Interrupt List, part 9 of 16
Original RBIL Copyright (c) 1989-1999,2000 Ralf Brown
Modifications Copyright (c) 2026 The List Project and its contributors
--------N-21F217SF33-------------------------
INT 21 - Novell NetWare - DELETE BINDERY OBJECT
	AX = F217h subfn 33h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet	(see #01923 at AH=E3h/SF=33h)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=33h,AX=F217h/SF=32h,AX=F217h/SF=34h
--------N-21F217SF34-------------------------
INT 21 - Novell NetWare - RENAME BINDERY OBJECT
	AX = F217h subfn 34h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet	(see #01924 at AH=E3h/SF=34h)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=34h,AX=F217h/SF=32h,AX=F217h/SF=33h
--------N-21F217SF35-------------------------
INT 21 - Novell NetWare - GET BINDERY OBJECT ID
	AX = F217h subfn 35h
	CX = length of request packet in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request packet (see #01925 at AH=E3h/SF=35h)
	ES:DI -> reply buffer (see #02184)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=35h,AX=F217h/SF=36h,AX=F217h/SF=45h

Format of NetWare "Get Bindery Object ID" reply packet:
Offset	Size	Description	(Table 02184)
 00h	DWORD	(big-endian) object ID
 04h	WORD	(big-endian) type of object
 06h 48 BYTEs	object name
SeeAlso: #01925 at AH=E3h/SF=35h
--------N-21F217SF36-------------------------
INT 21 - Novell NetWare - GET BINDERY OBJECT NAME
	AX = F217h subfn 36h
	CX = length of request packet in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request packet (see #01928 at AH=E3h/SF=36h)
	ES:DI -> reply buffer (see #02185)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=36h,AX=F217h/SF=35h,AX=F217h/SF=37h

Format of NetWare "Get Bindery Object Name" reply packet:
Offset	Size	Description	(Table 02185)
 00h	DWORD	(big-endian) object ID
 04h	WORD	(big-endian) type of object
 06h 48 BYTEs	object name
SeeAlso: #01928 at AH=E3h/SF=36h
--------N-21F217SF37-------------------------
INT 21 - Novell NetWare - SCAN BINDERY OBJECT
	AX = F217h subfn 37h
	CX = length of request packet in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request packet (see #01930 at AH=E3h/SF=37h)
	ES:DI -> reply buffer (see #02186)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=37h,AX=F217h/SF=3Ch

Format of NetWare "Scan Bindery Object" reply packet:
Offset	Size	Description	(Table 02186)
 00h
SeeAlso: #01930
--------N-21F217SF38-------------------------
INT 21 - Novell NetWare - CHANGE BINDERY OBJECT SECURITY
	AX = F217h subfn 38h
	CX = length of request packet in bytes
	DX = 0000h (no reply buffer)
	DS:SI -> request packet	(see #01932 at AH=E3h/SF=38h)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=38h,AX=F217h/SF=32h
--------N-21F217SF39-------------------------
INT 21 - Novell NetWare - CREATE PROPERTY
	AX = F217h subfn 39h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet	(see #01934 at AH=E3h/SF=39h)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=39h,AX=F217h/SF=3Ah
--------N-21F217SF3A-------------------------
INT 21 - Novell NetWare - DELETE PROPERTY
	AX = F217h subfn 3Ah
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet	(see #01936 at AH=E3h/SF=3Ah)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=3Ah,AX=F217h/SF=39h,AX=F217h/SF=3Bh
--------N-21F217SF3B-------------------------
INT 21 - Novell NetWare - CHANGE PROPERTY SECURITY
	AX = F217h subfn 3Bh
	CX = length of request packet in bytes
	DX = 0000h (no reply buffer)
	DS:SI -> request packet	(see #01938 at AH=E3h/SF=3Bh)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=3Bh
--------N-21F217SF3C-------------------------
INT 21 - Novell NetWare - SCAN PROPERTY
	AX = F217h subfn 3Ch
	CX = length of request packet in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request packet (see #01939 at AH=E3h/SF=3Ch)
	ES:DI -> reply buffer (see #02187)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=3Ch,AX=F217h/SF=39h,AX=F217h/SF=3Dh

Format of NetWare "Scan Property" reply packet:
Offset	Size	Description	(Table 02187)
 00h
SeeAlso: #01939
--------N-21F217SF3D-------------------------
INT 21 - Novell NetWare - READ PROPERTY VALUE
	AX = F217h subfn 3Dh
	CX = length of request packet in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request packet (see #01942 at AH=E3h/SF=3Dh)
	ES:DI -> reply buffer (see #02188)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=3Dh,AX=F217h/SF=39h,AX=F217h/SF=3Eh

Format of NetWare "Read Property Value" request packet:
Offset	Size	Description	(Table 02188)
 00h
SeeAlso: #01942
--------N-21F217SF3E-------------------------
INT 21 - Novell NetWare - WRITE PROPERTY VALUE
	AX = F217h subfn 3Eh
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet	(see #01944 at AH=E3h/SF=3Eh)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=3Eh,AX=F217h/SF=39h,AX=F217h/SF=3Dh
--------N-21F217SF3F-------------------------
INT 21 - Novell NetWare - VERIFY BINDERY OBJECT PASSWORD
	AX = F217h subfn 3Fh
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet	(see #01947 at AH=E3h/SF=3Fh)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=3Fh,AX=F217h/SF=40h
--------N-21F217SF40-------------------------
INT 21 - Novell NetWare - CHANGE BINDERY OBJECT PASSWORD
	AX = F217h subfn 40h
	CX = length of request packet in bytes
	DX = 0000h (no reply buffer)
	DS:SI -> request packet (see #01948 at AH=E3h/SF=40h)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=40h,AX=F217h/SF=3Fh
--------N-21F217SF41-------------------------
INT 21 - Novell NetWare v2.2+ - ADD OBJECT TO SET
	AX = F217h subfn 41h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet	(see #01951 at AH=E3h/SF=41h)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
Desc:	add a member to an object's group property
SeeAlso: AH=F2h"Novell",AH=E3h/SF=41h,AX=F217h/SF=42h,AX=F217h/SF=43h
--------N-21F217SF42-------------------------
INT 21 - Novell NetWare - DELETE BINDERY OBJECT FROM SET
	AX = F217h subfn 42h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet	(see #01952 at AH=E3h/SF=42h)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=42h,AX=F217h/SF=41h,AX=F217h/SF=43h
--------N-21F217SF43-------------------------
INT 21 - Novell NetWare - IS BINDERY OBJECT IN SET?
	AX = F217h subfn 43h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #01954 at AH=E3h/SF=43h)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=43h,AX=F217h/SF=41h,AX=F217h/SF=42h
--------N-21F217SF44-------------------------
INT 21 - Novell NetWare - CLOSE BINDERY
	AX = F217h subfn 44h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet	(see #01955 at AH=E3h/SF=44h)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=44h,AX=F217h/SF=45h
--------N-21F217SF45-------------------------
INT 21 - Novell NetWare - OPEN BINDERY
	AX = F217h subfn 45h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet	(see #01956 at AH=E3h/SF=45h)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=45h,AX=F217h/SF=44h
--------N-21F217SF46-------------------------
INT 21 - Novell NetWare - GET BINDERY ACCESS LEVEL
	AX = F217h subfn 46h
	CX = length of request packet in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request packet (see #01957 at AH=E3h/SF=46h)
	ES:DI -> reply buffer (see #02189)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=46h,AX=F217h/SF=45h

Format of NetWare "Get Bindery Access Level" reply packet:
Offset	Size	Description	(Table 02189)
 00h	BYTE	security levels
 01h	DWORD	(big-endian) object ID
SeeAlso: #01957,#01958 at AH=E3h/SF=46h
--------N-21F217SF47-------------------------
INT 21 - Novell NetWare - SCAN BINDERY OBJECT TRUSTEE PATHS
	AX = F217h subfn 47h
	CX = length of request packet in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request packet (see #01959 at AH=E3h/SF=47h)
	ES:DI -> reply buffer (see #02190)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=47h,AX=F216h/SF=0Ch,AX=F217h/SF=48h

Format of NetWare "Scan Bindery Object Trustee Paths" reply packet:
Offset	Size	Description	(Table 02190)
 00h	WORD	(big-endian) next sequence number
 02h	DWORD	(big-endian) object ID
 06h	BYTE	trustee directory rights (see #01849 at AH=E2h/SF=03h)
 07h	BYTE	length of trustee path
 08h  N BYTEs	trustee path
SeeAlso: #01959,#01960 at AH=E3h/SF=47h
--------N-21F217SF48-------------------------
INT 21 - Novell NetWare - GET BINDERY OBJECT ACCESS LEVEL
	AX = F217h subfn 48h
	CX = length of request packet in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request packet (see #02191)
	ES:DI -> reply buffer (see #02192)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F217h/SF=45h,AX=F217h/SF=46h

Format of NetWare "Get Bindery Object Access Level" request packet:
Offset	Size	Description	(Table 02191)
 00h	WORD	length of following data (max ABh)
 02h	BYTE	48h (subfunction "Get Bindery Object Access Level")
 03h	DWORD	object ID
SeeAlso: #02192

Format of NetWare "Get Bindery Object Access Level" reply packet:
Offset	Size	Description	(Table 02192)
 00h	BYTE	object access level
SeeAlso: #02191
--------N-21F217SF49-------------------------
INT 21 - Novell NetWare - IS STATION A MANAGER?
	AX = F217h subfn 49h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02193)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F217h/SF=43h

Format of NetWare "Is Station A Manager?" request packet:
Offset	Size	Description	(Table 02193)
 00h	WORD	length of following data
 02h	BYTE	49h (subfunction "Is Station A Manager?")
 03h	DWORD	object ID
--------N-21F217SF4A-------------------------
INT 21 - Novell NetWare - KEYED VERIFY BINDERY OBJECT PASSWORD
	AX = F217h subfn 4Ah
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02194)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F217h/SF=4Bh

Format of NetWare "Keyed Verify Bindery Object Password" request packet:
Offset	Size	Description	(Table 02194)
 00h	WORD	length of following data
 02h	BYTE	4Ah (subfunction "Keyed Verify Bindery Object Password")
 03h  8 BYTEs	key
 0Bh	WORD	type
 0Dh	BYTE	length of object's name
 0Eh  N BYTEs	object name
SeeAlso: #02195
--------N-21F217SF4B-------------------------
INT 21 - Novell NetWare - KEYED CHANGE BINDERY OBJECT PASSWORD
	AX = F217h subfn 4Bh
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02195)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F217h/SF=4Ah

Format of NetWare "Keyed Change Bindery Object Password" request packet:
Offset	Size	Description	(Table 02195)
 00h	WORD	length of following data
 02h	BYTE	4Bh (subfunction "Keyed Change Bindery Object Password")
 03h  8 BYTEs	key
 0Bh	WORD	type
 0Dh	BYTE	length of object name
 0Eh  N BYTEs	object name
	BYTE	length of new password
      N BYTEs	new password
SeeAlso: #01948
--------N-21F217SF4C-------------------------
INT 21 - Novell NetWare - LIST RELATIONS OF AN OBJECT
	AX = F217h subfn 4Ch
	CX = length of request packet in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request packet (see #02196)
	ES:DI -> reply buffer (see #02197)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F217h/SF=39h

Format of NetWare "List Relations Of An Object" request packet:
Offset	Size	Description	(Table 02196)
 00h	WORD	length of following data
 02h	BYTE	4Ch (subfunction "List Relations Of An Object")
 03h	DWORD	last bindery ID seen (set to FFFFFFFFh on first call)
 07h	WORD	object type
 09h	BYTE	length of object's name
 0Ah  N BYTEs	object's name
	BYTE	length of property name
      N BYTEs	property name
SeeAlso: #02197

Format of NetWare "List Relations Of An Object" reply packet:
Offset	Size	Description	(Table 02197)
 00h	WORD	number of relations returned
 02h	var	relations
SeeAlso: #02196
--------N-21F217SF64-------------------------
INT 21 - Novell NetWare v2.1+ - CREATE QUEUE
	AX = F217h subfn 64h
	CX = length of request packet in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request packet (see #01962 at AH=E3h/SF=64h)
	ES:DI -> reply buffer (see #02198)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=64h,AX=F217h/SF=65h,AX=F217h/SF=66h

Format of NetWare "Create Queue" reply packet:
Offset	Size	Description	(Table 02198)
 00h	DWORD	(big-endian) object ID of queue
SeeAlso: #01962,#01963
--------N-21F217SF65-------------------------
INT 21 - Novell NetWare v2.1+ - DESTROY QUEUE
	AX = F217h subfn 65h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #01964 at AH=E3h/SF=65h)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=65h,AX=F217h/SF=64h,AX=F217h/SF=66h
--------N-21F217SF66-------------------------
INT 21 - Novell NetWare v2.1+ - READ QUEUE CURRENT STATUS (OLD)
	AX = F217h subfn 66h
	CX = length of request packet in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request packet (see #01965 at AH=E3h/SF=64h)
	ES:DI -> reply buffer (see #02199)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=66h,AX=F217h/SF=64h,AX=F217h/SF=67h

Format of NetWare "Read Queue Current Status (Old)" reply packet:
Offset	Size	Description	(Table 02199)
 00h	DWORD	(big-endian) object ID of queue
 04h	BYTE	status of queue (see #01967)
 05h	BYTE	number of jobs in queue (00h-FAh)
 06h	BYTE	number of servers attached to queue (00h-19h)
 07h 25 DWORDs	list of object IDs of attached servers
 6Bh 25 BYTEs	list of attached servers' stations
 84h	BYTE	(call) maximum number of servers to return
SeeAlso: #01965,#01966 at AH=E3h/SF=66h
--------N-21F217SF67-------------------------
INT 21 - Novell NetWare v2.1+ - SET QUEUE CURRENT STATUS (OLD)
	AX = F217h subfn 67h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #01968 at AH=E3h/SF=67h)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=67h,AX=F217h/SF=66h,AX=F217h/SF=68h
--------N-21F217SF68-------------------------
INT 21 - Novell NetWare v2.1+ - CREATE QUEUE JOB AND FILE (OLD)
	AX = F217h subfn 68h
	CX = length of request packet in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request packet (see #01970 at AH=E3h/SF=68h)
	ES:DI -> reply buffer (see #02200)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=68h,AX=F217h/SF=67h,AX=F217h/SF=69h

Format of NetWare "Create Queue Job And File (Old)" reply packet:
Offset	Size	Description	(Table 02200)
 00h	BYTE	client station
 01h	BYTE	client task number
 02h	DWORD	(big-endian) object ID of client
 06h	DWORD	(big-endian) object ID of target server
 0Ah  6 BYTEs	target execution time (year,month,day,hour,minute,second)
 10h  6 BYTEs	job entry time (year,month,day,hour,minute,second)
 16h	WORD	(big-endian) job number
 18h	WORD	(big-endian) job type
 1Ah	BYTE	job position
 1Bh	BYTE	job control flags (see #01980)
 1Ch 14 BYTEs	ASCIZ job file name
 2Ah  6 BYTEs	job file handle
 30h	BYTE	server station
 31h	BYTE	server task number
 32h	DWORD	(big-endian) object ID of server or 00000000h
SeeAlso: #01970,#01972
--------N-21F217SF69-------------------------
INT 21 - Novell NetWare v2.1+ - CLOSE FILE AND START QUEUE JOB (OLD)
	AX = F217h subfn 69h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #01973 at AH=E3h/SF=69h)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=69h,AX=F217h/SF=6Ah,AX=F217h/SF=7Fh
--------N-21F217SF6A-------------------------
INT 21 - Novell NetWare v2.1+ - REMOVE JOB FROM QUEUE (OLD)
	AX = F217h subfn 6Ah
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #01975 at AH=E3h/SF=6Ah)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=6Ah,AX=F217h/SF=68h,AX=F217h/SF=69h
--------N-21F217SF6B-------------------------
INT 21 - Novell NetWare v2.1+ - GET QUEUE JOB LIST (OLD)
	AX = F217h subfn 6Bh
	CX = length of request packet in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request packet (see #01976 at AH=E3h/SF=6Bh)
	ES:DI -> reply buffer (see #02201)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=6Bh,AX=F217h/SF=6Ah,AX=F217h/SF=6Ch
SeeAlso: AX=F217h/SF=81h

Format of NetWare "Get Queue Job List (old)" reply packet:
Offset	Size	Description	(Table 02201)
 00h	WORD	(big-endian) job count
 02h  N WORDs	(big-endian) list of job numbers by position in queue
SeeAlso: #01976,#01977 at AH=E3h/SF=6Bh
--------N-21F217SF6C-------------------------
INT 21 - Novell NetWare v2.1+ - READ QUEUE JOB ENTRY (OLD)
	AX = F217h subfn 6Ch
	CX = length of request packet in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request packet (see #01978 at AH=E3h/SF=6Ch)
	ES:DI -> reply buffer (see #02202)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=6Ch,AX=F217h/SF=6Bh,AX=F217h/SF=6Dh

Format of NetWare "Read Queue Job Entry (old)" reply packet:
Offset	Size	Description	(Table 02202)
 00h	BYTE	client station number
 01h	BYTE	client task number
 02h	DWORD	object ID of client
 06h	DWORD	(big-endian) object ID of target server
		FFFFFFFFh if any server acceptable
 0Ah  6 BYTEs	target execution time (year,month,day,hour,minute,second)
		FFFFFFFFFFFFh if serviced as soon as possible
 10h  6 BYTEs	job entry time (year,month,day,hour,minute,second)
 16h	WORD	(big-endian) job number
 18h	WORD	(big-endian) job type
 1Ah	BYTE	job position
 1Bh	BYTE	job control flags (see #01980)
 1Ch 14 BYTEs	ASCIZ job filename
 2Ah  6 BYTEs	job file handle
 30h	BYTE	server station
 31h	BYTE	server task number
 32h	DWORD	object ID of server
 36h 50 BYTEs	ASCIZ job description string
 68h 152 BYTEs	client record area
SeeAlso: #01978,#01979
--------N-21F217SF6D-------------------------
INT 21 - Novell NetWare v2.1+ - CHANGE QUEUE JOB ENTRY (OLD)
	AX = F217h subfn 6Dh
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #01981 at AH=E3h/SF=6Dh)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F217h/SF=7Bh,AH=E3h/SF=6Dh,AX=F217h/SF=6Ch
--------N-21F217SF6E-------------------------
INT 21 - Novell NetWare v2.1+ - CHANGE QUEUE JOB POSITION
	AX = F217h subfn 6Eh
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #01982 at AH=E3h/SF=6Eh)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AX=F217h/SF=6Dh,AH=E3h/SF=6Eh
--------N-21F217SF6F-------------------------
INT 21 - Novell NetWare v2.1+ - ATTACH QUEUE SERVER TO QUEUE
	AX = F217h subfn 6Fh
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #01984 at AH=E3h/SF=6Fh)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=6Fh,AX=F217h/SF=D2h
--------N-21F217SF70-------------------------
INT 21 - Novell NetWare v2.1+ - DETACH QUEUE SERVER FROM QUEUE
	AX = F217h subfn 70h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #01985 at AH=E3h/SF=70h)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=70h,AX=F217h/SF=6Fh
--------N-21F217SF71-------------------------
INT 21 - Novell NetWare v2.1+ - SERVICE QUEUE JOB AND OPEN FILE
	AX = F217h subfn 71h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #01986 at AH=E3h/SF=71h)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
Notes:	the caller must be on a workstation which is security-equivalent to a
	  member of the queue's Q_USERS, Q_OPERATORS, or Q_SERVERS properties
SeeAlso: AH=E3h/SF=71h,AX=F217h/SF=70h,AX=F217h/SF=72h
--------N-21F217SF72-------------------------
INT 21 - Novell NetWare v2.1+ - FINISH SERVICING QUEUE JOB (OLD)
	AX = F217h subfn 72h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #01987 at AH=E3h/SF=72h)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=72h,AX=F217h/SF=71h,AX=F217h/SF=73h
SeeAlso: AX=F217h/SF=83h
--------N-21F217SF73-------------------------
INT 21 - Novell NetWare v2.1+ - ABORT SERVICING QUEUE JOB (OLD)
	AX = F217h subfn 73h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #01988 at AH=E3h/SF=73h)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=73h,AX=F217h/SF=72h,AX=F217h/SF=84h
--------N-21F217SF74-------------------------
INT 21 - Novell NetWare v2.1+ - CHANGE TO CLIENT RIGHTS (OLD)
	AX = F217h subfn 74h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #01990 at AH=E3h/SF=74h)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
Desc:	temporarily assume the login identity of the client submitting the
	  job being serviced
SeeAlso: AH=F2h"NetWare",AH=E3h/SF=74h,AX=F217h/SF=85h
--------N-21F217SF75-------------------------
INT 21 - Novell NetWare v2.1+ - RESTORE QUEUE SERVER RIGHTS
	AX = F217h subfn 75h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #01991 at AH=E3h/SF=75h)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=75h,AX=F217h/SF=74h
--------N-21F217SF76-------------------------
INT 21 - Novell NetWare - READ QUEUE SERVER CURRENT STATUS (OLD)
	AX = F217h subfn 76h
	CX = length of request packet in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request packet (see #01992 at AH=E3h/SF=76h)
	ES:DI -> reply buffer (see #02203)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=76h,AX=F217h/SF=74h,AX=F217h/SF=77h

Format of NetWare "Read Queue Server Current Status (old)" reply packet:
Offset	Size	Description	(Table 02203)
 00h 64 BYTEs	server status record (format depends on server)
		first four bytes should contain estimated "price" for an
		  average job
SeeAlso: #01992,#01993 at AH=E3h/SF=76h
--------N-21F217SF77-------------------------
INT 21 - Novell NetWare - SET QUEUE SERVER CURRENT STATUS
	AX = F217h subfn 77h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #01994 at AH=E3h/SF=77h)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=77h,AX=F217h/SF=76h
--------N-21F217SF78-------------------------
INT 21 - Novell NetWare - GET QUEUE JOB FILE SIZE (OLD)
	AX = F217h subfn 78h
	CX = length of request packet in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request packet (see #01996 at AH=E3h/SF=78h)
	ES:DI -> reply buffer (see #02204)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=78h,AX=F217h/SF=71h,AX=F217h/SF=79h

Format of NetWare "Get Queue Job File Size (old)" reply packet:
Offset	Size	Description	(Table 02204)
 00h	DWORD	(big-endian) object ID of queue
 04h	WORD	(big-endian) job number
 06h	DWORD	(big-endian) size of job file in bytes
SeeAlso: #01996,#01997 at AH=E3h/SF=78h
--------N-21F217SF79-------------------------
INT 21 - Novell NetWare - CREATE QUEUE JOB AND FILE
	AX = F217h subfn 79h
	CX = length of request packet in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request packet (see #02205)
	ES:DI -> reply buffer (see #02206)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F217h/SF=7Ah,AX=F217h/SF=7Bh

Format of NetWare "Create Queue Job And File" request packet:
Offset	Size	Description	(Table 02205)
 00h	WORD	length of following data
 02h	BYTE	79h (subfunction "Create Queue Job And File")
 03h	DWORD	queue ID
 07h 280 BYTEs	queue job structure (see #02210)
SeeAlso: #02206,#02207,#02209

Format of NetWare "Create Queue Job And File" reply packet:
Offset	Size	Description	(Table 02206)
 00h 10 BYTEs	reserved for future use
 0Ah	DWORD	client station
 0Eh	DWORD	client task
 12h	DWORD	client ID
 16h	DWORD	target server ID
 1Ah  6 BYTEs	target execution time year,month,day,hour,minute,second
		(FFFFFFFFFFFFh = first opportunity)
 20h  6 BYTEs	job entry time
		(set by queue manager)
 26h	DWORD	job number (1-999) assigned by queue manager
 2Ah	WORD	job type
 2Ch	WORD	position of job in queue (0001h = first, etc.)
 2Eh	WORD	job control flags (see #01980 at AH=E3h/SF=6Ch)
 30h 14 BYTEs	ASCIZ job file name
 3Eh	DWORD	job file handle	(set by queue manager)
 42h	DWORD	server station (set by queue manager)
 46h	DWORD	server task number (set by queue manager)
 4Ah	DWORD	server object ID (set by queue manager)
SeeAlso: #02205,#02210
--------N-21F217SF7A-------------------------
INT 21 - Novell NetWare - READ QUEUE JOB ENTRY
	AX = F217h subfn 7Ah
	CX = length of request packet in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request packet (see #02207)
	ES:DI -> reply buffer (see #02208)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F217h/SF=79h,AX=F217h/SF=7Bh

Format of NetWare "Read Queue Job Entry" request packet:
Offset	Size	Description	(Table 02207)
 00h	WORD	length of following data
 02h	BYTE	7Ah (subfunction "Read Queue Job Entry")
 03h	DWORD	queue ID
 07h	DWORD	job entry number
SeeAlso: #02208,#02205,#02209

Format of NetWare "Read Queue Job Entry" reply packet:
Offset	Size	Description	(Table 02208)
 00h 280 BYTEs	job structure (see #02210)
SeeAlso: #02207
--------N-21F217SF7B-------------------------
INT 21 - Novell NetWare v2.1+ - CHANGE QUEUE JOB ENTRY
	AX = F217h subfn 7Bh
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02209)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F217h/SF=6Dh,AX=F217h/SF=79h,AX=F217h/SF=7Dh

Format of NetWare "Change Queue Job Entry" request packet:
Offset	Size	Description	(Table 02209)
 00h	WORD	length of following data
 02h	BYTE	7Bh (subfunction "Change Queue Job Entry")
 03h	DWORD	queue ID
 07h 280 BYTEs	job structure (see #02210)
SeeAlso: #02205,#02207

Format of NetWare v3.11+ job structure:
Offset	Size	Description	(Table 02210)
 00h	WORD	record-in-use flag
 02h	DWORD	-> previous record
 06h	DWORD	-> next record
 0Ah	DWORD	client station connection number
 0Eh	DWORD	client task number
		(set by queue manager)
 12h	DWORD	client object ID
 16h	DWORD	target server object ID
 1Ah  6 BYTEs	target execution time year,month,day,hour,minute,second
		(FFFFFFFFFFFFh = first opportunity)
 20h  6 BYTEs	job entry time
		(set by queue manager)
 26h	DWORD	job number (1-999) assigned by queue manager
 2Ah	WORD	job type
 2Ch	WORD	position of job in queue (0001h = first, etc.)
 2Eh	WORD	job control flags (see #01980 at AH=E3h/SF=6Ch)
 30h 14 BYTEs	ASCIZ job file name
 3Eh	DWORD	job file handle	(set by queue manager)
 42h	DWORD	server station (set by queue manager)
 46h	DWORD	server task number (set by queue manager)
 4Ah	DWORD	server object ID (set by queue manager)
 4Eh 50 BYTEs	ASCIZ job description string
 80h 152 BYTEs	client record area
SeeAlso: #02209,#01971
--------N-21F217SF7D-------------------------
INT 21 - Novell NetWare - READ QUEUE CURRENT STATUS
	AX = F217h subfn 7Dh
	CX = length of request packet in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request packet (see #02211)
	ES:DI -> reply buffer (see #02212)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F217h/SF=66h,AX=F217h/SF=79h,AX=F217h/SF=7Bh
SeeAlso: AX=F217h/SF=7Eh

Format of NetWare "Read Queue Current Status" request packet:
Offset	Size	Description	(Table 02211)
 00h	WORD	length of following data
 02h	BYTE	7Dh (subfunction "Read Queue Current Status")
 03h	DWORD	(big-endian) object ID of queue
SeeAlso: #02212,#02213

Format of NetWare "Read Queue Current Status" reply packet:
Offset	Size	Description	(Table 02212)
 00h	DWORD	queue ID
 04h	DWORD	queue status
		bit 0: no more jobs can be added
		bit 1: no more queue servers can be attached
		bit 2: attached queu servers can not service queue jobs
 08h	DWORD	current number of jobs in queue
 0Ch	DWORD	number of servers attached to queue
 10h  N DWORDs	attached server IDs
SeeAlso: #02211,#01966 at AH=E3h/SF=66h
--------N-21F217SF7E-------------------------
INT 21 - Novell NetWare - SET QUEUE CURRENT STATUS
	AX = F217h subfn 7Eh
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02213)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F217h/SF=7Dh

Format of NetWare "Set Queue Current Status" request packet:
Offset	Size	Description	(Table 02213)
 00h	WORD	length of following data
 02h	BYTE	7Eh (subfunction "Set Queue Current Status")
 03h	DWORD	queue ID
 07h	DWORD	queue status
		bit 0: no more jobs can be added
		bit 1: no more queue servers can be attached
		bit 2: attached queu servers can not service queue jobs
SeeAlso: #02211
--------N-21F217SF7F-------------------------
INT 21 - Novell NetWare - CLOSE FILE AND START QUEUE JOB
	AX = F217h subfn 7Fh
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02214)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F217h/SF=69h,AX=F217h/SF=80h,AX=F217h/SF=81h

Format of NetWare "Close File And Start Queue Job" request packet:
Offset	Size	Description	(Table 02214)
 00h	WORD	length of following data
 02h	BYTE	7Fh (subfunction "Close File And Start Queue Job")
 03h	DWORD	queue ID
 07h	DWORD	job number
--------N-21F217SF80-------------------------
INT 21 - Novell NetWare - REMOVE JOB FROM QUEUE
	AX = F217h subfn 80h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02215)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F217h/SF=6Ah,AX=F217h/SF=7Fh

Format of NetWare "Remove Job From Queue" request packet:
Offset	Size	Description	(Table 02215)
 00h	WORD	length of following data
 02h	BYTE	80h (subfunction "Remove Job From Queue")
 03h	DWORD	queue ID
 07h	DWORD	job number (returned when job was added to queue)
--------N-21F217SF81-------------------------
INT 21 - Novell NetWare - GET QUEUE JOB LIST
	AX = F217h subfn 81h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02216)
	ES:DI -> reply buffer (see #02217)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F217h/SF=6Bh

Format of NetWare "Get Queue Job List" request packet:
Offset	Size	Description	(Table 02216)
 00h	WORD	length of following data
 02h	BYTE	81h (subfunction "Get Queue Job List")
 03h	DWORD	queue ID
 07h	DWORD	address of next job in queue
SeeAlso: #02217

Format of NetWare "Get Queue Job List" reply packet:
Offset	Size	Description	(Table 02217)
 00h	DWORD	total jobs in queue
 04h	DWORD	length of job number list (max 125)
 08h  N DWORDs	list of job numbers in queue
SeeAlso: #02216
--------N-21F217SF82-------------------------
INT 21 - Novell NetWare v2.1+ - CHANGE JOB PRIORITY
	AX = F217h subfn 82h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02218)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell"

Format of NetWare "Change Job Priority" request packet:
Offset	Size	Description	(Table 02218)
 00h	WORD	length of following data
 02h	BYTE	82h (subfunction "Change Job Priority")
 03h	DWORD	queue ID
 07h	DWORD	job number
 0Bh	DWORD	priority
--------N-21F217SF83-------------------------
INT 21 - Novell NetWare v3.1+ - FINISH SERVICING QUEUE JOB
	AX = F217h subfn 83h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #01998 at AH=E3h/SF=83h)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=83h,AX=F217h/SF=72h,AX=F217h/SF=84h
--------N-21F217SF84-------------------------
INT 21 - Novell NetWare v3.1+ - ABORT SERVICING QUEUE JOB
	AX = F217h subfn 84h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02000 at AH=E3h/SF=84h)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
Desc:	inform the Queue Management System (QMS) that the queue server is
	  unable to service a previously-accepted job
SeeAlso: AH=F2h"Novell",AH=E3h/SF=84h,AX=F217h/SF=73h,AX=F217h/SF=83h
--------N-21F217SF85-------------------------
INT 21 - Novell NetWare v3.1+ - CHANGE TO CLIENT RIGHTS
	AX = F217h subfn 85h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02219)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
Desc:	temporarily assume the login identity of the client submitting the
	  job being serviced
SeeAlso: AH=F2h"NetWare",AH=E3h/SF=74h,AX=F217h/SF=74h

Format of NetWare "Change to Client Rights" request packet:
Offset	Size	Description	(Table 02219)
 00h	WORD	length of following data
 02h	BYTE	85h (subfunction "Change to Client Rights")
 03h	DWORD	queue object ID
 07h	DWORD	job number
SeeAlso: #01990
--------N-21F217SF86-------------------------
INT 21 - Novell NetWare v3.1+ - READ QUEUE SERVER CURRENT STATUS
	AX = F217h subfn 86h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02220)
	ES:DI -> reply buffer (see #02221)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F217h/SF=76h,AX=F217h/SF=77h,AX=F217h/SF=7Dh

Format of NetWare "Read Queue Server Current Status" request packet:
Offset	Size	Description	(Table 02220)
 00h	WORD	length of following data
 02h	BYTE	86h (subfunction "Read Queue Server Current Status")
 03h	DWORD	queue ID
 07h	DWORD	server ID
 0Bh	DWORD	connection ID
SeeAlso: #02221

Format of NetWare "Read Queue Server Current Status" request packet:
Offset	Size	Description	(Table 02221)
 00h 64 BYTEs	server status record
SeeAlso: #02220
--------N-21F217SF87-------------------------
INT 21 - Novell NetWare v3.1+ - GET QUEUE JOB FILE SIZE
	AX = F217h subfn 87h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02222)
	ES:DI -> reply buffer (see #02223)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F217h/SF=78h

Format of NetWare "Get Queue Job File Size" request packet:
Offset	Size	Description	(Table 02222)
 00h	WORD	length of following data
 02h	BYTE	87h (subfunction "Get Queue Job File Size")
	???
SeeAlso: #02223

Format of NetWare "Get Queue Job File Size" request packet:
Offset	Size	Description	(Table 02223)
 00h	???
SeeAlso: #02222
--------N-21F217SF96-------------------------
INT 21 - Novell NetWare - GET ACCOUNT STATUS
	AX = F217h subfn 96h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02003 at AH=E3h/SF=96h)
	ES:DI -> reply buffer (see #02224)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=96h,AX=F217h/SF=97h,AX=F217h/SF=98h

Format of NetWare "Get Account Status" reply packet:
Offset	Size	Description	(Table 02224)
 00h	DWORD	(big-endian) account balance
 04h	DWORD	(big-endian) credit limit
		signed number indicating lowest allowable account balance
 06h 120 BYTEs	reserved
 80h	DWORD	(big-endian) object ID, server 1
 84h	DWORD	(big-endian) hold amount, server 1
	...
 F6h	DWORD	(big-endian) object ID, server 16
 FAh	DWORD	(big-endian) hold amount, server 16
Note:	the reply buffer lists the servers which have placed holds on a portion
	  of the account balance, and the amount reserved by each
SeeAlso: #02003,#02004 at AH=E3h/SF=96h
--------N-21F217SF97-------------------------
INT 21 - Novell NetWare - SUBMIT ACCOUNT CHARGE
	AX = F217h subfn 97h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02005 at AH=E3h/SF=97h)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=97h,AX=F217h/SF=96h,AX=F217h/SF=98h
--------N-21F217SF98-------------------------
INT 21 - Novell NetWare - SUBMIT ACCOUNT HOLD
	AX = F217h subfn 98h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02006 at AH=E3h/SF=98h)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=98h,AX=F217h/SF=97h,AX=F217h/SF=99h
--------N-21F217SF99-------------------------
INT 21 - Novell NetWare - SUBMIT ACCOUNT NOTE
	AX = F217h subfn 99h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02008 at AH=E3h/SF=99h)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=99h,AX=F217h/SF=96h,AX=F217h/SF=98h
--------N-21F217SFC8-------------------------
INT 21 - Novell NetWare - CHECK CONSOLE PRIVILEGES
	AX = F217h subfn C8h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02009 at AH=E3h/SF=C8h)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=C8h,AX=F217h/SF=C9h,AX=F217h/SF=D1h
--------N-21F217SFC9-------------------------
INT 21 - Novell NetWare - GET FILE SERVER DESCRIPTION STRINGS
	AX = F217h subfn C9h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02010 at AH=E3h/SF=C9h)
	ES:DI -> reply buffer (see #02225)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=C9h,AX=F217h/SF=C8h,AX=F217h/SF=CAh

Format of NetWare "Get File Server Description Strings" reply packet:
Offset	Size	Description	(Table 02225)
 00h	var	ASCIZ name of company distributing this copy of NetWare
	var	ASCIZ version and revision
      9 BYTEs	ASCIZ revision date (mm/dd/yy)
	var	ASCIZ copyright notice
SeeAlso: #02010,#02011 at AH=E3h/SF=C9h
--------N-21F217SFCA-------------------------
INT 21 - Novell NetWare - SET FILE SERVER DATE AND TIME
	AX = F217h subfn CAh
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02012 at AH=E3h/SF=CAh)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=CAh,AX=F217h/SF=C8h,AX=F217h/SF=CBh
--------N-21F217SFCB-------------------------
INT 21 - Novell NetWare - DISABLE FILE SERVER LOGIN
	AX = F217h subfn CBh
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02013 at AH=E3h/SF=CBh)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=CBh,AX=F217h/SF=C8h,AX=F217h/SF=CCh
--------N-21F217SFCC-------------------------
INT 21 - Novell NetWare - ENABLE FILE SERVER LOGIN
	AX = F217h subfn CCh
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02015 at AH=E3h/SF=CCh)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=CCh,AX=F217h/SF=C8h,AX=F217h/SF=CBh
--------N-21F217SFCD-------------------------
INT 21 - Novell NetWare - GET FILE SERVER LOGIN STATUS
	AX = F217h subfn CDh
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02016 at AH=E3h/SF=CDh)
	ES:DI -> reply buffer (see #02226)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=CDh,AX=F217h/SF=CBh,AX=F217h/SF=CCh

Format of NetWare "Get File Server Login Status" reply packet:
Offset	Size	Description	(Table 02226)
 00h	BYTE	login state (00h disabled, 01h enabled)
SeeAlso: #02016,#02017 at AH=E3h/SF=CDh
--------N-21F217SFCE-------------------------
INT 21 - Novell NetWare - PURGE ALL ERASED FILES
	AX = F217h subfn CEh
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02018 at AH=E3h/SF=CEh)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=CEh,AX=F244h
--------N-21F217SFCF-------------------------
INT 21 - Novell NetWare - DISABLE TRANSACTION TRACKING
	AX = F217h subfn CFh
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02019 at AH=E3h/SF=CFh)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=CFh,AX=F217h/SF=D0h
--------N-21F217SFD0-------------------------
INT 21 - Novell NetWare - ENABLE TRANSACTION TRACKING
	AX = F217h subfn D0h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02021 at AH=E3h/SF=D0h)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=D0h,AX=F217h/SF=CFh
--------N-21F217SFD1-------------------------
INT 21 - Novell NetWare - SEND CONSOLE BROADCAST
	AX = F217h subfn D1h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02022 at AH=E3h/SF=D1h)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=D1h,AX=F217h/SF=D2h
--------N-21F217SFD2-------------------------
INT 21 - Novell NetWare v3+ - CLEAR CONNECTION NUMBER (LOGOUT STATION)
	AX = F217h subfn D2h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02023 at AH=E3h/SF=D2h)
	ES:DI ignored
Return: AL = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
	reply buffer filled
SeeAlso: AH=F2h"Novell",AH=E3h/SF=D2h,AX=F217h/SF=D1h,AX=F217h/SF=FEh
--------N-21F217SFD3-------------------------
INT 21 - Novell NetWare - DOWN FILE SERVER
	AX = F217h subfn D3h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02026 at AH=E3h/SF=D3h)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=D3h,AX=F217h/SF=D2h
--------N-21F217SFD4-------------------------
INT 21 - Novell NetWare - GET FILE SYSTEM STATISTICS
	AX = F217h subfn D4h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02027 at AH=E3h/SF=D4h)
	ES:DI -> reply buffer (see #02227)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=D4h,AX=F217h/SF=D6h,AX=F217h/SF=D9h

Format of NetWare "Get File System Statistics" reply packet:
Offset	Size	Description	(Table 02227)
 00h	DWORD	clock ticks since system started
 04h	WORD	maximum open files set by configuration
 06h	WORD	maximum files open concurrently
 08h	WORD	current number of open files
 0Ah	DWORD	total files opened
 0Eh	DWORD	total file read requests
 12h	DWORD	total file write requests
 16h	WORD	current changed FATs
 18h	WORD	total changed FATs
 1Ah	WORD	number of FAT write errors
 1Ch	WORD	number of fatal FAT write errors
 1Eh	WORD	number of FAT scan errors
 20h	WORD	maximum concurrently-indexed files
 22h	WORD	current number of indexed files
 24h	WORD	number of attached indexed files
 26h	WORD	number of indexed files available
Note:	all fields are big-endian
SeeAlso: #02027,#02028 at AH=E3h/SF=D4h
--------N-21F217SFD5-------------------------
INT 21 - Novell NetWare - GET TRANSACTION TRACKING STATISTICS
	AX = F217h subfn D5h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02029 at AH=E3h/SF=D5h)
	ES:DI -> reply buffer (see #02228)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=D5h,AX=F217h/SF=D0h

Format of NetWare "Get Transaction Tracking Statistics" reply packet:
Offset	Size	Description	(Table 02228)
 00h	DWORD	(big-endian) clock ticks since system started
 04h	BYTE	transaction tracking supported if nonzero
		(all following fields are invalid if zero)
 05h	BYTE	transaction tracking enabled
 06h	WORD	(big-endian) transaction volume number
 08h	WORD	(big-endian) maximum simultaneous transactions configured
 0Ah	WORD	(big-endian) maximum simultaneous transactions since startup
 0Ch	WORD	(big-endian) current transactions in progress
 0Eh	DWORD	(big-endian) total transactions performed
 12h	DWORD	(big-endian) total write transactions
 16h	DWORD	(big-endian) total transactions backed out
 1Ah	WORD	(big-endian) number of unfilled backout requests
 1Ch	WORD	(big-endian) disk blocks used for transaction tracking
 1Eh	DWORD	(big-endian) blocks allocated for tracked-file FATs
 22h	DWORD	(big-endian) number of file size changes during a transaction
 26h	DWORD	(big-endian) number of file truncations during a transaction
 2Ah	BYTE	number of records following
 2Bh	Active Transaction Records [array]
	Offset	Size	Description
	 00h	BYTE	logical connection number
	 01h	BYTE	task number
SeeAlso: #02029,#02030 at AH=E3h/SF=D5h
--------N-21F217SFD6-------------------------
INT 21 - Novell NetWare - GET DISK CACHE STATISTICS
	AX = F217h subfn D6h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02031 at AH=E3h/SF=D6h)
	ES:DI -> reply buffer (see #02229)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=D6h,AX=F217h/SF=D5h,AX=F217h/SF=D8h

Format of NetWare "Get Disk Cache Statistics" reply packet:
Offset	Size	Description	(Table 02229)
 00h	DWORD	clock ticks since system started
 04h	WORD	number of cache buffers
 06h	WORD	size of cache buffer in bytes
 08h	WORD	number of dirty cache buffers
 0Ah	DWORD	number of cache read requests
 0Eh	DWORD	number of cache write requests
 12h	DWORD	number of cache hits
 16h	DWORD	number of cache misses
 1Ah	DWORD	number of physical read requests
 1Eh	DWORD	number of physical write requests
 22h	WORD	number of physical read errors
 24h	WORD	number of physical write errors
 26h	DWORD	cache get requests
 2Ah	DWORD	cache full write requests
 2Eh	DWORD	cache partial write requests
 32h	DWORD	background dirty writes
 36h	DWORD	background aged writes
 3Ah	DWORD	total cache writes
 3Eh	DWORD	number of cache allocations
 42h	WORD	thrashing count
 44h	WORD	number of times LRU block was dirty
 46h	WORD	number of reads on cache blocks not yet filled by writes
 48h	WORD	number of times a fragmented write occurred
 4Ah	WORD	number of cache hits on unavailable block
 4Ch	WORD	number of times a cache block was scrapped
Note:	all fields are big-endian
SeeAlso: #02031,#02032 at AH=E3h/SF=D6h
--------N-21F217SFD7-------------------------
INT 21 - Novell NetWare - GET DRIVE MAPPING TABLE
	AX = F217h subfn D7h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02033 at AH=E3h/SF=D7h)
	ES:DI -> reply buffer (see #02230)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AX=EF00h,AX=EF01h,AX=EF02h,AH=F2h"Novell",AH=E3h/SF=D7h

Format of NetWare "Get Drive Mapping Table" reply packet:
Offset	Size	Description	(Table 02230)
 00h	DWORD	(big-endian) clock tick elapsed since system started
 04h	BYTE	fault tolerance (SFT) level
 05h	BYTE	number of logical drives attached to server
 06h	BYTE	number of physical drives attached to server
 07h  5 BYTEs	disk channel types (00h none, 01h XT, 02h AT, 03h SCSI,
		  04h disk coprocessor drive, 32h-FFh value-added drive types)
 0Ch	WORD	(big-endian) number of outstanding controller commands
 0Eh 32 BYTEs	drive mapping table (FFh = no such drive)
 2Eh 32 BYTEs	drive mirror table (secondary physical drive, FFh = none)
 4Eh 32 BYTEs	dead mirror table (last drive mapped to, FFh if never mirrored)
 6Eh	BYTE	physical drive being remirrored (FFh = none)
 6Fh	BYTE	reserved
 70h	DWORD	(big-endian) remirrored block
 74h 60 BYTEs	SFT error table (internal error counters)
SeeAlso: #02033,#02034 at AH=E3h/SF=D7h
--------N-21F217SFD8-------------------------
INT 21 - Novell NetWare - GET PHYSICAL DISK STATISTICS
	AX = F217h subfn D8h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02035 at AH=E3h/SF=D8h)
	ES:DI -> reply buffer (see #02231)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=D8h,AX=F217h/SF=D9h

Format of NetWare "Get Physical Disk Statistics" request packet:
Offset	Size	Description	(Table 02231)
 00h	DWORD	(big-endian) clock ticks since system started
 04h	BYTE	physical disk channel
 05h	BYTE	flag: drive removable if nonzero
 06h	BYTE	physical drive type
 07h	BYTE	drive number within controller
 08h	BYTE	controller number
 09h	BYTE	controller type
 0Ah	DWORD	(big-endian) size of drive in 4K disk blocks
 0Eh	WORD	(big-endian) number of cylinders on drive
 10h	BYTE	number of heads
 11h	BYTE	number of sectors per track
 12h 64 BYTEs	ASCIZ drive make and model
 52h	WORD	(big-endian) number of I/O errors
 56h	DWORD	(big-endian) start of Hot Fix table
 58h	WORD	(big-endian) size of Hot Fix table
 5Ah	WORD	(big-endian) number of Hot Fix blocks available
 5Ch	BYTE	flag: Hot Fix disabled if nonzero
SeeAlso: #02035,#02036 at AH=E3h/SF=D8h
--------N-21F217SFD9-------------------------
INT 21 - Novell NetWare - GET DISK CHANNEL STATISTICS
	AX = F217h subfn D9h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02037 at AH=E3h/SF=D9h)
	ES:DI -> reply buffer (see #02232)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=D9h,AX=F217h/SF=D8h

