Developer CD Series 1999 January: Mac OS SDK

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Text File | 1998-08-17 | 25.3 KB | 670 lines | [TEXT/MPS ]

; ; File: PCCard.a ; ; Contains: PC Card Family Programming interface ; ; Version: Technology: System 7.5 ; Release: Universal Interfaces 3.2 ; ; Copyright: © 1996-1998 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/ ; ; IF &TYPE('__PCCARD__') = 'UNDEFINED' THEN __PCCARD__ SET 1 IF &TYPE('__MACTYPES__') = 'UNDEFINED' THEN include 'MacTypes.a' ENDIF IF &TYPE('__NAMEREGISTRY__') = 'UNDEFINED' THEN include 'NameRegistry.a' ENDIF kServiceCategoryPCCard EQU 'pccd' ; typedef UInt32 PCCardEvent ; typedef UInt32 PCCardEventMask ; typedef UInt32 PCCardClientID ; typedef UInt32 PCCardTimerID ; typedef UInt32 PCCardSocket ; typedef UInt32 PCCardWindowID ; typedef UInt32 PCCardWindowType ; typedef UInt32 PCCardWindowSize ; typedef UInt32 PCCardWindowOffset ; typedef UInt32 PCCardWindowAlign ; typedef OptionBits PCCardWindowState ; typedef UInt32 PCCardAccessSpeed ; typedef UInt32 PCCardWindowParam ; typedef UInt32 PCCardPage ; typedef UInt32 PCCardVoltage ; ; Several of the client notification bit flags have been REMOVED since the first ; release of this header. These were unused codes that were either ; copied directly from PC Card 2.x, or from the PCMCIA standard. In all cases, ; they were completely unimplemented and would never be sent under PCCard 3.0. ; ; The removed flags are: ; kPCCardClientInfoMessage, kPCCardSSUpdatedMessage, ; and kPCCardFunctionInterruptMessage. ; ; If your software used any of these flags, you should delete any references ; to them. These event codes are being recycled for new features. ; ; Client notification bit flags kPCCardNullMessage EQU $00000000 ; no messages pending (not sent to clients) kPCCardInsertionMessage EQU $00000001 ; card has been inserted into the socket kPCCardRemovalMessage EQU $00000002 ; card has been removed from the socket- do not touch hardware! ; Lock and Unlock may be used for a hardware locking card-cage. kPCCardLockMessage EQU $00000004 ; card is locked into the socket with a mechanical latch kPCCardUnlockMessage EQU $00000008 ; card is no longer locked into the socket ; Ready and Reset are holdovers from PC Card 2.x, but someone might be using them (!?) kPCCardReadyMessage EQU $00000010 ; card is ready to be accessed -- do not use! this event is never sent! (use kPCCardInsertion instead) kPCCardResetMessage EQU $00000020 ; physical reset has completed -- do not use! this event is never sent! (use kPCCardResetComplete instead) ; InsertionRequest and InsertionComplete may be used with certain cages (??) kPCCardInsertionRequestMessage EQU $00000040 ; request to insert a card using insertion motor kPCCardInsertionCompleteMessage EQU $00000080 ; insertion motor has finished inserting a card kPCCardEjectionRequestMessage EQU $00000100 ; user or other client is requesting a card ejection kPCCardEjectionCompleteMessage EQU $00000200 ; card