE_modeInfo)); if (regs.x.ax != 0x004F) return 0; if ((modeInfo->ModeAttributes & vbeMdAvailable) == 0) return 0; return 1; } void VBE_setVideoMode(int mode) /**************************************************************************** * * Function: VBE_setVideoMode * Parameters: mode - VBE mode number to initialise * ****************************************************************************/ { RMREGS regs; regs.x.ax = 0x4F02; regs.x.bx = mode; DPMI_int86(0x10,®s,®s); } /*-------------------- Application specific routines ----------------------*/ void *GetPtrToLFB(long physAddr) /**************************************************************************** * * Function: GetPtrToLFB * Parameters: physAddr - Physical memory address of linear framebuffer * Returns: Far pointer to the linear framebuffer memory * ****************************************************************************/ { int sel; long linAddr,limit = (4096 * 1024) - 1; // sel = DPMI_allocSelector(); linAddr = DPMI_mapPhysicalToLinear(physAddr,limit); // DPMI_setSelectorBase(sel,linAddr); // DPMI_setSelectorLimit(sel,limit); // return MK_FP(sel,0); return (void*)linAddr; } void AvailableModes(void) /**************************************************************************** * * Function: AvailableModes * * Description: Display a list of available LFB mode resolutions. * ****************************************************************************/ { unsigned short *p; VBE_modeInfo modeInfo; printf("Usage: LFBPROF \n\n"); printf("Available 256 color video modes:\n"); for (p = modeList; *p != -1; p++) { if (VBE_getModeInfo(*p, &modeInfo)) { /* Filter out only 8 bit linear framebuffer modes */ if ((modeInfo.ModeAttributes & vbeMdLinear) == 0) continue; if (modeInfo.MemoryModel != vbeMemPK || modeInfo.BitsPerPixel != 8 || modeInfo.NumberOfPlanes != 1) continue; printf(" %4d x %4d %d bits per pixel\n", modeInfo.XResolution, modeInfo.YResolution, modeInfo.BitsPerPixel); } } exit(1); } void InitGraphics(int x,int y) /**************************************************************************** * * Function: InitGraphics * Parameters: x,y - Requested video mode resolution * * Description: Initialise the specified video mode. We search through * the list of available video modes for one that matches * the resolution and color depth are are looking for. * ****************************************************************************/ { unsigned short *p; VBE_modeInfo modeInfo; printf("InitGraphics\n"); for (p = modeList; *p != -1; p++) { if (VBE_getModeInfo(*p, &modeInfo)) { /* Filter out only 8 bit linear framebuffer modes */ if ((modeInfo.ModeAttributes & vbeMdLinear) == 0) continue; if (modeInfo.MemoryModel != vbeMemPK || modeInfo.BitsPerPixel != 8 || modeInfo.NumberOfPlanes != 1) continue; if (modeInfo.XResolution != x || modeInfo.YResolution != y) continue; xres = x; yres = y; bytesperline = modeInfo.BytesPerScanLine; imageSize = bytesperline * yres; VBE_setVideoMode(*p | vbeUseLFB); LFBPtr = GetPtrToLFB(modeInfo.PhysBasePtr); return; } } printf("Valid video mode not found\n"); exit(1); } void EndGraphics(void) /**************************************************************************** * * Function: EndGraphics * * Description: Restores text mode. * ****************************************************************************/ { RMREGS regs; printf("EndGraphics\n"); regs.x.ax = 0x3; DPMI_int86(0x10, ®s, ®s); } void ProfileMode(void) /**************************************************************************** * * Function: ProfileMode * * Description: Profiles framebuffer performance for simple screen clearing * and for copying from system memory to video memory (BitBlt). * This routine thrashes the CPU cache by cycling through * enough system memory buffers to invalidate the entire * CPU external cache before re-using the first memory buffer * again. * ****************************************************************************/ { int i,numClears,numBlts,maxImages; long startTicks,endTicks; void *image[10],*dst; printf("ProfileMode\n"); /* Profile screen clearing operation */ startTicks = LfbGetTicks(); numClears = 0; while ((LfbGetTicks() - startTicks) < 182) LfbMemset(LFBPtr,numClears++,imageSize); endTicks = LfbGetTicks(); clearsPerSec = numClears / ((endTicks - startTicks) * 0.054925); clearsMbPerSec = (clearsPerSec * imageSize) / 1048576.0; /* Profile system memory to video memory copies */ maxImages = ((512 * 1024U) / imageSize) + 2; for (i = 0; i < maxImages; i++) { image[i] = malloc(imageSize); if (image[i] == NULL) FatalError("Not enough memory to profile BitBlt!"); memset(image[i],i+1,imageSize); } startTicks = LfbGetTicks(); numBlts = 0; while ((LfbGetTicks() - startTicks) < 182) LfbMemcpy(LFBPtr,image[numBlts++ % maxImages],imageSize); endTicks = LfbGetTicks(); bitBltsPerSec = numBlts / ((endTicks - startTicks) * 0.054925); bitBltsMbPerSec = (bitBltsPerSec * imageSize) / 1048576.0; } void main(int argc, char *argv[]) { if (VBE_detect() < 0x200) FatalError("This program requires VBE 2.0; Please install UniVBE 5.1."); if (argc != 3) AvailableModes(); /* Display available modes */ InitGraphics(atoi(argv[1]),atoi(argv[2])); /* Start graphics */ ProfileMode(); /* Profile the video mode */ EndGraphics(); /* Restore text mode */ printf("Profiling results for %dx%d 8 bits per pixel.\n",xres,yres); printf("%3.2f clears/s, %2.2f Mb/s\n", clearsPerSec, clearsMbPerSec); printf("%3.2f bitBlt/s, %2.2f Mb/s\n", bitBltsPerSec, bitBltsMbPerSec); } vgabios-0.6c/biossums0000755000175000001440000003354511167152277014212 0ustar volkerusersELF4,(4 (%"444444   (X   HHH88QtdRtd   /lib/ld-linux.so.2GNUSuSESuSE       K 9(HCcO'.2A6V4]G)L__gmon_start__libc.so.6_IO_stdin_usedexitfopenputsputcharprintfmemsetfclosefwritefread__libc_start_mainGLIBC_2.1GLIBC_2.0ii uii    $ ( US[+t] X[5%%h%h%h% h%h %h(%h0%h8p% h@`%$hHP%(hP@1^PTRhhQVh[US=@u@D-X9sBDD9r@[]Ív'Utt $ÐL$qUQ4MEEE؃8t$P$U؋BD$x$E}u'U؋BD$$|}$D$D$$`ED$ D$D$$`b``=~2U؋BD$$E$$/E$E`=`E)`%t`%`E` Eb:Et4}u``` bEEEqEEED$$`'EED$$`,EED$$ŎED$$ݎED$$EED$$`ME}o}u[E:EtR$ED$ED$$`}u``bbE}~ $0+}t $ EED$$`E}tlE`b8tTEPb`}u4``bbEP``EEED$$`+EED$$`\EED$$` EE:EtL}uF``bb}tEP``EED$$XED$$ݎED$$E:Et5$ED$ED$$`EEE$ E:E}U؋BD$u$%E}u'U؋BD$$x$E`‹ED$ T$D$$`¡`9sIU؋B` L$D$$E$w$E$`4Y]aU}uE D$$S$U`]UEEEEEEE;E |E؈EEUE E]UEEE UEUEUE `9D$ȏ$,EE}tU EEEEE;E|E؈EEUEIE E E $ > $ > 4: ; I?  &IU%U%# init.cl /usr/src/packages/BUILD/glibc-2.8/cc-nptl/csu../sysdeps/genericcrti.Sinitfini.c!/!=Z!gg//,!/!=Z!P& /tmpcc1eKQGg.s!!!D-!!!GNU C 4.3.1 20080507 (prerelease) [gcc-4_3-branch revision 135036]short unsigned intshort int_IO_stdin_used/usr/src/packages/BUILD/glibc-2.8/csuunsigned charlong long unsigned intinit.clong long int,?DH.symtab.strtab.shstrtab.interp.note.ABI-tag.note.SuSE.gnu.hash.dynsym.dynstr.gnu.version.gnu.version_r.rel.dyn.rel.plt.init.text.fini.rodata.eh_frame.ctors.dtors.jcr.dynamic.got.got.plt.data.bss.comment.debug_aranges.debug_pubnames.debug_info.debug_abbrev.debug_line.debug_str.debug_ranges44#HH 1hh@H<oȁ F NVoBBco\\0r { X 0L ,,HH    8,, @4 $ 4 0h"P"%"hE$o$"+0%6&@&D-$7 34HhȁB\     ,H  ,@ ! ,:G]@lDzp   , 2G IY` o H`,(CLv,'!.o82I0VcZs:64oT:dG#׌E94@-F`O_v{ init.cinitfini.ccrtstuff.c__CTOR_LIST____DTOR_LIST____JCR_LIST____do_global_dtors_auxcompleted.5701dtor_idx.5703frame_dummy__CTOR_END____FRAME_END____JCR_END____do_global_ctors_auxbiossums.c_GLOBAL_OFFSET_TABLE___init_array_end__init_array_start_DYNAMICdata_startchksum_bios_get_valuechksum_bios_get_offset__libc_csu_fini_start__gmon_start___Jv_RegisterClasses_fp_hwbios_data_finiputchar@@GLIBC_2.0memset@@GLIBC_2.0__libc_start_main@@GLIBC_2.0_IO_stdin_usedchksum_pmid_calc_value__data_startfclose@@GLIBC_2.1chksum_pmid_get_offsetfopen@@GLIBC_2.1__dso_handle__DTOR_END____libc_csu_initchksum_pmid_get_valueprintf@@GLIBC_2.0fwrite@@GLIBC_2.0__bss_startchksum_bios_set_valuechksum_pcir_get_offsetchksum_bios_calc_value_endputs@@GLIBC_2.0fread@@GLIBC_2.0chksum_pmid_set_value_edatacheckbios_lenexit@@GLIBC_2.0__i686.get_pc_thunk.bxmain_initvgabios-0.6c/vgabios.cirrus.debug.txt0000644000175000001440001035556211167152304017204 0ustar volkerusers00001 ! 