/*
 	File:		AppleTalk.h
 
 	Contains:	AppleTalk Interfaces.
 
 	Version:	Technology:	System 7.5
 				Release:	QuickTime 3.0
 
 	Copyright:	© 1985-1998 by Apple Computer, Inc., all rights reserved
 
 	Bugs?:		Please include the the file and version information (from above) with
 				the problem description.  Developers belonging to one of the Apple
 				developer programs can submit bug reports to:
 
 					devsupport@apple.com
 
*/
#ifndef __APPLETALK__
#define __APPLETALK__

#ifndef __MACTYPES__
#include <MacTypes.h>
#endif
#ifndef __OSUTILS__
#include <OSUtils.h>
#endif



#if PRAGMA_ONCE
#pragma once
#endif

#ifdef __cplusplus
extern "C" {
#endif

#if PRAGMA_IMPORT
#pragma import on
#endif

#if PRAGMA_STRUCT_ALIGN
	#pragma options align=mac68k
#elif PRAGMA_STRUCT_PACKPUSH
	#pragma pack(push, 2)
#elif PRAGMA_STRUCT_PACK
	#pragma pack(2)
#endif


enum {
																/* Driver unit numbers (ADSP is dynamic) */
	mppUnitNum					= 9,							/* MPP unit number */
	atpUnitNum					= 10,							/* ATP unit number */
	xppUnitNum					= 40							/* XPP unit number */
};


enum {
																/* Driver refNums (ADSP is dynamic) */
	mppRefNum					= -10,							/* MPP reference number */
	atpRefNum					= -11,							/* ATP reference number */
	xppRefNum					= -41							/* XPP reference number */
};


enum {
																/* .MPP csCodes */
	lookupReply					= 242,							/* This command queued to ourself */
	writeLAP					= 243,							/* Write out LAP packet */
	detachPH					= 244,							/* Detach LAP protocol handler */
	attachPH					= 245,							/* Attach LAP protocol handler */
	writeDDP					= 246,							/* Write out DDP packet */
	closeSkt					= 247,							/* Close DDP socket */
	openSkt						= 248,							/* Open DDP socket */
	loadNBP						= 249,							/* Load NBP command-executing code */
	lastResident				= 249,							/* Last resident command */
	confirmName					= 250,							/* Confirm name */
	lookupName					= 251,							/* Look up name on internet */
	removeName					= 252,							/* Remove name from Names Table */
	registerName				= 253,							/* Register name in Names Table */
	killNBP						= 254,							/* Kill outstanding NBP request */
	unloadNBP					= 255,							/* Unload NBP command code */
	setSelfSend					= 256,							/* MPP: Set to allow writes to self */
	SetMyZone					= 257,							/* Set my zone name */
	GetATalkInfo				= 258,							/* get AppleTalk information */
	ATalkClosePrep				= 259							/* AppleTalk close query */
};


enum {
																/* .ATP csCodes */
	nSendRequest				= 248,							/* NSendRequest code */
	relRspCB					= 249,							/* Release RspCB */
	closeATPSkt					= 250,							/* Close ATP socket */
	addResponse					= 251,							/* Add response code | Require open skt */
	sendResponse				= 252,							/* Send response code */
	getRequest					= 253,							/* Get request code */
	openATPSkt					= 254,							/* Open ATP socket */
	sendRequest					= 255,							/* Send request code */
	relTCB						= 256,							/* Release TCB */
	killGetReq					= 257,							/* Kill GetRequest */
	killSendReq					= 258,							/* Kill SendRequest */
	killAllGetReq				= 259							/* Kill all getRequests for a skt */
};


enum {
																/* .XPP csCodes */
	openSess					= 255,							/* Open session */
	closeSess					= 254,							/* Close session */
	userCommand					= 253,							/* User command */
	userWrite					= 252,							/* User write */
	getStatus					= 251,							/* Get status */
	afpCall						= 250,							/* AFP command (buffer has command code) */
	getParms					= 249,							/* Get parameters */
	abortOS						= 248,							/* Abort open session request */
	closeAll					= 247,							/* Close all open sessions */
	xCall						= 246							/* .XPP extended calls */
};


enum {
																/* Transition Queue transition types */
	ATTransOpen					= 0,							/*AppleTalk has opened*/
	ATTransClose				= 2,							/*AppleTalk is about to close*/
	ATTransClosePrep			= 3,							/*Is it OK to close AppleTalk ?*/
	ATTransCancelClose			= 4								/*Cancel the ClosePrep transition*/
};


enum {
	afpByteRangeLock			= 1,							/*AFPCall command codes*/
	afpVolClose					= 2,							/*AFPCall command codes*/
	afpDirClose					= 3,							/*AFPCall command codes*/
	afpForkClose				= 4,							/*AFPCall command codes*/
	afpCopyFile					= 5,							/*AFPCall command codes*/
	afpDirCreate				= 6,							/*AFPCall command codes*/
	afpFileCreate				= 7,							/*AFPCall command codes*/
	afpDelete					= 8,							/*AFPCall command codes*/
	afpEnumerate				= 9,							/*AFPCall command codes*/
	afpFlush					= 10,							/*AFPCall command codes*/
	afpForkFlush				= 11,							/*AFPCall command codes*/
	afpGetDirParms				= 12,							/*AFPCall command codes*/
	afpGetFileParms				= 13,							/*AFPCall command codes*/
	afpGetForkParms				= 14,							/*AFPCall command codes*/
	afpGetSInfo					= 15,							/*AFPCall command codes*/
	afpGetSParms				= 16,							/*AFPCall command codes*/
	afpGetVolParms				= 17,							/*AFPCall command codes*/
	afpLogin					= 18,							/*AFPCall command codes*/
	afpContLogin				= 19,							/*AFPCall command codes*/
	afpLogout					= 20,							/*AFPCall command codes*/
	afpMapID					= 21,							/*AFPCall command codes*/
	afpMapName					= 22,							/*AFPCall command codes*/
	afpMove						= 23,							/*AFPCall command codes*/
	afpOpenVol					= 24,							/*AFPCall command codes*/
	afpOpenDir					= 25,							/*AFPCall command codes*/
	afpOpenFork					= 26,							/*AFPCall command codes*/
	afpRead						= 27,							/*AFPCall command codes*/
	afpRename					= 28,							/*AFPCall command codes*/
	afpSetDirParms				= 29,							/*AFPCall command codes*/
	afpSetFileParms				= 30,							/*AFPCall command codes*/
	afpSetForkParms				= 31,							/*AFPCall command codes*/
	afpSetVolParms				= 32,							/*AFPCall command codes*/
	afpWrite					= 33,							/*AFPCall command codes*/
	afpGetFlDrParms				= 34,							/*AFPCall command codes*/
	afpSetFlDrParms				= 35,							/*AFPCall command codes*/
	afpDTOpen					= 48,							/*AFPCall command codes*/
	afpDTClose					= 49,							/*AFPCall command codes*/
	afpGetIcon					= 51,							/*AFPCall command codes*/
	afpGtIcnInfo				= 52,							/*AFPCall command codes*/
	afpAddAPPL					= 53,							/*AFPCall command codes*/
	afpRmvAPPL					= 54,							/*AFPCall command codes*/
	afpGetAPPL					= 55,							/*AFPCall command codes*/
	afpAddCmt					= 56,							/*AFPCall command codes*/
	afpRmvCmt					= 57,							/*AFPCall command codes*/
	afpGetCmt					= 58,							/*AFPCall command codes*/
	afpAddIcon					= 192							/*Special code for ASP Write commands*/
};