Format of NetWare "Get Disk Channel Statistics" reply packet:
Offset	Size	Description	(Table 02232)
 00h	DWORD	(big-endian) clock ticks since system started
 04h	WORD	(big-endian) channel run state (see #02039)
 06h	WORD	(big-endian) channel synchronization state (see #02040)
 08h	BYTE	driver type
 09h	BYTE	major version of driver
 0Ah	BYTE	minor version of driver
 0Bh 65 BYTEs	ASCIZ driver description
 4Ch	WORD	(big-endian) first I/O address used
 4Eh	WORD	(big-endian) length of first I/O address
 50h	WORD	(big-endian) second I/O address used
 52h	WORD	(big-endian) length of second I/O address
 54h  3 BYTEs	first shared memory address
 57h  2 BYTEs	length of first shared memory address
 59h  3 BYTEs	second shared memory address
 5Ch  2 BYTEs	length of second shared memory address
 5Eh	BYTE	first interrupt number in-use flag
 5Fh	BYTE	first interrupt number used
 60h	BYTE	second interrupt number in-use flag
 61h	BYTE	second interrupt number used
 62h	BYTE	first DMA channel in-use flag
 63h	BYTE	first DMA channel used
 64h	BYTE	second DMA channel in-use flag
 65h	BYTE	second DMA channel used
 66h	BYTE	flags
 67h	BYTE	reserved
 68h 80 BYTEs	ASCIZ configuration description
SeeAlso: #02037,#02038 at AH=E3h/SF=D9h
--------N-21F217SFDA-------------------------
INT 21 - Novell NetWare v2.2+ - GET CONNECTION'S TASK INFORMATION
	AX = F217h subfn DAh
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02041 at AH=E3h/SF=DAh)
	ES:DI -> reply buffer (see #02233)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=DAh,AX=F217h/SF=EAh

Format of NetWare "Get Connection's Task Information" reply packet:
Offset	Size	Description	(Table 02233)
 00h	BYTE	lock status of connection (see #02043)
 01h	var	Lock Status Information (see #02044)
 N	BYTE	number of records following
 N+1	Active Task Information Records [array]
	Offset	Size	Description
	 00h	BYTE	task number (01h-FFh)
	 01h	BYTE	task state
			00h normal task
			01h in TTS explicit transaction
			02h in TTS implicit transaction
			04h shared fileset lock active
SeeAlso: #02248,#02041,#02042 at AH=E3h/SF=DAh
--------N-21F217SFDB-------------------------
INT 21 - Novell NetWare v2.2+ - GET CONNECTION'S OPEN FILES (OLD)
	AX = F217h subfn DBh
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02045 at AH=E3h/SF=DBh)
	ES:DI -> reply buffer (see #02234)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=DBh,AX=F217h/SF=EBh

Format of NetWare "Get Connection's Open Files (old)" reply packet:
Offset	Size	Description	(Table 02234)
 00h	WORD	next request record (place in "last record" field on next call)
		0000h if no more records
 02h	BYTE	number of records following
 03h	var	array of File Information Records (see #02047 at AH=E3h/SF=DBh)
SeeAlso: #02045,#02046 at AH=E3h/SF=DBh
--------N-21F217SFDC-------------------------
INT 21 - Novell NetWare v2.2+ - GET CONNECTIONS USING A FILE (OLD)
	AX = F217h subfn DCh
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02050 at AH=E3h/SF=DCh)
	ES:DI -> reply buffer (see #02235)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=DCh,AX=F217h/SF=ECh

Format of NetWare "Get Connections Using A File (old)" reply packet:
Offset	Size	Description	(Table 02235)
 00h	WORD	(big-endian) count of tasks which have opened or logged file
 02h	WORD	(big-endian) count of tasks which have opened file
 04h	WORD	(big-endian) count of opens for reading
 06h	WORD	(big-endian) count of opens for writing
 08h	WORD	(big-endian) deny read count
 0Ah	WORD	(big-endian) deny write count
 0Ch	WORD	next request record (place in "last record" field on next call)
		0000h if no more records
 0Eh	BYTE	locked flag
		00h not locked exclusively
		else locked exclusively
 0Fh	BYTE	number of records following
 10h	var	array of File Usage Information Records
		  (see #02052 at AH=E3h/SF=DCh)
SeeAlso: #02050,#02051 at AH=E3h/SF=DCh
--------N-21F217SFDD-------------------------
INT 21 - Novell NetWare - GET PHYSICAL RECORD LOCKS BY CONNECTN AND FILE (OLD)
	AX = F217h subfn DDh
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02054 at AH=E3h/SF=DDh)
	ES:DI -> reply buffer (see #02236)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=DDh,AX=F217h/SF=DEh,AX=F217h/SF=EDh

Format of NetWare "Get Phys Record Locks By Conn & File (old)" reply packet:
Offset	Size	Description	(Table 02236)
 00h	WORD	next request record (place in "last record" on next call)
		0000h if no more records
 02h	BYTE	number of physical record locks
 03h	BYTE	number of records following
 04h	var	array of Physical Record Lock Info records
		  (see #02056 at AH=E3h/SF=DDh)
SeeAlso: #02054,#02055 at AH=E3h/SF=DDh
--------N-21F217SFDE-------------------------
INT 21 - Novell NetWare - GET PHYSICAL RECORD LOCKS BY FILE (OLD)
	AX = F217h subfn DEh
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02058 at AH=E3h/SF=DEh)
	ES:DI -> reply buffer (see #02237)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=DEh,AX=F217h/SF=EEh

Format of NetWare "Get Physical Record Locks By File (old)" reply packet:
Offset	Size	Description	(Table 02237)
 00h	WORD	next request record (place in "last record" on next call)
		0000h if no more records
 02h	BYTE	number of physical record locks
 03h	BYTE	number of records following
 04h	var	array of Physical Record Lock Info records (see #02060)
SeeAlso: #02058,#02059 at AH=E3h/SF=DEh
--------N-21F217SFDF-------------------------
INT 21 - Novell NetWare - GET LOGICAL RECORDS BY CONNECTION (OLD)
	AX = F217h subfn DFh
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02061 at AH=E3h/SF=DFh)
	ES:DI -> reply buffer (see #02238)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=DFh,AX=F217h/SF=EFh

Format of NetWare "Get Logical Records By Connection (old)" reply packet:
Offset	Size	Description	(Table 02238)
 00h	WORD	next request record (place in "last record" field on next call)
		0000h if no more locked records
 02h	BYTE	number of records following
 03h	var	array of Logical Lock Information Records
		  (see #02063 at AH=E3h/SF=DFh)
SeeAlso: #02061,#02062 at AH=E3h/SF=DFh
--------N-21F217SFE0-------------------------
INT 21 - Novell NetWare - GET LOGICAL RECORD INFORMATION (OLD)
	AX = F217h subfn E0h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02064 at AH=E3h/SF=E0h)
	ES:DI -> reply buffer (see #02239)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=E0h,AX=F217h/SF=F0h

Format of NetWare "Get Logical Record Information (Old)" reply packet:
Offset	Size	Description	(Table 02239)
 00h	WORD	(big-endian) number of logical connections logging the record
 02h	WORD	(big-endian) number of logical connections with shareable lock
 04h	WORD	(big-endian) next request record (place in "last record" field
		  on next call)
 06h	BYTE	locked exclusively if nonzero
 07h	BYTE	number of records following
 08h	var	array of Task Information Records (see #02066 at AH=E3h/SF=E0h)
SeeAlso: #02064,#02065 at AH=E3h/SF=E0h
--------N-21F217SFE1-------------------------
INT 21 - Novell NetWare - GET CONNECTION'S SEMAPHORES (OLD)
	AX = F217h subfn E1h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02067 at AH=E3h/SF=E1h)
	ES:DI -> reply buffer (see #02240)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=E1h,AX=F217h/SF=F1h

Format of NetWare "Get Connection's Semaphores (old)" reply packet:
Offset	Size	Description	(Table 02240)
 00h	WORD	next request record (place in "last record" field on next call)
 02h	BYTE	number of records following
 03h	var	array of Semaphore Information Records
		  (see #02069 at AH=E3h/SF=E1h)
SeeAlso: #02067,#02068 at AH=E3h/SF=E1h
--------N-21F217SFE2-------------------------
INT 21 - Novell NetWare - GET SEMAPHORE INFORMATION (OLD)
	AX = F217h subfn E2h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02070 at AH=E3h/SF=E2h)
	ES:DI -> reply buffer (see #02241)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=E2h,AX=F217h/SF=F2h

Format of NetWare "Get Semaphore Information (old)" reply packet:
Offset	Size	Description	(Table 02241)
 00h	WORD	next request record (place in "last record" on next call)
		0000h if no more
 02h	WORD	(big-endian) number of logical connections opening semaphore
 04h	BYTE	semaphore value (-127 to 128)
 05h	BYTE	number of records following
 06h	var	array of Semaphore Information records (see #02072)
SeeAlso: #02070,#02071 at AH=E3h/SF=E2h
--------N-21F217SFE3-------------------------
INT 21 - Novell NetWare - GET LAN DRIVER'S CONFIGURATION INFORMATION
	AX = F217h subfn E3h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02073 at AH=E3h/SF=E3h)
	ES:DI -> reply buffer (see #02242)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=E3h,AX=F217h/SF=E7h,AX=F217h/SF=E8h

Format of NetWare "Get Lan Driver's Configuration Information" reply packet:
Offset	Size	Description	(Table 02242)
 00h  4 BYTEs	network number
 04h  6 BYTEs	node number
 0Ah	BYTE	LAN driver installed (00h no--remaining fields invalid)
 0Bh	BYTE	option number selected at configuration time
 0Ch 160 BYTEs	configuration text
		ASCIZ hardware type
		ASCIZ hardware settings
SeeAlso: #02073,#02074 at AH=E3h/SF=E3h
--------N-21F217SFE5-------------------------
INT 21 - Novell NetWare - GET CONNECTION'S USAGE STATISTICS
	AX = F217h subfn E5h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02075 at AH=E3h/SF=E5h)
	ES:DI -> reply buffer (see #02243)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=E5h,AX=F217h/SF=EAh

Format of NetWare "Get Connection's Usage Statistics" reply packet:
Offset	Size	Description	(Table 02243)
 00h	DWORD	(big-endian) clock ticks since server started
 04h  6 BYTEs	bytes read
 0Ah  6 BYTEs	bytes written
 10h	DWORD	(big-endian) total request packets
SeeAlso: #02075,#02076 at AH=E3h/SF=E5h
--------N-21F217SFE6-------------------------
INT 21 - Novell NetWare - GET OBJECT'S REMAINING DISK SPACE
	AX = F217h subfn E6h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02077 at AH=E3h/SF=E6h)
	ES:DI -> reply buffer (see #02244)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=E6h,AX=F216h/SF=20h,AX=F216h/SF=23h

Format of NetWare "Get Object's Remaining Disk Space" reply packet:
Offset	Size	Description	(Table 02244)
 00h	DWORD	(big-endian) clock ticks elapsed since server started
 04h	DWORD	(big-endian) object ID
 08h	DWORD	(big-endian) 4K disk blocks available to user
 0Ch	BYTE	restrictions (00h enforced, FFh not enforced)
SeeAlso: #02077,#02078 at AH=E3h/SF=E6h
--------N-21F217SFE7-------------------------
INT 21 - Novell NetWare - GET FILE SERVER LAN I/O STATISTICS
	AX = F217h subfn E7h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02079 at AH=E3h/SF=E7h)
	ES:DI -> reply buffer (see #02245)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=E7h,AX=F217h/SF=11h,AX=F217h/SF=F5h

Format of NetWare "Get File Server Lan I/O Statistics" reply packet:
Offset	Size	Description	(Table 02245)
 00h	DWORD	clock ticks since system started
 04h	WORD	total routing buffers
 06h	WORD	maximum routing buffers used
 08h	WORD	current routing buffers used
 0Ah	DWORD	total file service packets
 0Eh	WORD	number of file service packets buffered
 10h	WORD	number of invalid connection packets
 12h	WORD	packets with bad logical connection numbers
 14h	WORD	number of packets received during processing
 16h	WORD	number of requests reprocessed
 18h	WORD	packets with bad sequence numbers
 1Ah	WORD	number of duplicate replies sent
 1Ch	WORD	number of acknowledgements sent
 1Eh	WORD	number of packets with bad request types
 20h	WORD	requests to attach to ws for which a request is being processed
 22h	WORD	requests to attach from ws which is already attaching
 24h	WORD	number of forged detach requests
 26h	WORD	detach requests with bad connection number
 28h	WORD	requests to detach from ws for which requests pending
 2Ah	WORD	number of cancelled replies
 2Ch	WORD	packets discarded due to excessive hop count
 2Eh	WORD	packets discarded due to unknown net
 30h	WORD	incoming packets discarded for lack of DGroup buffer
 32h	WORD	outgoing packets discarded due to lack of buffer
 34h	WORD	received packets destined for B,C, or D side drivers
 36h	DWORD	number of NetBIOS packets propagated through net
 3Ah	DWORD	total number of non-file-service packets
 3Eh	DWORD	total number of routed packets
Note:	all fields are big-endian
SeeAlso: #02079,#02080 at AH=E3h/SF=E7h
--------N-21F217SFE8-------------------------
INT 21 - Novell NetWare - GET FILE SERVER MISC INFORMATION
	AX = F217h subfn E8h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02081 at AH=E3h/SF=E8h)
	ES:DI -> reply buffer (see #02246)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=E8h,AX=F217h/SF=11h,AX=F217h/SF=F5h

Format of NetWare "Get File Server Misc Information" reply packet:
Offset	Size	Description	(Table 02246)
 00h	DWORD	(big-endian) clock ticks since system started
 04h	BYTE	CPU type
		00h Motorola 68000
		01h Intel 8086, 8088, or V20
		02h Intel 80286+
 05h	BYTE	reserved
 06h	BYTE	number of service processes in server
 07h	BYTE	server utilization in percent
 08h	WORD	(big-endian) maximum bindery objects set by configuration
		0000h = unlimited
 0Ah	WORD	(big-endian) maximum number of bindery objects used
 0Ch	WORD	(big-endian) current number of bindery objects in use
 0Eh	WORD	(big-endian) total server memory in KB
 10h	WORD	(big-endian) wasted server memory in KB
		normally 0000h
 12h	WORD	number of records following (01h-03h)
 14h	var	array of Dynamic Memory Information records (see #02083)
SeeAlso: #02081,#02082 at AH=E3h/SF=E8h
--------N-21F217SFE9-------------------------
INT 21 - Novell NetWare - GET VOLUME INFORMATION
	AX = F217h subfn E9h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02084 at AH=E3h/SF=E9h)
	ES:DI -> reply buffer (see #02247)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AH=E3h/SF=E9h,AX=F212h,AX=F216h/SF=15h

Format of NetWare "Get Volume Information" reply packet:
Offset	Size	Description	(Table 02247)
 00h	DWORD	(big-endian) elapsed system time
 04h	BYTE	volume number
 05h	BYTE	logical drive number
 06h	WORD	(big-endian) sectors per block
 08h	WORD	(big-endian) starting block
 0Ah	WORD	(big-endian) total blocks on volume
 0Ch	WORD	(big-endian) blocks available on volume
 0Eh	WORD	(big-endian) total directory slots
 10h	WORD	(big-endian) directory slots available
 12h	WORD	(big-endian) maximum directory entries actually used
 14h	BYTE	flag: volume hashed if nonzero
 15h	BYTE	flag: volume cached if nonzero
 16h	BYTE	flag: volume removable if nonzero
 17h	BYTE	flag: volume mounted if nonzero
 18h 16 BYTEs	NUL-padded volume name
SeeAlso: #02084,#02085 at AH=E3h/SF=E9h
--------N-21F217SFEA-------------------------
INT 21 - Novell NetWare v3.11+ - GET CONNECTION'S TASK INFORMATION
	AX = F217h subfn EAh
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02248)
	ES:DI -> reply buffer (see #02233)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F217h/SF=DAh

Format of NetWare "Get Connection's Task Information" request packet:
Offset	Size	Description	(Table 02248)
 00h	WORD	length of following data
 02h	BYTE	EAh (subfunction "Get Connection's Task Information")
 03h	WORD	connection number
SeeAlso: #02233,#02041 at AH=E3h/SF=DAh
--------N-21F217SFEB-------------------------
INT 21 - Novell NetWare v3+ - GET CONNECTION'S OPEN FILES
	AX = F217h subfn EBh
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02249)
	ES:DI -> reply buffer (see #02250)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
	reply buffer filled
SeeAlso: AH=F2h"Novell",AX=F217h/SF=DBh

Format of NetWare "Get Connection's Open Files" request buffer:
Offset	Size	Description	(Table 02249)
 00h	WORD	0005h (length of following data)
 02h	BYTE	EBh (subfunction "Get Connection's Open Files")
 03h	WORD	target connection number
 05h	WORD	last record seen (set to 0000h for first call)
Note:	connection numbers greater than the maximum supported by the server
	  can cause ABENDs
SeeAlso: #02250

Format of NetWare "Get Connection's Open Files" reply buffer:
Offset	Size	Description	(Table 02250)
 00h	WORD	next request record
 02h	WORD	number of records returned (max 28)
 04h 29N BYTEs	array of connection records (see #02251)
SeeAlso: #02249

Format of NetWare connection record:
Offset	Size	Description	(Table 02251)
 00h	WORD	task number
 02h	BYTE	lock type
 03h	BYTE	access control
 04h	BYTE	lock flag
 05h	BYTE	volume number
 06h	DWORD	parent directory entry number
 0Ah	DWORD	directory entry number
 0Eh	BYTE	fork count
 0Fh	BYTE	data stream type / name space (see #02387)
 10h	BYTE	file name length
 11h 12 BYTEs	file name
SeeAlso: #02250
--------N-21F217SFEC-------------------------
INT 21 - Novell NetWare v3+ - GET CONNECTIONS USING A FILE
	AX = F217h subfn ECh
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02252)
	ES:DI -> reply buffer (see #02253)
Return: AL = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
	reply buffer filled
SeeAlso: AH=F2h"Novell",AX=F217h/SF=DCh

Format of NetWare "Get Connections Using a File" request buffer:
Offset	Size	Description	(Table 02252)
 00h	WORD	0009h (length of following data)
 02h	BYTE	ECh (subfunction "Get Connections Using a File")
 03h	BYTE	data stream type
 04h	BYTE	volume number
 05h	DWORD	directory entry number
 09h	WORD	last record seen (0000h for first call)
SeeAlso: #02253

Format of NetWare "Get Connections Using a File" reply buffer:
Offset	Size	Description	(Table 02253)
 00h	WORD	next request record
 02h	WORD	use count
 04h	WORD	open count
 06h	WORD	number of times open for reading
 08h	WORD	number of times open for writing
 0Ah	WORD	Deny Read count
 0Ch	WORD	Deny Write count
 0Eh	BYTE	flag: locked
 0Fh	BYTE	fork count
 10h	WORD	number of records returned (max 70)
 12h 7N BYTEs	returned records (see #02254)
SeeAlso: #02252

Format of returned record:
Offset	Size	Description	(Table 02254)
 00h	WORD	connection number
 02h	WORD	task number
 04h	BYTE	lock type
 05h	BYTE	access flag
 06h	BYTE	lock flag
SeeAlso: #02253
--------N-21F217SFED-------------------------
INT 21 - Novell NetWare v3+ - GET PHYSICAL RECORD LOCKS BY CONNECTION AND FILE
	AX = F217h subfn EDh
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02255)
	ES:DI -> reply buffer (see #02256)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F217h/SF=DDh,AX=F217h/SF=EEh

Format of NetWare "Get Phys Record Locks By Conn And File" request packet:
Offset	Size	Description	(Table 02255)
 00h	WORD	length of following data
 02h	BYTE	EDh (subfunction "Get Physical Record Locks By Connection
		  And File")
 03h	WORD	target connection number
 05h	BYTE	last record seen (set to 00h before first call)
 06h	BYTE	volume number
 07h	DWORD	directory entry number
 0Bh  N BYTEs	filename
SeeAlso: #02256

Format of NetWare "Get Physical Record Locks By Connect And File" reply packet:
Offset	Size	Description	(Table 02256)
 00h	WORD	next record (place in last-seen field on next call)
 02h	WORD	number of locks returned
 04h 11N BYTEs	lock records
		Offset	Size	Description
		 00h	WORD	(big-endian) task number
		 02h	BYTE	lock status
		 03h	DWORD	(big-endian) record start offset
		 07h	DWORD	(big-endian) record end offset
SeeAlso: #02255
--------N-21F217SFEE-------------------------
INT 21 - Novell NetWare v3+ - GET PHYSICAL RECORD LOCKS BY FILE
	AX = F217h subfn EEh
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02257)
	ES:DI -> reply buffer (see #02258)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
	reply buffer filled
SeeAlso: AH=F2h"Novell",AX=F217h/SF=DEh

Format of NetWare "Get Physical Record Locks by File" request buffer:
Offset	Size	Description	(Table 02257)
 00h	WORD	0009h (length of following data)
 02h	BYTE	EEh (subfunction "Get Physical Record Locks by File")
 03h	BYTE	data stream number
 04h	BYTE	volume number
 05h	DWORD	directory entry number
 09h	WORD	last record seen (0000h for first call)
SeeAlso: #02258

Format of NetWare "Get Physical Record Locks by File" reply buffer:
Offset	Size	Description	(Table 02258)
 00h	WORD	next request record
 02h	WORD	number of locks
 04h 17N BYTEs	array of lock records, one per lock (see #02259)
SeeAlso: #02257

Format of NetWare lock record:
Offset	Size	Description	(Table 02259)
 00h	WORD	logged count
 02h	WORD	number of shareable locks
 04h	DWORD	start offset of record
 08h	DWORD	end offset of record
 0Ch	WORD	logical connection number
 0Eh	WORD	task number
 10h	BYTE	lock type
SeeAlso: #02258
--------N-21F217SFEF-------------------------
INT 21 - Novell NetWare v3+ - GET LOGICAL RECORDS BY CONNECTION
	AX = F217h subfn EFh
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02260)
	ES:DI -> reply buffer (see #02261)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F217h/SF=DFh

Format of NetWare "Get Logical Records By Connection" request packet:
Offset	Size	Description	(Table 02260)
 00h	WORD	length of following data
 02h	BYTE	EFh (subfunction "Get Logical Records By Connection")
 03h	WORD	target connection number
 05h	WORD	last record seen (set to 0000h before first call)
SeeAlso: #02261

Format of NetWare "Get Logical Records By Connection" request packet:
Offset	Size	Description	(Table 02261)
 00h	WORD	next record (place in last-seen field on next call)
 02h	WORD	number of records returned
 04h		Logical Lock Information records (see #02063 at AH=E3h/SF=DFh)
SeeAlso: #02260
--------N-21F217SFF0-------------------------
INT 21 - Novell NetWare v3+ - GET LOGICAL RECORD INFORMATION
	AX = F217h subfn F0h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02262)
	ES:DI -> reply buffer (see #02263)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F217h/SF=E0h,AX=F217h/SF=EFh

Format of NetWare "Get Logical Record Information" request packet:
Offset	Size	Description	(Table 02262)
 00h	WORD	length of following data
 02h	BYTE	F0h (subfunction "Get Logical Record Information")
 03h	WORD	last record seen
 05h	BYTE	length of logical record name
 06h  N BYTEs	logical record name (case-sensitive)
SeeAlso: #02263

Format of NetWare "Get Logical Record Information" request packet:
Offset	Size	Description	(Table 02263)
 00h	WORD	number of connections logging record
 02h	WORD	number of shareable locks
 04h	BYTE	flag: locked exclusively if nonzero
 05h	WORD	next request record (place in last-seen field on next call)
 07h	BYTE	number of records returned
 08h		logical record information records [array]
		Offset	Size	Description
		 00h	WORD	connection number
		 02h	BYTE	task number
		 03h	BYTE	lock status
SeeAlso: #02262
--------N-21F217SFF1-------------------------
INT 21 - Novell NetWare v3+ - GET CONNECTION'S SEMAPHORES
	AX = F217h subfn F1h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02264)
	ES:DI -> reply buffer (see #02265)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F217h/SF=E1h

Format of NetWare "Get Connection's Semaphores" request packet:
Offset	Size	Description	(Table 02264)
 00h	WORD	length of following data
 02h	BYTE	F1h (subfunction "Get Connection's Semaphores")
 03h	WORD	connection number
 05h	WORD	last record seen (set to 0000h before first call)
SeeAlso: #02265

Format of NetWare "Get Connection's Semaphores" reply packet:
Offset	Size	Description	(Table 02265)
 00h	WORD	next record (place in last-seen field on next call)
 02h	WORD	number of semaphores returned
 04h	BYTEs	semaphore information records [packed array] (see #02266)
SeeAlso: #02264

Format of NetWare semaphore information record:
Offset	Size	Description	(Table 02266)
 00h	WORD	semaphore's current value
 02h	WORD	number of connections using semaphore
 04h	WORD	task number
 06h	BYTE	length of semaphore's name
 07h  N BYTEs	semaphore name
SeeAlso: #02265
--------N-21F217SFF2-------------------------
INT 21 - Novell NetWare v3+ - GET SEMAPHORE INFORMATION
	AX = F217h subfn F2h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02267)
	ES:DI -> reply buffer (see #02268)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
	reply buffer filled
SeeAlso: AH=F2h"Novell",AX=F217h/SF=E2h

Format of NetWare "Get Semaphore Information" request buffer:
Offset	Size	Description	(Table 02267)
 00h	WORD	length of following data (max 84h)
 02h	BYTE	F2h (subfunction "Get Semaphore Information")
 03h	WORD	last record seen (0000h on first call)
 05h	BYTE	length of semaphore name (max 128)
 06h  N BYTEs	semaphore name
SeeAlso: #02268

Format of NetWare "Get Semaphore Information" reply buffer:
Offset	Size	Description	(Table 02268)
 00h	WORD	next request record
 02h	WORD	open count
 04h	BYTE	value of semaphore
 05h	WORD	number of records returned
 07h 2N WORDs	list of logical connection number/task number pairs
SeeAlso: #02267
--------N-21F217SFF3-------------------------
INT 21 - Novell NetWare v3+ - MAP DIRECTORY NUMBER TO PATH
	AX = F217h subfn F3h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02269)
	ES:DI -> reply buffer (see #02270)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
	reply buffer filled
SeeAlso: AX=F217h/SF=F4h

Format of NetWare "Map Directory Number to Path" request buffer:
Offset	Size	Description	(Table 02269)
 00h	WORD	0007h (length of following data)
 02h	BYTE	F3h (subfunction "Map Directory Number to Path")
 03h	BYTE	volume number
 04h	DWORD	directory entry number
 08h	BYTE	name space type
SeeAlso: #02270

Format of NetWare "Map Directory Number to Path" reply buffer:
Offset	Size	Description	(Table 02270)
 00h	BYTE	directory path length
 01h  N BYTEs	directory path (NetWare style, separated by length descriptors
		  rather than slashes or backslashes)
SeeAlso: #02269
--------N-21F217SFF4-------------------------
INT 21 - Novell NetWare v3+ - CONVERT PATH TO DIRECTORY ENTRY
	AX = F217h subfn F4h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02271)
	ES:DI -> reply buffer (see #02272)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
	reply buffer filled
SeeAlso: AX=F217h/SF=F3h

Format of NetWare "Convert Path to Directory Entry" request packet:
Offset	Size	Description	(Table 02271)
 00h	WORD	length of following data
 02h	BYTE	F4h (subfunction "Convert Path to Directory Entry")
 03h	BYTE	directory handle or 00h for none
 04h	BYTE	length of directory path
 05h  N BYTEs	directory path (must be fully qualified if no handle specified)
SeeAlso: #02272

Format of NetWare "Convert Path to Directory Entry" reply packet:
Offset	Size	Description	(Table 02272)
 00h	BYTE	volume number
 01h	DWORD	directory entry number
SeeAlso: #02271
--------N-21F217SFF5-------------------------
INT 21 - Novell NetWare - GET FILE SERVER EXTENDED MISC INFORMATION
	AX = F217h subfn F5h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02273)
	ES:DI -> reply buffer (see #02274)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F217h/SF=11h,AX=F217h/SF=C9h,AX=F217h/SF=E8h

Format of NetWare "Get File Server Extended Misc Information" request packet:
Offset	Size	Description	(Table 02273)
 00h	WORD	length of following data
 02h	BYTE	F5h (subfunction "Get File Server Extended Misc Information")
 03h	BYTE	length of reply buffer
SeeAlso: #02274

Format of NetWare "Get File Server Extended Misc Information" reply packet:
Offset	Size	Description	(Table 02274)
 00h	DWORD	system interval marker
		(up-time in clock ticks, wraps to 0 on reaching FFFFFFFFh)
 04h	BYTE	processor type
		00h Motorola 680x0
		01h Intel 8088/8086
		02h 80286
 05h	BYTE	reserved for future use
 06h	BYTE	number of service processes
 07h	BYTE	server utilization percentage
 08h	WORD	maximum bindery objects set by configuration
 0Ah	WORD	actual maximum bindery objects
 0Ch	WORD	current number of bindery objects
 0Eh	WORD	(big-endian) total server memory
 10h	WORD	(big-endian) wasted server memory
 12h	WORD	(big-endian) number of dynamic memory areas
 14h	DWORD	(big-endian) total space in dynamic memory area
 18h	DWORD	maximum dynamic space used
 1Ch	DWORD	dynamic space currently used
SeeAlso: #02273
--------N-21F217SFF6-------------------------
INT 21 - Novell NetWare - GET VOLUME EXTENDED INFORMATION
	AX = F217h subfn F6h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02275)
	ES:DI -> reply buffer (see #02276)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F217h/SF=E8h

Format of NetWare "Get Volume Extended Information" request packet:
Offset	Size	Description	(Table 02275)
 00h	WORD	length of following data
 02h	BYTE	F6h (subfunction "Get Volume Extended Information")
 03h	BYTE	volume number
 04h	BYTE	size of reply buffer
SeeAlso: #02276

Format of NetWare "Get Volume Extended Information" reply packet:
Offset	Size	Description	(Table 02276)
 00h	DWORD	system interval
		(up-time in clock ticks, wraps to 0 on reaching FFFFFFFFh)
 04h	BYTE	volume number
 05h	BYTE	logical drive number
 06h	WORD	number of 512-byte sectors per disk block
 08h	DWORD	starting block number of volume
 0Ch	WORD	total number of disk blocks
 0Eh	WORD	number of free disk blocks
 10h	WORD	total number of directory entries
 12h	WORD	number of available directory entries
 14h	WORD	maximum directory entries ever used
 16h	BYTE	flag: volume is hashed in memory if nonzero
 17h	BYTE	flag: volume is cached if nonzero
 18h	BYTE	flag: volume is removable if nonzero
 19h	BYTE	flag: volume is mounted if nonzero
 1Ah 16 BYTEs	volume name (null-padded)
SeeAlso: #02275
--------N-21F217SFFE-------------------------
INT 21 - Novell NetWare v4 - CLEAR CONNECTION NUMBER GREATER THAN 250
	AX = F217h subfn FEh
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02277)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=E3h/SF=D2h,AX=F217h/SF=D2h

Format of NetWare "Clear Connection Number" request buffer:
Offset	Size	Description	(Table 02277)
 00h	WORD	length of following data
 02h	BYTE	FEh (subfunction "Clear Connection Number")
 03h	DWORD	connection number
SeeAlso: #02023
--------N-21F21B-----------------------------
INT 21 - Novell NetWare - LOCK PHYSICAL RECORD SET (OLD)
	AX = F21Bh
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02480 at AX=F26Eh)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F26Eh,AH=C2h"NetWare"
--------N-21F21E-----------------------------
INT 21 - Novell NetWare - CLEAR PHYSICAL RECORD
	AX = F21Eh
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02278)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=5Ch,AH=BEh"NetWare",AH=F2h"Novell",AX=F20Bh,AX=F21Fh

Format of NetWare "Clear Physical Record" request packet:
Offset	Size	Description	(Table 02278)
 00h	BYTE	reserved for future use
 01h  6 BYTEs	NetWare file handle
 07h	DWORD	starting offset of locked region
 0Bh	DWORD	length of locked region
SeeAlso: #02279
--------N-21F21F-----------------------------
INT 21 - Novell NetWare - CLEAR PHYSICAL RECORD SET
	AX = F21Fh
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02279)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=5Ch,AH=C4h"NetWare",AH=F2h"Novell",AX=F20Eh,AX=F21Eh

Format of NetWare "Clear Physical Record Set" request packet:
Offset	Size	Description	(Table 02279)
 00h	BYTE	lock flag (00h = not locked)
SeeAlso: #02278
--------N-21F220SF00-------------------------
INT 21 - Novell NetWare - OPEN SEMAPHORE (OLD)
	AX = F220h subfn 00h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02280)
	ES:DI -> reply buffer (see #02281)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=C500h,AX=F220h/SF=01h,AX=F220h/SF=03h

Format of NetWare "Open Semaphore (old)" request packet:
Offset	Size	Description	(Table 02280)
 00h	BYTE	00h (subfunction "Open Semaphore (old)")
 01h	BYTE	initial value of semaphore ( >= 0)
 02h	BYTE	length of semaphore's name (max 512)
 03h  N BYTEs	semaphore name
SeeAlso: #02281,#02282

Format of NetWare "Open Semaphore (old)" reply packet:
Offset	Size	Description	(Table 02281)
 00h	DWORD	semaphore handle
 04h	BYTE	number of processes using semaphore (including caller)
SeeAlso: #02280,#02283
--------N-21F220SF01-------------------------
INT 21 - Novell NetWare - EXAMINE SEMAPHORE (OLD)
	AX = F220h subfn 01h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02282)
	ES:DI -> reply buffer (see #02283)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=C501h,AX=F220h/SF=00h,AX=F220h/SF=03h

Format of NetWare "Close Semaphore (old)" request packet:
Offset	Size	Description	(Table 02282)
 00h	BYTE	01h (subfunction "Examine Semaphore (old)")
 01h	DWORD	semaphore handle
SeeAlso: #02283,#02280

Format of NetWare "Close Semaphore (old)" request packet:
Offset	Size	Description	(Table 02283)
 00h	BYTE	current semaphore value
 01h	BYTE	number of processes using semaphore (including caller)
SeeAlso: #02282,#02281
--------N-21F220SF02-------------------------
INT 21 - Novell NetWare - WAIT ON SEMAPHORE (OLD)
	AX = F220h subfn 02h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02284)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=C502h,AX=F220h/SF=00h,AX=F220h/SF=03h

Format of NetWare "Wait on Semaphore (old)" request packet:
Offset	Size	Description	(Table 02284)
 00h	BYTE	02h (subfunction "Wait on Semaphore (old)")
 01h	DWORD	semaphore handle
 05h	WORD	timeout in 1/18s (0000h = return immediately)
SeeAlso: #02282,#02285
--------N-21F220SF03-------------------------
INT 21 - Novell NetWare - SIGNAL SEMAPHORE (OLD)
	AX = F220h subfn 03h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02285)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=C503h,AX=F220h/SF=02h,AX=F220h/SF=04h

Format of NetWare "Signal Semaphore (old)" request packet:
Offset	Size	Description	(Table 02285)
 00h	BYTE	03h (subfunction "Signal Semaphore (old)")
 01h	DWORD	semaphore handle
SeeAlso: #02284,#02286
--------N-21F220SF04-------------------------
INT 21 - Novell NetWare - CLOSE SEMAPHORE (OLD)
	AX = F220h subfn 04h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02286)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=C504h,AX=F220h/SF=00h,AX=F220h/SF=01h
SeeAlso: AX=F26Fh/SF=01h

Format of NetWare "Close Semaphore (old)" request packet:
Offset	Size	Description	(Table 02286)
 00h	BYTE	04h (subfunction "Close Semaphore (old)")
 01h	DWORD	semaphore handle
SeeAlso: #02285,#02483
--------N-21F222SF00-------------------------
INT 21 - Novell NetWare - TTS IS AVAILABLE
	AX = F222h subfn 00h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02287)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=C702h,AX=F222h/SF=01h,AX=F222h/SF=05h

Format of NetWare "TTS Is Available" request packet:
Offset	Size	Description	(Table 02287)
 00h	BYTE	00h (subfunction "TTS Is Available")
--------N-21F222SF01-------------------------
INT 21 - Novell NetWare - TTS BEGIN TRANSACTION
	AX = F222h subfn 01h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02288)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=C700h,AX=F222h/SF=02h,AX=F222h/SF=03h

Format of NetWare "TTS Begin Transaction" request packet:
Offset	Size	Description	(Table 02288)
 00h	BYTE	01h (subfunction "TTS Begin Transaction")
SeeAlso: #02289,#02291
--------N-21F222SF02-------------------------
INT 21 - Novell NetWare - TTS END TRANSACTION
	AX = F222h subfn 02h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02289)
	ES:DI -> reply buffer (see #02290)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=C701h,AX=F222h/SF=01h,AX=F222h/SF=04h

Format of NetWare "TTS End Transaction" request packet:
Offset	Size	Description	(Table 02289)
 00h	BYTE	02h (subfunction "TTS End Transaction")
SeeAlso: #02290,#02288

Format of NetWare "TTS End Transaction" reply packet:
Offset	Size	Description	(Table 02290)
 00h	DWORD	transaction number
SeeAlso: #02289,#02292
--------N-21F222SF03-------------------------
INT 21 - Novell NetWare - TTS ABORT TRANSACTION
	AX = F222h subfn 03h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02291)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=C703h,AX=F222h/SF=01h,AX=F222h/SF=02h
SeeAlso: AX=F220h/SF=04h

Format of NetWare "TTS Abort Transaction" request packet:
Offset	Size	Description	(Table 02291)
 00h	BYTE	03h (subfunction "TTS Abort Transaction")
SeeAlso: #02288,#02289
--------N-21F222SF04-------------------------
INT 21 - Novell NetWare - TTS TRANSACTION STATUS
	AX = F222h subfn 04h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02292)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=C704h,AX=F222h/SF=02h,AX=F222h/SF=03h

Format of NetWare "TTS Transaction Status" request packet:
Offset	Size	Description	(Table 02292)
 00h	BYTE	04h (subfunction "TTS Transaction Status")
 01h	DWORD	transaction number
SeeAlso: #02289,#02290
--------N-21F222SF05-------------------------
INT 21 - Novell NetWare - TTS GET APPLICATION THRESHOLDS
	AX = F222h subfn 05h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02293)
	ES:DI -> reply buffer (see #02294)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=C705h,AX=F222h/SF=06h,AX=F222h/SF=07h

Format of NetWare "TTS Get Application Thresholds" request packet:
Offset	Size	Description	(Table 02293)
 00h	BYTE	05h (subfunction "TTS Get Application Thresholds")
SeeAlso: #02294,#02295

Format of NetWare "TTS Get Application Thresholds" request packet:
Offset	Size	Description	(Table 02294)
 00h	BYTE	logical lock threshold
 01h	BYTE	physical lock threshold
SeeAlso: #02293,#02295
--------N-21F222SF06-------------------------
INT 21 - Novell NetWare - TTS SET APPLICATION THRESHOLDS
	AX = F222h subfn 06h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02295)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=C706h,AX=F222h/SF=05h,AX=F222h/SF=08h

Format of NetWare "TTS Set Application Thresholds" request packet:
Offset	Size	Description	(Table 02295)
 00h	BYTE	06h (subfunction "TTS Set Application Thresholds")
 01h	BYTE	logical lock threshold before implicit transaction started
 02h	BYTE	physical lock threshold before implicit transaction started
SeeAlso: #02294,#02298
--------N-21F222SF07-------------------------
INT 21 - Novell NetWare - TTS GET WORKSTATION THRESHOLDS
	AX = F222h subfn 07h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02296)
	ES:DI -> reply buffer (see #02297)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=C707h,AX=F222h/SF=05h,AX=F222h/SF=08h

Format of NetWare "TTS Get Workstation Thresholds" request packet:
Offset	Size	Description	(Table 02296)
 00h	BYTE	07h (subfunction "TTS Get Workstation Thresholds")
SeeAlso: #02297

Format of NetWare "TTS Get Workstation Thresholds" reply packet:
Offset	Size	Description	(Table 02297)
 00h	BYTE	logical lock threshold
 01h	BYTE	physical lock threshold
SeeAlso: #02296
--------N-21F222SF08-------------------------
INT 21 - Novell NetWare - TTS SET WORKSTATION THRESHOLDS
	AX = F222h subfn 08h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02298)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=C708h,AX=F222h/SF=06h,AX=F222h/SF=07h

Format of NetWare "TTS Set Workstation Thresholds" request packet:
Offset	Size	Description	(Table 02298)
 00h	BYTE	08h (subfunction "TTS Set Workstation Thresholds")
 01h	BYTE	logical lock threshold before implicit transaction started
 02h	BYTE	physical lock threshold before implicit transaction started
SeeAlso: #02295
--------N-21F222SF09-------------------------
INT 21 - Novell NetWare - TTS GET CONTROL FLAGS
	AX = F222h subfn 09h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02299)
	ES:DI -> reply buffer (see #02300)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=C702h,AX=F222h/SF=07h,AX=F222h/SF=0Ah

Format of NetWare "TTS Get Transaction Bits" request packet:
Offset	Size	Description	(Table 02299)
 00h	BYTE	09h (subfunction "TTS Get Transaction Bits")
SeeAlso: #02300

Format of NetWare "TTS Get Transaction Bits" reply packet:
Offset	Size	Description	(Table 02300)
 00h	BYTE	TTS control flags
		bit 0: forced (automatic) record locking enabled
		bits 1-7: reserved
SeeAlso: #02299
--------N-21F222SF0A-------------------------
INT 21 - Novell NetWare - TTS SET CONTROL FLAGS
	AX = F222h subfn 0Ah
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02301)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=C702h,AX=F222h/SF=08h,AX=F222h/SF=09h

Format of NetWare "TTS Set Transaction Bits" request packet:
Offset	Size	Description	(Table 02301)
 00h	BYTE	0Ah (subfunction "TTS Set Transaction Bits")
 01h	BYTE	TTS control flags
		bit 0: forced (automatic) record locking enabled
		bits 1-7: reserved
--------N-21F223SF01-------------------------
INT 21 - Novell NetWare v2+ - AFP CREATE DIRECTORY
	AX = F223h subfn 01h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02302)
	ES:DI -> reply buffer (see #02303)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F223h/SF=02h,AX=F223h/SF=0Dh

Format of NetWare "AFP Create Directory" request packet:
Offset	Size	Description	(Table 02302)
 00h	WORD	(big-endian) length of following data
 02h	BYTE	01h (subfunction "AFP Create Directory")
 03h	BYTE	volume number
 04h	DWORD	AFP entry ID
 08h	BYTE	reserved for future use
 09h 32 BYTEs	Finder information
 29h	BYTE	path length
 2Ah  N BYTEs	AFP-style directory pathname (relative to AFP entry ID)
SeeAlso: #02303,#02304,#02330

Format of NetWare "AFP Create Directory" reply packet:
Offset	Size	Description	(Table 02303)
 00h	DWORD	new directory ID
SeeAlso: #02302,#02331
--------N-21F223SF02-------------------------
INT 21 - Novell NetWare v2+ - AFP CREATE FILE
	AX = F223h subfn 02h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02304)
	ES:DI -> reply buffer (see #02305)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F223h/SF=02h,AX=F223h/SF=03h,AX=F223h/SF=0Dh

Format of NetWare "AFP Create File" request packet:
Offset	Size	Description	(Table 02304)
 00h	WORD	(big-endian) length of following data
 02h	BYTE	01h (subfunction "AFP Create Directory")
 03h	BYTE	volume number
 04h	DWORD	AFP entry ID
 08h	BYTE	flag: delete existing file? (00h no, 01h yes)
 09h 32 BYTEs	Finder information
 29h	BYTE	path length
 2Ah  N BYTEs	AFP-style directory pathname (relative to AFP entry ID)
SeeAlso: #02302,#02305,#02306,#02332

Format of NetWare "AFP Create File" reply packet:
Offset	Size	Description	(Table 02305)
 00h	DWORD	new file's AFP entry ID
SeeAlso: #02304,#02333
--------N-21F223SF03-------------------------
INT 21 - Novell NetWare v2+ - AFP DELETE FILE
	AX = F223h subfn 03h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02306)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
Note:	directories may be deleted if they are empty
SeeAlso: AH=F2h"Novell",AX=F223h/SF=02h,AX=F223h/SF=0Dh

Format of NetWare "AFP Delete File" request packet:
Offset	Size	Description	(Table 02306)
 00h	WORD	(big-endian) length of following data
 02h	BYTE	03h (subfunction "AFP Delete File")
 03h	BYTE	volume number
 04h	DWORD	AFP entry ID
 08h	BYTE	path length
 09h  N BYTEs	AFP-style pathname (relative to AFP entry ID)
SeeAlso: #02304
--------N-21F223SF04-------------------------
INT 21 - Novell NetWare v2+ - AFP GET ENTRY ID FROM FILENAME
	AX = F223h subfn 04h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02307)
	ES:DI -> reply buffer (see #02308)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F223h/SF=06h,AX=F223h/SF=0Ch,AX=F223h/SF=12h

Format of NetWare "AFP Get Entry ID from Name" request packet:
Offset	Size	Description	(Table 02307)
 00h	WORD	(big-endian) length of following data
 02h	BYTE	04h (subfunction "AFP Get Entry ID from Name")
 03h	BYTE	volume number
 04h	DWORD	AFP entry ID
 08h	BYTE	path length
 09h  N BYTEs	AFP-style pathname (relative to AFP entry ID)
SeeAlso: #02308,#02314

Format of NetWare "AFP Get Entry ID from Name" reply packet:
Offset	Size	Description	(Table 02308)
 00h	DWORD	AFP entry ID corresponding to specified file/directory
SeeAlso: #02307,#02315
--------N-21F223SF05-------------------------
INT 21 - Novell NetWare v2+ - AFP GET FILE INFORMATION
	AX = F223h subfn 05h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02309)
	ES:DI -> reply buffer (see #02311)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F223h/SF=04h,AX=F223h/SF=09h,AX=F223h/SF=13h

Format of NetWare "AFP Get File Information" request packet:
Offset	Size	Description	(Table 02309)
 00h	WORD	(big-endian) length of following data
 02h	BYTE	05h (subfunction "AFP Get File Information")
 03h	BYTE	volume number
 04h	DWORD	AFP entry ID
 08h	WORD	request bitmap
 0Ah	BYTE	path length
 0Bh  N BYTEs	AFP-style pathname (relative to AFP entry ID)
SeeAlso: #02311

Bitfields for NetWare AFP request bitmap:
Bit(s)	Description	(Table 02310)
 0	return AFP entry ID
 1	return data fork length
 2	return resource fork length
 3	return number of contained files/subdirectories
 4	return owner ID
 5	return short name
 6	return access rights
 7	??? (unused?)
 8	return attributes
 9	return parent directory ID
 10	return creation date
 11	return last-access date
 12	return last-modified date and time
 13	return last-backup date and time
 14	return Finder information
 15	return long name
SeeAlso: #02309,#02336,#02337

