topical media & game development
lib-of-vs-libs-QTDevWin-CIncludes-Multiprocessing.h / h
/*
File: Multiprocessing.h
Contains: Multiprocessing interfaces
Version: Technology: Multiprocessing API version 2.0, integrated nanokernel support
Release: QuickTime 6.0.2
Copyright: (c) 1995-2001 DayStar Digital, Inc.
Bugs?: For bug reports, consult the following page on
the World Wide Web:
http://developer.apple.com/bugreporter/
*/
/*
===========================================================================================
*** WARNING: You must properly check the availability of MP services before calling them!
See the section titled "Checking API Availability".
===========================================================================================
*/
ifndef __MULTIPROCESSING__
define __MULTIPROCESSING__
ifndef __MACTYPES__
include <MacTypes.h>
endif
ifndef __CODEFRAGMENTS__
include <CodeFragments.h>
endif
ifndef __DRIVERSERVICES__
include <DriverServices.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=power
#elif PRAGMA_STRUCT_PACKPUSH
#pragma pack(push, 2)
#elif PRAGMA_STRUCT_PACK
#pragma pack(2)
endif
/*
===========================================================================================
This is the header file for version 2.0 of the Mac OS multiprocessing support. This version
has been totally reimplemented and has significant new services. The main goal of the
reimplementation has been to transfer task management into the core operating system to provide
much more reliable and more efficient operation, including on single processor machines.
The memory management has also been massively improved, it is much faster and wastes much
less space. New services include POSIX style per-task storage, timers with millisecond and
microsecond resolutions, memory allocation at a specified alignment, and system pageable
and RAM resident memory pools. See the MP API documentation for details.
The old "DayStar" debugging services (whose names began with an underscore) have been
removed from this header. A very few are still implemented for binary compatibility, or in
cases where they happened to be exposed inappropriately. (E.g. _MPIsFullyInitialized must
be called to see if the MP API is ReallyTruly(tm) usable.) New code and recompiles of old
code should avoid use of these defunct services, except for _MPIsFullyInitialized.
===========================================================================================
*/
/*
===========================================================================================
The following services are from the original MP API and remain supported in version 2.0:
MPProcessors
MPCreateTask
MPTerminateTask
MPCurrentTaskID
MPYield
MPExit
MPCreateQueue
MPDeleteQueue
MPNotifyQueue
MPWaitOnQueue
MPCreateSemaphore
MPCreateBinarySemaphore (In C only, a macro that calls MPCreateSemaphore.)
MPDeleteSemaphore
MPSignalSemaphore
MPWaitOnSemaphore
MPCreateCriticalRegion
MPDeleteCriticalRegion
MPEnterCriticalRegion
MPExitCriticalRegion
MPAllocate (Deprecated, use MPAllocateAligned for new builds.)
MPFree
MPBlockCopy
MPLibraryIsLoaded (In C only, a macro.)
_MPIsFullyInitialized (See comments about checking for MP API availability.)
===========================================================================================
*/
/*
===========================================================================================
The following services are new in version 2.0:
MPProcessorsScheduled
MPSetTaskWeight
MPTaskIsPreemptive
MPAllocateTaskStorageIndex
MPDeallocateTaskStorageIndex
MPSetTaskStorageValue
MPGetTaskStorageValue
MPSetQueueReserve
MPCreateEvent
MPDeleteEvent
MPSetEvent
MPWaitForEvent
UpTime
DurationToAbsolute
AbsoluteToDuration
MPDelayUntil
MPCreateTimer
MPDeleteTimer
MPSetTimerNotify
MPArmTimer
MPCancelTimer
MPSetExceptionHandler
MPThrowException
MPDisposeTaskException
MPExtractTaskState
MPSetTaskState
MPRegisterDebugger
MPUnregisterDebugger
MPAllocateAligned (Preferred over MPAllocate.)
MPGetAllocatedBlockSize
MPBlockClear
MPDataToCode
MPRemoteCall (Preferred over _MPRPC.)