ejection succeeded- do not touch hardware! kPCCardEjectionFailedMessage EQU $00000400 ; eject failure due to electrical/mechanical problems kPCCardPMResumeMessage EQU $00000800 ; power management resume kPCCardPMSuspendMessage EQU $00001000 ; power management suspend kPCCardPMSuspendRequest EQU $00002000 ; power management sleep request kPCCardPMSuspendRevoke EQU $00004000 ; power management sleep revoke kPCCardResetPhysicalMessage EQU $00008000 ; physical reset is about to occur on this card -- this event is never sent! kPCCardResetRequestMessage EQU $00010000 ; physical reset has been requested by a client kPCCardResetCompleteMessage EQU $00020000 ; ResetCard() background reset has completed kPCCardBatteryDeadMessage EQU $00040000 ; battery is no longer useable, data will be lost kPCCardBatteryLowMessage EQU $00080000 ; battery is weak and should be replaced kPCCardWriteProtectMessage EQU $00100000 ; card is now write protected kPCCardWriteEnabledMessage EQU $00200000 ; card is now write enabled kPCCardUnexpectedRemovalMessage EQU $02000000 ; card has unexpectedly been manually ejected -- careful, this event occurs at hardware interrupt time ; Unconfigured is a (currently unused) holdover from PC Card 2.x kPCCardUnconfiguredMessage EQU $04000000 ; a CARD_READY was delivered to all clients and no client ; requested a configuration for the socket -- this event is never sent under PCCard 3.0! kPCCardStatusChangedMessage EQU $08000000 ; status change for cards in I/O mode kPCCardTimerExpiredMessage EQU $10000000 ; message sent when requested time has expired kPCCardRequestAttentionMessage EQU $20000000 kPCCardEraseCompleteMessage EQU $40000000 kPCCardRegistrationCompleteMessage EQU $80000000 ; notifications available only in PCCard 3.1 and later kPCCardPMEnabledMessage EQU $00800000 ; power management has been enabled by the user; if appropriate, clients should call PCCardSetPowerLevel(off) ; typedef OptionBits PCCardWindowAttributes ; window state (values of PCCardWindowAttributes) kWSCommon EQU $0001 ; common memory window kWSAttribute EQU $0002 ; attribute memory window kWSIO EQU $0004 ; I/O window kWSCardBus EQU $0800 ; CardBus bridge window kWSTypeMask EQU $0807 ; window type mask kWSEnabled EQU $0008 ; window enabled kWS8bit EQU $0010 ; 8-bit data width window kWS16bit EQU $0020 ; 16-bit data width window kWS32bit EQU $0040 ; 32-bit data width window kWSAutoSize EQU $0080 ; auto-size data width window kWSWidthMask EQU $00F0 ; window data width mask kWSProtected EQU $0100 ; window write protected kWSPrefetchable EQU $0200 ; bridge window prefetchable kWSPageShared EQU $0400 ; page register is shared kWSWindowSizeOffset EQU $4000 kWSChangeAccessSpeed EQU $8000 ; Used by CSModifyWindow only ; window speed (sample values of PCCardAccessSpeed) for use in PCCardRequestWindow kAccessSpeed600ns EQU $006A kAccessSpeed500ns EQU $005A kAccessSpeed400ns EQU $004A kAccessSpeed300ns EQU $003A kAccessSpeed250ns EQU $0001 kAccessSpeed200ns EQU $0002 