SCSI Family Interfaces. More...

#include <MacTypes.h>
#include <MixedMode.h>
#include <AppleDiskPartitions.h>

Data Structures
struct	SCSIInstr

struct	DeviceIdent

struct	DeviceIdentATA

struct	PatchDescriptor

struct	PatchList

union	CDB

struct	SGRecord

struct	SCSIHdr

struct	SCSI_PB

struct	SCSI_IO

struct	SCSIBusInquiryPB

struct	SCSIAbortCommandPB

struct	SCSITerminateIOPB

struct	SCSIResetBusPB

struct	SCSIResetDevicePB

struct	SCSIReleaseQPB

struct	SCSIGetVirtualIDInfoPB

struct	SCSIDriverPB

struct	SCSILoadDriverPB

struct	SIMInitInfo

Macros
#define	NewAENCallbackUPP(userRoutine)

#define	NewSIMInitUPP(userRoutine)

#define	NewSIMActionUPP(userRoutine)

#define	NewSCSIUPP(userRoutine)

#define	NewSCSIMakeCallbackUPP(userRoutine)

#define	NewSCSIInterruptPollUPP(userRoutine)

#define	NewSCSIInterruptUPP(userRoutine)

#define	DisposeAENCallbackUPP(userUPP) DisposeRoutineDescriptor(userUPP)

#define	DisposeSIMInitUPP(userUPP) DisposeRoutineDescriptor(userUPP)

#define	DisposeSIMActionUPP(userUPP) DisposeRoutineDescriptor(userUPP)

#define	DisposeSCSIUPP(userUPP) DisposeRoutineDescriptor(userUPP)

#define	DisposeSCSIMakeCallbackUPP(userUPP) DisposeRoutineDescriptor(userUPP)

#define	DisposeSCSIInterruptPollUPP(userUPP) DisposeRoutineDescriptor(userUPP)

#define	DisposeSCSIInterruptUPP(userUPP) DisposeRoutineDescriptor(userUPP)

#define	InvokeAENCallbackUPP(userUPP) CALL_ZERO_PARAMETER_UPP((userUPP), uppAENCallbackProcInfo)

#define	InvokeSIMInitUPP(SIMinfoPtr, userUPP) (OSErr) CALL_ONE_PARAMETER_UPP((userUPP), uppSIMInitProcInfo, (SIMinfoPtr))

#define	InvokeSIMActionUPP(scsiPB, SIMGlobals, userUPP)

#define	InvokeSCSIUPP(userUPP) CALL_ZERO_PARAMETER_UPP((userUPP), uppSCSIProcInfo)

#define	InvokeSCSIMakeCallbackUPP(scsiPB, userUPP) CALL_ONE_PARAMETER_UPP((userUPP), uppSCSIMakeCallbackProcInfo, (scsiPB))

#define	InvokeSCSIInterruptPollUPP(SIMGlobals, userUPP)

#define	InvokeSCSIInterruptUPP(SIMGlobals, userUPP)

#define	NewAENCallbackProc(userRoutine) NewAENCallbackUPP(userRoutine)

#define	NewSIMInitProc(userRoutine) NewSIMInitUPP(userRoutine)

#define	NewSIMActionProc(userRoutine) NewSIMActionUPP(userRoutine)

#define	NewSCSIProc(userRoutine) NewSCSIUPP(userRoutine)

#define	NewSCSIMakeCallbackProc(userRoutine) NewSCSIMakeCallbackUPP(userRoutine)

#define	NewSCSIInterruptPollProc(userRoutine) NewSCSIInterruptPollUPP(userRoutine)

#define	NewSCSIInterruptProc(userRoutine) NewSCSIInterruptUPP(userRoutine)

#define	CallAENCallbackProc(userRoutine) InvokeAENCallbackUPP(userRoutine)

#define	CallSIMInitProc(userRoutine, SIMinfoPtr) InvokeSIMInitUPP(SIMinfoPtr, userRoutine)

#define	CallSIMActionProc(userRoutine, scsiPB, SIMGlobals) InvokeSIMActionUPP(scsiPB, SIMGlobals, userRoutine)

#define	CallSCSIProc(userRoutine) InvokeSCSIUPP(userRoutine)

#define	CallSCSIMakeCallbackProc(userRoutine, scsiPB) InvokeSCSIMakeCallbackUPP(scsiPB, userRoutine)

#define	CallSCSIInterruptPollProc(userRoutine, SIMGlobals) InvokeSCSIInterruptPollUPP(SIMGlobals, userRoutine)

#define	CallSCSIInterruptProc(userRoutine, SIMGlobals) InvokeSCSIInterruptUPP(SIMGlobals, userRoutine)

#define	NewSCSICallbackUPP(userRoutine)

#define	DisposeSCSICallbackUPP(userUPP) DisposeRoutineDescriptor(userUPP)

#define	InvokeSCSICallbackUPP(scsiPB, userUPP) CALL_ONE_PARAMETER_UPP((userUPP), uppSCSICallbackProcInfo, (scsiPB))

#define	NewSCSICallbackProc(userRoutine) NewSCSICallbackUPP(userRoutine)

#define	CallSCSICallbackProc(userRoutine, scsiPB) InvokeSCSICallbackUPP(scsiPB, userRoutine)

#define	SCSIPBHdr

Typedefs
typedef struct SCSIInstr	SCSIInstr

typedef Ptr	SIMGlobals

typedef struct DeviceIdent	DeviceIdent

typedef struct DeviceIdentATA	DeviceIdentATA

typedef struct PatchDescriptor	PatchDescriptor

typedef struct PatchList	PatchList

typedef DeviceIdent	myDevID

typedef union CDB	CDB

typedef CDB *	CDBPtr

typedef struct SGRecord	SGRecord

typedef struct SCSIHdr	SCSIHdr

typedef struct SCSI_PB	SCSI_PB

typedef struct SCSI_IO	SCSI_IO

typedef SCSI_IO	SCSIExecIOPB

typedef struct SCSIBusInquiryPB	SCSIBusInquiryPB

typedef struct SCSIAbortCommandPB	SCSIAbortCommandPB

typedef struct SCSITerminateIOPB	SCSITerminateIOPB

typedef struct SCSIResetBusPB	SCSIResetBusPB

typedef struct SCSIResetDevicePB	SCSIResetDevicePB

typedef struct SCSIReleaseQPB	SCSIReleaseQPB

typedef struct SCSIGetVirtualIDInfoPB	SCSIGetVirtualIDInfoPB

typedef struct SCSIDriverPB	SCSIDriverPB

typedef struct SCSILoadDriverPB	SCSILoadDriverPB

typedef struct SIMInitInfo	SIMInitInfo

Enumerations
enum	{ scCommErr = 2 , scArbNBErr = 3 , scBadParmsErr = 4 , scPhaseErr = 5 , scCompareErr = 6 , scMgrBusyErr = 7 , scSequenceErr = 8 , scBusTOErr = 9 , scComplPhaseErr = 10 }