enum {
	xppLoadedBit				= 5,							/* XPP bit in PortBUse */
	scbMemSize					= 192,							/* Size of memory for SCB */
	xppFlagClr					= 0								/* Cs for AFPCommandBlock */
};


enum {
	xppFlagSet					= 128							/* StartEndFlag & NewLineFlag fields. */
};


enum {
	lapSize						= 20,
	ddpSize						= 26,
	nbpSize						= 26,
	atpSize						= 56
};


enum {
	atpXOvalue					= 32,							/*ATP exactly-once bit */
	atpEOMvalue					= 16,							/*ATP End-Of-Message bit */
	atpSTSvalue					= 8,							/*ATP Send-Transmission-Status bit */
	atpTIDValidvalue			= 2,							/*ATP trans. ID valid bit */
	atpSendChkvalue				= 1								/*ATP send checksum bit */
};


enum {
	zipGetLocalZones			= 5,
	zipGetZoneList				= 6,
	zipGetMyZone				= 7
};


enum {
	LAPMgrPtr					= 0x0B18						/*Entry point for LAP Manager*/
};


enum {
	LAPMgrCall					= 2,							/*Offset to LAP routines*/
	LAddAEQ						= 23,							/*LAPAddATQ routine selector*/
	LRmvAEQ						= 24							/*LAPRmvATQ routine selector*/
};

#define MPPioCompletion MPP.ioCompletion
#define MPPioResult MPP.ioResult
#define MPPioRefNum MPP.ioRefNum
#define MPPcsCode MPP.csCode
#define LAPprotType LAP.protType
#define LAPwdsPointer LAP.u.wdsPointer
#define LAPhandler LAP.u.handler
#define DDPsocket DDP.socket
#define DDPchecksumFlag DDP.checksumFlag
#define DDPwdsPointer DDP.u.wdsPointer
#define DDPlistener DDP.u.listener
#define NBPinterval NBP.interval
#define NBPcount NBP.count
#define NBPntQElPtr NBP.nbpPtrs.ntQElPtr
#define NBPentityPtr NBP.nbpPtrs.entityPtr
#define NBPverifyFlag NBP.parm.verifyFlag
#define NBPretBuffPtr NBP.parm.Lookup.retBuffPtr
#define NBPretBuffSize NBP.parm.Lookup.retBuffSize
#define NBPmaxToGet NBP.parm.Lookup.maxToGet
#define NBPnumGotten NBP.parm.Lookup.numGotten
#define NBPconfirmAddr NBP.parm.Confirm.confirmAddr
#define NBPnKillQEl NBPKILL.nKillQEl
#define NBPnewSocket NBP.parm.Confirm.newSocket
#define ATPioCompletion ATP.ioCompletion
#define ATPioResult ATP.ioResult
#define ATPuserData ATP.userData
#define ATPreqTID ATP.reqTID
#define ATPioRefNum ATP.ioRefNum
#define ATPcsCode ATP.csCode
#define ATPatpSocket ATP.atpSocket
#define ATPatpFlags ATP.atpFlags
#define ATPaddrBlock ATP.addrBlock
#define ATPreqLength ATP.reqLength
#define ATPreqPointer ATP.reqPointer
#define ATPbdsPointer ATP.bdsPointer
#define ATPtimeOutVal SREQ.timeOutVal
#define ATPnumOfResps SREQ.numOfResps
#define ATPretryCount SREQ.retryCount
#define ATPnumOfBuffs OTH1.u.numOfBuffs
#define ATPbitMap OTH1.u.bitMap
#define ATPrspNum OTH1.u.rspNum
#define ATPbdsSize OTH2.bdsSize
#define ATPtransID OTH2.transID
#define ATPaKillQEl KILL.aKillQEl

enum {
	tLAPRead					= 0,
	tLAPWrite					= 1,
	tDDPRead					= 2,
	tDDPWrite					= 3,
	tNBPLookup					= 4,
	tNBPConfirm					= 5,
	tNBPRegister				= 6,
	tATPSndRequest				= 7,
	tATPGetRequest				= 8,
	tATPSdRsp					= 9,
	tATPAddRsp					= 10,
	tATPRequest					= 11,
	tATPResponse				= 12
};

typedef SInt8 							ABCallType;

enum {
	lapProto					= 0,
	ddpProto					= 1,
	nbpProto					= 2,
	atpProto					= 3
};

typedef UInt8 							ABProtoType;
typedef Byte 							ABByte;

struct LAPAdrBlock {
	UInt8 							dstNodeID;
	UInt8 							srcNodeID;
	ABByte 							lapProtType;
	UInt8 							filler;						/*	Filler for proper byte alignment*/
};
typedef struct LAPAdrBlock				LAPAdrBlock;
typedef struct ATQEntry 				ATQEntry;

typedef ATQEntry *						ATQEntryPtr;
typedef CALLBACK_API_C( long , ATalkTransitionEventProcPtr )(long eventCode, ATQEntryPtr qElem, void *eventParameter);
typedef STACK_UPP_TYPE(ATalkTransitionEventProcPtr) 			ATalkTransitionEventUPP;
typedef ATalkTransitionEventUPP 		ATalkTransitionEvent;

struct ATQEntry {
	struct ATQEntry *				qLink;						/*next queue entry*/
	short 							qType;						/*queue type*/
	ATalkTransitionEventUPP 		CallAddr;					/*your routine descriptor*/
};

/* 
	Real definition of EntityName is 3 PACKED strings of any length (32 is just an example). No
	offests for Asm since each String address must be calculated by adding length byte to last string ptr.
	In Pascal, String(32) will be 34 bytes long since fields never start on an odd byte unless they are 
	only a byte long. So this will generate correct looking interfaces for Pascal and C, but they will not
	be the same, which is OK since they are not used. 
*/

struct EntityName {
	Str32Field 						objStr;
	Str32Field 						typeStr;
	Str32Field 						zoneStr;
};
typedef struct EntityName				EntityName;

typedef EntityName *					EntityPtr;

struct AddrBlock {
	UInt16 							aNet;
	UInt8 							aNode;
	UInt8 							aSocket;
};
typedef struct AddrBlock				AddrBlock;

struct RetransType {
	UInt8 							retransInterval;
	UInt8 							retransCount;
};
typedef struct RetransType				RetransType;

struct BDSElement {
	short 							buffSize;
	void *							buffPtr;
	short 							dataSize;
	long 							userBytes;
};
typedef struct BDSElement				BDSElement;

typedef BDSElement 						BDSType[8];
typedef BDSElement *					BDSPtr;
typedef char 							BitMapType;

struct ATLAPRec {
	ABCallType 						abOpcode;
	SInt8 							filler;						/*	Filler for proper byte alignment*/
	short 							abResult;
	long 							abUserReference;
	LAPAdrBlock 					lapAddress;
	short 							lapReqCount;
	short 							lapActCount;
	void *							lapDataPtr;
};
typedef struct ATLAPRec					ATLAPRec;
typedef ATLAPRec *						ATLAPRecPtr;
typedef ATLAPRecPtr *					ATLAPRecHandle;

struct ATDDPRec {
	ABCallType 						abOpcode;
	SInt8 							filler;						/*	Filler for proper byte alignment*/
	short 							abResult;
	long 							abUserReference;
	short 							ddpType;
	short 							ddpSocket;
	AddrBlock 						ddpAddress;
	short 							ddpReqCount;
	short 							ddpActCount;
	void *							ddpDataPtr;
	short 							ddpNodeID;
};
typedef struct ATDDPRec					ATDDPRec;
typedef ATDDPRec *						ATDDPRecPtr;
typedef ATDDPRecPtr *					ATDDPRecHandle;