===========================================================================================
*/
/*
===========================================================================================
The following services are new in version 2.1:
MPCreateNotification
MPDeleteNotification
MPModifyNotification
MPCauseNotification
MPGetNextTaskID
MPGetNextCpuID
===========================================================================================
*/
/*
===========================================================================================
The following services are "unofficial" extensions to the original API. They are not in
the multiprocessing API documentation, but were in previous versions of this header. They
remain supported in version 2.0. They may not be supported in other environments.
_MPRPC (Deprecated, use MPRemoteCall for new builds.)
_MPAllocateSys (Deprecated, use MPAllocateAligned for new builds.)
_MPTaskIsToolboxSafe
_MPLibraryVersion
_MPLibraryIsCompatible
===========================================================================================
*/
/*
===========================================================================================
The following services were in previous versions of this header for "debugging only" use.
They are NOT implemented in version 2.0. For old builds they can be accessed by defining
the symbol MPIncludeDefunctServices to have a nonzero value.
_MPInitializePrintf
_MPPrintf
_MPDebugStr
_MPStatusPString
_MPStatusCString
===========================================================================================
*/
/*
.
===========================================================================================
General Types and Constants
===========================
*/
define MPCopyrightNotice \
"Copyright © 1995-1999 Apple Computer, Inc.\n"
define MPLibraryName "MPLibrary"
define MPLibraryCName MPLibraryName
define MPLibraryPName "\p" MPLibraryName
define MP_API_Version "2.1"
enum {
MPLibrary_MajorVersion = 2,
MPLibrary_MinorVersion = 1,
MPLibrary_Release = 1,
MPLibrary_DevelopmentRevision = 1
};
typedef CFragContextID MPProcessID;
typedef struct OpaqueMPTaskID* MPTaskID;
typedef struct OpaqueMPQueueID* MPQueueID;
typedef struct OpaqueMPSemaphoreID* MPSemaphoreID;
typedef struct OpaqueMPCriticalRegionID* MPCriticalRegionID;
typedef struct OpaqueMPTimerID* MPTimerID;
typedef struct OpaqueMPEventID* MPEventID;
typedef struct OpaqueMPAddressSpaceID* MPAddressSpaceID;
typedef struct OpaqueMPNotificationID* MPNotificationID;
typedef struct OpaqueMPCoherenceID* MPCoherenceID;
typedef struct OpaqueMPCpuID* MPCpuID;
typedef struct OpaqueMPOpaqueID* MPOpaqueID;
enum {
kMPNoID = kInvalidID /* New code should use kInvalidID everywhere.*/
};
typedef OptionBits MPTaskOptions;
typedef UInt32 TaskStorageIndex;
typedef UInt32 TaskStorageValue;
typedef ItemCount MPSemaphoreCount;
typedef UInt32 MPTaskWeight;
typedef UInt32 MPEventFlags;
typedef UInt32 MPExceptionKind;
typedef UInt32 MPTaskStateKind;
typedef UInt32 MPDebuggerLevel;
enum {
kDurationImmediate = 0L,
kDurationForever = 0x7FFFFFFF,
kDurationMillisecond = 1,
kDurationMicrosecond = -1
};
/*
.
===========================================================================================
Tasking Services
================
*/
EXTERN_API_C( ItemCount )
MPProcessors (void);
/* The physical total.*/
EXTERN_API_C( ItemCount )
MPProcessorsScheduled (void);
/* Those currently in use.*/
EXTERN_API_C( OSStatus )
MPGetNextCpuID (MPCoherenceID owningCoherenceID,
MPCpuID * cpuID);
enum {
/* For MPCreateTask options*/
kMPCreateTaskTakesAllExceptionsMask = 1L << 1,
kMPCreateTaskValidOptionsMask = kMPCreateTaskTakesAllExceptionsMask
};
/* -------------------------------------------------------------------------------------------*/
typedef CALLBACK_API_C( OSStatus , TaskProc )(void *parameter);
EXTERN_API_C( OSStatus )
MPCreateTask (TaskProc entryPoint,
void * parameter,
ByteCount stackSize,
MPQueueID notifyQueue,
void * terminationParameter1,
void * terminationParameter2,
MPTaskOptions options,
MPTaskID * task);
EXTERN_API_C( OSStatus )
MPTerminateTask (MPTaskID task,
OSStatus terminationStatus);
EXTERN_API_C( OSStatus )
MPSetTaskWeight (MPTaskID task,
MPTaskWeight weight);
EXTERN_API_C( Boolean )
MPTaskIsPreemptive (MPTaskID taskID);
/* May be kInvalidID.*/
EXTERN_API_C( void )
MPExit (OSStatus status);
EXTERN_API_C( void )
MPYield (void);
EXTERN_API_C( MPTaskID )
MPCurrentTaskID (void);
EXTERN_API_C( OSStatus )
MPGetNextTaskID (MPProcessID owningProcessID,
MPTaskID * taskID);
/* -------------------------------------------------------------------------------------------*/
/*
---------------------------------------------------
! The task storage services are new in version 2.0.