enum	{ scInc = 1 , scNoInc = 2 , scAdd = 3 , scMove = 4 , scLoop = 5 , scNop = 6 , scStop = 7 , scComp = 8 }

enum	{ kDataOutPhase = 0 , kDataInPhase = 1 , kCommandPhase = 2 , kStatusPhase = 3 , kPhaseIllegal0 = 4 , kPhaseIllegal1 = 5 , kMessageOutPhase = 6 , kMessageInPhase = 7 , kBusFreePhase = 8 , kArbitratePhase = 9 , kSelectPhase = 10 , kMessageInPhaseNACK = 11 }

enum	{ scsiVERSION = 43 }

enum	{ uppAENCallbackProcInfo = 0x00000001 }

enum	{ uppSIMInitProcInfo = 0x000000E1 }

enum	{ uppSIMActionProcInfo = 0x000003C1 }

enum	{ uppSCSIProcInfo = 0x00000001 }

enum	{ uppSCSIMakeCallbackProcInfo = 0x000000C1 }

enum	{ uppSCSIInterruptPollProcInfo = 0x000000F1 }

enum	{ uppSCSIInterruptProcInfo = 0x000000F1 }

enum	{ uppSCSICallbackProcInfo = 0x000000C0 }

enum	{ SCSINop = 0x00 , SCSIExecIO = 0x01 , SCSIBusInquiry = 0x03 , SCSIReleaseQ = 0x04 , SCSIAbortCommand = 0x10 , SCSIResetBus = 0x11 , SCSIResetDevice = 0x12 , SCSITerminateIO = 0x13 }

enum	{ SCSIGetVirtualIDInfo = 0x80 , SCSILoadDriver = 0x82 , SCSIOldCall = 0x84 , SCSICreateRefNumXref = 0x85 , SCSILookupRefNumXref = 0x86 , SCSIRemoveRefNumXref = 0x87 , SCSIRegisterWithNewXPT }

enum	{ vendorUnique = 0xC0 }

enum	{ handshakeDataLength = 8 , maxCDBLength = 16 , vendorIDLength = 16 }

enum	{ kBusTypeSCSI = 0 , kBusTypeATA = 1 , kBusTypePCMCIA = 2 , kBusTypeMediaBay = 3 }

enum	{ kRequiredPatch = 0x00000001 }

enum	{ scsiTransferBlind = 0 , scsiTransferPolled = 1 }

enum	{ scsiErrorBase = -7936 }

enum	{ scsiRequestInProgress = 1 , scsiRequestAborted , scsiUnableToAbort , scsiNonZeroStatus , scsiUnused05 = scsiErrorBase + 5 , scsiUnused06 = scsiErrorBase + 6 , scsiUnused07 = scsiErrorBase + 7 , scsiUnused08 = scsiErrorBase + 8 , scsiUnableToTerminate , scsiSelectTimeout = scsiErrorBase + 10 , scsiCommandTimeout = scsiErrorBase + 11 , scsiIdentifyMessageRejected = scsiErrorBase + 12 , scsiMessageRejectReceived , scsiSCSIBusReset , scsiParityError , scsiAutosenseFailed , scsiUnused11 = scsiErrorBase + 17 , scsiDataRunError , scsiUnexpectedBusFree = scsiErrorBase + 19 , scsiSequenceFailed , scsiWrongDirection , scsiUnused16 = scsiErrorBase + 22 , scsiBDRsent , scsiTerminated , scsiNoNexus = scsiErrorBase + 25 , scsiCDBReceived , scsiTooManyBuses , scsiBusy = scsiErrorBase + 49 , scsiProvideFail , scsiDeviceNotThere , scsiNoHBA = scsiErrorBase + 52 , scsiDeviceConflict , scsiNoSuchXref = scsiErrorBase + 54 , scsiQLinkInvalid , scsiPBLengthError , scsiFunctionNotAvailable , scsiRequestInvalid = scsiErrorBase + 66 , scsiBusInvalid = scsiErrorBase + 67 , scsiTIDInvalid , scsiLUNInvalid = scsiErrorBase + 69 , scsiIDInvalid = scsiErrorBase + 70 , scsiDataTypeInvalid , scsiTransferTypeInvalid , scsiCDBLengthInvalid }

enum	{ scsiUnused74 = scsiErrorBase + 74 , scsiUnused75 = scsiErrorBase + 75 , scsiBadDataLength = scsiErrorBase + 76 , scsiPartialPrepared , scsiInvalidMsgType , scsiUnused79 = scsiErrorBase + 79 , scsiBadConnID = scsiErrorBase + 80 , scsiUnused81 = scsiErrorBase + 81 , scsiIOInProgress , scsiTargetReserved = scsiErrorBase + 83 , scsiUnused84 = scsiErrorBase + 84 , scsiUnused85 = scsiErrorBase + 85 , scsiBadConnType = scsiErrorBase + 86 , scsiCannotLoadPlugin }

enum	{ scsiFamilyInternalError , scsiPluginInternalError , scsiVendorSpecificErrorBase , scsiVendorSpecificErrorCount = 16 }

enum	{ scsiExecutionErrors = scsiErrorBase , scsiNotExecutedErrors = scsiTooManyBuses , scsiParameterErrors = scsiPBLengthError }

enum	{ scsiSIMQFrozen = 0x0001 , scsiAutosenseValid = 0x0002 , scsiBusNotFree = 0x0004 }

enum	{ kbSCSIDisableAutosense = 29 , kbSCSIFlagReservedA = 28 , kbSCSIFlagReserved0 = 27 , kbSCSICDBLinked = 26 , kbSCSIQEnable = 25 , kbSCSICDBIsPointer = 24 , kbSCSIFlagReserved1 = 23 , kbSCSIInitiateSyncData = 22 , kbSCSIDisableSyncData = 21 , kbSCSISIMQHead = 20 , kbSCSISIMQFreeze = 19 , kbSCSISIMQNoFreeze = 18 , kbSCSIDoDisconnect = 17 , kbSCSIDontDisconnect = 16 , kbSCSIDataReadyForDMA = 15 , kbSCSIFlagReserved3 = 14 , kbSCSIDataPhysical = 13 , kbSCSISensePhysical = 12 , kbSCSIFlagReserved5 = 11 , kbSCSIFlagReserved6 = 10 , kbSCSIFlagReserved7 = 9 , kbSCSIFlagReserved8 = 8 , kbSCSIDataBufferValid = 7 , kbSCSIStatusBufferValid = 6 , kbSCSIMessageBufferValid = 5 , kbSCSIFlagReserved9 = 4 }