struct ATNBPRec {
	ABCallType 						abOpcode;
	SInt8 							filler;						/*	Filler for proper byte alignment*/
	short 							abResult;
	long 							abUserReference;
	EntityPtr 						nbpEntityPtr;
	void *							nbpBufPtr;
	short 							nbpBufSize;
	short 							nbpDataField;
	AddrBlock 						nbpAddress;
	RetransType 					nbpRetransmitInfo;
};
typedef struct ATNBPRec					ATNBPRec;
typedef ATNBPRec *						ATNBPRecPtr;
typedef ATNBPRecPtr *					ATNBPRecHandle;

struct ATATPRec {
	ABCallType 						abOpcode;
	SInt8 							filler1;					/*	Filler for proper byte alignment*/
	short 							abResult;
	long 							abUserReference;
	short 							atpSocket;
	AddrBlock 						atpAddress;
	short 							atpReqCount;
	void *							atpDataPtr;
	BDSPtr 							atpRspBDSPtr;
	BitMapType 						atpBitMap;
	SInt8 							filler2;					/*	Filler for proper byte alignment*/
	short 							atpTransID;
	short 							atpActCount;
	long 							atpUserData;
	Boolean 						atpXO;
	Boolean 						atpEOM;
	short 							atpTimeOut;
	short 							atpRetries;
	short 							atpNumBufs;
	short 							atpNumRsp;
	short 							atpBDSSize;
	long 							atpRspUData;
	void *							atpRspBuf;
	short 							atpRspSize;
};
typedef struct ATATPRec					ATATPRec;
typedef ATATPRec *						ATATPRecPtr;
typedef ATATPRecPtr *					ATATPRecHandle;

struct AFPCommandBlock {
	UInt8 							cmdByte;
	UInt8 							startEndFlag;
	short 							forkRefNum;
	long 							rwOffset;
	long 							reqCount;
	UInt8 							newLineFlag;
	char 							newLineChar;
};
typedef struct AFPCommandBlock			AFPCommandBlock;
typedef union MPPParamBlock 			MPPParamBlock;
typedef union ATPParamBlock 			ATPParamBlock;
typedef union XPPParamBlock 			XPPParamBlock;

typedef MPPParamBlock *					MPPPBPtr;
typedef ATPParamBlock *					ATPPBPtr;
typedef XPPParamBlock *					XPPParmBlkPtr;
typedef CALLBACK_API( void , MPPCompletionProcPtr )(MPPPBPtr thePBptr);
/*
	WARNING: MPPCompletionProcPtr uses register based parameters under classic 68k
			 and cannot be written in a high-level language without 
			 the help of mixed mode or assembly glue.
*/
typedef CALLBACK_API( void , ATPCompletionProcPtr )(ATPPBPtr thePBptr);
/*
	WARNING: ATPCompletionProcPtr uses register based parameters under classic 68k
			 and cannot be written in a high-level language without 
			 the help of mixed mode or assembly glue.
*/
typedef CALLBACK_API( void , XPPCompletionProcPtr )(XPPParmBlkPtr thePBptr);
/*
	WARNING: XPPCompletionProcPtr uses register based parameters under classic 68k
			 and cannot be written in a high-level language without 
			 the help of mixed mode or assembly glue.
*/
typedef CALLBACK_API( void , AttnRoutineProcPtr )(short sessRefnum, short attnBytes);
/*
	WARNING: AttnRoutineProcPtr uses register based parameters under classic 68k
			 and cannot be written in a high-level language without 
			 the help of mixed mode or assembly glue.
*/
typedef REGISTER_UPP_TYPE(MPPCompletionProcPtr) 				MPPCompletionUPP;
typedef REGISTER_UPP_TYPE(ATPCompletionProcPtr) 				ATPCompletionUPP;
typedef REGISTER_UPP_TYPE(XPPCompletionProcPtr) 				XPPCompletionUPP;
typedef REGISTER_UPP_TYPE(AttnRoutineProcPtr) 					AttnRoutineUPP;


struct WDSElement {
	short 							entryLength;
	Ptr 							entryPtr;
};
typedef struct WDSElement				WDSElement;

struct NTElement {
	AddrBlock 						nteAddress;					/*network address of entity*/
	SInt8 							filler;
	SInt8 							entityData[99];				/*Object, Type & Zone*/
};
typedef struct NTElement				NTElement;

struct NamesTableEntry {
	Ptr 							qNext;						/*ptr to next NTE*/
	NTElement 						nt;
};
typedef struct NamesTableEntry			NamesTableEntry;
typedef CALLBACK_API( Boolean , MPPProtocolHandlerProcPtr )(Ptr SCCAddr1, Ptr SCCAddr2, Ptr MPPLocalVars, Ptr nextFreeByteInRHA, Ptr ReadPacketAndReadRestPtr, short numBytesLeftToReadInPacket);
/*
	WARNING: MPPProtocolHandlerProcPtr uses register based parameters under classic 68k
			 and cannot be written in a high-level language without 
			 the help of mixed mode or assembly glue.
*/
typedef CALLBACK_API( Boolean , DDPSocketListenerProcPtr )(Ptr SCCAddr1, Ptr SCCAddr2, Ptr MPPLocalVars, Ptr nextFreeByteInRHA, Ptr ReadPacketAndReadRestPtr, UInt8 packetDestinationNumber, short numBytesLeftToReadInPacket);
/*
	WARNING: DDPSocketListenerProcPtr uses register based parameters under classic 68k
			 and cannot be written in a high-level language without 
			 the help of mixed mode or assembly glue.
*/
typedef REGISTER_UPP_TYPE(MPPProtocolHandlerProcPtr) 			MPPProtocolHandlerUPP;
typedef REGISTER_UPP_TYPE(DDPSocketListenerProcPtr) 			DDPSocketListenerUPP;
/*
	MPPProtocolHandlerProcs and  DDPSocketListenerProcs cannot be written 
	in or called from a high-level language without the help of mixed mode 
	or assembly glue because they use the following parameter-passing conventions:

	typedef Boolean (*MPPProtocolHandlerProcPtr)(Ptr SCCAddr1, Ptr SCCAddr2, 
			Ptr MPPLocalVars, Ptr nextFreeByteInRHA, Ptr ReadPacketAndReadRestPtr, 
			short numBytesLeftToReadInPacket);

		In:
			=>	SCCAddr1					A0.L
			=>	SCCAddr2					A1.L
			=>	MPPLocalVars				A2.L
			=>	nextFreeByteInRHA			A3.L
			=>	ReadPacketAndReadRestPtr	A4.L
			=>	numBytesLeftToReadInPacket	D1.W
		Out:
			<=	Boolean						Z bit of CCR

	typedef Boolean (*DDPSocketListenerProcPtr)(Ptr SCCAddr1, Ptr SCCAddr2, 
			Ptr MPPLocalVars, Ptr nextFreeByteInRHA, Ptr ReadPacketAndReadRestPtr, 
			UInt8 packetDestinationNumber, short numBytesLeftToReadInPacket);

		In:
			=>	SCCAddr1					A0.L
			=>	SCCAddr2					A1.L
			=>	MPPLocalVars				A2.L
			=>	nextFreeByteInRHA			A3.L
			=>	ReadPacketAndReadRestPtr	A4.L
			=>	packetDestinationNumber		D0.B
			=>	numBytesLeftToReadInPacket	D1.W
		Out:
			<=	Boolean						Z bit of CCR

