/*
 	File:		OCEMessaging.h
 
 	Contains:	Apple Open Collaboration Environment Messaging Interfaces.
 
 	Version:	Technology:	AOCE Toolbox 1.02
 				Release:	QuickTime 4.0
 
 	Copyright:	(c) 1994-1998 by Apple Computer, Inc., all rights reserved.
 
 	Bugs?:		For bug reports, consult the following page on
 				the World Wide Web:
 
 					http://developer.apple.com/bugreporter/
 
*/
#ifndef __OCEMESSAGING__
#define __OCEMESSAGING__

#ifndef __FILES__
#include <Files.h>
#endif
#ifndef __MACTYPES__
#include <MacTypes.h>
#endif

#ifndef __DIGITALSIGNATURE__
#include <DigitalSignature.h>
#endif
#ifndef __OCE__
#include <OCE.h>
#endif
#ifndef __OCEAUTHDIR__
#include <OCEAuthDir.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

/******************************************************************************/
/* Definitions common to OCEMessaging and to OCEMail. These relate to addressing,
message ids and priorities, etc. */

/* Values of IPMPriority */

enum {
	kIPMAnyPriority				= 0,							/* FOR FILTER ONLY */
	kIPMNormalPriority			= 1,
	kIPMLowPriority				= 2,
	kIPMHighPriority			= 3
};

typedef Byte 							IPMPriority;
/* Values of IPMAccessMode */

enum {
	kIPMAtMark					= 0,
	kIPMFromStart				= 1,
	kIPMFromLEOM				= 2,
	kIPMFromMark				= 3
};

typedef unsigned short 					IPMAccessMode;

enum {
	kIPMUpdateMsgBit			= 4,
	kIPMNewMsgBit				= 5,
	kIPMDeleteMsgBit			= 6
};

/* Values of IPMNotificationType */

enum {
	kIPMUpdateMsgMask			= 1 << kIPMUpdateMsgBit,
	kIPMNewMsgMask				= 1 << kIPMNewMsgBit,
	kIPMDeleteMsgMask			= 1 << kIPMDeleteMsgBit
};

typedef Byte 							IPMNotificationType;
/* Values of IPMSenderTag */

enum {
	kIPMSenderRStringTag		= 0,
	kIPMSenderRecordIDTag		= 1
};

typedef unsigned short 					IPMSenderTag;

enum {
	kIPMFromDistListBit			= 0,
	kIPMDummyRecBit				= 1,
	kIPMFeedbackRecBit			= 2,							/* should be redirected to feedback queue */
	kIPMReporterRecBit			= 3,							/* should be redirected to reporter original queue */
	kIPMBCCRecBit				= 4								/* this recipient is blind to all recipients of message */
};

/* Values of OCERecipientOffsetFlags */

enum {
	kIPMFromDistListMask		= 1 << kIPMFromDistListBit,
	kIPMDummyRecMask			= 1 << kIPMDummyRecBit,
	kIPMFeedbackRecMask			= 1 << kIPMFeedbackRecBit,
	kIPMReporterRecMask			= 1 << kIPMReporterRecBit,
	kIPMBCCRecMask				= 1 << kIPMBCCRecBit
};

typedef Byte 							OCERecipientOffsetFlags;

struct OCECreatorType {
	OSType 							msgCreator;
	OSType 							msgType;
};
typedef struct OCECreatorType			OCECreatorType;

enum {
	kIPMTypeWildCard			= FOUR_CHAR_CODE('ipmw'),
	kIPMFamilyUnspecified		= 0,
	kIPMFamilyWildCard			= 0x3F3F3F3F,					/* '????' * well known signature */
	kIPMSignature				= FOUR_CHAR_CODE('ipms'),		/* base type * well known message types */
	kIPMReportNotify			= FOUR_CHAR_CODE('rptn'),		/* routing feedback * well known message block types */
	kIPMEnclosedMsgType			= FOUR_CHAR_CODE('emsg'),		/* enclosed (nested) message */
	kIPMReportInfo				= FOUR_CHAR_CODE('rpti'),		/* recipient information */
	kIPMDigitalSignature		= FOUR_CHAR_CODE('dsig')		/* digital signature */
};

/* Values of IPMMsgFormat */

enum {
	kIPMOSFormatType			= 1,
	kIPMStringFormatType		= 2
};


typedef unsigned short 					IPMMsgFormat;
typedef Str32 							IPMStringMsgType;

union TheType {
	OCECreatorType 					msgOSType;
	IPMStringMsgType 				msgStrType;
};
typedef union TheType					TheType;

struct IPMMsgType {
	IPMMsgFormat 					format;						/* IPMMsgFormat*/
	TheType 						theType;
};
typedef struct IPMMsgType				IPMMsgType;
/*
Following are the known extension values for IPM addresses handled by Apple.
We define the definition of the entn extension below.
*/

enum {
	kOCEalanXtn					= FOUR_CHAR_CODE('alan'),
	kOCEentnXtn					= FOUR_CHAR_CODE('entn'),		/* entn = entity name (aka DSSpec) */
	kOCEaphnXtn					= FOUR_CHAR_CODE('aphn')
};

/*
Following are the specific definitions for the extension for the standard
OCEMail 'entn' addresses.  [Note, the actual extension is formatted as in
IPMEntityNameExtension.]
*/
/* entn extension forms */

enum {
	kOCEAddrXtn					= FOUR_CHAR_CODE('addr'),
	kOCEQnamXtn					= FOUR_CHAR_CODE('qnam'),
	kOCEAttrXtn					= FOUR_CHAR_CODE('attr'),		/* an attribute specification */
	kOCESpAtXtn					= FOUR_CHAR_CODE('spat')		/* specific attribute */
};

/*
Following are the specific definitions for standard
OCEMail 'aphn' extension value.  