enum	{ scsiDirectionMask = (long)0xC0000000 , scsiDirectionNone = (long)0xC0000000 , scsiDirectionReserved = 0x00000000 , scsiDirectionOut = (long)0x80000000 , scsiDirectionIn = 0x40000000 , scsiDisableAutosense = 0x20000000 , scsiFlagReservedA = 0x10000000 , scsiFlagReserved0 = 0x08000000 , scsiCDBLinked = 0x04000000 , scsiQEnable = 0x02000000 , scsiCDBIsPointer = 0x01000000 , scsiFlagReserved1 = 0x00800000 , scsiInitiateSyncData = 0x00400000 , scsiDisableSyncData = 0x00200000 , scsiSIMQHead = 0x00100000 , scsiSIMQFreeze = 0x00080000 , scsiSIMQNoFreeze = 0x00040000 , scsiDoDisconnect = 0x00020000 , scsiDontDisconnect = 0x00010000 , scsiDataReadyForDMA = 0x00008000 , scsiFlagReserved3 = 0x00004000 , scsiDataPhysical = 0x00002000 , scsiSensePhysical = 0x00001000 , scsiFlagReserved5 = 0x00000800 , scsiFlagReserved6 = 0x00000400 , scsiFlagReserved7 = 0x00000200 , scsiFlagReserved8 = 0x00000100 }

enum	{ scsiNoParityCheck = 0x0002 , scsiDisableSelectWAtn = 0x0004 , scsiSavePtrOnDisconnect = 0x0008 , scsiNoBucketIn = 0x0010 , scsiNoBucketOut = 0x0020 , scsiDisableWide = 0x0040 , scsiInitiateWide = 0x0080 , scsiRenegotiateSense , scsiDisableDiscipline , scsiIOFlagReserved0080 = 0x0080 , scsiIOFlagReserved8000 = 0x8000 }

enum	{ scsiBusMDP = 0x80 , scsiBusWide32 = 0x40 , scsiBusWide16 = 0x20 , scsiBusSDTR = 0x10 , scsiBusLinkedCDB = 0x08 , scsiBusTagQ = 0x02 , scsiBusSoftReset = 0x01 }

enum	{ scsiDataBuffer = 0 , scsiDataTIB = 1 , scsiDataSG = 2 , scsiDataIOTable = 3 }

enum	{ scsiBusDataTIB = (1 << scsiDataTIB) , scsiBusDataBuffer , scsiBusDataSG = (1 << scsiDataSG) , scsiBusDataIOTable , scsiBusDataReserved = (long)0x80000000 }

enum	{ scsiBusScansDevices = 0x80 , scsiBusScansOnInit = 0x40 , scsiBusLoadsROMDrivers = 0x20 }

enum	{ scsiBusUltra4SCSI = 0x00000800 , scsiBusLVD = 0x00000400 , scsiBusUltra3SCSI = 0x00000200 , scsiBusUltra2SCSI = 0x00000100 , scsiBusInternalExternalMask = 0x000000C0 , scsiBusInternalExternalUnknown , scsiBusInternalExternal , scsiBusInternal = 0x00000080 , scsiBusExternal = 0x00000040 , scsiBusCacheCoherentDMA = 0x00000020 , scsiBusOldCallCapable = 0x00000010 , scsiBusUltraSCSI = 0x00000008 , scsiBusDifferential = 0x00000004 , scsiBusFastSCSI = 0x00000002 , scsiBusDMAavailable = 0x00000001 }

enum	{ scsiOddDisconnectUnsafeRead1 , scsiOddDisconnectUnsafeWrite1 , scsiBusErrorsUnsafe = 0x0004 , scsiRequiresHandshake , scsiTargetDrivenSDTRSafe = 0x0010 , scsiOddCountForPhysicalUnsafe , scsiAbortCmdFixed , scsiMeshACKTimingFixed }

enum	{ scsiMotherboardBus = 0x00 , scsiNuBus = 0x01 , scsiPDSBus = 0x03 , scsiPCIBus = 0x04 , scsiPCMCIABus = 0x05 , scsiFireWireBridgeBus = 0x06 , scsiUSBBus = 0x07 }

enum	{ scsiDeviceSensitive = 0x0001 , scsiDeviceNoOldCallAccess = 0x0002 }

enum	{ xptSCSIAction = 0x0001 , xptSCSIRegisterBus = 0x0002 , xptSCSIDeregisterBus = 0x0003 , xptSCSIReregisterBus = 0x0004 , xptSCSIKillXPT = 0x0005 , xptSCSIInitialize = 0x000A }

enum	{ scsiStatGood = 0x00 , scsiStatCheckCondition = 0x02 , scsiStatConditionMet = 0x04 , scsiStatBusy = 0x08 , scsiStatIntermediate = 0x10 , scsiStatIntermedMet = 0x14 , scsiStatResvConflict = 0x18 , scsiStatTerminated = 0x22 , scsiStatQFull = 0x28 }

enum	{ kCmdCompleteMsg = 0 , kExtendedMsg = 1 , kSaveDataPointerMsg = 2 , kRestorePointersMsg = 3 , kDisconnectMsg = 4 , kInitiatorDetectedErrorMsg = 5 , kAbortMsg = 6 , kMsgRejectMsg = 7 , kNoOperationMsg = 8 , kMsgParityErrorMsg = 9 , kLinkedCmdCompleteMsg = 10 , kLinkedCmdCompleteWithFlagMsg = 11 , kBusDeviceResetMsg = 12 , kAbortTagMsg = 13 , kClearQueueMsg = 14 , kInitiateRecoveryMsg = 15 , kReleaseRecoveryMsg = 16 , kTerminateIOProcessMsg = 17 , kSimpleQueueTag = 0x20 , kHeadOfQueueTagMsg = 0x21 , kOrderedQueueTagMsg = 0x22 , kIgnoreWideResidueMsg = 0x23 }

Functions
OSErr	SCSIReset (void)
	Reset the SCSI bus. More...

OSErr	SCSIGet (void)
	Arbitrate for use of the SCSI bus. More...

OSErr	SCSISelect (short targetID)
	Select a SCSI device with a specific ID. More...

OSErr	SCSICmd (Ptr buffer, short count)
	Send a command to the selected target device. More...

OSErr	SCSIRead (Ptr tibPtr)
	Transfer data from the target to the initiator. More...

OSErr	SCSIRBlind (Ptr tibPtr)
	Transfer data without polling and waiting for /REQ line. More...

OSErr	SCSIWrite (Ptr tibPtr)
	Transfer data from the initiator to the target. More...

OSErr	SCSIWBlind (Ptr tibPtr)
	Transfer data without polling and waiting for /REQ line. More...

OSErr	SCSIComplete (short stat, short message, unsigned long wait)
	Give current command specific number of ticks to complete. More...

short	SCSIStat (void)
	Get bit map of SCSI control and status bits. More...

OSErr	SCSISelAtn (short targetID)
	Select SCSI device and signal intention to send a message. More...

OSErr	SCSIMsgIn (short *message)
	Get a message from the SCSI device. More...