kAccessSpeed150ns EQU $0003 kAccessSpeed100ns EQU $0004 ; typedef UInt32 PCCardInterfaceType ; InterfaceType bit-mask (values of PCCardInterfaceType) kIFTypeMask EQU $03 ; IO & memory type mask kIFCardBus EQU $00 ; if bits 0 & 1 are zero then cardbus interface kIFMemory EQU $01 ; if bit 0 set memory IF kIFIO EQU $02 ; if bit 1 set IO IF kIFReserved EQU $03 ; bits 0 and 1 set is reserved kIFDMA EQU $08 ; if bit 3 set DMA supported kIFVSKey EQU $10 ; if bit 4 set supports low Voltage key kIF33VCC EQU $20 ; if bit 5 set socket suports 3.3v kIFXXVCC EQU $40 ; if bit 6 set socket supports X.X voltage kIFYYVCC EQU $80 ; if bit 7 set socket supports Y.Y voltage ; typedef UInt32 PCCardCustomInterfaceID ; Custom Interface Identifiers (values of PCCardCustomInterfaceID) kIFCustom_None EQU $00 ; no custom interface ID kIFCustom_ZOOM EQU $41 ; ZOOM Video Mode custom interface identifier ; typedef OptionBits PCCardConfigOptions ; Bit mask values for PCCardConfigOptions in the configuration calls kEnableIRQSteering EQU $0002 kIRQChangeValid EQU $0004 kVppChangeValid EQU $0010 kEnableDMAChannel EQU $0040 kDMAChangeValid EQU $0080 kVSOverride EQU $0200 ; Bits 10..31 reserved ; Configuration Registers Presence Mask for the FCR ; Used by PCCardConfigPresentMask kConfigOptionPresent EQU $00000001 kConfigStatusPresent EQU $00000002 kPinReplacePresent EQU $00000004 kSocketCopyPresent EQU $00000008 kExtendedStatusPresent EQU $00000010 kIOBase0Present EQU $00000020 kIOBase1Present EQU $00000040 kIOBase2Present EQU $00000080 kIOBase3Present EQU $00000100 kIOLimitPresent EQU $00000200 ; typedef UInt32 PCCardConfigPresentMask ; typedef UInt32 PCCardConfigRegisterIndex ; typedef UInt32 PCCardConfigRegisterOffset PCCardFunctionConfigReg RECORD 0 configOptionReg ds.b 1 ; offset: $0 (0) configStatusReg ds.b 1 ; offset: $1 (1) pinReplaceReg ds.b 1 ; offset: $2 (2) socketCopyReg ds.b 1 ; offset: $3 (3) extendedStatusReg ds.b 1 ; offset: $4 (4) ioBase0 ds.b 1 ; offset: $5 (5) ioBase1 ds.b 1 ; offset: $6 (6) ioBase2 ds.b 1 ; offset: $7 (7) ioBase3 ds.b 1 ; offset: $8 (8) ioLimit ds.b 1 ; offset: $9 (9) sizeof EQU * ; size: $A (10) ENDR ; typedef OptionBits PCCardSocketStatus ; general socket status bits (values of PCCardSocketStatus) kSTBatteryDead EQU $0001 ; battery dead kSTBatteryLow EQU $0002 ; battery low kSTBatteryGood EQU $0004 ; battery good kSTPower EQU $0008 ; power is applied kST16bit EQU $0010 ; 16-bit PC Card present kSTCardBus EQU $0020 ; CardBus PC Card present kSTMemoryCard EQU $0040 ; memory card present kSTIOCard EQU $0080 ; I/O card present kSTNotACard EQU $0100 ; unrecognizable PC Card detected kSTReady EQU $0200 ; ready kSTWriteProtect EQU $0400 ; card is write-protected kSTDataLost EQU $0800 ; data may have been lost due to card removal kSTRingIndicate EQU $1000 ; ring indicator is active kSTReserved EQU $E000 ; Bit mask for PCCardPowerOptions in the power management calls ; typedef OptionBits PCCardPowerOptions kPCCardPowerOn EQU $00000001 kPCCardPowerOff