1 00002 ! 1 # 1 "_vgabios-cirrus-debug_.c" 00003 ! 1 # 7 00004 ! 7 typedef unsigned char Bit8u; 00005 !BCC_EOS 00006 ! 8 typedef unsigned short Bit16u; 00007 !BCC_EOS 00008 ! 9 typedef unsigned long Bit32u; 00009 !BCC_EOS 00010 ! 10 typedef unsigned short Boolean; 00011 !BCC_EOS 00012 ! 11 static Bit8u read_byte(); 00013 !BCC_EOS 00014 ! 12 static Bit16u read_word(); 00015 !BCC_EOS 00016 ! 13 static void write_byte(); 00017 !BCC_EOS 00018 ! 14 static void write_word(); 00019 !BCC_EOS 00020 ! 15 static Bit8u inb(); 00021 !BCC_EOS 00022 ! 16 static Bit16u inw(); 00023 !BCC_EOS 00024 ! 17 static void outb(); 00025 !BCC_EOS 00026 ! 18 static void outw(); 00027 !BCC_EOS 00028 ! 19 static Bit16u get_SS(); 00029 !BCC_EOS 00030 ! 20 static void printf(); 00031 !BCC_EOS 00032 ! 21 static void unimplemented(); 00033 !BCC_EOS 00034 ! 22 static void unknown(); 00035 !BCC_EOS 00036 ! 23 static Bit8u find_vga_entry(); 00037 !BCC_EOS 00038 ! 24 static void memsetb(); 00039 !BCC_EOS 00040 ! 25 static void memsetw(); 00041 !BCC_EOS 00042 ! 26 static void memcpyb(); 00043 !BCC_EOS 00044 ! 27 static void memcpyw(); 00045 !BCC_EOS 00046 ! 28 static void biosfn_set_video_mode(); 00047 !BCC_EOS 00048 ! 29 static void biosfn_set_cursor_shape(); 00049 !BCC_EOS 00050 ! 30 static void biosfn_set_cursor_pos(); 00051 !BCC_EOS 00052 ! 31 static void biosfn_get_cursor_pos(); 00053 !BCC_EOS 00054 ! 32 static void biosfn_set_active_page(); 00055 !BCC_EOS 00056 ! 33 static void biosfn_scroll(); 00057 !BCC_EOS 00058 ! 34 static void biosfn_read_char_attr(); 00059 !BCC_EOS 00060 ! 35 static void biosfn_write_char_attr(); 00061 !BCC_EOS 00062 ! 36 static void biosfn_write_char_only(); 00063 !BCC_EOS 00064 ! 37 static void biosfn_write_pixel(); 00065 !BCC_EOS 00066 ! 38 static void biosfn_read_pixel(); 00067 !BCC_EOS 00068 ! 39 static void biosfn_write_teletype(); 00069 !BCC_EOS 00070 ! 40 static void biosfn_perform_gray_scale_summing(); 00071 !BCC_EOS 00072 ! 41 static void biosfn_load_text_user_pat(); 00073 !BCC_EOS 00074 ! 42 static void biosfn_load_text_8_14_pat(); 00075 !BCC_EOS 00076 ! 43 static void biosfn_load_text_8_8_pat(); 00077 !BCC_EOS 00078 ! 44 static void biosfn_load_text_8_16_pat(); 00079 !BCC_EOS 00080 ! 45 static void biosfn_load_gfx_8_8_chars(); 00081 !BCC_EOS 00082 ! 46 static void biosfn_load_gfx_user_chars(); 00083 !BCC_EOS 00084 ! 47 static void biosfn_load_gfx_8_14_chars(); 00085 !BCC_EOS 00086 ! 48 static void biosfn_load_gfx_8_8_dd_chars(); 00087 !BCC_EOS 00088 ! 49 static void biosfn_load_gfx_8_16_chars(); 00089 !BCC_EOS 00090 ! 50 static void biosfn_get_font_info(); 00091 !BCC_EOS 00092 ! 51 static void biosfn_alternate_prtsc(); 00093 !BCC_EOS 00094 ! 52 static void biosfn_switch_video_interface(); 00095 !BCC_EOS 00096 ! 53 static void biosfn_enable_video_refresh_control(); 00097 !BCC_EOS 00098 ! 54 static void biosfn_write_string(); 00099 !BCC_EOS 00100 ! 55 static void biosfn_read_state_info(); 00101 !BCC_EOS 00102 ! 56 static void biosfn_read_video_state_size(); 00103 !BCC_EOS 00104 ! 57 static Bit16u biosfn_save_video_state(); 00105 !BCC_EOS 00106 ! 58 static Bit16u biosfn_restore_video_state(); 00107 !BCC_EOS 00108 ! 59 extern Bit8u video_save_pointer_table[]; 00109 !BCC_EOS 00110 ! 60 #asm 00111 !BCC_ASM 00112 MACRO SET_INT_VECTOR 00113 push ds 00114 xor ax, ax 00115 mov ds, ax 00116 mov ax, ?3 00117 mov ?1*4, ax 00118 mov ax, ?2 00119 mov ?1*4+2, ax 00120 pop ds 00121 MEND 00122 ! 71 endasm 00123 !BCC_ENDASM 00124 ! 72 #asm 00125 !BCC_ASM 00126 00127 0000 .rom 00128 0000 .org 0 00129 use16 386 00130 00000000 vgabios_start: 00131 0000 55 .byte 0x55, 0xaa 00132 0002 40 .byte 0x40 00133 00000003 vgabios_entry_point: 00134 0003 E9 011A jmp vgabios_init_func 00135 0018 .org 0x18 00136 0018 0108 .word vgabios_pci_data 00137 001E .org 0x1e 00138 001E 49 .ascii "IBM" 00139 0021 00 .byte 0x00 00140 00000022 vgabios_name: 00141 0022 50 .ascii "Plex86/Bochs VGABios" 00142 0036 20 .ascii " (PCI)" 00143 003C 20 .ascii " " 00144 003D 00 .byte 0x00 00145 0000003E vgabios_version: 00146 003E 30 .ascii "0.6c" 00147 0042 20 .ascii " " 00148 00000043 vgabios_date: 00149 0043 30 .ascii "08 Apr 2009" 00150 004E 0A .byte 0x0a,0x0d 00151 0050 00 .byte 0x00 00152 00000051 vgabios_copyright: 00153 0051 28 .ascii "(C) 2008 the LGPL VGABios developers Team" 00154 007A 0A .byte 0x0a,0x0d 00155 007C 00 .byte 0x00 00156 0000007D vgabios_license: 00157 007D 54 .ascii "This VGA/VBE Bios is released under the GNU LGPL" 00158 00AD 0A .byte 0x0a,0x0d 00159 00AF 0A .byte 0x0a,0x0d 00160 00B1 00 .byte 0x00 00161 000000B2 vgabios_website: 00162 00B2 50 .ascii "Please visit :" 00163 00C0 0A .byte 0x0a,0x0d 00164 ;;.ascii " . http://www.plex86.org" 00165 ;;.byte 0x0a,0x0d 00166 00C2 20 .ascii " . http://bochs.sourceforge.net" 00167 00E1 0A .byte 0x0a,0x0d 00168 00E3 20 .ascii " . http://www.nongnu.org/vgabios" 00169 0103 0A .byte 0x0a,0x0d 00170 0105 0A .byte 0x0a,0x0d 00171 0107 00 .byte 0x00 00172 00000108 vgabios_pci_data: 00173 0108 50 .ascii "PCIR" 00174 010C 1013 .word 0x1013 00175 010E 00B8 .word 0x00b8 00176 0110 0000 .word 0 00177 0112 0018 .word 0x18 00178 0114 00 .byte 0 00179 0115 00 .byte 0x0 00180 0116 0300 .word 0x300 00181 0118 0040 .word 0x40 00182 011A 0001 .word 1 00183 011C 00 .byte 0 00184 011D 80 .byte 0x80 00185 011E 0000 .word 0 00186 ;; ============================================================================================ 00187 ;; 00188 ;; Init Entry point 00189 ;; 00190 ;; ============================================================================================ 00191 00000120 vgabios_init_func: 00192 ;; init vga card 00193 0120 E8 3416 call init_vga_card 00194 ;; init basic bios vars 00195 0123 E8 3472 call init_bios_area 00196 ;; set int10 vect 00197 SET_INT_VECTOR(0x10, #0xC000, #vgabios_int10_handler) +a 0126 1E push ds +a 0127 31C0 xor ax, ax +a 0129 8ED8 mov ds, ax +a 012B B8 014A mov ax, #vgabios_int10_handler +a 012E A3 0040 mov 0x10*4, ax +a 0131 B8 C000 mov ax, #0xC000 +a 0134 A3 0042 mov 0x10*4+2, ax +a 0137 1F pop ds 00198 0138 E8 8285 call cirrus_init 00199 ;; display splash screen 00200 013B E8 34AE call _display_splash_screen 00201 ;; init video mode and clear the screen 00202 013E B8 0003 mov ax,#0x0003 00203 0141 CD 10 int #0x10 00204 ;; show info 00205 0143 E8 34A7 call _display_info 00206 ;; show cirrus info 00207 0146 E8 82AE call cirrus_display_info 00208 0149 CB retf 00209 ! 156 endasm 00210 !BCC_ENDASM 00211 ! 