OSErr	SCSIMsgOut (short message)
	Send a message to the SCSI device. More...

typedef	CALLBACK_API_C (void, AENCallbackProcPtr)(void)

typedef	CALLBACK_API_C (OSErr, SIMInitProcPtr)(Ptr SIMinfoPtr)

typedef	CALLBACK_API_C (void, SIMActionProcPtr)(void *scsiPB

typedef	CALLBACK_API_C (void, SCSIProcPtr)(void)

typedef	CALLBACK_API_C (void, SCSIMakeCallbackProcPtr)(void *scsiPB)

typedef	CALLBACK_API_C (long, SCSIInterruptPollProcPtr)(Ptr SIMGlobals)

typedef	CALLBACK_API_C (long, SCSIInterruptProcPtr)(Ptr SIMGlobals)

typedef	STACK_UPP_TYPE (AENCallbackProcPtr) AENCallbackUPP

typedef	STACK_UPP_TYPE (SIMInitProcPtr) SIMInitUPP

typedef	STACK_UPP_TYPE (SIMActionProcPtr) SIMActionUPP

typedef	STACK_UPP_TYPE (SCSIProcPtr) SCSIUPP

typedef	STACK_UPP_TYPE (SCSIMakeCallbackProcPtr) SCSIMakeCallbackUPP

typedef	STACK_UPP_TYPE (SCSIInterruptPollProcPtr) SCSIInterruptPollUPP

typedef	STACK_UPP_TYPE (SCSIInterruptProcPtr) SCSIInterruptUPP

AENCallbackUPP	NewAENCallbackUPP (AENCallbackProcPtr userRoutine)

SIMInitUPP	NewSIMInitUPP (SIMInitProcPtr userRoutine)

SIMActionUPP	NewSIMActionUPP (SIMActionProcPtr userRoutine)

SCSIUPP	NewSCSIUPP (SCSIProcPtr userRoutine)

SCSIMakeCallbackUPP	NewSCSIMakeCallbackUPP (SCSIMakeCallbackProcPtr userRoutine)

SCSIInterruptPollUPP	NewSCSIInterruptPollUPP (SCSIInterruptPollProcPtr userRoutine)

SCSIInterruptUPP	NewSCSIInterruptUPP (SCSIInterruptProcPtr userRoutine)

void	DisposeAENCallbackUPP (AENCallbackUPP userUPP)

void	DisposeSIMInitUPP (SIMInitUPP userUPP)

void	DisposeSIMActionUPP (SIMActionUPP userUPP)

void	DisposeSCSIUPP (SCSIUPP userUPP)

void	DisposeSCSIMakeCallbackUPP (SCSIMakeCallbackUPP userUPP)

void	DisposeSCSIInterruptPollUPP (SCSIInterruptPollUPP userUPP)

void	DisposeSCSIInterruptUPP (SCSIInterruptUPP userUPP)

void	InvokeAENCallbackUPP (AENCallbackUPP userUPP)

OSErr	InvokeSIMInitUPP (Ptr SIMinfoPtr, SIMInitUPP userUPP)

void	InvokeSIMActionUPP (void *scsiPB, Ptr SIMGlobals, SIMActionUPP userUPP)

void	InvokeSCSIUPP (SCSIUPP userUPP)

void	InvokeSCSIMakeCallbackUPP (void *scsiPB, SCSIMakeCallbackUPP userUPP)

long	InvokeSCSIInterruptPollUPP (Ptr SIMGlobals, SCSIInterruptPollUPP userUPP)

long	InvokeSCSIInterruptUPP (Ptr SIMGlobals, SCSIInterruptUPP userUPP)

typedef	CALLBACK_API (void, SCSICallbackProcPtr)(void *scsiPB)

typedef	STACK_UPP_TYPE (SCSICallbackProcPtr) SCSICallbackUPP

SCSICallbackUPP	NewSCSICallbackUPP (SCSICallbackProcPtr userRoutine)

void	DisposeSCSICallbackUPP (SCSICallbackUPP userUPP)

void	InvokeSCSICallbackUPP (void *scsiPB, SCSICallbackUPP userUPP)

typedef	CALLBACK_API (OSErr, PatchEntryPoint)(PatchDescriptor *myPatch

OSErr	SCSIAction (SCSI_PB *parameterBlock)

OSErr	SCSIRegisterBus (SIMInitInfo *parameterBlock)

OSErr	SCSIDeregisterBus (SCSI_PB *parameterBlock)

OSErr	SCSIReregisterBus (SIMInitInfo *parameterBlock)

OSErr	SCSIKillXPT (SIMInitInfo *parameterBlock)

Detailed Description

SCSI Family Interfaces.

Introduced In: SCSI 4.3

Avaliable From: Universal Interfaces 3.4.1

Copyright: � 1986-2001 by Apple Computer, Inc., all rights reserved

For bug reports, consult the following page on the World Wide Web:

http://developer.apple.com/bugreporter/

Macro Definition Documentation

◆ InvokeSCSIInterruptPollUPP

#define InvokeSCSIInterruptPollUPP	(	SIMGlobals,
		userUPP
	)

Value:

(long)CALL_ONE_PARAMETER_UPP((userUPP), uppSCSIInterruptPollProcInfo, \

(SIMGlobals))

◆ InvokeSCSIInterruptUPP

#define InvokeSCSIInterruptUPP	(	SIMGlobals,
		userUPP
	)

Value:

(long)CALL_ONE_PARAMETER_UPP((userUPP), uppSCSIInterruptProcInfo, \

(SIMGlobals))

◆ InvokeSIMActionUPP

#define InvokeSIMActionUPP	(	scsiPB,
		SIMGlobals,
		userUPP
	)

Value:

CALL_TWO_PARAMETER_UPP((userUPP), uppSIMActionProcInfo, (scsiPB), \

(SIMGlobals))

◆ NewAENCallbackUPP

#define NewAENCallbackUPP ( userRoutine )

Value:

  (AENCallbackUPP)                                                         \
      NewRoutineDescriptor((ProcPtr)(userRoutine), uppAENCallbackProcInfo, \
                           GetCurrentArchitecture())

◆ NewSCSICallbackUPP

#define NewSCSICallbackUPP ( userRoutine )

Value:

  (SCSICallbackUPP)                                                         \
      NewRoutineDescriptor((ProcPtr)(userRoutine), uppSCSICallbackProcInfo, \
                           GetCurrentArchitecture())

◆ NewSCSIInterruptPollUPP

#define NewSCSIInterruptPollUPP ( userRoutine )

Value:

  (SCSIInterruptPollUPP) NewRoutineDescriptor((ProcPtr)(userRoutine),       \
                                              uppSCSIInterruptPollProcInfo, \
                                              GetCurrentArchitecture())

◆ NewSCSIInterruptUPP

#define NewSCSIInterruptUPP ( userRoutine )

Value:

  (SCSIInterruptUPP)                                                         \
      NewRoutineDescriptor((ProcPtr)(userRoutine), uppSCSIInterruptProcInfo, \
                           GetCurrentArchitecture())