Format of NetWare "AFP Get File Information" reply packet:
Offset	Size	Description	(Table 02311)
 00h	DWORD	AFP entry ID for specified file
 04h	DWORD	AFP entry ID for specified file's parent directory
 08h	WORD	directory/file attributes (see #02312)
 0Ah	DWORD	length of data fork
 0Eh	DWORD	length of resource fork
 12h	WORD	total files and subdirectories contained within entry
		always 0000h if entry is a file
 14h	WORD	creation date in AFP format
 16h	WORD	last-access date in AFP format
 18h	WORD	last-modified date in AFP format
 1Ah	WORD	last-modified time in AFP format
 1Ch	WORD	last-backup date in AFP format
 1Eh	WORD	last-backup time in AFP format
 20h 32 BYTEs	Finder information
 40h 32 BYTEs	long filename
 60h	DWORD	NetWare object ID of owner
 64h 12 BYTEs	short filename (MS-DOS 8.3 format)
 70h	WORD	access privileges (see #02313)
SeeAlso: #02309,#02338

Bitfields for NetWare AFP file/directory attributes:
Bit(s)	Description	(Table 02312)
 0	search mode
 1	search mode
 2	search mode
 3	(undefined)
 4	transaction
 5	index
 6	read audit
 7	write audit
 8	read-only
 9	hidden
 10	system
 11	execute-only
 12	subdirectory
 13	archive
 14	(undefined)
 15	shareable file
SeeAlso: #02311,#02322,#02337

Bitfields for NetWare AFP access privileges:
Bit(s)	Description	(Table 02313)
 8	read (files)
 9	write (files)
 10	open (files)
 11	create (files)
 12	delete (files)
 13	parental (directories): create/delete/rename subdirectories
 14	search (directories)
 15	modify file status flags
SeeAlso: #02311,#02337,#02327
--------N-21F223SF06-------------------------
INT 21 - Novell NetWare v2+ - AFP GET ENTRY ID FROM NETWARE HANDLE
	AX = F223h subfn 06h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02314)
	ES:DI -> reply buffer (see #02315)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F223h/SF=04h,AX=F223h/SF=0Ch,AX=F223h/SF=12h

Format of NetWare "AFP Get Entry ID from NetWare Handle" request packet:
Offset	Size	Description	(Table 02314)
 00h	WORD	(big-endian) length of following data
 02h	BYTE	06h (subfunction "AFP Get Entry ID from NetWare Handle")
 03h  6 BYTEs	NetWare file handle
SeeAlso: #02315,#02307

Format of NetWare "AFP Get Entry ID from NetWare Handle" reply packet:
Offset	Size	Description	(Table 02315)
 00h	BYTE	volume number
 01h	DWORD	AFP entry ID corresponding to same file as NetWare handle
 05h	BYTE	fork indicator (00h data fork, 01h resource fork)
SeeAlso: #02314,#02308
--------N-21F223SF07-------------------------
INT 21 - Novell NetWare v2+ - AFP RENAME
	AX = F223h subfn 07h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02316)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F223h/SF=01h,AX=F223h/SF=03h,AX=F223h/SF=08h

Format of NetWare "AFP Rename" request packet:
Offset	Size	Description	(Table 02316)
 00h	WORD	(big-endian) length of following data
 02h	BYTE	07h (subfunction "AFP Rename")
 03h	BYTE	volume number
 04h	DWORD	source AFP entry ID
 08h	DWORD	destination AFP entry ID
 0Ch	BYTE	source path length
 0Dh  N BYTEs	AFP-style source path (relative to source AFP entry ID)
	BYTE	destination path length
      N BYTEs	AFP-style destination path (relative to destination entry ID)
Note:	the file may be moved from one directory to another without being
	  renamed by setting the destination path to the empty string
--------N-21F223SF08-------------------------
INT 21 - Novell NetWare v2+ - AFP OPEN FILE FORK
	AX = F223h subfn 08h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02317)
	ES:DI -> reply buffer (see #02318)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F223h/SF=01h,AX=F223h/SF=05h,AX=F223h/SF=09h

Format of NetWare "AFP Open File Fork" request packet:
Offset	Size	Description	(Table 02317)
 00h	WORD	(big-endian) length of following data
 02h	BYTE	08h (subfunction "AFP Open File Fork")
 03h	BYTE	volume number
 04h	DWORD	AFP entry ID
 08h	BYTE	fork indicator (00h = data fork, 01h = resource fork)
 09h	BYTE	access mode
		bit 0: read
		bit 1: write
		bit 2: deny read access to others
		bit 3: deny write access to others
		bit 4: compatibility mode (should be set)
 0Ah	BYTE	path length
 0Bh  N BYTEs	AFP-style pathname (relative to AFP entry ID)
SeeAlso: #02318

Format of NetWare "AFP Open File Fork" reply packet:
Offset	Size	Description	(Table 02318)
 00h	DWORD	AFP entry ID for newly-opened file fork
 04h	DWORD	length of opened fork
 08h  6 BYTEs	NetWare file handle
SeeAlso: #02317
--------N-21F223SF09-------------------------
INT 21 - Novell NetWare v2+ - AFP SET FILE INFORMATION
	AX = F223h subfn 09h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02319)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F223h/SF=05h,AX=F223h/SF=0Ah,AX=F223h/SF=13h

Format of NetWare "AFP Set File Information" request packet:
Offset	Size	Description	(Table 02319)
 00h	WORD	(big-endian) length of following data
 02h	BYTE	09h (subfunction "AFP Set File Information")
 03h	BYTE	volume number
 04h	DWORD	AFP entry ID
 08h	WORD	request bitmap (see #02320)
 0Ah	WORD	directory/file attributes (see #02335)
 0Ch	WORD	creation date in AFP format
 0Eh	WORD	last-access date in AFP format
 10h	WORD	last-modified date in AFP format
 12h	WORD	last-modified time in AFP format
 14h	WORD	last-backup date in AFP format
 16h	WORD	last-backup time in AFP format
 18h 32 BYTEs	Finder information
 38h	BYTE	path length
 39h  N BYTEs	AFP-style pathname (relative to AFP entry ID)
SeeAlso: #02334

Bitfields for NetWare AFP request bitmap:
Bit(s)	Description	(Table 02320)
 8	set attributes
 10	set creation date
 11	set last-access date
 12	set last-modified date
 13	set last-backup date
 14	set Finder information
SeeAlso: #02319,#02334
--------N-21F223SF0A-------------------------
INT 21 - Novell NetWare v2+ - AFP SCAN FILE INFORMATION
	AX = F223h subfn 0Ah
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02321)
	ES:DI -> reply buffer (see #02323)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F223h/SF=01h,AX=F223h/SF=03h,AX=F223h/SF=08h

Format of NetWare "AFP Scan File Information" request packet:
Offset	Size	Description	(Table 02321)
 00h	WORD	(big-endian) length of following data
 02h	BYTE	0Ah (subfunction "AFP Scan File Information")
 03h	BYTE	volume number
 04h	DWORD	AFP entry ID
 08h	DWORD	AFP last-seen ID (from previous call)
		FFFFFFFFh on first call
 0Ch	WORD	number of entries to return (max. 4)
 0Eh	WORD	search bitmap (see #02322)
 10h	WORD	request bitmap (see #02310)
 12h	BYTE	path length
 13h  N BYTEs	AFS-style directory path (relative to AFP entry ID)
SeeAlso: #02323,#02336

Bitfields for NetWare AFP search bitmap:
Bit(s)	Description	(Table 02322)
 8	hidden files and directories
 9	system files and directories
 10	subdirectories
 11	files
SeeAlso: #02321,#02336,#02310,#02312

Format of NetWare "AFP Scan File Information" reply packet:
Offset	Size	Description	(Table 02323)
 00h	WORD	number of entries returned
 02h 120N BYTEs	file information records (see #02324)
SeeAlso: #02321

Format of NetWare AFP file information:
Offset	Size	Description	(Table 02324)
 00h	DWORD	AFP entry ID
 04h	DWORD	parent directory's AFP entry ID
 08h	WORD	directory/file attributes (see #02312)
 0Ah	DWORD	length of data fork
 0Eh	DWORD	length of resource fork
 12h	WORD	total files and subdirectories contained within entry
		always 0000h if entry is a file
 14h	WORD	creation date in AFP format
 16h	WORD	last-access date in AFP format
 18h	WORD	last-modified date in AFP format
 1Ah	WORD	last-modified time in AFP format
 1Ch	WORD	last-backup date in AFP format
 1Eh	WORD	last-backup time in AFP format
 20h 32 BYTEs	Finder information
 40h 32 BYTEs	long filename
 60h	DWORD	NetWare object ID of owner
 64h 12 BYTEs	short filename (MS-DOS 8.3 format)
 70h	WORD	access privileges (see #02313)
SeeAlso: #02323
--------N-21F223SF0B-------------------------
INT 21 - Novell NetWare v2+ - AFP ALLOCATE TEMPORARY DIRECTORY HANDLE
	AX = F223h subfn 0Bh
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02325)
	ES:DI -> reply buffer (see #02326)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F223h/SF=0Dh

Format of NetWare "AFP Alloc Temporary Directory Handle" request packet:
Offset	Size	Description	(Table 02325)
 00h	WORD	(big-endian) length of following data
 02h	BYTE	0Bh (subfunction "AFT Alloc Temporary Directory Handle")
 03h	BYTE	volume number
 04h	DWORD	AFP entry ID
 08h	BYTE	path length
 09h  N BYTEs	AFP-style pathname
SeeAlso: #02326

Format of NetWare "AFP Alloc Temporary Directory Handle" request packet:
Offset	Size	Description	(Table 02326)
 00h	BYTE	directory handle
 01h	BYTE	NetWare access rights (see #02327)
SeeAlso: #02325

Bitfields for NetWare AFP access rights:
Bit(s)	Description	(Table 02327)
 0	read
 1	write
 2	open
 3	create
 4	delete
 5	parental: create/delete/rename subdirectories
 6	search
 7	modify file status flags
SeeAlso: #02326,#02313
--------N-21F223SF0C-------------------------
INT 21 - Novell NetWare v2+ - AFP GET ENTRY ID FROM PATHNAME
	AX = F223h subfn 0Ch
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02328)
	ES:DI -> reply buffer (see #02329)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F223h/SF=04h,AX=F223h/SF=06h,AX=F223h/SF=12h

Format of NetWare "AFP Get Entry ID from Path Name" request packet:
Offset	Size	Description	(Table 02328)
 00h	WORD	(big-endian) length of following data
 02h	BYTE	0Ch (subfunction "AFP Get Entry ID from Path Name")
 03h	BYTE	NetWare directory handle
 04h	BYTE	path length
 05h  N BYTEs	pathname
SeeAlso: #02329

Format of NetWare "AFP Get Entry ID from Path Name" reply packet:
Offset	Size	Description	(Table 02329)
 00h	DWORD	AFP entry ID corresponding to specified file
SeeAlso: #02328
--------N-21F223SF0D-------------------------
INT 21 - Novell NetWare v2+ - AFP 2.0 CREATE DIRECTORY
	AX = F223h subfn 0Dh
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02330)
	ES:DI -> reply buffer (see #02331)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F223h/SF=01h,AX=F223h/SF=0Eh

Format of NetWare "AFP 2.0 Create Directory" request buffer:
Offset	Size	Description	(Table 02330)
 00h	WORD	(big-endian) length of following data
 02h	BYTE	0Dh (subfunction "AFP 2.0 Create Directory")
 03h	BYTE	volume number
 04h	DWORD	AFP entry ID
 08h	BYTE	reserved for future use
 09h 32	BYTEs	Finder information
 29h  6 BYTEs	ProDOS information
 2Fh	BYTE	path length
 30h	var	AFS-style directory path (relative to AFP entry)
SeeAlso: #02331,#02302

Format of NetWare "AFP 2.0 Create Directory" reply buffer:
Offset	Size	Description	(Table 02331)
 00h	DWORD	new directory ID
SeeAlso: #02330,#02303
--------N-21F223SF0E-------------------------
INT 21 - Novell NetWare v2+ - AFP 2.0 CREATE FILE
	AX = F223h subfn 0Eh
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02332)
	ES:DI -> reply buffer (see #02333)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F223h/SF=0Dh

Format of NetWare "AFP 2.0 Create File" request packet:
Offset	Size	Description	(Table 02332)
 00h	WORD	(big-endian) length of following data
 02h	BYTE	0Eh (function "AFP 2.0 Create File")
 03h	BYTE	volume number
 04h	DWORD	AFP entry ID
 08h	BYTE	flag: delete existing file? (00h no, 01h yes)
 09h 32 BYTEs	Finder information
 29h  6 BYTEs	ProDOS information
 2Fh	BYTE	path length
 30h	var	AFP-style pathname (relative to AFP entry ID)
SeeAlso: #02333,#02304

Format of NetWare "AFP 2.0 Create File" reply packet:
Offset	Size	Description	(Table 02333)
 00h	DWORD	new file ID
SeeAlso: #02332,#02305
--------N-21F223SF10-------------------------
INT 21 - Novell NetWare v2+ - AFP 2.0 SET FILE INFORMATION
	AX = F223h subfn 10h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02334)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F223h/SF=09h,AX=F223h/SF=11h

Format of NetWare "AFP 2.0 Set File Information" request packet:
Offset	Size	Description	(Table 02334)
 00h	WORD	(big-endian) length of following data
 02h	BYTE	10h (subfunction "AFS 2.0 Set File Information")
 03h	BYTE	volume number
 04h	DWORD	AFP entry ID
 08h	WORD	request bitmap (see #02320)
 0Ah	WORD	directory/file attributes (see #02335)
 0Ch	WORD	creation date in AFP format
 0Eh	WORD	last-access date in AFP format
 10h	WORD	last-modified date in AFP format
 12h	WORD	last-modified time in AFP format
 14h	WORD	last-backup date in AFP format
 16h	WORD	last-backup time in AFP format
 18h 32 BYTEs	Finder information
 38h  6 BYTEs	ProDOS information
 3Eh	BYTE	path length
 3Fh  N BYTEs	AFP-style pathname (relative to AFP entry ID)
SeeAlso: #02319

Bitfields for NetWare AFP directory/file attributes:
Bit(s)	Description	(Table 02335)
 0	read-only
 1	hidden
 2	system
 3	execute-only
 4	subdirectory
 5	archive
 7	shareable file
SeeAlso: #02334
--------N-21F223SF11-------------------------
INT 21 - Novell NetWare v2+ - AFP 2.0 SCAN FILE INFORMATION
	AX = F223h subfn 11h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02336)
	ES:DI -> reply buffer (see #02337)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F223h/SF=0Dh,AX=F223h/SF=10h

Format of NetWare "AFP 2.0 Scan File Information" request packet:
Offset	Size	Description	(Table 02336)
 00h	WORD	(big-endian) length of following data
 02h	BYTE	11h (subfunction "AFP 2.0 Scan File Information")
 03h	BYTE	volume number
 04h	DWORD	AFP entry ID
 08h	DWORD	AFP last-seen ID (from previous call)
		FFFFFFFFh on first call
 0Ch	WORD	number of entries to return (max. 4)
 0Eh	WORD	search bitmap (see #02322)
 10h	WORD	request bitmap (see #02310)
 12h	BYTE	path length
 13h  N BYTEs	AFS-style directory path (relative to AFP entry ID)
SeeAlso: #02337

Format of NetWare "AFP 2.0 Scan File Information" reply packet:
Offset	Size	Description	(Table 02337)
 00h	WORD	number of entries returned
 02h 120N BYTEs	file information records (see #02338)
SeeAlso: #02336

Format of NetWare AFP 2.0 file information:
Offset	Size	Description	(Table 02338)
 00h	DWORD	AFP entry ID
 04h	DWORD	parent directory's AFP entry ID
 08h	WORD	directory/file attributes (see #02312)
 0Ah	DWORD	length of data fork
 0Eh	DWORD	length of resource fork
 12h	WORD	total files and subdirectories contained within entry
		always 0000h if entry is a file
 14h	WORD	creation date in AFP format
 16h	WORD	last-access date in AFP format
 18h	WORD	last-modified date in AFP format
 1Ah	WORD	last-modified time in AFP format
 1Ch	WORD	last-backup date in AFP format
 1Eh	WORD	last-backup time in AFP format
 20h 32 BYTEs	Finder information
 40h 32 BYTEs	long filename
 60h	DWORD	NetWare object ID of owner
 64h 12 BYTEs	short filename (MS-DOS 8.3 format)
 70h	WORD	access privileges (see #02313)
 72h  6 BYTEs	ProDOS information
SeeAlso: #02337,#02310,#02311
--------N-21F223SF12-------------------------
INT 21 - Novell NetWare v2+ - AFP GET DOS FILENAME FROM ENTRY ID
	AX = F223h subfn 12h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02339)
	ES:DI -> reply buffer (see #02340)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F223h/SF=04h,AX=F223h/SF=06h

Format of NetWare "AFP Get DOS Name from Entry ID" request packet:
Offset	Size	Description	(Table 02339)
 00h	WORD	(big-endian) length of following data
 02h	BYTE	12h (subfunction "AFP Get DOS Name From Entry ID")
 03h	BYTE	volume number
 04h	DWORD	AFP entry ID
SeeAlso: #02340

Format of NetWare "AFP Get DOS Name from Entry ID" reply packet:
Offset	Size	Description	(Table 02340)
 00h	BYTE	length of DOS pathname
 01h  N BYTEs	pathname corresponding to AFP entry ID
SeeAlso: #02339
--------N-21F223SF13-------------------------
INT 21 - Novell NetWare v2+ - AFP GET MACINTOSH INFORMATION ON DELETED FILE
	AX = F223h subfn 13h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02341)
	ES:DI -> reply buffer (see #02342)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F223h/SF=04h,AX=F223h/SF=05h,AX=F223h/SF=09h

Format of NetWare "AFP Get Macintosh Info on Deleted File" request packet:
Offset	Size	Description	(Table 02341)
 00h	WORD	(big-endian) length of following data
 02h	BYTE	13h (subfunction "AFP Get Macintosh Info on Deleted File")
 03h	BYTE	volume number
 04h	DWORD	server's DOS directory entry index
SeeAlso: #02342

Format of NetWare "AFP Get Macintosh Info on Deleted File" reply packet:
Offset	Size	Description	(Table 02342)
 00h 32 BYTEs	Finder information
 20h  6 BYTEs	ProDOS information
 26h	DWORD	size of resource fork
 2Ah	BYTE	length of filename
 2Bh  N BYTEs	filename
SeeAlso: #02341
--------N-21F23D-----------------------------
INT 21 - Novell NetWare - COMMIT FILE
	AX = F23Dh
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02347)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=3Eh,AH=F2h"Novell",AX=F23Eh,AX=F243h
--------N-21F23E-----------------------------
INT 21 - Novell NetWare - FILE SEARCH INITIALIZE (FindFirst)
	AX = F23Eh
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02343)
	ES:DI -> reply buffer (see #02344)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=4Eh,AH=F2h"Novell",AX=F23Fh,AX=F242h

Format of NetWare "File Search Initialize" request packet:
Offset	Size	Description	(Table 02343)
 00h	BYTE	directory handle
 01h	BYTE	length of directory path
 02h  N BYTEs	path of directory to search, in VOLUME:DIRECTORY/... format
SeeAlso: #02344,#02345

Format of NetWare "File Search Initialize" reply packet:
Offset	Size	Description	(Table 02344)
 00h	BYTE	volume number
 01h	WORD	directory ID
 03h	WORD	search sequence number
 05h	BYTE	directory access rights
SeeAlso: #02343,#02346
--------N-21F23F-----------------------------
INT 21 - Novell NetWare - FILE SEARCH CONTINUE (FindNext)
	AX = F23Fh
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02345)
	ES:DI -> reply buffer (see #02346)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=4Eh,AH=F2h"Novell",AX=F23Eh,AX=F242h

Format of NetWare "File Search Continue" request packet:
Offset	Size	Description	(Table 02345)
 00h	BYTE	volume number
 02h	WORD	directory ID from File Search Initialize
 04h	WORD	search sequence (set to FFFFh before first call)
 06h	BYTE	search attributes
 07h	BYTE	length of search directory path
 08h  N BYTEs	name of search directory in VOLUME:DIRECTORY/.../DIR format
SeeAlso: #02346

Format of NetWare "File Search Continue" reply packet:
Offset	Size	Description	(Table 02346)
 00h	WORD	next search sequence
 02h	WORD	directory ID from File Search Initialize
 04h	WORD	reserved for future use
 06h 14 BYTEs	filename
 14h	BYTE	file attributes
 15h	BYTE	file mode
 16h	DWORD	file length
 2Ah	WORD	creation date
 2Ch	WORD	last-access date
 2Eh	WORD	last-modification date
 30h	WORD	last-modification time
SeeAlso: #02345
--------N-21F242-----------------------------
INT 21 - Novell NetWare - CLOSE FILE
	AX = F242h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02347)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=3Eh,AH=F2h"Novell",AX=F23Eh,AX=F243h,AX=F24Ah

Format of NetWare "Commit/Close File" request packet:
Offset	Size	Description	(Table 02347)
 00h	BYTE	reserved (0)
 01h  6 BYTEs	NetWare file handle
--------N-21F243-----------------------------
INT 21 - Novell NetWare - CREATE FILE
	AX = F243h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02348)
	ES:DI -> reply buffer (see #02349)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=3Ch,AH=F2h"Novell",AX=F23Eh,AX=F242h,AX=F24Ah,AX=F24Dh

Format of NetWare "Create File" request packet:
Offset	Size	Description	(Table 02348)
 00h	BYTE	directory handle
 01h	BYTE	file attributes
 02h	BYTE	length of filename
 03h  N BYTEs	filename in DOS format
SeeAlso: #02349

Format of NetWare "Create File" reply packet:
Offset	Size	Description	(Table 02349)
 00h  6 BYTEs	NetWare file handle
 06h	WORD	reserved
 08h 14 BYTEs	DOS-format filename
 16h	BYTE	file attributes
 17h	BYTE	file execute type
 18h	DWORD	file length
 1Ch	WORD	creation date
 1Eh	WORD	last-access date
 20h	WORD	last-modification date
 22h	WORD	last-modification time
SeeAlso: #02348
--------N-21F244-----------------------------
INT 21 - Novell NetWare - FILE SERVICES - ERASE FILE
	AX = F244h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02351)
	ES:DI ignored
Return: AL = status (see #02350)
Note:	this function only marks the file for deletion; use AH=E2h/SF=CEh to
	  actually delete all marked files
SeeAlso: AH=13h,AH=41h,AH=E2h/SF=0Bh,AH=E3h/SF=CEh

(Table 02350)
Values for NetWare function status:
 00h	successful
 98h	nonexistent volume
 9Bh	invaid directory handle
 9Ch	invalid path
 FFh	no files found
SeeAlso: #02094,#02860 at INT 2F/AX=7A20h/BX=0000h

Format of NetWare "Erase Files" request packet:
Offset	Size	Description	(Table 02351)
 00h	BYTE	directory handle
 01h	BYTE	search attributes (see #01420 at AX=4301h)
 02h	BYTE	length of filespec
 03h  N BYTEs	ASCIZ filespec (may include wildcards)
--------N-21F247-----------------------------
INT 21 - Novell NetWare - GET CURRENT FILE SIZE
	AX = F247h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02352)
	ES:DI -> reply buffer (see #02353)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=42h,AH=F2h"Novell",AX=F23Eh,AX=F242h,AX=F24Ah,AX=F24Dh

Format of NetWare "Get Current Size of File" request packet:
Offset	Size	Description	(Table 02352)
 00h	BYTE	reserved for future use
 01h  6 BYTEs	NetWare file handle
SeeAlso: #02353

Format of NetWare "Get Current Size of File" reply packet:
Offset	Size	Description	(Table 02353)
 00h	DWORD	current size of file
SeeAlso: #02352
--------N-21F24A-----------------------------
INT 21 - Novell NetWare - COPY FROM ONE FILE TO ANOTHER
	AX = F24Ah
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02354)
	ES:DI -> reply buffer (see #02355)
Return: AX = status (see #02350)
Note:	this function only marks the file for deletion; use AH=E2h/SF=CEh to
	  actually delete all marked files
SeeAlso: AH=F2h"Novell",AX=F243h,AX=F247h,AH=F3h"NetWare"

Format of NetWare "Copy from One File to Another" request packet:
Offset	Size	Description	(Table 02354)
 00h	BYTE	reserved for future use
 01h  6 BYTEs	source NetWare file handle
 07h  6 BYTEs	destination NetWare file handle
 0Dh	DWORD	source file offset
 11h	DWORD	destination file offset
 15h	DWORD	number of bytes to copy
SeeAlso: #02355

Format of NetWare "Copy from One File to Another" reply packet:
Offset	Size	Description	(Table 02355)
 00h	DWORD	number of bytes actually copied
SeeAlso: #02354
--------N-21F24D-----------------------------
INT 21 - Novell NetWare - CREATE NEW FILE
	AX = F24Dh
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02356)
	ES:DI -> reply buffer (see #02357)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AX=6C00h,AH=F2h"Novell",AX=F23Eh,AX=F242h,AX=F243h

Format of NetWare "Create New File" request packet:
Offset	Size	Description	(Table 02356)
 00h	BYTE	directory handle
 01h	BYTE	file attributes
 02h	BYTE	length of filename
 03h  N BYTEs	filename in DOS format
SeeAlso: #02357

Format of NetWare "Create New File" reply packet:
Offset	Size	Description	(Table 02357)
 00h  6 BYTEs	NetWare file handle
 06h	WORD	reserved
 08h 14 BYTEs	DOS-format filename
 16h	BYTE	file attributes
 17h	BYTE	file execute type
 18h	DWORD	file length
 1Ch	WORD	creation date
 1Eh	WORD	last-access date
 20h	WORD	last-modification date
 22h	WORD	last-modification time
SeeAlso: #02356
--------N-21F24E-----------------------------
INT 21 - Novell NetWare v2+ - ALLOW TASK ACCESS TO FILE
	AX = F24Eh
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02358)
	ES:DI -> reply buffer (see #02359)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
	reply buffer filled
Desc:	allow calling task to gain access to an already-open file belonging
	  to another task of the same client
Note:	the caller receives the same access rights as the owning task, and
	  must use the returned new handle to access the file
SeeAlso: AH=F2h"NetWare",AX=F244h

Format of NetWare "Allow Task Access to File" request packet:
Offset	Size	Description	(Table 02358)
 00h	BYTE	reserved for future use
 01h  6 BYTEs	NetWare file handle
SeeAlso: #02359

Format of NetWare "Allow Task Access to File" reply packet:
Offset	Size	Description	(Table 02359)
 00h  6 BYTEs	new file handle
SeeAlso: #02358
--------N-21F256SF01-------------------------
INT 21 - Novell NetWare - CLOSE EXTENDED ATTRIBUTE HANDLE
	AX = F256h subfn 01h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02360)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F256h/SF=02h,AX=F256h/SF=04h,AX=F256h/SF=05h

Format of NetWare "Close Extended Attribute Handle" request packet:
Offset	Size	Description	(Table 02360)
 00h	BYTE	01h (subfunction "Close Extended Attribute Handle")
 01h	WORD	reserved for future use
 03h	DWORD	extended attribute handle
--------N-21F256SF02-------------------------
INT 21 - Novell NetWare - WRITE EXTENDED ATTRIBUTE
	AX = F256h subfn 02h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02361)
	ES:DI -> reply buffer (see #02362)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F256h/SF=01h,AX=F256h/SF=03h,AX=F256h/SF=05h

Format of NetWare "Write Extended Attribute" request packet:
Offset	Size	Description	(Table 02361)
 00h	BYTE	02h (subfunction "Write Extended Attribute")
 01h	WORD	flags (see #02372)
 03h  8 BYTEs	extended attribute handle structure (see #02373)
 0Bh	DWORD	write size
 0Fh	DWORD	write position
 13h	DWORD	access flag
 17h	WORD	length of value
 19h	WORD	key length
 1Bh  N BYTEs	key
      N BYTEs	value
SeeAlso: #02361,#02363

Format of NetWare "Write Extended Attribute" reply packet:
Offset	Size	Description	(Table 02362)
 00h	DWORD	error code
 04h	DWORD	number of bytes written
 08h	DWORD	new extended attribute handle
SeeAlso: #02361
--------N-21F256SF03-------------------------
INT 21 - Novell NetWare - READ EXTENDED ATTRIBUTE
	AX = F256h subfn 03h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02363)
	ES:DI -> reply buffer (see #02364)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F256h/SF=01h,AX=F256h/SF=04h,AX=F256h/SF=05h

Format of NetWare "Read Extended Attribute" request packet:
Offset	Size	Description	(Table 02363)
 00h	BYTE	03h (subfunction "Read Extended Attribute")
 01h	WORD	flags (see #02372)
 03h  8 BYTEs	extended attribute handle structure (see #02373)
 0Bh	DWORD	read position
 0Fh	DWORD	inspect size
 13h	WORD	key length
 15h  N BYTEs	key
SeeAlso: #02364,#02361

Format of NetWare "Read Extended Attribute" reply packet:
Offset	Size	Description	(Table 02364)
 00h	DWORD	error code
 04h	DWORD	total extended attribute value length
 08h	DWORD	new extended attribute handle
 0Ch	DWORD	access flag
 10h	WORD	value length
 12h  N BYTEs	EA value
SeeAlso: #02363
--------N-21F256SF04-------------------------
INT 21 - Novell NetWare - ENUMERATE EXTENDED ATTRIBUTES
	AX = F256h subfn 04h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02365)
	ES:DI -> reply buffer (see #02366)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F256h/SF=01h,AX=F256h/SF=02h,AX=F256h/SF=05h

Format of NetWare "Enumerate Extended Attributes" request packet:
Offset	Size	Description	(Table 02365)
 00h	BYTE	04h (subfunction "Enumerate Extended Attributes")
 01h	WORD	flags (see #02372)
 03h  8 BYTEs	extended attribute handle structure (see #02373)
 0Bh	DWORD	inspect size
 0Fh	WORD	enumeration sequence
 11h	WORD	key length
 13h  N BYTEs	key
SeeAlso: #02366

Format of NetWare "Enumerate Extended Attributes" reply packet:
Offset	Size	Description	(Table 02366)
 00h	DWORD	error code
 04h	DWORD	total extended attributes
 08h	DWORD	total extended attribute data size
 0Ch	DWORD	total extended attribute key size
 10h	DWORD	new extended attribute handle
---information level 0---
 14h  2 WORDs	reserved
---information level 1---
 14h	WORD	number of enumerated extended attribute structures
 16h	var	EA structure level 1
---information level 6---
 14h	WORD	reserved
 16h	var	EA structure level 6
---information level 7---
 14h	WORD	number of enumerated extended attribute structures
 16h	var	EA structure level 7
SeeAlso: #02365

Format of NetWare Extended Attribute structure level 1:
Offset	Size	Description	(Table 02367)
 00h	DWORD	length of EA value
 04h	WORD	length of EA key
 06h	DWORD	access flag
 0Ah  N BYTEs	key
SeeAlso: #02366,#02368,#02369

Format of NetWare Extended Attribute structure level 6:
Offset	Size	Description	(Table 02368)
 00h	DWORD	length of EA value
 04h	WORD	length of EA key
 06h	DWORD	access flag
 0Ah	DWORD	key extents
 0Eh	DWORD	value extents
 12h  N BYTEs	key
SeeAlso: #02366,#02367,#02369

Format of NetWare Extended Attribute structure level 7:
Offset	Size	Description	(Table 02369)
 00h	BYTE	key length
 01h  N BYTEs	key
	BYTE	00h
SeeAlso: #02366,#02367,#02368
--------N-21F256SF05-------------------------
INT 21 - Novell NetWare - DUPLICATE EXTENDED ATTRIBUTES
	AX = F256h subfn 05h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02370)
	ES:DI -> reply buffer (see #02371)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F256h/SF=01h,AX=F256h/SF=02h,AX=F256h/SF=04h

Format of NetWare "Duplicate Extended Attributes" request packet:
Offset	Size	Description	(Table 02370)
 00h	BYTE	05h (subfunction "Duplicate Extended Attributes")
 01h	WORD	source flags (see #02372)
 03h	WORD	destination flags (see #02372)
 05h  8 BYTEs	source extended attribute structure (see #02373)
 0Dh  8 BYTEs	destination extended attribute structure (see #02373)
SeeAlso: #02371

Format of NetWare "Duplicate Extended Attributes" reply packet:
Offset	Size	Description	(Table 02371)
 00h	DWORD	number duplicated
 04h	DWORD	data size duplicated
 08h	DWORD	key size duplicated
SeeAlso: #02370

Bitfields for NetWare extended attribute flags:
Bit(s)	Description	(Table 02372)
 1-0	extended attribute handle structure type
	00 volume number and directory entry number
	01 NetWare file handle
	10 extended attribute handle
	11 not used
 2	close handle on error
 6-4	information level (0,1,6,7)
 7	not used
SeeAlso: #02370,#02373

Format of NetWare extended attribute structure:
Offset	Size	Description	(Table 02373)
---type 0---
 00h	DWORD	volume number
 04h	DWORD	directory entry number
---type 1---
 00h	DWORD	NetWare file handle
 04h  4 BYTEs	unused
---type 2---
 00h	DWORD	extended attribute handle
 04h  4 BYTEs	unused
SeeAlso: #02372
--------N-21F257SF01-------------------------
INT 21 - Novell NetWare - OPEN/CREATE FILE OR SUBDIRECTORY
	AX = F257h subfn 01h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02374)
	ES:DI -> reply buffer (see #02375)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=6C00h,AX=F257h/SF=02h,AX=F257h/SF=04h

Format of NetWare "Open/Create File or Subdirectory" request packet:
Offset	Size	Description	(Table 02374)
 00h	BYTE	01h (subfunction "Open/Create File or Subdirectory")
 01h	BYTE	name space (see #02387)
 02h	BYTE	open/create mode
 03h	WORD	search attributes
 05h	DWORD	return information mask
 09h	DWORD	create attributes
 0Dh	WORD	desired access rights (see #02377)
 0Fh		NetWare handle/path structure
SeeAlso: #02375

Format of NetWare "Open/Create File or Subdirectory" reply packet:
Offset	Size	Description	(Table 02375)
 00h	DWORD	file handle
 04h	BYTE	open/create action
		00h open
		01h replace
		03h create
 05h	BYTE	reserved
SeeAlso: #02374

Format of NetWare Handle/Path structure:
Offset	Size	Description	(Table 02376)
 00h	BYTE	volume number
 01h	DWORD	directory base or short handle
 05h	BYTE	handle flag
		00h short directory handle
		01h directory base
		FFh no handle
 06h	BYTE	path component count
 07h  N BYTEs	path component

Bitfields for NetWare desired access rights:
Bit(s)	Description	(Table 02377)
 0	read-only mode
 1	write-only
 2	deny read
 3	deny write
 4	compatibility mode
 6	write-through mode
SeeAlso: #02374
--------N-21F257SF02-------------------------
INT 21 - Novell NetWare - INITIALIZE SEARCH
	AX = F257h subfn 02h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02378)
	ES:DI -> reply buffer (see #02379)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=4Eh,AH=F2h"Novell",AX=F257h/SF=01h,AX=F257h/SF=03h

Format of NetWare "Initialize Search" request packet:
Offset	Size	Description	(Table 02378)
 00h	BYTE	02h (subfunction "Initialize Search")
 01h	BYTE	name space (see #02387)
 02h	BYTE	reserved for future use
 03h		NetWare Handle/Path structure (see #02376)
SeeAlso: #02379

Format of NetWare "Initialize Search" reply packet:
Offset	Size	Description	(Table 02379)
 00h  9 BYTEs	search sequence
		BYTE	volume number
		DWORD	directory number
		DWORD	current directory number
SeeAlso: #02378
--------N-21F257SF03-------------------------
INT 21 - Novell NetWare - SCAN NAMESPACE ENTRY INFO
	AX = F257h subfn 03h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02380)
	ES:DI -> reply buffer (see #02381)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F257h/SF=04h,AX=F257h/SF=05h

Format of NetWare "Search for File or Subdirectory" request packet:
Offset	Size	Description	(Table 02380)
 00h	BYTE	03h (subfunction "Search for File or Subdirectory")
	???
SeeAlso: #02381

Format of NetWare "Search for File or Subdirectory" reply packet:
Offset	Size	Description	(Table 02381)
 00h	???
SeeAlso: #02380
--------N-21F257SF04-------------------------
INT 21 - Novell NetWare - RENAME OR MOVE FILE OR SUBDIRECTORY
	AX = F257h subfn 04h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02382)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=56h,AH=F2h"Novell",AX=F257h/SF=02h,AX=F257h/SF=03h,AX=F257h/SF=05h

Format of NetWare "Rename or Move File or Subdirectory" request packet:
Offset	Size	Description	(Table 02382)
 00h	BYTE	04h (subfunction "Rename or Move File or Subdirectory")
 01h	BYTE	name space (see #02387)
 02h	BYTE	rename flags
		bit 0: rename successful
		bit 1: compatibility mode
 03h	WORD	search attributes
 05h		source NetWare Handle Path
		destination NetWare Handle Path
--------N-21F257SF05-------------------------
INT 21 - Novell NetWare - SCAN FILE OR SUBDIRECTORY FOR TRUSTEES
	AX = F257h subfn 05h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02383)
	ES:DI -> reply buffer (see #02384)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F257h/SF=04h,AX=F257h/SF=06h

Format of NetWare "Scan File or Subdirectory for Trustees" request packet:
Offset	Size	Description	(Table 02383)
 00h	BYTE	05h (subfunction "Scan File or Subdirectory for Trustees")
 01h	BYTE	name space (see #02387)
 02h	BYTE	reserved for future use
 03h	DWORD	scan sequence (set to 00000000h before first call)
 07h		NetWare Handle/Path structure (see #02376)
SeeAlso: #02384

Format of NetWare "Scan File or Subdirectory for Trustees" reply packet:
Offset	Size	Description	(Table 02384)
 00h	DWORD	next scan sequence or FFFFFFFFh if no more
 04h	WORD	number of trustee object IDs returned
 06h		trustee structure
SeeAlso: #02383
--------N-21F257SF06-------------------------
INT 21 - Novell NetWare v3+ - GET INFORMATION ABOUT FILE OR DIRECTORY
	AX = F257h subfn 06h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02385)
	ES:DI -> reply buffer (see #02388)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
	reply buffer filled
SeeAlso: AH=F2h"Novell",AX=F257h/SF=02h,AX=F257h/SF=05h,AX=F257h/SF=07h

Format of NetWare "Get NS Entry Info" request buffer:
Offset	Size	Description	(Table 02385)
 00h	BYTE	06h (subfunction "Get NS Entry Info")
 01h	BYTE	name space (see #02387)
 02h	BYTE	destination name space
 03h	WORD	search attributes
 05h	DWORD	return information mask (see #02386)
 09h	BYTE	volume number
 0Ah	DWORD	directory base
 0Eh	BYTE	handle flag
		00h first byte of dir base is dir handle; ignore volume number
		01h dir base = unique ID, volume number set
		FFh volume number and dir base ignored, volume part of path
 0Fh	BYTE	number of path components
 10h  N BYTEs	list of path components (each a counted string)
SeeAlso: #02388

Bitfields for return information mask:
Bit(s)	Description	(Table 02386)
 0	include filename
 1	data stream space allocated info
 2	attributes info
 3	data stream size info
 4	total space allocated for all data streams
 5	extended attributes info
 6	archive info
 7	modify info
 8	create info
 9	name space info
 10	directory info
 11	rights info

(Table 02387)
Values for NetWare name space:
 00h	DOS
 01h	Macintosh
 02h	NFS
 03h	FTAM
 04h	OS/2
SeeAlso: #02385,#02393

Format of NetWare "Get NS Entry Info" reply buffer:
Offset	Size	Description	(Table 02388)
 00h 72 BYTEs	reserved
 48h	DWORD	creator's name space number
 4Ch 257 BYTEs	reserved
SeeAlso: #02385
--------N-21F257SF07-------------------------
INT 21 - Novell NetWare - MODIFY FILE OR SUBDIRECTORY DOS INFORMATION
	AX = F257h subfn 07h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02389)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F257h/SF=04h,AX=F257h/SF=08h

Format of NetWare "Modify File or Subdirectory DOS Information" request packet:
Offset	Size	Description	(Table 02389)
 00h	BYTE	07h (subfunction "Modify File or Subdirectory DOS Information")
 01h	BYTE	name space (see #02387)
 02h	BYTE	reserved for future use
 03h	WORD	search attributes
 05h	DWORD	modify DOS mask
 09h		Modify DOS information structure
--------N-21F257SF08-------------------------
INT 21 - Novell NetWare - DELETE FILE/DIRECTORY
	AX = F257h subfn 08h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02390)
	ES:DI -> reply buffer (see #02391)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F257h/SF=01h,AX=F257h/SF=07h

Format of NetWare "Delete File/Directory" request packet:
Offset	Size	Description	(Table 02390)
 00h	BYTE	08h (subfunction "Delete File/Directory")
	???
SeeAlso: #02391

Format of NetWare "Delete File/Directory" reply packet:
Offset	Size	Description	(Table 02391)
 00h	???
SeeAlso: #02390
--------N-21F257SF09-------------------------
INT 21 - Novell NetWare - SET SHORT DIRECTORY HANDLE
	AX = F257h subfn 09h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02392)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F257h/SF=0Ch

Format of NetWare "Set Short Directory Handle" request packet:
Offset	Size	Description	(Table 02392)
 00h	BYTE	09h (subfunction "Set Short Directory Handle")
 01h	BYTE	name space (see #02387)
 02h	BYTE	data stream
 03h	BYTE	destination directory handle
 04h	BYTE	reserved for future use
 05h		NetWare Handle/Path structure (see #02376)
--------N-21F257SF0A-------------------------
INT 21 - Novell NetWare v3+ - ADD TRUSTEE SET TO FILE OR SUBDIRECTORY
	AX = F257h subfn 0Ah
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02393)
	ES:DI ignored
Return: AL = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
	reply buffer filled
SeeAlso: AX=F257h/SF=0Bh

Format of NetWare "Add Trustee Set" request packet:
Offset	Size	Description	(Table 02393)
 00h	BYTE	0Ah (subfunction "Add Trustee Set to File or Subdirectory")
 01h	BYTE	name space (see #02387)
 02h  2 BYTEs	reserved
 04h	WORD	trustee rights (see #02141)
 06h	WORD	object ID count
 08h		NetWare Handle/Path structure (see #02376)
      6 BYTEs	trustee structure (see #02394)

Format of NetWare trustee structure:
Offset	Size	Description	(Table 02394)
 00h	DWORD	object ID
 04h	WORD	trustee rights
SeeAlso: #02393
--------N-21F257SF0B-------------------------
INT 21 - Novell NetWare - DELETE TRUSTEE
	AX = F257h subfn 0Bh
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02395)
	ES:DI -> reply buffer (see #02396)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F257h/SF=0Ah

Format of NetWare "Delete Trustee" request packet:
Offset	Size	Description	(Table 02395)
 00h	BYTE	0Bh (subfunction "Delete Trustee")
	???
SeeAlso: #02396

Format of NetWare "Delete Trustee" reply packet:
Offset	Size	Description	(Table 02396)
 00h	???
SeeAlso: #02395
--------N-21F257SF0C-------------------------
INT 21 - Novell NetWare v2+ - ALLOCATE SHORT DIRECTORY HANDLE
	AX = F257h subfn 0Ch
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02397)
	ES:DI -> reply buffer (see #02398)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
Note:	unlike "Alloc Permanent Directory Handle", this function does not
	  automatically map a drive
SeeAlso: AH=F2h"Novell",AX=F223h/SF=04h,AX=F223h/SF=05h,AX=F223h/SF=09h

Format of NetWare "Allocate Short Directory Handle" request packet:
Offset	Size	Description	(Table 02397)
 00h	BYTE	0Ch (subfunction "Allocate Short Directory Handle")
 01h	BYTE	name space (see #02387)
 02h  2 BYTEs	reserved for future use
 04h	WORD	allocation mode
		bits 1-0: 00 permanent handle
			  01 temporary handle
			  10 special temporary handle
			  11 reserved
 06h		NetWare Handle/Path structure (see #02376)
SeeAlso: #02398

Format of NetWare "Allocate Short Directory Handle" reply packet:
Offset	Size	Description	(Table 02398)
 00h	BYTE	new directory handle
 01h	BYTE	volume number
 02h	DWORD	reserved for future use
SeeAlso: #02397
--------N-21F257SF10-------------------------
INT 21 - Novell NetWare - SCAN SALVAGEABLE FILES
	AX = F257h subfn 10h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02399)
	ES:DI -> reply buffer (see #02400)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F216h/SF=1Bh,AX=F257h/SF=11h,AX=F257h/SF=12h

Format of NetWare "Scan Salvageable Files" request packet:
Offset	Size	Description	(Table 02399)
 00h	BYTE	10h (subfunction "Scan Salvageable Files")
 01h	BYTE	name space
 02h	BYTE	data stream
 03h	DWORD	return information mask
 07h	DWORD	last sequence (set to FFFFFFFFh before first call)
 0Bh		NetWare Handle/Path structure (see #02376)
SeeAlso: #02400,#02123

Format of NetWare "Scan Salvageable Files" reply packet:
Offset	Size	Description	(Table 02400)
 00h	DWORD	next sequence number
 04h	WORD	deletion time
 06h	WORD	deletion date
 08h	DWORD	ID of deletor
 0Ch	DWORD	volume number
 10h	DWORD	directory entry number
 14h		NetWare Information Structure
SeeAlso: #02399,#02124
--------N-21F257SF11-------------------------
INT 21 - Novell NetWare - RECOVER SALVAGEABLE FILE
	AX = F257h subfn 11h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02401)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F216h/SF=1Ch,AX=F257h/SF=10h,AX=F257h/SF=12h

Format of NetWare "Recover Salvageable File" request packet:
Offset	Size	Description	(Table 02401)
 00h	BYTE	11h (subfunction "Recover Salvageable File")
 01h	BYTE	name space
 02h	BYTE	reserved for future use
 03h	DWORD	sequence number
 07h	DWORD	volume number
 0Bh	DWORD	scan directory base
 0Fh	BYTE	new file name length
 10h  N BYTEs	new file name
SeeAlso: #02402,#02125
--------N-21F257SF12-------------------------
INT 21 - Novell NetWare - PURGE SALVAGEABLE FILE
	AX = F257h subfn 12h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02402)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F216h/SF=1Dh,AX=F257h/SF=10h,AX=F257h/SF=11h