157 #asm 00212 !BCC_ASM 00213 0000014A vgabios_int10_handler: 00214 014A 9C pushf 00215 014B 80FC 0F cmp ah, #0x0f 00216 014E 75 05 jne int10_test_1A 00217 0150 E8 600B call biosfn_get_video_mode 00218 0153 EB 7C jmp int10_end 00219 00000155 int10_test_1A: 00220 0155 80FC 1A cmp ah, #0x1a 00221 0158 75 05 jne int10_test_0B 00222 015A E8 6B2E call biosfn_group_1A 00223 015D EB 72 jmp int10_end 00224 0000015F int10_test_0B: 00225 015F 80FC 0B cmp ah, #0x0b 00226 0162 75 05 jne int10_test_1103 00227 0164 E8 571C call biosfn_group_0B 00228 0167 EB 68 jmp int10_end 00229 00000169 int10_test_1103: 00230 0169 3D 1103 cmp ax, #0x1103 00231 016C 75 05 jne int10_test_12 00232 016E E8 66E8 call biosfn_set_text_block_specifier 00233 0171 EB 5E jmp int10_end 00234 00000173 int10_test_12: 00235 0173 80FC 12 cmp ah, #0x12 00236 0176 75 3C jne int10_test_101B 00237 0178 80FB 10 cmp bl, #0x10 00238 017B 75 05 jne int10_test_BL30 00239 017D E8 6933 call biosfn_get_ega_info 00240 0180 EB 4F jmp int10_end 00241 00000182 int10_test_BL30: 00242 0182 80FB 30 cmp bl, #0x30 00243 0185 75 05 jne int10_test_BL31 00244 0187 E8 694D call biosfn_select_vert_res 00245 018A EB 45 jmp int10_end 00246 0000018C int10_test_BL31: 00247 018C 80FB 31 cmp bl, #0x31 00248 018F 75 05 jne int10_test_BL32 00249 0191 E8 6996 call biosfn_enable_default_palette_loading 00250 0194 EB 3B jmp int10_end 00251 00000196 int10_test_BL32: 00252 0196 80FB 32 cmp bl, #0x32 00253 0199 75 05 jne int10_test_BL33 00254 019B E8 69AE call biosfn_enable_video_addressing 00255 019E EB 31 jmp int10_end 00256 000001A0 int10_test_BL33: 00257 01A0 80FB 33 cmp bl, #0x33 00258 01A3 75 05 jne int10_test_BL34 00259 01A5 E8 69C2 call biosfn_enable_grayscale_summing 00260 01A8 EB 27 jmp int10_end 00261 000001AA int10_test_BL34: 00262 01AA 80FB 34 cmp bl, #0x34 00263 01AD 75 14 jne int10_normal 00264 01AF E8 69DC call biosfn_enable_cursor_emulation 00265 01B2 EB 1D jmp int10_end 00266 000001B4 int10_test_101B: 00267 01B4 3D 101B cmp ax, #0x101b 00268 01B7 74 0A je int10_normal 00269 01B9 80FC 10 cmp ah, #0x10 00270 01BC 75 05 jne int10_normal 00271 01BE E8 5FC4 call biosfn_group_10 00272 01C1 EB 0E jmp int10_end 00273 000001C3 int10_normal: 00274 01C3 06 push es 00275 01C4 1E push ds 00276 01C5 60 pusha 00277 ;; We have to set ds to access the right data segment 00278 01C6 BB C000 mov bx, #0xc000 00279 01C9 8EDB mov ds, bx 00280 01CB E8 3464 call _int10_func 00281 01CE 61 popa 00282 01CF 1F pop ds 00283 01D0 07 pop es 00284 000001D1 int10_end: 00285 01D1 9D popf 00286 01D2 CF iret 00287 ! 232 endasm 00288 !BCC_ENDASM 00289 ! 233 typedef struct 00290 ! 234 {Bit8u svgamode; 00291 !BCC_EOS 00292 ! 235 Bit8u class; 00293 !BCC_EOS 00294 ! 236 Bit8u memmodel; 00295 !BCC_EOS 00296 ! 237 Bit8u pixbits; 00297 !BCC_EOS 00298 ! 238 Bit16u sstart; 00299 !BCC_EOS 00300 ! 239 Bit8u pelmask; 00301 !BCC_EOS 00302 ! 240 Bit8u dacmodel; 00303 !BCC_EOS 00304 ! 241 } VGAMODES; 00305 !BCC_EOS 00306 ! 242 static VGAMODES vga_modes[15 +1]= 00307 ! 243 { 00308 00309 000001D3 _vga_modes: 00310 ! 244 {0x00, 0x00, 0x00, 4, 0xB800, 0xFF, 0x02}, 00311 01D3 00 .byte 0 00312 01D4 00 .byte 0 00313 01D5 00 .byte 0 00314 01D6 04 .byte 4 00315 01D7 B800 .word $B800 00316 01D9 FF .byte $FF 00317 01DA 02 .byte 2 00318 ! 245 {0x01, 0x00, 0x00, 4, 0xB800, 0xFF, 0x02}, 00319 01DB 01 .byte 1 00320 01DC 00 .byte 0 00321 01DD 00 .byte 0 00322 01DE 04 .byte 4 00323 01DF B800 .word $B800 00324 01E1 FF .byte $FF 00325 01E2 02 .byte 2 00326 ! 246 {0x02, 0x00, 0x00, 4, 0xB800, 0xFF, 0x02}, 00327 01E3 02 .byte 2 00328 01E4 00 .byte 0 00329 01E5 00 .byte 0 00330 01E6 04 .byte 4 00331 01E7 B800 .word $B800 00332 01E9 FF .byte $FF 00333 01EA 02 .byte 2 00334 ! 247 {0x03, 0x00, 0x00, 4, 0xB800, 0xFF, 0x02}, 00335 01EB 03 .byte 3 00336 01EC 00 .byte 0 00337 01ED 00 .byte 0 00338 01EE 04 .byte 4 00339 01EF B800 .word $B800 00340 01F1 FF .byte $FF 00341 01F2 02 .byte 2 00342 ! 248 {0x04, 0x01, 0x02, 2, 0xB800, 0xFF, 0x01}, 00343 01F3 04 .byte 4 00344 01F4 01 .byte 1 00345 01F5 02 .byte 2 00346 01F6 02 .byte 2 00347 01F7 B800 .word $B800 00348 01F9 FF .byte $FF 00349 01FA 01 .byte 1 00350 ! 249 {0x05, 0x01, 0x02, 2, 0xB800, 0xFF, 0x01}, 00351 01FB 05 .byte 5 00352 01FC 01 .byte 1 00353 01FD 02 .byte 2 00354 01FE 02 .byte 2 00355 01FF B800 .word $B800 00356 0201 FF .byte $FF 00357 0202 01 .byte 1 00358 ! 250 {0x06, 0x01, 0x02, 1, 0xB800, 0xFF, 0x01}, 00359 0203 06 .byte 6 00360 0204 01 .byte 1 00361 0205 02 .byte 2 00362 0206 01 .byte 1 00363 0207 B800 .word $B800 00364 0209 FF .byte $FF 00365 020A 01 .byte 1 00366 ! 251 {0x07, 0x00, 0x01, 4, 0xB000, 0xFF, 0x00}, 00367 020B 07 .byte 7 00368 020C 00 .byte 0 00369 020D 01 .byte 1 00370 020E 04 .byte 4 00371 020F B000 .word $B000 00372 0211 FF .byte $FF 00373 0212 00 .byte 0 00374 ! 252 {0x0D, 0x01, 0x04, 4, 0xA000, 0xFF, 0x01}, 00375 0213 0D .byte $D 00376 0214 01 .byte 1 00377 0215 04 .byte 4 00378 0216 04 .byte 4 00379 0217 A000 .word $A000 00380 0219 FF .byte $FF 00381 021A 01 .byte 1 00382 ! 253 {0x0E, 0x01, 0x04, 4, 0xA000, 0xFF, 0x01}, 00383 021B 0E .byte $E 00384 021C 01 .byte 1 00385 021D 04 .byte 4 00386 021E 04 .byte 4 00387 021F A000 .word $A000 00388 0221 FF .byte $FF 00389 0222 01 .byte 1 00390 ! 254 {0x0F, 0x01, 0x03, 1, 0xA000, 0xFF, 0x00}, 00391 0223 0F .byte $F 00392 0224 01 .byte 1 00393 0225 03 .byte 3 00394 0226 01 .byte 1 00395 0227 A000 .word $A000 00396 0229 FF .byte $FF 00397 022A 00 .byte 0 00398 ! 255 {0x10, 0x01, 0x04, 4, 0xA000, 0xFF, 0x02}, 00399 022B 10 .byte $10 00400 022C 01 .byte 1 00401 022D 04 .byte 4 00402 022E 04 .byte 4 00403 022F A000 .word $A000 00404 0231 FF .byte $FF 00405 0232 02 .byte 2 00406 ! 256 {0x11, 0x01, 0x03, 1, 0xA000, 0xFF, 0x02}, 00407 0233 11 .byte $11 00408 0234 01 .byte 1 00409 0235 03 .byte 3 00410 0236 01 .byte 1 00411 0237 A000 .word $A000 00412 0239 FF .byte $FF 00413 023A 02 .byte 2 00414 ! 257 {0x12, 0x01, 0x04, 4, 0xA000, 0xFF, 0x02}, 00415 023B 12 .byte $12 00416 023C 01 .byte 1 00417 023D 04 .byte 4 00418 023E 04 .byte 4 00419 023F A000 .word $A000 00420 0241 FF .byte $FF 00421 0242 02 .byte 2 00422 ! 258 {0x13, 0x01, 0x05, 8, 0xA000, 0xFF, 0x03}, 00423 0243 13 .byte $13 00424 0244 01 .byte 1 00425 0245 05 .byte 5 00426 0246 08 .byte 8 00427 0247 A000 .word $A000 00428 0249 FF .byte $FF 00429 024A 03 .byte 3 00430 ! 259 {0x6A, 0x01, 0x04, 4, 0xA000, 0xFF, 0x02} 00431 024B 6A .byte $6A 00432 024C 01 .byte 1 00433 024D 04 .byte 4 00434 024E 04 .byte 4 00435 024F A000 .word $A000 00436 0251 FF .byte $FF 00437 0252 02 .byte 2 00438 ! 260 }; 00439 !BCC_EOS 00440 ! 261 static Bit8u line_to_vpti[15 +1]={ 00441 00000253 _line_to_vpti: 00442 ! 262 0x17, 0x17, 0x18, 0x18, 0x04, 0x05, 0x06, 0x07, 00443 0253 17 .byte $17 00444 0254 17 .byte $17 00445 0255 18 .byte $18 00446 0256 18 .byte $18 00447 0257 04 .byte 4 00448 0258 05 .byte 5 00449 0259 06 .byte 6 00450 025A 07 .byte 7 00451 ! 263 0x0d, 0x0e, 0x11, 0x12, 0x1a, 0x1b, 0x1c, 0x1d, 00452 025B 0D .byte $D 00453 025C 0E .byte $E 00454 025D 11 .byte $11 00455 025E 12 .byte $12 00456 025F 1A .byte $1A 00457 0260 1B .byte $1B 00458 0261 1C .byte $1C 00459 0262 1D .byte $1D 00460 ! 264 }; 00461 !BCC_EOS 00462 ! 265 static Bit8u dac_regs[3 +1]= 00463 ! 266 {0x3f,0x3f,0x3f,0xff}; 00464 00000263 _dac_regs: 00465 0263 3F .byte $3F 00466 0264 3F .byte $3F 00467 0265 3F .byte $3F 00468 0266 FF .byte $FF 00469 !BCC_EOS 00470 ! 267 typedef struct { 00471 ! 268 Bit8u twidth; 00472 !BCC_EOS 00473 ! 269 Bit8u th 00474 ! 269 eightm1; 00475 !BCC_EOS 00476 ! 270 Bit8u cheight; 00477 !BCC_EOS 00478 ! 271 Bit8u slength_l; 00479 !BCC_EOS 00480 ! 272 Bit8u slength_h; 00481 !BCC_EOS 00482 ! 273 Bit8u sequ_regs[4]; 00483 !BCC_EOS 00484 ! 274 Bit8u miscreg; 00485 !BCC_EOS 00486 ! 275 Bit8u crtc_regs[25]; 00487 !BCC_EOS 00488 ! 276 Bit8u actl_regs[20]; 00489 !BCC_EOS 00490 ! 277 Bit8u grdc_regs[9]; 00491 !BCC_EOS 00492 ! 278 } VideoParamTableEntry; 00493 !BCC_EOS 00494 ! 279 static VideoParamTableEntry video_param_table[30] = { 00495 00000267 _video_param_table: 00496 ! 280 { 00497 ! 