EQU $00000002 kPCCardLowPower EQU $00000004 ; typedef OptionBits PCCardAdapterCapabilities ; typedef UInt32 PCCardAdapterPowerState ; typedef OptionBits PCCardSCEvents ; typedef UInt32 PCCardWindow ; typedef UInt32 PCCardIRQ ; typedef UInt32 PCCardDMA ; Selectors for PCCardGetGlobalOptions ; The type of the "value" parameter is provided for each selector. ; typedef UInt32 PCCardOptionSelector kPCCardPowerManagementAttrib EQU 1 ; value = (Boolean*) enabled ; Types and structures for accessing the PCCard Assigned-Address property. kPCCardNonRelocatableSpace EQU $80 kPCCardPrefetchableSpace EQU $40 kPCCard16BitSpace EQU $20 kPCCardAddressTypeCodeMask EQU $07 kPCCardConfigSpace EQU 0 kPCCardIOSpace EQU 1 kPCCardMemorySpace EQU 2 kPCCardAttributeMemorySpace EQU 4 ; typedef UInt8 PCCardAddressSpaceFlags kPCCardSocketNumberMask EQU $F8 kPCCardFunctionNumberMask EQU $07 ; typedef UInt8 PCCardSocketFunction ; typedef UInt8 PCCardBusNumber ; typedef UInt8 PCCardRegisterNumber ; note: this structure is similar, but not the same as the PCIAssignedAddress structure ; 16-bit cards use this structure, CardBus cards use PCIAssignedAddress PCCardAssignedAddress RECORD 0 addressSpaceFlags ds.b 1 ; offset: $0 (0) reserved ds.b 1 ; offset: $1 (1) socketFunctionNumber ds.b 1 ; offset: $2 (2) registerNumber ds.b 1 ; offset: $3 (3) address ds.l 1 ; offset: $4 (4) size ds.l 1 ; offset: $8 (8) sizeof EQU * ; size: $C (12) ENDR ; typedef struct PCCardAssignedAddress * PCCardAssignedAddressPtr ; ---------------------------------------------------------------------- ; Client Support ;---------------------------------------------------------------------- ; Prototype for client callback ; ; extern OSStatus PCCardRegisterClient(const RegEntryID *deviceRef, PCCardEventMask eventMask, PCCardEventHandler clientCallBack, void *clientParam, PCCardClientID *newClientID) ; IF TARGET_OS_MAC ** TARGET_RT_MAC_CFM THEN IMPORT_CFM_FUNCTION PCCardRegisterClient ENDIF ; ; extern OSStatus PCCardDeRegisterClient(PCCardClientID theClientID) ; IF TARGET_OS_MAC ** TARGET_RT_MAC_CFM THEN IMPORT_CFM_FUNCTION PCCardDeRegisterClient ENDIF ; ; extern OSStatus PCCardRegisterTimer(PCCardClientID registeredClientID, PCCardTimerID *lpNewTimerID, long delay) ; IF TARGET_OS_MAC ** TARGET_RT_MAC_CFM THEN IMPORT_CFM_FUNCTION PCCardRegisterTimer ENDIF ; ; extern void PCCardDeRegisterTimer(PCCardTimerID timerID) ; IF TARGET_OS_MAC ** TARGET_RT_MAC_CFM THEN IMPORT_CFM_FUNCTION PCCardDeRegisterTimer ENDIF ; ; extern OSStatus PCCardSetEventMask(PCCardClientID theClientID, PCCardEventMask newEventMask) ; IF TARGET_OS_MAC ** TARGET_RT_MAC_CFM THEN IMPORT_CFM_FUNCTION PCCardSetEventMask ENDIF ; ; extern OSStatus PCCardGetEventMask(PCCardClientID theClientID, PCCardEventMask *newEventMask) ; IF TARGET_OS_MAC ** TARGET_RT_MAC_CFM THEN IMPORT_CFM_FUNCTION PCCardGetEventMask ENDIF ; ; extern OSStatus PCCardGetCardServicesInfo(ItemCount *socketCount, UInt32 *complianceLevel, UInt32 *version) ; IF TARGET_OS_MAC ** TARGET_RT_MAC_CFM THEN IMPORT_CFM_FUNCTION PCCardGetCardServicesInfo ENDIF ; ; extern OSStatus PCCardGetSocketRef(PCCardSocket vSocket, RegEntryID *socketRef) ; IF TARGET_OS_MAC ** TARGET_RT_MAC_CFM THEN IMPORT_CFM_FUNCTION PCCardGetSocketRef ENDIF ; ; extern OSStatus PCCardGetCardRef(PCCardSocket vSocket, RegEntryID *cardRef) ; IF TARGET_OS_MAC ** TARGET_RT_MAC_CFM THEN IMPORT_CFM_FUNCTION PCCardGetCardRef ENDIF ; ; extern OSStatus PCCardGetDeviceRef(PCCardSocket vSocket, UInt32 device, RegEntryID *deviceRef) ; IF TARGET_OS_MAC ** TARGET_RT_MAC_CFM THEN IMPORT_CFM_FUNCTION PCCardGetDeviceRef ENDIF ; ; extern OSStatus PCCardGetSocketAndDeviceFromDeviceRef(const RegEntryID *deviceRef, PCCardSocket *vSocket, UInt32 *device) ; IF TARGET_OS_MAC ** TARGET_RT_MAC_CFM THEN IMPORT_CFM_FUNCTION PCCardGetSocketAndDeviceFromDeviceRef ENDIF ; ; extern OSStatus PCCardGetCardRefFromDeviceRef(const RegEntryID *deviceRef, RegEntryID *cardRef) ; IF TARGET_OS_MAC ** TARGET_RT_MAC_CFM THEN IMPORT_CFM_FUNCTION PCCardGetCardRefFromDeviceRef ENDIF ; ---------------------------------------------------------------------- ; Resource Management ;---------------------------------------------------------------------- ; ; extern OSStatus PCCardRequestWindow(const RegEntryID *deviceRef, PCCardWindowAttributes windowAttributes, LogicalAddress *windowBase, ByteCount *windowSize, PCCardAccessSpeed *windowSpeed, PCCardWindowOffset *windowOffset, PCCardWindowID *windowID) ; IF TARGET_OS_MAC ** TARGET_RT_MAC_CFM THEN IMPORT_CFM_FUNCTION PCCardRequestWindow ENDIF ; ; extern OSStatus PCCardModifyWindow(PCCardWindowID windowID, PCCardWindowAttributes windowAttributes, PCCardAccessSpeed windowSpeed, PCCardWindowOffset windowOffset) ; IF TARGET_OS_MAC ** TARGET_RT_MAC_CFM THEN IMPORT_CFM_FUNCTION PCCardModifyWindow ENDIF ; ; extern OSStatus PCCardReleaseWindow(PCCardWindowID windowID) ; IF TARGET_OS_MAC ** TARGET_RT_MAC_CFM THEN IMPORT_CFM_FUNCTION PCCardReleaseWindow ENDIF ; ; extern OSStatus PCCardInquireWindow(const RegEntryID *deviceRef, PCCardWindowID windowID, PCCardWindowAttributes *windowAttributes, LogicalAddress *windowBase, ByteCount *windowSize, PCCardAccessSpeed *windowSpeed, PCCardWindowOffset *windowOffset) ; IF TARGET_OS_MAC ** TARGET_RT_MAC_CFM THEN IMPORT_CFM_FUNCTION PCCardInquireWindow ENDIF ; ; extern OSStatus PCCardGetStatus(const RegEntryID *deviceRef, UInt32 *currentState, UInt32 *changedState, PCCardVoltage *Vcc, PCCardVoltage *Vpp) ; IF TARGET_OS_MAC ** TARGET_RT_MAC_CFM THEN IMPORT_CFM_FUNCTION PCCardGetStatus ENDIF ; ; extern OSStatus PCCardRequestConfiguration(const RegEntryID *deviceRef, PCCardConfigOptions configOptions, PCCardInterfaceType ifType, PCCardCustomInterfaceID ifCustomType, PCCardVoltage vcc, PCCardVoltage vpp, LogicalAddress configRegistersBase, PCCardConfigPresentMask configRegistersPresent, PCCardFunctionConfigReg *configRegisterValues) ; IF TARGET_OS_MAC ** TARGET_RT_MAC_CFM THEN IMPORT_CFM_FUNCTION PCCardRequestConfiguration