All RStrings here are packed (e.g. truncated to length) and even padded (e.g.
if length odd, then a pad byte (zero) should be introduced before the next field).

The extension value is in the packed form of the following structure:
	RString		phoneNumber;
	RString		modemType;
	Str32		queueuName;

The body of phoneNumber compound RString is in the packed form of the following structure:
	short 		subType;
	RString 	countryCode;				// used when subType == kOCEUseHandyDial
	RString		areaCode;					// used when subType == kOCEUseHandyDial
	RString		phone;						// used when subType == kOCEUseHandyDial
	RString		postFix;					// used when subType == kOCEUseHandyDial
	RString		nonHandyDialString;			// used when subType == kOCEDontUseHandyDial
*/
/* phoneNumber sub type constants */

enum {
	kOCEUseHandyDial			= 1,
	kOCEDontUseHandyDial		= 2
};

/* FORMAT OF A PACKED FORM RECIPIENT */

struct ProtoOCEPackedRecipient {
	unsigned short 					dataLength;
};
typedef struct ProtoOCEPackedRecipient	ProtoOCEPackedRecipient;

enum {
	kOCEPackedRecipientMaxBytes	= (4096 - sizeof(ProtoOCEPackedRecipient))
};


struct OCEPackedRecipient {
	unsigned short 					dataLength;
	Byte 							data[4094];
};
typedef struct OCEPackedRecipient		OCEPackedRecipient;

struct IPMEntnQueueExtension {
	Str32 							queueName;
};
typedef struct IPMEntnQueueExtension	IPMEntnQueueExtension;
/* kOCEAttrXtn */

struct IPMEntnAttributeExtension {
	AttributeType 					attributeName;
};
typedef struct IPMEntnAttributeExtension IPMEntnAttributeExtension;
/* kOCESpAtXtn */

struct IPMEntnSpecificAttributeExtension {
	AttributeCreationID 			attributeCreationID;
	AttributeType 					attributeName;
};
typedef struct IPMEntnSpecificAttributeExtension IPMEntnSpecificAttributeExtension;
/* All IPM entn extensions fit within the following */

struct IPMEntityNameExtension {
	OSType 							subExtensionType;
	union {
		IPMEntnSpecificAttributeExtension  specificAttribute;
		IPMEntnAttributeExtension 		attribute;
		IPMEntnQueueExtension 			queue;
	} 								u;
};
typedef struct IPMEntityNameExtension	IPMEntityNameExtension;
/* addresses with kIPMNBPXtn should specify this nbp type */
#define kIPMWSReceiverNBPType "\pMsgReceiver" 

struct IPMMsgID {
	unsigned long 					id[4];
};
typedef struct IPMMsgID					IPMMsgID;

/* Values of IPMHeaderSelector */

enum {
	kIPMTOC						= 0,
	kIPMSender					= 1,
	kIPMProcessHint				= 2,
	kIPMMessageTitle			= 3,
	kIPMMessageType				= 4,
	kIPMFixedInfo				= 7
};


typedef Byte 							IPMHeaderSelector;

union TheSender {
	RString 						rString;
	PackedRecordID 					rid;
};
typedef union TheSender					TheSender;

struct IPMSender {
	IPMSenderTag 					sendTag;
	TheSender 						theSender;
};
typedef struct IPMSender				IPMSender;
/******************************************************************************/
/* Definitions specific to OCEMessaging */

typedef unsigned long 					IPMContextRef;
typedef unsigned long 					IPMQueueRef;
typedef unsigned long 					IPMMsgRef;
typedef unsigned long 					IPMSeqNum;
typedef Str32 							IPMProcHint;
typedef Str32 							IPMQueueName;
typedef CALLBACK_API( void , IPMNoteProcPtr )(IPMQueueRef queue, IPMSeqNum seqNum, IPMNotificationType notificationType, unsigned long userData);
typedef STACK_UPP_TYPE(IPMNoteProcPtr) 							IPMNoteUPP;
enum { uppIPMNoteProcInfo = 0x000037C0 }; 						/* pascal no_return_value Func(4_bytes, 4_bytes, 1_byte, 4_bytes) */
#if MIXEDMODE_CALLS_ARE_FUNCTIONS
EXTERN_API(IPMNoteUPP)
NewIPMNoteProc				   (IPMNoteProcPtr			userRoutine);
EXTERN_API(void)
CallIPMNoteProc				   (IPMNoteUPP				userRoutine,
								IPMQueueRef				queue,
								IPMSeqNum				seqNum,
								IPMNotificationType		notificationType,
								unsigned long			userData);
#else
#define NewIPMNoteProc(userRoutine) 							(IPMNoteUPP)NewRoutineDescriptor((ProcPtr)(userRoutine), uppIPMNoteProcInfo, GetCurrentArchitecture())
#define CallIPMNoteProc(userRoutine, queue, seqNum, notificationType, userData)  CALL_FOUR_PARAMETER_UPP((userRoutine), uppIPMNoteProcInfo, (queue), (seqNum), (notificationType), (userData))
#endif