281 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00498 0267 00 .byte 0 00499 0268 00 .byte 0 00500 0269 00 .byte 0 00501 026A 00 .byte 0 00502 026B 00 .byte 0 00503 026C 00 .byte 0 00504 026D 00 .byte 0 00505 026E 00 .byte 0 00506 ! 282 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00507 026F 00 .byte 0 00508 0270 00 .byte 0 00509 0271 00 .byte 0 00510 0272 00 .byte 0 00511 0273 00 .byte 0 00512 0274 00 .byte 0 00513 0275 00 .byte 0 00514 0276 00 .byte 0 00515 ! 283 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00516 0277 00 .byte 0 00517 0278 00 .byte 0 00518 0279 00 .byte 0 00519 027A 00 .byte 0 00520 027B 00 .byte 0 00521 027C 00 .byte 0 00522 027D 00 .byte 0 00523 027E 00 .byte 0 00524 ! 284 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00525 027F 00 .byte 0 00526 0280 00 .byte 0 00527 0281 00 .byte 0 00528 0282 00 .byte 0 00529 0283 00 .byte 0 00530 0284 00 .byte 0 00531 0285 00 .byte 0 00532 0286 00 .byte 0 00533 ! 285 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00534 0287 00 .byte 0 00535 0288 00 .byte 0 00536 0289 00 .byte 0 00537 028A 00 .byte 0 00538 028B 00 .byte 0 00539 028C 00 .byte 0 00540 028D 00 .byte 0 00541 028E 00 .byte 0 00542 ! 286 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00543 028F 00 .byte 0 00544 0290 00 .byte 0 00545 0291 00 .byte 0 00546 0292 00 .byte 0 00547 0293 00 .byte 0 00548 0294 00 .byte 0 00549 0295 00 .byte 0 00550 0296 00 .byte 0 00551 ! 287 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00552 0297 00 .byte 0 00553 0298 00 .byte 0 00554 0299 00 .byte 0 00555 029A 00 .byte 0 00556 029B 00 .byte 0 00557 029C 00 .byte 0 00558 029D 00 .byte 0 00559 029E 00 .byte 0 00560 ! 288 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00561 029F 00 .byte 0 00562 02A0 00 .byte 0 00563 02A1 00 .byte 0 00564 02A2 00 .byte 0 00565 02A3 00 .byte 0 00566 02A4 00 .byte 0 00567 02A5 00 .byte 0 00568 02A6 00 .byte 0 00569 ! 289 }, 00570 ! 290 { 00571 ! 291 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00572 02A7 00 .byte 0 00573 02A8 00 .byte 0 00574 02A9 00 .byte 0 00575 02AA 00 .byte 0 00576 02AB 00 .byte 0 00577 02AC 00 .byte 0 00578 02AD 00 .byte 0 00579 02AE 00 .byte 0 00580 ! 292 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00581 02AF 00 .byte 0 00582 02B0 00 .byte 0 00583 02B1 00 .byte 0 00584 02B2 00 .byte 0 00585 02B3 00 .byte 0 00586 02B4 00 .byte 0 00587 02B5 00 .byte 0 00588 02B6 00 .byte 0 00589 ! 293 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00590 02B7 00 .byte 0 00591 02B8 00 .byte 0 00592 02B9 00 .byte 0 00593 02BA 00 .byte 0 00594 02BB 00 .byte 0 00595 02BC 00 .byte 0 00596 02BD 00 .byte 0 00597 02BE 00 .byte 0 00598 ! 294 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00599 02BF 00 .byte 0 00600 02C0 00 .byte 0 00601 02C1 00 .byte 0 00602 02C2 00 .byte 0 00603 02C3 00 .byte 0 00604 02C4 00 .byte 0 00605 02C5 00 .byte 0 00606 02C6 00 .byte 0 00607 ! 295 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00608 02C7 00 .byte 0 00609 02C8 00 .byte 0 00610 02C9 00 .byte 0 00611 02CA 00 .byte 0 00612 02CB 00 .byte 0 00613 02CC 00 .byte 0 00614 02CD 00 .byte 0 00615 02CE 00 .byte 0 00616 ! 296 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00617 02CF 00 .byte 0 00618 02D0 00 .byte 0 00619 02D1 00 .byte 0 00620 02D2 00 .byte 0 00621 02D3 00 .byte 0 00622 02D4 00 .byte 0 00623 02D5 00 .byte 0 00624 02D6 00 .byte 0 00625 ! 297 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00626 02D7 00 .byte 0 00627 02D8 00 .byte 0 00628 02D9 00 .byte 0 00629 02DA 00 .byte 0 00630 02DB 00 .byte 0 00631 02DC 00 .byte 0 00632 02DD 00 .byte 0 00633 02DE 00 .byte 0 00634 ! 298 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00635 02DF 00 .byte 0 00636 02E0 00 .byte 0 00637 02E1 00 .byte 0 00638 02E2 00 .byte 0 00639 02E3 00 .byte 0 00640 02E4 00 .byte 0 00641 02E5 00 .byte 0 00642 02E6 00 .byte 0 00643 ! 299 }, 00644 ! 300 { 00645 ! 301 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00646 02E7 00 .byte 0 00647 02E8 00 .byte 0 00648 02E9 00 .byte 0 00649 02EA 00 .byte 0 00650 02EB 00 .byte 0 00651 02EC 00 .byte 0 00652 02ED 00 .byte 0 00653 02EE 00 .byte 0 00654 ! 302 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00655 02EF 00 .byte 0 00656 02F0 00 .byte 0 00657 02F1 00 .byte 0 00658 02F2 00 .byte 0 00659 02F3 00 .byte 0 00660 02F4 00 .byte 0 00661 02F5 00 .byte 0 00662 02F6 00 .byte 0 00663 ! 303 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00664 02F7 00 .byte 0 00665 02F8 00 .byte 0 00666 02F9 00 .byte 0 00667 02FA 00 .byte 0 00668 02FB 00 .byte 0 00669 02FC 00 .byte 0 00670 02FD 00 .byte 0 00671 02FE 00 .byte 0 00672 ! 304 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00673 02FF 00 .byte 0 00674 0300 00 .byte 0 00675 0301 00 .byte 0 00676 0302 00 .byte 0 00677 0303 00 .byte 0 00678 0304 00 .byte 0 00679 0305 00 .byte 0 00680 0306 00 .byte 0 00681 ! 305 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00682 0307 00 .byte 0 00683 0308 00 .byte 0 00684 0309 00 .byte 0 00685 030A 00 .byte 0 00686 030B 00 .byte 0 00687 030C 00 .byte 0 00688 030D 00 .byte 0 00689 030E 00 .byte 0 00690 ! 306 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00691 030F 00 .byte 0 00692 0310 00 .byte 0 00693 0311 00 .byte 0 00694 0312 00 .byte 0 00695 0313 00 .byte 0 00696 0314 00 .byte 0 00697 0315 00 .byte 0 00698 0316 00 .byte 0 00699 ! 307 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00700 0317 00 .byte 0 00701 0318 00 .byte 0 00702 0319 00 .byte 0 00703 031A 00 .byte 0 00704 031B 00 .byte 0 00705 031C 00 .byte 0 00706 031D 00 .byte 0 00707 031E 00 .byte 0 00708 ! 308 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00709 031F 00 .byte 0 00710 0320 00 .byte 0 00711 0321 00 .byte 0 00712 0322 00 .byte 0 00713 0323 00 .byte 0 00714 0324 00 .byte 0 00715 0325 00 .byte 0 00716 0326 00 .byte 0 00717 ! 309 }, 00718 ! 310 { 00719 ! 311 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00720 0327 00 .byte 0 00721 0328 00 .byte 0 00722 0329 00 .byte 0 00723 032A 00 .byte 0 00724 032B 00 .byte 0 00725 032C 00 .byte 0 00726 032D 00 .byte 0 00727 032E 00 .byte 0 00728 ! 312 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00729 032F 00 .byte 0 00730 0330 00 .byte 0 00731 0331 00 .byte 0 00732 0332 00 .byte 0 00733 0333 00 .byte 0 00734 0334 00 .byte 0 00735 0335 00 .byte 0 00736 0336 00 .byte 0 00737 ! 313 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00738 0337 00 .byte 0 00739 0338 00 .byte 0 00740 0339 00 .byte 0 00741 033A 00 .byte 0 00742 033B 00 .byte 0 00743 033C 00 .byte 0 00744 033D 00 .byte 0 00745 033E 00 .byte 0 00746 ! 314 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00747 033F 00 .byte 0 00748 0340 00 .byte 0 00749 0341 00 .byte 0 00750 0342 00 .byte 0 00751 0343 00 .byte 0 00752 0344 00 .byte 0 00753 0345 00 .byte 0 00754 0346 00 .byte 0 00755 ! 315 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00756 0347 00 .byte 0 00757 0348 00 .byte 0 00758 0349 00 .byte 0 00759 034A 00 .byte 0 00760 034B 00 .byte 0 00761 034C 00 .byte 0 00762 034D 00 .byte 0 00763 034E 00 .byte 0 00764 ! 316 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00765 034F 00 .byte 0 00766 0350 00 .byte 0 00767 0351 00 .byte 0 00768 0352 00 .byte 0 00769 0353 00 .byte 0 00770 0354 00 .byte 0 00771 0355 00 .byte 0 00772 0356 00 .byte 0 00773 ! 317 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00774 0357 00 .byte 0 00775 0358 00 .byte 0 00776 0359 00 .byte 0 00777 035A 00 .byte 0 00778 035B 00 .byte 0 00779 035C 00 .byte 0 00780 035D 00 .byte 0 00781 035E 00 .byte 0 00782 ! 