Format of NetWare "Purge Salvageable File" request packet:
Offset	Size	Description	(Table 02402)
 00h	BYTE	12h (subfunction "Purge Salvageable File")
 01h	BYTE	name space
 02h	BYTE	reserved
 03h	DWORD	sequence number
 07h	DWORD	volume number
 0Bh	DWORD	directory entry number
SeeAlso: #02401
--------N-21F257SF13-------------------------
INT 21 - Novell NetWare - GET NAMESPACE INFORMATION
	AX = F257h subfn 13h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02403)
	ES:DI -> reply buffer (see #02404)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F257h/SF=12h,AX=F257h/SF=15h

Format of NetWare "Get Namespace Information" request packet:
Offset	Size	Description	(Table 02403)
 00h	BYTE	13h (subfunction "Get Namespace Information")
 01h	BYTE	source name space (see #02387)
 02h	BYTE	destination name space
 03h	BYTE	reserved for future use
 04h	BYTE	volume number
 05h	DWORD	directory base
 09h	DWORD	namespace information mask
SeeAlso: #02404

Format of NetWare "Get Namespace Information" reply packet:
Offset	Size	Description	(Table 02404)
 00h	var	namespace-specific information
SeeAlso: #02403
--------N-21F257SF15-------------------------
INT 21 - Novell NetWare - GET PATH STRING FROM SHORT DIRECTORY HANDLE
	AX = F257h subfn 15h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02405)
	ES:DI -> reply buffer (see #02406)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F257h/SF=13h,AX=F257h/SF=16h

Format of NetWare "Get Path String from Short Directory Handle" request packet:
Offset	Size	Description	(Table 02405)
 00h	BYTE	15h (subfunction "Get Path String from Short Directory Handle")
 01h	BYTE	name space (see #02387)
 02h	BYTE	short directory handle
SeeAlso: #02406

Format of NetWare "Get Path String from Short Directory Handle" reply packet:
Offset	Size	Description	(Table 02406)
 00h	BYTE	length of path
 01h  N BYTEs	full directory path
SeeAlso: #02405
--------N-21F257SF16-------------------------
INT 21 - Novell NetWare - GENERATE DIRECTORY BASE AND VOLUME NUMBER
	AX = F257h subfn 16h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02407)
	ES:DI -> reply buffer (see #02408)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F257h/SF=15h,AX=F257h/SF=17h

Format of NetWare "Generate Directory Base and Volume Number" request packet:
Offset	Size	Description	(Table 02407)
 00h	BYTE	16h (subfunction "Generate Directory Base and Volume Number")
 01h	BYTE	name space (#02802)
 02h  3 BYTEs	reserved for future use
 05h		NetWare Handle/Path structure (see #02376)
SeeAlso: #02408

Format of NetWare "Generate Directory Base and Volume Number" reply packet:
Offset	Size	Description	(Table 02408)
 00h	DWORD	namespace directory base
 04h	DWORD	DOS directory base
 08h	BYTE	volume number
SeeAlso: #02407
--------N-21F257SF17-------------------------
INT 21 - Novell NetWare - GET NAME SPACE INFORMATION FORMAT
	AX = F257h subfn 17h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02409)
	ES:DI -> reply buffer (see #02410)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F257h/SF=18h,AX=F257h/SF=19h

Format of NetWare "Get Name Space Information Format" request packet:
Offset	Size	Description	(Table 02409)
 00h	BYTE	17h (subfunction "Get Name Space Information Format")
 01h	BYTE	name space (see #02387)
 02h	BYTE	volume number
SeeAlso: #02410

Format of NetWare "Get Name Space Information Format" reply packet:
Offset	Size	Description	(Table 02410)
 00h	DWORD	fixed bitmask
 04h	DWORD	variable bitmask
 08h	DWORD	huge bitmask
 0Ch	WORD	fixed bits defined
 0Eh	WORD	variable bits defined
 10h	WORD	huge bits defined
 12h 128 BYTEs	field lengths
SeeAlso: #02409
--------N-21F257SF18-------------------------
INT 21 - Novell NetWare - GET NAME SPACES LOADED
	AX = F257h subfn 18h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02411)
	ES:DI -> reply buffer (see #02412)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F257h/SF=17h,AX=F257h/SF=19h,AX=F257h/SF=1Ah
SeeAlso: AX=F216h/SF=2Fh

Format of NetWare "Get Name Spaces Loaded" request packet:
Offset	Size	Description	(Table 02411)
 00h	BYTE	18h (subfunction "Get Name Spaces Loaded")
 01h  2 BYTEs	reserved for future use
 03h	BYTE	volume number
SeeAlso: #02412

Format of NetWare "Get Name Spaces Loaded" reply packet:
Offset	Size	Description	(Table 02412)
 00h	WORD	number of namespace elements
 02h	WORD	number of namespace elements loaded
 04h  N BYTEs	loaded name spaces (each byte contains number of one loaded
		  name space)
SeeAlso: #02411
--------N-21F257SF19-------------------------
INT 21 - Novell NetWare - WRITE NAME SPACE INFO
	AX = F257h subfn 19h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02413)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F257h/SF=17h,AX=F257h/SF=18h

Format of NetWare "Write Name Space Info" request packet:
Offset	Size	Description	(Table 02413)
 00h	BYTE	19h (subfunction "Write Name Space Info")
 01h	BYTE	source name space (see #02387)
 02h	BYTE	destination name space
 03h	BYTE	volume number
 04h	DWORD	directory entry number
 08h	DWORD	namespace information bitmask
 0Ch 512 BYTEs	namespace-specific informatin
--------N-21F257SF1A-------------------------
INT 21 - Novell NetWare - READ EXTENDED NAME SPACE INFO
	AX = F257h subfn 1Ah
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02414)
	ES:DI -> reply buffer (see #02415)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F257h/SF=18h,AX=F257h/SF=19h,AX=F257h/SF=1Bh

Format of NetWare "Read Extended Name Space Info" request packet:
Offset	Size	Description	(Table 02414)
 00h	BYTE	1Ah (subfunction "Read Extended Name Space Info")
 01h	BYTE	name space (see #02387)
 02h	BYTE	volume number
 03h	DWORD	directory base
 07h	DWORD	huge mask
 0Bh 16 BYTEs	huge state information
SeeAlso: #02415

Format of NetWare "Read Extended Name Space Info" reply packet:
Offset	Size	Description	(Table 02415)
 00h 16 BYTEs	next huge state information
 10h	DWORD	huge data length
 14h  N BYTEs	huge data
SeeAlso: #02414
--------N-21F257SF1B-------------------------
INT 21 - Novell NetWare - WRITE EXTENDED NAME SPACE INFO
	AX = F257h subfn 1Bh
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02416)
	ES:DI -> reply buffer (see #02417)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F257h/SF=17h,AX=F257h/SF=18h,AX=F257h/SF=1Ah

Format of NetWare "Write Extended Name Space Info" request packet:
Offset	Size	Description	(Table 02416)
 00h	BYTE	1Bh (subfunction "Write Extended Name Space Info")
 01h	BYTE	name space (see #02387)
 02h	BYTE	volume number
 03h	DWORD	directory entry number
 07h	DWORD	huge mask
 0Bh 16 BYTEs	huge state information
 1Bh	DWORD	huge data length
 1Fh  N BYTEs	huge data
SeeAlso: #02417

Format of NetWare "Write Extended Name Space Info" request packet:
Offset	Size	Description	(Table 02417)
 00h 16 BYTEs	next huge state information
 10h	DWORD	huge data used
SeeAlso: #02416
--------N-21F257SF1C-------------------------
INT 21 - Novell NetWare - GET NS FULL PATH STRING
	AX = F257h subfn 1Ch
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02418)
	ES:DI -> reply buffer (see #02419)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
Note:	this call returns the path in reverse order (root directory last)
SeeAlso: AH=F2h"Novell",AX=F257h/SF=03h,AX=F257h/SF=15h

Format of NetWare "Get NS Full Path String" request packet:
Offset	Size	Description	(Table 02418)
 00h	BYTE	1Ch (subfunction "Get NS Full Path String")
 01h	BYTE	source name space
 02h	BYTE	destination name space
 03h 10	BYTEs	path cookie (see #02420)
 04h		NetWare Handle/Path structure (see #02376)
SeeAlso: #02419

Format of NetWare "Get NS Full Path String" reply packet:
Offset	Size	Description	(Table 02419)
 00h 10 BYTEs	next path cookie (see #02420)
 0Ah	WORD	size of path component(s) in packet
 0Ch	WORD	number of path components in packet
 0Eh		path components
SeeAlso: #02418

Format of NetWare path cookie:
Offset	Size	Description	(Table 02420)
 00h	WORD	flags
		bit 0: last component is a filename
 02h	DWORD	cookie1
 06h	DWORD	cookie2
Note:	"cookie1" and "cookie2" are to be set to FFFFFFFFh initially; if
	  "cookie2" is FFFFFFFFh on return, all path components have been
	  transferred
SeeAlso: #02418,#02419
--------N-21F257SF1D-------------------------
INT 21 - Novell NetWare - GET EFFECTIVE DIRECTORY RIGHTS
	AX = F257h subfn 1Dh
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02421)
	ES:DI -> reply buffer (see #02422)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AX=F216h/SF=03h,AX=F257h/SF=06h,AX=F257h/SF=0Ch,AX=F257h/SF=15h

Format of NetWare "Get Effective Directory Rights" request packet:
Offset	Size	Description	(Table 02421)
 00h	BYTE	1Dh (subfunction "Get Effective Directory Rights")
 01h	BYTE	name space (see #02387)
 02h	BYTE	destination name space (see #02387)
 03h	WORD	search attributes
 05h	DWORD	return information mask
 09h		NetWare Handle/Path structure (see #02376)
SeeAlso: #02422

Format of NetWare "Get Effective Directory Rights" reply packet:
Offset	Size	Description	(Table 02422)
 00h	WORD	caller's effective rights
 02h		NetWare Information Structure
SeeAlso: #02421
--------N-21F258SF01-------------------------
INT 21 - Novell NetWare v4+ - GET VOLUME AUDITING STATISTICS
	AX = F258h subfn 01h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02423)
	ES:DI -> reply buffer (see #02424)
Return: AL = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
	reply buffer filled
SeeAlso: AX=F268h/SF=C8h

Format of NetWare "Get Volume Auditing Statistics" request buffer:
Offset	Size	Description	(Table 02423)
 00h	BYTE	01h (function "Get Volume Auditing Statistics")
 01h	DWORD	volume
SeeAlso: #02424

Format of NetWare "Get Volume Auditing Statistics" reply buffer:
Offset	Size	Description	(Table 02424)
 00h	WORD	auditing version (date)
 02h	WORD	audit file version (date)
 04h	DWORD	auditing enabled flag
 08h	DWORD	audit file's size
 0Ch	DWORD	audit configuration file's size
 10h	DWORD	maximum audit file size
 14h	DWORD	audit file size threshold
 18h	DWORD	number of audit records
 1Ch	DWORD	number of history records
SeeAlso: #02423,#02476
--------N-21F258SF02-------------------------
INT 21 - Novell NetWare - ADD AUDIT PROPERTY
	AX = F258h subfn 02h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02425)
	ES:DI -> reply buffer (see #02426)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F217h/SF=39h,AX=F258h/SF=06h,AX=F258h/SF=08h

Format of NetWare "Add Audit Property" request packet:
Offset	Size	Description	(Table 02425)
 00h	BYTE	02h (subfunction "Add Audit Property")
	???
SeeAlso: #02426

Format of NetWare "Add Audit Property" reply packet:
Offset	Size	Description	(Table 02426)
 00h	???
SeeAlso: #02425
--------N-21F258SF03-------------------------
INT 21 - Novell NetWare - LOGIN AS VOLUME AUDITOR
	AX = F258h subfn 03h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02427)
	ES:DI -> reply buffer (see #02428)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F258h/SF=04h,AX=F258h/SF=0Dh

Format of NetWare "Login As Volume Auditor" request packet:
Offset	Size	Description	(Table 02427)
 00h	BYTE	03h (subfunction "Login As Volume Auditor")
	???
SeeAlso: #02428

Format of NetWare "Login As Volume Auditor" reply packet:
Offset	Size	Description	(Table 02428)
 00h	???
SeeAlso: #02427
--------N-21F258SF04-------------------------
INT 21 - Novell NetWare - CHANGE AUDITOR PASSWORD
	AX = F258h subfn 04h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02429)
	ES:DI -> reply buffer
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F258h/SF=03h

Format of NetWare "Change Auditor Password" request packet:
Offset	Size	Description	(Table 02429)
 00h	BYTE	04h (subfunction "Change Auditor Password")
	???
--------N-21F258SF05-------------------------
INT 21 - Novell NetWare - CHECK AUDIT ACCESS
	AX = F258h subfn 05h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02430)
	ES:DI -> reply buffer
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F258h/SF=02h,AX=F258h/SF=08h

Format of NetWare "Check Audit Access" request packet:
Offset	Size	Description	(Table 02430)
 00h	BYTE	05h (subfunction "Check Audit Access")
	???
--------N-21F258SF06-------------------------
INT 21 - Novell NetWare - REMOVE AUDIT PROPERTY
	AX = F258h subfn 06h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02431)
	ES:DI -> reply buffer
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F258h/SF=02h,AX=F258h/SF=05h

Format of NetWare "Remove Audit Property" request packet:
Offset	Size	Description	(Table 02431)
 00h	BYTE	06h (subfunction "Remove Audit Property")
	???
--------N-21F258SF07-------------------------
INT 21 - Novell NetWare - DISABLE AUDITING ON VOLUME
	AX = F258h subfn 07h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02432)
	ES:DI -> reply buffer
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F258h/SF=08h,AX=F258h/SF=09h

Format of NetWare "Disable Auditing on Volume" request packet:
Offset	Size	Description	(Table 02432)
 00h	BYTE	07h (subfunction "Disable Auditing on Volume")
	???
--------N-21F258SF08-------------------------
INT 21 - Novell NetWare - ENABLE AUDITING ON VOLUME
	AX = F258h subfn 08h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02433)
	ES:DI -> reply buffer
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F258h/SF=07h,AX=F258h/SF=09h

Format of NetWare "Enable Auditing on Volume" request packet:
Offset	Size	Description	(Table 02433)
 00h	BYTE	08h (subfunction "Enable Auditing on Volume")
	???
--------N-21F258SF09-------------------------
INT 21 - Novell NetWare - IS USER AUDITED?
	AX = F258h subfn 09h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02434)
	ES:DI -> reply buffer
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F258h/SF=07h,AX=F258h/SF=08h

Format of NetWare "Is User Audited?" request packet:
Offset	Size	Description	(Table 02434)
 00h	BYTE	09h (subfunction "Is User Audited?")
	???
--------N-21F258SF0A-------------------------
INT 21 - Novell NetWare - READ AUDITING BITMAP
	AX = F258h subfn 0Ah
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02435)
	ES:DI -> reply buffer (see #02436)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F258h/SF=0Bh,AX=F258h/SF=10h

Format of NetWare "Read Auditing Bitmap" request packet:
Offset	Size	Description	(Table 02435)
 00h	BYTE	0Ah (subfunction "Read Auditing Bitmap")
	???
SeeAlso: #02436,#02437

Format of NetWare "Read Auditing Bitmap" reply packet:
Offset	Size	Description	(Table 02436)
 00h	???
SeeAlso: #02435,#02438
--------N-21F258SF0B-------------------------
INT 21 - Novell NetWare - READ AUDIT CONFIG HEADER
	AX = F258h subfn 0Bh
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02437)
	ES:DI -> reply buffer (see #02438)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F258h/SF=0Ah,AX=F258h/SF=11h

Format of NetWare "Read Audit Configuration Header" request packet:
Offset	Size	Description	(Table 02437)
 00h	BYTE	0Bh (subfunction "Read Audit Configuration Header")
	???
SeeAlso: #02438,#02435

Format of NetWare "Read Audit Configuration Header" reply packet:
Offset	Size	Description	(Table 02438)
 00h	???
SeeAlso: #02437,#02436
--------N-21F258SF0D-------------------------
INT 21 - Novell NetWare - LOGOUT AS VOLUME AUDITOR
	AX = F258h subfn 0Dh
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02439)
	ES:DI -> reply buffer
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F258h/SF=03h

Format of NetWare "Logout as Volume Auditor" request packet:
Offset	Size	Description	(Table 02439)
 00h	BYTE	0Dh (subfunction "Logout as Volume Auditor")
	???
--------N-21F258SF0E-------------------------
INT 21 - Novell NetWare - RESET AUDITING FILE
	AX = F258h subfn 0Eh
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02440)
	ES:DI -> reply buffer
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F258h/SF=0Ah,AX=F258h/SF=0Fh

Format of NetWare "Reset Auditing File" request packet:
Offset	Size	Description	(Table 02440)
 00h	BYTE	0Eh (subfunction "Reset Auditing File")
	???
--------N-21F258SF0F-------------------------
INT 21 - Novell NetWare - RESET AUDIT HISTORY FILE
	AX = F258h subfn 0Fh
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02441)
	ES:DI -> reply buffer
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F258h/SF=0Eh

Format of NetWare "Reset Audit History File" request packet:
Offset	Size	Description	(Table 02441)
 00h	BYTE	0Fh (subfunction "Reset Audit History File")
	???
--------N-21F258SF10-------------------------
INT 21 - Novell NetWare - WRITE AUDITING BITMAP
	AX = F258h subfn 10h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02442)
	ES:DI -> reply buffer
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F258h/SF=0Ah,AX=F258h/SF=11h

Format of NetWare "Write Auditing Bitmap" request packet:
Offset	Size	Description	(Table 02442)
 00h	BYTE	10h (subfunction "Write Auditing Bitmap")
	???
SeeAlso: #02443
--------N-21F258SF11-------------------------
INT 21 - Novell NetWare - WRITE AUDIT CONFIG HEADER
	AX = F258h subfn 11h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02443)
	ES:DI -> reply buffer
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F258h/SF=0Bh,AX=F258h/SF=10h

Format of NetWare "Write Audit Configuration Header" request packet:
Offset	Size	Description	(Table 02443)
 00h	BYTE	11h (subfunction "Write Audit Configuration Header")
	???
SeeAlso: #02442
--------N-21F258SF13-------------------------
INT 21 - Novell NetWare - GET AUDITING FLAGS
	AX = F258h subfn 13h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02444)
	ES:DI -> reply buffer (see #02445)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F258h/SF=05h

Format of NetWare "Get Auditing Flags" request packet:
Offset	Size	Description	(Table 02444)
 00h	BYTE	13h (subfunction "Get Auditing Flags")
	???
SeeAlso: #02445

Format of NetWare "Get Auditing Flags" reply packet:
Offset	Size	Description	(Table 02445)
 00h	???
SeeAlso: #02444
--------N-21F258SF14-------------------------
INT 21 - Novell NetWare - CLOSE OLD AUDITING FILE
	AX = F258h subfn 14h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02446)
	ES:DI -> reply buffer
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F258h/SF=15h

Format of NetWare "Close Old Auditing File" request packet:
Offset	Size	Description	(Table 02446)
 00h	BYTE	14h (subfunction "Close Old Auditing File")
	???
SeeAlso: #02447
--------N-21F258SF15-------------------------
INT 21 - Novell NetWare - DELETE OLD AUDITING FILE
	AX = F258h subfn 15h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02447)
	ES:DI -> reply buffer
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F258h/SF=14h

Format of NetWare "Delete Old Auditing File" request packet:
Offset	Size	Description	(Table 02447)
 00h	BYTE	15h (subfunction "Delete Old Auditing File")
	???
SeeAlso: #02446
--------N-21F258SF16-------------------------
INT 21 - Novell NetWare - CHECK AUDIT LEVEL TWO ACCESS
	AX = F258h subfn 16h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02448)
	ES:DI -> reply buffer
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F258h/SF=05h

Format of NetWare "Check Audit Level Two Access" request packet:
Offset	Size	Description	(Table 02448)
 00h	BYTE	16h (subfunction "Check Audit Level Two Access")
	???
--------N-21F25ASF01-------------------------
INT 21 - Novell NetWare - GET DATA MIGRATION INFO
	AX = F25Ah subfn 01h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02449)
	ES:DI -> reply buffer (see #02450)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F25Ah/SF=80h,AX=F25Ah/SF=86h

Format of NetWare "Get Data Migration Information" request packet:
Offset	Size	Description	(Table 02449)
 00h	WORD	length of following data
 02h	BYTE	01h (subfunction "Get Data Migration Information")
SeeAlso: #02450

Format of NetWare "Get Data Migration Information" reply packet:
Offset	Size	Description	(Table 02450)
 00h	???
SeeAlso: #02449
--------N-21F25ASF80-------------------------
INT 21 - Novell NetWare - MOVE FILE DATA TO DATA MIGRATION
	AX = F25Ah subfn 80h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02451)
	ES:DI -> reply buffer (see #02452)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F25Ah/SF=82h,AX=F25Ah/SF=85h

Format of NetWare "Move File Data to Data Migration" request packet:
Offset	Size	Description	(Table 02451)
 00h	WORD	length of following data
 02h	BYTE	80h (subfunction "Move File Data to Data Migration")
 03h	DWORD	volume number
 07h	DWORD	directory entry number
 0Bh	DWORD	name space (see #02387)
 0Fh	DWORD	support module ID
 13h	DWORD	save key flag
		00000010h to save key when file is demigrated
SeeAlso: #02452

Format of NetWare "Move File Data to Data Migration" reply packet:
Offset	Size	Description	(Table 02452)
 00h	DWORD	volume-unique ID
SeeAlso: #02451
--------N-21F25ASF81-------------------------
INT 21 - Novell NetWare - DATA MIGRATION FILE INFORMATION
	AX = F25Ah subfn 81h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02453)
	ES:DI -> reply buffer (see #02454)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F25Ah/SF=80h,AX=F25Ah/SF=82h,AX=F25Ah/SF=83h

Format of NetWare "Data Migration File Information" request packet:
Offset	Size	Description	(Table 02453)
 00h	WORD	length of following data
 02h	BYTE	81h (subfunction "Data Migration File Information")
 03h	DWORD	volume number
 07h	DWORD	directory entry number
 0Bh	DWORD	name space (see #02387)
SeeAlso: #02454

Format of NetWare "Data Migration File Information" reply packet:
Offset	Size	Description	(Table 02454)
 00h	DWORD	support module ID
 04h	DWORD	estimate restoration time
 08h	DWORD	bitmask of supported data streams
SeeAlso: #02453
--------N-21F25ASF82-------------------------
INT 21 - Novell NetWare - VOLUME DATA MIGRATION STATUS
	AX = F25Ah subfn 82h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02455)
	ES:DI -> reply buffer (see #02456)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F25Ah/SF=01h,AX=F25Ah/SF=83h,AX=F25Ah/SF=84h

Format of NetWare "Volume Data Migration Status" request packet:
Offset	Size	Description	(Table 02455)
 00h	WORD	length of following data
 02h	BYTE	82h (subfunction "Volume Data Migration Status")
 03h	DWORD	volume number
 07h	DWORD	support module ID
SeeAlso: #02456

Format of NetWare "Volume Data Migration Status" request packet:
Offset	Size	Description	(Table 02456)
 00h	DWORD	number of migrated files
 04h	DWORD	total size required to restore all migrated files
 08h	DWORD	total space used on migration device
 0Ch	DWORD	limbo space (demigrated files with save-key flag set)
 10h	DWORD	total space including limbo space
 14h	DWORD	number of files in limbo
SeeAlso: #02455
--------N-21F25ASF83-------------------------
INT 21 - Novell NetWare - GET MIGRATION OR STATUS INFORMATION
	AX = F25Ah subfn 83h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02457)
	ES:DI -> reply buffer (see #02458)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F25Ah/SF=82h,AX=F25Ah/SF=84h,AX=F25Ah/SF=85h

Format of NetWare "Get Migration or Status Information" request packet:
Offset	Size	Description	(Table 02457)
 00h	WORD	length of following data
 02h	BYTE	83h (subfunction "Get Migration or Status Information")
SeeAlso: #02458

Format of NetWare "Get Migration or Status Information" request packet:
Offset	Size	Description	(Table 02458)
 00h	DWORD	presence flag
		FFFFFFFFh if Data Migration NLM is loaded and running
 04h	DWORD	major version
 08h	DWORD	minor version
 0Ch	DWORD	flag: has support module registered with Data Migrator?
SeeAlso: #02457
--------N-21F25ASF84-------------------------
INT 21 - Novell NetWare - DATA MIGRATION SUPPORT MODULE INFORMATION
	AX = F25Ah subfn 84h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02459)
	ES:DI -> reply buffer (see #02460)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F25Ah/SF=82h,AX=F25Ah/SF=83h,AX=F25Ah/SF=86h

Format of NetWare "Data Migration Support Module Information" request packet:
Offset	Size	Description	(Table 02459)
 00h	WORD	length of following data
 02h	BYTE	84h (subfunction "Data Migration Support Module Information")
 03h	DWORD	information level
		0000h get data migration NLM info
		0001h get loaded support modules
		0002h get name of support module
 07h	DWORD	support module ID
SeeAlso: #02460

Format of NetWare "Data Migration Support Module Information" request packet:
Offset	Size	Description	(Table 02460)
---information level 0---
 00h	DWORD	read/write access status
 04h	DWORD	length of Specific Device Information block (max 384)
 08h	DWORD	space available on support module
 0Ch	DWORD	amount of space used
 10h	BYTE	length of support module's name
 11h 14 BYTEs	support module name
 1Fh 128 BYTEs	support module information
---information level 1---
 00h	DWORD	number of support modules
 04h 32 BYTEs	support module IDs
---information level 2---
 00h	BYTE	length of module name
 01h 32 BYTEs	support module name
SeeAlso: #02459
--------N-21F25ASF85-------------------------
INT 21 - Novell NetWare - MOVE FILE DATA FROM DATA MIGRATION
	AX = F25Ah subfn 85h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02461)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F25Ah/SF=80h,AX=F25Ah/SF=83h,AX=F25Ah/SF=86h

Format of NetWare "Move File Data From Data Migration" request packet:
Offset	Size	Description	(Table 02461)
 00h	WORD	length of following data
 02h	BYTE	85h (subfunction "Move File Data from Data Migration")
 03h	DWORD	volume number
 07h	DWORD	directory entry number
 0Bh	DWORD	name space (see #02387)
SeeAlso: #02452
--------N-21F25ASF86-------------------------
INT 21 - Novell NetWare - GET OR SET DEFAULT SUPPORT MODULE
	AX = F25Ah subfn 86h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02462)
	ES:DI -> reply buffer (see #02463)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F25Ah/SF=01h,AX=F25Ah/SF=80h,AX=F25Ah/SF=84h

Format of NetWare "Get or Set Default Support Module" request packet:
Offset	Size	Description	(Table 02462)
 00h	WORD	length of following data
 02h	BYTE	86h (subfunction "Get or Set Default Support Module")
 03h	DWORD	direction
		00h get default support module
		01h set default support module
 07h	DWORD	new module ID if setting
SeeAlso: #02463

Format of NetWare "Get or Set Default Support Module" request packet:
Offset	Size	Description	(Table 02463)
 00h	DWORD	support module ID
SeeAlso: #02462
--------N-21F268SF01-------------------------
INT 21 - Novell NetWare v4+ - GET TREE NAME
	AX = F268h subfn 01h
	CX = length of request buffer in bytes (0001h)
	DX = length of reply buffer in bytes (0064h)
	DS:SI -> request buffer (see #02464)
	ES:DI -> reply buffer (see #02465)
Return: AL = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
	reply buffer filled
SeeAlso: AX=F268h/SF=04h

Format of NetWare "Get Tree Name" request buffer:
Offset	Size	Description	(Table 02464)
 00h	BYTE	01h (subfunction "Get Tree Name")

Format of NetWare "Get Tree Name" reply buffer:
Offset	Size	Description	(Table 02465)
 00h	DWORD	Ping version
 04h	DWORD	length of tree name
 08h 32 BYTEs	tree name, padded with underscores ('_')
 28h 60 BYTEs	???
--------N-21F268SF04-------------------------
INT 21 - Novell NetWare v4+ - GET BINDERY CONTEXT
	AX = F268h subfn 04h
	CX = length of request buffer in bytes (0001h)
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02466)
	ES:DI -> reply buffer (see #02467)
Return: AL = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
	reply buffer filled
SeeAlso: AX=F268h/SF=01h,AX=F268h/SF=C8h

Format of NetWare "Get Bindery Context" request buffer:
Offset	Size	Description	(Table 02466)
 00h	BYTE	04h (subfunction "Get Bindery Context")

Format of NetWare "Get Bindery Context" reply buffer:
Offset	Size	Description	(Table 02467)
 00h	DWORD	length (max 200)
 04h  N WORDs	Unicode bindery context string
--------N-21F268SF05-------------------------
INT 21 - Novell NetWare v4+ - MONITOR NDS CONNECTION
	AX = F268h subfn 05h
	CX = length of request buffer in bytes (0001h)
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02468)
	ES:DI -> reply buffer (unused???)
Return: AL = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)

Format of NetWare "Monitor NDS Connection" request buffer:
Offset	Size	Description	(Table 02468)
 00h	BYTE	05h (subfunction "Monitor NDS Connection"
--------N-21F268SF16-------------------------
INT 21 - Novell NetWare v4+ - NDS LIST PARTITIONS
	AX = F268h subfn 16h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02469)
	ES:DI -> reply buffer (see #02470)
Return: AL = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
	reply buffer filled
Note:	the length specified in CX must be exactly 13 bytes more than the
	  length field at offset 09h in the request buffer for this function
	  to be successful
SeeAlso: AX=F268h/SF=35h

Format of NetWare "NDS List Partitions" request buffer:
Offset	Size	Description	(Table 02469)
 00h	BYTE	02h
 01h	DWORD	??? (FFFFFFFFh)
 05h	DWORD	??? (00000202h)
 09h	DWORD	length (00000018h)
 0Dh	DWORD	??? (00000000h)
 11h	DWORD	function (00000016h) (subfunction "NDS List Partitions")
 15h	DWORD	??? (00000400h)
 19h	DWORD	API version (00000000h)
 1Dh	DWORD	??? (00000000h)
 21h	DWORD	iteration (FFFFFFFFh)
SeeAlso: #02470,#02471

Format of NetWare "NDS List Partitions" reply buffer:
Offset	Size	Description	(Table 02470)
 00h	DWORD	length
 04h	DWORD	???
 08h	DWORD	return code
 0Ch	DWORD	iteration
 10h 1000 BYTEs	returned data
SeeAlso: #02469
--------N-21F268SF35-------------------------
INT 21 - Novell NetWare v4+ - NDS GET SERVER NAME AND ADDRESS
	AX = F268h subfn 35h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02471)
	ES:DI -> reply buffer (see #02472)
Return: AL = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
	reply buffer filled
Note:	the length specified in CX must be exactly 13 bytes more than the
	  length field at offset 09h in the request buffer for this function
	  to be successful
SeeAlso: AX=F268h/SF=16h

Format of NetWare "NDS Get Server Name and Address" request buffer:
Offset	Size	Description	(Table 02471)
 00h	BYTE	02h
 01h	DWORD	??? (FFFFFFFFh)
 05h	DWORD	??? (00000202h)
 09h	DWORD	length (0000000Ch)
 0Dh	DWORD	??? (00000000h)
 11h	DWORD	function (00000035h) (subfunc "NDS Get Server Name and Addr")
 15h	DWORD	??? (00000400h)
SeeAlso: #02469,#02472

Format of NetWare "NDS Get Server Name and Address" reply buffer:
Offset	Size	Description	(Table 02472)
 00h	DWORD	length
 04h	DWORD	???
 08h	DWORD	return code
 0Ch	DWORD	length of name
 10h  N WORDs	Unicode server name string
	var	padding
	DWORD	??? (00000001h)
	DWORD	??? (00000000h)
	DWORD	??? (0000000Ch)
     12 BYTEs	server's IPX address
SeeAlso: #02471
--------N-21F268SF3D-------------------------
INT 21 - Novell NetWare v4+ - NDS LOGOUT
	AX = F268h subfn 3Dh
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02473)
	ES:DI -> reply buffer (see #02474)
Return: AL = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
	reply buffer filled
SeeAlso: AX=F217h/SF=14h

Format of NetWare "NDS Logout" request buffer:
Offset	Size	Description	(Table 02473)
 00h	BYTE	02h
 01h	DWORD	??? (FFFFFFFFh)
 05h	DWORD	??? (00000202h)
 09h	DWORD	length (0000000Ch)
 0Dh	DWORD	??? (00000000h)
 11h	DWORD	function (0000003Dh) (subfunction "NDS Logout")
 15h	DWORD	??? (00000000h)
SeeAlso: #02474

Format of NetWare "NDS Logout" reply buffer:
Offset	Size	Description	(Table 02474)
 00h	DWORD	length
 04h	DWORD	???
 08h	DWORD	return code
SeeAlso: #02473
--------N-21F268SFC8-------------------------
INT 21 - Novell NetWare v4+ - GET DS AUDITING STATISTICS
	AX = F268h subfn C8h
	CX = length of request buffer in bytes (0001h)
	DX = length of reply buffer in bytes (0020h)
	DS:SI -> request buffer (see #02475)
	ES:DI -> reply buffer (see #02476)
Return: AL = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
	reply buffer filled
SeeAlso: AX=F258h/SF=01h,AX=F268h/SF=01h,AX=F268h/SF=04h

Format of NetWare "Get DS Auditing Statistics" request buffer:
Offset	Size	Description	(Table 02475)
 00h	BYTE	C8h (subfunction "Get DS Auditing Statistics")
SeeAlso: #02476

Format of NetWare "Get DS Auditing Statistics" reply buffer:
Offset	Size	Description	(Table 02476)
 00h	WORD	auditing version (date)
 02h	WORD	audit file version (date)
 04h	DWORD	auditing enabled flag
 08h	DWORD	audit file's size
 0Ch	DWORD	audit configuration file's size
 10h	DWORD	maximum audit file size
 14h	DWORD	audit file size threshold
 18h	DWORD	number of audit records
 1Ch	DWORD	number of history records
SeeAlso: #02424,#02475
--------N-21F269-----------------------------
INT 21 - Novell NetWare - LOG FILE
	AX = F269h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02477)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F203h,AX=F26Ah,AH=EBh"NetWare"

Format of NetWare "Log File" request packet:
Offset	Size	Description	(Table 02477)
 00h	BYTE	directory handle
 01h	BYTE	lock flag
		00h log only
		01h log and lock
 02h	WORD	lock timeout in clock ticks (0000h = don't wait)
 04h	BYTE	length of filename
 05h  N BYTEs	filename
--------N-21F26A-----------------------------
INT 21 - Novell NetWare - LOCK FILE SET
	AX = F26Ah
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02478)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F204h,AX=F269h,AH=CBh"NetWare"

Format of NetWare "Lock File Set" request packet:
Offset	Size	Description	(Table 02478)
 00h	WORD	lock timeout in clock ticks (0000h = don't wait)
--------N-21F26C-----------------------------
INT 21 - Novell NetWare - LOCK LOGICAL RECORD SET
	AX = F26Ch
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02479)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F20Ah,AX=F26Ah,AH=CBh"NetWare"

Format of NetWare "Lock Logical Record Set" request packet:
Offset	Size	Description	(Table 02479)
 00h	BYTE	lock flag
		00h shareable lock
		01h exclusive lock
 01h	WORD	lock timeout in clock ticks (0000h = don't wait)
--------N-21F26E-----------------------------
INT 21 - Novell NetWare - LOCK PHYSICAL RECORD SET
	AX = F26Eh
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02480)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F21Bh,AX=F26Ch,AH=C2h"NetWare"

Format of NetWare "Lock Physical Record Set" request packet:
Offset	Size	Description	(Table 02480)
 00h	BYTE	lock flag
		00h exclusive lock
		02h shareable lock
 01h	WORD	lock timeout in clock ticks (0000h = don't wait)
--------N-21F26FSF00-------------------------
INT 21 - Novell NetWare - OPEN SEMAPHORE
	AX = F26Fh subfn 00h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02481)
	ES:DI -> reply buffer (see #02482)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F26Fh/SF=01h,AX=F26Fh/SF=02h

Format of NetWare "Open Semaphore" request packet:
Offset	Size	Description	(Table 02481)
 00h	BYTE	00h (subfunction "Open Semaphore")
 01h	BYTE	initial semaphore value
 02h	BYTE	length of semaphore's name
 03h  N BYTEs	semaphore name
SeeAlso: #02482

Format of NetWare "Open Semaphore" request packet:
Offset	Size	Description	(Table 02482)
 00h	DWORD	semaphore handle
 04h	BYTE	number of clients using semaphore (including caller)
SeeAlso: #02481
--------N-21F26FSF01-------------------------
INT 21 - Novell NetWare - CLOSE SEMAPHORE
	AX = F26Fh subfn 01h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02483)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F26Fh/SF=00h,AX=F26Fh/SF=03h,AX=F220h/SF=04h

Format of NetWare "Close Semaphore" request packet:
Offset	Size	Description	(Table 02483)
 00h	BYTE	01h (subfunction "Close Semaphore")
 01h	DWORD	semaphore handle
SeeAlso: #02286
--------N-21F26FSF02-------------------------
INT 21 - Novell NetWare - WAIT ON SEMAPHORE
	AX = F26Fh subfn 02h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02484)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F26Fh/SF=00h,AX=F26Fh/SF=04h

Format of NetWare "Wait on Semaphore" request packet:
Offset	Size	Description	(Table 02484)
 00h	BYTE	02h (subfunction "Wait on Semaphore")
 01h	DWORD	semaphore handle
 05h	WORD	timeout in clock ticks (0000h = no wait)
--------N-21F26FSF03-------------------------
INT 21 - Novell NetWare - SIGNAL SEMAPHORE
	AX = F26Fh subfn 03h
	CX = length of request packet in bytes
	DX = 0000h (no reply packet)
	DS:SI -> request packet (see #02485)
	ES:DI ignored
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F26Fh/SF=02h,AX=F26Fh/SF=04h

Format of NetWare "Signal Semaphore" request packet:
Offset	Size	Description	(Table 02485)
 00h	BYTE	03h (subfunction "Signal Semaphore")
 01h	DWORD	semaphore handle
--------N-21F26FSF04-------------------------
INT 21 - Novell NetWare - EXAMINE SEMAPHORE
	AX = F26Fh subfn 04h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02486)
	ES:DI -> reply buffer (see #02487)
Return: AX = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
SeeAlso: AH=F2h"Novell",AX=F26Fh/SF=02h,AX=F26Fh/SF=03h

Format of NetWare "Examine Semaphore" request packet:
Offset	Size	Description	(Table 02486)
 00h	BYTE	04h (subfunction "Examine Semaphore")
 01h	DWORD	semaphore handle
SeeAlso: #02487

Format of NetWare "Examine Semaphore" reply packet:
Offset	Size	Description	(Table 02487)
 00h	BYTE	semaphore's current value
 01h	BYTE	number of clients using semaphore
SeeAlso: #02486
--------N-21F272-----------------------------
INT 21 - Novell NetWare v4+ - GET FILE SERVER UTC TIME
	AX = F272h
	CX = length of request buffer in bytes (0003h)
	DX = length of reply buffer in bytes (0064h)
	DS:SI -> request buffer (see #02488)
	ES:DI -> reply buffer (see #02489)
Return: AL = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
	reply buffer filled

Format of NetWare "Get File Server UTC Time" request buffer:
Offset	Size	Description	(Table 02488)
 00h	BYTE	??? (00h)
 01h	BYTE	??? (01h)
 02h	BYTE	??? (01h)
SeeAlso: #02489

Format of NetWare "Get File Server UTC Time" reply buffer:
Offset	Size	Description	(Table 02489)
 00h	DWORD	seconds
 04h	DWORD	???
 04h	DWORD	??? (00000204h)
 04h	DWORD	??? (00000000h)
 04h	DWORD	??? (00000000h)
 04h	DWORD	??? (FFFFFFFFh)
 04h	DWORD	??? (00000000h)
SeeAlso: #02488
--------N-21F27BSF01-------------------------
INT 21 - Novell NetWare v4+ - GET CACHE INFORMATION
	AX = F27Bh subfn 01h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02490)
	ES:DI -> reply buffer (see #02491)
Return: AL = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
	reply buffer filled
SeeAlso: AX=F27Bh/SF=02h

Format of NetWare "Get Cache Information" request buffer:
Offset	Size	Description	(Table 02490)
 00h	WORD	0001h (length of following data)
 02h	BYTE	01h (subfunction "Get Cache Information")
SeeAlso: #02491

Format of NetWare "Get Cache Information" reply buffer:
Offset	Size	Description	(Table 02491)
 00h	DWORD	current server time
 04h	BYTE	vconsole version
 05h	BYTE	vconsole revision
 06h	WORD	reserved
 08h	DWORD	"readExistingBlockCount"
 0Ch	DWORD	"readExistingWriteWaitCount"
 10h	DWORD	"readExistingPartialReadCount"
 14h	DWORD	"readExistingReadErrorCount"
 18h	DWORD	"writeBlockCount"
 1Ch	DWORD	"writeEntireBlockCount"
 20h	DWORD	"getDiskCount"
 24h	DWORD	"getDiskNeedToAllocCount"
 28h	DWORD	"getDiskSomeoneBeatMeCount"
 2Ch	DWORD	"getDiskPartialReadCount"
 30h	DWORD	"getDiskReadErrorCount"
 34h	DWORD	"getAsyncDiskCount"
 38h	DWORD	"getAsyncDiskNeedToAlloc"
 3Ch	DWORD	"getAsyncDiskSomeoneBeatMe"
 40h	DWORD	"errorDoingAsyncReadCount"
 44h	DWORD	"getDiskNoReadCount"
 48h	DWORD	"getDiskNoReadAllocCount"
 4Ch	DWORD	"getDiskNoReadSomeoneBeatMeCount"
 50h	DWORD	"diskWriteCount"
 54h	DWORD	"diskWriteAllocCount"
 58h	DWORD	"diskWriteSomeoneBeatMeCount"
 5Ch	DWORD	"writeErrorCount"
 60h	DWORD	"waitOnSemaphoreCount"
 64h	DWORD	"allocBlockWaitForSomeoneCount"
 68h	DWORD	"allocBlockCount"
 6Ch	DWORD	"allocBlockWaitCount"
 70h	DWORD	original number of cache buffers
 74h	DWORD	current number of cache buffers
 78h	DWORD	cache dirty-block threshold
 7Ch	DWORD	"waitNodeCount"
 80h	DWORD	"waitNodeAllocFailureCount"
 84h	DWORD	"moveCacheNodeCount"
 88h	DWORD	"moveCacheNodeFromAvailCount"
 8Ch	DWORD	"accelerateCacheNodeWriteCount"
 90h	DWORD	"removeCacheNodeCount"
 94h	DWORD	"removeCacheNodeFromAvailCount"
 98h	DWORD	number of cache checks
 9Ch	DWORD	number of cache hits
 A0h	DWORD	number of dirty-cache checks
 A4h	DWORD	number of dirty-cache hits
 A8h	DWORD	"cacheUsedWhileChecking"
 ACh	DWORD	"waitForDirtyBlocksDecreaseCount"
 B0h	DWORD	"allocBlockFromAvailCount"
 B4h	DWORD	"allocBlockFromLRUCount"
 B8h	DWORD	"allocBlockAlreadyWaiting"
 BCh	DWORD	"LRUSittingTime"
 C0h	DWORD	maximum byte count
 C4h	DWORD	minimum number of cache buffers
 C8h	DWORD	minimum cache report threshold
 D0h	DWORD	"allocWaitingCount"
 D4h	DWORD	number of dirty cache blocks
 D8h	DWORD	"cacheDirtyWaitTime"
 DCh	DWORD	"maxDirtyTime"
 E0h	DWORD	number of directory cache buffers
 E4h	DWORD	"cacheByteToBlockShiftFactor"
SeeAlso: #02490
--------N-21F27BSF02-------------------------
INT 21 - Novell NetWare v4+ - GET SERVER INFORMATION
	AX = F27Bh subfn 02h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02492)
	ES:DI -> reply buffer (see #02493)
Return: AL = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
	reply buffer filled
SeeAlso: AX=F27Bh/SF=01h

Format of NetWare "Get Server Information" request buffer:
Offset	Size	Description	(Table 02492)
 00h	WORD	0001h (length of following data)
 02h	BYTE	02h (subfunction "Get Server Information")
SeeAlso: #02493

Format of NetWare "Get Server Information" reply buffer:
Offset	Size	Description	(Table 02493)
 00h	DWORD	current server time
 04h	BYTE	vconsole version
 05h	BYTE	vconsole revision
 06h	WORD	reserved
 08h	DWORD	current NCP stations in use
 0Ch	DWORD	peak NCP stations in use
 10h	DWORD	total NCP requests
 14h	DWORD	server utilization
 18h	DWORD	number of cancelled replies
 1Ch	DWORD	"writeHeldOffCount"
 20h	DWORD	"writeHeldOffWithDuplicateRequest"
 24h	DWORD	number of invalid request types
 28h	DWORD	"beingAbortedCount"
 2Ch	DWORD	"alreadyDoingReallocCount"
 30h	DWORD	"deAllocInvalidSlotCount"
 34h	DWORD	"deAllocBeingProcessedCount"
 38h	DWORD	"deAllocForgedPacketCount"
 3Ch	DWORD	"startStationErrorCount"
 40h	DWORD	number of invalid slot numbers
 44h	DWORD	"beingProcessedCount"
 48h	DWORD	number of forged packets
 4Ch	DWORD	number still transmitting
 50h	DWORD	"reExecuteRequestCount"
 54h	DWORD	number of invalid sequence numbers
 58h	DWORD	"duplicateIsBeingSentAlreadyCnt"
 5Ch	DWORD	number of positive acknowledgements sent
 60h	DWORD	number of duplicate replies sent
 64h	DWORD	number of times out of memory for station control
 68h	DWORD	number of times out of available connections
 6Ch	DWORD	"reallocSlotCount"
 70h	DWORD	"reallocSlotCameTooSoonCount"
 74h	WORD	number of times maximum hop count exceeded
 76h	WORD	number of unknown networks
 78h	WORD	"NoSpaceForService"
 7Ah	WORD	number of times out of receive buffers
 7Ch	WORD	"notMyNetwork"
 7Eh	DWORD	number of NetBIOS packets propagated
 82h	DWORD	total number of packets serviced
 86h	DWORD	total number of packets routed
SeeAlso: #02492
--------N-21F27BSF04-------------------------
INT 21 - Novell NetWare v4+ - GET USER INFORMATION
	AX = F27Bh subfn 04h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02494)
	ES:DI -> reply buffer (see #02495)
Return: AL = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
	reply buffer filled

Format of NetWare "Get User Information" request buffer:
Offset	Size	Description	(Table 02494)
 00h	WORD	0005h (length of following data)
 02h	BYTE	04h (subfunction "Get User Information")
 03h	DWORD	connection number
SeeAlso: #02495