struct IPMFixedHdrInfo {
	unsigned short 					version;
	Boolean 						authenticated;
	Boolean 						signatureEnclosed;			/*  digital signature enclosed */
	unsigned long 					msgSize;
	IPMNotificationType 			notification;
	IPMPriority 					priority;
	unsigned short 					blockCount;
	unsigned short 					originalRcptCount;			/*		original number of recipients */
	unsigned long 					refCon;						/*		Client defined data */
	unsigned short 					reserved;
	UTCTime 						creationTime;				/*		Time when it was created */
	IPMMsgID 						msgID;
	OSType 							family;						/* family this msg belongs (e.g. mail) */
};
typedef struct IPMFixedHdrInfo			IPMFixedHdrInfo;

enum {
	kIPMDeliveryNotificationBit	= 0,
	kIPMNonDeliveryNotificationBit = 1,
	kIPMEncloseOriginalBit		= 2,
	kIPMSummaryReportBit		= 3,							/* modify enclose original to only on error */
	kIPMOriginalOnlyOnErrorBit	= 4
};


enum {
	kIPMNoNotificationMask		= 0x00,
	kIPMDeliveryNotificationMask = 1 << kIPMDeliveryNotificationBit,
	kIPMNonDeliveryNotificationMask = 1 << kIPMNonDeliveryNotificationBit,
	kIPMDontEncloseOriginalMask	= 0x00,
	kIPMEncloseOriginalMask		= 1 << kIPMEncloseOriginalBit,
	kIPMImmediateReportMask		= 0x00,
	kIPMSummaryReportMask		= 1 << kIPMSummaryReportBit,
	kIPMOriginalOnlyOnErrorMask	= 1 << kIPMOriginalOnlyOnErrorBit,
	kIPMEncloseOriginalOnErrorMask = (kIPMOriginalOnlyOnErrorMask | kIPMEncloseOriginalMask)
};

/* standard Non delivery codes */

enum {
	kIPMNoSuchRecipient			= 0x0001,
	kIPMRecipientMalformed		= 0x0002,
	kIPMRecipientAmbiguous		= 0x0003,
	kIPMRecipientAccessDenied	= 0x0004,
	kIPMGroupExpansionProblem	= 0x0005,
	kIPMMsgUnreadable			= 0x0006,
	kIPMMsgExpired				= 0x0007,
	kIPMMsgNoTranslatableContent = 0x0008,
	kIPMRecipientReqStdCont		= 0x0009,
	kIPMRecipientReqSnapShot	= 0x000A,
	kIPMNoTransferDiskFull		= 0x000B,
	kIPMNoTransferMsgRejectedbyDest = 0x000C,
	kIPMNoTransferMsgTooLarge	= 0x000D
};

/*************************************************************************/
/*
This is the structure that will be returned by enumerate and getmsginfo
This definition is just to give you a template, the position of msgType
is variable since this is a packed structure.  procHint and msgType are
packed and even length padded.

* master message info */

struct IPMMsgInfo {
	IPMSeqNum 						sequenceNum;
	unsigned long 					userData;
	unsigned short 					respIndex;
	SInt8 							padByte;
	IPMPriority 					priority;
	unsigned long 					msgSize;
	unsigned short 					originalRcptCount;
	unsigned short 					reserved;
	UTCTime 						creationTime;
	IPMMsgID 						msgID;
	OSType 							family;						/* family this msg belongs (e.g. mail) */
	IPMProcHint 					procHint;
	SInt8 							filler2;
	IPMMsgType 						msgType;
};
typedef struct IPMMsgInfo				IPMMsgInfo;

typedef OCECreatorType 					IPMBlockType;

struct IPMTOC {
	IPMBlockType 					blockType;
	long 							blockOffset;
	unsigned long 					blockSize;
	unsigned long 					blockRefCon;
};
typedef struct IPMTOC					IPMTOC;
/*
The following structure is just to describe the layout of the SingleFilter.
Each field should be packed and word aligned when passed to the IPM ToolBox.
*/

struct IPMSingleFilter {
	IPMPriority 					priority;
	SInt8 							padByte;
	OSType 							family;						/* family this msg belongs (e.g. mail), '????' for all */
	ScriptCode 						script;						/* Language Identifier */
	IPMProcHint 					hint;
	SInt8 							filler2;
	IPMMsgType 						msgType;
};
typedef struct IPMSingleFilter			IPMSingleFilter;

struct IPMFilter {
	unsigned short 					count;
	IPMSingleFilter 				sFilters[1];
};
typedef struct IPMFilter				IPMFilter;
/*************************************************************************
Following structures define the "start" of a recipient report block and the
elements of the array respectively.
*/

struct IPMReportBlockHeader {
	IPMMsgID 						msgID;						/* message id of the original */
	UTCTime 						creationTime;				/* creation time of the report */
};
typedef struct IPMReportBlockHeader		IPMReportBlockHeader;