*/
EXTERN_API_C( OSStatus )
MPAllocateTaskStorageIndex (TaskStorageIndex * index);
EXTERN_API_C( OSStatus )
MPDeallocateTaskStorageIndex (TaskStorageIndex index);
EXTERN_API_C( OSStatus )
MPSetTaskStorageValue (TaskStorageIndex index,
TaskStorageValue value);
EXTERN_API_C( TaskStorageValue )
MPGetTaskStorageValue (TaskStorageIndex index);
/*
.
===========================================================================================
Synchronization Services
========================
*/
EXTERN_API_C( OSStatus )
MPCreateQueue (MPQueueID * queue);
EXTERN_API_C( OSStatus )
MPDeleteQueue (MPQueueID queue);
EXTERN_API_C( OSStatus )
MPNotifyQueue (MPQueueID queue,
void * param1,
void * param2,
void * param3);
EXTERN_API_C( OSStatus )
MPWaitOnQueue (MPQueueID queue,
void ** param1,
void ** param2,
void ** param3,
Duration timeout);
EXTERN_API_C( OSStatus )
MPSetQueueReserve (MPQueueID queue,
ItemCount count);
/* -------------------------------------------------------------------------------------------*/
EXTERN_API_C( OSStatus )
MPCreateSemaphore (MPSemaphoreCount maximumValue,
MPSemaphoreCount initialValue,
MPSemaphoreID * semaphore);
EXTERN_API_C( OSStatus )
MPDeleteSemaphore (MPSemaphoreID semaphore);
EXTERN_API_C( OSStatus )
MPSignalSemaphore (MPSemaphoreID semaphore);
EXTERN_API_C( OSStatus )
MPWaitOnSemaphore (MPSemaphoreID semaphore,
Duration timeout);
define MPCreateBinarySemaphore(semaphore) \
MPCreateSemaphore ( 1, 1, (semaphore) )
/* -------------------------------------------------------------------------------------------*/
EXTERN_API_C( OSStatus )
MPCreateCriticalRegion (MPCriticalRegionID * criticalRegion);
EXTERN_API_C( OSStatus )
MPDeleteCriticalRegion (MPCriticalRegionID criticalRegion);
EXTERN_API_C( OSStatus )
MPEnterCriticalRegion (MPCriticalRegionID criticalRegion,
Duration timeout);
EXTERN_API_C( OSStatus )
MPExitCriticalRegion (MPCriticalRegionID criticalRegion);
/* -------------------------------------------------------------------------------------------*/
EXTERN_API( OSStatus )
MPCreateEvent (MPEventID * event);
EXTERN_API_C( OSStatus )
MPDeleteEvent (MPEventID event);
EXTERN_API_C( OSStatus )
MPSetEvent (MPEventID event,
MPEventFlags flags);
EXTERN_API( OSStatus )
MPWaitForEvent (MPEventID event,
MPEventFlags * flags,
Duration timeout);
/*
.
