// Copyright (c) 1995-2009 Nokia Corporation and/or its subsidiary(-ies).
// All rights reserved.
// This component and the accompanying materials are made available
// under the terms of the License "Eclipse Public License v1.0"
// which accompanies this distribution, and is available
// at the URL "http://www.eclipse.org/legal/epl-v10.html".
//
// Initial Contributors:
// Nokia Corporation - initial contribution.
//
// Contributors:
//
// Description:
// e32\kernel\execs.txt

/*

Description file declaring all executive calls

Syntax:

<TYPE>	{
	keyword1 [= argument1]
	keyword2 [= argument2]
	...
}

where <TYPE> is either fast or slow and indicates the type of executive call
and the keywords describe the executive call. Keywords may take a single argument
(shown in square brackets above.)

In the following table, the first line specifies the keyword name and any synonyms,
applicability to fast or slow executive calls and whether an argument is required,
is optional or is not used. For example

KEYWORD(SYNONYM) FAST SLOW ARG	KEYWORD applies to fast and slow and always takes
								an argument. SYNONYM is a synonym for KEYWORD.
KEYWORD SLOW					KEYWORD applies only to slow and never takes an
								argument.
KEYWORD SLOW OPTIONAL			KEYWORD applies only to slow and may or may not
								take an argument.

Note that any unambiguous abbreviation of a keyword is also acceptable.

The following keywords are supported:

name	FAST SLOW ARG
	Specifies generic name for the executive call
	Unless overridden by other options:
		enumerator name is EExec<name> or EFastExec<name>
		user function name is Exec::<name>
		kernel function name is ExecHandler::<name>

	The class definitions for Exec:: and ExecHandler:: classes are generated.
	No other function declarations are generated.

number	FAST SLOW ARG
	Specify that a particular dispatch number should be used for this call

user	FAST SLOW ARG
	Override the name of the user-side executive function
	Usable in the following ways:

	user=CLASS			Function name is CLASS::<name>
	user=::FUNC			Function name is FUNC
	user=CLASS::FUNC	Function name is CLASS::FUNC
	user=special		Don't generate either a declaration or a definition
						for the user side function.

specialuser	FAST SLOW
	Generate a declaration for the user side function if it's in the Exec::
	class but don't generate a definition.

kernel	FAST SLOW ARG
	Override the name of the kernel-side executive function
	Usable in the following ways:

	kernel=CLASS		Function name is CLASS::<name>
	kernel=::FUNC		Function name is FUNC
	kernel=CLASS::FUNC	Function name is CLASS::FUNC
	kernel=special		Don't generate either a declaration or a definition
						for the kernel side function. Only applicable to fast
						executive call number 0.

specialkernel	FAST SLOW ARG
	Override the function name in the kernel dispatch table but leave the
	declaration in class ExecHandler:: unchanged.

export	FAST SLOW
	Export the user side executive function.

return	FAST SLOW ARG
	Set the return type. If this keyword is not present, defaults to void.
	NOTE:	Only simple types (i.e. 32 bit integers, pointers and references)
			are permitted.

arg1	FAST SLOW ARG
	Specify the type of argument 1. If handle lookup is being used this can be
	omitted and will be defaulted to TInt.
	NOTE:	Only simple types (i.e. 32 bit integers, pointers and references)
			are permitted.

arg2	SLOW ARG
	Specify the type of argument 2.
	NOTE:	Only simple types (i.e. 32 bit integers, pointers and references)
			are permitted.

arg3	SLOW ARG
	Specify the type of argument 3.
	NOTE:	Only simple types (i.e. 32 bit integers, pointers and references)
			are permitted.

arg4	SLOW ARG
	Specify the type of argument 4.
	NOTE:	Only simple types (i.e. 32 bit integers, pointers and references)
			are permitted.

karg1	FAST SLOW ARG
	Override the type of argument 1 on the kernel side. By default is the same
	as arg1. If handle lookup is being used this can be omitted and will be
	defaulted to Dxxxx* as appropriate to the type of handle.
	NOTE:	Only simple types (i.e. 32 bit integers, pointers and references)
			are permitted.

karg2	SLOW ARG
	Override the type of argument 2 on the kernel side. By default is the same
	as arg2.
	NOTE:	Only simple types (i.e. 32 bit integers, pointers and references)
			are permitted.

karg3	SLOW ARG
	Override the type of argument 3 on the kernel side. By default is the same
	as arg3.
	NOTE:	Only simple types (i.e. 32 bit integers, pointers and references)
			are permitted.