struct OCERecipientReport {
	unsigned short 					rcptIndex;					/* index of recipient in original message */
	OSErr 							result;						/* result of sending letter to this recipient*/
};
typedef struct OCERecipientReport		OCERecipientReport;
/*************************************************************************/
typedef union IPMParamBlock 			IPMParamBlock;

typedef IPMParamBlock *					IPMParamBlockPtr;
typedef CALLBACK_API( void , IPMIOCompletionProcPtr )(IPMParamBlockPtr paramBlock);
/*
	WARNING: IPMIOCompletionProcPtr 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(IPMIOCompletionProcPtr) 				IPMIOCompletionUPP;

struct IPMOpenContextPB {
	void *							qLink;
	long 							reservedH1;
	long 							reservedH2;
	IPMIOCompletionUPP 				ioCompletion;
	OSErr 							ioResult;
	long 							saveA5;
	short 							reqCode;
	IPMContextRef 					contextRef;					/* <--  Context reference to be used in further calls*/
};
typedef struct IPMOpenContextPB			IPMOpenContextPB;

typedef IPMOpenContextPB 				IPMCloseContextPB;

struct IPMCreateQueuePB {
	void *							qLink;
	long 							reservedH1;
	long 							reservedH2;
	IPMIOCompletionUPP 				ioCompletion;
	OSErr 							ioResult;
	long 							saveA5;
	short 							reqCode;
	long 							filler1;
	OCERecipient *					queue;
	AuthIdentity 					identity;					/* used only if queue is remote */
	PackedRecordID *				owner;						/* used only if queue is remote */
};
typedef struct IPMCreateQueuePB			IPMCreateQueuePB;
/* For createqueue and deletequeue only queue and identity are used */

typedef IPMCreateQueuePB 				IPMDeleteQueuePB;

struct IPMOpenQueuePB {
	void *							qLink;
	long 							reservedH1;
	long 							reservedH2;
	IPMIOCompletionUPP 				ioCompletion;
	OSErr 							ioResult;
	long 							saveA5;
	short 							reqCode;
	IPMContextRef 					contextRef;
	OCERecipient *					queue;
	AuthIdentity 					identity;
	IPMFilter *						filter;
	IPMQueueRef 					newQueueRef;
	IPMNoteUPP 						notificationProc;
	unsigned long 					userData;
	IPMNotificationType 			noteType;
	Byte 							padByte;
	long 							reserved;
	long 							reserved2;
};
typedef struct IPMOpenQueuePB			IPMOpenQueuePB;

struct IPMCloseQueuePB {
	void *							qLink;
	long 							reservedH1;
	long 							reservedH2;
	IPMIOCompletionUPP 				ioCompletion;
	OSErr 							ioResult;
	long 							saveA5;
	short 							reqCode;
	IPMQueueRef 					queueRef;
};
typedef struct IPMCloseQueuePB			IPMCloseQueuePB;

struct IPMEnumerateQueuePB {
	void *							qLink;
	long 							reservedH1;
	long 							reservedH2;
	IPMIOCompletionUPP 				ioCompletion;
	OSErr 							ioResult;
	long 							saveA5;
	short 							reqCode;
	IPMQueueRef 					queueRef;
	IPMSeqNum 						startSeqNum;
	Boolean 						getProcHint;
	Boolean 						getMsgType;
	short 							filler;
	IPMFilter *						filter;
	unsigned short 					numToGet;
	unsigned short 					numGotten;
	unsigned long 					enumCount;
	void *							enumBuffer;					/* will be packed array of IPMMsgInfo */
	unsigned long 					actEnumCount;
};
typedef struct IPMEnumerateQueuePB		IPMEnumerateQueuePB;

typedef IPMEnumerateQueuePB 			IPMChangeQueueFilterPB;

struct IPMDeleteMsgRangePB {
	void *							qLink;
	long 							reservedH1;
	long 							reservedH2;
	IPMIOCompletionUPP 				ioCompletion;
	OSErr 							ioResult;
	long 							saveA5;
	short 							reqCode;
	IPMQueueRef 					queueRef;
	IPMSeqNum 						startSeqNum;
	IPMSeqNum 						endSeqNum;
	IPMSeqNum 						lastSeqNum;
};
typedef struct IPMDeleteMsgRangePB		IPMDeleteMsgRangePB;


struct IPMOpenMsgPB {
	void *							qLink;
	long 							reservedH1;
	long 							reservedH2;
	IPMIOCompletionUPP 				ioCompletion;
	OSErr 							ioResult;
	long 							saveA5;
	short 							reqCode;
	IPMQueueRef 					queueRef;
	IPMSeqNum 						sequenceNum;
	IPMMsgRef 						newMsgRef;
	IPMSeqNum 						actualSeqNum;
	Boolean 						exactMatch;
	Byte 							padByte;
	long 							reserved;
};
typedef struct IPMOpenMsgPB				IPMOpenMsgPB;