Format of NetWare "Get User Information" reply buffer:
Offset	Size	Description	(Table 02495)
 00h	DWORD	current server time
 04h	BYTE	vconsole version
 05h	BYTE	vconsole revision
 06h	WORD	reserved
 08h	DWORD	connection number
 0Ch	DWORD	use count
 10h	BYTE	connection service type
 11h  7 BYTEs	login time
 18h	DWORD	status
 1Ch	DWORD	expiration time
 20h	DWORD	object type
 24h	BYTE	transaction flag
 25h	BYTE	logical lock threshold
 26h	BYTE	record lock threshold
 27h	BYTE	file write flags
 28h	BYTE	file write state
 29h	BYTE	(filler)
 2Ah	WORD	file lock count
 2Ch	WORD	record lock count
 2Eh  6 BYTEs	total number of bytes read
 34h  6 BYTEs	total number of bytes written
 3Ah	DWORD	total requests
 3Eh	DWORD	held requests
 42h  6 BYTEs	held bytes read
 48h  6 BYTEs	held bytes written
 4Eh	BYTE	length of user name
 4Fh  N BYTEs	user name
SeeAlso: #02494
--------N-21F27BSF06-------------------------
INT 21 - Novell NetWare v4+ - GET IPX/SPX Information
	AX = F27Bh subfn 06h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02496)
	ES:DI -> reply buffer (see #02497)
Return: AL = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
	reply buffer filled

Format of NetWare "Get IPX/SPX Information" request buffer:
Offset	Size	Description	(Table 02496)
 00h	WORD	0001h (length of following data)
 02h	BYTE	06h (subfunction "Get IPX/SPX Information")
SeeAlso: #02497

Format of NetWare "Get IPX/SPX Information" reply buffer:
Offset	Size	Description	(Table 02497)
 00h	DWORD	current server time
 04h	BYTE	vconsole version
 05h	BYTE	vconsole revision
 06h	WORD	reserved
 08h	DWORD	number of IPX packets sent
 0Ch	WORD	number of malformed IPX packets
 0Eh	DWORD	number of IPX Get-ECB requests
 12h	DWORD	number of failed IPX Get-ECB requests
 16h	DWORD	number of IPX AES events
 1Ah	WORD	number of postponed IPX AES events
 1Ch	WORD	maximum number of sockets (from configuration)
 1Eh	WORD	maximum number of open sockets
 20h	WORD	number of failed IPX socket opens
 22h	DWORD	number of IPX "listen" ECBs
 24h	WORD	number of failed IPX EBC cancels
 26h	WORD	number of failed IPX Get-Local-Target requests
 28h	WORD	maximum number of SPX connections (from configuration)
 2Ah	WORD	maximum number of SPX connections used
 2Ch	WORD	number of SPX Establish-Connection requests
 2Eh	WORD	number of failed SPX Establish-Connection requests
 30h	WORD	total number of SPX "listen-connect" requests
 32h	WORD	number of failed SPX "listen-connect" requests
 34h	DWORD	number of SPX sends
 38h	DWORD	number of SPX "window-choke"s
 3Ch	WORD	number of bad SPX sends
 3Eh	WORD	number of failed SPX sends
 40h	WORD	number of aborted SPX connections
 42h	DWORD	number of SPX packet listens
 46h	WORD	number of bad SPX packet listens
 48h	DWORD	number of incoming SPX packets
 4Ch	WORD	number of bad incoming SPX packets
 4Eh	WORD	number of supressed SPX packets
 50h	WORD	"SPXNoSesListenECBCount"
 52h	WORD	"SPXWatchDogDestSesCount"
SeeAlso: #02496
--------N-21F27BSF08-------------------------
INT 21 - Novell NetWare v4+ - GET CPU INFORMATION
	AX = F27Bh subfn 08h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02498)
	ES:DI -> reply buffer (see #02499)
Return: AL = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
	reply buffer filled

Format of NetWare "Get CPU Information" request buffer:
Offset	Size	Description	(Table 02498)
 00h	WORD	0005h (length of following data)
 02h	BYTE	08h (subfunction "Get CPU Information")
 03h	DWORD	CPU number
SeeAlso: #02499

Format of NetWare "Get CPU Information" reply buffer:
Offset	Size	Description	(Table 02499)
 00h	DWORD	current server time
 04h	BYTE	vconsole version
 05h	BYTE	vconsole revision
 06h	WORD	reserved
 08h	DWORD	number of CPUs
 0Ch	DWORD	page table owner flag
 10h	DWORD	CPU type flag
 14h	DWORD	coprocessor flag
 18h	DWORD	bus type flag
 1Ch	DWORD	I/O engine flag
 20h	DWORD	filesystem engine flag
 24h	DWORD	non-dedicated flag
 28h 201 BYTEs	counted string: CPU string;number of coprocessors;bus string
SeeAlso: #02498
--------N-21F27BSF09-------------------------
INT 21 - Novell NetWare v4+ - GET VOLUME SWITCH INFORMATION
	AX = F27Bh subfn 09h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02500)
	ES:DI -> reply buffer (see #02501)
Return: AL = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
	reply buffer filled

Format of NetWare "Get Volume Switch Information" request buffer:
Offset	Size	Description	(Table 02500)
 00h	WORD	0005h (length of following data)
 02h	BYTE	09h (subfunction "Get Volume Switch Information")
 03h	DWORD	starting item number
SeeAlso: #02501

Format of NetWare "Get Volume Switch Information" reply buffer:
Offset	Size	Description	(Table 02501)
 00h	DWORD	current server time
 04h	BYTE	vconsole version
 05h	BYTE	vconsole revision
 06h	WORD	reserved
 08h	DWORD	total LFS counters
 0Ch	DWORD	current LFS counters
 10h	DWORD	"readFile"
 14h	DWORD	"writeFile"
 18h	DWORD	"deleteFile"
 1Ch	DWORD	"renMove"
 20h	DWORD	"openFile"
 24h	DWORD	"createFile"
 28h	DWORD	"createAndOpenFile"
 2Ch	DWORD	"closeFile"
 30h	DWORD	"scanDeleteFile"
 34h	DWORD	"salvageFile"
 38h	DWORD	"purgeFile"
 3Ch	DWORD	"migrateFile"
 40h	DWORD	"deMigrateFile"
 44h	DWORD	"createDir"
 48h	DWORD	"deleteDir"
 4Ch	DWORD	"directoryScans"
 50h	DWORD	"mapPathToDirNum"
 54h	DWORD	"modifyDirEntry"
 58h	DWORD	"getAccessRights"
 5Ch	DWORD	"getAccessRightsFromIDs"
 60h	DWORD	"mapDirNumToPath"
 64h	DWORD	"getEntryFromPathStrBase"
 68h	DWORD	"getOtherNSEntry"
 6Ch	DWORD	"getExtDirInfo"
 70h	DWORD	"getParentDirNum"
 74h	DWORD	"addTrusteeR"
 78h	DWORD	"scanTrusteeR"
 7Ch	DWORD	"delTrusteeR"
 80h	DWORD	"purgeTrust"
 84h	DWORD	"findNextTrustRef"
 88h	DWORD	"scanUserRestNodes"
 8Ch	DWORD	"addUserRest"
 90h	DWORD	"deleteUserRest"
 94h	DWORD	"rtnDirSpaceRest"
 98h	DWORD	"getActualAvailDskSp"
 9Ch	DWORD	"cntOwnedFilesAndDirs"
 A0h	DWORD	"migFileInfo"
 A4h	DWORD	"volMigInfo"
 A8h	DWORD	"readMigFileData"
 ACh	DWORD	"getVolusageStats"
 B0h	DWORD	"getActualVolUsageStats"
 B4h	DWORD	"getDirUsageStats"
 B8h	DWORD	"NMFileReadsCount"
 BCh	DWORD	"NMFileWritesCount"
 C0h	DWORD	"mapPathToDirNumOrPhantom"
 C4h	DWORD	"stationsHasAccessRgtsGntedBelow"
 C8h	DWORD	"gtDataSteamLensFromPathStrBase"
 CCh	DWORD	"checkAndGetDirectoryEntry"
 D0h	DWORD	"getDeletedEntry"
 D4h	DWORD	"getOriginalNameSpace"
 D8h	DWORD	"getActualFileSize"
 DCh	DWORD	"verifyNameSpaceNumber"
 E0h	DWORD	"verifyDataStreamNumber"
 E4h	DWORD	"checkVolumeNumber"
 E8h	DWORD	"commitFile"
 ECh	DWORD	"VMGetDirectoryEntry"
 F0h	DWORD	"createDMFileEntry"
 F4h	DWORD	"renameNameSpaceEntry"
 F8h	DWORD	"logFile"
 FCh	DWORD	"releaseFile"
100h	DWORD	"clearFile"
104h	DWORD	"setVolumeFlag"
108h	DWORD	"clearVolumeFlag"
10Ch	DWORD	"getOriginalInfo"
110h	DWORD	"createMigratedDir"
114h	DWORD	"F3OpenCreate"
118h	DWORD	"F3InitFileSearch"
11Ch	DWORD	"F3ContinueFileSearch"
120h	DWORD	"F3RenameFile"
124h	DWORD	"F3ScanForTrustees"
128h	DWORD	"F3ObtainFileInfo"
12Ch	DWORD	"F3ModifyInfo"
130h	DWORD	"F3EraseFile"
134h	DWORD	"F3SetDirHandle"
138h	DWORD	"F3AddTrustees"
13Ch	DWORD	"F3DeleteTrustees"
140h	DWORD	"F3AllocDirHandle"
144h	DWORD	"F3ScanSalvagedFiles"
148h	DWORD	"F3RecoverSalvagedFiles"
14Ch	DWORD	"F3PurgeSalvageableFile"
150h	DWORD	"F3GetNSSpecificInfo"
154h	DWORD	"F3ModifyNSSpecificInfo"
158h	DWORD	"F3SearchSet"
15Ch	DWORD	"F3GetDirBase"
160h	DWORD	"F3QueryNameSpaceInfo"
164h	DWORD	"F3GetNameSpaceList"
168h	DWORD	"F3GetHugeInfo"
16Ch	DWORD	"F3SetHugeInfo"
170h	DWORD	"F3GetFullPathString"
174h	DWORD	"F3GetEffectiveDirectoryRights"
SeeAlso: #02500
--------N-21F27BSF0A-------------------------
INT 21 - Novell NetWare v4+ - GET LOADED NLMs
	AX = F27Bh subfn 0Ah
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02502)
	ES:DI -> reply buffer (see #02503)
Return: AL = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
	reply buffer filled

Format of NetWare "Get NLMs Loaded" request buffer:
Offset	Size	Description	(Table 02502)
 00h	WORD	0005h (length of following data)
 02h	BYTE	0Ah (subfunction "Get NLMs Loaded")
 03h	DWORD	first NLM number to report
SeeAlso: #02503

Format of NetWare "Get NLMs Loaded" reply buffer:
Offset	Size	Description	(Table 02503)
 00h	DWORD	current server time
 04h	BYTE	vconsole version
 05h	BYTE	vconsole revision
 06h	WORD	reserved
 08h	DWORD	total number of NLMs
 0Ch	DWORD	number of NLM numbers following (max 50)
 10h 50 DWORDs	NLM numbers
SeeAlso: #02502
--------N-21F27BSF0B-------------------------
INT 21 - Novell NetWare v4+ - GET NLM INFORMATION
	AX = F27Bh subfn 0Bh
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02504)
	ES:DI -> reply buffer (see #02505)
Return: AL = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
	reply buffer filled

Format of NetWare "Get NLM Information" request buffer:
Offset	Size	Description	(Table 02504)
 00h	WORD	0005h (length of following data)
 02h	BYTE	0Bh (subfunction "Get NLM Information")
 03h	DWORD	NLM number
SeeAlso: #02505

Format of NetWare "Get NLM Information" reply buffer:
Offset	Size	Description	(Table 02505)
 00h	DWORD	current server time
 04h	BYTE	vconsole version
 05h	BYTE	vconsole revision
 06h	WORD	reserved
 08h	DWORD	identification number
 0Ch	DWORD	flags
 10h	DWORD	NLM type (see #02506)
 14h	DWORD	parent identifier
 18h	DWORD	major version
 1Ch	DWORD	minor version
 20h	DWORD	revision
 24h	DWORD	year
 28h	DWORD	month
 2Ch	DWORD	day
 30h	DWORD	bytes available for allocation
 34h	DWORD	"allocFreeCount"
 38h	DWORD	last garbage collection
 3Ch	DWORD	message language
 40h	DWORD	number of referenced public identifiers
 44h 200 BYTEs	NLM strings: filename, NLM name, copyright
SeeAlso: #02504

(Table 02506)
Values for NetWare NLM type:
 0001h	LAN
 0002h	DSK
 0003h	NAM
 0004h	utility NLM
 0005h	MSL
 0006h	operating system NLM
 0007h	paged NLM
 0008h	HAM
 0009h	CDM
 000Ah	file system NLM
 000Bh	real mode NLM
 000Ch	hidden NLM
SeeAlso: #02505
--------N-21F27BSF0D-------------------------
INT 21 - Novell NetWare v4+ - GET OS VERSION INFORMATION
	AX = F27Bh subfn 0Dh
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02507)
	ES:DI -> reply buffer (see #02508)
Return: AL = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
	reply buffer filled

Format of NetWare "Get OS Version Information" request buffer:
Offset	Size	Description	(Table 02507)
 00h	WORD	0001h (length of following data)
 02h	BYTE	0Dh (subfunction "Get OS Version Information")
SeeAlso: #02508

Format of NetWare "Get OS Version Information" reply buffer:
Offset	Size	Description	(Table 02508)
 00h	DWORD	current server time
 04h	BYTE	vconsole version
 05h	BYTE	vconsole revision
 06h	WORD	reserved
 08h	BYTE	operating system major version
 09h	BYTE	operating system minor version
 0Ah	BYTE	operating system revision number
 0Bh	BYTE	accounting version
 0Ch	BYTE	VAP version
 0Dh	BYTE	queueing version
 0Eh	BYTE	security restrictions level
 0Fh	BYTE	bridging support
 10h	DWORD	maximum number of volumes
 14h	DWORD	number of connection slots
 18h	DWORD	maximum number of logged-in connections
 1Ch	DWORD	maximum number of name spaces
 20h	DWORD	maximum number of LANs
 24h	DWORD	maximum number of media types
 28h	DWORD	maximum number of protocols
 2Ch	DWORD	maximum subdirectory tree depth
 30h	DWORD	maximum number of data streams
 34h	DWORD	maximum number of spooled printers
 38h	DWORD	serial number
 3Ch	WORD	application number
SeeAlso: #02507
--------N-21F27BSF14-------------------------
INT 21 - Novell NetWare v4+ - GET ACTIVE LAN BOARD LIST
	AX = F27Bh subfn 14h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02509)
	ES:DI -> reply buffer (see #02510)
Return: AL = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
	reply buffer filled

Format of NetWare "Get Active LAN Board List" request buffer:
Offset	Size	Description	(Table 02509)
 00h	WORD	0005h (length of following data)
 02h	BYTE	14h (subfunction "Get Active LAN Board List")
 03h	DWORD	start number
SeeAlso: #02510

Format of NetWare "Get Active LAN Board List" reply buffer:
Offset	Size	Description	(Table 02510)
 00h	DWORD	current server time
 04h	BYTE	vconsole version
 05h	BYTE	vconsole revision
 06h	WORD	reserved
 08h	DWORD	maximum number of LANs
 0Ch	DWORD	number of LAN board numbers returned
 10h 50 DWORDs	board numbers
SeeAlso: #02509
--------N-21F27BSF15-------------------------
INT 21 - Novell NetWare v4+ - GET LAN CONFIGURATION
	AX = F27Bh subfn 15h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02511)
	ES:DI -> reply buffer (see #02512)
Return: AL = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
	reply buffer filled
SeeAlso: AX=F27Bh/SF=16h

Format of NetWare "Get LAN Configuration" request buffer:
Offset	Size	Description	(Table 02511)
 00h	WORD	0005h (length of following data)
 02h	BYTE	15h (subfunction "Get LAN Configuration")
 03h	DWORD	LAN board number
SeeAlso: #02512

Format of NetWare "Get LAN Configuration" reply buffer:
Offset	Size	Description	(Table 02512)
 00h	DWORD	current server time
 04h	BYTE	vconsole version
 05h	BYTE	vconsole revision
 06h	WORD	reserved
 08h	BYTE	driver configuration major version
 09h	BYTE	driver configuration minor version
 0Ah  6 BYTEs	driver node address
 10h	WORD	driver mode flags
 12h	WORD	driver board number
 14h	WORD	driver board instance
 16h	DWORD	driver maximum size
 1Ah	DWORD	driver maximum receive size
 1Eh	DWORD	driver receive size
 22h  3 DWORDs	reserved
 2Eh	WORD	driver card ID
 30h	WORD	driver transport time
 32h	DWORD	driver source routing
 36h	WORD	driver line speed
 38h	WORD	driver reserved
 3Ah	BYTE	driver major version
 3Bh	BYTE	driver minor version
 3Ch	WORD	driver flags
 3Eh	WORD	driver send retries
 40h	DWORD	driver link
 44h	WORD	driver sharing flags
 46h	WORD	driver slot
 48h  4 WORDs	driver I/O port and lengths
 50h	DWORD	driver memory decode 0
 54h	WORD	driver length 0
 56h	DWORD	driver memory decode 1
 5Ah	WORD	driver length 1
 5Ch  2 BYTEs	driver's interrupts
 5Eh  2 BYTEs	driver's DMA usage
 60h 18 BYTEs	driver's logical name
 72h 14 BYTEs	driver I/O reserved
 80h 128 BYTEs	driver card name
100h 40 BYTEs	driver media type
128h 180 BYTEs	driver custom variables
SeeAlso: #02511
--------N-21F27BSF16-------------------------
INT 21 - Novell NetWare v4+ - GET LAN COMMON COUNTERS
	AX = F27Bh subfn 16h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02513)
	ES:DI -> reply buffer (see #02514)
Return: AL = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
	reply buffer filled
SeeAlso: AX=F27Bh/SF=15h

Format of NetWare "Get LAN Common Counters" request buffer:
Offset	Size	Description	(Table 02513)
 00h	WORD	0009h (length of following data)
 02h	BYTE	16h (subfunction "Get LAN Common Counters")
 03h	DWORD	LAN board number
 07h	DWORD	starting block number (set to 00000000h for first call)
SeeAlso: #02514

Format of NetWare "Get LAN Common Counters" reply buffer:
Offset	Size	Description	(Table 02514)
 00h	DWORD	current server time
 04h	BYTE	vconsole version
 05h	BYTE	vconsole revision
 06h	WORD	reserved
 08h	BYTE	statistics major version
 09h	BYTE	statistics minor version
 0Ah	DWORD	number of generic counters
 0Eh	DWORD	number of counter blocks
 12h	DWORD	number of custom variables
 16h	DWORD	next counter block number
 1Ah	DWORD	"notSupportedMask"
 1Eh	DWORD	total number of packets tranmitted
 22h	DWORD	total number of packets received
 26h	DWORD	number of times no ECBs were available
 2Ah	DWORD	number of transmitted packets which were too large
 2Eh	DWORD	number of transmitted packets which were too small
 32h	DWORD	number of packet receive overflows
 36h	DWORD	number of received packets which were too large
 3Ah	DWORD	number of received packets which were too small
 3Eh	DWORD	number of miscellaneous transmitted-packet errors
 42h	DWORD	number of miscellaneous received-packet errors
 46h	DWORD	number of times transmission retried
 4Ah	DWORD	number of checksum errors
 4Eh	DWORD	number of hardware receive mismatches
 52h 50 BYTEs	reserved
SeeAlso: #02513
--------N-21F27BSF29-------------------------
INT 21 - Novell NetWare v4+ - GET PROTOCOL STACK BY BOARD
	AX = F27Bh subfn 29h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02515)
	ES:DI -> reply buffer (see #02516)
Return: AL = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
	reply buffer filled

Format of NetWare "Get Protocol Stack by Board" request buffer:
Offset	Size	Description	(Table 02515)
 00h	WORD	0005h (length of following data)
 02h	BYTE	29h (subfunction "Get Protocol Stack by Board")
 03h	DWORD	LAN board number
SeeAlso: #02516

Format of NetWare "Get Protocol Stack by Board" reply buffer:
Offset	Size	Description	(Table 02516)
 00h	DWORD	current server time
 04h	BYTE	vconsole version
 05h	BYTE	vconsole revision
 06h	WORD	reserved
 08h	WORD	number of stacks listed (max 50)
 0Ah 50 DWORDs	protocol identifiers
SeeAlso: #02515
--------N-21F27BSF33-------------------------
INT 21 - Novell NetWare v4+ - GET ROUTER INFO
	AX = F27Bh subfn 33h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02517)
	ES:DI -> reply buffer (see #02518)
Return: AL = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
	reply buffer filled
SeeAlso: AX=F27Bh/SF=35h

Format of NetWare "Get Router Info" request buffer:
Offset	Size	Description	(Table 02517)
 00h	WORD	0005h (length of following data)
 02h	BYTE	33h (function "Get Router Info")
 03h	DWORD	network number
SeeAlso: #02518

Format of NetWare "Get Router Info" reply buffer:
Offset	Size	Description	(Table 02518)
 00h	DWORD	current server time
 04h	BYTE	vconsole version
 05h	BYTE	vconsole revision
 06h	WORD	reserved
 08h	DWORD	network number
 0Ch	WORD	hops to net
 0Eh	WORD	network status
 10h	WORD	time to net
SeeAlso: #02517,#02519
--------N-21F27BSF35-------------------------
INT 21 - Novell NetWare v4+ - GET KNOWN NETWORKS INFO
	AX = F27Bh subfn 35h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02519)
	ES:DI -> reply buffer (see #02520)
Return: AL = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
	reply buffer filled
SeeAlso: AX=F27Bh/SF=33h,AX=F27Bh/SF=38h

Format of NetWare "Get Router Info" request buffer:
Offset	Size	Description	(Table 02519)
 00h	WORD	0005h (length of following data)
 02h	BYTE	35h (function "Get Known Networks Info")
 03h	DWORD	start number (00000000h)
SeeAlso: #02520

Format of NetWare "Get Router Info" reply buffer:
Offset	Size	Description	(Table 02520)
 00h	DWORD	current server time
 04h	BYTE	vconsole version
 05h	BYTE	vconsole revision
 06h	WORD	reserved
 08h	DWORD	number of records following (max 20)
 0Ch	var	array of network info records
		Offset	Size	Description
		 00h	WORD	network number
		 04h	WORD	hops to net
		 06h	WORD	network status
		 08h	WORD	time to net
SeeAlso: #02517,#02519
--------N-21F27BSF38-------------------------
INT 21 - Novell NetWare v4+ - GET KNOWN SERVERS INFO
	AX = F27Bh subfn 38h
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02521)
	ES:DI -> reply buffer (see #02522)
Return: AL = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
	reply buffer filled
SeeAlso: AX=F27Bh/SF=35h

Format of NetWare "Get Known Servers" request buffer:
Offset	Size	Description	(Table 02521)
 00h	WORD	0009h (length of following data)
 02h	BYTE	38h (function "Get Known Servers")
 03h	DWORD	start number
 07h	DWORD	server type
SeeAlso: #02522

Format of NetWare "Get Known Servers" reply buffer:
Offset	Size	Description	(Table 02522)
 00h	DWORD	current server time
 04h	BYTE	vconsole version
 05h	BYTE	vconsole revision
 06h	WORD	reserved
 08h	DWORD	number of records following (max 20)
 0Ch	var	server record(s)
		Offset	Size	Description
		 00h	DWORD	network number
		 04h  6 BYTEs	node number
		 0Ah	WORD	socket number
		 0Ch	WORD	hops to server
		 0Eh 48 BYTEs	object name
SeeAlso: #02521
--------N-21F27BSF3C-------------------------
INT 21 - Novell NetWare v4+ - GET SERVER SET COMMANDS INFO
	AX = F27Bh subfn 3Ch
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02523)
	ES:DI -> reply buffer (see #02524)
Return: AL = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
	reply buffer filled

Format of NetWare "Get Server Set Commands Info" request packet:
Offset	Size	Description	(Table 02523)
 00h	WORD	0005h (length of following data)
 02h	BYTE	3Ch (subfunction "Get Server Set Commands Info")
 03h	DWORD	start sequence number
SeeAlso: #02524

Format of NetWare "Get Server Set Commands Info" packet:
Offset	Size	Description	(Table 02524)
 00h	DWORD	current server time
 04h	BYTE	vconsole version
 05h	BYTE	vconsole revision
 06h	WORD	reserved
 08h	DWORD	number of set commands
 0Ch	DWORD	next sequence number
 10h	DWORD	set command type
 14h	DWORD	set command category
 18h	DWORD	set command flags
 1Ch	BYTE	length of set command name
 1Dh  N BYTEs	set command name
	BYTE	number of set command values
      N BYTEs	set command values
SeeAlso: #02523
--------N-21F27BSF3D-------------------------
INT 21 - Novell NetWare v4+ - GET SERVER SET CATEGORIES
	AX = F27Bh subfn 3Dh
	CX = length of request buffer in bytes
	DX = length of reply buffer in bytes
	DS:SI -> request buffer (see #02525)
	ES:DI -> reply buffer (see #02526)
Return: AL = status (see #02860 at INT 2F/AX=7A20h/BX=0000h)
	reply buffer filled

Format of NetWare "Get Server Set Categories" request packet:
Offset	Size	Description	(Table 02525)
 00h	WORD	0005h (length of following data)
 02h	BYTE	3Dh (subfunction "Get Server Set Categories")
 03h	DWORD	start sequence number
SeeAlso: #02526

Format of NetWare "Get Server Set Categories" reply packet:
Offset	Size	Description	(Table 02526)
 00h	DWORD	current server time
 04h	BYTE	vconsole version
 05h	BYTE	vconsole revision
 06h	WORD	reserved
 08h	DWORD	number of set categories
 0Ch	DWORD	next sequence number
 10h	BYTE	length of category name
 11h  N BYTEs	category name
SeeAlso: #02525
--------v-21F2AA-----------------------------
INT 21 - VIRUS - "PcVrsDs" - INSTALLATION CHECK
	AX = F2AAh
Return: AH = AAh if resident
SeeAlso: AH=F1h"VIRUS",AH=F3h"VIRUS"
--------N-21F3-------------------------------
INT 21 - Novell NetWare - FILE SERVICES - FILE SERVER FILE COPY
	AH = F3h
	ES:DI -> request buffer (see #02527)
Return: AL = status/error code
	CX:DX = number of bytes copied
Notes:	this function is supported by Advanced NetWare 2.0+
	both source and destination must be on the same file server
SeeAlso: AH=3Ch,AH=3Fh"DOS"

Format of NetWare "File Server File Copy" request buffer:
Offset	Size	Description	(Table 02527)
 00h	WORD	source file handle (as returned by AH=3Ch or AH=3Dh)
 02h	WORD	destination file handle
 04h	DWORD	starting offset in source
 08h	DWORD	starting offset in destination
 0Ch	DWORD	number of bytes to copy
--------T-21F3-------------------------------
INT 21 - DoubleDOS - ADD CHARACTER TO KEYBOARD BUFFER OF CURRENT JOB
	AH = F3h
	AL = character
Return: AL = 00h successful
	     01h buffer full (128 characters)
SeeAlso: AH=E3h"DoubleDOS",AH=F1h"DoubleDOS",AH=F2h"DoubleDOS"
SeeAlso: AH=F8h"DoubleDOS"
--------v-21F3-------------------------------
INT 21 - VIRUS - "Carfield" - INSTALLATION CHECK
	AH = F3h
Return: AX = 0400h if resident
SeeAlso: AH=D5h"Carfield",AX=F2AAh,AH=F7h"VIRUS"
--------T-21F400-----------------------------
INT 21 - DoubleDOS - INSTALLATION CHECK/PROGRAM STATUS
	AX = F400h
Return: AL = program status
	    00h if DoubleDOS not present
	    01h if running in visible DoubleDOS partition
	    02h if running in the invisible DoubleDOS partition
SeeAlso: AX=E400h,AH=F5h"DoubleDOS"
--------T-21F5-------------------------------
INT 21 - DoubleDOS - OTHER PROGRAM STATUS
	AH = F5h
Return: AL = program status
	    00h no program in other partition
	    01h program in other partition is running
	    02h program in other partition is suspended
SeeAlso: AH=E5h"DoubleDOS",AX=F400h"DoubleDOS"
--------v-21F7-------------------------------
INT 21 - VIRUS - "GP1" - INSTALLATION CHECK
	AH = F7h
Return: AX = 0300h if resident
SeeAlso: AH=F0h"VIRUS",AH=F9h"VIRUS"
--------D-21F8-------------------------------
INT 21 - DOS v2.11-2.13 - SET OEM INT 21 HANDLER
	AH = F8h
	DS:DX -> OEM INT 21 handler for functions F9h to FFh
		 FFFFh:FFFFh disables OEM handler
Notes:	this function is known to be supported by Toshiba T1000 ROM MS-DOS
	  v2.11, Sanyo MS-DOS v2.11, and TI Professional Computer DOS v2.13
	at least potentially this is still available with (OEM versions??? of)
	  MS-DOS 6.0.
	calls to AH=F9h through AH=FFH will return AL=00h if no handler set
	the user handler is called immediately on entry to the main DOS INT 21h
	  function dispatcher with interrupts disabled and all registers and
	  stack exactly as set by caller; it should exit with IRET
SeeAlso: AH=F9h"OEM"
--------T-21F8-------------------------------
INT 21 - DoubleDOS - SET/RESET KEYBOARD CONTROL FLAGS
	AH = F8h
	AL = program for which to set flags
	    00h this program
	    01h other program
	DX = keyboard control flags (see #02088 at AH=E8h"DoubleDOS")
Return: DX = previous flags
Notes:	disabling Ctrl-PrtSc will allow the program to intercept the keystroke;
	  disabling any of the other keystrokes disables them completely
	this function is identical to AH=E8h
SeeAlso: AH=E8h"DoubleDOS",AH=F1h"DoubleDOS",AH=F2h"DoubleDOS"
SeeAlso: AH=F3h"DoubleDOS"
--------D-21F9-------------------------------
INT 21 - DOS v2.11-2.13 - OEM FUNCTION
	AH = F9h
Return: AL = 00h if no OEM function handler installed (see AH=F8h"OEM")
SeeAlso: AH=F8h"OEM",AH=FAh"OEM"
--------T-21F9-------------------------------
INT 21 - DoubleDOS - SET TIMESHARING PRIORITY
	AH = F9h
	AL = priority
	    00h visible program gets 70%, invisible gets 30% (default)
	    01h visible program gets 50%, invisible gets 50%
	    02h visible program gets 30%, invisible gets 70%
	    03h Top program gets 70%, bottom program gets 30%
	    04h Top program gets 30%, bottom program gets 70%
	    05h get current priority
		Return: AL = priority setting
Note:	identical to AH=E9h
SeeAlso: AH=E9h"DoubleDOS",AH=FAh"DoubleDOS",AH=FBh"DoubleDOS"
--------v-21F9-------------------------------
INT 21 - VIRUS - "Satans-Bug" - INSTALLATION CHECK
	AH = F9h
Return: AX = AC0Ah if resident
SeeAlso: AH=F7h"VIRUS",AH=FBh"VIRUS",AX=FEDCh"VIRUS"
--------D-21FA-------------------------------
INT 21 - DOS v2.11-2.13 - OEM FUNCTION
	AH = FAh
Return: AL = 00h if no OEM function handler installed (see AH=F8h"OEM")
SeeAlso: AH=F8h"OEM",AH=F9h"OEM",AH=FBh"OEM"
--------T-21FA-------------------------------
INT 21 - DoubleDOS - TURN OFF TASK SWITCHING
	AH = FAh
Return: task switching turned off
SeeAlso: AH=EAh"DoubleDOS",AH=F9h"DoubleDOS",AH=FBh"DoubleDOS"
SeeAlso: INT FA"DoubleDOS"
--------v-21FA-------------------------------
INT 21 - VIRUS - "Cinderella 2" - INSTALLATION CHECK
	AH = FAh
Return: AH = F9h if resident
SeeAlso: AH=F0h"VIRUS",AX=FBA0h"VIRUS"
--------v-21FA--DX5945-----------------------
INT 21 U - PC Tools v7+ VDEFEND, VSAFE, VWATCH - API
	AH = FAh
	DX = 5945h
	AL = function (00h-02h for VDEFEND, 00h-07h for VSAFE and VWATCH)
Return: varies by function
Note:	this API is identical to the API on INT 13/AH=FAh and INT 16/AH=FAh,
	  so it is listed in its entirety only under INT 16/AX=FA00h and
	  following
SeeAlso: INT 13/AX=FA00h,INT 16/AX=FA00h
--------k-21FAFF-----------------------------
INT 21 U - IBM PC-DOS - KEYBGK - SELECT KEYBOARD LAYOUT
	AX = FAFFh
	CL = keyboard layout
	    31h keyboard 319
	    32h keyboard 220
	BX = code page (869 or 813 decimal)
Return: AL = F1h if installed
	DX destroyed
--------D-21FB-------------------------------
INT 21 - DOS v2.11-2.13 - OEM FUNCTION
	AH = FBh
Return: AL = 00h if no OEM function handler installed (see AH=F8h"OEM")
SeeAlso: AH=F8h"OEM",AH=FAh"OEM",AH=FCh"OEM"
--------T-21FB-------------------------------
INT 21 - DoubleDOS - TURN ON TASK SWITCHING
	AH = FBh
Return: task switching turned on
SeeAlso: AH=EBh"DoubleDOS",AH=F9h"DoubleDOS",AH=FAh"DoubleDOS"
SeeAlso: INT FB"DoubleDOS"
--------v-21FB-------------------------------
INT 21 - VIRUS - "Cinderella" - INSTALLATION CHECK
	AH = FBh
Return: AH = 00h if resident
SeeAlso: AH=F9h"VIRUS",AH=FAh"VIRUS",AX=FB0Ah
--------v-21FB0A-----------------------------
INT 21 - VIRUS - "dBASE" - INSTALLATION CHECK
	AX = FB0Ah
Return: AX = 0AFBh if resident
SeeAlso: AH=FBh"VIRUS",AX=FBA0h"VIRUS",AH=FCh"VIRUS"
--------v-21FBA0-----------------------------
INT 21 - VIRUS - "Groove" - INSTALLATION CHECK
	AX = FBA0h
Return: AX = 0ABFh if resident
SeeAlso: AX=FB0Ah"VIRUS",AX=FBFBh"VIRUS"
--------v-21FBFB-----------------------------
INT 21 - VIRUS - "Dir.1367" - INSTALLATION CHECK
	AX = FBFBh
Return: AX = BFBFh if resident
SeeAlso: AX=FBA0h"VIRUS",AH=FCh"VIRUS"
--------D-21FC-------------------------------
INT 21 - DOS v2.11-2.13 - OEM FUNCTION
	AH = FCh
Return: AL = 00h if no OEM function handler installed (see AH=F8h"OEM")
SeeAlso: AH=F8h"OEM",AH=FBh"OEM",AH=FDh"OEM"
--------T-21FC-------------------------------
INT 21 - DoubleDOS - GET VIRTUAL SCREEN ADDRESS
	AH = FCh
Return: ES = segment of virtual screen
Desc:	Determine the address of the virtual screen to which the program
	  should write instead of the actual video memory, so that the
	  multitasked programs do not interfere with each other's output.
Notes:	screen address can change if task-switching is on!
	identical to AH=ECh
SeeAlso: AH=ECh"DoubleDOS",INT FC"DoubleDOS"
--------v-21FC-------------------------------
INT 21 - VIRUS - "Troi" - INSTALLATION CHECK
	AH = FCh
Return: AL = A5h if resident
SeeAlso: AX=FBA0h"VIRUS",AX=FC03h"VIRUS",AH=FDh"VIRUS"
--------v-21FC03-----------------------------
INT 21 - VIRUS - "Invisible" - INSTALLATION CHECK
	AX = FC03h
Return: AX = 03FCh if resident
SeeAlso: AH=FCh"VIRUS",AH=FDh"VIRUS"
--------D-21FD-------------------------------
INT 21 - DOS v2.11-2.13 - OEM FUNCTION
	AH = FDh
Return: AL = 00h if no OEM function handler installed (see AH=F8h"OEM")
SeeAlso: AH=F8h"OEM",AH=FCh"OEM",AH=FEh"OEM"
--------v-21FD-------------------------------
INT 21 - VIRUS - "Border" - INSTALLATION CHECK
	AH = FDh
Return: AH = 13h if resident
SeeAlso: AH=FCh"VIRUS",AX=FDACh"VIRUS",AH=FEh"VIRUS"
--------s-21FD12BX3457-----------------------
INT 21 - Gravis UltraSound - MegaEm/MEGA_EM - INSTALLATION CHECK
	AX = FD12h
	BX = 3457h
Return: AX = 5678h if installed
	BX = 1235h if v1.x or v2.x installed
	    CL = interrupt vector used by MegaEm (default 81h)
	BX = 1237h if v3.x installed
	    CL = interrupt vector used by MegaEm (default 81h)
	    DX = version number
Program: MegaEm is a protected-mode SoundBlaster, SoundCanvas, and MT-32
	  emulator for the Gravis UltraSound
SeeAlso: INT 2F/AX=CD00h/BX=464Fh,INT 7E/AX=00FEh"SBOS",INT 81/AX=0200h
--------v-21FDAC-----------------------------
INT 21 - VIRUS - "Delwin" - INSTALLATION CHECK
	AX = FDACh
Return: AX = 02E3h if resident
SeeAlso: AH=FDh"VIRUS",AH=FEh"VIRUS"
--------D-21FE-------------------------------
INT 21 - DOS v2.11-2.13 - OEM FUNCTION
	AH = FEh
Return: AL = 00h if no OEM function handler installed (see AH=F8h"OEM")
SeeAlso: AH=F8h"OEM",AH=FDh"OEM",AH=FFh"OEM"
--------T-21FE-------------------------------
INT 21 - DoubleDOS - GIVE AWAY TIME TO OTHER TASKS
	AH = FEh
	AL = number of 55ms time slices to give away
Return: returns after giving away time slices
SeeAlso: AH=EEh"DoubleDOS",INT FE"DoubleDOS"
--------v-21FE-------------------------------
INT 21 - VIRUS - "483" - INSTALLATION CHECK
	AH = FEh
Return: AH = 00h if resident
SeeAlso: AX=FDACh"VIRUS",AX=FE01h
--------v-21FE01-----------------------------
INT 21 - VIRUS - "Flip" - INSTALLATION CHECK
	AX = FE01h
Return: AX = 01FEh if resident
SeeAlso: AH=FEh"VIRUS",AX=FE02h
--------v-21FE02-----------------------------
INT 21 - VIRUS - "2468"/"Tequila" - INSTALLATION CHECK
	AX = FE02h
Return: AX = 01FDh if resident
SeeAlso: AX=FE01h,AX=FE03h,AX=FEDCh"VIRUS"
--------v-21FE03-----------------------------
INT 21 - VIRUS - "2468"/"Tequila" - DISPLAY VIRUS MESSAGE
	AX = FE03h
SeeAlso: AX=FE02h,AX=FEADh
--------v-21FEAD-----------------------------
INT 21 - VIRUS - "Shifting Objective" - INSTALLATION CHECK
	AX = FEADh
Return: AX = D00Dh if resident
SeeAlso: AX=FE03h,AX=FEDCh"VIRUS"
--------d-21FEDC-----------------------------
INT 21 - PCMag PCMANAGE/DCOMPRES - INSTALLATION CHECK
	AX = FEDCh
Return: AX = CDEFh if installed
Program: the PCMANAGE/DCOMPRES combination from PC Magazine permits
	  infrequently-used files to be compressed to save space and
	  transparently expanded when accessed
SeeAlso: AH=DCh,INT 2D/AL=10h"dLite"
--------v-21FEDC-----------------------------
INT 21 - VIRUS - "Black Monday" - INSTALLATION CHECK
	AX = FEDCh
Return: AL = DCh if resident
SeeAlso: AX=FE02h,AX=FEFEh
--------v-21FEFE-----------------------------
INT 21 - VIRUS - "CIDER" - INSTALLATION CHECK
	AX = FEFEh
Return: SI = 1994h if resident
SeeAlso: AX=FEDCh"VIRUS",AH=FFh"VIRUS"
--------D-21FF-------------------------------
INT 21 - DOS v2.11-2.13 - OEM FUNCTION
	AH = FFh
Return: AL = 00h if no OEM function handler installed (see AH=F8h"OEM")
SeeAlso: AH=F8h"OEM",AH=FEh"OEM"
--------E-21FF-------------------------------
INT 21 - DJ GO32.EXE 80386+ DOS extender - DOS EXTENSIONS
	AH = FFh
	AL = function
	    01h create file
	    02h open file
	    03h get file statistics
	    04h get time of day
	    05h set time of day
	    06h stat
	    07h system
Program: GO32.EXE is a DOS extender included as part of the 80386 port of the
	  GNU C/C++ compiler by DJ Delorie and distributed as DJGPP
SeeAlso: INT 10/AH=FFh"GO32"
--------E-21FF-------------------------------
INT 21 UP - Rational Systems DOS/4GW - API
	AH = FFh
	DH = function (00h-17h) (also see separate entries below)
	DL = subfunction or argument
Return: CF clear if valid function number
	    AX = status???
	CF set if invalid function
SeeAlso: INT 15/AX=BFDCh
--------K-21FF-------------------------------
INT 21 - CED (Command EDitor) - INSTALLABLE COMMANDS
	AH = FFh
	AL = subfunction
	    00h add installable command
		BL = mode
		    bit 0 = 1 callable from DOS prompt
		    bit 1 = 1 callable from application
		DS:SI -> CR-terminated command name
		ES:DI -> FAR routine entry point
	    01h remove installable command
		DS:SI -> CR-terminated command name
	    02h reserved, may be used to test for CED installation
Return: CF clear if successful
	CF set on error
	    AX = error code
		01h invalid function
		02h command not found (subfunction 01h only)
		08h insufficient memory (subfunction 00h only)
		0Eh bad data (subfunction 00h only)
	AH = FFh if CED not installed
Program: CED is a shareware DOS command-line enhancer by Christopher J. Dunford
SeeAlso: AX=0A00h
--------K-21FF-------------------------------
INT 21 - DOSED.COM - INSTALLATION CHECK
	AH = FFh
	DS:SI -> "DOSED"
	ES = 0000h
Return: ES:DI -> "DOSED" if installed
Program: DOSED is a free DOS commandline editor/history buffer by Sverre H.
	  Huseby
--------v-21FF-------------------------------
INT 21 - VIRUS - "Sunday", "Tumen 0.5", "Hero" - INSTALLATION CHECK
	AH = FFh
Return: AH = 00h if "Tumen 0.5" or "Hero" resident
	AX = 0400h if "Sunday" resident
SeeAlso: AX=FEDCh"VIRUS",AX=FF01h"VIRUS"
--------E-21FF--DH00-------------------------
INT 21 UP - Rational Systems DOS/4GW - GET VERSION???
	AH = FFh
	DH = 00h
	DL = ??? (78h seen)
Return: CF clear
	EAX = 4734FFFFh (high word is byte-swapped "4G") if DOS/4G installed
Note:	Quarterdeck's DESQview/X X Toolkit library uses this call to determine
	  whether the direct-mapped linear 4GB segment's selector is 34h or 38h
SeeAlso: INT 21/AH=FFh/DH=00h"DOS/4GW"
--------E-21FF--DH02-------------------------
INT 21 UP - Rational Systems DOS/4GW - SET ???
	AH = FFh
	DH = 02h
	DL = ???
Return: CF clear
--------E-21FF--DH05-------------------------
INT 21 UP - Rational Systems DOS/4GW - ???
	AH = FFh
	DH = 05h
	BX = ???
Return: ???
--------E-21FF--DH06-------------------------
INT 21 UP - Rational Systems DOS/4GW - ???
	AH = FFh
	DH = 06h
	BX = ???
Return: ???
--------E-21FF--DH07-------------------------
INT 21 UP - Rational Systems DOS/4GW - ???
	AH = FFh
	DH = 07h
	BX = ???
Return: ???
--------E-21FF--DH08-------------------------
INT 21 UP - Rational Systems DOS/4GW - ???
	AH = FFh
	DH = 08h
	BX = ???
	CX = ???
	ES = ???
Return: ???
--------E-21FF--DH09-------------------------
INT 21 UP - Rational Systems DOS/4GW - GET ???
	AH = FFh
	DH = 09h
Return: ES:BX -> ???
--------E-21FF--DH0A-------------------------
INT 21 UP - Rational Systems DOS/4GW - ???
	AH = FFh
	DH = 0Ah
	AL = ???
	BX = ???
	CX = ???
Return: ES = ??? or 0000h
--------E-21FF--DH0B-------------------------
INT 21 UP - Rational Systems DOS/4GW - ???
	AH = FFh
	DH = 0Bh
	AL = ???
	BX = ???
	CX = ???
Return: ???
--------E-21FF--DH0C-------------------------
INT 21 UP - Rational Systems DOS/4GW - GET/SET ???
	AH = FFh
	DH = 0Ch
	DL = ??? (00h or 01h)
Return: CF clear if successful
	    AL = previous value of ???
	CF set on error (DL out of range)
	    AX = FFFFh
--------E-21FF--DH0D-------------------------
INT 21 UP - Rational Systems DOS/4GW - ???
	AH = FFh
	DH = 0Dh
	???
Return: ???
--------E-21FF--DH0E-------------------------
INT 21 UP - Rational Systems DOS/4GW - ???
	AH = FFh
	DH = 0Eh
Return: DX:AX -> XBRK structure (see #00508 at INT 15/AX=BF02h)
	BX = ???
	CX = ???
SeeAlso: INT 15/AX=BF02h
--------E-21FF--DH0F-------------------------
INT 21 UP - Rational Systems DOS/4GW - ???
	AH = FFh
	DH = 0Fh
	???
Return: ???
--------E-21FF--DH10-------------------------
INT 21 UP - Rational Systems DOS/4GW - ???
	AH = FFh
	DH = 10h
	AL = ???
	BX = ???
	CX = ???
	DI = ???
	SI = ???
Return: ???
Note:	among other things, frees two memory blocks via INT 21/AH=49h
--------E-21FF--DH11-------------------------
INT 21 UP - Rational Systems DOS/4GW - NOP
	AH = FFh
	DH = 11h
--------E-21FF--DH12-------------------------
INT 21 UP - Rational Systems DOS/4GW - EXCHANGE ??? POINTERS
	AH = FFh
	DH = 12h
	DS:SI -> new ???
	ES:DI -> new ???
Return: DS:SI -> previous ???
	ES:DI -> previous ???
--------E-21FF--DH13-------------------------
INT 21 UP - Rational Systems DOS/4GW - ???
	AH = FFh
	DH = 13h
	AL = ???
	ES = ???
Return: ???
--------E-21FF--DH14-------------------------
INT 21 UP - Rational Systems DOS/4GW - ???
	AH = FFh
	DH = 14h
	BX = ???
	CX = ???
Return: CF clear
	    AX = ???
	    DX = ???
--------E-21FF--DH15-------------------------
INT 21 UP - Rational Systems DOS/4GW - GET ??? FUNCTIONS
	AH = FFh
	DH = 15h
Return: CF clear
	    DX:AX -> FAR function for ???
	    CX:BX -> FAR function for ???
	    SI:DI -> FAR function for ???
--------E-21FF--DH16-------------------------
INT 21 UP - Rational Systems DOS/4GW - GET ???
	AH = FFh
	DH = 16h
Return: AX = ???
--------E-21FF--DH17-------------------------
INT 21 UP - Rational Systems DOS/4GW - ???
	AH = FFh
	DH = 17h
	AL = ???
	DL = ???
Return: ???
--------N-21FF00-----------------------------
INT 21 - TopWare Network OS v5.10+ - GET SYSTEM INFORMATION
	AX = FF00h
	CL = what to get
	    00h user information (see #02528)
	    01h drive mapping (see #02529)
	    02h printer server(s)
	    05h local DOS drive number
Return: ES:BX -> desired information
Program: TopWare Network Operating System is manufactured by Grand Computer
	  Company
Note:	this call is only supported on Workstations, not on the server
SeeAlso: AX=FF04h,INT 2F/AX=FF00h

