Developer CD Series 1994 November: Tool Chest

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Text File | 1994-09-06 | 27.2 KB | 1,020 lines | [TEXT/MPS ]

; ; File: FSM.a ; ; Copyright: © 1984-1994 by Apple Computer, Inc. ; All rights reserved. ; ; Version: File System Manager Software Development Kit, Thursday, September 1, 1994 2:42:17 PM ; ; Note: For use with Universal Interfaces 2.0a1. ETO #15, MPW prerelease. ; Future releases of Universal Interfaces will include this file. ; ; Bugs?: If you find a problem with this file, send the file and version ; information (from above) and the problem description to: ; ; Internet: apple.bugs@applelink.apple.com ; AppleLink: APPLE.BUGS ; ; IF &TYPE('__FSM__') = 'UNDEFINED' THEN __FSM__ SET 1 IF &TYPE('__FILES__') = 'UNDEFINED' THEN include 'Files.a' ENDIF ; include 'Types.a' ; ; include 'ConditionalMacros.a' ; ; include 'MixedMode.a' ; ; include 'OSUtils.a' ; ; The new volume mount flags volMountInteractBit EQU 15 ; Input to VolumeMount: If set, it's OK for the file system volMountInteractMask EQU $8000 ; to perform user interaction to mount the volume volMountChangedBit EQU 14 ; Output from VoumeMount: If set, the volume was mounted, but volMountChangedMask EQU $4000 ; the volume mounting information record needs to be updated. volMountFSReservedMask EQU $00ff ; bits 0-7 are defined by each file system for its own use volMountSysReservedMask EQU $ff00 ; bits 8-15 are reserved for Apple system use ; ; * The new volume mount info record ; VolumeMountInfoHeader RECORD 0 length ds.w 1 ; length of location data (including self) media ds.l 1 ; type of media (must be registered with Apple) flags ds.w 1 ; volume mount flags. Variable length data follows sizeof EQU * ENDR gestaltFSMVersion EQU 'fsm ' ; ; * Miscellaneous file system values not in Files.h ; fsUsrCNID EQU 16 ; First assignable directory or file number ; File system trap word attribute bits kHFSBit EQU 9 ; HFS call: bit 9 kHFSMask EQU $0200 kAsyncBit EQU 10 ; Asynchronous call: bit 10 kAsyncMask EQU $0400 ; ; * HFSCIProc selectCode values ; * Note: The trap attribute bits (the HFS bit and the asynchronous bit) ; * may be set in these selectCode values. ; kFSMOpen EQU $A000 kFSMClose EQU $A001 kFSMRead EQU $A002 kFSMWrite EQU $A003 kFSMGetVolInfo EQU $A007 kFSMCreate EQU $A008 kFSMDelete EQU $A009 kFSMOpenRF EQU $A00A kFSMRename EQU $A00B kFSMGetFileInfo EQU $A00C kFSMSetFileInfo EQU $A00D kFSMUnmountVol EQU $A00E kFSMMountVol EQU $A00F kFSMAllocate EQU $A010 kFSMGetEOF EQU $A011 kFSMSetEOF EQU $A012 kFSMFlushVol EQU $A013 kFSMGetVol EQU $A014 kFSMSetVol EQU $A015 kFSMEject EQU $A017 kFSMGetFPos EQU $A018 kFSMOffline EQU $A035 kFSMSetFilLock EQU $A041 kFSMRstFilLock EQU $A042 kFSMSetFilType EQU $A043 kFSMSetFPos EQU $A044 kFSMFlushFile EQU $A045 ; The File System HFSDispatch selectCodes kFSMOpenWD EQU $0001 kFSMCloseWD EQU $0002 kFSMCatMove EQU $0005 kFSMDirCreate EQU $0006 kFSMGetWDInfo EQU $0007 kFSMGetFCBInfo EQU $0008 