*/

struct MPPparms {
	QElem *							qLink;						/*next queue entry*/
	short 							qType;						/*queue type*/
	short 							ioTrap;						/*routine trap*/
	Ptr 							ioCmdAddr;					/*routine address*/
	ATPCompletionUPP 				ioCompletion;				/*ATPCompletionUPP or MPPCompletionUPP*/
	OSErr 							ioResult;					/*result code*/
	long 							userData;					/*Command result (ATP user bytes)*/
	short 							reqTID;						/*request transaction ID*/
	short 							ioRefNum;					/*driver reference number*/
	short 							csCode;						/*Call command code*/
};
typedef struct MPPparms					MPPparms;

struct LAPparms {
	QElem *							qLink;						/*next queue entry*/
	short 							qType;						/*queue type*/
	short 							ioTrap;						/*routine trap*/
	Ptr 							ioCmdAddr;					/*routine address*/
	ATPCompletionUPP 				ioCompletion;				/*ATPCompletionUPP or MPPCompletionUPP*/
	OSErr 							ioResult;					/*result code*/
	long 							userData;					/*Command result (ATP user bytes)*/
	short 							reqTID;						/*request transaction ID*/
	short 							ioRefNum;					/*driver reference number*/
	short 							csCode;						/*Call command code*/
	UInt8 							protType;					/*ALAP protocol Type */
	UInt8 							filler;
	union {
		void *							wdsPointer;				/*-> write data structure*/
		MPPProtocolHandlerUPP 			handler;				/*-> protocol handler routine*/
	} 								u;
};
typedef struct LAPparms					LAPparms;

struct DDPparms {
	QElem *							qLink;						/*next queue entry*/
	short 							qType;						/*queue type*/
	short 							ioTrap;						/*routine trap*/
	Ptr 							ioCmdAddr;					/*routine address*/
	ATPCompletionUPP 				ioCompletion;				/*ATPCompletionUPP or MPPCompletionUPP*/
	OSErr 							ioResult;					/*result code*/
	long 							userData;					/*Command result (ATP user bytes)*/
	short 							reqTID;						/*request transaction ID*/
	short 							ioRefNum;					/*driver reference number*/
	short 							csCode;						/*Call command code*/
	UInt8 							socket;						/*socket number */
	UInt8 							checksumFlag;				/*check sum flag */
	union {
		void *							wdsPointer;				/*-> write data structure*/
		DDPSocketListenerUPP 			listener;				/*->write data structure or -> Listener*/
	} 								u;
};
typedef struct DDPparms					DDPparms;

union NBPPtrs {
	Ptr 							ntQElPtr;
	Ptr 							entityPtr;
};
typedef union NBPPtrs					NBPPtrs;

union LookupConfirmParams {
	UInt8 							verifyFlag;
	struct {
		void *							retBuffPtr;
		short 							retBuffSize;
		short 							maxToGet;
		short 							numGotten;
	} 								Lookup;
	struct {
		AddrBlock 						confirmAddr;
		UInt8 							newSocket;
		SInt8 							filler;					/*	Filler for proper byte alignment*/
	} 								Confirm;
};
typedef union LookupConfirmParams		LookupConfirmParams;

struct NBPparms {
	QElem *							qLink;						/*next queue entry*/
	short 							qType;						/*queue type*/
	short 							ioTrap;						/*routine trap*/
	Ptr 							ioCmdAddr;					/*routine address*/
	ATPCompletionUPP 				ioCompletion;				/*ATPCompletionUPP or MPPCompletionUPP*/
	OSErr 							ioResult;					/*result code*/
	long 							userData;					/*Command result (ATP user bytes)*/
	short 							reqTID;						/*request transaction ID*/
	short 							ioRefNum;					/*driver reference number*/
	short 							csCode;						/*Call command code*/
	UInt8 							interval;					/*retry interval */
	UInt8 							count;						/*retry count */
	NBPPtrs 						nbpPtrs;
	LookupConfirmParams 			parm;
};
typedef struct NBPparms					NBPparms;

struct SetSelfparms {
	QElem *							qLink;						/*next queue entry*/
	short 							qType;						/*queue type*/
	short 							ioTrap;						/*routine trap*/
	Ptr 							ioCmdAddr;					/*routine address*/
	ATPCompletionUPP 				ioCompletion;				/*ATPCompletionUPP or MPPCompletionUPP*/
	OSErr 							ioResult;					/*result code*/
	long 							userData;					/*Command result (ATP user bytes)*/
	short 							reqTID;						/*request transaction ID*/
	short 							ioRefNum;					/*driver reference number*/
	short 							csCode;						/*Call command code*/
	UInt8 							newSelfFlag;				/*self-send toggle flag */
	UInt8 							oldSelfFlag;				/*previous self-send state */
};
typedef struct SetSelfparms				SetSelfparms;

struct NBPKillparms {
	QElem *							qLink;						/*next queue entry*/
	short 							qType;						/*queue type*/
	short 							ioTrap;						/*routine trap*/
	Ptr 							ioCmdAddr;					/*routine address*/
	ATPCompletionUPP 				ioCompletion;				/*ATPCompletionUPP or MPPCompletionUPP*/
	OSErr 							ioResult;					/*result code*/
	long 							userData;					/*Command result (ATP user bytes)*/
	short 							reqTID;						/*request transaction ID*/
	short 							ioRefNum;					/*driver reference number*/
	short 							csCode;						/*Call command code*/
	void *							nKillQEl;					/*ptr to i/o queue element to cancel */
};
typedef struct NBPKillparms				NBPKillparms;


struct GetAppleTalkInfoParm {
	QElem *							qLink;						/*next queue entry*/
	short 							qType;						/*queue type*/
	short 							ioTrap;						/*routine trap*/
	Ptr 							ioCmdAddr;					/*routine address*/
	ATPCompletionUPP 				ioCompletion;				/*ATPCompletionUPP or MPPCompletionUPP*/
	OSErr 							ioResult;					/*result code*/
	long 							userData;					/*Command result (ATP user bytes)*/
	short 							reqTID;						/*request transaction ID*/
	short 							ioRefNum;					/*driver reference number*/
	short 							csCode;						/*Call command code*/
																/*max. concurrent NBP requests*/
	short 							version;					/*requested info version*/
	void *							varsPtr;					/*pointer to well known MPP vars*/
	void *							DCEPtr;						/*pointer to MPP DCE*/
	short 							portID;						/*port number [0..7]*/
	long 							configuration;				/*32-bit configuration word*/
	short 							selfSend;					/*non zero if SelfSend enabled*/
	short 							netLo;						/*low value of network range*/
	short 							netHi;						/*high value of network range*/
	long 							ourAdd;						/*our 24-bit AppleTalk address*/
	long 							routerAddr;					/*24-bit address of (last) router*/
	short 							numOfPHs;					/*max. number of protocol handlers*/
	short 							numOfSkts;					/*max. number of static sockets*/
	short 							numNBPEs;					/*max. concurrent NBP requests*/
	void *							nTQueue;					/*pointer to registered name queue*/
	short 							LAlength;					/*length in bytes of data link addr*/
	void *							linkAddr;					/*data link address returned*/
	Ptr 							zoneName;					/*zone name returned*/
};
typedef struct GetAppleTalkInfoParm		GetAppleTalkInfoParm;

