interrup.n

中断列表(3) 423K

INT 31 - DOS32 v3.0+ - GET REAL MODE CALL BACK ADDRESS WITH RETF STACK FRAME
	AX = EE20h
	ESI = offset of the real mode call back function
Return: CF clear if successful
	    CX:DX = real mode address to call up to the protected mode
		  procedure
	CF set on error
SeeAlso: AX=EE00h,AX=EE02h,AX=EE21h
--------E-31EE21------------------------
INT 31 - DOS32 v3.0+ - GET REAL MODE CALL BACK ADDRESS WITH IRET STACK FRAME
	AX = EE21h
	ESI = offset of the real mode call back function
Return: CF clear if successful
	    CX:DX = real mode address to call up to the protected mode
		  procedure
	CF set on error
SeeAlso: AX=EE20h
--------E-31EE30------------------------
INT 31 - DOS32 v3.0+ - TERMINATE AND STAY RESIDENT
	AX = EE30h
SeeAlso: AX=EE21h,AX=EE40h,INT 21/AH=31h
--------E-31EE40------------------------
INT 31 - DOS32 v3.0+ - UNDO PREVIOUS MEMORY ALLOCATION or DMA BUFFER
	AX = EE40h
Return: CF clear if successful
	CF set on error
SeeAlso: AX=EE41h,AX=EE42h
--------E-31EE41------------------------
INT 31 - DOS32 v3.0+ - ALLOCATE 16KB DMA BLOCK
	AX = EE41h
Return: CF clear if successful
	    EBX -> 16KB DMA block (physical address)
	    EDX -> 16KB DMA block (offset address)
	CF set on error
SeeAlso: AX=EE40h,AX=EE42h
--------E-31EE42------------------------
INT 31 - DOS32 v3.0+ - ALLOCATE MEMORY BLOCK
	AX = EE42h
	EDX = size in bytes
Return: CF clear if successful
	    EAX = size in bytes
	    EDX -> memory block
	CF set on error
Note:	size is rounded off to the next 4KB boundary
SeeAlso: AX=EE40h,AX=EE41h
--------E-31FF00-----------------------------
INT 31 P - CauseWay - "Info" - GET SYSTEM SELECTORS/FLAGS
	AX = FF00h
Return: AX = selector for flag address space (base 00000000h, limit 4GB)
	BX = selector for current PSP segment (limit 0100h)
	(E)CX = size of DOS transfer buffer (max 64K)
	DX = real-mode segment address of DOS transfer buffer
	ES:(E)SI = protected-mode address of DOS transfer buffer
	EDI = system flags (see #03162)
Program: CauseWay is a 386 DOS extender by Michael Devore and John Wildsmith
	  for use with Watcom C++ or assembly language programs
Notes:	the entire transfer buffer can be addressed with a 16-bit offset in
	  protected mode
	CauseWay always maps selector 0040h to the BIOS data segment at
	  real-mode segment 0040h; when not running under a DPMI host, CauseWay
	  also provides selectors A000h, B000h, and B800h mapped to video
	  memory
SeeAlso: AX=FF25h

Bitfields for CauseWay system flags:
Bit(s)	Description	(Table 03162)
 0	32-bit code
 1	virtual memory manage enabled
 3-2	mode: 00 raw extended memory, 01 VCPI, 10 DPMI
 4	DPMI available
 5	VCPI available
 6	no memory managers
 7	application descriptor table type: 0 = GDT, 1 = LDT
 14-8	reserved
 15	debugging engine present
--------E-31FF01-----------------------------
INT 31 P - CauseWay - "IntXX" - SIMULATE REAL-MODE INTERRUPT
	AX = FF01h
	BL = interrupt number
	ES:(E)DI -> real-mode register list (see #03148 at AX=0300h)
Return: register list updated
Note:	CauseWay fills in the values for SS, SP, and FLAGS itself, and ignores
	  the values specified for CS and IP
SeeAlso: AX=0300h,AX=FF02h
--------E-31FF02-----------------------------
INT 31 P - CauseWay - "FarCallReal" - SIMULATE REAL-MODE FAR CALL
	AX = FF02h
	ES:(E)DI -> real-mode register list (see #03148 at AX=0300h)
Return: register list updated
SeeAlso: AX=0301h,AX=FF01h
--------E-31FF03-----------------------------
INT 31 P - CauseWay - "GetSel" - ALLOCATE NEW SELECTOR
	AX = FF03h
Return: CF clear if successful
	    BX = new selector
	CF set on error
Note:	the new selector is initialized with a base address of 000000h, a limit
	  of 0000h, and attributes read/write expand-up data
SeeAlso: AX=FF04h,AX=FF05h,AX=FF06h
--------E-31FF04-----------------------------
INT 31 P - CauseWay - "RelSel" - RELEASE A SELECTOR
	AX = FF04h
	BX = selector
Return: CF clear if successful
	CF set on error
SeeAlso: AX=FF03h,AX=FF06h
--------E-31FF05-----------------------------