kFSMGetCatInfo EQU $0009 kFSMSetCatInfo EQU $000A kFSMSetVolInfo EQU $000B kFSMLockRng EQU $0010 kFSMUnlockRng EQU $0011 kFSMCreateFileIDRef EQU $0014 kFSMDeleteFileIDRef EQU $0015 kFSMResolveFileIDRef EQU $0016 kFSMExchangeFiles EQU $0017 kFSMCatSearch EQU $0018 kFSMOpenDF EQU $001A kFSMMakeFSSpec EQU $001B ; The Desktop Manager HFSDispatch selectCodes kFSMDTGetPath EQU $0020 kFSMDTCloseDown EQU $0021 kFSMDTAddIcon EQU $0022 kFSMDTGetIcon EQU $0023 kFSMDTGetIconInfo EQU $0024 kFSMDTAddAPPL EQU $0025 kFSMDTRemoveAPPL EQU $0026 kFSMDTGetAPPL EQU $0027 kFSMDTSetComment EQU $0028 kFSMDTRemoveComment EQU $0029 kFSMDTGetComment EQU $002A kFSMDTFlush EQU $002B kFSMDTReset EQU $002C kFSMDTGetInfo EQU $002D kFSMDTOpenInform EQU $002E kFSMDTDelete EQU $002F ; The AppleShare HFSDispatch selectCodes kFSMGetVolParms EQU $0030 kFSMGetLogInInfo EQU $0031 kFSMGetDirAccess EQU $0032 kFSMSetDirAccess EQU $0033 kFSMMapID EQU $0034 kFSMMapName EQU $0035 kFSMCopyFile EQU $0036 kFSMMoveRename EQU $0037 kFSMOpenDeny EQU $0038 kFSMOpenRFDeny EQU $0039 kFSMGetXCatInfo EQU $003A kFSMGetVolMountInfoSize EQU $003F kFSMGetVolMountInfo EQU $0040 kFSMVolumeMount EQU $0041 kFSMShare EQU $0042 kFSMUnShare EQU $0043 kFSMGetUGEntry EQU $0044 kFSMGetForeignPrivs EQU $0060 kFSMSetForeignPrivs EQU $0061 ; ; * UTDetermineVol status values ; dtmvError EQU 0 ; param error dtmvFullPathame EQU 1 ; determined by full pathname dtmvVRefNum EQU 2 ; determined by volume refNum dtmvWDRefNum EQU 3 ; determined by working directory refNum dtmvDriveNum EQU 4 ; determined by drive number dtmvDefault EQU 5 ; determined by default volume ; ; * UTGetBlock options ; gbDefault EQU 0 ; default value - read if not found ; bits and masks gbReadBit EQU 0 ; read block from disk (forced read) gbReadMask EQU $0001 gbExistBit EQU 1 ; get existing cache block gbExistMask EQU $0002 gbNoReadBit EQU 2 ; don't read block from disk if not found in cache gbNoReadMask EQU $0004 gbReleaseBit EQU 3 ; release block immediately after GetBlock gbReleaseMask EQU $0008 ; ; * UTReleaseBlock options ; rbDefault EQU 0 ; default value - just mark the buffer not in-use ; bits and masks rbWriteBit EQU 0 ; force write buffer to disk rbWriteMask EQU $0001 rbTrashBit EQU 1 ; trash buffer contents after release rbTrashMask EQU $0002 rbDirtyBit EQU 2 ; mark buffer dirty rbDirtyMask EQU $0004 rbFreeBit EQU 3 ; free the buffer (save in the hash) ; ; * rbFreeMask (rbFreeBit + rbTrashBit) works as rbTrash on < System 7.0 RamCache; ; * on >= System 7.0, rbfreeMask overrides rbTrash ; rbFreeMask EQU $000A ; ; * UTFlushCache options ; fcDefault EQU 0 ; default value - just flush any dirty buffers ; bits and masks fcTrashBit EQU 1 ; trash buffers after flushing fcTrashMask EQU $0002 fcFreeBit EQU 3 ; free buffers after flushing fcFreeMask EQU $0008 ; fcFreeMask works as fcTrash on < System 7.0 RamCache ; ; * UTCacheReadIP and UTCacheWriteIP cacheOption ; noCacheBit EQU 5 ; don't cache this please noCacheMask EQU $0020 rdVerifyBit EQU 6 ; read verify rdVerifyMask EQU $0040 ; ; * Cache routine internal error codes ; chNoBuf EQU 1 ; no free cache buffers (all in use) chInUse EQU 2 ; requested block in use chnotfound EQU 3 ; requested block not found chNotInUse EQU 4 ; block being released was not in use ; ; * FCBRec.fcbFlags bits ; fcbWriteBit EQU 0 ; Data can be written to this file fcbWriteMask EQU $01 fcbResourceBit EQU 1 ; This file is a resource fork fcbResourceMask EQU $02 fcbWriteLockedBit EQU 2 ; File has a locked byte range fcbWriteLockedMask EQU $04 fcbSharedWriteBit EQU 4 ; File is open for shared write access fcbSharedWriteMask EQU $10 fcbFileLockedBit EQU 5 ; File is locked (write-protected) fcbFileLockedMask EQU $20 fcbOwnClumpBit EQU 6 ; File has clump size specified in FCB fcbOwnClumpMask EQU $40 fcbModifiedBit EQU 7 ; File has changed since it was last flushed fcbModifiedMask EQU $80 ; ; * ExtFileProc options ; extendFileAllBit EQU 0 ; allocate all requested bytes or none extendFileAllMask EQU $0001 extendFileContigBit EQU 1 ; force contiguous allocation extendFileContigMask EQU $0002 ; ; * HFS Component Interface constants ; ; ; * compInterfMask bits specific to HFS component ; hfsCIDoesHFSBit EQU 23 ; set if file system supports HFS calls hfsCIDoesHFSMask EQU $00800000 hfsCIDoesAppleShareBit EQU 22 ; set if AppleShare calls supported hfsCIDoesAppleShareMask EQU $00400000 hfsCIDoesDeskTopBit EQU 21 ; set if Desktop Database calls supported hfsCIDoesDeskTopMask EQU $00200000 hfsCIDoesDynamicLoadBit EQU 20 ; set if dynamically loading code resource hfsCIDoesDynamicLoadMask EQU $00100000 ; supported hfsCIResourceLoadedBit EQU 19 ; set if code resource already loaded hfsCIResourceLoadedMask EQU $00080000 hfsCIHasHLL2PProcBit EQU 18 ; set if FFS' log2PhyProc and Extendfile proc hfsCIHasHLL2PProcMask EQU $00040000 ; is written in a high level language. (i.e., uses Pascal calling convention) ; ; * Disk Initialization Component Interface constants ; ; ; * compInterfMask bits specific to Disk Initialization component ; diCIHasExtFormatParamsBit EQU 18 ; set if file system needs extended format diCIHasExtFormatParamsMask EQU $00040000 ; parameters diCIHasMultiVolTypesBit EQU 17 ; set if file system supports more than one diCIHasMultiVolTypesMask EQU $00020000 ; volume type diCIDoesSparingBit EQU 16 ; set if file system supports disk sparing diCIDoesSparingMask EQU $00010000 diCILiveBit EQU 0 ; set if file system is candidate for current diCILiveMask EQU $00000001 ; formatting operation (set by PACK2) ; ; * Disk Initialization Component Function selectors ; diCILoad EQU 1 ; Make initialization code memory resident diCIUnload EQU 2 ; Make initialization code purgeable diCIEvaluateSizeChoices EQU 3 ; Evaluate size choices diCIExtendedZero EQU 4 ; Write an empty volume directory diCIValidateVolName EQU 5 ; Validate volume name diCIGetVolTypeInfo EQU 6 ; get volume type info diCIGetFormatString EQU 7 ; get dialog format string diCIGetExtFormatParams EQU 8 ; get