struct ATalkClosePrepParm {
	QElem *							qLink;						/*next queue entry*/
	short 							qType;						/*queue type*/
	short 							ioTrap;						/*routine trap*/
	Ptr 							ioCmdAddr;					/*routine address*/
	ATPCompletionUPP 				ioCompletion;				/*ATPCompletionUPP or MPPCompletionUPP*/
	OSErr 							ioResult;					/*result code*/
	long 							userData;					/*Command result (ATP user bytes)*/
	short 							reqTID;						/*request transaction ID*/
	short 							ioRefNum;					/*driver reference number*/
	short 							csCode;						/*Call command code*/
	Ptr 							appName;					/*pointer to application name in buffer*/
};
typedef struct ATalkClosePrepParm		ATalkClosePrepParm;

union MPPParamBlock {
	MPPparms 						MPP;						/*General MPP parms*/
	LAPparms 						LAP;						/*ALAP calls*/
	DDPparms 						DDP;						/*DDP calls*/
	NBPparms 						NBP;						/*NBP calls*/
	SetSelfparms 					SETSELF;
	NBPKillparms 					NBPKILL;
	GetAppleTalkInfoParm 			GAIINFO;
	ATalkClosePrepParm 				ATALKCLOSE;
};



struct XPPPrmBlk {
	QElem *							qLink;
	short 							qType;
	short 							ioTrap;
	Ptr 							ioCmdAddr;
	XPPCompletionUPP 				ioCompletion;
	OSErr 							ioResult;
	long 							cmdResult;
	short 							ioVRefNum;
	short 							ioRefNum;
	short 							csCode;
	short 							sessRefnum;					/*Offset to session refnum */
	UInt8 							aspTimeout;					/*Timeout for ATP */
	UInt8 							aspRetry;					/*Retry count for ATP */
	short 							cbSize;						/*Command block size */
	Ptr 							cbPtr;						/*Command block pointer */
	short 							rbSize;						/*Reply buffer size */
	Ptr 							rbPtr;						/*Reply buffer pointer */
	short 							wdSize;						/*Write Data size*/
	Ptr 							wdPtr;						/*Write Data pointer*/
	UInt8 							ccbStart[296];				/*CCB memory allocated for driver afpWrite max size(CCB)=296 all other calls=150*/
};
typedef struct XPPPrmBlk				XPPPrmBlk;

struct ASPGetparmsBlk {
	QElem *							qLink;
	short 							qType;
	short 							ioTrap;
	Ptr 							ioCmdAddr;
	XPPCompletionUPP 				ioCompletion;
	OSErr 							ioResult;
	long 							cmdResult;
	short 							ioVRefNum;
	short 							ioRefNum;
	short 							csCode;
	short 							aspMaxCmdSize;				/*For SPGetParms*/
	short 							aspQuantumSize;
	short 							numSesss;
};
typedef struct ASPGetparmsBlk			ASPGetparmsBlk;

struct ASPAbortPrm {
	QElem *							qLink;
	short 							qType;
	short 							ioTrap;
	Ptr 							ioCmdAddr;
	XPPCompletionUPP 				ioCompletion;
	OSErr 							ioResult;
	long 							cmdResult;
	short 							ioVRefNum;
	short 							ioRefNum;
	short 							csCode;
	Ptr 							abortSCBPtr;				/*SCB pointer for AbortOS */
};
typedef struct ASPAbortPrm				ASPAbortPrm;

struct ASPOpenPrm {
	QElem *							qLink;
	short 							qType;
	short 							ioTrap;
	Ptr 							ioCmdAddr;
	XPPCompletionUPP 				ioCompletion;
	OSErr 							ioResult;
	long 							cmdResult;
	short 							ioVRefNum;
	short 							ioRefNum;
	short 							csCode;
	short 							sessRefnum;					/*Offset to session refnum */
	UInt8 							aspTimeout;					/*Timeout for ATP */
	UInt8 							aspRetry;					/*Retry count for ATP */
	AddrBlock 						serverAddr;					/*Server address block */
	Ptr 							scbPointer;					/*SCB pointer */
	AttnRoutineUPP 					attnRoutine;				/*Attention routine pointer*/
};
typedef struct ASPOpenPrm				ASPOpenPrm;
typedef ASPOpenPrm *					ASPOpenPrmPtr;

struct AFPLoginPrm {
	QElem *							qLink;
	short 							qType;
	short 							ioTrap;
	Ptr 							ioCmdAddr;
	XPPCompletionUPP 				ioCompletion;
	OSErr 							ioResult;
	long 							cmdResult;
	short 							ioVRefNum;
	short 							ioRefNum;
	short 							csCode;
	short 							sessRefnum;					/*Offset to session refnum */
	UInt8 							aspTimeout;					/*Timeout for ATP */
	UInt8 							aspRetry;					/*Retry count for ATP */
	short 							cbSize;						/*Command block size */
	void *							cbPtr;						/*Command block pointer */
	short 							rbSize;						/*Reply buffer size */
	void *							rbPtr;						/*Reply buffer pointer */
	AddrBlock 						afpAddrBlock;				/*block in AFP login */
	void *							afpSCBPtr;					/*SCB pointer in AFP login */
	AttnRoutineUPP 					afpAttnRoutine;				/*routine pointer in AFP login */
	UInt8 							ccbFill[144];				/*CCB memory allocated for driver  Login needs only 150 bytes BUT CCB really starts in the middle of AFPSCBPtr and also clobbers AFPAttnRoutine. */
};
typedef struct AFPLoginPrm				AFPLoginPrm;

struct XCallParam {
	QElem *							qLink;
	short 							qType;
	short 							ioTrap;
	Ptr 							ioCmdAddr;
	XPPCompletionUPP 				ioCompletion;
	OSErr 							ioResult;
	long 							cmdResult;
	short 							ioVRefNum;
	short 							ioRefNum;
	short 							csCode;
	short 							xppSubCode;
	UInt8 							xppTimeout;					/*retry interval (seconds)*/
	UInt8 							xppRetry;					/*retry count*/
	short 							filler1;
	void *							zipBuffPtr;					/*pointer to buffer (must be 578 bytes)*/
	short 							zipNumZones;				/*no. of zone names in this response*/
	UInt8 							zipLastFlag;				/*non-zero if no more zones*/
	UInt8 							filler2;					/*filler*/
	UInt8 							zipInfoField[70];			/*on initial call, set first word to zero*/
};
typedef struct XCallParam				XCallParam;

union XPPParamBlock {
	XPPPrmBlk 						XPP;
	ASPGetparmsBlk 					GETPARM;
	ASPAbortPrm 					ABORT;
	ASPOpenPrm 						OPEN;
	AFPLoginPrm 					LOGIN;
	XCallParam 						XCALL;
};


struct ATPparms {
	QElem *							qLink;						/*next queue entry*/
	short 							qType;						/*queue type*/
	short 							ioTrap;						/*routine trap*/
	Ptr 							ioCmdAddr;					/*routine address*/
	ATPCompletionUPP 				ioCompletion;				/*ATPCompletionUPP or MPPCompletionUPP*/
	OSErr 							ioResult;					/*result code*/
	long 							userData;					/*Command result (ATP user bytes)*/
	short 							reqTID;						/*request transaction ID*/
	short 							ioRefNum;					/*driver reference number*/
	short 							csCode;						/*Call command code*/
	UInt8 							atpSocket;					/*currbitmap for requests or ATP socket number*/
	UInt8 							atpFlags;					/*control information*/
	AddrBlock 						addrBlock;					/*source/dest. socket address*/
	short 							reqLength;					/*request/response length*/
	void *							reqPointer;					/*->request/response Data*/
	void *							bdsPointer;					/*->response BDS */
};
typedef struct ATPparms					ATPparms;

