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mars-nwe/include/nwfs/sysimp.h

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/****************************************************************************
|
| (C) Copyright 1985, 1991, 1993, 1996, 2003 Novell, Inc.
| All Rights Reserved.
|
| This program is free software; you can redistribute it and/or
| modify it under the terms of version 2 of the GNU General Public
| License as published by the Free Software Foundation.
|
| This program is distributed in the hope that it will be useful,
| but WITHOUT ANY WARRANTY; without even the implied warranty of
| MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
| GNU General Public License for more details.
|
| You should have received a copy of the GNU General Public License
| along with this program; if not, contact Novell, Inc.
|
| To contact Novell about this file by physical or electronic mail,
| you may find current contact information at www.novell.com
|
|***************************************************************************
|
| NetWare Advance File Services (NSS) module
|
|---------------------------------------------------------------------------
|
| $Author: blarsen $
| $Date: 2006-11-15 04:57:17 +0530 (Wed, 15 Nov 2006) $
|
| $RCSfile$
| $Revision: 1644 $
|
|---------------------------------------------------------------------------
| This module is used to:
| NSS Library source
|
| WARNING! WARNING! WARNING! WARNING! WARNING! WARNING! WARNING! WARNING!
|
| This header file should ONLY be used for NSS internal development.
| This includes Semantic Agents (SA) and Loadable Storage Services (LSS).
| Any other use may cause conflicts which NSS will NOT fix.
+-------------------------------------------------------------------------*/
#ifndef _SYSIMP_H_
#define _SYSIMP_H_
#ifndef _OMNI_H_
#include <omni.h>
#endif
#if !defined(__KERNEL__)
#ifndef __DDSAPI_H
#include <ddsapi.h>
#endif
#ifndef __DDSBASE_H
#include <ddsbase.h>
#endif
#endif
#if zNETWARE || (zLINUX && defined(__KERNEL__))
#ifndef _MPKTYPES_H_
#include <mpktypes.h>
#endif
#include <alert.h> /* NetWare Include*/
#endif
#ifdef __cplusplus
extern "C" {
#endif
#ifndef __linux__
/* Pre-declare the following structure(s) */
struct ReplyProceduresStructure;
struct RequestPacketStructure;
struct zUnixInfo_s;
#endif
/*-------------------------------------------------------------------------
* Routines that will initialize the system imports
*-------------------------------------------------------------------------*/
extern STATUS LB_InitializeSystemImports(void);
extern void LB_UninitializeSystemImports(void);
#ifndef __linux__
extern void LB_ImportOptionalUnixlibStuff(void);
extern void LB_UnimportOptionalUnixlibStuff(void);
#endif
extern STATUS LB_ImportNDSPublics(LONG handle);
extern void UnimportNSSPublics(void);
extern STATUS ImportNSSPublics(void);
extern BOOL NdsPublicsLoaded;
#ifndef __linux__
extern int (*NDSRenameEventFunc)();
extern int (*NDSDeleteEventFunc)();
extern LONG NDSEventHandlerHandle;
extern DDSAPI int(*DDSGetLocalAgentInfoPtr)(NINT *state, void *treeName);
extern DDSAPI int(*DDSGetLocalEntryNamePtr)(NINT entryid, int FormFlags, unicode_t *dn);
#endif
#if !defined(__KERNEL__)
extern DDSAPI int(*DDCCreateContextPtr)(SAL_ModHandle taskID, int *context);
extern DDSAPI int(*DDCDuplicateContextPtr)(int oldContext, int *newContext);
extern DDSAPI int(*DDCResolveNamePtr)(int context, uint32 flags, const void *dn);
extern DDSAPI int(*DDCGetEntryInfoPtr)(int context, uint32 infoflags, size_t bufsize, void *buffer);
extern DDSAPI void(*DDCFreeContextPtr)(int context);