struct IPMOpenHFSMsgPB {
	void *							qLink;
	long 							reservedH1;
	long 							reservedH2;
	IPMIOCompletionUPP 				ioCompletion;
	OSErr 							ioResult;
	long 							saveA5;
	short 							reqCode;
	FSSpec *						hfsPath;
	long 							filler;
	IPMMsgRef 						newMsgRef;
	long 							filler2;
	Byte 							filler3;
	Boolean 						filler4;
	long 							reserved;
};
typedef struct IPMOpenHFSMsgPB			IPMOpenHFSMsgPB;


struct IPMOpenBlockAsMsgPB {
	void *							qLink;
	long 							reservedH1;
	long 							reservedH2;
	IPMIOCompletionUPP 				ioCompletion;
	OSErr 							ioResult;
	long 							saveA5;
	short 							reqCode;
	IPMMsgRef 						msgRef;
	unsigned long 					filler;
	IPMMsgRef 						newMsgRef;
	unsigned short 					filler2[7];
	unsigned short 					blockIndex;
};
typedef struct IPMOpenBlockAsMsgPB		IPMOpenBlockAsMsgPB;


struct IPMCloseMsgPB {
	void *							qLink;
	long 							reservedH1;
	long 							reservedH2;
	IPMIOCompletionUPP 				ioCompletion;
	OSErr 							ioResult;
	long 							saveA5;
	short 							reqCode;
	IPMMsgRef 						msgRef;
	Boolean 						deleteMsg;
	Boolean 						filler1;
};
typedef struct IPMCloseMsgPB			IPMCloseMsgPB;


struct IPMGetMsgInfoPB {
	void *							qLink;
	long 							reservedH1;
	long 							reservedH2;
	IPMIOCompletionUPP 				ioCompletion;
	OSErr 							ioResult;
	long 							saveA5;
	short 							reqCode;
	IPMMsgRef 						msgRef;
	IPMMsgInfo *					info;
};
typedef struct IPMGetMsgInfoPB			IPMGetMsgInfoPB;


struct IPMReadHeaderPB {
	void *							qLink;
	long 							reservedH1;
	long 							reservedH2;
	IPMIOCompletionUPP 				ioCompletion;
	OSErr 							ioResult;
	long 							saveA5;
	short 							reqCode;
	IPMMsgRef 						msgRef;
	unsigned short 					fieldSelector;
	long 							offset;
	unsigned long 					count;
	void *							buffer;
	unsigned long 					actualCount;
	unsigned short 					filler;
	unsigned long 					remaining;
};
typedef struct IPMReadHeaderPB			IPMReadHeaderPB;


struct IPMReadRecipientPB {
	void *							qLink;
	long 							reservedH1;
	long 							reservedH2;
	IPMIOCompletionUPP 				ioCompletion;
	OSErr 							ioResult;
	long 							saveA5;
	short 							reqCode;
	IPMMsgRef 						msgRef;
	unsigned short 					rcptIndex;
	long 							offset;
	unsigned long 					count;
	void *							buffer;
	unsigned long 					actualCount;
	short 							reserved;					/* must be zero */
	unsigned long 					remaining;
	unsigned short 					originalIndex;
	OCERecipientOffsetFlags 		recipientOffsetFlags;
	Boolean 						filler1;
};
typedef struct IPMReadRecipientPB		IPMReadRecipientPB;

/*
replyQueue works like recipient. [can no longer read it via ReadHeader]
OriginalIndex is meaningless, rcptFlags are used seperately and there are
currently none defined.
*/

typedef IPMReadRecipientPB 				IPMReadReplyQueuePB;

struct IPMGetBlkIndexPB {
	void *							qLink;
	long 							reservedH1;
	long 							reservedH2;
	IPMIOCompletionUPP 				ioCompletion;
	OSErr 							ioResult;
	long 							saveA5;
	short 							reqCode;
	IPMMsgRef 						msgRef;
	IPMBlockType 					blockType;
	unsigned short 					index;
	unsigned short 					startingFrom;
	IPMBlockType 					actualBlockType;
	unsigned short 					actualBlockIndex;
};
typedef struct IPMGetBlkIndexPB			IPMGetBlkIndexPB;


struct IPMReadMsgPB {
	void *							qLink;
	long 							reservedH1;
	long 							reservedH2;
	IPMIOCompletionUPP 				ioCompletion;
	OSErr 							ioResult;
	long 							saveA5;
	short 							reqCode;
	IPMMsgRef 						msgRef;
	IPMAccessMode 					mode;
	long 							offset;
	unsigned long 					count;
	void *							buffer;
	unsigned long 					actualCount;
	unsigned short 					blockIndex;
	unsigned long 					remaining;
};
typedef struct IPMReadMsgPB				IPMReadMsgPB;

struct IPMVerifySignaturePB {
	void *							qLink;
	long 							reservedH1;
	long 							reservedH2;
	IPMIOCompletionUPP 				ioCompletion;
	OSErr 							ioResult;
	long 							saveA5;
	short 							reqCode;
	IPMMsgRef 						msgRef;
	SIGContextPtr 					signatureContext;
};
typedef struct IPMVerifySignaturePB		IPMVerifySignaturePB;