extended format parameters diCIGetDefectList EQU 9 ; return the defect list for the indicated disk - reserved for future use ; ; * Constants used in the DICIEvaluateSizeRec and FormatListRec ; diCIFmtListMax EQU 8 ; maximum number of format list entries in DICIEvaluateSizeRec.numSizeEntries ; bits in FormatListRec.formatFlags: diCIFmtFlagsValidBit EQU 7 ; set if sec, side, tracks valid diCIFmtFlagsValidMask EQU $80 diCIFmtFlagsCurrentBit EQU 6 ; set if current disk has this fmt diCIFmtFlagsCurrentMask EQU $40 ; bits in FormatListRec.sizeListFlags: diCISizeListOKBit EQU 15 ; set if this disk size usable diCISizeListOKMask EQU $8000 ; ; * DICIGetFormatStringRec.stringKind format strings ; diCIAlternateFormatStr EQU 1 ; get alternate format string (Balloon Help) diCISizePresentationStr EQU 2 ; get size presentation string (for dialog) ; ; * Error codes returned by Disk Sparing ; diCIUserCancelErr EQU 1 ; user cancelled the disk init diCICriticalSectorBadErr EQU 20 ; critical sectors are bad (hopeless) diCISparingFailedErr EQU 21 ; disk cannot be spared diCITooManyBadSectorsErr EQU 22 ; too many bad sectors diCIUnknownVolTypeErr EQU 23 ; the volume type passed in diCIExtendedZero paramBlock is not supported diCIVolSizeMismatchErr EQU 24 ; specified volume size doesn’t match with formatted disk size diCIUnknownDICallErr EQU 25 ; bogus DI function call selector diCINoSparingErr EQU 26 ; disk is bad but the target FS doesn't do disk sparing diCINoExtendInfoErr EQU 27 ; missing file system specific extra parameter in diCIExtendedZero call diCINoMessageTextErr EQU 28 ; missing message text in DIReformat call ; ; * File System Manager constants ; ; ; * Miscellaneous constants used by FSM ; fsdVersion1 EQU 1 ; current version of FSD record fsmIgnoreFSID EQU $fffe ; this FSID should be ignored by the driver fsmGenericFSID EQU $ffff ; unknown foreign file system ID ; ; * compInterfMask bits common to all FSM components ; fsmComponentEnableBit EQU 31 ; set if FSM component interface is enabled fsmComponentEnableMask EQU $80000000 fsmComponentBusyBit EQU 30 ; set if FSM component interface is busy fsmComponentBusyMask EQU $40000000 ; ; * Selectors for GetFSInfo ; fsmGetFSInfoByIndex EQU -1 ; get fs info by index fsmGetFSInfoByFSID EQU 0 ; get fs info by FSID fsmGetFSInfoByRefNum EQU 1 ; get fs info by file/vol refnum ; ; * InformFSM messages ; fsmNopMessage EQU 0 ; nop fsmDrvQElChangedMessage EQU 1 ; DQE has changed fsmGetFSIconMessage EQU 2 ; Get FFS's disk icon ; ; * Messages passed to the fileSystemCommProc ; ffsNopMessage EQU 0 ; nop, should always return noErr ffsGetIconMessage EQU 1 ; return disk icon and mask ffsIDDiskMessage EQU 2 ; identify the about-to-be-mounted volume ffsLoadMessage EQU 3 ; load in the FFS ffsUnloadMessage EQU 4 ; unload the FFS ffsIDVolMountMessage EQU 5 ; identify a VolMountInfo record ffsInformMessage EQU 6 ; FFS defined message ffsGetIconInfoMessage EQU 7 ; ; * Error codes from FSM functions ; fsmFFSNotFoundErr EQU -431 ; Foreign File system does not exist - new Pack2 could return this error too fsmBusyFFSErr EQU -432 ; File system is busy, cannot be removed fsmBadFFSNameErr EQU -433 ; Name length not 1 <= length <= 31 fsmBadFSDLenErr EQU -434 ; FSD size incompatible with current FSM vers fsmDuplicateFSIDErr EQU -435 ; FSID already exists on InstallFS fsmBadFSDVersionErr EQU -436 ; FSM version incompatible with FSD fsmNoAlternateStackErr EQU -437 ; no alternate stack for HFS CI fsmUnknownFSMMessageErr EQU -438 ; unknown message passed to FSM ; ; * HFS Utility routine records ; ; ; * record used by UTGetPathComponentName ; ParsePathRec RECORD 0 namePtr ds.l 1 ; pathname to parse startOffset ds.w 1 ; where to start parsing componentLength ds.w 1 ; the length of the pathname component parsed moreName ds.b 1 ; non-zero if there are more components after this one foundDelimiter ds.b 1 ; non-zero if parsing stopped because a colon (:) delimiter was found sizeof EQU * ENDR WDCBRec RECORD 0 wdVCBPtr ds.l 1 ; Pointer to VCB of this working directory wdDirID ds.l 1 ; Directory ID number of this working directory wdCatHint ds.l 1 ; Hint for finding this working directory wdProcID ds.l 1 ; Process that created this working directory sizeof EQU * ENDR FCBRec RECORD 0 fcbFlNm ds.l 1 ; FCB file number. Non-zero marks FCB used fcbFlags ds.b 1 ; FCB flags fcbTypByt ds.b 1 ; File type byte fcbSBlk ds.w 1 ; File start block (in alloc size blks) fcbEOF ds.l 1 ; Logical length or EOF in bytes fcbPLen ds.l 1 ; Physical file length in bytes fcbCrPs ds.l 1 ; Current position within file fcbVPtr ds.l 1 ; Pointer to the corresponding VCB fcbBfAdr ds.l 1 ; File's buffer address fcbFlPos ds.w 1 ; Directory block this file is in ; FCB Extensions for HFS fcbClmpSize ds.l 1 ; Number of bytes per clump fcbBTCBPtr ds.l 1 ; Pointer to B*-Tree control block for file fcbExtRec ds.l 3 ; First 3 file extents fcbFType ds.l 1 ; File's 4 Finder Type bytes fcbCatPos ds.l 1 ; Catalog hint for use on Close fcbDirID ds.l 1 ; Parent Directory ID fcbCName ds.l 8 ; CName of open file sizeof EQU * ENDR ; ; * HFS Component Interface records ; HFSCIRec RECORD 0 compInterfMask ds.l 1 ; component flags compInterfProc ds.l 1 ; pointer to file system call processing code log2PhyProc ds.l 1 ; pointer to Lg2PhysProc() code stackTop ds.l 1 ; file system stack top stackSize ds.l 1 ; file system stack size stackPtr ds.l 1 ; current file system stack pointer reserved3 ds.l 1 ; --reserved, must be zero-- idSector ds.l 1 ; Sector you need to ID a local volume. For networked volumes, this must be -1 reserved2 ds.l 1 ; --reserved, must be zero-- reserved1 ds.l 1 ; --reserved, must be zero-- sizeof EQU * ENDR ; ; * Disk Initialization Component Interface records ; DICIRec RECORD 0 compInterfMask ds.l 1 ; component flags compInterfProc ds.l 1 ; pointer to call processing code maxVolNameLength ds.w 1 ; maximum length of your volume name blockSize ds.w 1 ; your file system's block size reserved3 ds.l 1 ; --reserved, must be zero-- reserved2 ds.l 1 ; --reserved, must be zero-- reserved1 ds.l 1 ; --reserved, must be zero-- sizeof EQU * ENDR ; ; * FormatListRec as returned by the .Sony disk driver's ; * Return Format List status call (csCode = 6). ; * If the status call to get this list for a drive is not ; * implemented by the driver, then a list with one entry ; * is contructed from the drive queue element for the drive. ; FormatListRec RECORD 0 volSize ds.l 1 ; disk capacity in SECTORs formatFlags ds.b 1 ; flags sectorsPerTrack ds.b 1 ; sectors per track side tracks ds.w 1 ; number of tracks sizeof EQU * ENDR ; ; * SizeListRec built from FormatListRecs as described above. ; SizeListRec RECORD 0 sizeListFlags ds.w 1 ; flags as set by external file system sizeEntry ds FormatListRec ; disk driver format list record sizeof EQU * ENDR ; ; * paramBlock for the diCIEvaluateSize call ; DICIEvaluateSizeRec RECORD 0 defaultSizeIndex ds.w 1 ; default size for this FS numSizeEntries ds.w 1 ; number of size entries driveNumber ds.w 1 ; drive number sizeListPtr ds.l 1 ; ptr to size entry table sectorSize ds.w 1 ; bytes per sector sizeof EQU * ENDR ; ; * paramBlock for the diCIExtendedZero call ; DICIExtendedZeroRec RECORD 0 driveNumber ds.w 1 ; drive number volNamePtr ds.l 1 ; ptr to volume name string fsid ds.w 1 ; file system ID volTypeSelector ds.w 1 ; volume type selector, if supports more than 1 type numDefectBlocks ds.w 1 ; number of bad logical blocks defectListSize ds.w 1 ; size of the defect list buffer in bytes defectListPtr ds.l 1 ; pointer to defect list buffer volSize ds.l 1 ; size of volume in SECTORs sectorSize ds.w 1 ; bytes per sector extendedInfoPtr ds.l 1 ; ptr to extended info sizeof EQU * ENDR ; ; * paramBlock for the diCIValidateVolName call ; DICIValidateVolNameRec RECORD 0 theChar ds.b 1 ; the character to validate hasMessageBuffer ds.b 1 ; false if no message charOffset ds.w 1 ; position of the current character (first char = 1) messageBufferPtr ds.l 1 ; pointer to message buffer or nil charByteType ds.w 1 ; theChar's byte type (smSingleByte, smFirstByte, or smLastByte) sizeof EQU * ENDR ; ; * paramBlock for the diCIGetVolTypeInfo call ; DICIGetVolTypeInfoRec RECORD 0 volSize ds.l 1 ; size of volume in SECTORs sectorSize ds.w 1 ; bytes per sector numVolTypes ds.w 1 ; number of volume types supported volTypesBuffer ds.b 132 ; 4 string buffers sizeof EQU * ENDR ; ; * paramBlock for the diCIGetFormatString call ; DICIGetFormatStringRec RECORD 0 volSize ds.l 1 ; volume size in SECTORs sectorSize ds.w 1 ; sector size volTypeSelector ds.w 1 ; volume type selector stringKind ds.w 1 ; sub-function = type of string stringBuffer ds.l 64 ; string buffer sizeof EQU * ENDR ; ; * paramBlock for the diCIGetExtendedFormatParams call ; DICIGetExtendedFormatRec RECORD 0 driveNumber ds.w 1 ; drive number volTypeSelector ds.w 1 ; volume type selector or 0 volSize ds.l 1 ; size of volume in SECTORs sectorSize ds.w 1 ; bytes per sector fileSystemSpecPtr