karg4	SLOW ARG
	Override the type of argument 4 on the kernel side. By default is the same
	as arg4.
	NOTE:	Only simple types (i.e. 32 bit integers, pointers and references)
			are permitted.

unprotected	SLOW
	Specify that no locking or unlocking or handle lookup should be done in the
	executive call dispatcher. May be omitted since it is the default option.

lock	SLOW
	Specify that the system lock should be held on the way in to the executive
	call and should be released on the way out.

norelease (nr)	SLOW
	This is used in conjunction with the lock or handle keywords to specify that
	the system lock should not be released on exit from the kernel function.
	The system lock will still be acquired on entry.

handle	SLOW ARG
	Specify that the first argument is a handle which should be translated into
	a pointer to a DObject-derived class on the way in to the executive call.
	This keyword automatically enables the lock keyword. It also automatically
	sets the type of the first argument on both user and kernel side.
	The argument specifies the type of object referred to by the handle. The
	following values are accepted (synonyms in brackets):

		thread
		process
		chunk
		library
		semaphore
		mutex
		timer
		server
		session
		logicaldevice		(ldevice)
		physicaldevice		(pdevice)
		logicalchannel		(channel)
		changenotifier		(chnotifier)
		undertaker
		msgqueue
		property
		condvar
		shpool
		shbuf
		any

	As with keywords, any unambiguous abbreviation will be accepted.

	The following keywords indicate IPC handle lookups:

		ipcmessaged
		ipcmessage
		ipcclient

asm		FAST SLOW OPTIONAL
	Specifies that the kernel side function is implemented in assembler and
	that an assembler label should be called rather than a C++ function.
	The assembler label used is always _asm_exec_<name> where <name> is the
	argument of the name keyword. It is not overridden by the kernel or
	specialkernel keywords.
	If an argument is supplied to the asm keyword it specifies a preprocessor
	macro name which is used to conditionally enable the use of assembler,
	for example:

	asm = __MESSAGE_MACHINE_CODED__

	will give rise to

	#ifdef __MESSAGE_MACHINE_CODED__
	DECLARE_ASM_FUNC(<assembler label>, <C++ name>)
	#else
	DECLARE_FUNC(<C++ name>)
	#endif

	Note that the C++ name is still supplied to the assembler declaration macro
	so that targets which don't support the use of assembler labels can revert
	to the C++ name.

ifdef	FAST SLOW ARG
	Specifies that this executive call only exists if ARG is defined at compile
	time. Can be specified multiple times with different arguments - in that
	case the executive call is valid only if all the ARGs are defined.

ifndef	FAST SLOW ARG
	Specifies that this executive call only exists if ARG is not defined at
	compile	time. Can be specified multiple times with different arguments - in
	that case the executive call is valid only if none of the ARGs are defined.
	Can also be used in conjunction with the ifdef keyword. The executive call
	is then valid only if all the ifdef arguments and none of the ifndef
	arguments are defined.

hw (noemulator)	FAST SLOW
	Specifies that this executive call is only valid on hardware targets, not
	emulator targets. Will be treated as an invalid executive call on emulator
	targets. Equivalent to ifdef = __EPOC32__.

emulator	FAST SLOW
	Specifies that this executive call is only valid on emulator targets, not
	hardware targets. Will be treated as an invalid executive call on hardware
	targets. Equivalent to ifndef = __EPOC32__.

extended	SLOW ARG
	Specifies that this executive call uses the extended argument passing
	mechanism. The argument to this keyword specifies the number of extended
	arguments and must be between 2 and 8 inclusive.
	There must be at least 3 normal arguments to use this keyword.


*/


/******************************************************************************
 * Fast executive calls
 ******************************************************************************/
fast {
	name = WaitForAnyRequest
	return = void
	number = 0
	kernel = special
}