INT 31 P - CauseWay - "CodeSel" - CONVERT SELECTOR TO EXECUTABLE CODE SELECTOR
	AX = FF05h
	BX = selector
	CL = default operation size (00h = 16-bit, 01h = 32-bit)
Return: CF clear if successful
	CF set on error
SeeAlso: AX=FF03h
--------E-31FF06-----------------------------
INT 31 P - CauseWay - "AliasSel" - CREATE READ/WRITE DATA ALIAS SELECTOR
	AX = FF06h
	BX = original selector
Return: CF clear if successful
	    AX = new data selector aliasing original selector
	CF set on error
SeeAlso: AX=FF03h,AX=FF04h
--------E-31FF07-----------------------------
INT 31 P - CauseWay - "GetSelDet" - GET SELECTOR BASE AND LIMIT
	AX = FF07h
	BX = selector
Return: CF clear if successful
	    CX:DX = base address
	    SI:DI = limit (bytes)
	CF set on error
SeeAlso: AX=FF08h,AX=FF09h
--------E-31FF08-----------------------------
INT 31 P - CauseWay - "GetSelDet32" - GET SELECTOR BASE AND LIMIT (32-bit)
	AX = FF08h
Return: CF clear if successful
	    EDX = base address
	    ECX = limit (bytes)
	CF set on error
SeeAlso: AX=FF07h,AX=FF0Ah
--------E-31FF09-----------------------------
INT 31 P - CauseWay - "SetSelDet" - SET SELECTOR BASE AND LIMIT
	AX = FF09h
	BX = selector
	CX:DX = new base address
	SI:DI = new byte-granular limit
Return: CF clear if successful
	CF set on error
SeeAlso: AX=FF07h,AX=FF0Ah
--------E-31FF0A-----------------------------
INT 31 P - CauseWay - "SetSelDet32" - SET SELECTOR BASE AND LIMIT (32-bit)
	AX = FF0Ah
	BX = selector
	EDX = new base address
	ECX = new byte-granular limit
Return: CF clear if successful
	CF set on error
SeeAlso: AX=FF08h,AX=FF09h
--------E-31FF0B-----------------------------
INT 31 P - CauseWay - "GetMem" - ALLOCATE BLOCK OF MEMORY
	AX = FF0Bh
	CX:DX = size in bytes (FFFFh:FFFFh to get size of largest available)
Return: CF clear if successful
	    BX = selector for accessing block if requested size not FFFFh:FFFFh
	    CX:DX = size of largest available block if requested FFFFh:FFFFh
	CF set on error
SeeAlso: AX=FF0Ch,AX=FF0Dh,AX=FF0Fh,AX=FF10h,AX=FF2Ch
--------E-31FF0C-----------------------------
INT 31 P - CauseWay - "GetMem32" - ALLOCATE BLOCK OF MEMORY (32-bit)
	AX = FF0Ch
	ECX = size in bytes (FFFFFFFFh to get size of largest available block)
Return: CF clear if successful
	    BX = selector for accessing block if requested size not FFFFh:FFFFh
	    ECX = size of largest available block if requested FFFFh:FFFFh
	CF set on error
SeeAlso: AX=FF0Bh,AX=FF0Eh,AX=FF0Fh,AX=FF11h
--------E-31FF0D-----------------------------
INT 31 P - CauseWay - "ResMem" - RESIZE MEMORY BLOCK
	AX = FF0Dh
	BX = selector for block to be resized
	CX:DX = new size in bytes
Return: CF clear if successful
	CF set on error
Note:	the memory block may have to be copied to another location in order
	  to satisfy the requested new size, in which case the base address
	  of the selector is updated
SeeAlso: AX=FF0Bh,AX=FF0Eh,AX=FF12h
--------E-31FF0E-----------------------------
INT 31 P - CauseWay - "ResMem32" - RESIZE MEMORY BLOCK (32-bit)
	AX = FF0Eh
	BX = selector for block to be resized
	ECX = new size in bytes
Return: CF clear if successful
	CF set on error
Note:	the memory block may have to be copied to another location in order
	  to satisfy the requested new size, in which case the base address
	  of the selector is updated
SeeAlso: AX=FF0Ch,AX=FF0Dh,AX=FF13h
--------E-31FF0F-----------------------------
INT 31 P - CauseWay - "RelMem" - RELEASE PREVIOUSLY ALLOCATED MEMORY
	AX = FF0Fh
	BX = selector for block to be released
Return: CF clear if successful
	CF set on error
SeeAlso: AX=FF0Bh,AX=FF0Ch,AX=FF14h
--------E-31FF10-----------------------------
INT 31 P - CauseWay - "GetMemLinear" - ALLOCATE MEMORY WITHOUT SELECTOR
	AX = FF10h
	CX:DX = size of block in bytes
Return: CF clear if successful
	    SI:DI = linear address of allocated block
	CF set on error
Note:	this function may return addresses above 16M
SeeAlso: AX=FF0Bh,AX=FF11h,AX=FF12h,AX=FF14h
--------E-31FF11-----------------------------