Format of TopWare user information:
Offset	Size	Description	(Table 02528)
 00h	BYTE	node ID
 01h 15 BYTEs	user name
 10h	WORD	user number
 12h	BYTE	group number

Format of TopWare drive mapping [array]:
Offset	Size	Description	(Table 02529)
 00h	BYTE	bits 6-0: drive number (1=A:, etc.)
		bit 7: this is a server drive
 01h  3 BYTEs	mapping drive (for example, "C:\")
 04h 64 BYTEs	current directory
--------E-21FF00DX0078-----------------------
INT 21 - Rational Systems DOS/4G - INSTALLATION CHECK
	AX = FF00h
	DX = 0078h
Return: AL <> 00h if installed
	    GS = segment of kernel if nonzero
SeeAlso: INT 15/AX=BF02h
--------v-21FF01-----------------------------
INT 21 - VIRUS - "Drop" - INSTALLATION CHECK
	AX = FF01h
Return: AX = 01FFh if resident
SeeAlso: AH=FEh"VIRUS",AX=FF0Fh"FLU_SHOT"
--------N-21FF04-----------------------------
INT 21 - TopWare Network OS v5.10+ - GET/SET DEFAULT FILE PROTECTION ATTRIBS
	AX = FF04h
	CL = function
	    00h get protections
		Return: BH = read attribute
			BL = write attribute
	    01h set protections
		BH = read attribute
		BL = write attribute
Note:	this function is supported only on Workstations, not on the server
SeeAlso: AX=FF00h"TopWare"
--------v-21FF0F-----------------------------
INT 21 - FLU_SHOT+ v1.83 - INSTALLATION CHECK
	AX = FF0Fh
Return: AX = 0101h if resident
Program: FLU_SHOT+ is an antivirus/antitrojan program by Ross M. Greenberg and
	  Software Concepts Design
Note:	the "PSQR/1720" virus calls this function to determine whether
	  FLU_SHOT+ is present
SeeAlso: AH=FFh"VIRUS",AX=FF10h"VIRUS"
--------v-21FF10-----------------------------
INT 21 - VIRUS - "Twins" - INSTALLATION CHECK
	AX = FF10h
Return: AL = 07h if resident
SeeAlso: AX=FF0Fh,AX=FFFEh
--------N-21FF80DHFF-------------------------
INT 21 - TopWare Network OS v5.10+ - SEND MESSAGE
	AX = FF80h
	DH = FFh
	DL = destination address (FFh for broadcast)
	CX = message length (max 2000)
	DS:SI -> message to be sent (see #02530)
Return: nothing
Program: TopWare Network Operating System is manufactured by Grand Computer
	  Company
Notes:	this function is supported on both Workstations and the server
	there is no guarantee that the message will be received correctly, or
	  at all, by the destination

Format of TopWare message:
Offset	Size	Description	(Table 02530)
 00h	BYTE	type code
		07h TopSend
		11h user application
		other reserved for TopWare
 01h	var	data
Note:	sending messages with a type code other than 11h will cause
	  unpredictable results
--------N-21FF82-----------------------------
INT 21 - TopWare Network OS v5.10+ - GET STATION ADDRESS
	AX = FF82h
Return: AL = station address
Note:	this function is supported on both Workstations and the server
SeeAlso: AX=FF91h
--------N-21FF8C-----------------------------
INT 21 - TopWare Network OS v5.10+ - GET STATUS OF TopShow/Emulated FUNCTION
	AX = FF8Ch
	BL = subfunction
	    00h get TopShow status
	    FFh get Emulated status
Return: AL = status
	    00h not installed
	    01h already installed
--------N-21FF8D-----------------------------
INT 21 - TopWare Network OS v5.10+ - CALL TopShow FUNCTION
	AX = FF8Dh
	CH = monochrome flag (01h monochrome, 00h not monochrome)
	CL = screen mode of station to be viewed (see #02531)
	BL = graphic page number for monochrome
Return: AL = status (00h successful, else failed)
SeeAlso: AX=FF8Eh,AX=FFCFh

(Table 02531)
Values for TopWare screen mode:
 00h	text mode
 01h	720x348
 02h	640x408
 03h	720x352
 04h	640x390
 05h	reserved
--------N-21FF8E-----------------------------
INT 21 - TopWare Network OS v5.10+ - CANCEL TopShow FUNCTION
	AX = FF8Eh
Return: AL = 00h (successful, TopShow removed)
SeeAlso: AX=FF8Dh
--------N-21FF91-----------------------------
INT 21 - TopWare Network OS v5.10+ - GET FILE SERVER STATION NUMBER
	AX = FF91h
Return: AL = station number of file server
SeeAlso: AX=FF82h
--------N-21FF97-----------------------------
INT 21 - TopWare Network OS v5.10+ - GET MAXIMUM STATION NUMBER (server only)
	AX = FF97h
Return: AL = maximum station number
SeeAlso: AX=FF98h
--------N-21FF98-----------------------------
INT 21 - TopWare Network OS v5.10+ - GET MAXIMUM FILE NUMBER (server only)
	AX = FF98h
Return: AL = maximum file
SeeAlso: AX=FF97h
--------N-21FF9A-----------------------------
INT 21 - TopWare Network OS v5.10+ - RECEIVE OF USER-DEFINED PACKETS
	AX = FF9Ah
	ES:BX -> buffer for user-defined packet (see #02532)
Return: nothing

Format of TopWare user-defined packet:
Offset	Size	Description	(Table 02532)
 00h	BYTE	FFh
 01h	WORD	(call) length of data field plus 3
		(ret) length of received message (0000h if none received)
 03h	BYTE	destination ID (FFh for broadcast message)
 04h	BYTE	sending station ID
 05h	BYTE	type code (11h; all other codes reserved for TopWare)
 06h  N BYTEs	received message
--------N-21FF9F-----------------------------
INT 21 - TopWare Network OS v5.10+ - ENABLE/DISABLE TopTerm SERVICE
	AX = FF9Fh
	CL = new state (00h disable [disregard TopTerm packets], 01h enable)
Return: AL = status (00h successful, FFh failed)
Note:	this function is only supported by Workstations, not the server
--------N-21FFB0-----------------------------
INT 21 - TopWare Network OS v5.10+ - GET SPOOLER PRINTING PRIORITY
	AX = FFB0h
Return: AL = priority status (see #02533)
SeeAlso: AX=FFB1h

Bitfields for TopWare printer priority status:
Bit(s)	Description	(Table 02533)
 2	LPT3 has high priority
 1	LPT2 has high priority
 0	LPT1 has high priority
--------N-21FFB1-----------------------------
INT 21 - TopWare Network OS v5.10+ - SET SPOOLER PRINTING PRIORITY
	AX = FFB1h
	CH = printer number (00h LPT1, 01h LPT2, 02h LPT3)
	CH = new priority (00h normal, 01h high)
Return: nothing
SeeAlso: AX=FFB0h
--------N-21FFB3-----------------------------
INT 21 - TopWare Network OS v5.10+ - GET DEFAULT START-OF-JOB FORMFEED STATUS
	AX = FFB3h
Return: AL = starting formfeed status (see #02534)
SeeAlso: AX=FFB4h,AX=FFC0h

Bitfields for TopWare printer start-of-job formfeed status:
Bit(s)	Description	(Table 02534)
 2	LPT3 has formfeed enabled
 1	LPT2 has formfeed enabled
 0	LPT1 has formfeed enabled
--------N-21FFB4-----------------------------
INT 21 - TopWare Network OS v5.10+ - SET DEFAULT START-OF-JOB FORMFEED STATUS
	AX = FFB4h
	CH = printer number (00h LPT1, 01h LPT2, 02h LPT3)
	CH = new formfeed status (00h off, 01h on)
Return: nothing
SeeAlso: AX=FFB3h,AX=FFC1h
--------N-21FFBB-----------------------------
INT 21 - TopWare Network OS v5.10+ - GET PRINTER SERVER STATION ADDRESS
	AX = FFBBh
	CH = printer number (00h LPT1, 01h LPT2, 02h LPT3)
Return: AL = current mapping printer server station number
	    00h if local
SeeAlso: AX=FFBCh
--------N-21FFBC-----------------------------
INT 21 - TopWare Network OS v5.10+ - CANCEL TopShow FUNCTION
	AX = FFBCh
	CH = printer number (00h LPT1, 01h LPT2, 02h LPT3)
	CL = printer server station address or 00h for local printer
Return: AL = status (00h successful, else failed)
SeeAlso: AX=FFBBh
--------N-21FFBD-----------------------------
INT 21 - TopWare Network OS v5.10+ - GET CURRENT AUTOPRINT TIME
	AX = FFBDh
	CH = printer number (00h LPT1, 01h LPT2, 02h LPT3)
Return: AX = current AutoPrint timeout in clock ticks
SeeAlso: AX=FFBEh
--------N-21FFBE-----------------------------
INT 21 - TopWare Network OS v5.10+ - SET AUTOPRINT TIME
	AX = FFBEh
	CH = printer number (00h LPT1, 01h LPT2, 02h LPT3)
	BX = timeout in clock ticks
SeeAlso: AX=FFBDh
--------N-21FFBF-----------------------------
INT 21 - TopWare Network OS v5.10+ - GET LOGON USER INFORMATION
	AX = FFBFh
	DX:BX -> buffer for logon information (see #02535)
Return: AL = status (00h successful, else failed)
	AH = number of logged-in stations

Format of TopWare logon information:
Offset	Size	Description	(Table 02535)
 00h	BYTE	station address
 01h 15 BYTEs	username
--------N-21FFC0-----------------------------
INT 21 - TopWare Network OS v5.10+ - GET DEFAULT END-OF-JOB FORMFEED STATUS
	AX = FFC0h
Return: AL = ending formfeed status (see #02536)
SeeAlso: AX=FFB3h,AX=FFC1h

Bitfields for TopWare printer end-of-job formfeed status:
Bit(s)	Description	(Table 02536)
 2	LPT3 has formfeed enabled
 1	LPT2 has formfeed enabled
 0	LPT1 has formfeed enabled
--------N-21FFC1-----------------------------
INT 21 - TopWare Network OS v5.10+ - SET DEFAULT END-OF-JOB FORMFEED STATUS
	AX = FFC1h
	CH = printer number (00h LPT1, 01h LPT2, 02h LPT3)
	CH = new formfeed status (00h off, 01h on)
Return: nothing
SeeAlso: AX=FFB4h,AX=FFC0h
--------N-21FFC2-----------------------------
INT 21 - TopWare Network OS v5.10+ - GET DEFAULT COPIES OF SPOOLING FILE
	AX = FFC2h
	CH = printer number (00h LPT1, 01h LPT2, 02h LPT3)
Return: AL = default number of copies printed
SeeAlso: AX=FFC7h
--------N-21FFC3-----------------------------
INT 21 - TopWare Network OS v5.10+ - GET SHARING STATUS OF PRINTER SERVER
	AX = FFC3h
Return: AL = sharing status of printers (see #02537)
	    FFh if not a printer server

Bitfields for TopWare printer sharing status:
Bit(s)	Description	(Table 02537)
 2	LPT3 is shared
 1	LPT2 is shared
 0	LPT1 is shared
--------N-21FFC4-----------------------------
INT 21 - TopWare Network OS v5.10+ - GET/SET LPT PORT ON PRINT SERVER
	AX = FFC4h
	BL = subfunction
	    00h get
		Return: AL = mapped printer port on print server
	    01h set
		CL = network printer port (00h LPT1, 01h LPT2, 02h LPT3)
	CH = local printer (00h LPT1, 01h LPT2, 02h LPT3)
--------N-21FFC6-----------------------------
INT 21 - TopWare Network OS v5.10+ - SET DEFAULT PRINT FILE HEADER
	AX = FFC6h
	CH = printer number (00h LPT1, 01h LPT2, 02h LPT3)
	CL = header state (00h off, 01h on)
SeeAlso: AX=FFC8h
--------N-21FFC7-----------------------------
INT 21 - TopWare Network OS v5.10+ - SET DEFAULT PRINT COPIES
	AX = FFC7h
	CH = printer number (00h LPT1, 01h LPT2, 02h LPT3)
	CL = new default number of copies to print
SeeAlso: AX=FFC2h
--------N-21FFC8-----------------------------
INT 21 - TopWare Network OS v5.10+ - GET DEFAULT PRINT FILE HEADER STATUS
	AX = FFC8h
Return: AL = header status for printers (see #02538)
SeeAlso: AX=FFC6h

Bitfields for TopWare print header status:
Bit(s)	Description	(Table 02538)
 2	LPT3 has headers enabled
 1	LPT2 has headers enabled
 0	LPT1 has headers enabled
--------N-21FFC9-----------------------------
INT 21 - TopWare Network OS v5.10+ - SET PRINTER SHARING
	AX = FFC9h
	CH = printer number (00h LPT1, 01h LPT2, 02h LPT3)
	CL = new sharing state (00h off, 01h on)
Return: AL = status (00h successful, FFh not printer server)
--------N-21FFCA-----------------------------
INT 21 - TopWare Network OS v5.10+ - MOVE FILE FROM ONE PRINT SERVER TO ANOTHER
	AX = FFCAh
	CH = printer number (00h LPT1, 01h LPT2, 02h LPT3)
	CL = original printer server station address
	BL = target printer server station address
	DS:DX -> filename (12 bytes)
Return: AL = status (00h successful, else failed)
SeeAlso: AX=FFCBh
--------N-21FFCB-----------------------------
INT 21 - TopWare Network OS v5.10+ - DELETE FILE FROM SPOOLING QUEUE
	AX = FFCBh
	CH = printer number (00h LPT1, 01h LPT2, 02h LPT3)
	CL = printer server station address
	DS:DX -> filename (12 bytes)
Return: AL = status (00h successful, else failed)
SeeAlso: AX=FFCAh
--------N-21FFCC-----------------------------
INT 21 - TopWare Network OS v5.10+ - GET PRINT SERVER'S SPOOLING QUEUE STATUS
	AX = FFCCh
	CL = printer server station address
	BH = start item number of spooling file for print server
	BL = number of the item to be retrieved
	DS:DX -> buffer for queued file information (see #02539)
Return: AL = status
	    00h successful
		AH = number of spool files
		DS:DX buffer filled
	    nonzero failed

Format of TopWare queued file information buffer [16-item array, one element]:
Offset	Size	Description	(Table 02539)
 00h 12 BYTEs	filename
 0Ch	DWORD	size
 10h	WORD	date
 12h	WORD	time
 14h 15 BYTEs	username
 23h	BYTE	count
 24h	BYTE	flag: header
 25h	BYTE	print number
--------N-21FFCD-----------------------------
INT 21 - TopWare Network OS v5.10+ - GET STATUS OF ALL PRINT SERVERS
	AX = FFCDh
	DS:DX -> buffer for server status (see #02540)
Return: AL = status
	    00h successful
		AH = number of print servers
	    nonzero failed

Format of TopWare server status:
Offset	Size	Description	(Table 02540)
 00h	BYTE	station address
 01h 15 BYTEs	username
 10h	BYTE	flag: 01h printer is shared, 00h sharing disabled
 11h	BYTE	number of files pending in queue
--------N-21FFCF-----------------------------
INT 21 - TopWare Network OS v5.10+ - CALL TopLook FUNCTION
	AX = FFCFh
	DH = page number (0-2, 2 is text mode)
	DL = type
	    00h look at specific screen
	    01h AutoLook on
	    FFh AutoLook off
	BH = station number wishing to look
	BL = station number to be looked at
	CH = monochrome flag (01h monochrome, 00h not monochrome)
	CL = screen mode (see #02531)
Return: AL = status (00h successful, nonzero failed)
SeeAlso: AX=FF8Dh
--------N-21FFD6-----------------------------
INT 21 - TopWare Network OS v5.10+ - GET KEYCARD SERIAL NUMBER AND MAX USERS
	AX = FFD6h
	ES:BX -> 12-byte buffer for keycard serial number
Return: CX = maximum number of users
	ES:BX buffer filled
--------N-21FFD7-----------------------------
INT 21 - TopWare Network OS v5.10+ - GET NETWORK PROTECTION ATTRIBUTES STATUS
	AX = FFD7h
Return: AL = status (00h disabled, 01h enabled)
--------N-21FFE3DL00-------------------------
INT 21 - TopWare Network OS v5.10+ - INITIATE ACCESS TO SPECIFIC PACKET TYPE
	AX = FFE3h
	DL = 00h
	BX = packet type for Ethernet header (IP = 0800h, ARP = 0806h, etc.)
	ES:DI -> receive routine (see #02542)
Return: CF clear if successful
	    AX = handle number
	CF set on error
	    DH = error code (03h,05h,09h,0Ah,11h) (see #02541)
SeeAlso: AX=FFE3h/DL=01h

(Table 02541)
Values for TopWare error code:
 01h	invalid handle
 03h	no interfaces of the specified type found
 05h	bad packet type
 09h	insufficient space
 0Ah	type already being accessed
 0Ch	unable to send packet (usually hardware error)
 11h	invalid function

(Table 02542)
Values TopWare receive routine is called with:
	AX = function
	    0000h request packet buffer
		CX = packet size
		Return: ES:DI -> buffer or 0000h:0000h to discard packet
	    0001h packet copied
		CX = packet size
		DS:SI -> copied packet (same as returned ES:DI above)
--------N-21FFE3DL01-------------------------
INT 21 - TopWare Network OS v5.10+ - END ACCESS TO SPECIFIC PACKET TYPE
	AX = FFE3h
	DL = 01h
	BX = handle returned by AX=FFE3h/DL=00h
Return: CF clear if successful
	CF set on error
	    DH = error code (01h,11h) (see #02541)
Note:	the specified access handle will no longer be valid after this call
SeeAlso: AX=FFE3h/DL=00h
--------N-21FFE3DL02-------------------------
INT 21 - TopWare Network OS v5.10+ - SEND PACKET
	AX = FFE3h
	DL = 02h
	CX = length of data buffer
	DS:SI -> buffer containing data
Return: CF clear if successful
	CF set on error
	    DH = error code (0Ch,11h) (see #02541)
--------N-21FFE3DL03-------------------------
INT 21 - TopWare Network OS v5.10+ - GET LOCAL NETWORK INTERFACE ADDRESS
	AX = FFE3h
	DL = 03h
	ES:DI -> 6-byte buffer for address
SeeAlso: AX=FFE3h/DL=00h
--------v-21FFFE-----------------------------
INT 21 - VIRUS - "08/15"/"Many Fingers" - INSTALLATION CHECK
	AX = FFFEh
Return: AX = 0815h if resident
SeeAlso: AX=FF10h,AX=FFFEh/BX=0000h
--------v-21FFFEBX0000-----------------------
INT 21 - VIRUS - "Anti-Thunderbyte/LEMMING" - INSTALLATION CHECK
	AX = FFFEh
	BX = 0000h
Return: BX = FFFFh if resident
SeeAlso: AX=FFFEh,AX=FFFFh
--------v-21FFFF-----------------------------
INT 21 - VIRUS - "Ontario", "Year 1992"/"B1M92" - INSTALLATION CHECK
	AX = FFFFh
Return: AX = 0000h if "Ontario" resident
	AX = 1992h if "Year 1992"/"B1M92" resident
SeeAlso: AX=FF0Fh,AX=FFFFh/CX=0000h,INT 6B"VIRUS"
--------v-21FFFFCX0000-----------------------
INT 21 - VIRUS - "Revenge" - INSTALLATION CHECK
	AX = FFFFh
	CX = 0000h
Return: CX = 0006h if resident
SeeAlso: AX=FFFFh,INT 6B"VIRUS"
--------D-22---------------------------------
INT 22 - DOS 1+ - PROGRAM TERMINATION ADDRESS
Desc:	this vector specifies the address of the routine which is to be given
	  control after a program is terminated; it should never be called
	  directly, since it does not point at an interrupt handler
Notes:	this vector is restored from the DWORD at offset 0Ah in the PSP during
	  termination, and then a FAR JMP is performed to the address in INT 22
	normally points at the instruction immediately following INT 21/AH=4Bh
	  call which loaded the current program
SeeAlso: INT 20,INT 21/AH=00h,INT 21/AH=31h,INT 21/AH=4Ch
--------G-22---------------------------------
INT 22 - COMTROL HOSTESS i/ISA DEBUGGER - CHANGE FIRMWARE DEBUGGING PORT
	AL = new firmware debugging port
Return: ???
SeeAlso: INT 21"COMTROL",INT 23"COMTROL"
--------D-23---------------------------------
INT 23 - DOS 1+ - CONTROL-C/CONTROL-BREAK HANDLER
---DOS 1.x---
Return: AH = 00h abort program
	if all registers preserved, restart DOS call
---DOS 2+---
	CF clear
Return: all registers preserved
	return via RETF with CF set or (MS-DOS 1,DR DOS) RETF 2 with CF set
	    DOS will abort program with errorlevel 0
	else (RETF/RETF 2 with CF clear or IRET with CF ignored)
	    interrupted DOS call is restarted
Notes:	this interrupt is invoked whenever DOS detects a ^C or ^Break; it
	  should never be called directly
	MS-DOS 1.25 also invokes INT 23 on a divide overflow (INT 00)
	MS-DOS remembers the stack pointer before calling INT 23, and if it is
	  not the same on return, pops and discards the top word; this is what
	  permits a return with RETF as well as IRET or RETF 2
	MS-DOS 2.1+ ignores the returned CF if SP is the same on return as it
	  was when DOS called INT 23, so RETF 2 will not terminate the program
	Novell DOS 7 always pops a word if CF is set on return, so one should
	  not return with RETF 2 and CF set or IRET with the stored flags' CF
	  set
	any DOS call may safely be made within the INT 23 handler, although
	  the handler must check for a recursive invocation if it does
	  call DOS
SeeAlso: INT 1B,INT 21/AH=92h"PTS-DOS"
--------G-23---------------------------------
INT 23 - COMTROL HOSTESS i/ISA DEBUGGER - GET CONFIGURATION INFORMATION
	AL = query type
	    00h get old config map
		Return: AX = old config map
	    01h get dual-ported RAM map
		Return: BX:AX = dual-ported RAM map
	    02h get SCC port map
		Return: BX:AX = SCC port map
SeeAlso: INT 22"COMTROL",INT 26"COMTROL"
--------D-24---------------------------------
INT 24 C - DOS 1+ - CRITICAL ERROR HANDLER
Notes:	invoked when a critical (usually hardware) error is encountered by DOS
	  (see #02543); should never be called directly
	when DOS terminates a program, it copies the previous value of the
	  INT 24 vector out of the PSP (see #01378) and into the interrupt
	  vector table
SeeAlso: INT 21/AH=95h,INT 21/AH=59h/BX=0000h,INT 21/AH=92h"PTS-DOS"

(Table 02543)
Values critical error handler is called with:
	AH = type and processing flags (see #02544)
	AL = drive number if AH bit 7 clear
	BP:SI -> device driver header (see #01646 at INT 21/AH=52h)
		(BP:[SI+4] bit 15 set if character device)
	DI low byte contains error code if AH bit 7 set (see #02545)
	STACK:	DWORD	return address for INT 24 call
		WORD	flags pushed by INT 24
		WORD	original AX on entry to INT 21
		WORD	BX
		WORD	CX
		WORD	DX
		WORD	SI
		WORD	DI
		WORD	BP
		WORD	DS
		WORD	ES
		DWORD	return address for INT 21 call
		WORD	flags pushed by INT 21
Return: AL = action code (see #02546)
	SS,SP,DS,ES,BX,CX,DX preserved
Notes:	the only DOS calls the handler may make are INT 21/AH=01h-0Ch,30h,59h
	if the handler returns to the application by popping the stack, DOS
	  will be in an unstable state until the first call with AH > 0Ch
	for DOS 3.1+, IGNORE (AL=00h) is turned into FAIL (AL=03h) on network
	  critical errors
	if IGNORE specified but not allowed, it is turned into FAIL
	if RETRY specified but not allowed, it is turned into FAIL
	if FAIL specified but not allowed, it is turned into ABORT
	(DOS 3.0+) if a critical error occurs inside the critical error
	  handler, the DOS call is automatically failed (AL set to 03h and
	  the INT 24 call skipped)
	The initial critical error handler is located in the kernel and
	  always results in FAIL. However, by default it is replaced by
	  the critical error handler in the command interpreter when it
	  loads. This can be suppressed (e.g. for BBS systems) by loading
	  the primary DOS 3.00+ COMMAND.COM shell with the undocumented
	  option /F 'Fail'. This syntax is also supported with PTS/DOS 6.51+,
	  S/DOS 1.0+, and DR-OpenDOS 7.02+ (1997-11-13) COMMAND.COM, as well
	  as 4DOS.COM/NDOS.COM.	 OpenDOS 7.01+ COMMAND.COM (1997-03-21)
	  introduced this under /N, which is still supported by newer releases
	  (although it has a slightly different meaning now).
BUG:	DR DOS COMMAND.COM before 1998-05-07 caused incorrect error messages
	  to occur if the error code had a non-zero MSB (e.g. NWCDEX's
	  "IO error reading from device" instead of the correct
	  "not ready error").  This was fixed with the DR-OpenDOS 7.03
	  COMMAND.COM now passing the full error code to any critical error
	  handlers.

Bitfields for critical error type and processing flags:
Bit(s)	Description	(Table 02544)
 7	class
	=0  disk I/O error
	=1  -- if block device, bad FAT image in memory
	    -- if char device, error code in DI
 6	unused
 5	Ignore allowed (DOS 3.0+)
 4	Retry allowed (DOS 3.0+)
 3	Fail allowed (DOS 3.0+)
 2-1	disk area of error
	00 = DOS area	01 = FAT
	10 = root dir	11 = data area
 0	set if write, clear if read
Note:	Abort is always allowed
SeeAlso: #02545,#02546

(Table 02545)
Values for critical error code:
 00h   (0)  write-protection violation attempted
 01h   (1)  unknown unit for driver
 02h   (2)  drive not ready
 03h   (3)  unknown command given to driver
 04h   (4)  data error (bad CRC)
 05h   (5)  bad device driver request structure length
 06h   (6)  seek error
 07h   (7)  unknown media type (non-DOS disk)
 08h   (8)  sector not found
 09h   (9)  printer out of paper
 0Ah  (10)  write fault
 0Bh  (11)  read fault
 0Ch  (12)  general failure
 0Dh  (13)  (DOS 3.0+, "multitasking" DOS, PTS-DOS & S/DOS) sharing violation
 0Eh  (14)  (DOS 3.0+) lock violation
 0Fh  (15)  invalid disk change / wrong disk
 10h  (16)  (DOS 3.0+) FCB unavailable
 10h  (16)  uncertain media
 11h  (17)  (DOS 3.0+) sharing buffer overflow
 11h  (17)  character call interrupted
 12h  (18)  (DOS 4.0+) code page mismatch
 13h  (19)  (DOS 4.0+) out of input
 14h  (20)  (DOS 4.0+) insufficient disk space
Note:	Critical error codes 00h..0Ch are the traditional codes reported
	  through INT 24.  These code assignments are mapped to error codes
	  13h..1Fh reported by INT21/AH=59h (see #01680).  Similarly, the
	  DOS 3.x critical error codes 0Dh..11h are mapped to INT21/AH=59h
	  error codes 20h..24h, however, the DOS 4.0+ critical error codes are
	  not mapped.
BUG:	Paragon Technology Systems' S/DOS 1.0 sources (a stripped down issue
	  of PTS-DOS 6.51 with sources on CD) erroneously list DOS INT 24
	  error	codes 12h..14h as 11h..13h, however, since the sources do not
	  make use of these defines, this seems to be only a documentation
	  error.
SeeAlso: #02544,#02546,#01680

(Table 02546)
Values for critical error handler action code:
 00h	ignore error and continue processing request
 01h	retry operation
 02h	terminate program as though INT 21/AH=4Ch called (INT 20h for DOS 1.x)
 03h	fail system call in progress (DOS 3+)
SeeAlso: #02544,#02546
--------D-25---------------------------------
INT 25 - DOS 1+ - ABSOLUTE DISK READ (except partitions > 32M)
	AL = drive number (00h = A:, 01h = B:, etc)
	CX = number of sectors to read (not FFFFh)
	DX = starting logical sector number (0000h - highest sector on drive)
	DS:BX -> buffer for data
Return: CF clear if successful
	CF set on error
	    AH = status (see #02547)
	    AL = error code (same as passed to INT 24 in DI)
	    AX = 0207h if more than 64K sectors on drive -- use new-style call
	may destroy all other registers except segment registers
Notes:	original flags are left on stack, and must be popped by caller
	this call bypasses the DOS filesystem
	examination of CPWIN386.CPL indicates that if this call fails with
	  error 0408h on an old-style (<32M) call, one should retry the
	  call with the high bit of the drive number in AL set
	Novell DOS 7 decides whether the old-style or new-style (>32M) version
	  of INT 25 must be used solely on the basis of the partition's size,
	  thus forcing use of the new-style call even for data in the first
	  32M of the partition
	PC Tools MIRROR as shipped with MS-DOS 5.0+ checks several signatures
	  at the beginning of INT 25h and INT 26h before it starts to patch
	  these vectors. The signatures it looks for are 83h, F9h, FFh, 74h
	  (CMP CX,-01; JZ ????) at offset +1 from the INT 25h/26h entry points
	  and 2Eh, FFh, 2Eh (JMP DWORD PTR CS:[????]) at the location pointed
	  to by the JZ ????. If it finds these signatures it will use the
	  target address of the far jump for its sub-sequent checks, otherwise
	  it will just take the previous interrupt entry points when scanning
	  for FAh, 2Eh, 8Ch, 16h (CLI; MOV CS:????,SS) or FAh, 2Eh, 89h, 26h
	  (CLI; MOV CS:????,SP) right at the beginning. Hence, it seems the
	  first two checks are to trace through a specific INT 25h/26h
	  filter. However, the purpose of the whole patch is unknown.
	A method to detect the actual assignments of logical drive numbers
	 to physical BIOS drive units (for example to detect the boot drive),
	 is to temporarily mount an INT 13h handler recording the used DL
	 drive unit for any INT 13/AH=02h read operations and discarding any
	 attempts to access actual floppy drives.  Then call INT 25h for
	 all the appropriate DOS drives and watch the results recorded by
	 the INT 13h interceptor.
	Although all registers except segment registers may be destroyed
	 some software depends on some of the registers being preserved.
	 For example some Flash disk drivers requires that DX is not trashed.
	 DR-DOS 7.03 takes care of this.
BUGS:	DOS 3.1 through 3.3 set the word at ES:[BP+1Eh] to FFFFh if AL is an
	  invalid drive number
	DR DOS 3.41 will return with a jump instead of RETF, leaving the
	  wrong number of bytes on the stack; use the huge-partition version
	  (INT 25/CX=FFFFh) for all partition sizes under DR DOS 3.41
	DR DOS 6.0 original issues 05/1991 & 08/1991 reported wrong error
	  codes for "drive not ready" and "write protect". This was fixed
	  with the DR DOS BDOS patch "PAT321" (1992/02/19, XDIR /C: 947Bh),
	  and later "full" rebuilds (see INT 21/AX=4452h for details).
SeeAlso: INT 13/AH=02h,INT 25/CX=FFFFh,INT 26,INT 21/AX=7305h,INT 21/AH=90h"PTS"

(Table 02547)
Values for disk I/O status:
 80h	device failed to respond (timeout)
 40h	seek operation failed
 20h	controller failed
 10h	data error (bad CRC)
 08h	DMA failure
 04h	requested sector not found
 03h	write-protected disk (INT 26 only)
 02h	bad address mark
 01h	bad command
--------D-25----CXFFFF-----------------------
INT 25 - DOS 3.31+ - ABSOLUTE DISK READ (32M-2047M hard-disk partition)
	CX = FFFFh
	AL = drive number (0=A, 1=B, etc)
	DS:BX -> disk read packet (see #02548)
Return: CF clear if successful
	CF set on error
	    AH = status (see #02547)
	    AL = error code (same as passed to INT 24 in DI)
	    AX = 0207h for FAT32 drive -- use INT 21/AX=7305h
	may destroy all other registers except segment registers; Win9X always
	  sets SI to 0000h due to an apparent coding bug
Notes:	partition is potentially >32M (and requires this form of the call) if
	  bit 1 of the device attribute word in the device driver is set
	original flags are left on stack, and must be removed by caller
	this call bypasses the DOS filesystem
	for FAT32 drives (which may be up to 2TB in size), use INT 21/AX=7305h
SeeAlso: INT 13/AH=02h,INT 25,INT 26/CX=FFFFh,INT 21/AX=7305h

Format of disk read packet:
Offset	Size	Description	(Table 02548)
 00h	DWORD	sector number
 04h	WORD	number of sectors to read
 06h	DWORD	transfer address
SeeAlso: #02552
--------c-25--FFSI4358-----------------------
INT 25 - PC-CACHE.SYS - INSTALLATION CHECK
	AL = FFh
	SI = 4358h
Return: SI = 6378h if installed
	    CX = segment of device driver PC-CACHE.SYS
	    DX = version (major in DH, minor in DL)
Program: PC-CACHE.SYS is a small device driver used by PC-Cache v5.x to obtain
	  access to certain disk drivers for devices such as Bernoulli drives
SeeAlso: INT 13/AH=A0h
--------k-25CDCD-----------------------------
INT 25 - Stacker - GET DEVICE DRIVER ADDRESS
	AX = CDCDh
	DS:BX -> buffer for address (see #02549)
	CX = 0001h
	DX = 0000h
Return: AX = CDCDh if Stacker installed
	    DS:BX buffer filled
Note:	not supported by Stacker Anywhere; to obtain the Stacker device
	  driver address and to detect drives controlled by all versions
	  of Stacker, INT 21/AX=4404h"Stacker" or lookup via the CDS and DPB
	  should be preferred (see INT 21/AH=52h)
	Stacker Anywhere does not link its built-in device driver into
	  the standard device driver chain, but it can be found via CDS/DPB
SeeAlso: INT 21/AX=4404h"Stacker"

Format of Stacker v2+ driver address buffer:
Offset	Size	Description	(Table 02549)
 00h	WORD	signature CDCDh
 02h	WORD	??? 0001h
 04h	DWORD	pointer to Stacker signature at device driver offset 1Ah
		  (see #02550)

Format of Stacker v2+ device driver:
Offset	Size	Description	(Table 02550)
 00h	DWORD	pointer to next driver, offset=FFFFh if last driver
		FFFFh:FFFFh for Stacker Anywhere
 04h	WORD	device attributes (see #01647,#01648)
 06h	WORD	device strategy entry point
 08h	WORD	device interrupt entry point
 0Ah	BYTE	number of subunits (drives) supported by driver
		0 for Stacker Anywhere
 0Bh  7 BYTEs	signature "STAC-CD" for Stacker and Stacker Anywhere
 12h  7 BYTEs	???
 19h	BYTE	always = 01h ?? (Stacker Anywhere points here)
 1Ah	WORD	signature A55Ah (all other Stacker versions point here)
 1Ch	WORD	Stacker version * 64h
		0C8h = 200, 012Ch = 300, 0190h = 400 (also Stacker Anywhere)
 1Eh	WORD	offset of volume-specific information offset table
		(list of WORDs, one per drive, containing offsets to various
		  information)
 20h 56 BYTEs	n/a
 58h	BYTE	volume number, set after INT 21/AX=4404h, INT 21/AX=4408h
		(use to index into volume-specific info offset table,
		should be set to FFh before and tested for change after)
 59h 19 BYTEs	n/a
 6Ch  4 BYTEs	ASCII string "SWAP"
 70h 26 BYTEs	drive mapping table (one byte for each drive A: through Z:)
		(only used for drives swapped by SSWAP.COM; other drives
		compressed by Stacker can be found with the standard device
		driver header signature (see INT 21/AH=52h)
---Stacker 4, Stacker Anywhere---
 8Ah 40	BYTEs	???
 B2h  4 BYTEs	ASCII string "SWP2"
 B6h 26 BYTEs	drive table ???
 D0h 150 BYTEs	???
166h 60 BYTEs	LZSINFO structure (see #02808 at INT 2F/AX=4A12h)
SeeAlso: #02551,#01646 at INT 21/AH=52h

Format of Stacker boot record:
Offset	Size	Description	(Table 02551)
1F0h  8 BYTEs	Stacker signature (first byte is CDh)
1F8h	DWORD	pointer to start of Stacker device driver
1FCh	WORD	Stacker volume number
1FEh	WORD	???
SeeAlso: #02550
--------D-26---------------------------------
INT 26 - DOS 1+ - ABSOLUTE DISK WRITE (except partitions > 32M)
	AL = drive number (00h = A:, 01h = B:, etc)
	CX = number of sectors to write (not FFFFh)
	DX = starting logical sector number (0000h - highest sector on drive)
	DS:BX -> data to write
Return: CF clear if successful
	CF set on error
	    AH = status (see #02547)
	    AL = error code (same as passed to INT 24 in DI)
	    AX = 0207h if more than 64K sectors on drive -- use new-style call
	may destroy all other registers except segment registers
Notes:	original flags are left on stack, and must be popped by caller
	this call bypasses the DOS filesystem, though DOS 5+ invalidates any
	  disk buffers referencing sectors which are written with this call
	examination of CPWIN386.CPL indicates that if this call fails with
	  error 0408h on an old-style (<32M) call, one should retry the
	  call with the high bit of the drive number in AL set
	Novell DOS 7 decides whether the old-style or new-style (>32M) version
	  of INT 26 must be used solely on the basis of the partition's size,
	  thus forcing use of the new-style call even for data in the first
	  32M of the partition
	Windows98 will display an error message and deliberately hang the
	  system on attempted write to any hard disk if neither bit 7 of the
	  Extended Drive Info byte nor bit 6 of "DOS_FLAG" (List-of-Lists+60h)
	  is set
	Although all registers except segment registers may be destroyed
	 some software depends on some of the registers being preserved.
	 For example some Flash disk drivers requires that DX is not trashed.
	 DR-DOS 7.03 takes care of this.
BUGS:	DOS 3.1 through 3.3 set the word at ES:[BP+1Eh] to FFFFh if AL is an
	  invalid drive number
	DR DOS 3.41 will return with a jump instead of RETF, leaving the
	  wrong number of bytes on the stack; use the huge-partition version
	  (INT 26/CX=FFFFh) for all partition sizes under DR DOS 3.41
	DR DOS 6.0 original releases 05/1991 & 08/1991 reported wrong error
	  codes for "drive not ready" and "write protect". This was fixed
	  with the DR DOS BDOS patch "PAT321" (1992/02/19, XDIR /C: 947Bh)
	  and later "full" rebuilds (see INT21/AX=4452h for details).
SeeAlso: INT 13/AH=03h,INT 25,INT 26/CX=FFFFh,INT 21/AX=7305h,INT 21/AH=91h"PTS"
--------G-26---------------------------------
INT 26 - COMTROL HOSTESS i/ISA DEBUGGER - ENTER/EXIT EXTENDED ADDRESSING MODE
	???
Return: ???
SeeAlso: INT 23"COMTROL",INT 27"COMTROL"
--------D-26----CXFFFF-----------------------
INT 26 - DOS 3.31+ - ABSOLUTE DISK WRITE (32M-2047M hard-disk partition)
	CX = FFFFh
	AL = drive number (0=A, 1=B, etc)
	DS:BX -> disk write packet (see #02552)
Return: CF clear if successful
	CF set on error
	    AH = status (see #02547)
	    AL = error code (same as passed to INT 24 in DI)
	may destroy all other registers except segment registers
Notes:	partition is potentially >32M (and requires this form of the call) if
	  bit 1 of the device attribute word in the device driver is set
	original flags are left on stack, and must be removed by caller
	this call bypasses the DOS filesystem, though DOS 5+ invalidates any
	  disk buffers referencing sectors which are written with this call
	for FAT32 drives (which may be up to 2TB in size), use INT 21/AX=7305h
	Windows98 will display an error message and deliberately hang the
	  system on attempted write to any hard disk if neither bit 7 of the
	  Extended Drive Info byte nor bit 6 of "DOS_FLAG" (List-of-Lists+60h)
	  is set
SeeAlso: INT 13/AH=03h,INT 25/CX=FFFFh,INT 26,INT 21/AX=7305h

Format of disk write packet:
Offset	Size	Description	(Table 02552)
 00h	DWORD	sector number
 04h	WORD	number of sectors to read
 06h	DWORD	transfer address
SeeAlso: #02548
--------D-27---------------------------------
INT 27 - DOS 1+ - TERMINATE AND STAY RESIDENT
	DX = number of bytes to keep resident (max FFF0h)
	CS = segment of PSP
Return: never
Notes:	this is an obsolete call
	INT 22, INT 23, and INT 24 are restored from the PSP
	does not close any open files
	the minimum number of bytes which will remain resident is 110h for
	  DOS 2.x and 60h for DOS 3.0+; there is no minimum for DOS 1.x, which
	  implements this service in COMMAND.COM rather than the DOS kernel
	INT 20, INT 27, AH=00h, AH=26h, AH=31h, AH=4Bh, and AH=4Ch are
	  expected to be special cased by interrupt hooks (eg dosemu2)
	  so that they receive exactly the same user stack as was set
	  up by the interrupt caller.
SeeAlso: INT 21/AH=31h
--------G-27---------------------------------
INT 27 - COMTROL HOSTESS i/ISA DEBUGGER - INVOKE REMOTE TURBO DEBUGGER KERNEL
	???
Return: ???
Desc:	invoke a copy of the remote Turbo Debugger kernel on the Hostess i
	  controller
SeeAlso: INT 20"COMTROL",INT 26"COMTROL"
--------D-28---------------------------------
INT 28 C - DOS 2+ - DOS IDLE INTERRUPT
	SS:SP = top of MS-DOS stack for I/O functions
Return: all registers preserved
Desc:	This interrupt is invoked each time one of the DOS character input
	  functions loops while waiting for input.  Since a DOS call is in
	  progress even though DOS is actually idle during such input waits,
	  hooking this function is necessary to allow a TSR to perform DOS
	  calls while the foreground program is waiting for user input.	 The
	  INT 28h handler may invoke any INT 21h function except functions
	  00h through 0Ch.
Notes:	under DOS 2.x, the critical error flag (the byte immediately after the
	  InDOS flag) must be set in order to call DOS functions 50h/51h from
	  the INT 28h handler without destroying the DOS stacks.
	calls to INT 21/AH=3Fh,40h from within an INT 28 handler may not use a
	  handle which refers to CON
	at the time of the call, the InDOS flag (see INT 21/AH=34h) is normally
	  set to 01h; if larger, DOS is truly busy and should not be reentered
	the default handler is an IRET instruction
	supported in OS/2 compatibility box
	the _MS-DOS_Programmer's_Reference_ for DOS 5.0 incorrectly documents
	  this interrupt as superseded
	the performance of NetWare Lite servers (and probably other peer-to-
	  peer networks) can be dramatically improved by calling INT 28
	  frequently from an application's idle loop
SeeAlso: INT 21/AH=34h,INT 2A/AH=84h,INT 2F/AX=1680h
--------U-289999-----------------------------
INT 28 u - PCXDUMP v9.00+ - INSTALLATION CHECK
	AX = 9999h
Return: AX = AAAAh if installed
	    CX = version number * 100 (example: 03A2h = 930 = v9.30)
	    DL = interrupt used by the dump function (see #02553)
		(00h if call not available)
	    BX = CS of PCXDUMP's INT 28 handler (undocumented)
	    ES = segment of PCXDUMP's memory block (v9.30, undocumented)
Program: PCXDUMP is a shareware screen grabber saving in PCX format
Notes:	if DL<>00h a dump can be requested by calling INT DL as shown
	  below (the user can choose the interrupt number at installation
	  time); if DL=00h the dump function can be called only by hotkeys
	  (this is the default)