struct IPMNewMsgPB {
	void *							qLink;
	long 							reservedH1;
	long 							reservedH2;
	IPMIOCompletionUPP 				ioCompletion;
	OSErr 							ioResult;
	long 							saveA5;
	short 							reqCode;
	unsigned long 					filler;
	OCERecipient *					recipient;
	OCERecipient *					replyQueue;
	StringPtr 						procHint;
	unsigned short 					filler2;
	IPMMsgType *					msgType;
	unsigned long 					refCon;
	IPMMsgRef 						newMsgRef;
	unsigned short 					filler3;
	long 							filler4;
	AuthIdentity 					identity;
	IPMSender *						sender;
	unsigned long 					internalUse;
	unsigned long 					internalUse2;
};
typedef struct IPMNewMsgPB				IPMNewMsgPB;

struct IPMNewHFSMsgPB {
	void *							qLink;
	long 							reservedH1;
	long 							reservedH2;
	IPMIOCompletionUPP 				ioCompletion;
	OSErr 							ioResult;
	long 							saveA5;
	short 							reqCode;
	FSSpec *						hfsPath;
	OCERecipient *					recipient;
	OCERecipient *					replyQueue;
	StringPtr 						procHint;
	unsigned short 					filler2;
	IPMMsgType *					msgType;
	unsigned long 					refCon;
	IPMMsgRef 						newMsgRef;
	unsigned short 					filler3;
	long 							filler4;
	AuthIdentity 					identity;
	IPMSender *						sender;
	unsigned long 					internalUse;
	unsigned long 					internalUse2;
};
typedef struct IPMNewHFSMsgPB			IPMNewHFSMsgPB;

struct IPMNestMsgPB {
	void *							qLink;
	long 							reservedH1;
	long 							reservedH2;
	IPMIOCompletionUPP 				ioCompletion;
	OSErr 							ioResult;
	long 							saveA5;
	short 							reqCode;
	IPMMsgRef 						msgRef;
	unsigned short 					filler[9];
	unsigned long 					refCon;
	IPMMsgRef 						msgToNest;
	unsigned short 					filler2;
	long 							startingOffset;
};
typedef struct IPMNestMsgPB				IPMNestMsgPB;


struct IPMNewNestedMsgBlockPB {
	void *							qLink;
	long 							reservedH1;
	long 							reservedH2;
	IPMIOCompletionUPP 				ioCompletion;
	OSErr 							ioResult;
	long 							saveA5;
	short 							reqCode;
	IPMMsgRef 						msgRef;
	OCERecipient *					recipient;
	OCERecipient *					replyQueue;
	StringPtr 						procHint;
	unsigned short 					filler1;
	IPMMsgType *					msgType;
	unsigned long 					refCon;
	IPMMsgRef 						newMsgRef;
	unsigned short 					filler2;
	long 							startingOffset;
	AuthIdentity 					identity;
	IPMSender *						sender;
	unsigned long 					internalUse;
	unsigned long 					internalUse2;
};
typedef struct IPMNewNestedMsgBlockPB	IPMNewNestedMsgBlockPB;


struct IPMEndMsgPB {
	void *							qLink;
	long 							reservedH1;
	long 							reservedH2;
	IPMIOCompletionUPP 				ioCompletion;
	OSErr 							ioResult;
	long 							saveA5;
	short 							reqCode;
	IPMMsgRef 						msgRef;
	IPMMsgID 						msgID;
	RString *						msgTitle;
	IPMNotificationType 			deliveryNotification;
	IPMPriority 					priority;
	Boolean 						cancel;
	Byte 							padByte;
	long 							reserved;
	SIGSignaturePtr 				signature;
	Size 							signatureSize;
	SIGContextPtr 					signatureContext;
																/* family this msg belongs (e.g. mail) use kIPMFamilyUnspecified by default */
	OSType 							family;
};
typedef struct IPMEndMsgPB				IPMEndMsgPB;


struct IPMAddRecipientPB {
	void *							qLink;
	long 							reservedH1;
	long 							reservedH2;
	IPMIOCompletionUPP 				ioCompletion;
	OSErr 							ioResult;
	long 							saveA5;
	short 							reqCode;
	IPMMsgRef 						msgRef;
	OCERecipient *					recipient;
	long 							reserved;
};
typedef struct IPMAddRecipientPB		IPMAddRecipientPB;


struct IPMAddReplyQueuePB {
	void *							qLink;
	long 							reservedH1;
	long 							reservedH2;
	IPMIOCompletionUPP 				ioCompletion;
	OSErr 							ioResult;
	long 							saveA5;
	short 							reqCode;
	IPMMsgRef 						msgRef;
	long 							filler;
	OCERecipient *					replyQueue;
};
typedef struct IPMAddReplyQueuePB		IPMAddReplyQueuePB;


struct IPMNewBlockPB {
	void *							qLink;
	long 							reservedH1;
	long 							reservedH2;
	IPMIOCompletionUPP 				ioCompletion;
	OSErr 							ioResult;
	long 							saveA5;
	short 							reqCode;
	IPMMsgRef 						msgRef;
	IPMBlockType 					blockType;
	unsigned short 					filler[5];
	unsigned long 					refCon;
	unsigned short 					filler2[3];
	long 							startingOffset;
};
typedef struct IPMNewBlockPB			IPMNewBlockPB;