struct SendReqparms {
	QElem *							qLink;						/*next queue entry*/
	short 							qType;						/*queue type*/
	short 							ioTrap;						/*routine trap*/
	Ptr 							ioCmdAddr;					/*routine address*/
	ATPCompletionUPP 				ioCompletion;				/*ATPCompletionUPP or MPPCompletionUPP*/
	OSErr 							ioResult;					/*result code*/
	long 							userData;					/*Command result (ATP user bytes)*/
	short 							reqTID;						/*request transaction ID*/
	short 							ioRefNum;					/*driver reference number*/
	short 							csCode;						/*Call command code*/
	UInt8 							atpSocket;					/*currbitmap for requests or ATP socket number*/
	UInt8 							atpFlags;					/*control information*/
	AddrBlock 						addrBlock;					/*source/dest. socket address*/
	short 							reqLength;					/*request/response length*/
	void *							reqPointer;					/*->request/response Data*/
	void *							bdsPointer;					/*->response BDS */
	UInt8 							numOfBuffs;					/*numOfBuffs */
	UInt8 							timeOutVal;					/*timeout interval */
	UInt8 							numOfResps;					/*number of responses actually received */
	UInt8 							retryCount;					/*number of retries */
	short 							intBuff;					/*used internally for NSendRequest */
	UInt8 							TRelTime;					/*TRelease time for extended send request */
	SInt8 							filler0;
};
typedef struct SendReqparms				SendReqparms;


struct ATPmisc1 {
	QElem *							qLink;						/*next queue entry*/
	short 							qType;						/*queue type*/
	short 							ioTrap;						/*routine trap*/
	Ptr 							ioCmdAddr;					/*routine address*/
	ATPCompletionUPP 				ioCompletion;				/*ATPCompletionUPP or MPPCompletionUPP*/
	OSErr 							ioResult;					/*result code*/
	long 							userData;					/*Command result (ATP user bytes)*/
	short 							reqTID;						/*request transaction ID*/
	short 							ioRefNum;					/*driver reference number*/
	short 							csCode;						/*Call command code*/
	UInt8 							atpSocket;					/*currbitmap for requests or ATP socket number*/
	UInt8 							atpFlags;					/*control information*/
	AddrBlock 						addrBlock;					/*source/dest. socket address*/
	short 							reqLength;					/*request/response length*/
	void *							reqPointer;					/*->request/response Data*/
	void *							bdsPointer;					/*->response BDS */
	union {
		UInt8 							bitMap;					/*bitmap received */
		UInt8 							numOfBuffs;				/*number of responses being sent*/
		UInt8 							rspNum;					/*sequence number*/
	} 								u;
};
typedef struct ATPmisc1					ATPmisc1;

struct ATPmisc2 {
	QElem *							qLink;						/*next queue entry*/
	short 							qType;						/*queue type*/
	short 							ioTrap;						/*routine trap*/
	Ptr 							ioCmdAddr;					/*routine address*/
	ATPCompletionUPP 				ioCompletion;				/*ATPCompletionUPP or MPPCompletionUPP*/
	OSErr 							ioResult;					/*result code*/
	long 							userData;					/*Command result (ATP user bytes)*/
	short 							reqTID;						/*request transaction ID*/
	short 							ioRefNum;					/*driver reference number*/
	short 							csCode;						/*Call command code*/
	UInt8 							atpSocket;					/*currbitmap for requests or ATP socket number*/
	UInt8 							atpFlags;					/*control information*/
	AddrBlock 						addrBlock;					/*source/dest. socket address*/
	short 							reqLength;					/*request/response length*/
	void *							reqPointer;					/*->request/response Data*/
	void *							bdsPointer;					/*->response BDS */
	UInt8 							filler;
	UInt8 							bdsSize;					/*number of BDS elements */
	short 							transID;					/*transaction ID recd. */
};
typedef struct ATPmisc2					ATPmisc2;

struct Killparms {
	QElem *							qLink;						/*next queue entry*/
	short 							qType;						/*queue type*/
	short 							ioTrap;						/*routine trap*/
	Ptr 							ioCmdAddr;					/*routine address*/
	ATPCompletionUPP 				ioCompletion;				/*ATPCompletionUPP or MPPCompletionUPP*/
	OSErr 							ioResult;					/*result code*/
	long 							userData;					/*Command result (ATP user bytes)*/
	short 							reqTID;						/*request transaction ID*/
	short 							ioRefNum;					/*driver reference number*/
	short 							csCode;						/*Call command code*/
	UInt8 							atpSocket;					/*currbitmap for requests or ATP socket number*/
	UInt8 							atpFlags;					/*control information*/
	AddrBlock 						addrBlock;					/*source/dest. socket address*/
	short 							reqLength;					/*request/response length*/
	void *							reqPointer;					/*->request/response Data*/
	void *							bdsPointer;					/*->response BDS */
	void *							aKillQEl;					/*ptr to i/o queue element to cancel*/
};
typedef struct Killparms				Killparms;

union ATPParamBlock {
	ATPparms 						ATP;						/*General ATP parms*/
	SendReqparms 					SREQ;						/*sendrequest parms*/
	ATPmisc1 						OTH1;						/*and a few others*/
	ATPmisc2 						OTH2;						/*and a few others*/
	Killparms 						KILL;						/*and a few others*/
};