(Table 02553)
Call PCXDUMP screen-dump function with:
	INT xx
	AX = 1234h
	BX = dump type
	    0000h Color dump
	    0001h Immediate color dump
	    0002h Black/White dump
	    0003h Immediate B/W dump
	    0004h Inverted B/W dump
	    0005h Gray scaled dump
	    0006h Inverted gray scaled dump
	    0007h Text screen dump to text file
	    0008h Text screen dump to ansi file
Return: nothing
Notes:	if BX=0001h, 0003h, 0007h or 0008h the whole screen will be
	  dumped; the other valid values will draw a selection frame
	  on the screen except in text modes (text modes allow only
	  full screen dumps)
	this function doesn't perform the dump, it only requests it;
	  the dump will be performed after a few milliseconds if it's
	  safe to do so, thus the author recommends putting a 60 ms delay
	  after this call
--------D-29---------------------------------
INT 29 C - DOS 2+ - FAST CONSOLE OUTPUT
	AL = character to display
Return: nothing
	BX may be destroyed by some versions of DOS 3.3
Notes:	automatically called when writing to a device with bit 4 of its device
	  driver header set (see also INT 21/AH=52h)
	COMMAND.COM v3.2 and v3.3 compare the INT 29 vector against the INT 20
	  vector and assume that ANSI.SYS is installed if the segment is larger
	the default handler under DOS 2.x and 3.x simply calls INT 10/AH=0Eh
	the default handler under DESQview 2.2 understands the <Esc>[2J
	  screen-clearing sequence, calls INT 10/AH=0Eh for all others
SeeAlso: INT 21/AH=52h,INT 2F/AX=0802h,INT 79"AVATAR.SYS"
--------U-29E60DCL0E-------------------------
INT 29 - ShowGFX - INSTALLATION CHECK
	AX = E60Dh
	CL = 0Eh
	DX = C0DEh
Return: DX = DEC0h
Program: ShowGFX is a PCBoard graphics driver by Solar Designer
--------N-2A00-------------------------------
INT 2A - NETWORK - INSTALLATION CHECK
	AH = 00h
Return: AH <> 00h if installed
	CF set if NetWare v2.15 NetBIOS emulator installed
Note:	supported by PC LAN Program, LAN Manager, LANtastic, NetWare, 10NET,
	  etc.
SeeAlso: INT 5C"NetBIOS"
--------N-2A0000-----------------------------
INT 2A - AT&T Starlan Extended NetBIOS (var length names) - INSTALLATION CHECK
	AX = 0000h
Return: AH = DDh
SeeAlso: INT 5B"Extended NetBIOS"
--------N-2A01-------------------------------
INT 2A - NETWORK (Microsoft,LANtastic) - EXECUTE NETBIOS REQUEST,NO ERROR RETRY
	AH = 01h
	ES:BX -> NCB (see #03249 at INT 5C"NetBIOS")
Return: AL = NetBIOS error code
	AH = status
	    00h no error
	    01h error occurred
SeeAlso: AH=04h,AX=0500h,INT 5B"Extended NetBIOS",INT 5C"NetBIOS"
--------N-2A02-------------------------------
INT 2A - NETWORK (Microsoft) - SET NET PRINTER MODE
	AH = 02h
	???
Return: ???
--------N-2A0300-----------------------------
INT 2A - NETWORK - CHECK DIRECT I/O
	AX = 0300h
	DS:SI -> ASCIZ device name (may be full path or only drive specifier--
		  must include the colon)
Return: CF clear if direct physical addressing (INT 13,INT 25) permissible
	CF set if access via files only
Notes:	do not use direct disk accesses if this function returns CF set or the
	  device is redirected (INT 21/AX=5F02h)
	use AH=00h to determine whether the network is installed; if not,
	  direct physical access is allowed
	may take some time to execute, so programs which need to check
	  frequently should save the result of the first call
	this function is called by the DOS kernel on INT 25 and INT 26
	supported by PC LAN Program, LAN Manage, LANtastic, NetWare, 10NET,
	  etc.
SeeAlso: INT 13/AH=02h,INT 13/AH=03h,INT 25,INT 26,INT 21/AX=5F02h
--------N-2A04-------------------------------
INT 2A - NETWORK - EXECUTE NetBIOS REQUEST
	AH = 04h
	AL = error retry
	    00h automatically retry request on errors 09h, 12h, and 21h
		  (see #03248 at INT 5C"NetBIOS")
	    01h no retry
	    02h ???
	ES:BX -> Network Control Block (see #03249 at INT 5C"NetBIOS")
Return: AX = 0000h if successful
	AH = 01h on error
	    AL = error code
Notes:	invokes either INT 5B or INT 5C as appropriate
	supported by PC LAN Program, LANtastic, LAN Manager, NetWare, 10NET,
	  etc.
	NetWare 2.15 NetBIOS emulator returns CF clear if successful, CF set
	  on error
	PC LAN Program defines any non-zero return value in AH as an error
	  indicator for subfunction 00h, and any non-zero return value in AX
	  as an error indicator for subfunction 01h
SeeAlso: AH=00h,AH=01h,AX=0500h,INT 5B"Extended NetBIOS",INT 5C"NetBIOS"
--------N-2A0500-----------------------------
INT 2A - NETWORK - GET NETWORK RESOURCE AVAILABILITY
	AX = 0500h
Return: AX reserved
	BX = number of network names available
	CX = number of network control blocks available
	DX = number of network sessions available
Notes:	supported by PC LAN Program, LAN Manager, LANtastic, NetWare, 10NET,
	  etc.
	the application should call this function before using any network
	  resources, and maintain its own count to avoid exceeding the
	  network's resource limits
SeeAlso: AH=00h,AH=01h,AH=04h,INT 5C"NetBIOS"
--------N-2A06-------------------------------
INT 2A - NETBIOS, LANtastic - NETWORK PRINT-STREAM CONTROL
	AH = 06h
	AL = function
	    01h set concatenation mode
		all printer output put in one job until return to DOS prompt
	    02h set truncation mode (default)
		printer open/close or BIOS/DOS output switch starts new job
	    03h flush printer output and start new print job
Return: CF set on error
	    AX = error code
	CF clear if successful
Notes:	subfunction 03h is equivalent to Ctrl/Alt/keypad-*
	supported by PC LAN Program, LANtastic, NetWare, 10NET, etc.
	LANtastic v4.x no longer supports this call
	this function sets the printer mode for all redirected printers
SeeAlso: INT 21/AX=5D08h,INT 21/AX=5D09h,INT 2F/AX=1125h
--------N-2A07-------------------------------
INT 2A U - PC Network v1.00 - RECEIVER.COM - ???
	AH = 07h
	???
Return: ???
Program: PC Network is an early networking package which was renamed the
	  IBM PC Local Area Network Program (PC LAN Program) as of v1.10
SeeAlso: AH=86h
--------N-2A2001-----------------------------
INT 2A - MS Networks or NETBIOS - ???
	AX = 2001h
	???
Return: ???
Note:	intercepted by DESQview 2.x
--------N-2A2002-----------------------------
INT 2A - NETWORK - ???
	AX = 2002h
	???
Return: ???
Note:	called by MS-DOS 3.30-6.00 APPEND
--------N-2A2003-----------------------------
INT 2A - NETWORK - ???
	AX = 2003h
	???
Return: ???
Note:	called by MS-DOS 3.30-6.00 APPEND
--------N-2A4147DX0000-----------------------
INT 2A U - NetSoft DOS-NET v1.20+ - INSTALLATION CHECK
	AX = 4147h ('AG')
	DX = 0000h
Return: DX = 4147h if installed
	    DS:SI -> configuration data (see #02554)
Program: DOS-NET is a shareware networking package by Albert Graham
Note:	this call is supported by CLIENT.COM, SERVER.COM, ROUTER.COM, and
	  NETDOS.COM
SeeAlso: INT 65/DX=4147h,INT 65/DX=4741h

Format of DOS-NET v1.20 configuration data area:
Offset	Size	Description	(Table 02554)
 00h	BYTE	???
 01h	BYTE	interrupt number used by DOS-NET APIs
 02h	WORD	function number to place in AX for above interrupt
 04h	BYTE	minor version as two BCD digits (e.g. 20h for v1.20)
 05h	BYTE	major version number (01h for v1.20)
 06h  2 BYTEs	???
 08h	WORD	??? (used by ARCNET.COM)
		bit 15: ??? (set by MACTEST.COM)
 0Ah	WORD	??? (used by NDIS.COM and ODI.COM)
 0Ch 22 BYTEs	???
 24h	DWORD	-> ??? function (set by PROTECT.COM)
 28h 12 BYTEs	???
 34h	DWORD	-> ??? function (set by FASTVIEW.COM)
 38h	DWORD	-> ??? function (set by FASTVIEW.COM)
 58h	DWORD	-> ??? (offsets 04h and 1Ah from value are used by NETFILES)
	???
 7Ch	WORD	???
 7Eh	WORD	??? (may be high half of a DWORD at 7Ch)
	???
 A8h	DWORD	-> ??? (used by SM.COM)
	???
114h	WORD	???
116h	WORD	??? (may be high half of a DWORD at 114h)
	???
1BDh	BYTE	??? flags
		bit 0: ???
		bit 6: ???
	???
1E1h	BYTE	???
	???
208h	WORD	??? (used by SM.COM, MACTEST)
282h	WORD	???
284h  2 BYTEs	???
286h	WORD	??? flags
		bit 0: ???
	???
31Eh	WORD	???
320h	WORD	??? (used by NDIS.COM and ODI.COM)
322h  8 BYTEs	???
32Ah	WORD	??? (used by NDIS.COM and ODI.COM)
	???
33Eh  4 BYTEs	??? (used by ODI.COM)
342h  N BYTEs	??? (used by NDIS.COM)
	???
3CFh	BYTE	??? flags
		bit 2: ???
3D2h	BYTE	installed-component flags
		bit 0: PROTECT installed
		bit 1: NETCACHE installed
		bit 3: SM.COM installed
		bit 7: NETDEBUG installed
3D3h	BYTE	installed-component flags
		bit 0: NETFILES installed
		bit 6: FASTVIEW installed
	???
3FFh	BYTE	??? (used by NDIS.COM)
400h	BYTE	???
401h	BYTE	??? (used by SM.COM)
402h	BYTE	??? (used by SM.COM)
	???
448h	BYTE	???
449h	BYTE	??? (used by MACTEST)
44Ah	BYTE	??? (used by PROTECT)
44Bh	BYTE	???
44Ch	BYTE	???
44Dh	BYTE	??? (used by SM.COM)
44Eh	BYTE	??? (used by SM.COM, MACTEST)
	???
--------N-2A7802-----------------------------
INT 2A - NETWORK - PC LAN PROG v1.31+ - GET LOGGED ON USER NAME
	AX = 7802h
	ES:DI -> 8-byte buffer to be filled
Return: AL = 00h if no user logged on to Extended Services
	AL <> 00h if user logged on to Extended Services
	    buffer at ES:DI filled with name, padded to 8 chars with blanks.
--------D-2A80-------------------------------
INT 2A CU - NETWORK - BEGIN DOS CRITICAL SECTION
	AH = 80h
	AL = critical section number (00h-0Fh) (see #02555)
Notes:	normally hooked to avoid interrupting a critical section, rather than
	  called
	the handler should ensure that none of the critical sections are
	  reentered, usually by suspending a task which attempts to reenter
	  an active critical section
	the DOS kernel does not invoke critical sections 01h and 02h unless it
	  is patched.  DOS 3.1+ contains a zero-terminated list of words
	  beginning at offset -11 from the Swappable Data Area
	  (see #01687 at INT 21/AX=5D06h); each word contains the offset within
	  the DOS data segment of a byte which must be changed from C3h (RET)
	  to 50h (PUSH AX) under DOS 3.x or from 00h to a nonzero value under
	  DOS 4.0+ to enable use of critical sections.	For DOS 4.0+, all
	  words in this list point at the byte at offset 0D0Ch.
	MS Windows patches the DOS kernel's calls to INT 2A/AH=80h-81h into
	  far calls to its own handler, and does not reflect the calls back
	  to INT 2A unless SYSTEM.INI contains ReflectDOSInt2A=1 or
	  ModifyDOSInt2A=0 in the [386Enh] section
	Novell NETX does not issue INT 2A/AH=80h and INT 2A/AH=81h calls when
	  it intercepts INT 21 calls and processes them itself
SeeAlso: AH=81h,AH=82h,AX=8700h,INT 21/AX=5D06h,INT 21/AX=5D0Bh

(Table 02555)
Values for DOS critical section number:
 01h	DOS kernel, SHARE.EXE, DOSMGR
	apparently for maintaining the integrity of DOS/SHARE/NET
	  data structures
 02h	DOS kernel, DOSMGR
	ensures that no multitasking occurs while DOS is calling an
	  installable device driver
 05h	network redirector
 06h	DOS 4.x only IFSFUNC
 08h	ASSIGN.COM
 0Ah	MSCDEX, CORELCDX
 0Fh	IBM PC LAN server (while intercepting INT 10/AH=06h,07h,0Eh)
--------D-2A81-------------------------------
INT 2A CU - NETWORK - END DOS CRITICAL SECTION
	AH = 81h
	AL = critical section number (00h-0Fh) (see #02555)
Notes:	normally hooked rather than called
	the handler should reawaken any tasks which were suspended due to an
	  attempt to enter the specified critical section
	MS Windows patches the DOS kernel's calls to INT 2A/AH=80h-81h into
	  far calls to its own handler, and does not reflect the calls back
	  to INT 2A unless SYSTEM.INI contains ReflectDOSInt2A=1 or
	  ModifyDOSInt2A=0 in the [386Enh] section
SeeAlso: AH=80h,AH=82h,AX=8700h
--------D-2A82-------------------------------
INT 2A CU - NETWORK - END DOS CRITICAL SECTIONS 0 THROUGH 7
	AH = 82h
Notes:	called by the INT 21h function dispatcher for function 0 and functions
	  greater than 0Ch except 59h, and on process termination
	the handler should reawaken any tasks which were suspended due to an
	  attempt to enter one of the critical sections 0 through 7
SeeAlso: AH=81h
--------N-2A84-------------------------------
INT 2A CU - NETWORK - KEYBOARD BUSY LOOP
	AH = 84h
Notes:	similar to DOS's INT 28h, called from inside the DOS keyboard input
	  loop (i.e. INT 21/AH=07h or INT 21/AH=08h) to allow the network
	  software to process requests
	Novell DOS 7+ calls this function with AX=8400h from inside of
	  the keyboard input loop.
SeeAlso: INT 28
--------N-2A86-------------------------------
INT 2A U - PC Network v1.00 - RECEIVER.COM - ???
	AH = 86h
	???
Return: ???
SeeAlso: AH=07h,AH=C4h
--------P-2A8700-----------------------------
INT 2A CU - PRINT - BEGIN BACKGROUND PRINTING
	AX = 8700h
	CF clear
Return: CF clear if OK to print in background now
	CF set if background printing not allowed at this time
Desc:	used to inform interested programs that PRINT is about to start its
	  background processing, and allow those programs to postpone the
	  processing if necessary
Notes:	when PRINT gains control and wants to begin printing, it calls this
	  function.  If CF is clear on return, PRINT begins its background
	  processing, and calls AX=8701h when it is done.  If CF is set on
	  return, PRINT will relinquish control immediately, and will not
	  call AX=8701h
	PCVENUS (an early network shell by IBM and CMU) hooks this call to
	  prevent background printing while its own code is active
SeeAlso: AH=80h,AH=81h,AX=8701h
--------P-2A8701-----------------------------
INT 2A CU - PRINT - END BACKGROUND PRINTING
	AX = 8701h
Desc:	used to inform interested programs that PRINT has completed its
	  background processing
Note:	called by PRINT after it has performed some background printing; not
	  called if AX=8700h returned with CF set.
SeeAlso: AX=8700h
--------N-2A89-------------------------------
INT 2A U - PC Network v1.00 - RECEIVER.COM - ???
	AH = 89h
	AL = ???  (ASSIGN uses 08h)
	???
Return: ???
--------I-2A90-------------------------------
INT 2A U - IBM PC 3270 EMULATION PROGRAM - ???
	AH = 90h
	???
Return: ???
Note:	the LANtastic redirector and SERVER.EXE use this function with AL=01h,
	  03h-07h,0Ch-11h
--------N-2AC2-------------------------------
INT 2A U - Network - ???
	AH = C2h
	AL = subfunction
	    07h ???
	    08h ???
	BX = 0001h
	???
Return: ???
Note:	this function is called by the DOS 3.30-6.00 APPEND
--------N-2AC4-------------------------------
INT 2A U - PC Network v1.00 - RECEIVER.COM - ???
	AH = C4h
	AL = subfunction
	    07h ???
	    08h ???
	BX = ???
	???
Return: ???
SeeAlso: AH=86h
--------N-2AD800-----------------------------
INT 2A U - Novell NetWare Lite - SERVER - DOS CRITICAL SECTION DISABLE
	AX = D800h
Return: nothing
Desc:	sets ??? flag, and sets ??? to initial value
Note:	called by CLIENT for communication between client and server
SeeAlso: AX=D801h,AX=D850h
--------N-2AD801-----------------------------
INT 2A U - Novell NetWare Lite - SERVER - DOS CRITICAL SECTION ENABLE
	AX = D801h
Return: nothing
Desc:	clears the ??? flag set by AX=D800h
Note:	called by CLIENT for communication between client and server
SeeAlso: AX=D800h,AX=D850h
--------N-2AD850-----------------------------
INT 2A U - Novell NetWare Lite - CLIENT - START SERVER CRITICAL SECTION
	AX = D850h
Return: nothing
Desc:	increments an internal byte-sized counter
Note:	this function is intercepted by DV/X 1.10 PEERSERV.DVR and the
	  Advanced NetWare 4.0 DOS Requester
SeeAlso: AX=D851h
--------N-2AD851-----------------------------
INT 2A U - Novell NetWare Lite - CLIENT - END SERVER CRITICAL SECTION
	AX = D851h
Return: nothing
Desc:	resets an internal byte-sized counter to zero
Note:	this function is intercepted by DV/X 1.10 PEERSERV.DVR and the
	  Advanced NetWare 4.0 DOS Requester
SeeAlso: AX=D850h
--------N-2AD852-----------------------------
INT 2A U - Novell NetWare - DOS Requester v1.03 - SERVER LOADED
	AX = D852h
Return: ???
Note:	calls the NetWare Lite SERVER installation check, and sets ??? pointer
SeeAlso: AX=D853h,INT 2F/AX=D880h
--------N-2AD853-----------------------------
INT 2A U - Novell NetWare - DOS Requester v1.03 - SERVER UNLOADED
	AX = D853h
Return: ???
Note:	clears the pointer set by AX=D852h
SeeAlso: AX=D852h
--------N-2AE0-------------------------------
INT 2A U - PC Network 1.00 - ???
	AH = E0h
	AL = subfunction??? (01h,02h, maybe others)
	???
Return: ???
Note:	called by PCNet 1.00 NET.COM, a shell program from which others are run
--------N-2AFF90-----------------------------
INT 2A - PC/TCP PREDIR.EXE - ???
	AX = FF90h
Return: AX = ???
Note:	PREDIR.EXE is the network printer redirector included as part of the
	  PC/TCP system by FTP Software, Inc.
--------N-2AFF91-----------------------------
INT 2A - PC/TCP PREDIR.EXE - ???
	AX = FF91h
	BX = ???
Return: AX = status???
--------N-2AFF92-----------------------------
INT 2A - PC/TCP PREDIR.EXE - INSTALLATION CHECK
	AX = FF92h
Return: AX = 0000h if installed
	   BX = redirected printer port (FFFFh if no printers redirected)
	   CX = version (CH = major, CL = minor)
Note:	PREDIR.EXE is the network printer redirector included as part of the
	  PC/TCP system by FTP Software, Inc.
--------N-2AFF93-----------------------------
INT 2A - PC/TCP PREDIR.EXE - ???
	AX = FF93h
Return: AX = ???
--------N-2AFF94-----------------------------
INT 2A - PC/TCP PREDIR.EXE - ???
	AX = FF94h
	BX = ???
	CX = ???
	DX = ???
Return: AX = ???
Note:	PREDIR.EXE is the network printer redirector included as part of the
	  PC/TCP system by FTP Software, Inc.
--------N-2AFF95-----------------------------
INT 2A - PC/TCP PREDIR.EXE - GET CONFIGURATION STRINGS
	AX = FF95h
	CX = what to get
	    0000h ??? (returned pointer to "C:\COMMAND.COM")
	    0001h spooling program
	    0002h ???
	    0003h spool file name
	    0004h swap file name
Return: AX = status
	    0000h successful
	BX:DX -> ASCIZ configuration string
--------N-2AFF96-----------------------------
INT 2A - PC/TCP PREDIR.EXE - SET PRINT JOB TERMINATION CONFIGURATION
	AX = FF96h
	CX = what to set
	    0000h ???
	    0001h print-on-hotkey state
	    0002h print-on-exit state
	    0003h print job timeout in clock ticks
	    0004h print-on-EOF state
	BX = new value (0000h disabled, 0001h enabled except for timeout)
Return: AX = ???
SeeAlso: AX=FF97h
Note:	PREDIR.EXE is the network printer redirector included as part of the
	  PC/TCP system by FTP Software, Inc.
--------N-2AFF97-----------------------------
INT 2A - PC/TCP PREDIR.EXE - GET PRINT JOB TERMINATION CONFIGURATION
	AX = FF97h
	CX = what to get
	    0000h ???
	    0001h print-on-hotkey state
	    0002h print-on-exit state
	    0003h print job timeout in clock ticks
	    0004h print-on-EOF state
Return: AX = status
	    0000h successful
	BX = old value (0000h disabled, 0001 enabled except for timeout)
SeeAlso: AX=FF96h
--------D-2B---------------------------------
INT 2B - DOS 2+ - RESERVED
Note:	this vector is not used in MS-DOS versions <= 6.22, and points at an
	  IRET instruction
--------D-2B---------------------------------
INT 2B - IBM ROM-DOS v4.0 - ???
	AH = function
	    00h ??? (modifies data in IBMBIO.COM)
	    01h internal operations
	    02h ???
		AL = index (00h-0Ch)
		Return: AX = ??? or (CMOS 2Dh and CMOS 2Eh)
	    03h get ??? data
		Return: AX = (CMOS 2Dh and CMOS 2Eh)
			BX = FFFFh
	    other does nothing
Note:	function 03h is called by ROMSHELL.COM; if BX != 0, then the ES:DI from
	  INT 2F/AX=1982h points at valid data
SeeAlso: INT 2F/AX=1982h
--------D-2C---------------------------------
INT 2C - DOS 2+ - RESERVED
Note:	this vector is not used in DOS versions <= 6.00, and points at an IRET
--------O-2C---------------------------------
INT 2C - STARLITE architecture - KERNEL API
Note:	STARLITE is an architecture by General Software for a series of MS-DOS
	  compatible operating systems (OEM DOS, NETWORK DOS, and SMP DOS) to
	  be released in 1991.	The interrupt number is subject to change
	  before the actual release.
--------m-2C---------------------------------
INT 2C R - Cloaking - CALL PROTECTED-MODE PASSALONG CHAIN
Notes:	when this interrupt is invoked in V86 mode, RM386 will invoke the first
	  in a chain of protected-mode handlers, and will only pass execution
	  to the V86-mode INT 2C handler if none of the handlers in the
	  passalong chain handle the call instead.  This is the method by which
	  the real-mode stub of a cloaked application communicates with the
	  protected-mode portion.
	the cloaking host calls the passalong chain with EAX=58494E33h ('WIN3')
	  when MS Windows starts up and with EAX=334E4958h ('3NIW') when
	  Windows shuts down; between these two broadcasts, the additional
	  Windows-only Cloaking services are available
	this function was first introduced with RM386 (RAM-MAN/386) v6.00, the
	  memory manager included in Helix Software's Netroom
SeeAlso: INT 2C/AX=0009h,INT 2F/AX=4310h"Cloaking"
--------m-2C---------------------------------
INT 2C P - RM386 v6.00 - CLOAKING - RESERVED FOR CLOAKED BIOS USE UNDER WINDOWS
	AX = function (000Ch-001Fh)
--------m-2C0000-----------------------------
INT 2C P - Cloaking - ALLOCATE GDT SELECTOR
	AX = 0000h
	EBX = base address
	CL = access mode byte
	CH = extended access mode byte (omit limit field)
	EDX = segment limit
Return: CF clear if successful
	    AX = selector
	CF set on error
	    AX = error code (see #02556)
Notes:	this INT 2C interface is used by Netroom's DPMI.EXE v3.00
	to access extended memory, set the base address to the desired
	  physical address plus 400000h (4M)
	this function was first introduced with RM386 (RAM-MAN/386) v6.00, the
	  memory manager included in Helix Software's Netroom
SeeAlso: AX=0001h,AX=0002h,AX=0003h,AX=0004h,AX=0005h,INT 31/AH=57h,#00501

(Table 02556)
Values for Cloaking error code:
 0001h	no more selectors
 0002h	not a GDT ring 0 selector
 0003h	invalid selector (out of range, not user selector)
 0004h	selector not allocated
--------m-2C0001-----------------------------
INT 2C P - Cloaking - FREE GDT SELECTOR
	AX = 0001h
	SI = selector
Return: CF clear if successful
	CF set on error
	    AX = error code (see #02556)
Note:	this function was first introduced with RM386 (RAM-MAN/386) v6.00
SeeAlso: AX=0000h,INT 2F/AX=4310h"Cloaking"
--------m-2C0002-----------------------------
INT 2C P - Cloaking - SET SEGMENT BASE ADDRESS
	AX = 0002h
	SI = selector
	EBX = new physical base addres
Return: CF clear if successful
	CF set on error
	    AX = error code (see #02556)
Note:	this function was first introduced with RM386 (RAM-MAN/386) v6.00
SeeAlso: AX=0000h,AX=0003h,AX=0004h,INT 31/AX=0007h,#00501
--------m-2C0003-----------------------------
INT 2C P - Cloaking - SET SEGMENT LIMIT
	AX = 0003h
	SI = selector
	EBX = new limit
Return: CF clear if successful
	CF set on error
	    AX = error code (see #02556)
Note:	this function was first introduced with RM386 (RAM-MAN/386) v6.00
SeeAlso: AX=0000h,AX=0002h,AX=0004h,INT 31/AX=0008h
--------m-2C0004-----------------------------
INT 2C P - Cloaking - SET SEGMENT ACCESS MODE
	AX = 0004h
	SI = selector
	CL = new access mode byte (see #00502)
Return: CF clear if successful
	CF set on error
	    AX = error code (see #02556)
Note:	this function was first introduced with RM386 (RAM-MAN/386) v6.00
SeeAlso: AX=0000h,AX=0002h,AX=0003h,AX=0005h,INT 31/AX=0009h
--------m-2C0005-----------------------------
INT 2C P - Cloaking - SET SEGMENT EXTENDED ACCESS MODE
	AX = 0005h
	SI = selector
	CL = new extended access mode byte (limit field ignored) (see #02557)
Return: CF clear if successful
	CF set on error
	    AX = error code (see #02556)
Note:	this function was first introduced with RM386 (RAM-MAN/386) v6.00
SeeAlso: AX=0000h,AX=0002h,AX=0003h,AX=0004h,INT 31/AX=0009h

Bitfields for extended access mode byte:
Bit(s)	Description	(Table 02557)
 7	4K granularity instead of byte granularity
 6	32-bit code segment
 5	reserved (0)
 4	segment available to system
SeeAlso: #00505
--------m-2C0006-----------------------------
INT 2C P - Cloaking - GET PROTECTED-MODE INTERRUPT VECTOR
	AX = 0006h
	CL = vector (00h-7Fh)
Return: CF clear
	DX:EBX -> current interrupt handler
Note:	this function was first introduced with RM386 (RAM-MAN/386) v6.00
SeeAlso: AX=0007h,INT 31/AX=0204h
--------m-2C0007-----------------------------
INT 2C P - Cloaking - SET PROTECTED-MODE INTERRUPT VECTOR
	AX = 0007h
	CL = vector (00h-7Fh)
	DX:EBX -> interrupt handler
Return: CF clear
Notes:	this function was first introduced with RM386 (RAM-MAN/386) v6.00
	the IDT entry's type remains unchanged
SeeAlso: AX=0006h,INT 31/AX=0205h
--------m-2C0008-----------------------------
INT 2C P - Cloaking - GET PASSALONG ADDRESS
	AX = 0008h
Return: CF clear
	DX:EBX = current passalong address
Note:	this function was first introduced with RM386 (RAM-MAN/386) v6.00
SeeAlso: AX=0009h,AX=002Ch,INT 2F/AX=4310h"Cloaking"
--------m-2C0009-----------------------------
INT 2C P - Cloaking - SET PASSALONG ADDRESS
	AX = 0009h
	DX:EBX = new value for passalong address (see #02558)
Return: CF clear
Notes:	when an INT 2C instruction is executed in V86 mode, the Cloaking host
	  calls the passalong address.	The handler should check whether the
	  upcall is of interest to it, and if not it should jump to the old
	  passalong address (retrieved with AX=0008h before the handler was
	  installed).  The final handler should return with CF clear to cause
	  the interrupt to be reflected back to V86 mode if none of the
	  passalong handlers is triggered
	this function was first introduced with RM386 (RAM-MAN/386) v6.00
SeeAlso: AX=0008h,AX=002Dh,INT 2C"PASSALONG CHAIN"

(Table 02558)
Values Cloaking passalong address is called with:
	EAX = CS:IP of byte following INT 2C instruction invoking passalong
	SS:EBX -> caller registers (see #02559)
	CF clear
	others undefined
Return: CF clear: pass along to V86-mode INT 2C handler
	CF set: return immediately to V86 mode

Format of Cloaking caller registers:
Offset	Size	Description	(Table 02559)
 00h	DWORD	EDI
 04h	DWORD	ESI
 08h	DWORD	EBP
 0Ch	DWORD	reserved (ESP from PUSHAD instruction)
 10h	DWORD	EBX
 14h	DWORD	EDX
 18h	DWORD	ECX
 1Ch	DWORD	EAX
 20h	DWORD	error code
 24h	DWORD	EIP
 28h	WORD	CS
 2Ah	WORD	padding
 2Ch	DWORD	EFLAGS
 30h	DWORD	ESP
 34h	WORD	SS
 36h	WORD	padding
--remainder not available if protected-mode ring3 trap---
 38h	WORD	ES
 3Ah	WORD	padding
 3Ch	WORD	DS
 3Eh	WORD	padding
 40h	WORD	FS
 42h	WORD	padding
 44h	WORD	GS
 46h	WORD	padding
--------m-2C000A-----------------------------
INT 2C P - Cloaking - GET BASE ADDRESS OF GDT SELECTOR
	AX = 000Ah
	SI = selector
Return: CF clear if successful
	    EBX = segment base address
	CF set on error
	    AX = error code (see #02556)
Note:	this function was first introduced with RM386 (RAM-MAN/386) v6.00, the
	  memory manager included in Helix Software's Netroom
SeeAlso: AX=0000h,AX=0002h,AX=000Bh
--------m-2C000B-----------------------------
INT 2C P - Cloaking - GET SELECTOR LIMIT
	AX = 000Bh
	SI = selector
Return: CF clear if successful
	    EBX = segment base address
	CF set on error
	    AX = error code (see #02556)
Note:	this function was first introduced with RM386 (RAM-MAN/386) v6.00
SeeAlso: AX=000Ah,INT 2F/AX=4310h"Cloaking"
--------m-2C000F-----------------------------
INT 2C P - Cloaking v1.01 - "Simulate_Shell_Event"
	AX = 000Fh
	ECX = event code (see #02560)
	DX = subfunction for event
	EDX high word = boost value (see #02561)
	SI:EDI -> completion procedure
Return: CF clear if successful (event scheduled)
	CF set on error
Note:	this function is only available while MS Windows is running
SeeAlso: AX=0011h,AX=0012h,INT 2F/AX=1605h,INT 2F/AX=4310h"Cloaking"

(Table 02560)
Values for Cloaking shell event code:
 0414h	Hot key event
	subevent 0000h: Alt-Space
	subevent 0001h: Alt-Enter
	subevent 0002h: Dir-VM
 0415h	Switch context
	subevent 0000h for DOS VM context, nonzero for System VM context
 0416h	Clipboard event
 0417h	Termination event
	subevent 0000h for normal termination, nonzero for error
 0418h	Display message
	subevent 0000h for normal message, nonzero for system model ASAP
 0419h	Crash
 041Ah	Paste complete
	subevent 0000h: normal
	subevent 0001h: cancelled by user
	subevent 0002h: cancelled
 041Bh	Contention event
 041Ch	Screen switch
	subevent 0000h: forward
	subevent 0001h: back
 041Dh	Filesystem change
 041Eh	Check Focus
 041Fh	Panic

Bitfields for boost value:
Bit(s)	Description	(Table 02561)
 0	boost system VM until focus changes
 1	boost system VM on Switcher screen
 2	boost system VM until response
 3	boost system VM during clipboard activity
 4	boost system VM during print screen
 5	boost system VM during update
--------m-2C0011-----------------------------
INT 2C P - Cloaking v1.01 - "Switch_VMs_and_Call_back"
	AX = 0011h
	EBX = handle of VM to be made active
	SI:EDI -> 32-bit FAR completion procedure
Return: CF clear if successful (scheduled)
	CF set on error
Notes:	this function is only available while MS Windows is running
	the completion procedure is called with CF clear if the specified
	  VM has been made active, or with CF set on error
SeeAlso: AX=000Fh,AX=0012h
--------m-2C0012-----------------------------
INT 2C P - Cloaking v1.01 - "Query_Current_VM"
	AX = 0012h
Return: CF clear
	EBX = handle of active VM
	ESI = handle of system VM
	ECX = VM status flags (see #02562)
	EDX = shell flags (see #02563)
Note:	this function is only available while MS Windows is running in enhanced
	  mode
SeeAlso: AX=000Fh,AX=0011h,AX=0013h

Bitfields for VM status flags:
Bit(s)	Description	(Table 02562)
 0	in exclusive mode
 1	runs in background
 2	being created
 3	suspended
 4	not executable
 5	executing in protected mode
 6	contains PM application
 7	32-bit PM application
 8	called from VxD
 9	high priority background
 10	blocked on semaphore
 11	awakening
 12	has pageable V86
 13	has locked V86
 14	is scheduled
 15	idle
 16	closing

Bitfields for shell flags:
Bit(s)	Description	(Table 02563)
 2	windowed
 5	Alt-Tab reserved
 6	Alt-Esc reserved
 7	Alt-Space reserved
 8	Alt-PrtSc reserved
 9	Alt-Enter reserved
 10	Alt-PrtSc reserved
 11	PrtSc reserved
 12	polling enabled
 13	no HMA
 14	has shortcut key
 15	locked EMS handles
 16	locked XMS handles
 17	fast paste enabled
 18	locked V86 memory
 30	close-on-exit enabled
--------m-2C0013-----------------------------
INT 2C P - Cloaking v1.01 - "Issue_System_Modal_Message"
	AX = 0013h
	EDX = message box flags (see #02564)
	DS:ECX -> ASCIZ message text
	DS:EDI -> ASCIZ caption
Return: CF clear
	EAX = response code
Note:	this function is only available while MS Windows is running in enhanced
	  mode
SeeAlso: AX=000Fh,AX=0012h

Bitfields for message box flags:
Bit(s)	Description	(Table 02564)
 3-0	response codes (see #02565)
 7-4	icon codes
	1 = Warning hand
	2 = exclamation mark
	4 = asterisk
 9-8	default response (0 = first button, 1 = second, 2 = third)
 12	message is system model
 15	don't change focus
 29	hang with interrupts enabled
 30	do not window
 31	execute ASAP

(Table 02565)
Values for response codes:
 00h	OK
 01h	OK, Cancel
 02h	Abort, Retry, Ignore
 03h	Yes, No, Cancel
 04h	Yes, No
 05h	Retry, Cancel
--------m-2C001D-----------------------------
INT 2C P - Cloaking v1.01 - GET INT 2C API HANDLER ENTRY POINT
	AX = 001Dh
Return: CF clear
	DX:EBX = selector:offset of Cloaking host INT 2C handler
Desc:	get the Cloaking host's entry point to bypass any other programs
	  which may have hooked INT 2C in protected mode
Note:	the returned entry point must be called with a simulated INT, i.e.
	  a PUSHD must precede the far call to the handler
SeeAlso: INT 2F/AX=4310h"Cloaking"
--------m-2C001E-----------------------------
INT 2C P - Cloaking v1.01 - CLEAR CRITICAL SECTION
	AX = 001Eh
Return: CF clear
Desc:	allow MS Windows to switch to another VM after having prevented it
	  by invoking a critical section
SeeAlso: AX=001Fh,INT 15/AX=101Ch,INT 2F/AX=1682h
--------m-2C001F-----------------------------
INT 2C P - Cloaking v1.01 - SET CRITICAL SECTION
	AX = 001Fh
Return: CF clear
Desc:	prevent MS Windows from switching to another VM
SeeAlso: AX=001Eh,INT 15/AX=101Bh,INT 2F/AX=1681h
--------m-2C0020-----------------------------
INT 2C P - Cloaking - GET SIZE OF PROTECTED-MODE STATE
	AX = 0020h
Return: EAX = number of bytes required for storing state
Note:	this function was first introduced with RM386 (RAM-MAN/386) v6.00
SeeAlso: AX=0021h,AX=0022h
--------m-2C0021-----------------------------
INT 2C P - Cloaking - SAVE PROTECTED-MODE STATE
	AX = 0021h
	ES:EDI -> buffer for protected-mode state
Return: CF clear
	buffer filled
Note:	this function was first introduced with RM386 (RAM-MAN/386) v6.00
SeeAlso: AX=0020h,AX=0022h
--------m-2C0022-----------------------------
INT 2C P - Cloaking - RESTORE PROTECTED-MODE STATE
	AX = 0022h
	DS:ESI -> buffer containing previously-saved protected-mode state
Return: CF clear if successful
	    state restored
	CF set on error (invalid buffer contents)
Note:	this function was first introduced with RM386 (RAM-MAN/386) v6.00
SeeAlso: AX=0020h,AX=0021h
--------m-2C0023-----------------------------
INT 2C P - Cloaking - ISSUE PROTECTED-MODE XMS CALL
	AX = 0023h
Notes:	not currently implemented--NOP in RM386 v6.00
	this function was first introduced with RM386 (RAM-MAN/386) v6.00
--------m-2C0024-----------------------------
INT 2C P - Cloaking - SET V86-MODE STACK
	AX = 0024h
	DX:EBX = new value for V86-mode SS:ESP
Return: nothing
Note:	this function was first introduced with RM386 (RAM-MAN/386) v6.00
--------m-2C0025-----------------------------
INT 2C P - Cloaking - CALL V86-MODE PROCEDURE
	AX = 0025h
	DS:EBX -> client register structure (see #02559)
Return: CF clear if successful
	    client register structure updated
	CF set if no more nested procedure call space available
Notes:	this call uses the V86-mode stack supplied in the client structure, and
	  calls the routine specified by CS:IP in the client structure
	this function was first introduced with RM386 (RAM-MAN/386) v6.00
SeeAlso: AX=0026h,AX=0027h,INT 31/AX=0301h
--------m-2C0026-----------------------------
INT 2C P - Cloaking - CALL V86-MODE INTERRUPT HANDLER
	AX = 0026h
	DS:EBX -> client register structure (see #02559)
	CX = interrupt number
Return: CF clear if successful
	    client register structure updated
	CF set if no more nested procedure call space available
Notes:	this call uses the V86-mode stack supplied in the client structure
	this function was first introduced with RM386 (RAM-MAN/386) v6.00
SeeAlso: AX=0025h,AX=0027h,INT 31/AX=0300h
--------m-2C0027-----------------------------
INT 2C P - Cloaking - CHAIN TO V86-MODE INTERRUPT HANDLER
	AX = 0027h
	DS:EBX -> client register structure (see #02559)
Return: CF clear if successful
	    client register structure updated
	CF set if no more nested procedure call space available
Notes:	this call uses the V86-mode stack supplied in the client structure,
	  and jumps to the address specified by CS:IP in the client structure
	this function was first introduced with RM386 (RAM-MAN/386) v6.00
SeeAlso: AX=0025h,AX=0026h
--------m-2C0028-----------------------------
INT 2C P - Cloaking - GET ESP0 FROM TSS
	AX = 0028h
Return: CF clear
	EAX = TSS's ESP0
Note:	this function was first introduced with RM386 (RAM-MAN/386) v6.00, the
	  memory manager included in Helix Software's Netroom
--------m-2C0029-----------------------------
INT 2C P - Cloaking - SET SECONDARY STACK
	AX = 0029h
	DX:EBX = new value for SS:ESP of ring 3 secondary stack
Return: CF clear
Desc:	inform RM386 of the ring 3 interrupt stack location
Note:	this function was first introduced with RM386 (RAM-MAN/386) v6.00
--------m-2C002A-----------------------------
INT 2C P - Cloaking - SET 8259 IRQ BASE VECTORS
	AX = 002Ah
	BL = base vector of master interrupt controller
	CL = base vector of slave interrupt controller
Notes:	this call merely informs RM386 that the caller has changed the
	  interrupt mappings
	this function was first introduced with RM386 (RAM-MAN/386) v6.00
SeeAlso: INT 67/AX=DE0Bh
--------m-2C002BCH81-------------------------
INT 2C P - Cloaking - PROTECTED-MODE VIRTUAL DMA SERVICES
	AX = 002Bh
	CH = 81h
	CL = subfunction (02h-0Ch)
	other registers as appropriate for subfunction
Return: varies by function
	CF set on error
Notes:	these functions are equivalent to the INT 4B/AX=81xxh subfunctions
	  with the same numbers
	this function was first introduced with RM386 (RAM-MAN/386) v6.00
SeeAlso: INT 4B/AX=8102h,INT 4B/AX=810Ch
--------m-2C002C-----------------------------
INT 2C P - Cloaking - GET PORT-TRAPPING PASSALONG
	AX = 002Ch
Return: CF clear
	DX:EBX = current I/O trapping passalong address
Note:	this function was first introduced with RM386 (RAM-MAN/386) v6.00
SeeAlso: AX=0008h,AX=002Dh
--------m-2C002D-----------------------------
INT 2C P - Cloaking - SET PORT-TRAPPING PASSALONG
	AX = 002Dh
	DX:EBX = new I/O trapping passalong address (see #02566)
Return: CF clear
Notes:	RM386 calls the passalong address whenever an access to a monitored
	  I/O port is attempted; the handler should check whether it is a port
	  that it is interested in, and if not call the previous passalong
	  address (which was retrieved with AX=002Ch before installing the
	  new handler)
	this function was first introduced with RM386 (RAM-MAN/386) v6.00
SeeAlso: AX=0009h,AX=002Ch,INT 67/AX=5DEAh

(Table 02566)
Values Cloaking port-trapping passalong address is called with:
	EAX = CS:IP of faulting instruction (unless executing in protected-mode
		ring 3)
	SS:EBX -> caller register structure (see #02559)
		check EFLAGS V86-mode bit for type
	CX = first two bytes of I/O instruction which was trapped
	DX = port to which I/O is being performed
	CF clear
Return: CF clear if RM386 should perform I/O operation
	CF set if I/O should be skipped
Note:	RM386 skips the trapped I/O instruction, so the passalong handler
	  should not modify the client CS:EIP
--------m-2C002E-----------------------------
INT 2C P - Cloaking - TRAP I/O PORT
	AX = 002Eh
	DX = port number to trap
Return: CF clear if successful
	CF set on error (port out of range or reserved)
Note:	this function was first introduced with RM386 (RAM-MAN/386) v6.00
SeeAlso: AX=002Fh,AX=0030h
--------m-2C002F-----------------------------
INT 2C PU - Cloaking - UNTRAP I/O PORT
	AX = 002Fh
	DX = port number for which to cancel trapping
Return: CF clear if successful
	CF set on error (port out of range or reserved)
Note:	this function was first introduced with RM386 (RAM-MAN/386) v6.00
SeeAlso: AX=002Eh,AX=0030h
--------m-2C0030-----------------------------
INT 2C PU - Cloaking - GET TRAPPING STATE OF SPECIFIED PORT
	AX = 0030h
	DX = port number
Return: CF clear if successful
	   BX = current state (0000h not trapped, 0001h trapped)
	CF set on error (port out of range or reserved)
Note:	this function was first introduced with RM386 (RAM-MAN/386) v6.00
SeeAlso: AX=002Eh,AX=002Fh
--------m-2C0031-----------------------------
INT 2C P - Cloaking v1.01 - ALLOCATE V86 CALLBACK
	AX = 0031h
	DX:EBX = CS:EIP of protected-mode routine to be invoked by callback
Return: CF clear if successful
	    EBX = CS:IP of V86-mode callback handler
	CF set on error
SeeAlso: AX=0032h
--------m-2C0031-----------------------------
INT 2C PU - RM386 v6.00 - BUG
	AX = 0031h
Program: RM386 (RAM-MAN/386) is the memory manager included in Helix
	  Software's Netroom
Note:	due to a fencepost error, RM386 v6.00 will branch unpredictably if
	  invoked with this function
--------m-2C0032-----------------------------
INT 2C P - Cloaking v1.01 - FREE V86 CALLBACK
	AX = 0032h
	EBX = CS:IP of V86-mode callback handler
Return: CF clear if successful
	CF set on error
	    AX = error code
		0005h invalid callback address
		0006h callback already free
SeeAlso: AX=0032h
--------m-2C0033-----------------------------
INT 2C P - Cloaking v1.01 - REGISTER CLOAKING CLIENT
	AX = 0033h
	DS:EDX -> client registration structure (see #02567)
Return: CF clear if successful
	CF set on error (linked list corrupt)
SeeAlso: AX=0034h,#02778 at INT 2F/AX=4310h"Cloaking"

Format of client registration structure:
Offset	Size	Description	(Table 02567)
 00h	PWORD	link to next structure
 06h	PWORD	link to previous structure
 0Ch  2 BYTEs	client version (major, minor)
 0Eh 20 BYTEs	client name
 22h	DWORD	physical address of client start
 26h	DWORD	client's total size in bytes
Note:	the link area should not be modified once the structure has been
	  used for the registration call
--------m-2C0034-----------------------------
INT 2C P - Cloaking v1.01 - UNREGISTER CLOAKING CLIENT
	AX = 0034h
	DS:EDX -> client registration structure (see #02567)
Return: CF clear if successful
	CF set on error (linked list corrupt)
Note:	the client must unregister before freeing the XMS block containing
	  its registration structure(s)
SeeAlso: AX=0033h,#02778 at INT 2F/AX=4310h"Cloaking"
--------D-2D---------------------------------
INT 2D - DOS 2+ - RESERVED
Note:	this vector is not used in DOS versions <= 6.00, and points at an IRET
BUG:	RM386 v6.00-6.02 (as distributed with Helix's Netroom v3.x) contains
	  a stack bug in its protected-mode INT 2D handler which causes a crash
	  when INT 2D is invoked from V86 mode
--------t-2D---------------------------------
INT 2D - ALTERNATE MULTIPLEX INTERRUPT SPECIFICATION (AMIS) [v3.6]
	AH = multiplex number
	AL = function
	    00h installation check
	    01h get private entry point
	    02h uninstall
	    03h request popup
	    04h determine chained interrupts
	    05h get hotkey list
	    06h get device-driver information
	    07h-0Fh reserved for future enhancements
		Return: AL = 00h (not implemented)
	    other  application-dependent
	other registers vary by function (also see individual entries below)
Return: varies by function
Notes:	programs should not use fixed multiplex numbers; rather, a program
	  should scan all multiplex numbers from 00h to FFh, remembering the
	  first unused multiplex in case the program is not yet installed.
	  For multiplex numbers which are in use, the program should compare
	  the first 16 bytes of the signature string to determine whether it
	  is already installed on that multiplex number.  If not previously
	  installed, it should use the first free multiplex number.
	lDOS TSRs (switch /X=), SRDISK (switch /X=), and lDebug (variable
	  TRYAMISNUM) provide ways to try allocating a particular multiplex
	  number first, then if it is already used will scan from 00h to FFh
	  to find a free number. however, to detect an already installed
	  instance they try the particular number first (also /X= or for the
	  debugger TRYDEBUGNUM) and then scan from FFh down to 00h. the idea
	  is to operate on the resident instance that was installed most
	  recently, though this scheme is imperfect.
	lDOS RENUMBER can re-assign a resident multiplexer's multiplex number
	  to another number. to do this it checks that the program's INT 2D
	  entrypoint (obtained from INT 2D/AL=04h) starts with an IISP header
	  followed by CMP AH,imm8 and JE rel8. if found, it checks that the
	  CMP instruction was patched to match the allocated multiplex number
	  and then assumes that this is the only reference to the number.
	functions other than 00h are not valid unless a program is installed
	  on the selected multiplex number
	to be considered fully compliant with version 3.6 of the specification,
	  programs must implement at least functions 00h, 02h (no resident
	  uninstall code required), and 04h (return value 04h).	 TSRs that
	  provide hotkeys with which the user can activate them must also
	  implement function 05h.  TSRs which provide DOS device drivers must
	  also implement function 06h.	The absolute minimum fully-compliant
	  implementation has an overhead of 64 bytes (80 bytes with function
	  05h) plus 22 bytes per hooked interrupt (for the interrupt sharing
	  protocol header and hook list entry).
	lDOS kernel, Loader, lDebug, SRDISK, and INTERC3 are not fully
	  compliant because they don't provide function 02h. lDDebug and
	  lCDebug may list interrupt handlers in their function 04h list
	  that are not currently installed. lDebug doesn't support function
	  05h even if it installs hotkey-like features. lDOS kernel only
	  lists its int 2Dh handler for function 04h.
	the signature string and description may be used by memory mappers
	  to display the installed programs
	to be considered fully compliant, users of this specification must
	  adhere to the IBM interrupt sharing protocol (see #02568), which will
	  permit removal of TSRs in arbitrary order and interrupt handler
	  reordering.  All TSRs following this specification should be
	  removable unless they are loaded from CONFIG.SYS, though they need
	  not keep the code for removing themselves resident; it is acceptable
	  for a separate program to perform the interrupt unhooking and
	  memory-freeing steps of removal.
	A sample public-domain implementation including example TSRs and
	  utility programs may be found in a separate package distributed as
	  AMISLnnn.ZIP (AMISL092.ZIP as of this writing).
	Please let me know if you choose to follow this proposal.  The
	  signature and a list of the private API calls you use would be
	  appreciated, as well.
SeeAlso: INT 2D/AL=00h,INT 2D/AL=01h,INT 2D/AL=02h,INT 2D/AL=03h,INT 2D/AL=04h
SeeAlso: INT 2D/AL=05h,INT 2D/AL=06h,INT 2F"NOTES"