extern DDSAPI int(*DDCSetContextFlagsPtr)(int context, uint32 setflags, uint32 clearflags);
extern DDSAPI int(*DDCSetContextEntryIDPtr)(int context, uint32 id);
//extern int int(*DDSGetLocalEntryIDPtr)(const unicode_t *name, LONG *id);
extern DDSAPI int(*DDCLoginPtr)(int context, const char *password);
extern DDSAPI int(*DDSLoginAsServerPtr)(int context);
extern DDSAPI int(*DDCCreateEntryPtr)(int context, const DDCString *rdn, unsigned valueCount, const DDCVALUE *values);
extern DDSAPI int(*DDCRemoveEntryPtr)(int context);
extern DDSAPI int(*DDCRemoveAttributePtr)(int context, const DDCString *attrName);
extern DDSAPI int(*DDCGenerateKeyPairPtr)(int context, const char *password);
extern DDSAPI int(*DDCLogoutPtr)(int context);
extern DDSAPI int(*DDCReadToBufferPtr)(int context, const DDCReadFilter *filter, uint32 infoType, size_t maxValueSize, size_t valuesSize, DDCVALUE *values, unsigned int *valueCount);
extern DDSAPI int(*DDCReadToCBPtr)(int context, const DDCReadFilter *filter, uint32 infoType, size_t maxValueSize, DDCReadCB rcb, void *clientData);
extern DDSAPI int(*DDCListToBufferPtr)(int context, const DDCListFilter *filter, uint32 infoFlags, size_t bufSize, void *buffer, unsigned int *entryeCount);
extern DDSAPI int(*DDCModifyEntryPtr)(int context, unsigned int count, const DDCVALUE *values);
extern DDSAPI int(*DDCModifyRDNPtr)(int context, const DDCString *newRDN, int deleteOld);
extern DDSAPI int(*DDCGetServerNamePtr)(int context, DDCString *serverName, size_t maxSize, size_t *actualSize, char *referral);
extern DDSAPI int(*DDCSetContextBaseDNPtr)(int context, const DDCString *dn, const unicode *delims);
extern DDSAPI int(*DDCAuthenticateConnectionPtr)(int context);
extern DDSAPI int(*DDCGetEffectivePrivilegesPtr)(int context, const DDCString *trusteeDN,
const DDCString *attrName, uint32 *privileges);
extern DDSAPI int(*DDCCheckConsoleOperatorPtr)(int context, const DDCString *dn);
extern DDSAPI int(*DDCNameToIDPtr)(int context, uint32 flags, const DDCString *dn);
extern DDSAPI int(*DDCConnectToReferralPtr)(int context, int flags, const char *referral);
#if zLINUX && !defined(__KERNEL__)
extern DDSAPI int (*DDCGetDefaultAddressPtr)(int *type, size_t maxSize, size_t *size, void *data);
extern DDSAPI int(*DDCConnectToAddressPtr)(int context, int flags, int type,
size_t size, const void *data);
#endif
extern DDSAPI uint32(*DDCContextEntryIDPtr)(int context);
extern DDSAPI int(*DDCPingPtr)(int context, uint32 *dsVersion, uint32 *rootMostEntryDepth, char *treeName, uint32 *flags, unicode *uTree);
#endif
#if zNETWARE || (zLINUX && defined(__KERNEL__))
extern STATUS (*zClosePtr)(
Key_t key);
extern STATUS (*zGetInfoPtr)(
Key_t key,
QUAD getInfoMask,
NINT sizeRetGetInfo,
NINT infoVersion,
void *retGetInfo);
extern STATUS (*zOpenPtr)(
Key_t key,
NINT taskID,
NINT nameSpace,
const void *path,
NINT requestedRights,
Key_t *retKey);
extern STATUS (*zReadPtr)(
Key_t key,
Xid_t xid,
QUAD startingOffset,
NINT bytesToRead,
void *retBuffer,
NINT *retBytesRead);
extern STATUS (*zRootKeyPtr)(
NINT connectionID,
Key_t *retRootKey);
extern STATUS (*zWritePtr)(
Key_t key,
Xid_t xid,
QUAD startingOffset,
NINT bytesToWrite,
const void *buffer,
NINT *retBytesWritten);
/*-------------------------------------------------------------------------
* Version defintions for NetWare
*-------------------------------------------------------------------------*/
#define GREENRIVER_MAJOR_VERSION 4
#define GREENRIVER_MINOR_VERSION 11
#define MOAB_MAJOR_VERSION 5
#define MOAB_MINOR_VERSION 0
/*---------------------------------------------------------------------------
* GreenRiver does NOT have a .H file defining the "LocaleTable" table,
* so this is a local copy.
