reactos/subsystems/mvdm/ntvdm/CMakeLists.txt

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PROJECT(NTVDM)
#####################################
# Generate the integrated COMMAND.COM
#
# Retrieve the full path to the generated file of the 'command' target
get_target_property(_command_com_file command LOCATION)
add_custom_command(
OUTPUT ${CMAKE_CURRENT_BINARY_DIR}/command_com.c ${CMAKE_CURRENT_BINARY_DIR}/command_com.h
COMMAND native-bin2c ${_command_com_file} ${CMAKE_CURRENT_BINARY_DIR}/command_com.c ${CMAKE_CURRENT_BINARY_DIR}/command_com.h BIN CommandCom
DEPENDS native-bin2c command ${_command_com_file})
#####################################
include_directories(${REACTOS_SOURCE_DIR}/sdk/include/reactos/libs/fast486)
spec2def(ntvdm.exe ntvdm.spec ADD_IMPORTLIB)
list(APPEND SOURCE
bios/bios32/bios32.c
bios/bios32/dskbios32.c
bios/bios32/kbdbios32.c
bios/bios32/moubios32.c
bios/bios32/vbe.c
bios/bios32/vidbios32.c
bios/bios.c
bios/kbdbios.c
bios/rom.c
[NTVDM] EMS: - Introduce (and use) helpers for checking validity of EMS handles. - Do not hardcode the EMS page frame segment, but instead allow it to be changed (for now, it is still set to a default value; in the future, via some configuration file or via the registry). This is done by acquiring a UMB block (see after). XMS: - Implement functions 0x01 "Request HMA" and 0x02 "Release HMA". - Fix the return value of functions 0x04 "Global disable A20" and 0x08 "Query free Extended Memory"; simplify code of function 0x0B "Move EMB". - Halfplement function 0x0F "Reallocate Extended Memory Block" in the simple case of size reduction (size expansion is left to the programmer as an exercise :PP ) - Rewrite the UMB provider support (functions 0x10, 0x11, 0x12) by calling the Upper Memory Area manager helpers (see after) (this is closer to reality: UMBs are either provided by XMS driver itself, or by an EMS driver which hooks into the XMS driver chain -- as it is done with MS' himem+EMM386; sometimes all that stuff is contained inside one driver only --) instead of calling back into DOS. This is the DOS which calls XMS for getting the UMB blocks and initializing them! (and not the other way around as it was done in r68001!). NTVDM: - Introduce an "Upper Memory Area manager" which maintains a list of areas of upper memory (>= A000:0000 and <= FFFF:000F) that can be used as RAM blocks. It is intended to work closely with the NTVDM memory manager and be used by XMS for getting possible free UMBs, and by VDDs for implementing the VDDInclude/ExcludeMem APIs (which adds/remove blocks in/from the UMB pool; those are unaccessible to DOS if those APIs are called after NTVDM have been started, but are accessible by XMS). DOS: - Add a helper function for detecting early DOS arena corruptions (for debugging purposes only). - Make the DOS memory manager really UMB-compatible. This means: * not hardcoding the start of the UMB chain; * getting all the available UMB blocks from XMS and initializing them, marking the reserved blocks as read-only (with a correct header; reserved blocks are eg. VGA memory area, ROM blocks...). There is room for improvements obviously (see the FIXMEs in the code). Used documentation is mentioned in comments in the code. This commit should fix quite some apps, as well as it fixes corruptions of loaded ROMs in upper memory: that's how I came into working on fixing the UMB support. In other words, during those two last weeks, I was like in: http://i.imgur.com/zoWpqEB.gifv CORE-9969 #resolve svn path=/trunk/; revision=68586
2015-08-01 17:07:07 +00:00
bios/umamgr.c
bios/vidbios.c
cpu/bop.c
cpu/callback.c