ds.l 1 ; pointer to the foreign file system's FSSpec extendedInfoPtr ds.l 1 ; pointer to extended parameter structure sizeof EQU * ENDR ; ; * File System Manager records ; FSDRec RECORD 0 fsdLink ds.l 1 ; ptr to next fsdLength ds.w 1 ; length of this FSD in BYTES fsdVersion ds.w 1 ; version number fileSystemFSID ds.w 1 ; file system id fileSystemName ds.l 8 ; file system name fileSystemSpec ds FSSpec ; foreign file system's FSSpec fileSystemGlobalsPtr ds.l 1 ; ptr to file system globals fileSystemCommProc ds.l 1 ; communication proc with the FFS reserved3 ds.l 1 ; --reserved, must be zero-- reserved2 ds.l 1 ; --reserved, must be zero-- reserved1 ds.l 1 ; --reserved, must be zero-- fsdHFSCI ds HFSCIRec ; HFS component interface fsdDICI ds DICIRec ; Disk Initialization component interface sizeof EQU * ENDR FSMGetIconInfoRec RECORD 0 theIcon ds.l 32 ; The ICN# structure theMask ds.l 32 ; The mask for the icon above whereStr ds.l 64 sizeof EQU * ENDR ; ; * paramBlock for ffsGetIconMessage and fsmGetFSIconMessage ; FSMGetIconRec RECORD 0 refNum ds.w 1 ; target drive num or volume refnum iconBufferPtr ds.l 1 ; pointer to icon buffer requestSize ds.l 1 ; requested size of the icon buffer actualSize ds.l 1 ; actual size of the icon data returned iconType ds.b 1 ; kind of icon isEjectable ds.b 1 ; true if the device is ejectable driveQElemPtr ds.l 1 ; pointer to DQE fileSystemSpecPtr ds.l 1 ; pointer to foreign file system's FSSpec reserved1 ds.l 1 ; --reserved, must be zero-- sizeof EQU * ENDR ; ; * HFS Utility routine prototypes ; IF GENERATING68K THEN Macro _UTAllocateFCB moveq #0,d0 dc.w $A824 EndM ELSE IMPORT UTAllocateFCB ENDIF IF GENERATING68K THEN Macro _UTReleaseFCB moveq #1,d0 dc.w $A824 EndM ELSE IMPORT UTReleaseFCB ENDIF IF GENERATING68K THEN Macro _UTLocateFCB moveq #2,d0 dc.w $A824 EndM ELSE IMPORT UTLocateFCB ENDIF IF GENERATING68K THEN Macro _UTLocateNextFCB moveq #3,d0 dc.w $A824 EndM ELSE IMPORT UTLocateNextFCB ENDIF IF GENERATING68K THEN Macro _UTIndexFCB moveq #4,d0 dc.w $A824 EndM ELSE IMPORT UTIndexFCB ENDIF IF GENERATING68K THEN Macro _UTResolveFCB moveq #5,d0 dc.w $A824 EndM ELSE IMPORT UTResolveFCB ENDIF IF GENERATING68K THEN Macro _UTAllocateVCB moveq #6,d0 dc.w $A824 EndM ELSE IMPORT UTAllocateVCB ENDIF IF GENERATING68K THEN Macro _UTAddNewVCB moveq #7,d0 dc.w $A824 EndM ELSE IMPORT UTAddNewVCB ENDIF IF GENERATING68K THEN Macro _UTDisposeVCB moveq #8,d0 dc.w $A824 EndM ELSE IMPORT UTDisposeVCB ENDIF IF GENERATING68K THEN Macro _UTLocateVCBByRefNum moveq #9,d0 dc.w $A824 EndM ELSE IMPORT UTLocateVCBByRefNum ENDIF IF GENERATING68K THEN Macro _UTLocateVCBByName moveq #10,d0 dc.w $A824 EndM ELSE IMPORT UTLocateVCBByName ENDIF IF GENERATING68K THEN Macro _UTLocateNextVCB moveq #11,d0 dc.w $A824 EndM ELSE IMPORT UTLocateNextVCB ENDIF IF GENERATING68K THEN Macro _UTAllocateWDCB moveq #12,d0 dc.w $A824 EndM ELSE IMPORT UTAllocateWDCB ENDIF IF GENERATING68K THEN Macro _UTReleaseWDCB moveq #13,d0 dc.w $A824 EndM ELSE IMPORT