*---------------------------------------------------------------------------*/
struct LocaleTableStruct
{
/*BYTE LocaleTableSgnature[12];*/ /* "LoCaLe Table" */
/* the address we get from the OS starts HERE*/
/* LCONFIG.SYS relative offset */
LONG OSLanguageID; /* 0 */
LONG OSDoubleBytePresentFlag; /* 4 */
LONG OSDoubleByteSpace; /* 8 */
LONG OSUpperCaseTableID; /* 12 */
/* WARNING - util.386 assumes OSUpperCaseTable is at offset 16 */
BYTE OSUpperCaseTable[256]; /* 16 */
LONG OSSortTableID; /* 272 */
BYTE OSSortTable[256]; /* 276 */
LONG OSLineDrawCharTableID; /* 532 */
BYTE OSLineDrawCharTable[8 * 6]; /* 536 */
LONG OSDoubleByteTableID; /* 584 */
BYTE OSFirstByteBitMap[256 / 8]; /* 588 */
/* DOS Flavor Tables */
LONG DOSType; /* 620 */
BYTE DOSValidCharBitMap[256/8]; /* 624 */
BYTE DOSValidCharBitMapNoLower[256/8];/* 656 */
BYTE DOSFirstByteBitMap[256/8]; /* 688 */
BYTE DOSSecondByteBitMap[256/8]; /* 720 */
/* WARNING - util.386 assumes DOSUpperCaseTable is at offset 752 */
BYTE DOSUpperCaseTable[256]; /* 752 */
BYTE DOSToMAC[256]; /* 1008 */
BYTE MACToDOS[256]; /* 1264 */
};
/*-------------------------------------------------------------------------
* MOAB specific definitions
*-------------------------------------------------------------------------*/
#ifdef _NWMOAB_
# define ResourceTagDef ResourceTagStructure /* old GreenRiver name to correct name */
extern struct LocaleTableStruct *LocaleTable;
#endif
/*-------------------------------------------------------------------------
* General definitions
*-------------------------------------------------------------------------*/
extern struct ResourceTagStructure *NW_OSGeneralWorkAllocTag;
extern LONG *NW_NumberOfVolumes;
extern struct LocaleTableStruct *NW_LocaleTable;
extern struct ConnectionStructure *((**NW_connectionTable)[]);
extern LONG *NW_numberOfConnectionSlots;
extern void (*(*NW_SwitchVector)[256])();
extern struct LoadDefinitionStructure **NW_OSHandle;
extern NetWareAlertStructure *NW_StationAttemptedToUseBadPacket;
extern NetWareAlertStructure *NW_StationUsedBadPacket;
extern NetWareAlertStructure *NW_NCPHasBadSubFunctionLength;
extern NetWareAlertStructure *NW_NCPUsedBadSubFunctionLength;
extern LONG *NW_NCPBoundCheckFlag;
extern LONG *NW_NCPBoundCheckFailed;
extern LONG *NW_NCPBoundWarningFlag;
extern LONG *NW_NCPCompCheckFailed;
extern LONG *NW_NCPCompCheckFlag;
extern LONG *NW_NCPCompWarningFlag;
extern LONG *NW_MLIDMaximumPacketSize;
extern LONG *NW_MaximumNumberOfServerProcesses;
extern LONG *NW_MinimumNumberOfServerProcesses;
extern void *NW_PBInternalDelaySendPacketWithSignatures;
extern void *NW_PBInternalSendPacketWithSignatures;
extern void **NW_WriteActiveList;
extern void **NW_WriteControlAvailList;
extern void *NW_SkipReceiveBufferReturn;
extern BYTE *NW_NestedInterruptCount;
extern BYTE *NW_DebuggerActive;
#ifndef __linux__
extern THREAD (*kStartThreadWithModuleHandlePtr)(
BYTE *pThreadName,
void *(*StartAddress)(THREAD, void *),
void *StackAddressHigh,
LONG StackSize,
void *Argument,
uint32 ModuleHandle);
/*---------------------------------------------------------------------------
* Routines in the OS that we have set local pointers to
*---------------------------------------------------------------------------*/
extern LONG (*NW_CDisAssemble)(
struct ScreenStruct *screenID,
BYTE **instruction,
BYTE *unassembleBuffer,
struct StackFrame *stackFrame);
extern LONG (*UNIXLIB_MapDOSToNFSforNewNSSFilePtr)(
LONG connectionNum,
LONG volumeNum,
LONG DirectoryNum,
BOOL isSubdirectory,
LONG fileOwnerID,
LONG acsOpt,
struct zUnixInfo_s *unixMetaData,
BYTE **variableSizeData);
extern BOOL UNIXLIB_isLoaded;
extern BOOL UNIXLIB_isUnloading;
extern NINT UNIXLIB_useCount;
/*---------------------------------------------------------------------------
* Handle certain NCP Errors
*---------------------------------------------------------------------------*/
extern void (*NW_ErrCase)(
struct RequestPacketStructure *Request,
struct ReplyProceduresStructure *RP);
/*===========================================================================
*===========================================================================
* Emulation routines that are in PSS that emulate functionality
* that is in some versions of NETWARE but not ALL.