struct IPMWriteMsgPB {
	void *							qLink;
	long 							reservedH1;
	long 							reservedH2;
	IPMIOCompletionUPP 				ioCompletion;
	OSErr 							ioResult;
	long 							saveA5;
	short 							reqCode;
	IPMMsgRef 						msgRef;
	IPMAccessMode 					mode;
	long 							offset;
	unsigned long 					count;
	void *							buffer;
	unsigned long 					actualCount;
	Boolean 						currentBlock;
	Boolean 						filler1;
};
typedef struct IPMWriteMsgPB			IPMWriteMsgPB;



union IPMParamBlock {
	struct {
		void *							qLink;
		long 							reservedH1;
		long 							reservedH2;
		IPMIOCompletionUPP 				ioCompletion;
		OSErr 							ioResult;
		long 							saveA5;
		short 							reqCode;
	} 								header;
	IPMOpenContextPB 				openContextPB;
	IPMCloseContextPB 				closeContextPB;
	IPMCreateQueuePB 				createQueuePB;
	IPMDeleteQueuePB 				deleteQueuePB;
	IPMOpenQueuePB 					openQueuePB;
	IPMCloseQueuePB 				closeQueuePB;
	IPMEnumerateQueuePB 			enumerateQueuePB;
	IPMChangeQueueFilterPB 			changeQueueFilterPB;
	IPMDeleteMsgRangePB 			deleteMsgRangePB;
	IPMOpenMsgPB 					openMsgPB;
	IPMOpenHFSMsgPB 				openHFSMsgPB;
	IPMOpenBlockAsMsgPB 			openBlockAsMsgPB;
	IPMCloseMsgPB 					closeMsgPB;
	IPMGetMsgInfoPB 				getMsgInfoPB;
	IPMReadHeaderPB 				readHeaderPB;
	IPMReadRecipientPB 				readRecipientPB;
	IPMReadReplyQueuePB 			readReplyQueuePB;
	IPMGetBlkIndexPB 				getBlkIndexPB;
	IPMReadMsgPB 					readMsgPB;
	IPMVerifySignaturePB 			verifySignaturePB;
	IPMNewMsgPB 					newMsgPB;
	IPMNewHFSMsgPB 					newHFSMsgPB;
	IPMNestMsgPB 					nestMsgPB;
	IPMNewNestedMsgBlockPB 			newNestedMsgBlockPB;
	IPMEndMsgPB 					endMsgPB;
	IPMAddRecipientPB 				addRecipientPB;
	IPMAddReplyQueuePB 				addReplyQueuePB;
	IPMNewBlockPB 					newBlockPB;
	IPMWriteMsgPB 					writeMsgPB;
};

enum { uppIPMIOCompletionProcInfo = 0x00009802 }; 				/* register no_return_value Func(4_bytes:A0) */
#if MIXEDMODE_CALLS_ARE_FUNCTIONS
EXTERN_API(void)
CallIPMIOCompletionProc		   (IPMIOCompletionUPP		userRoutine,
								IPMParamBlockPtr		paramBlock);
EXTERN_API(IPMIOCompletionUPP)
NewIPMIOCompletionProc		   (IPMIOCompletionProcPtr	userRoutine);
#else
#if TARGET_OS_MAC && TARGET_CPU_68K && !TARGET_RT_MAC_CFM
	#pragma parameter CallIPMIOCompletionProc(__A1, __A0)
	void CallIPMIOCompletionProc(IPMIOCompletionUPP routine, IPMParamBlockPtr paramBlock) = 0x4E91;
#else
	#define CallIPMIOCompletionProc(userRoutine, paramBlock) 	CALL_ONE_PARAMETER_UPP((userRoutine), uppIPMIOCompletionProcInfo, (paramBlock))
#endif
#define NewIPMIOCompletionProc(userRoutine) 					(IPMIOCompletionUPP)NewRoutineDescriptor((ProcPtr)(userRoutine), uppIPMIOCompletionProcInfo, GetCurrentArchitecture())
#endif
EXTERN_API( OSErr )
IPMOpenContext					(IPMParamBlockPtr 		paramBlock,
								 Boolean 				async)								THREEWORDINLINE(0x3F3C, 0x0400, 0xAA5E);

EXTERN_API( OSErr )
IPMCloseContext					(IPMParamBlockPtr 		paramBlock,
								 Boolean 				async)								THREEWORDINLINE(0x3F3C, 0x0401, 0xAA5E);

EXTERN_API( OSErr )
IPMNewMsg						(IPMParamBlockPtr 		paramBlock,
								 Boolean 				async)								THREEWORDINLINE(0x3F3C, 0x0402, 0xAA5E);

EXTERN_API( OSErr )
IPMNewBlock						(IPMParamBlockPtr 		paramBlock,
								 Boolean 				async)								THREEWORDINLINE(0x3F3C, 0x0404, 0xAA5E);

EXTERN_API( OSErr )
IPMNewNestedMsgBlock			(IPMParamBlockPtr 		paramBlock,
								 Boolean 				async)								THREEWORDINLINE(0x3F3C, 0x0405, 0xAA5E);

EXTERN_API( OSErr )
IPMNestMsg						(IPMParamBlockPtr 		paramBlock,
								 Boolean 				async)								THREEWORDINLINE(0x3F3C, 0x0406, 0xAA5E);