INT 31 P - CauseWay - "GetMemLinear32" - ALLOCATE MEMORY WITHOUT SELECTOR
	AX = FF11h
	ECX = size of block in bytes
Return: CF clear if successful
	    ESI = linear address of allocated block
	CF set on error
Note:	this function may return addresses above 16M
SeeAlso: AX=FF0Ch,AX=FF10h,AX=FF13h,AX=FF14h
--------E-31FF12-----------------------------
INT 31 P - CauseWay - "ResMemLinear" - RESIZE LINEAR MEMORY BLOCK
	AX = FF12h
	CX:DX = new size in bytes
	SI:DI = linear address of block to be resized
Return: CF clear if successful
	   SI:DI = new linear address of block
	CF set on error
SeeAlso: AX=FF0Dh,AX=FF10h,AX=FF13h
--------E-31FF13-----------------------------
INT 31 P - CauseWay - "ResMemLinear32" - RESIZE LINEAR MEMORY BLOCK (32-bit)
	AX = FF13h
	ECX = new size in bytes
	ESI = linear address of block to be resized
Return: CF clear if successful
	   ESI = new linear address of block
	CF set on error
SeeAlso: AX=FF0Eh,AX=FF11h,AX=FF12h
--------E-31FF14-----------------------------
INT 31 P - CauseWay - "RelMemLinear" - RELEASE LINEAR MEMORY BLOCK
	AX = FF14h
	SI:DI = linear address of block to be released
Return: CF clear if successful
	CF set on error
SeeAlso: AX=FF0Fh,AX=FF10h,AX=FF15h
--------E-31FF15-----------------------------
INT 31 P - CauseWay - "RelMemLinear32" - RELEASE LINEAR MEMORY BLOCK (32-bit)
	AX = FF15h
	ESI = linear address of block to be released
Return: CF clear if successful
	CF set on error
SeeAlso: AX=FF0Fh,AX=FF11h,AX=FF15h
--------E-31FF16-----------------------------
INT 31 P - CauseWay - "GetMemNear" - ALLOCATE APPLICATION-RELATIVE MEMORY
	AX = FF16h
	EBX = size in bytes of block to allocate
Return: CF clear if successful
	   ESI = application-relative linear address of allocated block
	CF set on error
SeeAlso: AX=FF17h,AX=FF18h,AX=FF19h
--------E-31FF17-----------------------------
INT 31 P - CauseWay - "ResMemNear" - RESIZE APPLICATION-RELATIVE MEMORY BLOCK
	AX = FF17h
	EBX = size in bytes of block to allocate
	ESI = application-relative linear address of block
Return: CF clear if successful
	    ESI = new application-relative linear address of block
	CF set on error
SeeAlso: AX=FF16h,AX=FF18h,AX=FF19h
--------E-31FF18-----------------------------
INT 31 P - CauseWay - "RelMemNear" - RELEASE APPLICATION-RELATIVE MEMORY BLOCK
	AX = FF18h
	ESI = application-relative linear address of block
Return: CF clear if successful
	CF set on error
SeeAlso: AX=FF16h,AX=FF17h,AX=FF19h
--------E-31FF19-----------------------------
INT 31 P - CauseWay - "Linear2Near" - CONVERT LINEAR TO APP-RELATIVE ADDRESS
	AX = FF19h
	ESI = linear address
Return: ESI = application-relative linear address
SeeAlso: AX=FF1Ah
--------E-31FF1A-----------------------------
INT 31 P - CauseWay - "Near2Linear" - CONVERT APP-RELATIVE TO LINEAR ADDRESS
	AX = FF1Ah
	ESI = application-relative linear address
Return: ESI = linear address
SeeAlso: AX=FF19h
--------E-31FF1B-----------------------------
INT 31 P - CauseWay - "LockMem" - LOCK REGION OF MEMORY
	AX = FF1Bh
	BX:CX = starting linear address
	SI:DI = size of region in bytes
Return: CF clear if successful
	CF set on error
Desc:	prevent memory from being swapped out by the virtual memory manager
Note:	locks are applied on 4K page boundaries, so memory above and below
	  the specified region may be locked as well
SeeAlso: AX=FF1Ch,AX=FF1Dh
--------E-31FF1C-----------------------------
INT 31 P - CauseWay - "LockMem32" - LOCK REGION OF MEMORY (32-bit)
	AX = FF1Ch
	ESI = starting linear address
	ECX = size of region in bytes
Return: CF clear if successful
	CF set on error
Desc:	prevent memory from being swapped out by the virtual memory manager
Note:	locks are applied on 4K page boundaries, so memory above and below
	  the specified region may be locked as well
SeeAlso: AX=FF1Bh,AX=FF1Eh,AX=FF1Fh
--------E-31FF1D-----------------------------
INT 31 P - CauseWay - "UnLockMem" - UNLOCK REGION OF MEMORY
	AX = FF1Dh
	BX:CX = starting linear address
	SI:DI = size of region in bytes
Return: CF clear