fast {
	name = Heap
	return = RAllocator*
}

fast {
	name = HeapSwitch
	return = RAllocator*
	arg1 = RAllocator*
}

fast {
	name = PushTrapFrame
	return = TTrapHandler*
	arg1 = TTrap*
}

fast {
	name = PopTrapFrame
	return = TTrap*
}

fast {
	name = ActiveScheduler
	return = CActiveScheduler*
}

fast {
	name = SetActiveScheduler
	arg1 = CActiveScheduler*
}

fast {
	name = LockPeriod
	return = TTimerLockSpec
}

fast {
	name = TrapHandler
	return = TTrapHandler*
}

fast {
	name = SetTrapHandler
	return = TTrapHandler*
	arg1 = TTrapHandler*
}

fast {
	name = DebugMask
	return = TUint32
}

fast {
	name = DebugMaskIndex
	return = TUint32
	arg1 = TUint
}

fast {
	name = SetDebugMask
   	arg1 = TUint32
}

fast {
	name = FastCounter
	return = TUint32
	kernel = NKern::FastCounter
}

fast {
	name = NTickCount
	return = TUint32
	kernel = NKern::TickCount
}

fast {
	name = LockRamDrive
	user = UserSvr
	kernel = TInternalRamDrive::Lock
	export
}

fast {
	name = UnlockRamDrive
	user = UserSvr
	export
}

fast {
	name = RomHeaderAddress
	user = UserSvr
	export
	return = TLinAddr
	hw
}

fast {
	name = RomRootDirectoryAddress
	user = UserSvr
	export
	return = TLinAddr
	hw
}

fast {
	name = SetReentryPoint
	arg1 = TLinAddr
}

fast {
	name = KernelConfigFlags
	kernel = K::KernelConfigFlags
	return = TUint32
}

fast {
	name = UTCOffset
	return = TInt
}

fast {
	name = GetGlobalUserData
	arg1 = TInt
	return = TInt
}

fast {
	name = CheckFilter
	user = BTrace
	kernel = BTrace::CheckFilter
	arg1 = TUint32
	return = TBool
	export
}

fast {
	name = FastAtomicAxo64
	arg1 = SAtomicOpInfo64*
	ifdef = __ATOMIC64_USE_FAST_EXEC__
	user = special
}

fast {
	name = FastAtomicCas64
	arg1 = SAtomicOpInfo64*
	return = TBool
	ifdef = __ATOMIC64_USE_FAST_EXEC__
	user = special
}

fast {
	name = FastAtomicAdd64
	arg1 = SAtomicOpInfo64*
	ifdef = __ATOMIC64_USE_FAST_EXEC__
	user = special
}

fast {
	name = FastAtomicTau64
	arg1 = SAtomicOpInfo64*
	ifdef = __ATOMIC64_USE_FAST_EXEC__
	user = special
}

fast {
	name = FastAtomicTas64
	arg1 = SAtomicOpInfo64*
	ifdef = __ATOMIC64_USE_FAST_EXEC__
	user = special
}

fast {
	name = FastAtomicAxo32
	arg1 = SAtomicOpInfo32*
	return = TUint32
	ifdef = __ATOMIC_USE_FAST_EXEC__
	user = special
}

fast {
	name = FastAtomicAdd32
	arg1 = SAtomicOpInfo32*
	return = TUint32
	ifdef = __ATOMIC_USE_FAST_EXEC__
	user = special
}

fast {
	name = FastAtomicCas32
	arg1 = SAtomicOpInfo32*
	return = TBool
	ifdef = __ATOMIC_USE_FAST_EXEC__
	user = special
}

fast {
	name = FastAtomicTau32
	arg1 = SAtomicOpInfo32*
	return = TUint32
	ifdef = __ATOMIC_USE_FAST_EXEC__
	user = special
}

fast {
	name = FastAtomicTas32
	arg1 = SAtomicOpInfo32*
	return = TInt32
	ifdef = __ATOMIC_USE_FAST_EXEC__
	user = special
}

fast {
	name = FastAtomicAxo16
	arg1 = SAtomicOpInfo32*
	return = TUint16
	ifdef = __ATOMIC_USE_FAST_EXEC__
	user = special
}

fast {
	name = FastAtomicAdd16
	arg1 = SAtomicOpInfo32*
	return = TUint16
	ifdef = __ATOMIC_USE_FAST_EXEC__
	user = special
}

fast {
	name = FastAtomicCas16
	arg1 = SAtomicOpInfo32*
	return = TBool
	ifdef = __ATOMIC_USE_FAST_EXEC__
	user = special
}

fast {
	name = FastAtomicTau16
	arg1 = SAtomicOpInfo32*
	return = TUint16
	ifdef = __ATOMIC_USE_FAST_EXEC__
	user = special
}

fast {
	name = FastAtomicTas16
	arg1 = SAtomicOpInfo32*
	return = TInt16
	ifdef = __ATOMIC_USE_FAST_EXEC__
	user = special
}