318 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00783 035F 00 .byte 0 00784 0360 00 .byte 0 00785 0361 00 .byte 0 00786 0362 00 .byte 0 00787 0363 00 .byte 0 00788 0364 00 .byte 0 00789 0365 00 .byte 0 00790 0366 00 .byte 0 00791 ! 319 }, 00792 ! 320 { 00793 ! 321 40, 24, 8, 0x00, 0x08, 00794 0367 28 .byte $28 00795 0368 18 .byte $18 00796 0369 08 .byte 8 00797 036A 00 .byte 0 00798 036B 08 .byte 8 00799 ! 322 0x09, 0x03, 0x00, 0x02, 00800 036C 09 .byte 9 00801 036D 03 .byte 3 00802 036E 00 .byte 0 00803 036F 02 .byte 2 00804 ! 323 0x63, 00805 0370 63 .byte $63 00806 ! 324 0x2d, 0x27, 0x28, 0x90, 0x2b, 0x80, 0xbf, 0x1f, 00807 0371 2D .byte $2D 00808 0372 27 .byte $27 00809 0373 28 .byte $28 00810 0374 90 .byte $90 00811 0375 2B .byte $2B 00812 0376 80 .byte $80 00813 0377 BF .byte $BF 00814 0378 1F .byte $1F 00815 ! 325 0x00, 0xc1, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00816 0379 00 .byte 0 00817 037A C1 .byte $C1 00818 037B 00 .byte 0 00819 037C 00 .byte 0 00820 037D 00 .byte 0 00821 037E 00 .byte 0 00822 037F 00 .byte 0 00823 0380 00 .byte 0 00824 ! 326 0x9c, 0x8e, 0x8f, 0x14, 0x00, 0x96, 0x 00825 0381 9C .byte $9C 00826 0382 8E .byte $8E 00827 0383 8F .byte $8F 00828 0384 14 .byte $14 00829 0385 00 .byte 0 00830 0386 96 .byte $96 00831 ! 326 b9, 0xa2, 00832 0387 B9 .byte $B9 00833 0388 A2 .byte $A2 00834 ! 327 0xff, 00835 0389 FF .byte $FF 00836 ! 328 0x00, 0x13, 0x15, 0x17, 0x02, 0x04, 0x06, 0x07, 00837 038A 00 .byte 0 00838 038B 13 .byte $13 00839 038C 15 .byte $15 00840 038D 17 .byte $17 00841 038E 02 .byte 2 00842 038F 04 .byte 4 00843 0390 06 .byte 6 00844 0391 07 .byte 7 00845 ! 329 0x10, 0x11, 0x12, 0x13, 0x14, 0x15, 0x16, 0x17, 00846 0392 10 .byte $10 00847 0393 11 .byte $11 00848 0394 12 .byte $12 00849 0395 13 .byte $13 00850 0396 14 .byte $14 00851 0397 15 .byte $15 00852 0398 16 .byte $16 00853 0399 17 .byte $17 00854 ! 330 0x01, 0x00, 0x03, 0x00, 00855 039A 01 .byte 1 00856 039B 00 .byte 0 00857 039C 03 .byte 3 00858 039D 00 .byte 0 00859 ! 331 0x00, 0x00, 0x00, 0x00, 0x00, 0x30, 0x0f, 0x0f, 0xff, 00860 039E 00 .byte 0 00861 039F 00 .byte 0 00862 03A0 00 .byte 0 00863 03A1 00 .byte 0 00864 03A2 00 .byte 0 00865 03A3 30 .byte $30 00866 03A4 0F .byte $F 00867 03A5 0F .byte $F 00868 03A6 FF .byte $FF 00869 ! 332 }, 00870 ! 333 { 00871 ! 334 40, 24, 8, 0x00, 0x08, 00872 03A7 28 .byte $28 00873 03A8 18 .byte $18 00874 03A9 08 .byte 8 00875 03AA 00 .byte 0 00876 03AB 08 .byte 8 00877 ! 335 0x09, 0x03, 0x00, 0x02, 00878 03AC 09 .byte 9 00879 03AD 03 .byte 3 00880 03AE 00 .byte 0 00881 03AF 02 .byte 2 00882 ! 336 0x63, 00883 03B0 63 .byte $63 00884 ! 337 0x2d, 0x27, 0x28, 0x90, 0x2b, 0x80, 0xbf, 0x1f, 00885 03B1 2D .byte $2D 00886 03B2 27 .byte $27 00887 03B3 28 .byte $28 00888 03B4 90 .byte $90 00889 03B5 2B .byte $2B 00890 03B6 80 .byte $80 00891 03B7 BF .byte $BF 00892 03B8 1F .byte $1F 00893 ! 338 0x00, 0xc1, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00894 03B9 00 .byte 0 00895 03BA C1 .byte $C1 00896 03BB 00 .byte 0 00897 03BC 00 .byte 0 00898 03BD 00 .byte 0 00899 03BE 00 .byte 0 00900 03BF 00 .byte 0 00901 03C0 00 .byte 0 00902 ! 339 0x9c, 0x8e, 0x8f, 0x14, 0x00, 0x96, 0xb9, 0xa2, 00903 03C1 9C .byte $9C 00904 03C2 8E .byte $8E 00905 03C3 8F .byte $8F 00906 03C4 14 .byte $14 00907 03C5 00 .byte 0 00908 03C6 96 .byte $96 00909 03C7 B9 .byte $B9 00910 03C8 A2 .byte $A2 00911 ! 340 0xff, 00912 03C9 FF .byte $FF 00913 ! 341 0x00, 0x13, 0x15, 0x17, 0x02, 0x04, 0x06, 0x07, 00914 03CA 00 .byte 0 00915 03CB 13 .byte $13 00916 03CC 15 .byte $15 00917 03CD 17 .byte $17 00918 03CE 02 .byte 2 00919 03CF 04 .byte 4 00920 03D0 06 .byte 6 00921 03D1 07 .byte 7 00922 ! 342 0x10, 0x11, 0x12, 0x13, 0x14, 0x15, 0x16, 0x17, 00923 03D2 10 .byte $10 00924 03D3 11 .byte $11 00925 03D4 12 .byte $12 00926 03D5 13 .byte $13 00927 03D6 14 .byte $14 00928 03D7 15 .byte $15 00929 03D8 16 .byte $16 00930 03D9 17 .byte $17 00931 ! 343 0x01, 0x00, 0x03, 0x00, 00932 03DA 01 .byte 1 00933 03DB 00 .byte 0 00934 03DC 03 .byte 3 00935 03DD 00 .byte 0 00936 ! 344 0x00, 0x00, 0x00, 0x00, 0x00, 0x30, 0x0f, 0x0f, 0xff, 00937 03DE 00 .byte 0 00938 03DF 00 .byte 0 00939 03E0 00 .byte 0 00940 03E1 00 .byte 0 00941 03E2 00 .byte 0 00942 03E3 30 .byte $30 00943 03E4 0F .byte $F 00944 03E5 0F .byte $F 00945 03E6 FF .byte $FF 00946 ! 345 }, 00947 ! 346 { 00948 ! 347 80, 24, 8, 0x00, 0x10, 00949 03E7 50 .byte $50 00950 03E8 18 .byte $18 00951 03E9 08 .byte 8 00952 03EA 00 .byte 0 00953 03EB 10 .byte $10 00954 ! 348 0x01, 0x01, 0x00, 0x06, 00955 03EC 01 .byte 1 00956 03ED 01 .byte 1 00957 03EE 00 .byte 0 00958 03EF 06 .byte 6 00959 ! 349 0x63, 00960 03F0 63 .byte $63 00961 ! 350 0x5f, 0x4f, 0x50, 0x82, 0x54, 0x80, 0xbf, 0x1f, 00962 03F1 5F .byte $5F 00963 03F2 4F .byte $4F 00964 03F3 50 .byte $50 00965 03F4 82 .byte $82 00966 03F5 54 .byte $54 00967 03F6 80 .byte $80 00968 03F7 BF .byte $BF 00969 03F8 1F .byte $1F 00970 ! 351 0x00, 0xc1, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 00971 03F9 00 .byte 0 00972 03FA C1 .byte $C1 00973 03FB 00 .byte 0 00974 03FC 00 .byte 0 00975 03FD 00 .byte 0 00976 03FE 00 .byte 0 00977 03FF 00 .byte 0 00978 0400 00 .byte 0 00979 ! 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633 0x2a,0x2a,0x2a, 0x2a,0x2a,0x2a, 0x2a,0x2a,0x2a, 0x2a,0x2a,0x2a, 0x2a,0x2a,0x2a, 0x2a,0x2a,0x2a, 0x2a,0x2a,0x2a, 0x2a,0x2a,0x2a, 02898 0A5F 2A .byte $2A 02899 0A60 2A .byte $2A 02900 0A61 2A .byte $2A 02901 0A62 2A .byte $2A 02902 0A63 2A .byte $2A 02903 0A64 2A .byte $2A 02904 0A65 2A .byte $2A 02905 0A66 2A .byte $2A 02906 0A67 2A .byte $2A 02907 0A68 2A .byte $2A 02908 0A69 2A .byte $2A 02909 0A6A 2A .byte $2A 02910 0A6B 2A .byte $2A 02911 0A6C 2A .byte $2A 02912 0A6D 2A .byte $2A 02913 0A6E 2A .byte $2A 02914 0A6F 2A .byte $2A 02915 0A70 2A .byte $2A 02916 0A71 2A .byte $2A 02917 0A72 2A .byte $2A 02918 0A73 2A .byte $2A 02919 0A74 2A .byte $2A 02920 0A75 2A .byte $2A 02921 0A76 2A .byte $2A 02922 ! 634 0x2a,0x2a,0x2a, 0x2a,0x2a,0x2a, 0x2a,0x2a,0x2a, 0x2a,0x2a,0x2a, 0x2a,0x2a,0x2a, 0x2a,0x2a,0x2a, 0x2a,0x2a,0x2a, 0x2a,0x2a,0x2a, 02923 0A77 2A .byte $2A 02924 0A78 2A .byte $2A 02925 0A79 2A .byte $2A 02926 0A7A 2A .byte $2A 02927 0A7B 2A .byte $2A 02928 0A7C 2A .byte $2A 02929 0A7D 2A .byte $2A 02930 0A7E 2A .byte $2A 02931 0A7F 2A .byte $2A 02932 0A80 2A .byte $2A 02933 0A81 2A .byte $2A 02934 0A82 2A .byte $2A 02935 0A83 2A .byte $2A 02936 0A84 2A .byte $2A 02937 0A85 2A .byte $2A 02938 0A86 2A .byte $2A 02939 0A87 2A .byte $2A 02940 0A88 2A .byte $2A 02941 0A89 2A .byte $2A 02942 0A8A 2A .byte $2A 02943 0A8B 2A .byte $2A 02944 0A8C 2A .byte $2A 02945 0A8D 2A .byte $2A 02946 0A8E 2A .byte $2A 02947 ! 635 0x3f,0x3f,0x3f, 0x3f,0x3f,0x3f, 0x3f,0x3f,0x3f, 0x3f,0x3f,0x3f, 0x3f,0x3f,0x3f, 0x3f,0x3f,0x3f, 0x3f,0x3f,0x3f, 0x3f,0x3f,0x3f 02948 0A8F 3F .byte $3F 02949 0A90 3F .byte $3F 02950 0A91 3F .byte $3F 02951 0A92 3F .byte $3F 02952 0A93 3F .byte $3F 02953 0A94 3F .byte $3F 02954 0A95 3F .byte $3F 02955 0A96 3F .byte $3F 02956 0A97 3F .byte $3F 02957 0A98 3F .byte $3F 02958 0A99 3F .byte $3F 02959 0A9A 3F .byte $3F 02960 0A9B 3F .byte $3F 02961 0A9C 3F .byte $3F 02962 0A9D 3F .byte $3F 02963 0A9E 3F .byte $3F 02964 0A9F 3F .byte $3F 02965 0AA0 3F .byte $3F 02966 0AA1 3F .byte $3F 02967 0AA2 3F .byte $3F 02968 0AA3 3F .byte $3F 02969 0AA4 3F .byte $3F 02970 0AA5 3F .byte $3F 02971 ! 636 }; 02972 0AA6 3F .byte $3F 02973 !BCC_EOS 02974 ! 637 static Bit8u palette1[63+1][3]= 02975 ! 638 { 02976 00000AA7 _palette1: 02977 ! 