Turbo C Project File 
F:\BC3\INCLUDE;..\..\INCLUDE
F:\BC3\LIB
\LIB\MYLIB
;BETA
32767
~GREP
-n+ $MEM(64) $NOSWAP $PROMPT $CAP MSG(GREP2MSG)void *.c 
~Turbo Assembler
/MX /ZI /O $TASM
Turbo ~Debugger
$EXENAME
Turbo ~Profiler
tprof
$EXENAME
R~esource Compiler
~Import Librarian
IMPLIB
$IMPLIB
Move out all of the standard VGA mode information stuff and put it into
UniVBE. No vendor supplied BIOS supports these modes anyway, so we may
as well move it into the driver for VBE 2.0 compliance, since UniVBE will
be the only driver that will work today.
Build and automated installation program for the Makefile definitions,
PMODE library and SuperVGA Kit.
Move the vertical sync handling code into UniVBE anyway so that the
CRT address routines routines will work correctly, even for the Mach32,
MGA etc in native modes.
Move the palette programming code directly into the UniVBE. Use the
latest proposed VBE 2.0 palette programming interface in UniVBE to
handle this (damn, we need to finalise UniVBE/Pro 5.0 ASAP so that we
can start work on 5.1!).
PROFILE.C
\SRC\SVGAKIT\PROFILE.C
SVGAC.C
C\SVGAKIT\SVGAC.C
SVGA.ASM
\SVGAKIT\SVGA.ASM
TEST.ASM
H\SRC\SVGAKIT\TEST.ASM
FONT8X16.ASM
AKIT\FONT8X16.ASM
..\..\LIB\BC3\ZTIMER.LIB
..\..\LIB\BC3\PMODE.LIB
     
DrivDrives
VERSION.C
TEST.ASM
..\..\INCLUDE\ZTIMER.H
F:\BC3\INCLUDE\CONIO.H
PROFILE.C
FONT8X16.ASM
..\..\INCLUDE\MODEL.MAC
SVGA.ASM
VESAVBE.H
SVGAC.C
..\..\INCLUDE\DEBUG.H
..\..\INCLUDE\SVGA.H
..\..\INCLUDE\PMODE.H
F:\BC3\INCLUDE\DOS.H
F:\BC3\INCLUDE\STRING.H
F:\BC3\INCLUDE\STDLIB.H
F:\BC3\INCLUDE\_NULL.H
F:\BC3\INCLUDE\_NFILE.H
F:\BC3\INCLUDE\_DEFS.H
F:\BC3\INCLUDE\STDIO.H
~Turbo Assembler
/MX /ZI /m /i..\..\INCLUDE $TASM
~Turbo Assembler
/MX /ZI /m /i..\..\INCLUDE $TASM
~Turbo Assembler
/MX /ZI /m /i..\..\INCLUDE $TASM