enum { uppATalkTransitionEventProcInfo = 0x00000FF1 }; 			/* 4_bytes Func(4_bytes, 4_bytes, 4_bytes) */
enum { uppMPPCompletionProcInfo = 0x00009802 }; 				/* register no_return_value Func(4_bytes:A0) */
enum { uppATPCompletionProcInfo = 0x00009802 }; 				/* register no_return_value Func(4_bytes:A0) */
enum { uppXPPCompletionProcInfo = 0x00009802 }; 				/* register no_return_value Func(4_bytes:A0) */
enum { uppAttnRoutineProcInfo = 0x00061002 }; 					/* register no_return_value Func(2_bytes:D0, 2_bytes:D1) */
enum { uppMPPProtocolHandlerProcInfo = 0x0000007F }; 			/* SPECIAL_CASE_PROCINFO(7) */
enum { uppDDPSocketListenerProcInfo = 0x0000008F }; 			/* SPECIAL_CASE_PROCINFO(8) */
#define NewATalkTransitionEventProc(userRoutine) 				(ATalkTransitionEventUPP)NewRoutineDescriptor((ProcPtr)(userRoutine), uppATalkTransitionEventProcInfo, GetCurrentArchitecture())
#define NewMPPCompletionProc(userRoutine) 						(MPPCompletionUPP)NewRoutineDescriptor((ProcPtr)(userRoutine), uppMPPCompletionProcInfo, GetCurrentArchitecture())
#define NewATPCompletionProc(userRoutine) 						(ATPCompletionUPP)NewRoutineDescriptor((ProcPtr)(userRoutine), uppATPCompletionProcInfo, GetCurrentArchitecture())
#define NewXPPCompletionProc(userRoutine) 						(XPPCompletionUPP)NewRoutineDescriptor((ProcPtr)(userRoutine), uppXPPCompletionProcInfo, GetCurrentArchitecture())
#define NewAttnRoutineProc(userRoutine) 						(AttnRoutineUPP)NewRoutineDescriptor((ProcPtr)(userRoutine), uppAttnRoutineProcInfo, GetCurrentArchitecture())
#define NewMPPProtocolHandlerProc(userRoutine) 					(MPPProtocolHandlerUPP)NewRoutineDescriptor((ProcPtr)(userRoutine), uppMPPProtocolHandlerProcInfo, GetCurrentArchitecture())
#define NewDDPSocketListenerProc(userRoutine) 					(DDPSocketListenerUPP)NewRoutineDescriptor((ProcPtr)(userRoutine), uppDDPSocketListenerProcInfo, GetCurrentArchitecture())
#define CallATalkTransitionEventProc(userRoutine, eventCode, qElem, eventParameter)  CALL_THREE_PARAMETER_UPP((userRoutine), uppATalkTransitionEventProcInfo, (eventCode), (qElem), (eventParameter))
#if TARGET_OS_MAC && TARGET_CPU_68K && !TARGET_RT_MAC_CFM
	#pragma parameter CallMPPCompletionProc(__A1, __A0)
	void CallMPPCompletionProc(MPPCompletionUPP routine, MPPPBPtr thePBptr) = 0x4E91;
#else
	#define CallMPPCompletionProc(userRoutine, thePBptr) 		CALL_ONE_PARAMETER_UPP((userRoutine), uppMPPCompletionProcInfo, (thePBptr))
#endif
#if TARGET_OS_MAC && TARGET_CPU_68K && !TARGET_RT_MAC_CFM
	#pragma parameter CallATPCompletionProc(__A1, __A0)
	void CallATPCompletionProc(ATPCompletionUPP routine, ATPPBPtr thePBptr) = 0x4E91;
#else
	#define CallATPCompletionProc(userRoutine, thePBptr) 		CALL_ONE_PARAMETER_UPP((userRoutine), uppATPCompletionProcInfo, (thePBptr))
#endif
#if TARGET_OS_MAC && TARGET_CPU_68K && !TARGET_RT_MAC_CFM
	#pragma parameter CallXPPCompletionProc(__A1, __A0)
	void CallXPPCompletionProc(XPPCompletionUPP routine, XPPParmBlkPtr thePBptr) = 0x4E91;
#else
	#define CallXPPCompletionProc(userRoutine, thePBptr) 		CALL_ONE_PARAMETER_UPP((userRoutine), uppXPPCompletionProcInfo, (thePBptr))
#endif
#if TARGET_OS_MAC && TARGET_CPU_68K && !TARGET_RT_MAC_CFM
	#pragma parameter CallAttnRoutineProc(__A0, __D0, __D1)
	void CallAttnRoutineProc(AttnRoutineUPP routine, short sessRefnum, short attnBytes) = 0x4E90;
#else
	#define CallAttnRoutineProc(userRoutine, sessRefnum, attnBytes)  CALL_TWO_PARAMETER_UPP((userRoutine), uppAttnRoutineProcInfo, (sessRefnum), (attnBytes))
#endif
#if TARGET_OS_MAC && TARGET_CPU_68K && !TARGET_RT_MAC_CFM
	/* CallMPPProtocolHandlerProc can't be called from classic 68k without glue code */
#else
	#define CallMPPProtocolHandlerProc(userRoutine, SCCAddr1, SCCAddr2, MPPLocalVars, nextFreeByteInRHA, ReadPacketAndReadRestPtr, numBytesLeftToReadInPacket)  CALL_SIX_PARAMETER_UPP((userRoutine), uppMPPProtocolHandlerProcInfo, (SCCAddr1), (SCCAddr2), (MPPLocalVars), (nextFreeByteInRHA), (ReadPacketAndReadRestPtr), (numBytesLeftToReadInPacket))
#endif
#if TARGET_OS_MAC && TARGET_CPU_68K && !TARGET_RT_MAC_CFM
	/* CallDDPSocketListenerProc can't be called from classic 68k without glue code */
#else
	#define CallDDPSocketListenerProc(userRoutine, SCCAddr1, SCCAddr2, MPPLocalVars, nextFreeByteInRHA, ReadPacketAndReadRestPtr, packetDestinationNumber, numBytesLeftToReadInPacket)  CALL_SEVEN_PARAMETER_UPP((userRoutine), uppDDPSocketListenerProcInfo, (SCCAddr1), (SCCAddr2), (MPPLocalVars), (nextFreeByteInRHA), (ReadPacketAndReadRestPtr), (packetDestinationNumber), (numBytesLeftToReadInPacket))
#endif
EXTERN_API( OSErr )
OpenXPP							(short *				xppRefnum);

EXTERN_API( OSErr )
ASPOpenSession					(XPPParmBlkPtr 			thePBptr,
								 Boolean 				async);

EXTERN_API( OSErr )
ASPCloseSession					(XPPParmBlkPtr 			thePBptr,
								 Boolean 				async);

EXTERN_API( OSErr )
ASPAbortOS						(XPPParmBlkPtr 			thePBptr,
								 Boolean 				async);

EXTERN_API( OSErr )
ASPGetParms						(XPPParmBlkPtr 			thePBptr,
								 Boolean 				async);

EXTERN_API( OSErr )
ASPCloseAll						(XPPParmBlkPtr 			thePBptr,
								 Boolean 				async);

EXTERN_API( OSErr )
ASPUserWrite					(XPPParmBlkPtr 			thePBptr,
								 Boolean 				async);

EXTERN_API( OSErr )
ASPUserCommand					(XPPParmBlkPtr 			thePBptr,
								 Boolean 				async);

EXTERN_API( OSErr )
ASPGetStatus					(XPPParmBlkPtr 			thePBptr,
								 Boolean 				async);

#define ASPGetStatusSync(paramBlock) ASPGetStatus((paramBlock), false)
EXTERN_API( OSErr )
AFPCommand						(XPPParmBlkPtr 			thePBptr,
								 Boolean 				async);

EXTERN_API( OSErr )
GetLocalZones					(XPPParmBlkPtr 			thePBptr,
								 Boolean 				async);

EXTERN_API( OSErr )
GetZoneList						(XPPParmBlkPtr 			thePBptr,
								 Boolean 				async);

EXTERN_API( OSErr )
GetMyZone						(XPPParmBlkPtr 			thePBptr,
								 Boolean 				async);

EXTERN_API( OSErr )
PAttachPH						(MPPPBPtr 				thePBptr,
								 Boolean 				async);

EXTERN_API( OSErr )
PDetachPH						(MPPPBPtr 				thePBptr,
								 Boolean 				async);

EXTERN_API( OSErr )
PWriteLAP						(MPPPBPtr 				thePBptr,
								 Boolean 				async);

EXTERN_API( OSErr )
POpenSkt						(MPPPBPtr 				thePBptr,
								 Boolean 				async);

EXTERN_API( OSErr )
PCloseSkt						(MPPPBPtr 				thePBptr,
								 Boolean 				async);

EXTERN_API( OSErr )
PWriteDDP						(MPPPBPtr 				thePBptr,
								 Boolean 				async);

EXTERN_API( OSErr )
PRegisterName					(MPPPBPtr 				thePBptr,
								 Boolean 				async);

EXTERN_API( OSErr )
PLookupName						(MPPPBPtr 				thePBptr,
								 Boolean 				async);

#define PLookupNameSync(paramBlock) PLookupName((paramBlock), false)
EXTERN_API( OSErr )
PConfirmName					(MPPPBPtr 				thePBptr,
								 Boolean 				async);

EXTERN_API( OSErr )
PRemoveName						(MPPPBPtr 				thePBptr,
								 Boolean 				async);

EXTERN_API( OSErr )
PSetSelfSend					(MPPPBPtr 				thePBptr,
								 Boolean 				async);

EXTERN_API( OSErr )
PKillNBP						(MPPPBPtr 				thePBptr,
								 Boolean 				async);

EXTERN_API( OSErr )
PGetAppleTalkInfo				(MPPPBPtr 				thePBptr,
								 Boolean 				async);

EXTERN_API( OSErr )
PATalkClosePrep					(MPPPBPtr 				thePBptr,
								 Boolean 				async);