*===========================================================================
*===========================================================================*/
/*---------------------------------------------------------------------------
* This emulates the "BranchTable" code that is in the C Code base version
* of NetWare.
*---------------------------------------------------------------------------*/
struct NW_BranchTableEntry /* from NSIMMU.H */
{
BYTE OpCode; /* Must be the first field*/
LONG Target; /* Must immediately follow OpCode*/
};
extern void NW_WriteBranchTableEntry( /* from NSIMMU.C */
NINT instruction,
struct NW_BranchTableEntry *entry,
void *branchRoutine);
#define CALL_INST 0xE8
#define JMP_INST 0xE9
#define I386_OFFSET_TO_ABSOLUTE(_jmpAddr,_startAddr) \
((ADDR)(((struct NW_BranchTableEntry *)(_jmpAddr))->Target + ((LONG)(_startAddr) + 5)))
/*---------------------------------------------------------------------------
* NCP Error reporting routines.
*---------------------------------------------------------------------------*/
extern LONG NW_NCPLengthError(
struct RequestPacketStructure *ncppacket,
struct ReplyProceduresStructure *RP,
LONG subfunc);
extern LONG NW_NCPFuncBoundaryError(
struct RequestPacketStructure *ncppacket,
struct ReplyProceduresStructure *RP,
LONG subfunc);
extern LONG NW_NCPSubFuncLengthError(
struct RequestPacketStructure *ncppacket,
struct ReplyProceduresStructure *RP,
LONG subfunc);
#endif
#endif
/*---------------------------------------------------------------------------
* Inline assembly pragma from C Code base that is not in GreeRiver.
*
* Call assembly routine with one parameter in ESI
*---------------------------------------------------------------------------*/
#if zNETWARE
LONG NW_CallAsm1(void *RoutineAddress, void *parm1);
#pragma aux NW_CallAsm1 = \
"push ebp", \
"push esi", \
"call eax", \
"add esp, 4", \
"pop ebp", \
parm [EAX] [ESI] \
modify exact [EAX EBX ECX EDX ESI EDI];
#endif
/*-------------------------------------------------------------------------
* NW_CallAsm2a has two parameters ESI and second parameter in eax
* NW_CallAsm2b has two parameters ESI and second parameter in ebx,
* NW_CallAsm2d has two parameters ESI and second parameter in edx,
*-------------------------------------------------------------------------*/
#if zNETWARE
LONG NW_CallAsm2a(void *RoutineAddress, void *parm1, LONG parm2);
#pragma aux NW_CallAsm2a = \
"push ebp", \
"push eax", \
"push esi", \
"call ecx", \
"add esp, 8", \
"pop ebp", \
parm [ECX] [ESI] [EAX] \
modify exact [EAX EBX ECX EDX ESI EDI];
#endif
#if zNETWARE
LONG NW_CallAsm2b(void *RoutineAddress, void *parm1, LONG parm2);
#pragma aux NW_CallAsm2b = \
"push ebp", \
"push ebx", \
"push esi", \
"call eax", \
"add esp, 8", \
"pop ebp", \
parm [EAX] [ESI] [EBX] \
modify exact [EAX EBX ECX EDX ESI EDI];
#endif
#if zNETWARE
LONG NW_CallAsm2d(void *RoutineAddress, void *parm1, void *parm2);
#pragma aux NW_CallAsm2d = \
"push ebp", \
"push edx", \
"push esi", \
"call eax", \
"add esp, 8", \
"pop ebp", \
parm [EAX] [ESI] [EDX] \
modify exact [EAX EBX ECX EDX ESI EDI];
#endif
/*-------------------------------------------------------------------------
*
*-------------------------------------------------------------------------*/
#if zNETWARE
LONG NW_CallAsm3(void *RoutineAddress, void *parm1, LONG parm2, LONG parm3);
#pragma aux NW_CallAsm3 = \
"push ebp", \
"push ebx", \
"push eax", \
"push esi", \
"call ecx", \
"add esp, 12", \
"pop ebp", \
parm [ECX] [ESI] [EAX] [EBX] \
modify exact [EAX EBX ECX EDX ESI EDI];
#endif
#ifdef __cplusplus
}
#endif
#endif
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