◆ NewSCSIMakeCallbackUPP

#define NewSCSIMakeCallbackUPP ( userRoutine )

Value:

  (SCSIMakeCallbackUPP) NewRoutineDescriptor((ProcPtr)(userRoutine),      \
                                             uppSCSIMakeCallbackProcInfo, \
                                             GetCurrentArchitecture())

◆ NewSCSIUPP

#define NewSCSIUPP ( userRoutine )

Value:

(SCSIUPP) NewRoutineDescriptor((ProcPtr)(userRoutine), uppSCSIProcInfo, \

GetCurrentArchitecture())

◆ NewSIMActionUPP

#define NewSIMActionUPP ( userRoutine )

Value:

(SIMActionUPP) NewRoutineDescriptor( \

(ProcPtr)(userRoutine), uppSIMActionProcInfo, GetCurrentArchitecture())

◆ NewSIMInitUPP

#define NewSIMInitUPP ( userRoutine )

Value:

(SIMInitUPP) NewRoutineDescriptor( \

(ProcPtr)(userRoutine), uppSIMInitProcInfo, GetCurrentArchitecture())

◆ SCSIPBHdr

#define SCSIPBHdr

Value:

  struct SCSIHdr *qLink;          \
  short scsiReserved1;            \
  UInt16 scsiPBLength;            \
  UInt8 scsiFunctionCode;         \
  UInt8 scsiReserved2;            \
  volatile OSErr scsiResult;      \
  DeviceIdent scsiDevice;         \
  SCSICallbackUPP scsiCompletion; \
  UInt32 scsiFlags;               \
  UInt8 *scsiDriverStorage;       \
  Ptr scsiXPTprivate;             \
  long scsiReserved3;

Enumeration Type Documentation

◆ anonymous enum

anonymous enum

SCSI Manager 4.3 function codes

◆ anonymous enum

anonymous enum

scsiFamilyInternalError and scsiPluginInternalError are intended to handle consistency check failures. For example, if the family stores a record on a lookaside queue, but does not find that record it can use this error to report this failure. SCSI Manager 4.3 uses dsIOCoreErr in a few places, but this is probably not the best error. In general, internal errors should be reported as bugs.

The following range of errors is provided for third-party (non-Apple) SCSI SIM and device driver vendors. In general, they would be used for error conditions that are not covered by the standardized errors. They should not normally be conveyed to normal applications, but might be used for communication between a plug-in and a vendor-provided device driver (for example, to manage RAID hot-swapping).

Note: I don't know how many SCSI errors are reserved in the error code architecture. Don't assume that we'll actually get sixteen, but we should reserve at least one.

◆ anonymous enum

anonymous enum

SCSI bus status. These values are returned by the SCSI target in the status phase. They are not related to Macintosh status values (except that values other than scsiStatusGood will result in scsiResult set to scsiNonZeroStatus).

Function Documentation

◆ CALLBACK_API()

typedef CALLBACK_API	(	void	,
		SCSICallbackProcPtr
	)

SCSI Completion routine callback for SCSIAction.

◆ CALLBACK_API_C()

typedef CALLBACK_API_C	(	void	,
		AENCallbackProcPtr
	)

SCSI Callback Procedure Prototypes. Several of these are only callable from SCSI Manager 4.3 SIM and XPT contexts.

◆ DisposeAENCallbackUPP()

void DisposeAENCallbackUPP ( AENCallbackUPP userUPP )

DisposeAENCallbackUPP()

Availability:

Non-Carbon CFM: available as macro/inline

Carbon Lib: not available

Mac OS X: not available

◆ DisposeSCSICallbackUPP()

void DisposeSCSICallbackUPP ( SCSICallbackUPP userUPP )

DisposeSCSICallbackUPP()

Availability:

Non-Carbon CFM: available as macro/inline

Carbon Lib: in CarbonLib 1.3 and later

Mac OS X: in version 10.0 and later

◆ DisposeSCSIInterruptPollUPP()

void DisposeSCSIInterruptPollUPP ( SCSIInterruptPollUPP userUPP )

DisposeSCSIInterruptPollUPP()

Availability:

Non-Carbon CFM: available as macro/inline

Carbon Lib: not available

Mac OS X: not available

◆ DisposeSCSIInterruptUPP()

void DisposeSCSIInterruptUPP ( SCSIInterruptUPP userUPP )

DisposeSCSIInterruptUPP()

Availability:

Non-Carbon CFM: available as macro/inline

Carbon Lib: not available

Mac OS X: not available

◆ DisposeSCSIMakeCallbackUPP()

void DisposeSCSIMakeCallbackUPP ( SCSIMakeCallbackUPP userUPP )

DisposeSCSIMakeCallbackUPP()

Availability:

Non-Carbon CFM: available as macro/inline

Carbon Lib: not available

Mac OS X: not available

◆ DisposeSCSIUPP()

void DisposeSCSIUPP ( SCSIUPP userUPP )

DisposeSCSIUPP()

Availability:

Non-Carbon CFM: available as macro/inline

Carbon Lib: not available

Mac OS X: not available

◆ DisposeSIMActionUPP()

void DisposeSIMActionUPP ( SIMActionUPP userUPP )

DisposeSIMActionUPP()

Availability:

Non-Carbon CFM: available as macro/inline

Carbon Lib: not available

Mac OS X: not available

◆ DisposeSIMInitUPP()

void DisposeSIMInitUPP ( SIMInitUPP userUPP )

DisposeSIMInitUPP()

Availability:

Non-Carbon CFM: available as macro/inline

Carbon Lib: not available

Mac OS X: not available

◆ InvokeAENCallbackUPP()

void InvokeAENCallbackUPP ( AENCallbackUPP userUPP )

InvokeAENCallbackUPP()

Availability:

Non-Carbon CFM: available as macro/inline

Carbon Lib: not available

Mac OS X: not available

◆ InvokeSCSICallbackUPP()

void InvokeSCSICallbackUPP	(	void *	scsiPB,
		SCSICallbackUPP	userUPP
	)

InvokeSCSICallbackUPP()

Availability:

Non-Carbon CFM: available as macro/inline

Carbon Lib: in CarbonLib 1.3 and later

Mac OS X: in version 10.0 and later

◆ InvokeSCSIInterruptPollUPP()

long InvokeSCSIInterruptPollUPP	(	Ptr	SIMGlobals,
		SCSIInterruptPollUPP	userUPP
	)

InvokeSCSIInterruptPollUPP()

Availability:

Non-Carbon CFM: available as macro/inline

Carbon Lib: not available

Mac OS X: not available

◆ InvokeSCSIInterruptUPP()

long InvokeSCSIInterruptUPP	(	Ptr	SIMGlobals,
		SCSIInterruptUPP	userUPP
	)

InvokeSCSIInterruptUPP()

Availability:

Non-Carbon CFM: available as macro/inline

Carbon Lib: not available

Mac OS X: not available

◆ InvokeSCSIMakeCallbackUPP()

void InvokeSCSIMakeCallbackUPP	(	void *	scsiPB,
		SCSIMakeCallbackUPP	userUPP
	)

InvokeSCSIMakeCallbackUPP()

Availability:

Non-Carbon CFM: available as macro/inline

Carbon Lib: not available

Mac OS X: not available

◆ InvokeSCSIUPP()

void InvokeSCSIUPP ( SCSIUPP userUPP )

InvokeSCSIUPP()

Availability:

Non-Carbon CFM: available as macro/inline

Carbon Lib: not available

Mac OS X: not available

◆ InvokeSIMActionUPP()

void InvokeSIMActionUPP	(	void *	scsiPB,
		Ptr	SIMGlobals,
		SIMActionUPP	userUPP
	)

InvokeSIMActionUPP()

Availability:

Non-Carbon CFM: available as macro/inline

Carbon Lib: not available

Mac OS X: not available

◆ InvokeSIMInitUPP()

OSErr InvokeSIMInitUPP	(	Ptr	SIMinfoPtr,
		SIMInitUPP	userUPP
	)

InvokeSIMInitUPP()

Availability:

Non-Carbon CFM: available as macro/inline

Carbon Lib: not available

Mac OS X: not available

◆ NewAENCallbackUPP()

AENCallbackUPP NewAENCallbackUPP ( AENCallbackProcPtr userRoutine )

NewAENCallbackUPP()

Availability:

Non-Carbon CFM: available as macro/inline

Carbon Lib: not available

Mac OS X: not available

◆ NewSCSICallbackUPP()

SCSICallbackUPP NewSCSICallbackUPP ( SCSICallbackProcPtr userRoutine )

NewSCSICallbackUPP()

Availability:

Non-Carbon CFM: available as macro/inline

Carbon Lib: in CarbonLib 1.3 and later

Mac OS X: in version 10.0 and later

◆ NewSCSIInterruptPollUPP()

SCSIInterruptPollUPP NewSCSIInterruptPollUPP ( SCSIInterruptPollProcPtr userRoutine )

NewSCSIInterruptPollUPP()

Availability:

Non-Carbon CFM: available as macro/inline

Carbon Lib: not available

Mac OS X: not available

◆ NewSCSIInterruptUPP()

SCSIInterruptUPP NewSCSIInterruptUPP ( SCSIInterruptProcPtr userRoutine )

NewSCSIInterruptUPP()

Availability:

Non-Carbon CFM: available as macro/inline

Carbon Lib: not available

Mac OS X: not available

◆ NewSCSIMakeCallbackUPP()

SCSIMakeCallbackUPP NewSCSIMakeCallbackUPP ( SCSIMakeCallbackProcPtr userRoutine )

NewSCSIMakeCallbackUPP()

Availability:

Non-Carbon CFM: available as macro/inline

Carbon Lib: not available

Mac OS X: not available

◆ NewSCSIUPP()

SCSIUPP NewSCSIUPP ( SCSIProcPtr userRoutine )

NewSCSIUPP()

Availability:

Non-Carbon CFM: available as macro/inline

Carbon Lib: not available

Mac OS X: not available

◆ NewSIMActionUPP()

SIMActionUPP NewSIMActionUPP ( SIMActionProcPtr userRoutine )

NewSIMActionUPP()

Availability:

Non-Carbon CFM: available as macro/inline

Carbon Lib: not available

Mac OS X: not available

◆ NewSIMInitUPP()

SIMInitUPP NewSIMInitUPP ( SIMInitProcPtr userRoutine )

NewSIMInitUPP()

Availability:

Non-Carbon CFM: available as macro/inline

Carbon Lib: not available

Mac OS X: not available

◆ SCSIAction()

OSErr SCSIAction ( SCSI_PB * parameterBlock )

SCSIAction()

Availability:

Non-Carbon CFM: in InterfaceLib 7.5 and later

Carbon Lib: in CarbonLib 1.0 and later

Mac OS X: in version 10.0 and later

◆ SCSICmd()

OSErr SCSICmd	(	Ptr	buffer,
		short	count
	)

Send a command to the selected target device.

SCSICmd sends the command pointed to by buffer to the selected target
device. The size of the command in bytes is specified in count.
bufferis a pointer to a command descriptor block; the SCSI command
structure is outlined in ANSC document X3T0.2/82-2.
countis the size of the command descriptor block pointer to by buffer.

Returns

an error code indicating success or failure of the function. It will be
one of:
noErr(0) No error
scCommErr (2) Breakdown in SCSI protocols
scPhaseErr (5) Phase error

Note

 The error codes returned by SCSI Manager routines typically indicate
only that a given operation has failed. To determine the actual cause of the
failure, another SCSI command needs to be sent asking the device what went
wrong.
Use SCSISelect to specify the target device.

Copyright: THINK Reference © 1991-1992 Symantec Corporation

Non-Carbon CFM: in InterfaceLib 7.1 and later

Carbon Lib: not available

Mac OS X: not available

◆ SCSIComplete()

OSErr SCSIComplete	(	short *	stat,
		short *	message,
		unsigned long	wait
	)

Give current command specific number of ticks to complete.

SCSIComplete gives the current command wait number of ticks to complete;
the two completion bytes are returned in stat and message.

Returns

an error code indicating success or failure of the function. It will be
one of:
noErr(0)No error
scCommErr (2)Breakdown in SCSI protocols
scPhaseErr (5)Phase error

Note

 The error codes returned by SCSI Manager routines typically indicate
only that a given operation has failed. To determine the actual cause of the
failure, another SCSI command needs to be sent asking the device what went
wrong.

Copyright: THINK Reference © 1991-1992 Symantec Corporation

Non-Carbon CFM: in InterfaceLib 7.1 and later

Carbon Lib: not available

Mac OS X: not available

◆ SCSIDeregisterBus()

OSErr SCSIDeregisterBus ( SCSI_PB * parameterBlock )

SCSIDeregisterBus()

Availability:

Non-Carbon CFM: in InterfaceLib 7.5 and later

Carbon Lib: not available

Mac OS X: not available

◆ SCSIGet()

OSErr SCSIGet ( void )

Arbitrate for use of the SCSI bus.

SCSIGet arbitrates for use of the SCSI bus.

Returns

an error code indicating success or failure of the function. It will be
one of:
noErr(0) No error
scCommErr (2) Breakdown in SCSI protocols

Note

 The error codes returned by SCSI Manager routines typically indicate
only that a given operation has failed. To determine the actual cause of the
failure, another SCSI command needs to be sent asking the device what went
wrong.