EXTERN_API( OSErr )
POpenATPSkt						(ATPPBPtr 				thePBptr,
								 Boolean 				async);

EXTERN_API( OSErr )
PCloseATPSkt					(ATPPBPtr 				thePBPtr,
								 Boolean 				async);

EXTERN_API( OSErr )
PSendRequest					(ATPPBPtr 				thePBPtr,
								 Boolean 				async);

EXTERN_API( OSErr )
PGetRequest						(ATPPBPtr 				thePBPtr,
								 Boolean 				async);

EXTERN_API( OSErr )
PSendResponse					(ATPPBPtr 				thePBPtr,
								 Boolean 				async);

EXTERN_API( OSErr )
PAddResponse					(ATPPBPtr 				thePBPtr,
								 Boolean 				async);

EXTERN_API( OSErr )
PRelTCB							(ATPPBPtr 				thePBPtr,
								 Boolean 				async);

EXTERN_API( OSErr )
PRelRspCB						(ATPPBPtr 				thePBPtr,
								 Boolean 				async);

EXTERN_API( OSErr )
PNSendRequest					(ATPPBPtr 				thePBPtr,
								 Boolean 				async);

EXTERN_API( OSErr )
PKillSendReq					(ATPPBPtr 				thePBPtr,
								 Boolean 				async);

EXTERN_API( OSErr )
PKillGetReq						(ATPPBPtr 				thePBPtr,
								 Boolean 				async);

EXTERN_API( OSErr )
ATPKillAllGetReq				(ATPPBPtr 				thePBPtr,
								 Boolean 				async);

EXTERN_API( void )
BuildLAPwds						(Ptr 					wdsPtr,
								 Ptr 					dataPtr,
								 short 					destHost,
								 short 					prototype,
								 short 					frameLen);

EXTERN_API( void )
BuildDDPwds						(Ptr 					wdsPtr,
								 Ptr 					headerPtr,
								 Ptr 					dataPtr,
								 AddrBlock 				netAddr,
								 short 					ddpType,
								 short 					dataLen);

EXTERN_API( void )
NBPSetEntity					(Ptr 					buffer,
								 ConstStr32Param 		nbpObject,
								 ConstStr32Param 		nbpType,
								 ConstStr32Param 		nbpZone);

EXTERN_API( void )
NBPSetNTE						(Ptr 					ntePtr,
								 ConstStr32Param 		nbpObject,
								 ConstStr32Param 		nbpType,
								 ConstStr32Param 		nbpZone,
								 short 					socket);

EXTERN_API( short )
GetBridgeAddress				(void);

EXTERN_API( short )
BuildBDS						(Ptr 					buffPtr,
								 Ptr 					bdsPtr,
								 short 					buffSize);

EXTERN_API( OSErr )
MPPOpen							(void);

EXTERN_API( OSErr )
LAPAddATQ						(ATQEntryPtr 			theATQEntry);

EXTERN_API( OSErr )
LAPRmvATQ						(ATQEntryPtr 			theATQEntry);

EXTERN_API( OSErr )
ATPLoad							(void);

EXTERN_API( OSErr )
ATPUnload						(void);

EXTERN_API( OSErr )
NBPExtract						(Ptr 					theBuffer,
								 short 					numInBuf,
								 short 					whichOne,
								 EntityName *			abEntity,
								 AddrBlock *			address);

EXTERN_API( OSErr )
GetNodeAddress					(short *				myNode,
								 short *				myNet);

EXTERN_API( Boolean )
IsMPPOpen						(void);

EXTERN_API( Boolean )
IsATPOpen						(void);

EXTERN_API( void )
ATEvent							(long 					event,
								 Ptr 					infoPtr);

EXTERN_API( OSErr )
ATPreFlightEvent				(long 					event,
								 long 					cancel,
								 Ptr 					infoPtr);

/*
	The following routines are obsolete and will not be supported on
	PowerPC. Equivalent functionality is provided by the routines
	above.
*/
#if TARGET_CPU_68K
EXTERN_API( OSErr )
MPPClose						(void);

EXTERN_API( OSErr )
LAPOpenProtocol					(ABByte 				theLAPType,
								 Ptr 					protoPtr);

EXTERN_API( OSErr )
LAPCloseProtocol				(ABByte 				theLAPType);

EXTERN_API( OSErr )
LAPWrite						(ATLAPRecHandle 		abRecord,
								 Boolean 				async);

EXTERN_API( OSErr )
LAPRead							(ATLAPRecHandle 		abRecord,
								 Boolean 				async);

EXTERN_API( OSErr )
LAPRdCancel						(ATLAPRecHandle 		abRecord);

EXTERN_API( OSErr )
DDPOpenSocket					(short *				theSocket,
								 Ptr 					sktListener);

EXTERN_API( OSErr )
DDPCloseSocket					(short 					theSocket);

EXTERN_API( OSErr )
DDPRead							(ATDDPRecHandle 		abRecord,
								 Boolean 				retCksumErrs,
								 Boolean 				async);

EXTERN_API( OSErr )
DDPWrite						(ATDDPRecHandle 		abRecord,
								 Boolean 				doChecksum,
								 Boolean 				async);

EXTERN_API( OSErr )
DDPRdCancel						(ATDDPRecHandle 		abRecord);

EXTERN_API( OSErr )
ATPOpenSocket					(AddrBlock 				addrRcvd,
								 short *				atpSocket);

EXTERN_API( OSErr )
ATPCloseSocket					(short 					atpSocket);

EXTERN_API( OSErr )
ATPSndRequest					(ATATPRecHandle 		abRecord,
								 Boolean 				async);

EXTERN_API( OSErr )
ATPRequest						(ATATPRecHandle 		abRecord,
								 Boolean 				async);

EXTERN_API( OSErr )
ATPReqCancel					(ATATPRecHandle 		abRecord,
								 Boolean 				async);

EXTERN_API( OSErr )
ATPGetRequest					(ATATPRecHandle 		abRecord,
								 Boolean 				async);

EXTERN_API( OSErr )
ATPSndRsp						(ATATPRecHandle 		abRecord,
								 Boolean 				async);

EXTERN_API( OSErr )
ATPAddRsp						(ATATPRecHandle 		abRecord);

EXTERN_API( OSErr )
ATPResponse						(ATATPRecHandle 		abRecord,
								 Boolean 				async);

EXTERN_API( OSErr )
ATPRspCancel					(ATATPRecHandle 		abRecord,
								 Boolean 				async);

EXTERN_API( OSErr )
NBPRegister						(ATNBPRecHandle 		abRecord,
								 Boolean 				async);

EXTERN_API( OSErr )
NBPLookup						(ATNBPRecHandle 		abRecord,
								 Boolean 				async);

EXTERN_API( OSErr )
NBPConfirm						(ATNBPRecHandle 		abRecord,
								 Boolean 				async);

EXTERN_API( OSErr )
NBPRemove						(EntityPtr 				abEntity);

EXTERN_API( OSErr )
NBPLoad							(void);

EXTERN_API( OSErr )
NBPUnload						(void);

#endif  /* TARGET_CPU_68K */


#if PRAGMA_STRUCT_ALIGN
	#pragma options align=reset
#elif PRAGMA_STRUCT_PACKPUSH
	#pragma pack(pop)
#elif PRAGMA_STRUCT_PACK
	#pragma pack()
#endif

#ifdef PRAGMA_IMPORT_OFF
#pragma import off
#elif PRAGMA_IMPORT
#pragma import reset
#endif

#ifdef __cplusplus
}
#endif

#endif /* __APPLETALK__ */