EXTERN_API( OSErr )
IPMWriteMsg						(IPMParamBlockPtr 		paramBlock,
								 Boolean 				async)								THREEWORDINLINE(0x3F3C, 0x0407, 0xAA5E);

EXTERN_API( OSErr )
IPMEndMsg						(IPMParamBlockPtr 		paramBlock,
								 Boolean 				async)								THREEWORDINLINE(0x3F3C, 0x0408, 0xAA5E);

EXTERN_API( OSErr )
IPMOpenQueue					(IPMParamBlockPtr 		paramBlock,
								 Boolean 				async)								THREEWORDINLINE(0x3F3C, 0x0409, 0xAA5E);

EXTERN_API( OSErr )
IPMCloseQueue					(IPMParamBlockPtr 		paramBlock,
								 Boolean 				async)								THREEWORDINLINE(0x3F3C, 0x040A, 0xAA5E);

/* Always synchronous */
EXTERN_API( OSErr )
IPMVerifySignature				(IPMParamBlockPtr 		paramBlock)							FIVEWORDINLINE(0x7000, 0x1F00, 0x3F3C, 0x0422, 0xAA5E);

EXTERN_API( OSErr )
IPMOpenMsg						(IPMParamBlockPtr 		paramBlock,
								 Boolean 				async)								THREEWORDINLINE(0x3F3C, 0x040B, 0xAA5E);

EXTERN_API( OSErr )
IPMCloseMsg						(IPMParamBlockPtr 		paramBlock,
								 Boolean 				async)								THREEWORDINLINE(0x3F3C, 0x040C, 0xAA5E);

EXTERN_API( OSErr )
IPMReadMsg						(IPMParamBlockPtr 		paramBlock,
								 Boolean 				async)								THREEWORDINLINE(0x3F3C, 0x040D, 0xAA5E);

EXTERN_API( OSErr )
IPMReadHeader					(IPMParamBlockPtr 		paramBlock,
								 Boolean 				async)								THREEWORDINLINE(0x3F3C, 0x040E, 0xAA5E);

EXTERN_API( OSErr )
IPMOpenBlockAsMsg				(IPMParamBlockPtr 		paramBlock,
								 Boolean 				async)								THREEWORDINLINE(0x3F3C, 0x040F, 0xAA5E);

EXTERN_API( OSErr )
IPMNewHFSMsg					(IPMParamBlockPtr 		paramBlock,
								 Boolean 				async)								THREEWORDINLINE(0x3F3C, 0x041E, 0xAA5E);

EXTERN_API( OSErr )
IPMReadRecipient				(IPMParamBlockPtr 		paramBlock,
								 Boolean 				async)								THREEWORDINLINE(0x3F3C, 0x0410, 0xAA5E);

EXTERN_API( OSErr )
IPMReadReplyQueue				(IPMParamBlockPtr 		paramBlock,
								 Boolean 				async)								THREEWORDINLINE(0x3F3C, 0x0421, 0xAA5E);

EXTERN_API( OSErr )
IPMCreateQueue					(IPMParamBlockPtr 		paramBlock,
								 Boolean 				async)								THREEWORDINLINE(0x3F3C, 0x0411, 0xAA5E);

EXTERN_API( OSErr )
IPMDeleteQueue					(IPMParamBlockPtr 		paramBlock,
								 Boolean 				async)								THREEWORDINLINE(0x3F3C, 0x0412, 0xAA5E);

EXTERN_API( OSErr )
IPMEnumerateQueue				(IPMParamBlockPtr 		paramBlock,
								 Boolean 				async)								THREEWORDINLINE(0x3F3C, 0x0413, 0xAA5E);

EXTERN_API( OSErr )
IPMChangeQueueFilter			(IPMParamBlockPtr 		paramBlock,
								 Boolean 				async)								THREEWORDINLINE(0x3F3C, 0x0414, 0xAA5E);

EXTERN_API( OSErr )
IPMDeleteMsgRange				(IPMParamBlockPtr 		paramBlock,
								 Boolean 				async)								THREEWORDINLINE(0x3F3C, 0x0415, 0xAA5E);

EXTERN_API( OSErr )
IPMAddRecipient					(IPMParamBlockPtr 		paramBlock,
								 Boolean 				async)								THREEWORDINLINE(0x3F3C, 0x0403, 0xAA5E);

EXTERN_API( OSErr )
IPMAddReplyQueue				(IPMParamBlockPtr 		paramBlock,
								 Boolean 				async)								THREEWORDINLINE(0x3F3C, 0x041D, 0xAA5E);

EXTERN_API( OSErr )
IPMOpenHFSMsg					(IPMParamBlockPtr 		paramBlock,
								 Boolean 				async)								THREEWORDINLINE(0x3F3C, 0x0417, 0xAA5E);

EXTERN_API( OSErr )
IPMGetBlkIndex					(IPMParamBlockPtr 		paramBlock,
								 Boolean 				async)								THREEWORDINLINE(0x3F3C, 0x0418, 0xAA5E);

EXTERN_API( OSErr )
IPMGetMsgInfo					(IPMParamBlockPtr 		paramBlock,
								 Boolean 				async)								THREEWORDINLINE(0x3F3C, 0x0419, 0xAA5E);




#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 /* __OCEMESSAGING__ */