===========================================================================================
Notification Services (API)
=====================
*/
EXTERN_API_C( OSStatus )
MPCreateNotification (MPNotificationID * notificationID);
/* -------------------------------------------------------------------------------------------*/
EXTERN_API_C( OSStatus )
MPDeleteNotification (MPNotificationID notificationID);
/* -------------------------------------------------------------------------------------------*/
EXTERN_API_C( OSStatus )
MPModifyNotification (MPNotificationID notificationID,
MPOpaqueID anID,
void * notifyParam1,
void * notifyParam2,
void * notifyParam3);
/* -------------------------------------------------------------------------------------------*/
EXTERN_API_C( OSStatus )
MPCauseNotification (MPNotificationID notificationID);
/*
.
===========================================================================================
Timer Services
==============
*/
/*
--------------------------------------------
! The timer services are new in version 2.0.
*/
if 0
/* For now these are taken from DriverServices, should be in a better place.*/
if CALL_NOT_IN_CARBON
EXTERN_API_C( AbsoluteTime )
UpTime (void);
EXTERN_API_C( AbsoluteTime )
DurationToAbsolute (Duration duration);
EXTERN_API_C( Duration )
AbsoluteToDuration (AbsoluteTime time);
endif /* CALL_NOT_IN_CARBON */
endif /* 0 */
enum {
/* For MPArmTimer options*/
kMPPreserveTimerIDMask = 1L << 0,
kMPTimeIsDeltaMask = 1L << 1,
kMPTimeIsDurationMask = 1L << 2
};
EXTERN_API_C( OSStatus )
MPDelayUntil (AbsoluteTime * expirationTime);
EXTERN_API_C( OSStatus )
MPCreateTimer (MPTimerID * timerID);
EXTERN_API_C( OSStatus )
MPDeleteTimer (MPTimerID timerID);
EXTERN_API_C( OSStatus )
MPSetTimerNotify (MPTimerID timerID,
MPOpaqueID anID,
void * notifyParam1,
void * notifyParam2,
void * notifyParam3);
EXTERN_API_C( OSStatus )
MPArmTimer (MPTimerID timerID,
AbsoluteTime * expirationTime,
OptionBits options);
EXTERN_API_C( OSStatus )
MPCancelTimer (MPTimerID timerID,
AbsoluteTime * timeRemaining);
/*
.
===========================================================================================
Memory Services
===============
*/
enum {
/* Maximum allocation request size is 1GB.*/
kMPMaxAllocSize = 1024L * 1024 * 1024
};
enum {
/* Values for the alignment parameter to MPAllocateAligned.*/
kMPAllocateDefaultAligned = 0,
kMPAllocate8ByteAligned = 3,
kMPAllocate16ByteAligned = 4,
kMPAllocate32ByteAligned = 5,
kMPAllocate1024ByteAligned = 10,
kMPAllocate4096ByteAligned = 12,
kMPAllocateMaxAlignment = 16, /* Somewhat arbitrary limit on expectations.*/
kMPAllocateAltiVecAligned = kMPAllocate16ByteAligned, /* The P.C. name.*/
kMPAllocateVMXAligned = kMPAllocateAltiVecAligned, /* The older, common name.*/
kMPAllocateVMPageAligned = 254, /* Pseudo value, converted at runtime.*/
kMPAllocateInterlockAligned = 255 /* Pseudo value, converted at runtime.*/
};
enum {
/* Values for the options parameter to MPAllocateAligned.*/
kMPAllocateClearMask = 0x0001, /* Zero the allocated block.*/
kMPAllocateGloballyMask = 0x0002, /* Allocate from the globally visible pool.*/
kMPAllocateResidentMask = 0x0004, /* Allocate from the RAM-resident pool.*/
kMPAllocateNoGrowthMask = 0x0010 /* Do not attempt to grow the pool.*/
};
/* -------------------------------------------------------------------------------------------*/
EXTERN_API_C( LogicalAddress )
MPAllocateAligned (ByteCount size,
UInt8 alignment,
OptionBits options);
/* ! MPAllocateAligned is new in version 2.0.*/
EXTERN_API_C( LogicalAddress )
MPAllocate (ByteCount size);
/* Use MPAllocateAligned instead.*/
EXTERN_API_C( void )
MPFree (LogicalAddress object);
EXTERN_API_C( ByteCount )
MPGetAllocatedBlockSize (LogicalAddress object);
/* -------------------------------------------------------------------------------------------*/
EXTERN_API_C( void )
MPBlockCopy (LogicalAddress source,
LogicalAddress destination,
ByteCount size);
EXTERN_API_C( void )
MPBlockClear (LogicalAddress address,
ByteCount size);
/* ! MPBlockClear is new in version 2.0.*/
EXTERN_API_C( void )
MPDataToCode (LogicalAddress address,
ByteCount size);
/* ! MPDataToCode is new in version 2.0.*/
/*
.