ENDIF ; ; extern OSStatus PCCardReleaseConfiguration(const RegEntryID *deviceRef) ; IF TARGET_OS_MAC ** TARGET_RT_MAC_CFM THEN IMPORT_CFM_FUNCTION PCCardReleaseConfiguration ENDIF ; ; extern OSStatus PCCardModifyConfiguration(const RegEntryID *deviceRef, PCCardConfigOptions configOptions, PCCardVoltage vpp) ; IF TARGET_OS_MAC ** TARGET_RT_MAC_CFM THEN IMPORT_CFM_FUNCTION PCCardModifyConfiguration ENDIF ; ; extern OSStatus PCCardReadConfigurationRegister(const RegEntryID *deviceRef, PCCardConfigRegisterIndex whichRegister, PCCardConfigRegisterOffset offset, UInt8 *value) ; IF TARGET_OS_MAC ** TARGET_RT_MAC_CFM THEN IMPORT_CFM_FUNCTION PCCardReadConfigurationRegister ENDIF ; ; extern OSStatus PCCardWriteConfigurationRegister(const RegEntryID *deviceRef, PCCardConfigRegisterIndex whichRegister, PCCardConfigRegisterOffset offset, UInt8 value) ; IF TARGET_OS_MAC ** TARGET_RT_MAC_CFM THEN IMPORT_CFM_FUNCTION PCCardWriteConfigurationRegister ENDIF ; ; extern OSStatus PCCardResetFunction(const RegEntryID *deviceRef) ; IF TARGET_OS_MAC ** TARGET_RT_MAC_CFM THEN IMPORT_CFM_FUNCTION PCCardResetFunction ENDIF ; ---------------------------------------------------------------------- ; Client Utilities ;---------------------------------------------------------------------- ; typedef UInt8 PCCardTupleKind ; ; extern PCCardTupleIterator PCCardNewTupleIterator(void ) ; IF TARGET_OS_MAC ** TARGET_RT_MAC_CFM THEN IMPORT_CFM_FUNCTION PCCardNewTupleIterator ENDIF ; ; extern OSStatus PCCardDisposeTupleIterator(PCCardTupleIterator tupleIterator) ; IF TARGET_OS_MAC ** TARGET_RT_MAC_CFM THEN IMPORT_CFM_FUNCTION PCCardDisposeTupleIterator ENDIF ; ; extern OSStatus PCCardGetFirstTuple(const RegEntryID *deviceID, PCCardTupleKind desiredTuple, PCCardTupleIterator tupleIterator, void *dataBuffer, UInt32 *dataBufferSize, PCCardTupleKind *foundTuple, UInt32 *foundTupleDataSize) ; IF TARGET_OS_MAC ** TARGET_RT_MAC_CFM THEN IMPORT_CFM_FUNCTION PCCardGetFirstTuple ENDIF ; ; extern OSStatus PCCardGetNextTuple(const RegEntryID *deviceRef, PCCardTupleKind desiredTuple, PCCardTupleIterator tupleIterator, void *dataBuffer, UInt32 *dataBufferSize, PCCardTupleKind *foundTuple, UInt32 *foundTupleDataSize) ; IF TARGET_OS_MAC ** TARGET_RT_MAC_CFM THEN IMPORT_CFM_FUNCTION PCCardGetNextTuple ENDIF ; ---------------------------------------------------------------------- ; Miscellaneous ;---------------------------------------------------------------------- ; ; extern OSStatus PCCardEject(const RegEntryID *cardRef) ; IF TARGET_OS_MAC ** TARGET_RT_MAC_CFM THEN IMPORT_CFM_FUNCTION PCCardEject ENDIF ; ; extern OSStatus PCCardEnableModemSound(const RegEntryID *cardRef, Boolean enableSound) ; IF TARGET_OS_MAC ** TARGET_RT_MAC_CFM THEN IMPORT_CFM_FUNCTION PCCardEnableModemSound ENDIF ; ; extern OSStatus PCCardEnableZoomedVideoSound(const RegEntryID *cardRef, Boolean enableSound) ; IF TARGET_OS_MAC ** TARGET_RT_MAC_CFM THEN IMPORT_CFM_FUNCTION PCCardEnableZoomedVideoSound ENDIF ; ; extern OSStatus