cpu/cpu.c
cpu/registers.c
hardware/cmos.c
hardware/disk.c
hardware/dma.c
hardware/keyboard.c
hardware/mouse.c
hardware/pic.c
hardware/pit.c
hardware/ppi.c
hardware/ps2.c
hardware/sound/speaker.c
hardware/video/svga.c
dos/dos32krnl/bios.c
dos/dos32krnl/condrv.c
dos/dos32krnl/country.c
dos/dos32krnl/device.c
dos/dos32krnl/dos.c
dos/dos32krnl/dosfiles.c
dos/dos32krnl/emsdrv.c
dos/dos32krnl/handle.c
dos/dos32krnl/himem.c
dos/dos32krnl/memory.c
dos/dos32krnl/process.c
dos/dem.c
[NTVDM] EMS: - Introduce (and use) helpers for checking validity of EMS handles. - Do not hardcode the EMS page frame segment, but instead allow it to be changed (for now, it is still set to a default value; in the future, via some configuration file or via the registry). This is done by acquiring a UMB block (see after). XMS: - Implement functions 0x01 "Request HMA" and 0x02 "Release HMA". - Fix the return value of functions 0x04 "Global disable A20" and 0x08 "Query free Extended Memory"; simplify code of function 0x0B "Move EMB". - Halfplement function 0x0F "Reallocate Extended Memory Block" in the simple case of size reduction (size expansion is left to the programmer as an exercise :PP ) - Rewrite the UMB provider support (functions 0x10, 0x11, 0x12) by calling the Upper Memory Area manager helpers (see after) (this is closer to reality: UMBs are either provided by XMS driver itself, or by an EMS driver which hooks into the XMS driver chain -- as it is done with MS' himem+EMM386; sometimes all that stuff is contained inside one driver only --) instead of calling back into DOS. This is the DOS which calls XMS for getting the UMB blocks and initializing them! (and not the other way around as it was done in r68001!). NTVDM: - Introduce an "Upper Memory Area manager" which maintains a list of areas of upper memory (>= A000:0000 and <= FFFF:000F) that can be used as RAM blocks. It is intended to work closely with the NTVDM memory manager and be used by XMS for getting possible free UMBs, and by VDDs for implementing the VDDInclude/ExcludeMem APIs (which adds/remove blocks in/from the UMB pool; those are unaccessible to DOS if those APIs are called after NTVDM have been started, but are accessible by XMS). DOS: - Add a helper function for detecting early DOS arena corruptions (for debugging purposes only). - Make the DOS memory manager really UMB-compatible. This means: * not hardcoding the start of the UMB chain; * getting all the available UMB blocks from XMS and initializing them, marking the reserved blocks as read-only (with a correct header; reserved blocks are eg. VGA memory area, ROM blocks...). There is room for improvements obviously (see the FIXMEs in the code). Used documentation is mentioned in comments in the code. This commit should fix quite some apps, as well as it fixes corruptions of loaded ROMs in upper memory: that's how I came into working on fixing the UMB support. In other words, during those two last weeks, I was like in: http://i.imgur.com/zoWpqEB.gifv CORE-9969 #resolve svn path=/trunk/; revision=68586
2015-08-01 17:07:07 +00:00
dos/mouse32.c
${CMAKE_CURRENT_BINARY_DIR}/command_com.c
clock.c
emulator.c
int32.c
io.c
memory.c
utils.c
vddsup.c
ntvdm.c
ntvdm.h)
file(GLOB ntvdm_rc_deps res/*.*)
add_rc_deps(ntvdm.rc ${ntvdm_rc_deps})
add_executable(ntvdm
${SOURCE}
ntvdm.rc
${CMAKE_CURRENT_BINARY_DIR}/ntvdm.def)
add_pch(ntvdm ntvdm.h SOURCE)
set_module_type(ntvdm win32cui UNICODE IMAGEBASE 0x0F000000)
target_link_libraries(ntvdm fast486 ${PSEH_LIB})
add_importlibs(ntvdm user32 gdi32 advapi32 comdlg32 msvcrt kernel32 ntdll)
add_cd_file(TARGET ntvdm DESTINATION reactos/system32 FOR all)