===========================================================================================
Exception/Debugging Services
============================
*/
/*
-------------------------------------------------------------------------------------------
*** Important Note ***
----------------------
The functions MPExtractTaskState and MPSetTaskState infer the size of the "info" buffer
from the "kind" parameter. A given value for MPTaskStateKind will always refer to a
single specific physical buffer layout. Should new register sets be added, or the size
or number of any registers change, new values of MPTaskStateKind will be introduced to
refer to the new buffer layouts.
The following types for the buffers are in MachineExceptions. The correspondence between
MPTaskStateKind values and MachineExceptions types is:
kMPTaskStateRegisters -> RegisterInformation
kMPTaskStateFPU -> FPUInformation
kMPTaskStateVectors -> VectorInformation
kMPTaskStateMachine -> MachineInformation
kMPTaskState32BitMemoryException -> ExceptionInfo for old-style 32-bit memory exceptions
For reference, on PowerPC the MachineExceptions types contain:
RegisterInformation -> The GPRs, 32 values of 64 bits each.
FPUInformation -> The FPRs plus FPSCR, 32 values of 64 bits each, one value of
32 bits.
VectorInformation -> The AltiVec vector registers plus VSCR and VRSave, 32 values
of 128 bits each, one value of 128 bits, and one 32 bit value.
MachineInformation -> The CTR, LR, PC, each of 64 bits. The CR, XER, MSR, MQ,
exception kind, and DSISR, each of 32 bits. The 64 bit DAR.
ExceptionInfo -> Only memory exceptions are specified, 4 fields of 32 bits each.
Note that this type only covers memory exceptions on 32-bit CPUs!
The following types are declared here:
kMPTaskStateTaskInfo -> MPTaskInfo
*/
enum {
/* Values for the TaskStateKind to MPExtractTaskState and MPSetTaskState.*/
kMPTaskStateRegisters = 0, /* The task general registers.*/
kMPTaskStateFPU = 1, /* The task floating point registers*/
kMPTaskStateVectors = 2, /* The task vector registers*/
kMPTaskStateMachine = 3, /* The task machine registers*/
kMPTaskState32BitMemoryException = 4 /* The task memory exception information for 32-bit CPUs.*/
};
enum {
kMPTaskStateTaskInfo = 5 /* Static and dynamic information about the task.*/
};
enum {
/* Option bits and numbers for MPDisposeTaskException.*/
kMPTaskPropagate = 0, /* The exception is propagated.*/
kMPTaskResumeStep = 1, /* The task is resumed and single step is enabled.*/
kMPTaskResumeBranch = 2, /* The task is resumed and branch stepping is enabled.*/
kMPTaskResumeMask = 0x0000, /* The task is resumed.*/
kMPTaskPropagateMask = 1 << kMPTaskPropagate, /* The exception is propagated.*/
kMPTaskResumeStepMask = 1 << kMPTaskResumeStep, /* The task is resumed and single step is enabled.*/
kMPTaskResumeBranchMask = 1 << kMPTaskResumeBranch /* The task is resumed and branch stepping is enabled.*/
};
enum {
/* For kMPTaskStateTaskInfo, the task's runState*/
kMPTaskBlocked = 0, /* Task is blocked (queued on resource)*/
kMPTaskReady = 1, /* Task is runnable*/
kMPTaskRunning = 2 /* Task is running*/
};
enum {
/* For kMPTaskStateTaskInfo, the version of the MPTaskInfo structure requested.*/
kMPTaskInfoVersion = 2
};
struct MPTaskInfo {
PBVersion version; /* Version of the data structure requested*/
OSType name; /* Task name*/
OSType queueName; /* Task's queue owner name*/
UInt16 runState; /* Running, ready, blocked*/
UInt16 lastCPU; /* Address of CPU where task previously ran*/
UInt32 weight; /* Processing weight: 1 - 10,000*/
MPProcessID processID; /* Owning process ID*/
AbsoluteTime cpuTime; /* Accumulated task time*/
AbsoluteTime schedTime; /* Time when last scheduled*/