UTReleaseWDCB ENDIF IF GENERATING68K THEN Macro _UTResolveWDCB moveq #14,d0 dc.w $A824 EndM ELSE IMPORT UTResolveWDCB ENDIF IF GENERATING68K THEN Macro _UTFindDrive moveq #15,d0 dc.w $A824 EndM ELSE IMPORT UTFindDrive ENDIF IF GENERATING68K THEN Macro _UTAdjustEOF moveq #16,d0 dc.w $A824 EndM ELSE IMPORT UTAdjustEOF ENDIF IF GENERATING68K THEN Macro _UTSetDefaultVol moveq #17,d0 dc.w $A824 EndM ELSE IMPORT UTSetDefaultVol ENDIF IF GENERATING68K THEN Macro _UTGetDefaultVol moveq #18,d0 dc.w $A824 EndM ELSE IMPORT UTGetDefaultVol ENDIF IF GENERATING68K THEN Macro _UTEjectVol moveq #43,d0 dc.w $A824 EndM ELSE IMPORT UTEjectVol ENDIF IF GENERATING68K THEN Macro _UTCheckWDRefNum moveq #19,d0 dc.w $A824 EndM ELSE IMPORT UTCheckWDRefNum ENDIF IF GENERATING68K THEN Macro _UTCheckFileRefNum moveq #20,d0 dc.w $A824 EndM ELSE IMPORT UTCheckFileRefNum ENDIF IF GENERATING68K THEN Macro _UTCheckVolRefNum moveq #21,d0 dc.w $A824 EndM ELSE IMPORT UTCheckVolRefNum ENDIF IF GENERATING68K THEN Macro _UTCheckPermission moveq #22,d0 dc.w $A824 EndM ELSE IMPORT UTCheckPermission ENDIF IF GENERATING68K THEN Macro _UTCheckVolOffline moveq #23,d0 dc.w $A824 EndM ELSE IMPORT UTCheckVolOffline ENDIF IF GENERATING68K THEN Macro _UTCheckVolModifiable moveq #24,d0 dc.w $A824 EndM ELSE IMPORT UTCheckVolModifiable ENDIF IF GENERATING68K THEN Macro _UTCheckFileModifiable moveq #25,d0 dc.w $A824 EndM ELSE IMPORT UTCheckFileModifiable ENDIF IF GENERATING68K THEN Macro _UTCheckDirBusy moveq #26,d0 dc.w $A824 EndM ELSE IMPORT UTCheckDirBusy ENDIF IF GENERATING68K THEN Macro _UTParsePathname moveq #27,d0 dc.w $A824 EndM ELSE IMPORT UTParsePathname ENDIF IF GENERATING68K THEN Macro _UTGetPathComponentName moveq #28,d0 dc.w $A824 EndM ELSE IMPORT UTGetPathComponentName ENDIF IF GENERATING68K THEN Macro _UTDetermineVol moveq #29,d0 dc.w $A824 EndM ELSE IMPORT UTDetermineVol ENDIF IF GENERATING68K THEN Macro _UTGetBlock moveq #31,d0 dc.w $A824 EndM ELSE IMPORT UTGetBlock ENDIF IF GENERATING68K THEN Macro _UTReleaseBlock moveq #32,d0 dc.w $A824 EndM ELSE IMPORT UTReleaseBlock ENDIF IF GENERATING68K THEN Macro _UTFlushCache moveq #33,d0 dc.w $A824 EndM ELSE IMPORT UTFlushCache ENDIF IF GENERATING68K THEN Macro _UTMarkDirty moveq #35,d0 dc.w $A824 EndM ELSE IMPORT UTMarkDirty ENDIF IF GENERATING68K THEN Macro _UTTrashVolBlocks moveq #36,d0 dc.w $A824 EndM ELSE IMPORT UTTrashVolBlocks ENDIF IF GENERATING68K THEN Macro _UTTrashFileBlocks moveq #37,d0 dc.w $A824 EndM ELSE IMPORT UTTrashFileBlocks ENDIF IF GENERATING68K THEN Macro _UTTrashBlocks moveq #38,d0 dc.w $A824 EndM ELSE IMPORT UTTrashBlocks ENDIF IF GENERATING68K THEN Macro _UTCacheReadIP moveq #39,d0 dc.w $A824 EndM ELSE IMPORT UTCacheReadIP ENDIF IF GENERATING68K THEN Macro _UTCacheWriteIP moveq #40,d0 dc.w $A824 EndM ELSE IMPORT UTCacheWriteIP ENDIF IF GENERATING68K THEN Macro _UTBlockInFQHashP moveq #44,d0 dc.w $A824 EndM ELSE IMPORT UTBlockInFQHashP ENDIF ; ; * File System Manager call prototypes ; ENDIF ; __FSM__