Format of IBM Interrupt Sharing Protocol (IISP) interrupt handler entry point:
Offset	Size	Description	(Table 02568)
 00h  2 BYTEs	short jump to actual start of interrupt handler, immediately
		  following this data block (EBh 10h)
 02h	DWORD	address of next handler in chain, aka downlink
 06h	WORD	signature 424Bh "KB"
 08h	BYTE	EOI flag
		00h software interrupt or secondary hardware interrupt handler
		80h primary hardware interrupt handler (will issue EOI to
		      interrupt controller)
 09h  2 BYTEs	short jump to hardware reset routine
		must point at a valid FAR procedure (may be just RETF)
 0Bh  7 BYTEs	reserved (0) by IBM for future expansion
Note:	when chaining to the prior handler, the interrupt handler must perform
	  an indirect jump/call using the address at offset 02h in the
	  ISP header.  This permits another AMIS TSR to hook itself into
	  the chain at a position other than as the first handler to receive
	  an interrupt.
	the header's downlink must also be used to uninstall a given handler.
	  it must be expected that other software may modify one's downlinks
	  and one mustn't use stale other copies of the downlink vector later.
	uninstalled iHPFS headers start with 90h EAh (NOP, and a far immediate
	  JMP). they always chain to the next handler.
	some nonstandard headers don't start with the expected short jump, and
	  the hardware reset entry may be just a RETF or IRET rather than JMP.
	lDOS TSRs use the advanced deinstallation method, explained in the
	  KEEPHOOK manual. it searches not only through the topmost reachable
	  chain of IISP headers; if the vector pointing at the handler that's
	  to be uninstalled isn't found starting from the Interrupt Vector
	  Table the uninstaller will query all resident multiplexers for their
	  hooks of the same INT using AL=04h then search the (possibly hidden)
	  chains reachable from these hooks.
	lDOS RENUMBER expects the entry for INT 2D handlers to consist of a
	  short jump at offset 00h, pointing to a CMP AH,imm8 instruction
	  followed by JE rel8. if the imm8 matches the multiplex number that
	  corresponds to this handler it is assumed that the CMP immediate is
	  the single source of truth of this multiplexer's multiplex number.
	some lDOS programs store 80h in the BYTE at offset 08h to indicate
	  a software interrupt that never chains to the stored next handler.
SeeAlso: INT F1/AH=01h"Common ISDN API",INT F1/AH=06h"CAPI",#04068
--------t-2D--00-----------------------------
INT 2D - AMIS v3.0+ - INSTALLATION CHECK
	AL = 00h
	AH = multiplex number for program
Return: AL = 00h if free
	AL = FFh if multiplex number in use
	    CX = binary version number (CH = major, CL = minor)
	    DX:DI -> signature string (see #02569) identifying the program
		  using the multiplex number
SeeAlso: INT 2D/AL=01h,INT 2D/AL=02h,INT 2D/AL=03h,INT 2D/AL=04h,INT 2D/AL=05h
SeeAlso: INT 2D/AL=06h
Index:	installation check;Alternate Multiplex Interrupt Specification
Index:	installation check;AMIS|installation check;FASTMOUS
Index:	installation check;SPELLER|installation check;Monitor
Index:	installation check;NOLPT|installation check;NOTE
Index:	installation check;RBkeyswp|installation check;SWITCHAR
Index:	installation check;VGABLANK|installation check;EATMEM
Index:	installation check;RECALL|installation check;XPTR2

Format of AMIS signature string:
Offset	Size	Description	(Table 02569)
 00h  8 BYTEs	blank-padded manufacturer's name (possibly abbreviated)
 08h  8 BYTEs	blank-padded product name
 10h 64 BYTEs	ASCIZ product description (optional, may be a single 00h)
Note:	it is not necessary to reserve a full 64 bytes for the description,
	  just enough to store the actual ASCIZ string
SeeAlso: #02570

(Table 02570)
Values for AMIS signatures known to be in use:
 'Byrial J' 'EKLAVO  '	permits keyboard entry of Esperanto accented letters
 'cm      ' 'RxANSI  '	RxANSI, ecm's fork of Henrik Haftmann's combined ANSI
			  and LESS driver. (vendor name predates ecm addition
			  of the E. initial.)
 'CoveSoft' 'Burnout+'	shareware screen saver Burnout Plus
 'Crynwr  ' 'SPELLER '	TSR spelling-checker
 'CPH1995 ' 'CDTSR   '	resident CD-Audio player
 'CPH1996 ' 'DSAPI   '
 'CSJewell' 'Modula3L'	Curtis Jewell's Modula-3 compiler (non-TSR)
 'Cubbi...' 'ASCII...'	Example ASCII code view/enter TSR by Sergey Zubkov
 'Cubbi...' 'ScrnGrab'	Example screen grabber by Sergey Zubkov
 'DAISYCHA' 'INDRIVER'	Advanced Parallel Port daisy chain driver (vendor name
			  in product description field, if desired)
			(see also INT 2D/AL=DCh)
 'DOS-C   ' 'SHARE   '	ecm's extended FreeDOS share
 'DTown SD' 'DTU     '	DTown Software Development's DTown Utilities
			(see also INT 2D/AL=20h)
 'ECLIPSE ' 'PLUMP   '	Eclipse Software's printer and plotter spooler
 'ecm     ' 'D2FCBFIX'	ecm's old dosemu2 FCB fix
 'ecm     ' 'EIDL    '	ecm's fork of rr's tool to reduce power consumption
 'ecm     ' 'FDAPM   '	ecm's fork of FDAPM power savings tool
 'ecm     ' 'IDLEDPMS'	ecm's fork of an FDAPM companion idle screen off tool
 'ecm     ' 'INTERCEP'	ecm's fork of INTERC3 (interrupt intercepting tool),
			  no uninstall supported.
 'ecm     ' 'KEEPHOOK'	ecm's tool to keep interrupt hooks available
 'ecm     ' 'lClock  '	ecm's clock display tool
 'ecm     ' 'lDebug  '	ecm's debugger AMIS interface, this is usable in a
			  boot loaded context too. no uninstall supported.
			  the AMIS interface must be installed by means of
			  an INSTALL AMIS command to the debugger, so its
			  absence does not mean the debugger isn't running.
 'ecm     ' 'lDOS    '	ecm's lDOS kernel (lMS-DOS based on MS-DOS v4.01),
			  no uninstall supported.
 'ecm     ' 'Loader  '	ecm's boot loader AMIS interface (based on lDebug),
			  this is only usable in a boot loaded context
			  (and like the debugger no uninstall is supported)
 'ecm     ' 'SEEKEXT '	ecm's seek service extensions
 'ecm     ' 'SRDISK  '	ecm's fork of ReSizeable RAMDisk v2.10+, no uninstall
			  supported.
 'ecm     ' 'TSR     '	ecm's TSR example
 'GraySoft' 'GIPC    '	GraySoft's Inter-Process Communications driver
 'heathh  ' 'Monitor '
 'Helge O '		TSRs by Helge Olav Helgesen
 'IVALM SK' 'lmkey   '	Russian keyboard driver by Sergey Khabarov
 'IVALM SK' 'lmrus   '	Russian screen	 driver by Sergey Khabarov
 'J. Berry' 'RATSR   '	RemoteAccess Network Manager workstation module
 'J.SHIDEL' 'LOGGERxx'  Console logging device driver by Jerome Shidel
 'JWB	  ' 'RAMLIGHT'	James Birdsall's on-screen RAMdisk activity indicator
 'M Better' 'iHPFS   '	Marcus Better's HPFS filesystem driver for DOS
 'M. Paul ' 'FREEVER '	DOS version-faking TSR by Matthias Paul
 'Nildram ' 'ST	     '	Screen Thief graphics screen grabber
 'NoBrain ' 'FlatReal'	Flat real mode monitor by Sergei Shtylyov
 'NoBrain ' 'Grabber '	Frame grabber drivers by Sergei Shtylyov
 'NoBrain ' 'SqrModes'	TSR providing some non-standard video modes
			by Sergei Shtylyov
 'Pino Nav' 'ALTMENU '	activate any program's menu bar by pressing Alt key
 'Pino Nav' 'Keybit  '	Pino Navato's KEYBIT Lite Italian keyboard driver v4+
 'PowrQuot' 'CAPRILOG'
 'PowrQuot' 'CAPRITSR'
 'PowrQuot' 'CAPRIWIN'
 'R-Ware  ' 'dLite   '	run-time data decompression TSR
 'Ralf B  ' 'disaXXYY'	RBdisabl -- disable key scancode XX w/ shift states YY
 'Ralf B  ' 'DUALVGA '	dual-VGA support, screen blanker, and DPMS driver
 'Ralf B  ' 'FASTMOUS'	example TSR included with sample AMIS library code
 'Ralf B  ' 'NoBreak '	disable Ctrl-@, Ctrl-C, and Ctrl-Break keys
 'Ralf B  ' 'NOLPT n '	example TSR -- turn LPTn into bit-bucket
 'Ralf B  ' 'NOTE    '	example TSR -- popup note-taker
 'Ralf B  ' 'RBclock '	RBclock -- on-screen real-time clock
 'Ralf B  ' 'RBclockE'	RBclock -- on-screen elapsed-time clock
 'Ralf B  ' 'RBdvorak'	Dvorak keyboard mapping w/ opt Esc/~, LCtrl/CapsLk swap
 'Ralf B  ' 'RBkcount'	display count of keystrokes on screen
 'Ralf B  ' 'RBkeyswp'	RBkeyswap v3.0+ -- swap Esc/~ and LCtrl/CapsLock keys
 'Ralf B  ' 'RBnoboot'	disable Ctrl-Alt-Del key combination
 'Ralf B  ' 'ShftCaps'	require Shift-CapsLock to turn on CapsLock
 'Ralf B  ' 'ShftNumL'	require Shift-NumLock to turn off NumLock
 'Ralf B  ' 'SWITCHAR'	example TSR -- add switchar() support removed from DOS5
 'Ralf B  ' 'VGABLANK'	VGA-only screen blanker
 'Ralf B  ' 'WINTAME '	yield CPU when program in Win95 DOS box is idle
 'Sally IS' 'Mdisk   '	removeable, resizeable RAMdisk
 'Sally IS' 'Scr2Tex '	screen dumper with output in (La)Tex format
 'SRT	  ' 'STOPBOOT'	reboot preventer by Steve Talbot
 'Thaco	  ' 'NEST    '	Eirik Pedersen's programmer's delimiter matcher
 'TifaWARE' 'EATMEM  '	George A. Theall's public domain memory restrictor for
			testing programs (v1.1+)
 'TifaWARE' 'RECALL  '	public domain commandline editor and history (v1.2+)
 'Todd	  ' 'XPTR2   '	PC-to-Transputer interface by Todd Radel
 'WlkngOwl' 'NoiseSYS'	NOISE.SYS random-number generator
SeeAlso: #02569
--------t-2D--01-----------------------------
INT 2D - AMIS v3.0+ - GET PRIVATE ENTRY POINT
	AL = 01h
	AH = multiplex number for program
Return: AL = 00h if all API calls via INT 2D
	AL = FFh if entry point supported
	    DX:BX -> entry point for bypassing interrupt chain
Note:	this function is not valid unless a program is installed on the
	  specified multiplex number; use INT 2D/AL=00h to check
SeeAlso: INT 2D/AL=00h,INT 2D/AL=02h,INT 2D/AL=03h,INT 2D/AL=04h,INT 2D/AL=05h
SeeAlso: INT 2D/AL=06h
Index:	entry point;Alternate Multiplex Interrupt|entry point;AMIS
--------t-2D--02-----------------------------
INT 2D - AMIS v3.0+ - UNINSTALL
	AL = 02h
	AH = multiplex number for program
	DX:BX = return address for successful uninstall (may be	ignored by TSR)
Return: AL = status
	    00h not implemented (makes TSR non-compliant with specification)
	    01h unsuccessful
	    02h can not uninstall yet, will do so when able
	    03h safe to remove, but no resident uninstaller
		  (TSR still enabled)
		BX = segment of memory block with resident code
	    04h safe to remove, but no resident uninstaller
		  (TSR now disabled)
		BX = segment of memory block with resident code
	    05h not safe to remove now, try again later
	    06h disabled, but can not be removed from memory
		  because loaded from CONFIG.SYS
	    07h safe to remove, but no resident device-driver
		  uninstaller.	Caller must unlink device
		  drivers from DOS device chain as well as
		  unhooking interrupts and freeing memory
		BX = segment of memory block with resident code
	    FFh successful
	return at DX:BX with AX destroyed if successful and TSR honors
	  specific return address
Note:	this function is not valid unless a program is installed on the
	  specified multiplex number; use INT 2D/AL=00h to check
SeeAlso: INT 2D/AL=00h,INT 2D/AL=01h,INT 2D/AL=03h,INT 2D/AL=04h,INT 2D/AL=05h
SeeAlso: INT 2D/AL=06h
Index:	uninstall;Alternate Multiplex Interrupt Specification|uninstall;AMIS
--------t-2D--03-----------------------------
INT 2D - AMIS v3.0+ - REQUEST POP-UP
	AL = 03h
	AH = multiplex number for program
Return: AL = status
	    00h not implemented or TSR is not a pop-up
	    01h can not pop up at this time, try again later
	    02h can not pop up yet, will do so when able
	    03h already popped up
	    04h unable to pop up, user intervention required
		BX = standard reason code
		    0000h unknown failure
		    0001h interrupt chain passes through memory
			  which must be swapped out to pop up
		    0002h swap-in failed
		CX = application's reason code if nonzero
	    FFh TSR popped up and was exited by user
		BX = return value
		    0000h no return value
		    0001h TSR unloaded
		    0002h-00FFh reserved
		    0100h-FFFFh application-dependent
Note:	this function is not valid unless a program is installed on the
	  specified multiplex number; use INT 2D/AL=00h to check
SeeAlso: INT 2D/AL=00h,INT 2D/AL=01h,INT 2D/AL=02h,INT 2D/AL=04h,INT 2D/AL=05h
SeeAlso: INT 2D/AL=06h
--------t-2D--04-----------------------------
INT 2D - AMIS v3.0+ - DETERMINE CHAINED INTERRUPTS
	AL = 04h
	AH = multiplex number for program
	BL = interrupt number (except 2Dh)
Return: AL = status
	    00h not implemented (makes TSR non-compliant with specification)
	    01h (obsolete) unable to determine
	    02h (obsolete) interrupt hooked
	    03h (obsolete) interrupt hooked, address returned
		DX:BX -> TSR's interrupt BL handler
	    04h list of hooked interrupts returned
		DX:BX -> interrupt hook list (see #02571)
	    FFh interrupt not hooked
Notes:	BL is ignored if the TSR returns AL=04h; in that case, the caller
	  needs to scan the return list rather than making additional calls
	  to this function.  If the return is not 00h or 04h, then the caller
	  must cycle through the remaining interrupt numbers it wishes to
	  check.
	return values 01h through 03h may not be used by AMIS v3.6-compliant
	  programs; they are included here solely for compatibility with
	  version 3.3, though they were probably never used in any
	  implementation
	for return values 01h through 03h, since INT 2D is known to be hooked,
	  the resident code need not test for BL=2Dh (to minimize its size),
	  and the return value is therefore undefined in that case.
	this function is not valid unless a program is installed on the
	  specified multiplex number; use INT 2D/AL=00h to check
	lDebug may change its interrupt hook list dynamically when installing
	  or uninstalling certain handlers, such as the INT 08 handler, the
	  INT 2F handler (lDebugX only), serial IRQ handler, and int 0Ch and
	  int 0Dh fault handlers. the trail of the list is static, but the
	  start address and the contents of the leading entries may change.
	lCDebug and lDDebug (debuggable builds of lDebug) may point to
	  interrupt handlers not currently installed. they usually will
	  contain FFFFh:FFFFh in their downlinks.
	lDOS kernel only lists its INT 2D hook, as the other interrupt
	  handlers aren't hooks in the same way (and do not use IISP headers).
	  the lDOS kernel's interrupt hook list and its INT 2D handler are
	  addressed using segment 26h or segment 60h.
SeeAlso: INT 2D/AL=00h,INT 2D/AL=01h,INT 2D/AL=02h,INT 2D/AL=03h,INT 2D/AL=05h
SeeAlso: INT 2D/AL=06h

Format of AMIS interrupt hook list [array]:
Offset	Size	Description	(Table 02571)
 00h	BYTE	interrupt number (last entry in array is 2Dh)
 01h	WORD	offset within hook list's segment of the interrupt handler
		this will point at the initial short jump of the interrupt
		  sharing protocol header (see #02568)
Notes:	the specification doesn't forbid the same interrupt number occur
	  repeatedly with different handlers, except for the INT 2D entry
	  as it terminates the list. lDOS KEEPHOOK depends on this.
	lDOS RENUMBER detects an overflow if about 4096 entries are looped
	  through without finding the INT 2D entry. a comment on this check
	  states that at 18 bytes per IISP header, 4096 unique handlers
	  would already overflow a 64 KiB segment.
SeeAlso: #02572
--------t-2D--05-----------------------------
INT 2D - AMIS v3.5+ - GET HOTKEYS
	AL = 05h
	AH = multiplex number for program
Return: AL = status
	    00h not implemented
	    FFh supported
		DX:BX -> hotkey list (see #02572)
Notes:	this function is not valid unless a program is installed on the
	  specified multiplex number; use INT 2D/AL=00h to check
	programs which provide hotkeys are required to provide this function
	  to be fully compliant with this specification
SeeAlso: INT 2D/AL=00h,INT 2D/AL=01h,INT 2D/AL=02h,INT 2D/AL=03h,INT 2D/AL=04h
SeeAlso: INT 2D/AL=06h

Format of AMIS hotkey list:
Offset	Size	Description	(Table 02572)
 00h	BYTE	type of hotkey checking (see #02573)
 01h	BYTE	number of hotkeys (may be zero if TSR can disable hotkeys)
 02h 6N BYTEs	array of hotkey definitions
		(one per hotkey, first should be primary hotkey)
		Offset	Size	Description
		 00h	BYTE	hotkey scan code (00h/80h if shift states only)
				hotkey triggers on release if bit 7 set
		 01h	WORD	required shift states (see #02574)
		 03h	WORD	disallowed shift states (see #02574)
		 05h	BYTE	hotkey flags (see #02575)
Notes:	except for bit 7, the shift states correspond exactly to the return
	  values from INT 16/AH=12h.  A set bit in the required states word
	  indicates that the corresponding shift state must be active when the
	  hotkey's scan code is received for the hotkey to be recognized; a
	  clear bit means that the corresponding state may be ignored.	A set
	  bit in the disallowed shift states word indicates that the
	  corresponding shift state must be inactive.
	for the disallowed-states word, if one of the "either" bits is set,
	  then both the corresponding left bit and right bit must be set
	examples:
		Ctrl-Alt-Del monitoring: 53h 000Ch 0003h 06h
		Alt-key tap (DESQview):	 B8h 0000h 0007h 08h
		Shf-Shf-N (NOTE.COM):	 31h 0003h 000Ch 00h
Index:	hotkeys;AMIS
SeeAlso: #00006

Bitfields for type of AMIS hotkey checking:
Bit(s)	Description	(Table 02573)
 0	checks before chaining INT 09
 1	checks after chaining INT 09
 2	checks before chaining INT 15/AH=4Fh
 3	checks after chaining INT 15/AH=4Fh
 4	checks on INT 16/AH=00h,01h,02h
 5	checks on INT 16/AH=10h,11h,12h
 6	checks on INT 16/AH=20h,21h,22h
 7	reserved (0)
SeeAlso: #02572

Bitfields for AMIS shift states:
Bit(s)	Description	(Table 02574)
 0	right shift pressed
 1	left shift pressed
 2	either control key pressed
 3	either Alt key pressed
 4	ScrollLock active
 5	NumLock active
 6	CapsLock active
 7	either shift key pressed
 8	left control key pressed
 9	left Alt key pressed
 10	right control key pressed
 11	right Alt key pressed
 12	ScrollLock pressed
 13	NumLock pressed
 14	CapsLock pressed
 15	SysReq key pressed
Notes:	if bit 2 is set, either control key may be pressed for the hotkey; if
	  bits 8 and 10 are both set, then both control keys must be pressed.
	  Similarly for bits 3 and 9/11, as well as 7 and 0/1.
	the SysReq key is often labeled SysRq
SeeAlso: #02572,#02575

Bitfields for AMIS hotkey flags:
Bit(s)	Description	(Table 02575)
 0	hotkey chained before processing
 1	hotkey chained after processing
 2	others should pass through this hotkey so that it can be monitored
 3	hotkey will not activate if other keys pressed/released before hotkey
	  press is completed
 4	this key is remapped into some other key
 5	this key is conditionally chained (sometimes passed on, sometimes
	  swallowed)
 6-7	reserved (0)
SeeAlso: #02572,#02574
--------t-2D--06-----------------------------
INT 2D - AMIS v3.6 - GET DEVICE-DRIVER INFORMATION
	AL = 06h
	AH = multiplex number for program
Return: AL = number of device driver headers supplied by prog.
	AH = device-driver flags (see #02576)
	DX:BX -> first device driver header (see #01646)
Program: AMIS is the Alternate Multiplex Interrupt Specification promulgated
	  by Ralf Brown
Notes:	if AL=00h, AH,BX,DX are meaningless and may be destroyed
	this function is not valid unless a program is installed on the
	  specified multiplex number; use INT 2D/AL=00h to check
	programs which provide device drivers are required to support this
	  function to be considered fully compliant with v3.6+ of the
	  specification
SeeAlso: INT 2D/AL=00h,INT 2D/AL=01h,INT 2D/AL=02h,INT 2D/AL=03h,INT 2D/AL=04h
SeeAlso: INT 2D/AL=05h

Bitfields for AMIS device-driver information flags:
Bit(s)	Description	(Table 02576)
 0	program loaded from CONFIG.SYS, and thus can not be removed from memory
	(leave clear if unable to determine)
 1	device driver headers have not been linked into DOS device chain
 2	reentrant device driver(s)
--------K-2D--10-----------------------------
INT 2D - ALTMENU - GET POINTER TO KEY CODE
	AL = 10h
	AH = AMIS multiplex number for signature 'Pino Nav' 'ALTMENU '
Return: DX:BX -> WORD key code to insert in keyboard buffer on Alt-key tap
Program: Pino Navato's freeware ALTMENU permits activating the menu bar of
	  any program by pressing the Alt key alone.
Notes:	The value in the key code word will be returned in AX by a call to
	  INT 16/AH=00h after the Alt key is pressed by itself
	ALTMENU may be disabled by setting the key code equal to 0000h
SeeAlso: INT 16/AH=00h,INT 2D"AMIS"
--------K-2D--10-----------------------------
INT 2D - KEYBIT Lite v5+ - GET POINTER TO STATUS BYTE
	AL = 10h
	AH = AMIS multiplex number for KEYBIT Lite
Return: DX:BX -> status byte (see #02584)
Program: KEYBIT Lite is an enhanced Italian keyboard driver by Pino Navato.
SeeAlso: INT 2D"AMIS"

Bitfields for KEYBIT Lite status byte:
Bit(s)	Description	(Table 02584)
 7	KEYBIT Lite active
 6	E-mail support active
 5-0	reserved
Notes:	E-mail support is one of the original features of KEYBIT Lite.	It is
	  the automatic conversion of the 8-bits ASCII chars produced by some
	  keys available on Italian keyboards to couples of 7-bits chars.
	Message editors should always enable e-mail support, they should also
	  restore its original status before exiting.
	The user can change both status bits by hotkeys.
--------N-2D--10-----------------------------
INT 2D - RATSR 2.0+ - GET STATUS
	AL = 10h
	AH = AMIS multiplex number for RATSR
Return: AL = status
	    01h listening (no connection)
	    02h receiving	      \
	    03h sending		       > station being monitored
	    04h initializing receive  /
	AH = keyboard lock status (00h unlocked, 01h locked)
Program: RATSR is a utility by James Berry provided with
	  RemoteAccess/Professional, a commercial bulletin board system, that
	  allows remote control of a station over a network
SeeAlso: INT 2D"AMIS"
--------U-2D--10-----------------------------
INT 2D - DTown Utilities v1.40+ - EXTENDED API INSTALLATION CHECK
	AL = 10h
Return: AL = FFh
	BL = extended API availability (00h no, 01h API is loaded)
SeeAlso: INT 2D/AL=11h"DTown",INT 2D/AL=20h,INT 2D/AL=50h
--------V-2D--10-----------------------------
INT 2D - Burnout Plus v3.00 - GET STATE/CONTROL INFORMATION
	AL = 10h
	AH = AMIS multiplex number for Burnout Plus
Return: AL = 01h
	BX = Burnout Plus status (see #02579)
	CX = record of features loaded (see #02580)
	ES:DI -> Burnout Plus control structure (see #02581)
Program: Burnout Plus is a DOS screen saver from Cove Software
SeeAlso: INT 14/AX=AA01h,INT 2D"AMIS"
Index:	screen saver;Burnout Plus

Bitfields for Burnout Plus status:
Bit(s)	Description	(Table 02579)
 0	screen is blanked
 1	MS Windows is active (Burnout Plus deactivated)
 2-15	reserved

Bitfields for Burnout Plus features loaded/features enabled:
Bit(s)	Description	(Table 02580)
 0	mouse activity monitor
 1	passkey support
 2	password support
 3	continuous clear
 4	software blanking
 5	video activity monitor
 6	disk activity monitor
 7	activating keystroke suppression
SeeAlso: #02581

Format of Burnout Plus control structure:
Offset	Size	Description	(Table 02581)
 00h	BYTE	size of structure in bytes
 01h	WORD	Burnout Plus version
 03h	WORD	screen blanking reset count in clock ticks
 05h	WORD	current countdown value in clock ticks
 07h	BYTE	type of timeout specification
 08h	BYTE	instant-blank hotkey
 09h	WORD	extended status information (see #02582)
		the bits for password, passkey, and software blanking are
		  ignored and cannot be enabled or disabled externally
 0Bh	WORD	features enabled (see #02580)
Note:	all fields except the first two may be modified by external programs
	  to affect the operation of Burnout Plus
Index:	hotkeys;Burnout Plus

Bitfields for extended Burnout Plus status information:
Bit(s)	Description	(Table 02582)
 0	Burnout Plus disabled
 1	force screen to blank on next clock tick
 2	restore screen if currently blanked
 3-15	reserved
Note:	1 and 2 are automatically cleared by Burnout Plus after blanking
	  or restoring the screen
SeeAlso: #02581
--------V-2D--10-----------------------------
INT 2D U - Screen Thief v1.00 - FREE HIGH MEMORY BUFFERS
	AL = 10h
	AH = AMIS multiplex number for Screen Thief
Return: nothing
Program: Screen Thief is a graphics screen grabber
Note:	releases any code and data stored in EMS, DOS UMBs, or XMS UMBs, but
	  does not release the low-memory stub; this may be used to effect a
	  partial uninstall if INT 2D/AL=02h fails
SeeAlso: INT D8"Screen Thief"
--------d-2D--10-----------------------------
INT 2D - dLite 1.0+ - GET PARAMETER BLOCK ADDRESS
	AL = 10h
	AH = AMIS multiplex number for dLite
Return: CF clear if successful
	    ES:BX -> parameter block (see #02577)
	CF set on error
Program: dLite is a shareware TSR by Rainer Schuetze which transparently
	  expands compressed files when they are read
SeeAlso: AL=11h"dLite",AL=12h"dLite",INT 21/AX=FEDCh"PCMANAGE"

Format of dLite parameter block:
Offset	Size	Description	(Table 02577)
 00h	BYTE	TSR flags (see #02578)
 01h	WORD	maximum number of programs needing original filesize
 03h	WORD	current number of programs needing original filesize
 05h	WORD	maximum number of files that can be handled by dLite (should
		  be the same as FILES= in CONFIG.SYS)
 07h	WORD	offset (in the same segment as the parameter block) of the
		  table of programs needing the original filesize (8 bytes
		  each,	without path or extension, uppercase, and zero \
		  terminated if	shorter than 8 bytes)

Bitfields for dLite TSR flags:
Bit(s)	Description	(Table 02578)
 0	deny FCB access
 1	dLite sleeping rather than activated
 2	always indicate original filesize when reading directory entries,
	  rather than only for specified programs
 3-7	reserved
SeeAlso: #02577
--------i-2D--10-----------------------------
INT 2D U - RAMLIGHT v1.0 - GET MONITORING INFORMATION
	AL = 10h
	AH = AMIS multiplex number for RAMLIGHT
Return: ES:BX -> array of fake device driver headers used in monitoring
	CX = number of drives being monitored???
--------s-2D--10-----------------------------
INT 2D - CDTSR - GET INTERNAL VARIABLE TABLE
	AL = 10h
	AH = AMIS multiplex number for CDTSR
Return: CX:DX -> CDTSR internal variable structure (see #02583)
Program: CDTSR is a resident audio CD player by Colin Hill
SeeAlso: INT 2D/AL=11h"CDTSR",INT 2D/AL=12h"CDTSR",INT 2D/AL=13h"CDTSR"

Format of CDTSR internal variable structure:
Offset	Size	Description	(Table 02583)
 00h	BYTE	hotkey scan code (see #00006)
 01h	BYTE	hotkey shift states
 02h	BYTE	flag: repeat
 03h	BYTE	flag: custom repeat
 04h	BYTE	flag: background polling
 05h	DWORD	(read-only) internal timing variable
 09h	DWORD	current track play position, in frames
 0Dh	DWORD	current disk play position, in frames
 11h	BYTE	number of entries in track program
 12h	BYTE	index into track program currently playing (FFh if not playing)
 13h 100 BYTEs	track program (each byte contains one track number)
 77h	BYTE	saved cursor end scan line
 78h	BYTE	saved cursor start scan line
 79h	BYTE	currently playing track
 7Ah	BYTE	CD driver media-change flag
 7Bh	WORD	video base segment during last popup
 7Dh	WORD	video page offset during last popup
 7Fh	BYTE	currently-selected track
 80h	DWORD	begin of custom repeat, in frames
 84h	DWORD	end of custom repeat, in frames
 88h	WORD	track program index of top list item
--------U-2D--11-----------------------------
INT 2D - DTown Utilities v1.40+ - UTILITY INSTALLATION CHECK
	AL = 11h
	BL = function
	    00h get number of installed utilities
		Return: BL = number of utilities
	    01h get installed utilities
		DX:DI -> buffer containing one byte for each utility
		Return: DX:DI buffer filled with flags (0=no,1=yes) indicating
			  whether the corresponding utility is loaded
Return: AL = FFh if supported
Note:	this function is only available if the extended API has been installed
	  in the resident portion
SeeAlso: INT 2D/AL=10h"DTown",INT 2D/AL=20h
--------d-2D--11-----------------------------
INT 2D - dLite 1.0+ - CHECK FOR dPressed FILE AND GET ORIGINAL SIZE
	AL = 11h
	AH = AMIS multiplex number for dLite
	BX = file handle
Return: CF clear if successful
	    DX:AX = size of uncompressed file
	CF set on error (not dPressed file)
SeeAlso: AL=10h"dLite",AL=12h"dLite"
--------s-2D--11-----------------------------
INT 2D - CDTSR - REPROGRAM CDTSR
	AL = 11h
	AH = AMIS multiplex number for CDTSR
Return: nothing
Program: CDTSR is a resident audio CD player by Colin Hill
Desc:	reprograms CDTSR based on the values in the internal variable
	  structure (see #02583), which may have been changed by an application
SeeAlso: INT 2D/AL=10h"CDTSR",INT 2D/AL=12h"CDTSR",INT 2D/AL=13h"CDTSR"
--------U-2D--12-----------------------------
INT 2D - FREEVER - GET ORIGINAL DOS VERSION INFO
	AL = 12h
	AH = AMIS multiplex number for FREEVER
Return: AL = FFh if successful
	    BH = major DOS version
	    BL = minor DOS version
	    CH = DOS version flag
	    CL = OEM number
	    DH = major DR DOS version number (FFh if unknown)
	    DL = minor DR DOS version number (FFh if unknown)
Program: FREEVER is an AMIS-conformant freeware DOS version-faking TSR similar
	  to SETVER for any DOS-compatible OS, written by Matthias Paul
SeeAlso: INT 2D/AL=13h"FREEVER",INT 2D/AL=14h"FREEVER",INT 2D/AL=17h"FREEVER"
--------d-2D--12-----------------------------
INT 2D - dLite 1.0+ - CHECK FOR dPressed FILE AND GET COMPRESSED SIZE
	AL = 12h
	AH = AMIS multiplex number for dLite
	BX = file handle
Return: CF clear if successful
	    DX:AX = size of compressed file
	CF set on error (not dPressed file)
SeeAlso: AL=10h"dLite",AL=11h"dLite"
--------s-2D--12-----------------------------
INT 2D - CDTSR - DISABLE POPUP
	AL = 12h
	AH = AMIS multiplex number for CDTSR
Return: nothing
SeeAlso: INT 2D/AL=10h"CDTSR",INT 2D/AL=11h"CDTSR",INT 2D/AL=13h"CDTSR"
--------U-2D--13-----------------------------
INT 2D - FREEVER - SET VERSION NUMBERS
	AL = 13h
	AH = AMIS multiplex number for FREEVER
	BH = new major DOS version
	BL = new minor DOS version
	CH = new DOS version flag
	CL = new DOS revision number
	DH = new OEM number
SeeAlso: INT 2D/AL=12h"FREEVER",INT 2D/AL=15h"FREEVER",INT 2D/AL=17h"FREEVER"
--------s-2D--13-----------------------------
INT 2D - CDTSR - ENABLE POPUP
	AL = 13h
	AH = AMIS multiplex number for CDTSR
Return: nothing
Program: CDTSR is a resident audio CD player by Colin Hill
SeeAlso: INT 2D/AL=10h"CDTSR",INT 2D/AL=11h"CDTSR",INT 2D/AL=12h"CDTSR"
--------U-2D--14-----------------------------
INT 2D - FREEVER - ENABLE TSR
	AL = 14h
	AH = AMIS multiplex number for FREEVER
Return: AL = FFh if successful
SeeAlso: INT 2D/AL=12h"FREEVER",INT 2D/AL=15h"FREEVER",INT 2D/AL=16h"FREEVER"
--------U-2D--15-----------------------------
INT 2D - FREEVER - DISABLE TSR
	AL = 15h
	AH = AMIS multiplex number for FREEVER
Return: AL = FFh if successful
SeeAlso: INT 2D/AL=12h"FREEVER",INT 2D/AL=14h"FREEVER",INT 2D/AL=16h"FREEVER"
--------U-2D--16-----------------------------
INT 2D - FREEVER - GET TSR STATUS
	AL = 16h
	AH = AMIS multiplex number for FREEVER
Return: AL = FFh if successful
	    BL = status
		01h resident and active
		02h resident and inactive
SeeAlso: INT 2D/AL=12h"FREEVER",INT 2D/AL=15h"FREEVER",INT 2D/AL=17h"FREEVER"
--------U-2D--17-----------------------------
INT 2D - FREEVER - GET TaskMAX STATUS AT INSTALLATION
	AL = 17h
	AH = AMIS multiplex number for FREEVER
Return: AL = FFh if successful
	    BL = status
		00h if TaskMAX not loaded before SETDRVER
		FFh if TaskMAX was loaded before SETDRVER
Program: FREEVER is an AMIS-conformant freeware DOS version-faking TSR similar
	  to SETVER for any DOS-compatible OS, written by Matthias Paul
SeeAlso: INT 2D/AL=12h"FREEVER",INT 2D/AL=14h"FREEVER",INT 2D/AL=16h"FREEVER"
--------U-2D--20-----------------------------
INT 2D - DTown Utilities v1.40+ - GET POP-UP HANDLER ADDRESS
	AL = 20h
Return: AL = FFh if available
	    DX:DI -> DTU popup-handler
Program: DTown Utilities is a freeware programmer's utility TSR by Jeroen van
	  Disseldorp
Note:	this function is only available if the extended API has been installed
	  in the resident portion
SeeAlso: INT 2D/AL=10h"DTown",INT 2D/AL=21h,INT 2D/AL=50h,INT 2D/AL=51h
SeeAlso: INT 03"DTown"
--------U-2D--21-----------------------------
INT 2D - DTown Utilities v1.40+ - POP UP
	AL = 21h
	BL = which utility to bring up
	    00h active utility
	    01h help screen
	    0Ah ASCII table
	    0Bh memory view
	    0Ch CPU status
	    0Dh calculator
	    0Eh miscellaneous
	    0Fh file viewer
	    10h disassembler
Return: AL = status
	    00h already active
	    FFh popped up successfully
	BX = 0000h
Note:	this function is only available if the extended API has been installed
	  in the resident portion
SeeAlso: INT 2D/AL=10h"DTown",INT 2D/AL=20h,INT 2D/AL=50h
--------G-2D--30-----------------------------
INT 2D - lDebug - UPDATE IISP HEADER
	AH = AMIS multiplex number for lDebug
	AL = 30h
	DS:SI -> source IISP header (or pseudo header)
	ES:DI -> destination IISP header
Return:	AL = FFh to indicate suppported,
	  SI and DI both incremented by 6
	  destination's ieNext field updated from source
	AL != FFh if not supported,
	  SI and DI unchanged
	nothing else destroyed
Notes:	This function is intended to aid in debugging
	  handler re-ordering, removal, or insertion.
	  The 32-bit far pointer needs to be updated
	  as atomically as possible to avoid using
	  an incorrect pointer.
	Test case: Run a program such as our TSRs'
	  uninstaller or SHUFHOOK and step through it
	  with "tp fffff" when operating on something
	  crucial such as interrupt 21h. Without this
	  function the machine will crash!
	To enable this function to be called, first run
	  the command "r dco4 or= 8", or "INSTALL AMIS"
	  (install our AMIS multiplexer handler).
	Other workaround: Use SILENT for TP and disable
	  DCO3 flag 4000_0000 (do not call int 21.0B to
	  check for Ctrl-C status).
	Yet another workaround: Set flag DCO 8 (enable
	  fake InDOS mode, avoid calling int 21h).
	The source may be a pseudo IISP header. In this
	  case the ieEntry field should hold 0FEEBh
	  (jmp short $) and the ieSignature field
	  should indicate the source, eg "VT" for the IVT
	  or "NH" for inserting a New Handler.
SeeAlso: #02568
--------G-2D--31-----------------------------
INT 2D - lDebugX - INSTALL DPMI HOOK
	AH = AMIS multiplex number for lDebug
	AL = 31h
Return:	AL = FFh if installed
	AL = FEh..F0h if not installed but call is supported
	AL = 00h if not supported
	nothing else destroyed
Notes:	state must be not in DOS
--------G-2D--32-----------------------------
INT 2D - lDebugX - RESERVED
	AH = AMIS multiplex number for lDebug
	AL = 32h
Return:	may destroy registers
Notes:	reserved for INSTALL DPMI HOOK that may destroy registers
	  where INT 2D/AL=31h"lDebugX" does not
--------G-2D--33-----------------------------
INT 2D - lDebugX - INSTALL FAULT AREAS
	AH = AMIS multiplex number for lDebug
	AL = 33h
	DX:BX -> fault area structure of client
Return:	AL = FFh if installed
	AL = FEh..01h if not installed but call is supported
	AL = 00h if not supported
	may destroy AL, BX, CX, DX, SI, DI, ES, DS
Notes:	The area structure is defined in the lDebug sources'
	  debug.mac file. The first 32 bytes of the structure
	  start with a signature word, which is equal to the
	  word value CBF9h (encoding the instruction sequence
	  of STC \ RETF) if the structure is not currently
	  installed into any debugger. The remainder of the
	  32 bytes, as well as the details of how the first
	  two bytes are used otherwise, are private to the
	  debugger that provides this service (the server).
	The area structure may be far-called in 86 Mode. The
	  only currently defined function (in AL) for this call
	  is function 00h, which attempts to uninstall the area
	  structure which is being called. It is valid for
	  either the server or the client to uninstall an
	  area structure if they so wish.
	The fields of the structure behind the first 32 bytes
	  point to a number of sub-structures and area function
	  lists and area lists. All of these structures are
	  to be accessed using the same segment as the main
	  area structure. They contain linear start and linear
	  end addresses, which the client sets up before it
	  tries to install the areas. The linear start address
	  is also assumed to point to the segment base address
	  which is used as the reference for the area functions
	  and areas. (They do not have to match the offset part
	  actually used to run the code, but the lists must be
	  based on the linear start address.)
--------G-2D--40-----------------------------
INT 2D - lDebug - AMIS message ELD - DISPLAY MESSAGE TO DEBUGGER TERMINAL
	AH = AMIS multiplex number for lDebug
	AL = 40h
	DX:BX -> ASCIZ message, will be truncated if > 384 Bytes
Return:	AL = 00h if not supported
	AL = FFh if supported and full message stored
	  (older revisions unconditionally returned al = FFh)
	AL = FEh if supported and truncated message stored
	  (truncation may occur at 383 or 384 Bytes of non-NUL text)
	current amismsg.eld does not destroy any other registers
Notes:	This function is provided by an ELD (Extension for lDebug)
	  hooking into the debugger's AMIS handler.
	Older versions of the ELD only had a buffer of 128 Bytes.
--------G-2D--41-----------------------------
INT 2D - lDebug - AMIS message ELD - QUERY MESSAGE STATUS
	AH = AMIS multiplex number for lDebug
	AL = 41h
Return:	AL = 00h if not supported
	AL = 01h if supported and no message is stored
	AL = 02h if supported and message is still stored (not yet displayed)
	current amismsg.eld does not destroy any other registers
Notes:	This function is provided by an ELD (Extension for lDebug)
	  hooking into the debugger's AMIS handler.
--------G-2D--42-----------------------------
INT 2D - lDebug - AMIS other debugger link ELD - GET OTHER LINK DATA
	AH = AMIS multiplex number for lDebug
	AL = 42h
Return:	AL = 00h if not supported
	AL = FFh if supported
	  BX (86M segment) => link tables
	  CX (selector) => link tables
	  DX (86M segment) => PSP
	  SI (selector) => PSP
	  DI -> link info in link tables section
	current amisoth.eld does not destroy any other registers
Notes:	This function is provided by an ELD (Extension for lDebug)
	  hooking into the debugger's AMIS handler.
	If the debugger is without DPMI support or if not in PM,
	 the selector values may be uninitialised or stale.
--------G-2D--43-----------------------------
INT 2D - lDebug - AMIS command ELD - INJECT A DEBUGGER COMMAND
	AH = AMIS multiplex number for lDebug
	AL = 43h
	CX = flags, all reserved for now (must pass as 0)
	DX:BX -> message in byte-counted string,
	  1 byte length (<= 254)
	  N bytes text, length matching the value of length byte
	  1 byte Carriage Return (= 13)
Return:	AL = 00h if not supported
	AL = 01h if supported, but buffer is full
	AL = 02h if supported, but unknown bit set in CX
	AL = FFh if successfully stored in buffer
	current amiscmd.eld does not destroy any other registers
Notes:	This function is provided by an ELD (Extension for lDebug)
	  hooking into the debugger's AMIS handler.
--------G-2D--44-----------------------------
INT 2D - lDebug - RESERVED FOR ELD INTERFACING
	AH = AMIS multiplex number for lDebug
	AL = 44h..4Fh
Return:	AL = 00h if not supported
Notes:	These functions may be provided by future ELDs (Extensions
	  for lDebug) hooking into the debugger's AMIS handler.
--------U-2D--50-----------------------------
INT 2D - DTown Utilities v1.40+ - MEMORY VIEW SET ADDRESS
	AL = 50h
	CX:DX = new address for start of memory view utility's display
Note:	this function is only available if the extended API has been installed
	  in the resident portion
Return: AL = FFh if supported
SeeAlso: INT 2D/AL=10h"DTown",INT 2D/AL=20h,INT 2D/AL=21h,INT 2D/AL=51h
--------U-2D--51-----------------------------
INT 2D - DTown Utilities v1.40+ - MEMORY VIEW SET REFERENCE
	AL = 51h
	BL = reference ("bookmark") number
	CX:DX = new address for reference
Return: AL = status
	    00h invalid index
	    FFh reference set
Note:	this function is only available if the extended API has been installed
	  in the resident portion
Program: DTown Utilities is a shareware programmer's utility TSR by Jeroen van
	  Disseldorp
SeeAlso: INT 2D/AL=10h"DTown",INT 2D/AL=20h,INT 2D/AL=50h
--------b-2D--DC-----------------------------
INT 2D C - DAISY.SYS - BROADCAST: CHAIN RESCANNED
	AL = DCh
	AH = AMIS multiplex number for signature 'DAISYCHA' 'INDRIVER'
	DL = LPT Port Rescanned
Program: DAISY.SYS is a daisy chain manager for parallel port peripherals
	  conforming to the IEEE 1284.3 Committee's daisy chain specification.
Desc:	This Broadcast is sent whenever daisy chain IDs are reassigned to
	  warn parallel port device drivers that their daisy chain ID may
	  have been changed.
Note:	This function is a callout from DAISY.SYS, NOT a call into DAISY.SYS
SeeAlso: INT 17/AX=0200h"Enhanced Parallel Port",#00633,#02570
--------!---Section--------------------------