AbsoluteTime creationTime; /* Time when task created*/
ItemCount codePageFaults; /* Page faults from code execution*/
ItemCount dataPageFaults; /* Page faults from data access*/
ItemCount preemptions; /* Number of times task was preempted*/
MPCpuID cpuID; /* ID of CPU where task previously ran*/
};
typedef struct MPTaskInfo MPTaskInfo;
/*
Upon a task exception, the following message is sent to the designated queue:
1. The MPTaskID,
2. The exception kind. These are enumerated in the interfaces header MachineExceptions.h
3. N/A
*/
/* -------------------------------------------------------------------------------------------*/
EXTERN_API_C( OSStatus )
MPSetExceptionHandler (MPTaskID task,
MPQueueID exceptionQ);
EXTERN_API_C( OSStatus )
MPDisposeTaskException (MPTaskID task,
OptionBits action);
EXTERN_API_C( OSStatus )
MPExtractTaskState (MPTaskID task,
MPTaskStateKind kind,
void * info);
EXTERN_API_C( OSStatus )
MPSetTaskState (MPTaskID task,
MPTaskStateKind kind,
void * info);
EXTERN_API_C( OSStatus )
MPThrowException (MPTaskID task,
MPExceptionKind kind);
/* -------------------------------------------------------------------------------------------*/
EXTERN_API_C( OSStatus )
MPRegisterDebugger (MPQueueID queue,
MPDebuggerLevel level);
EXTERN_API_C( OSStatus )
MPUnregisterDebugger (MPQueueID queue);
/*
.
===========================================================================================
Remote Call Services
====================
*/
typedef CALLBACK_API_C( void *, MPRemoteProcedure )(void *parameter);
typedef UInt8 MPRemoteContext;
enum {
kMPAnyRemoteContext = 0,
kMPOwningProcessRemoteContext = 1
};
EXTERN_API_C( void *)
MPRemoteCall (MPRemoteProcedure remoteProc,
void * parameter,
MPRemoteContext context);
/* ! MPRemoteCall is new in version 2.0.*/
/*
.
===========================================================================================
Checking API Availability
=========================
*/
/*
===========================================================================================
*** WARNING: You must properly check the availability of MP services before calling them!
===========================================================================================
Checking for the availability of the MP API is rather ugly. This is a historical problem,
caused by the original implementation letting itself get prepared when it really wasn't
usable and complicated by some important clients then depending on weak linking to "work".
(And further complicated by CFM not supporting "deferred" imports, which is how many
programmers think weak imports work.)
The end result is that the MP API library may get prepared by CFM but be totally unusable.
This means that if you import from the MP API library, you cannot simply check for a
resolved import to decide if MP services are available. Worse, if you explicitly prepare
the MP API library you cannot assume that a noErr result from GetSharedLibrary means that
MP services are available.
o If you import from the MP API library you MUST:
Use the MPLibraryIsLoaded macro (or equivalent code in languages other than C) to tell
if the MP API services are available. It is not sufficient to simply check that an
imported symbol is resolved as is commonly done for other libraries. The macro expands
to the expression:
( ( (UInt32)_MPIsFullyInitialized != (UInt32)kUnresolvedCFragSymbolAddress ) &&
( _MPIsFullyInitialized () ) )
This checks if the imported symbol _MPIsFullyInitialized is resolved and if resolved
calls it. Both parts must succeed for the MP API services to be available.
o If you explicitly prepare the MP API library you MUST:
Use code similar to the following example to tell if the MP API services are available.