PCCardSetPowerLevel(const RegEntryID *deviceRef, PCCardPowerOptions powerLevel) ; IF TARGET_OS_MAC ** TARGET_RT_MAC_CFM THEN IMPORT_CFM_FUNCTION PCCardSetPowerLevel ENDIF ; ; extern OSStatus PCCardSetRingIndicate(const RegEntryID *deviceRef, Boolean setRingIndicate) ; IF TARGET_OS_MAC ** TARGET_RT_MAC_CFM THEN IMPORT_CFM_FUNCTION PCCardSetRingIndicate ENDIF ; ; extern OSStatus PCCardGetGlobalOptions(PCCardOptionSelector selector, void *value) ; IF TARGET_OS_MAC ** TARGET_RT_MAC_CFM THEN IMPORT_CFM_FUNCTION PCCardGetGlobalOptions ENDIF ; typedef UInt32 PCCardDevType ; typedef UInt32 PCCardSubType ; values for PCCardType and PCCardSubType kPCCardUnknownType EQU 0 kPCCardMultiFunctionType EQU 1 kPCCardMemoryType EQU 2 kPCCardNullSubType EQU 0 ; Memory sub types kPCCardRomSubType EQU 1 kPCCardOTPromSubType EQU 2 kPCCardEpromSubType EQU 3 kPCCardEEpromSubType EQU 4 kPCCardFlashSubType EQU 5 kPCCardSramSubType EQU 6 kPCCardDramSubType EQU 7 kPCCardSerialPortType EQU 3 kPCCardSerialOnlySubType EQU 0 kPCCardDataModemSubType EQU 1 kPCCardFaxModemSubType EQU 2 kPCCardFaxAndDataModemMask EQU 3 kPCCardVoiceEncodingSubType EQU 4 kPCCardParallelPortType EQU 4 kPCCardFixedDiskType EQU 5 kPCCardUnknownFixedDiskType EQU 0 kPCCardATAInterfaceDiskSubType EQU 1 kPCCardRotatingDeviceSubType EQU $00 kPCCardSiliconDevice EQU $80 kPCCardVideoAdaptorType EQU 6 kPCCardNetworkAdaptorType EQU 7 kPCCardArcNetSubType EQU 1 ; network sub types kPCCardEthernetSubType EQU 2 kPCCardTokenRingSubType EQU 3 kPCCardLocalTalkSubType EQU 4 kPCCardFDDI_CDDISubType EQU 5 kPCCardATMSubType EQU 6 kPCCardWirelessSubType EQU 7 kPCCardAIMSType EQU 8 kPCCardSCSIType EQU 9 kPCCardSerialBusType EQU 10 kPCCardUSBBusSubType EQU 1 kPCCardFirewireBusSubType EQU 2 ; ; extern OSStatus PCCardGetCardInfo(const RegEntryID *cardRef, PCCardDevType *cardType, PCCardSubType *cardSubType, StringPtr cardName, StringPtr vendorName) ; IF TARGET_OS_MAC ** TARGET_RT_MAC_CFM THEN IMPORT_CFM_FUNCTION PCCardGetCardInfo ENDIF kPCCard16HardwareType EQU 'pc16' kCardBusHardwareType EQU 'cdbs' ; typedef UInt32 PCCardHardwareType ; ; extern OSStatus PCCardGetCardType(const RegEntryID *socketRef, PCCardHardwareType *cardType) ; IF TARGET_OS_MAC ** TARGET_RT_MAC_CFM THEN IMPORT_CFM_FUNCTION PCCardGetCardType ENDIF ; error codes kBadAdapterErr EQU -9050 ; invalid adapter number kBadAttributeErr EQU -9051 ; specified attributes field value is invalid kBadBaseErr EQU -9052 ; specified base system memory address is invalid kBadEDCErr EQU -9053 ; specified EDC generator specified is invalid kBadIRQErr EQU -9054 ; specified IRQ level is invalid kBadOffsetErr EQU -9055 ; specified PC card memory array offset is invalid kBadPageErr EQU -9056 ; specified page is invalid kBadSizeErr EQU -9057 ; specified size is invalid kBadSocketErr EQU -9058 ; specified logical or physical socket number is invalid kBadTypeErr EQU -9059 ; specified window or interface type is invalid kBadVccErr EQU -9060 ; specified Vcc power level index is