639 0x00,0x00,0x00, 0x00,0x00,0x2a, 0x00,0x2a,0x00, 0x00,0x2a,0x2a, 0x2a,0x00,0x00, 0x2a,0x00,0x2a, 0x2a,0x15,0x00, 0x2a,0x2a,0x2a, 02978 0AA7 00 .byte 0 02979 0AA8 00 .byte 0 02980 0AA9 00 .byte 0 02981 0AAA 00 .byte 0 02982 0AAB 00 .byte 0 02983 0AAC 2A .byte $2A 02984 0AAD 00 .byte 0 02985 0AAE 2A .byte $2A 02986 0AAF 00 .byte 0 02987 0AB0 00 .byte 0 02988 0AB1 2A .byte $2A 02989 0AB2 2A .byte $2A 02990 0AB3 2A .byte $2A 02991 0AB4 00 .byte 0 02992 0AB5 00 .byte 0 02993 0AB6 2A .byte $2A 02994 0AB7 00 .byte 0 02995 0AB8 2A .byte $2A 02996 0AB9 2A .byte $2A 02997 0ABA 15 .byte $15 02998 0ABB 00 .byte 0 02999 0ABC 2A .byte $2A 03000 0ABD 2A .byte $2A 03001 0ABE 2A .byte $2A 03002 ! 640 0x00,0x00,0x00, 0x00,0x00,0x2a, 0x00,0x2a,0x00, 0x00,0x2a,0x2a, 0x2a,0x00,0x00, 0x2a,0x00,0x2a, 0x2a,0x15,0x00, 0x2a,0x2a,0x2a, 03003 0ABF 00 .byte 0 03004 0AC0 00 .byte 0 03005 0AC1 00 .byte 0 03006 0AC2 00 .byte 0 03007 0AC3 00 .byte 0 03008 0AC4 2A .byte $2A 03009 0AC5 00 .byte 0 03010 0AC6 2A .byte $2A 03011 0AC7 00 .byte 0 03012 0AC8 00 .byte 0 03013 0AC9 2A .byte $2A 03014 0ACA 2A .byte $2A 03015 0ACB 2A .byte $2A 03016 0ACC 00 .byte 0 03017 0ACD 00 .byte 0 03018 0ACE 2A .byte $2A 03019 0ACF 00 .byte 0 03020 0AD0 2A .byte $2A 03021 0AD1 2A .byte $2A 03022 0AD2 15 .byte $15 03023 0AD3 00 .byte 0 03024 0AD4 2A .byte $2A 03025 0AD5 2A .byte $2A 03026 0AD6 2A .byte $2A 03027 ! 641 0x15,0x15,0x15, 0x15,0x15,0x3f, 0x15,0x3f,0x15, 0x15,0x3f,0x3f, 0x3f,0x15,0x15, 0x3f,0x15,0x3f, 0x3f,0x3f,0x15, 0x3f,0x3f,0x3f, 03028 0AD7 15 .byte $15 03029 0AD8 15 .byte $15 03030 0AD9 15 .byte $15 03031 0ADA 15 .byte $15 03032 0ADB 15 .byte $15 03033 0ADC 3F .byte $3F 03034 0ADD 15 .byte $15 03035 0ADE 3F .byte $3F 03036 0ADF 15 .byte $15 03037 0AE0 15 .byte $15 03038 0AE1 3F .byte $3F 03039 0AE2 3F .byte $3F 03040 0AE3 3F .byte $3F 03041 0AE4 15 .byte $15 03042 0AE5 15 .byte $15 03043 0AE6 3F .byte $3F 03044 0AE7 15 .byte $15 03045 0AE8 3F .byte $3F 03046 0AE9 3F .byte $3F 03047 0AEA 3F .byte $3F 03048 0AEB 15 .byte $15 03049 0AEC 3F .byte $3F 03050 0AED 3F .byte $3F 03051 0AEE 3F .byte $3F 03052 ! 642 0x15,0x15,0x15, 0x15,0x15,0x3f, 0x15,0x3f,0x15, 0x15,0x3f,0x3f, 0x3f,0x15,0x15, 0x3f,0x15,0x3f, 0x3f,0x3f,0x15, 0x3f,0x3f,0x3f, 03053 0AEF 15 .byte $15 03054 0AF0 15 .byte $15 03055 0AF1 15 .byte $15 03056 0AF2 15 .byte $15 03057 0AF3 15 .byte $15 03058 0AF4 3F .byte $3F 03059 0AF5 15 .byte $15 03060 0AF6 3F .byte $3F 03061 0AF7 15 .byte $15 03062 0AF8 15 .byte $15 03063 0AF9 3F .byte $3F 03064 0AFA 3F .byte $3F 03065 0AFB 3F .byte $3F 03066 0AFC 15 .byte $15 03067 0AFD 15 .byte $15 03068 0AFE 3F .byte $3F 03069 0AFF 15 .byte $15 03070 0B00 3F .byte $3F 03071 0B01 3F .byte $3F 03072 0B02 3F .byte $3F 03073 0B03 15 .byte $15 03074 0B04 3F .byte $3F 03075 0B05 3F .byte $3F 03076 0B06 3F .byte $3F 03077 ! 643 0x00,0x00,0x00, 0x00,0x00,0x2a, 0x00,0x2a,0x00, 0x00,0x2a,0x2a, 0x2a,0x00,0x00, 0x2a,0x00,0x2a, 0x2a,0x15,0x00, 0x2a,0x2a,0x2a, 03078 0B07 00 .byte 0 03079 0B08 00 .byte 0 03080 0B09 00 .byte 0 03081 0B0A 00 .byte 0 03082 0B0B 00 .byte 0 03083 0B0C 2A .byte $2A 03084 0B0D 00 .byte 0 03085 0B0E 2A .byte $2A 03086 0B0F 00 .byte 0 03087 0B10 00 .byte 0 03088 0B11 2A .byte $2A 03089 0B12 2A .byte $2A 03090 0B13 2A .byte $2A 03091 0B14 00 .byte 0 03092 0B15 00 .byte 0 03093 0B16 2A .byte $2A 03094 0B17 00 .byte 0 03095 0B18 2A .byte $2A 03096 0B19 2A .byte $2A 03097 0B1A 15 .byte $15 03098 0B1B 00 .byte 0 03099 0B1C 2A .byte $2A 03100 0B1D 2A .byte $2A 03101 0B1E 2A .byte $2A 03102 ! 644 0x00,0x00,0x00, 0x00,0x00,0x2a, 0x00,0x2a,0x00, 0x00,0x2a,0x2a, 0x2a,0x00,0x00, 0x2a,0x00,0x2a, 0x2a,0x15,0x00, 0x2a,0x2a,0x2a, 03103 0B1F 00 .byte 0 03104 0B20 00 .byte 0 03105 0B21 00 .byte 0 03106 0B22 00 .byte 0 03107 0B23 00 .byte 0 03108 0B24 2A .byte $2A 03109 0B25 00 .byte 0 03110 0B26 2A .byte $2A 03111 0B27 00 .byte 0 03112 0B28 00 .byte 0 03113 0B29 2A .byte $2A 03114 0B2A 2A .byte $2A 03115 0B2B 2A .byte $2A 03116 0B2C 00 .byte 0 03117 0B2D 00 .byte 0 03118 0B2E 2A .byte $2A 03119 0B2F 00 .byte 0 03120 0B30 2A .byte $2A 03121 0B31 2A .byte $2A 03122 0B32 15 .byte $15 03123 0B33 00 .byte 0 03124 0B34 2A .byte $2A 03125 0B35 2A .byte $2A 03126 0B36 2A .byte $2A 03127 ! 645 0x15,0x15,0x15, 0x15,0x15,0x3f, 0x15,0x3f,0x15, 0x15,0x3f,0x3f, 0x3f,0x15,0x15, 0x3f,0x15,0x3f, 0x3f,0x3f,0x15, 0x3f,0x3f,0x3f, 03128 0B37 15 .byte $15 03129 0B38 15 .byte $15 03130 0B39 15 .byte $15 03131 0B3A 15 .byte $15 03132 0B3B 15 .byte $15 03133 0B3C 3F .byte $3F 03134 0B3D 15 .byte $15 03135 0B3E 3F .byte $3F 03136 0B3F 15 .byte $15 03137 0B40 15 .byte $15 03138 0B41 3F .byte $3F 03139 0B42 3F .byte $3F 03140 0B43 3F .byte $3F 03141 0B44 15 .byte $15 03142 0B45 15 .byte $15 03143 0B46 3F .byte $3F 03144 0B47 15 .byte $15 03145 0B48 3F .byte $3F 03146 0B49 3F .byte $3F 03147 0B4A 3F .byte $3F 03148 0B4B 15 .byte $15 03149 0B4C 3F .byte $3F 03150 0B4D 3F .byte $3F 03151 0B4E 3F .byte $3F 03152 ! 646 0x15,0x15,0x15, 0x15,0x15,0x3f, 0x15,0x3f,0x15, 0x15,0x3f,0x3f, 0x3f,0x15,0x15, 0x3f,0x15,0x3f, 0x3f,0x3f,0x15, 0x3f,0x3f,0x3f 03153 0B4F 15 .byte $15 03154 0B50 15 .byte $15 03155 0B51 15 .byte $15 03156 0B52 15 .byte $15 03157 0B53 15 .byte $15 03158 0B54 3F .byte $3F 03159 0B55 15 .byte $15 03160 0B56 3F .byte $3F 03161 0B57 15 .byte $15 03162 0B58 15 .byte $15 03163 0B59 3F .byte $3F 03164 0B5A 3F .byte $3F 03165 0B5B 3F .byte $3F 03166 0B5C 15 .byte $15 03167 0B5D 15 .byte $15 03168 0B5E 3F .byte $3F 03169 0B5F 15 .byte $15 03170 0B60 3F .byte $3F 03171 0B61 3F .byte $3F 03172 0B62 3F .byte $3F 03173 0B63 15 .byte $15 03174 0B64 3F .byte $3F 03175 0B65 3F .byte $3F 03176 ! 647 }; 03177 0B66 3F .byte $3F 03178 !BCC_EOS 03179 ! 648 static Bit8u palette2[63+1][3]= 03180 ! 649 { 03181 00000B67 _palette2: 03182 ! 650 0x00,0x00,0x00, 0x00 03183 0B67 00 .byte 0 03184 0B68 00 .byte 0 03185 0B69 00 .byte 0 03186 ! 650 ,0x00,0x2a, 0x00,0x2a,0x00, 0x00,0x2a,0x2a, 0x2a,0x00,0x00, 0x2a,0x00,0x2a, 0x2a,0x2a,0x00, 0x2a,0x2a,0x2a, 03187 0B6A 00 .byte 0 03188 0B6B 00 .byte 0 03189 0B6C 2A .byte $2A 03190 0B6D 00 .byte 0 03191 0B6E 2A .byte $2A 03192 0B6F 00 .byte 0 03193 0B70 00 .byte 0 03194 0B71 2A .byte $2A 03195 0B72 2A .byte $2A 03196 0B73 2A .byte $2A 03197 0B74 00 .byte 0 03198 0B75 00 .byte 0 03199 0B76 2A .byte $2A 03200 0B77 00 .byte 0 03201 0B78 2A .byte $2A 03202 0B79 2A .byte $2A 03203 0B7A 2A .byte $2A 03204 0B7B 00 .byte 0 03205 0B7C 2A .byte $2A 03206 0B7D 2A .byte $2A 03207 0B7E 2A .byte $2A 03208 ! 651 0x00,0x00,0x15, 0x00,0x00,0x3f, 0x00,0x2a,0x15, 0x00,0x2a,0x3f, 0x2a,0x00,0x15, 0x2a,0x00,0x3f, 0x2a,0x2a,0x15, 0x2a,0x2a,0x3f, 03209 0B7F 00 .byte 0 03210 0B80 00 .byte 0 03211 0B81 15 .byte $15 03212 0B82 00 .byte 0 03213 0B83 00 .byte 0 03214 0B84 3F .byte $3F 03215 0B85 00 .byte 0 03216 0B86 2A .byte $2A 03217 0B87 15 .byte $15 03218 0B88 00 .byte 0 03219 0B89 2A .byte $2A 03220 0B8A 3F .byte $3F 03221 0B8B 2A .byte $2A 03222 0B8C 00 .byte 0 03223 0B8D 15 .byte $15 03224 0B8E 2A .byte $2A 03225 0B8F 00 .byte 0 03226 0B90 3F .byte $3F 03227 0B91 2A .byte $2A 03228 0B92 2A .byte $2A 03229 0B93 15 .byte $15 03230 0B94 2A .byte $2A 03231 0B95 2A .byte $2A 03232 0B96 3F .byte $3F 03233 ! 652 0x00,0x15,0x00, 0x00,0x15,0x2a, 0x00,0x3f,0x00, 0x00,0x3f,0x2a, 0x2a,0x15,0x00, 0x2a,0x15,0x2a, 0x2a,0x3f,0x00, 0x2a,0x3f,0x2a, 03234 0B97 00 .byte 0 03235 0B98 15 .byte $15 03236 0B99 00 .byte 0 03237 0B9A 00 .byte 0 03238 0B9B 15 .byte $15 03239 0B9C 2A .byte $2A 03240 0B9D 00 .byte 0 03241 0B9E 3F .byte $3F 03242 0B9F 00 .byte 0 03243 0BA0 00 .byte 0 03244 0BA1 3F .byte $3F 03245 0BA2 2A .byte $2A 03246 0BA3 2A .byte $2A 03247 0BA4 15 .byte $15 03248 0BA5 00 .byte 0 03249 0BA6 2A .byte $2A 03250 0BA7 15 .byte $15 03251 0BA8 2A .byte $2A 03252 0BA9 2A .byte $2A 03253 0BAA 3F .byte $3F 03254 0BAB 00 .byte 0 03255 0BAC 2A .byte $2A 03256 0BAD 3F .byte $3F 03257 0BAE 2A .byte $2A 03258 ! 