Copyright: THINK Reference © 1991-1992 Symantec Corporation

Non-Carbon CFM: in InterfaceLib 7.1 and later

Carbon Lib: not available

Mac OS X: not available

◆ SCSIKillXPT()

OSErr SCSIKillXPT ( SIMInitInfo * parameterBlock )

SCSIKillXPT()

Availability:

Non-Carbon CFM: in InterfaceLib 7.5 and later

Carbon Lib: not available

Mac OS X: not available

◆ SCSIMsgIn()

OSErr SCSIMsgIn ( short * message )

Get a message from the SCSI device.

SCSIMsgIn gets a message from the external drive.
 message is in the low-order byte of the message parameter.

Returns

an error code indicating success or failure of the function. It will be
one of:
noErr(0) No error
scArbNBErr (3) Arbitration failure during SCSIGet; bus busy
scMgrBusyErr (7) SCSI Manager already occupied when SCSIGet was called
scSequenceErr (8) Operation out of sequence
scBusTOErr (9) Bus timeout before data ready on blind read or write
scComplPhaseErr (10) Bus not in Status phase; SCSIComplete call failed

Note

 Message values are listed in SCSI documentation from the American
National Standards Institute. This routine leaves the Attention bus line
undisturbed if it is already asserted.

Non-Carbon CFM: in InterfaceLib 7.1 and later

Carbon Lib: not available

Mac OS X: not available

◆ SCSIMsgOut()

OSErr SCSIMsgOut ( short message )

Send a message to the SCSI device.

SCSIMsgOut sends a message to the external drive.
 message is an ANSI-defined value in the low-order byte of the message
parameter.

Returns

an error code indicating success or failure of the function. It will be
one of:
noErr(0) No error
scArbNBErr (3) Arbitration failure during SCSIGet; bus busy
scMgrBusyErr (7) SCSI Manager already occupied when SCSIGet was called
scSequenceErr (8) Operation out of sequence
scBusTOErr (9) Bus timeout before data ready on blind read or write
scComplPhaseErr (10) Bus not Out Status phase; SCSIComplete call failed

Note

 Message values are listed in SCSI documentation from the American
National Standards Institute.

Non-Carbon CFM: in InterfaceLib 7.1 and later

Carbon Lib: not available

Mac OS X: not available

◆ SCSIRBlind()

OSErr SCSIRBlind ( Ptr tibPtr )

Transfer data without polling and waiting for /REQ line.

SCSIRBlind transfers data from the target to the initiator, as specified by
the transfer instructions block pointed to by tibPtr. It is functionally
equivalent to SCSIRead , but it does not poll and wait for the /REQ line on each
data byte. Rather the /REQ line is polled only for the first byte transferred by
each scInc, scNoInc or scComp instruction.
Given the following instruction block:
scOpcode scParam1 scParam2
scInc 0x67B50 512
scLoop -10 6
scStop
SCSIRBlind polls and wait only for the first byte of each 512-byte block
transferred.

Returns

an error code indicating success or failure of the function. It will be
one of:
noErr(0)No error
scBadParmsErr (4)Unrecognized instruction in transfer instruction block
scCommErr (2)Breakdown in SCSI protocols
scCompareErr (6)Data comparison error
scPhaseErr (5)Phase error

Note

 The error codes returned by SCSI Manager routines typically indicate
only that a given operation has failed. To determine the actual cause of the
failure, another SCSI command needs to be sent asking the device what went
wrong.
A transfer instructions block tells the SCSI Manager what to do
with the data bytes transferred during the data phase. A transfer instruction
block contains a pseudo-program consisting of a variable number of
instructions; it's similar to a subroutine except that the instructions are
provided and interpreted by the SCSI Manager itself. The instructions are
of a fixed size and are of type SCSIInstr . See SCSIInstr for more
information on the the instructions that are available.
Use SCSISelect to specify the target device.

Non-Carbon CFM: in InterfaceLib 7.1 and later

Carbon Lib: not available

Mac OS X: not available

◆ SCSIRead()

OSErr SCSIRead ( Ptr tibPtr )

Transfer data from the target to the initiator.

SCSIRead transfers data from the target to the initiator, as specified by the
transfer instructions block pointed to by tibPtr.

Returns

an error code indicating success or failure of the function. It will be
one of:
noErr(0)No error
scBadParmsErr (4)Unrecognized instruction in transfer instruction block
scCommErr (2)Breakdown in SCSI protocols
scCompareErr (6)Data comparison error (with scComp command in
tranfer instruction block)
scPhaseErr (5)Phase error

Note

 The error codes returned by SCSI Manager routines typically indicate
only that a given operation has failed. To determine the actual cause of the
failure, another SCSI command needs to be sent asking the device what went
wrong.
A transfer instructions block tells the SCSI Manager what to do
with the data bytes transferred during the data phase. A transfer instruction
block contains a pseudo-program consisting of a variable number of
instructions; it's similar to a subroutine except that the instructions are
provided and interpreted by the SCSI Manager itself. The instructions are
of a fixed size and are of type SCSIInstr . See SCSIInstr for more
information on the the instructions that are available.
Use SCSISelect to specify the target device.

Non-Carbon CFM: in InterfaceLib 7.1 and later

Carbon Lib: not available

Mac OS X: not available

◆ SCSIRegisterBus()

OSErr SCSIRegisterBus ( SIMInitInfo * parameterBlock )

SCSIRegisterBus()

Availability:

Non-Carbon CFM: in InterfaceLib 7.5 and later

Carbon Lib: not available

Mac OS X: not available

◆ SCSIReregisterBus()

OSErr SCSIReregisterBus ( SIMInitInfo * parameterBlock )

SCSIReregisterBus()

Availability:

Non-Carbon CFM: in InterfaceLib 7.5 and later

Carbon Lib: not available

Mac OS X: not available

◆ SCSIReset()

OSErr SCSIReset ( void )

Reset the SCSI bus.

SCSIReset resets the SCSI bus.

Returns

an error code indicating success or failure of the function. It will be
one of:
noErr(0) No error
scCommErr (2) Breakdown in SCSI protocols

Note

 The error codes returned by SCSI Manager routines typically indicate
only that a given operation has failed. To determine the actual cause of the
failure, another SCSI command needs to be sent asking the device what went
wrong.

Non-Carbon CFM: in InterfaceLib 7.1 and later

Carbon Lib: not available

Mac OS X: not available

◆ SCSISelAtn()

OSErr SCSISelAtn ( short targetID )

Select SCSI device and signal intention to send a message.

SCSISelAtn is the same as SCSISelect except that it also asserts the bus's
Attention line to indicate that there is a message pending for that drive.
targetID identifies the selected SCSI device.

Returns

an error code indicating success or failure of the function. It will be
one of:
noErr(0) No error
scArbNBErr (3) Arbitration failure during SCSIGet; bus busy
scMgrBusyErr (7) SCSI Manager already occupied when SCSIGet was called
scSequenceErr (8) Operation out of sequence
scBusTOErr (9) Bus timeout before data ready on blind read or write
scComplPhaseErr (10) Bus not in Status phase; SCSIComplete call failed

Non-Carbon CFM: in InterfaceLib 7.1 and later

Carbon Lib: not available

Mac OS X: not available

◆ SCSISelect()

OSErr SCSISelect ( short targetID )

Select a SCSI device with a specific ID.