invalid kBadVppErr EQU -9061 ; specified Vpp1 or Vpp2 power level index is invalid kBadWindowErr EQU -9062 ; specified window is invalid kBadArgLengthErr EQU -9063 ; ArgLength argument is invalid kBadArgsErr EQU -9064 ; values in argument packet are invalid kBadHandleErr EQU -9065 ; clientHandle is invalid kBadCISErr EQU -9066 ; CIS on card is invalid kBadSpeedErr EQU -9067 ; specified speed is unavailable kReadFailureErr EQU -9068 ; unable to complete read request kWriteFailureErr EQU -9069 ; unable to complete write request kGeneralFailureErr EQU -9070 ; an undefined error has occurred kNoCardErr EQU -9071 ; no PC card in the socket kUnsupportedFunctionErr EQU -9072 ; function is not supported by this implementation kUnsupportedModeErr EQU -9073 ; mode is not supported kBusyErr EQU -9074 ; unable to process request at this time - try later kWriteProtectedErr EQU -9075 ; media is write-protected kConfigurationLockedErr EQU -9076 ; a configuration has already been locked kInUseErr EQU -9077 ; requested resource is being used by a client kNoMoreItemsErr EQU -9078 ; there are no more of the requested item kOutOfResourceErr EQU -9079 ; Card Services has exhausted the resource kNoCardSevicesSocketsErr EQU -9080 kInvalidRegEntryErr EQU -9081 kBadLinkErr EQU -9082 kBadDeviceErr EQU -9083 k16BitCardErr EQU -9084 kCardBusCardErr EQU -9085 kPassCallToChainErr EQU -9086 kCantConfigureCardErr EQU -9087 kPostCardEventErr EQU -9088 ; _PCCSLPostCardEvent failed and dropped an event kInvalidDeviceNumber EQU -9089 kUnsupportedVsErr EQU -9090 ; Unsupported Voltage Sense kInvalidCSClientErr EQU -9091 ; Card Services ClientID is not registered kBadTupleDataErr EQU -9092 ; Data in tuple is invalid kBadCustomIFIDErr EQU -9093 ; Custom interface ID is invalid kNoIOWindowRequestedErr EQU -9094 ; Request I/O window before calling configuration kNoMoreTimerClientsErr EQU -9095 ; All timer callbacks are in use kNoMoreInterruptSlotsErr EQU -9096 ; All internal Interrupt slots are in use kNoClientTableErr EQU -9097 ; The client table has not be initialized yet kUnsupportedCardErr EQU -9098 ; Card not supported by generic enabler kNoCardEnablersFoundErr EQU -9099 ; No Enablers were found kNoEnablerForCardErr EQU -9100 ; No Enablers were found that can support the card kNoCompatibleNameErr EQU -9101 ; There is no compatible driver name for this device kClientRequestDenied EQU -9102 ; CS Clients should return this code inorder to ; deny a request-type CS Event kNotReadyErr EQU -9103 ; PC Card failed to go ready kTooManyIOWindowsErr EQU -9104 ; device requested more than one I/O window kAlreadySavedStateErr EQU -9105 ; The state has been saved on previous call kAttemptDupCardEntryErr EQU -9106 ; The Enabler was asked to create a duplicate card entry kCardPowerOffErr EQU -9107 ; Power to the card has been turned off kNotZVCapableErr EQU -9108 ; This socket does not support Zoomed Video kNoCardBusCISErr EQU -9109 ; No valid CIS exists for this CardBus card ENDIF ; __PCCARD__