653 0x00,0x15,0x15, 0x00,0x15,0x3f, 0x00,0x3f,0x15, 0x00,0x3f,0x3f, 0x2a,0x15,0x15, 0x2a,0x15,0x3f, 0x2a,0x3f,0x15, 0x2a,0x3f,0x3f, 03259 0BAF 00 .byte 0 03260 0BB0 15 .byte $15 03261 0BB1 15 .byte $15 03262 0BB2 00 .byte 0 03263 0BB3 15 .byte $15 03264 0BB4 3F .byte $3F 03265 0BB5 00 .byte 0 03266 0BB6 3F .byte $3F 03267 0BB7 15 .byte $15 03268 0BB8 00 .byte 0 03269 0BB9 3F .byte $3F 03270 0BBA 3F .byte $3F 03271 0BBB 2A .byte $2A 03272 0BBC 15 .byte $15 03273 0BBD 15 .byte $15 03274 0BBE 2A .byte $2A 03275 0BBF 15 .byte $15 03276 0BC0 3F .byte $3F 03277 0BC1 2A .byte $2A 03278 0BC2 3F .byte $3F 03279 0BC3 15 .byte $15 03280 0BC4 2A .byte $2A 03281 0BC5 3F .byte $3F 03282 0BC6 3F .byte $3F 03283 ! 654 0x15,0x00,0x00, 0x15,0x00,0x2a, 0x15,0x2a,0x00, 0x15,0x2a,0x2a, 0x3f,0x00,0x00, 0x3f,0x00,0x2a, 0x3f,0x2a,0x00, 0x3f,0x2a,0x2a, 03284 0BC7 15 .byte $15 03285 0BC8 00 .byte 0 03286 0BC9 00 .byte 0 03287 0BCA 15 .byte $15 03288 0BCB 00 .byte 0 03289 0BCC 2A .byte $2A 03290 0BCD 15 .byte $15 03291 0BCE 2A .byte $2A 03292 0BCF 00 .byte 0 03293 0BD0 15 .byte $15 03294 0BD1 2A .byte $2A 03295 0BD2 2A .byte $2A 03296 0BD3 3F .byte $3F 03297 0BD4 00 .byte 0 03298 0BD5 00 .byte 0 03299 0BD6 3F .byte $3F 03300 0BD7 00 .byte 0 03301 0BD8 2A .byte $2A 03302 0BD9 3F .byte $3F 03303 0BDA 2A .byte $2A 03304 0BDB 00 .byte 0 03305 0BDC 3F .byte $3F 03306 0BDD 2A .byte $2A 03307 0BDE 2A .byte $2A 03308 ! 655 0x15,0x00,0x15, 0x15,0x00,0x3f, 0x15,0x2a,0x15, 0x15,0x2a,0x3f, 0x3f,0x00,0x15, 0x3f,0x00,0x3f, 0x3f,0x2a,0x15, 0x3f,0x2a,0x3f, 03309 0BDF 15 .byte $15 03310 0BE0 00 .byte 0 03311 0BE1 15 .byte $15 03312 0BE2 15 .byte $15 03313 0BE3 00 .byte 0 03314 0BE4 3F .byte $3F 03315 0BE5 15 .byte $15 03316 0BE6 2A .byte $2A 03317 0BE7 15 .byte $15 03318 0BE8 15 .byte $15 03319 0BE9 2A .byte $2A 03320 0BEA 3F .byte $3F 03321 0BEB 3F .byte $3F 03322 0BEC 00 .byte 0 03323 0BED 15 .byte $15 03324 0BEE 3F .byte $3F 03325 0BEF 00 .byte 0 03326 0BF0 3F .byte $3F 03327 0BF1 3F .byte $3F 03328 0BF2 2A .byte $2A 03329 0BF3 15 .byte $15 03330 0BF4 3F .byte $3F 03331 0BF5 2A .byte $2A 03332 0BF6 3F .byte $3F 03333 ! 656 0x15,0x15,0x00, 0x15,0x15,0x2a, 0x15,0x3f,0x00, 0x15,0x3f,0x2a, 0x3f,0x15,0x00, 0x3f,0x15,0x2a, 0x3f,0x3f,0x00, 0x3f,0x3f,0x2a, 03334 0BF7 15 .byte $15 03335 0BF8 15 .byte $15 03336 0BF9 00 .byte 0 03337 0BFA 15 .byte $15 03338 0BFB 15 .byte $15 03339 0BFC 2A .byte $2A 03340 0BFD 15 .byte $15 03341 0BFE 3F .byte $3F 03342 0BFF 00 .byte 0 03343 0C00 15 .byte $15 03344 0C01 3F .byte $3F 03345 0C02 2A .byte $2A 03346 0C03 3F .byte $3F 03347 0C04 15 .byte $15 03348 0C05 00 .byte 0 03349 0C06 3F .byte $3F 03350 0C07 15 .byte $15 03351 0C08 2A .byte $2A 03352 0C09 3F .byte $3F 03353 0C0A 3F .byte $3F 03354 0C0B 00 .byte 0 03355 0C0C 3F .byte $3F 03356 0C0D 3F .byte $3F 03357 0C0E 2A .byte $2A 03358 ! 657 0x15,0x15,0x15, 0x15,0x15,0x3f, 0x15,0x3f,0x15, 0x15,0x3f,0x3f, 0x3f,0x15,0x15, 0x3f,0x15,0x3f, 0x3f,0x3f,0x15, 0x3f,0x3f,0x3f 03359 0C0F 15 .byte $15 03360 0C10 15 .byte $15 03361 0C11 15 .byte $15 03362 0C12 15 .byte $15 03363 0C13 15 .byte $15 03364 0C14 3F .byte $3F 03365 0C15 15 .byte $15 03366 0C16 3F .byte $3F 03367 0C17 15 .byte $15 03368 0C18 15 .byte $15 03369 0C19 3F .byte $3F 03370 0C1A 3F .byte $3F 03371 0C1B 3F .byte $3F 03372 0C1C 15 .byte $15 03373 0C1D 15 .byte $15 03374 0C1E 3F .byte $3F 03375 0C1F 15 .byte $15 03376 0C20 3F .byte $3F 03377 0C21 3F .byte $3F 03378 0C22 3F .byte $3F 03379 0C23 15 .byte $15 03380 0C24 3F .byte $3F 03381 0C25 3F .byte $3F 03382 ! 658 }; 03383 0C26 3F .byte $3F 03384 !BCC_EOS 03385 ! 659 static Bit8u palette3[256][3]= 03386 ! 660 { 03387 00000C27 _palette3: 03388 ! 661 0x00,0x00,0x00, 0x00,0x00,0x2a, 0x00,0x2a,0x00, 0x00,0x2a,0x2a, 0x2a,0x00,0x00, 0x2a,0x00,0x2a, 0x2a,0x15,0x00, 0x2a,0x2a,0x2a, 03389 0C27 00 .byte 0 03390 0C28 00 .byte 0 03391 0C29 00 .byte 0 03392 0C2A 00 .byte 0 03393 0C2B 00 .byte 0 03394 0C2C 2A .byte $2A 03395 0C2D 00 .byte 0 03396 0C2E 2A .byte $2A 03397 0C2F 00 .byte 0 03398 0C30 00 .byte 0 03399 0C31 2A .byte $2A 03400 0C32 2A .byte $2A 03401 0C33 2A .byte $2A 03402 0C34 00 .byte 0 03403 0C35 00 .byte 0 03404 0C36 2A .byte $2A 03405 0C37 00 .byte 0 03406 0C38 2A .byte $2A 03407 0C39 2A .byte $2A 03408 0C3A 15 .byte $15 03409 0C3B 00 .byte 0 03410 0C3C 2A .byte $2A 03411 0C3D 2A .byte $2A 03412 0C3E 2A .byte $2A 03413 ! 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692 0x00,0x00,0x00, 0x00,0x00,0x00, 0x00,0x00,0x00, 0x00,0x00,0x00, 0x00,0x00,0x00, 0x00,0x00,0x00, 0x00,0x00,0x00, 0x00,0x00,0x00 04166 0F0F 00 .byte 0 04167 0F10 00 .byte 0 04168 0F11 00 .byte 0 04169 0F12 00 .byte 0 04170 0F13 00 .byte 0 04171 0F14 00 .byte 0 04172 0F15 00 .byte 0 04173 0F16 00 .byte 0 04174 0F17 00 .byte 0 04175 0F18 00 .byte 0 04176 0F19 00 .byte 0 04177 0F1A 00 .byte 0 04178 0F1B 00 .byte 0 04179 0F1C 00 .byte 0 04180 0F1D 00 .byte 0 04181 0F1E 00 .byte 0 04182 0F1F 00 .byte 0 04183 0F20 00 .byte 0 04184 0F21 00 .byte 0 04185 0F22 00 .byte 0 04186 0F23 00 .byte 0 04187 0F24 00 .byte 0 04188 0F25 00 .byte 0 04189 ! 693 }; 04190 0F26 00 .byte 0 04191 !BCC_EOS 04192 ! 694 static Bit8u static_functionality[0x10]= 04193 ! 695 { 04194 00000F27 _static_functionality: 04195 ! 696 0xff, 04196 0F27 FF .byte $FF 04197 ! 697 0xe0, 04198 0F28 E0 .byte $E0 04199 ! 698 0x0f, 04200 0F29 0F .byte $F 04201 ! 699 0x00, 0x00, 0x00, 0x00, 04202 0F2A 00 .byte 0 04203 0F2B 00 .byte 0 04204 0F2C 00 .byte 0 04205 0F2D 00 .byte 0 04206 ! 700 0x07, 04207 0F2E 07 .byte 7 04208 ! 701 0x02, 04209 0F2F 02 .byte 2 04210 ! 702 0x08, 04211 0F30 08 .byte 8 04212 ! 703 0xe7, 04213 0F31 E7 .byte $E7 04214 ! 704 0x0c, 04215 0F32 0C .byte $C 04216 ! 705 0x00, 04217 0F33 00 .byte 0 04218 ! 706 0x00, 04219 0F34 00 .byte 0 04220 ! 707 0x00, 04221 0F35 00 .byte 0 04222 ! 708 0x00 04223 ! 709 }; 04224 0F36 00 .byte 0 04225 !BCC_EOS 04226 ! 710 static Bit8u vgafont8[256*8]= 04227 ! 711 { 04228 00000F37 _vgafont8: 04229 ! 712 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 04230 0F37 00 .byte 0 04231 0F38 00 .byte 0 04232 0F39 00 .byte 0 04233 0F3A 00 .byte 0 04234 0F3B 00 .byte 0 04235 0F3C 00 .byte 0 04236 0F3D 00 .byte 0 04237 0F3E 00 .byte 0 04238 ! 713 0x7e, 0x81, 0xa5, 0x81, 0xbd, 0x99, 0x81, 0x7e, 04239 0F3F 7E .byte $7E 04240 0F40 81 .byte $81 04241 0F41 A5 .byte $A5 04242 0F42 81 .byte $81 04243 0F43 BD .byte $BD 04244 0F44 99 .byte $99 04245 0F45 81 .byte $81 04246 0F46 7E .byte $7E 04247 ! 714 0x7e, 0xff, 0xdb, 0xff, 0xc3, 0xe7, 0xff, 0x7e, 04248 0F47 7E .byte $7E 04249 0F48 FF .byte $FF 04250 0F49 DB .byte $DB 04251 0F4A FF .byte $FF 04252 0F4B C3 .byte $C3 04253 0F4C E7 .byte $E7 04254 0F4D FF .byte $FF 04255 0F4E 7E .byte $7E 04256 ! 715 0x6c, 0xfe, 0xfe, 0xfe, 0x7c, 0x38, 0x10, 0x00, 04257 0F4F 6C .byte $6C 04258 0F50 FE .byte $FE 04259 0F51 FE .byte $FE 04260 0F52 FE .byte $FE 04261 0F53 7C .byte $7C 04262 0F54 38 .byte $38 04263 0F55 10 .byte $10 04264 0F56 00 .byte 0 04265 ! 716 0x10, 0x38, 0x7c, 0xfe, 0x7c, 0x38, 0x10, 0x00, 04266 0F57 10 .byte $10 04267 0F58 38 .byte $38 04268 0F59 7C .byte $7C 04269 0F5A FE .byte $FE 04270 0F5B 7C .byte $7C 04271 0F5C 38 .byte $38 04272 0F5D 10 .byte $10 04273 0F5E 00 .byte 0 04274 ! 717 0x38, 0x7c, 0x38, 0xfe, 0xfe, 0x7c, 0x38, 0x7c, 04275 0F5F 38 .byte $38 04276 0F60 7C .byte $7C 04277 0F61 38 .byte $38 04278 0F62 FE .byte $FE 04279 0F63 FE .byte $FE 04280 0F64 7C .byte $7C 04281 0F65 38 .byte $38 04282 0F66 7C .byte $7C 04283 ! 