It is not sufficient to depend on just a noErr result from GetSharedLibrary.
OSErr err;
Boolean mpIsAvailable = false;
CFragConnectionID connID = kInvalidID;
MPIsFullyInitializedProc mpIsFullyInitialized = NULL;
err = GetSharedLibrary ( "\pMPLibrary", kCompiledCFragArch, kReferenceCFrag,
&connID, NULL, NULL );
if ( err == noErr ) {
err = FindSymbol ( connID, "\p_MPIsFullyInitialized",
(Ptr *) &mpIsFullyInitialized, NULL );
}
if ( err == noErr ) {
mpIsAvailable = (* mpIsFullyInitialized) ();
}
===========================================================================================
*/
EXTERN_API_C( Boolean )
_MPIsFullyInitialized (void);
typedef CALLBACK_API_C( Boolean , MPIsFullyInitializedProc )(void );
define MPLibraryIsLoaded() \
( ( (UInt32)_MPIsFullyInitialized != (UInt32)kUnresolvedCFragSymbolAddress ) && \
( _MPIsFullyInitialized () ) )
/*
.
===========================================================================================
Miscellaneous Services
======================
*/
EXTERN_API_C( void )
_MPLibraryVersion (const char ** versionCString,
UInt32 * major,
UInt32 * minor,
UInt32 * release,
UInt32 * revision);
/*
.
===========================================================================================
Unofficial Services
===================
*/
/*
===========================================================================================
*** WARNING ***
These services are not part of the officially documented multiprocessing API. They may not
be avaliable in future versions of Mac OS multiprocessing support, or in environments that
have a different underlying OS architecture such as Mac OS on top of a microkernel, the
Mac OS Blue Box under Mac OS X, native MP support in Mac OS X, etc.
===========================================================================================
*/
if CALL_NOT_IN_CARBON
if CALL_NOT_IN_CARBON
EXTERN_API_C( LogicalAddress )
_MPAllocateSys (ByteCount size);
/* Use MPAllocateAligned instead.*/
EXTERN_API_C( void *)
_MPRPC (MPRemoteProcedure remoteProc,
void * parameter);
/* Use _MPRemoteCall instead.*/
EXTERN_API_C( Boolean )
_MPTaskIsToolboxSafe (MPTaskID task);
endif /* CALL_NOT_IN_CARBON */
endif /* CALL_NOT_IN_CARBON */
EXTERN_API_C( Boolean )
_MPLibraryIsCompatible (const char * versionCString,
UInt32 major,
UInt32 minor,
UInt32 release,
UInt32 revision);
define MPRPC _MPRPC
define MPTaskIsToolboxSafe _MPTaskIsToolboxSafe
/*
.
===========================================================================================
Defunct Services
================
*/
if CALL_NOT_IN_CARBON
ifndef MPIncludeDefunctServices
define MPIncludeDefunctServices 0
endif /* !defined(MPIncludeDefunctServices) */
if MPIncludeDefunctServices
if CALL_NOT_IN_CARBON
EXTERN_API_C( void )
_MPDebugStr (ConstStr255Param msg);
EXTERN_API_C( StringPtr )
_MPStatusPString (OSStatus status);
EXTERN_API_C( const char *)
_MPStatusCString (OSStatus status);
endif /* CALL_NOT_IN_CARBON */
include <stdarg.h>
typedef CALLBACK_API_C( void , MPPrintfHandler )(MPTaskID taskID, const char *format, va_list args);
if CALL_NOT_IN_CARBON
EXTERN_API_C( void )
_MPInitializePrintf (MPPrintfHandler pfn);
EXTERN_API_C( void )
_MPPrintf (const char * format,
...);
endif /* CALL_NOT_IN_CARBON */
endif /* MPIncludeDefunctServices */
endif /* CALL_NOT_IN_CARBON */
/* ===========================================================================================*/
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 /* __MULTIPROCESSING__ */
(C) Æliens
04/09/2009
You may not copy or print any of this material without explicit permission of the author or the publisher.
In case of other copyright issues, contact the author.