SCSISelect selects the device whose ID is targetID.

Returns

an error code indicating success or failure of the function. It will be
one of:
noErr(0) No error
scCommErr (2) Breakdown in SCSI protocols

Note

 The error codes returned by SCSI Manager routines typically indicate
only that a given operation has failed. To determine the actual cause of the
failure, another SCSI command needs to be sent asking the device what went
wrong.

Non-Carbon CFM: in InterfaceLib 7.1 and later

Carbon Lib: not available

Mac OS X: not available

◆ SCSIStat()

short SCSIStat ( void )

Get bit map of SCSI control and status bits.

SCSIStat returns a bit map of SCSI control and status bits; these bits are
given below. See the NCR 5380 SCSI chip documentation for a description of
these signals (Bits 0-9 are complements of the SCSI bus standard signals.)
Bit Signal BitSignal
15END DMA 7RST
14DMA REQ 6BSY
13PTY ERR 5REQ
12INT REQ 4MSG
11PHS MAT 3C/D
10BSY ERR 2I/O
9ATN 1SEL
8ACK 0DBP

Returns

an error code indicating success or failure of the function. It will be
one of:
noErr(0)No error
scCommErr (2)Breakdown in SCSI protocols
scPhaseErr (5)Phase error

Note

 The error codes returned by SCSI Manager routines typically indicate
only that a given operation has failed. To determine the actual cause of the
failure, another SCSI command needs to be sent asking the device what went
wrong.

Non-Carbon CFM: in InterfaceLib 7.1 and later

Carbon Lib: not available

Mac OS X: not available

◆ SCSIWBlind()

OSErr SCSIWBlind ( Ptr tibPtr )

Transfer data without polling and waiting for /REQ line.

SCSIWBlind transfers data from the initiator to the target, as specified by
the transfer instructions block pointed to by tibPtr. SCSIWBlind is
functionally identical to SCSIWrite , but does not poll and wait for the /REQ
line on each data byte. As with SCSIRBlind , SCSIWBlind polls the /REQ
line only for the first byte transferred by each scInc, scNoInc, or scComp
instruction.

Returns

an error code indicating success or failure of the function. It will be
one of:
noErr(0)No error
scBadParmsErr (4)Unrecognized instruction in transfer instruction block
scCommErr (2)Breakdown in SCSI protocols
scPhaseErr (5)Phase error

Note

 The error codes returned by SCSI Manager routines typically indicate
only that a given operation has failed. To determine the actual cause of the
failure, another SCSI command needs to be sent asking the device what went
wrong.
A transfer instructions block tells the SCSI Manager what to do
with the data bytes transferred during the data phase. A transfer instruction
block contains a pseudo-program consisting of a variable number of
instructions; it's similar to a subroutine except that the instructions are
provided and interpreted by the SCSI Manager itself. The instructions are
of a fixed size and are of type SCSIInstr . See SCSIInstr for more
information on the the instructions that are available.
Use SCSISelect to specify the target device.

Non-Carbon CFM: in InterfaceLib 7.1 and later

Carbon Lib: not available

Mac OS X: not available

◆ SCSIWrite()

OSErr SCSIWrite ( Ptr tibPtr )

Transfer data from the initiator to the target.

SCSIWrite transfers data from the initiator to the target, as specified by
the transfer instructions block pointed to by tibPtr.

Returns

an error code indicating success or failure of the function. It will be
one of:
noErr(0)No error
scBadParmsErr (4)Unrecognized instruction in transfer instruction block
scCommErr (2)Breakdown in SCSI protocols
scPhaseErr (5)Phase error

Note

 The error codes returned by SCSI Manager routines typically indicate
only that a given operation has failed. To determine the actual cause of the
failure, another SCSI command needs to be sent asking the device what went
wrong.
A transfer instructions block tells the SCSI Manager what to do
with the data bytes transferred during the data phase. A transfer instruction
block contains a pseudo-program consisting of a variable number of
instructions; it's similar to a subroutine except that the instructions are
provided and interpreted by the SCSI Manager itself. The instructions are
of a fixed size and are of type SCSIInstr . See SCSIInstr for more
information on the the instructions that are available.
Use SCSISelect to specify the target device.

Non-Carbon CFM: in InterfaceLib 7.1 and later

Carbon Lib: not available

Mac OS X: not available

Data Structures

Macros

Typedefs

Enumerations

Functions

Detailed Description

Macro Definition Documentation

◆ InvokeSCSIInterruptPollUPP

◆ InvokeSCSIInterruptUPP

◆ InvokeSIMActionUPP

◆ NewAENCallbackUPP

◆ NewSCSICallbackUPP

◆ NewSCSIInterruptPollUPP

◆ NewSCSIInterruptUPP

◆ NewSCSIMakeCallbackUPP

◆ NewSCSIUPP

◆ NewSIMActionUPP

◆ NewSIMInitUPP

◆ SCSIPBHdr

Enumeration Type Documentation

◆ anonymous enum

◆ anonymous enum

◆ anonymous enum

Function Documentation

◆ CALLBACK_API()

◆ CALLBACK_API_C()

◆ DisposeAENCallbackUPP()

◆ DisposeSCSICallbackUPP()

◆ DisposeSCSIInterruptPollUPP()

◆ DisposeSCSIInterruptUPP()

◆ DisposeSCSIMakeCallbackUPP()

◆ DisposeSCSIUPP()

◆ DisposeSIMActionUPP()

◆ DisposeSIMInitUPP()

◆ InvokeAENCallbackUPP()

◆ InvokeSCSICallbackUPP()

◆ InvokeSCSIInterruptPollUPP()

◆ InvokeSCSIInterruptUPP()

◆ InvokeSCSIMakeCallbackUPP()

◆ InvokeSCSIUPP()

◆ InvokeSIMActionUPP()

◆ InvokeSIMInitUPP()

◆ NewAENCallbackUPP()

◆ NewSCSICallbackUPP()

◆ NewSCSIInterruptPollUPP()

◆ NewSCSIInterruptUPP()

◆ NewSCSIMakeCallbackUPP()

◆ NewSCSIUPP()

◆ NewSIMActionUPP()

◆ NewSIMInitUPP()

◆ SCSIAction()

◆ SCSICmd()

◆ SCSIComplete()

◆ SCSIDeregisterBus()

◆ SCSIGet()

◆ SCSIKillXPT()

◆ SCSIMsgIn()

◆ SCSIMsgOut()

◆ SCSIRBlind()

◆ SCSIRead()

◆ SCSIRegisterBus()

◆ SCSIReregisterBus()

◆ SCSIReset()

◆ SCSISelAtn()

◆ SCSISelect()

◆ SCSIStat()

◆ SCSIWBlind()

◆ SCSIWrite()