718 0x10, 0x10, 0x38, 0x7c, 0xfe, 0x7c, 0x38, 0x7c, 04284 0F67 10 .byte $10 04285 0F68 10 .byte $10 04286 0F69 38 .byte $38 04287 0F6A 7C .byte $7C 04288 0F6B FE .byte $FE 04289 0F6C 7C .byte $7C 04290 0F6D 38 .byte $38 04291 0F6E 7C .byte $7C 04292 ! 719 0x00, 0x00, 0x18, 0x3c, 0x3c, 0x18, 0x00, 0x00, 04293 0F6F 00 .byte 0 04294 0F70 00 .byte 0 04295 0F71 18 .byte $18 04296 0F72 3C .byte $3C 04297 0F73 3C .byte $3C 04298 0F74 18 .byte $18 04299 0F75 00 .byte 0 04300 0F76 00 .byte 0 04301 ! 720 0xff, 0xff, 0xe7, 0xc3, 0xc3, 0xe7, 0xff, 0xff, 04302 0F77 FF .byte $FF 04303 0F78 FF .byte $FF 04304 0F79 E7 .byte $E7 04305 0F7A C3 .byte $C3 04306 0F7B C3 .byte $C3 04307 0F7C E7 .byte $E7 04308 0F7D FF .byte $FF 04309 0F7E FF .byte $FF 04310 ! 721 0x00, 0x3c, 0x66, 0x42, 0x42, 0x66, 0x3c, 0x00, 04311 0F7F 00 .byte 0 04312 0F80 3C .byte $3C 04313 0F81 66 .byte $66 04314 0F82 42 .byte $42 04315 0F83 42 .byte $42 04316 0F84 66 .byte $66 04317 0F85 3C .byte $3C 04318 0F86 00 .byte 0 04319 ! 722 0xff, 0xc3, 0x99, 0xbd, 0xbd, 0x99, 0xc3, 0xff, 04320 0F87 FF .byte $FF 04321 0F88 C3 .byte $C3 04322 0F89 99 .byte $99 04323 0F8A BD .byte $BD 04324 0F8B BD .byte $BD 04325 0F8C 99 .byte $99 04326 0F8D C3 .byte $C3 04327 0F8E FF .byte $FF 04328 ! 723 0x0f, 0x07, 0x0f, 0x7d, 0xcc, 0xcc, 0xcc, 0x78, 04329 0F8F 0F .byte $F 04330 0F90 07 .byte 7 04331 0F91 0F .byte $F 04332 0F92 7D .byte $7D 04333 0F93 CC .byte $CC 04334 0F94 CC .byte $CC 04335 0F95 CC .byte $CC 04336 0F96 78 .byte $78 04337 ! 724 0x3c, 0x66, 0x66, 0x66, 0x3c, 0x18, 0x7e, 0x18, 04338 0F97 3C .byte $3C 04339 0F98 66 .byte $66 04340 0F99 66 .byte $66 04341 0F9A 66 .byte $66 04342 0F9B 3C .byte $3C 04343 0F9C 18 .byte $18 04344 0F9D 7E .byte $7E 04345 0F9E 18 .byte $18 04346 ! 725 0 04347 ! 725 x3f, 0x33, 0x3f, 0x30, 0x30, 0x70, 0xf0, 0xe0, 04348 0F9F 3F .byte $3F 04349 0FA0 33 .byte $33 04350 0FA1 3F .byte $3F 04351 0FA2 30 .byte $30 04352 0FA3 30 .byte $30 04353 0FA4 70 .byte $70 04354 0FA5 F0 .byte $F0 04355 0FA6 E0 .byte $E0 04356 ! 726 0x7f, 0x63, 0x7f, 0x63, 0x63, 0x67, 0xe6, 0xc0, 04357 0FA7 7F .byte $7F 04358 0FA8 63 .byte $63 04359 0FA9 7F .byte $7F 04360 0FAA 63 .byte $63 04361 0FAB 63 .byte $63 04362 0FAC 67 .byte $67 04363 0FAD E6 .byte $E6 04364 0FAE C0 .byte $C0 04365 ! 727 0x99, 0x5a, 0x3c, 0xe7, 0xe7, 0x3c, 0x5a, 0x99, 04366 0FAF 99 .byte $99 04367 0FB0 5A .byte $5A 04368 0FB1 3C .byte $3C 04369 0FB2 E7 .byte $E7 04370 0FB3 E7 .byte $E7 04371 0FB4 3C .byte $3C 04372 0FB5 5A .byte $5A 04373 0FB6 99 .byte $99 04374 ! 728 0x80, 0xe0, 0xf8, 0xfe, 0xf8, 0xe0, 0x80, 0x00, 04375 0FB7 80 .byte $80 04376 0FB8 E0 .byte $E0 04377 0FB9 F8 .byte $F8 04378 0FBA FE .byte $FE 04379 0FBB F8 .byte $F8 04380 0FBC E0 .byte $E0 04381 0FBD 80 .byte $80 04382 0FBE 00 .byte 0 04383 ! 729 0x02, 0x0e, 0x3e, 0xfe, 0x3e, 0x0e, 0x02, 0x00, 04384 0FBF 02 .byte 2 04385 0FC0 0E .byte $E 04386 0FC1 3E .byte $3E 04387 0FC2 FE .byte $FE 04388 0FC3 3E .byte $3E 04389 0FC4 0E .byte $E 04390 0FC5 02 .byte 2 04391 0FC6 00 .byte 0 04392 ! 730 0x18, 0x3c, 0x7e, 0x18, 0x18, 0x7e, 0x3c, 0x18, 04393 0FC7 18 .byte $18 04394 0FC8 3C .byte $3C 04395 0FC9 7E .byte $7E 04396 0FCA 18 .byte $18 04397 0FCB 18 .byte $18 04398 0FCC 7E .byte $7E 04399 0FCD 3C .byte $3C 04400 0FCE 18 .byte $18 04401 ! 731 0x66, 0x66, 0x66, 0x66, 0x66, 0x00, 0x66, 0x00, 04402 0FCF 66 .byte $66 04403 0FD0 66 .byte $66 04404 0FD1 66 .byte $66 04405 0FD2 66 .byte $66 04406 0FD3 66 .byte $66 04407 0FD4 00 .byte 0 04408 0FD5 66 .byte $66 04409 0FD6 00 .byte 0 04410 ! 732 0x7f, 0xdb, 0xdb, 0x7b, 0x1b, 0x1b, 0x1b, 0x00, 04411 0FD7 7F .byte $7F 04412 0FD8 DB .byte $DB 04413 0FD9 DB .byte $DB 04414 0FDA 7B .byte $7B 04415 0FDB 1B .byte $1B 04416 0FDC 1B .byte $1B 04417 0FDD 1B .byte $1B 04418 0FDE 00 .byte 0 04419 ! 733 0x3e, 0x63, 0x38, 0x6c, 0x6c, 0x38, 0xcc, 0x78, 04420 0FDF 3E .byte $3E 04421 0FE0 63 .byte $63 04422 0FE1 38 .byte $38 04423 0FE2 6C .byte $6C 04424 0FE3 6C .byte $6C 04425 0FE4 38 .byte $38 04426 0FE5 CC .byte $CC 04427 0FE6 78 .byte $78 04428 ! 734 0x00, 0x00, 0x00, 0x00, 0x7e, 0x7e, 0x7e, 0x00, 04429 0FE7 00 .byte 0 04430 0FE8 00 .byte 0 04431 0FE9 00 .byte 0 04432 0FEA 00 .byte 0 04433 0FEB 7E .byte $7E 04434 0FEC 7E .byte $7E 04435 0FED 7E .byte $7E 04436 0FEE 00 .byte 0 04437 ! 735 0x18, 0x3c, 0x7e, 0x18, 0x7e, 0x3c, 0x18, 0xff, 04438 0FEF 18 .byte $18 04439 0FF0 3C .byte $3C 04440 0FF1 7E .byte $7E 04441 0FF2 18 .byte $18 04442 0FF3 7E .byte $7E 04443 0FF4 3C .byte $3C 04444 0FF5 18 .byte $18 04445 0FF6 FF .byte $FF 04446 ! 736 0x18, 0x3c, 0x7e, 0x18, 0x18, 0x18, 0x18, 0x00, 04447 0FF7 18 .byte $18 04448 0FF8 3C .byte $3C 04449 0FF9 7E .byte $7E 04450 0FFA 18 .byte $18 04451 0FFB 18 .byte $18 04452 0FFC 18 .byte $18 04453 0FFD 18 .byte $18 04454 0FFE 00 .byte 0 04455 ! 737 0x18, 0x18, 0x18, 0x18, 0x7e, 0x3c, 0x18, 0x00, 04456 0FFF 18 .byte $18 04457 1000 18 .byte $18 04458 1001 18 .byte $18 04459 1002 18 .byte $18 04460 1003 7E .byte $7E 04461 1004 3C .byte $3C 04462 1005 18 .byte $18 04463 1006 00 .byte 0 04464 ! 738 0x00, 0x18, 0x0c, 0xfe, 0x0c, 0x18, 0x00, 0x00, 04465 1007 00 .byte 0 04466 1008 18 .byte $18 04467 1009 0C .byte $C 04468 100A FE .byte $FE 04469 100B 0C .byte $C 04470 100C 18 .byte $18 04471 100D 00 .byte 0 04472 100E 00 .byte 0 04473 ! 739 0x00, 0x30, 0x60, 0xfe, 0x60, 0x30, 0x00, 0x00, 04474 100F 00 .byte 0 04475 1010 30 .byte $30 04476 1011 60 .byte $60 04477 1012 FE .byte $FE 04478 1013 60 .byte $60 04479 1014 30 .byte $30 04480 1015 00 .byte 0 04481 1016 00 .byte 0 04482 ! 740 0x00, 0x00, 0xc0, 0xc0, 0xc0, 0xfe, 0x00, 0x00, 04483 1017 00 .byte 0 04484 1018 00 .byte 0 04485 1019 C0 .byte $C0 04486 101A C0 .byte $C0 04487 101B C0 .byte $C0 04488 101C FE .byte $FE 04489 101D 00 .byte 0 04490 101E 00 .byte 0 04491 ! 741 0x00, 0x24, 0x66, 0xff, 0x66, 0x24, 0x00, 0x00, 04492 101F 00 .byte 0 04493 1020 24 .byte $24 04494 1021 66 .byte $66 04495 1022 FF .byte $FF 04496 1023 66 .byte $66 04497 1024 24 .byte $24 04498 1025 00 .byte 0 04499 1026 00 .byte 0 04500 ! 742 0x00, 0x18, 0x3c, 0x7e, 0xff, 0xff, 0x00, 0x00, 04501 1027 00 .byte 0 04502 1028 18 .byte $18 04503 1029 3C .byte $3C 04504 102A 7E .byte $7E 04505 102B FF .byte $FF 04506 102C FF .byte $FF 04507 102D 00 .byte 0 04508 102E 00 .byte 0 04509 ! 743 0x00, 0xff, 0xff, 0x7e, 0x3c, 0x18, 0x00, 0x00, 04510 102F 00 .byte 0 04511 1030 FF .byte $FF 04512 1031 FF .byte $FF 04513 1032 7E .byte $7E 04514 1033 3C .byte $3C 04515 1034 18 .byte $18 04516 1035 00 .byte 0 04517 1036 00 .byte 0 04518 ! 744 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 04519 1037 00 .byte 0 04520 1038 00 .byte 0 04521 1039 00 .byte 0 04522 103A 00 .byte 0 04523 103B 00 .byte 0 04524 103C 00 .byte 0 04525 103D 00 .byte 0 04526 103E 00 .byte 0 04527 ! 745 0x30, 0x78, 0x78, 0x30, 0x30, 0x00, 0x30, 0x00, 04528 103F 30 .byte $30 04529 1040 78 .byte $78 04530 1041 78 .byte $78 04531 1042 30 .byte $30 04532 1043 30 .byte $30 04533 1044 00 .byte 0 04534 1045 30 .byte $30 04535 1046 00 .byte 0 04536 ! 746 0x6c, 0x6c, 0x6c, 0x00, 0x00, 0x00, 0x00, 0x00, 04537 1047 6C .byte $6C 04538 1048 6C .byte $6C 04539 1049 6C .byte $6C 04540 104A 00 .byte 0 04541 104B 00 .byte 0 04542 104C 00 .byte 0 04543 104D 00 .byte 0 04544 104E 00 .byte 0 04545 ! 747 0x6c, 0x6c, 0xfe, 0x6c, 0xfe, 0x6c, 0x6c, 0x00, 04546 104F 6C .byte $6C 04547 1050 6C .byte $6C 04548 1051 FE .byte $FE 04549 1052 6C .byte $6C 04550 1053 FE .byte $FE 04551 1054 6C .byte $6C 04552 1055 6C .byte $6C 04553 1056 00 .byte 0 04554 ! 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