fast {
	name = FastAtomicAxo8
	arg1 = SAtomicOpInfo32*
	return = TUint8
	ifdef = __ATOMIC_USE_FAST_EXEC__
	user = special
}

fast {
	name = FastAtomicAdd8
	arg1 = SAtomicOpInfo32*
	return = TUint8
	ifdef = __ATOMIC_USE_FAST_EXEC__
	user = special
}

fast {
	name = FastAtomicCas8
	arg1 = SAtomicOpInfo32*
	return = TBool
	ifdef = __ATOMIC_USE_FAST_EXEC__
	user = special
}

fast {
	name = FastAtomicTau8
	arg1 = SAtomicOpInfo32*
	return = TUint8
	ifdef = __ATOMIC_USE_FAST_EXEC__
	user = special
}

fast {
	name = FastAtomicTas8
	arg1 = SAtomicOpInfo32*
	return = TInt8
	ifdef = __ATOMIC_USE_FAST_EXEC__
	user = special
}


/******************************************************************************
 * Slow executive calls
 ******************************************************************************/
slow {
	name = ObjectNext
	return = TInt
	arg1 = TObjectType
	arg2 = TBuf8<KMaxFullName>&
	arg3 = TFindHandle&
	unp
}

slow {
	name = ChunkBase
	return = TUint8*
	handle = chunk
}

slow {
	name = ChunkSize
	return = TInt
	handle = chunk
}

slow {
	name = ChunkMaxSize
	return = TInt
	handle = chunk
}

slow {
	name = HandleAttributes
	return = TUint
	arg1 = TInt
}

slow {
	name = TickCount
	kernel = Kern::TickCount
	return = TUint
}

slow {
	name = LogicalDeviceGetCaps
	arg2 = TDes8&
	handle = ldev
	norelease
}

slow {
	name = LogicalDeviceQueryVersionSupported
	return = TBool
	arg2 = const TVersion&
	handle = ldev
	norelease
}

slow {
	name = LogicalDeviceIsAvailable
	return = TBool
	arg2 = TInt
	arg3 = const TDesC8*
	arg4 = const TDesC8*
	handle = ldev
	norelease
}

slow {
  	name = LocaleExports
  	user = E32Loader
  	export
  	return = TInt
 	arg1 = TAny*
	arg2 = TLibraryFunction*
}

slow {
	name = ChannelRequest
	return = TInt
	arg2 = TInt
	arg3 = TAny*
	arg4 = TAny*
	handle = channel
	norelease
}

slow {
	name = MathRandom
	return = TUint32
	kernel = Kern::Random
}

slow {
	name = IMBRange
	user = Exec::IMB_Range
	arg1 = TAny*
	arg2 = TUint
}

slow {
	name = ResetMachine
	return = TInt
	arg1 = TMachineStartupType
}

slow {
	name = LibraryLookup
	return = TLibraryFunction
	arg1 = TInt
	arg2 = TInt
}

slow {
	name = LibraryFileName
	arg2 = TDes8&
	handle = library
	norelease
}

slow {
	name = ExecuteInSupervisorMode
	user = UserSvr
	export
	return = TInt
	arg1 = TSupervisorFunction
	arg2 = TAny*
}

slow {
	name = MutexWait
	handle = mutex
}

slow {
	name = MutexSignal
	handle = mutex
	norelease
}

slow {
	name = ProcessId
	return = TInt
	handle = process
}

slow {
	name = DllFileName
	arg1 = TInt
	arg2 = TDes8&
}

slow {
	name = ProcessResume
	handle = process
}

slow {
	name = ProcessFileName
	arg2 = TDes8&
	handle = process
	norelease
}

slow {
	name = ProcessCommandLine
	arg2 = TDes8&
	handle = process
	norelease
}

slow {
	name = ProcessExitType
	return = TExitType
	handle = process
}

slow {
	name = ProcessExitReason
	return = TInt
	handle = process
}

slow {
	name = ProcessExitCategory
	arg2 = TDes8&
	handle = process
	norelease
}

slow {
	name = ProcessPriority
	return = TProcessPriority
	handle = process
}

slow {
	name = ProcessSetPriority
	return = TInt
	arg2 = TProcessPriority
	handle = process
	norelease
}

slow {
	name = ProcessFlags
	return = TUint
	handle = process
}

slow {
	name = ProcessSetFlags
	arg2 = TUint
	arg3 = TUint
	handle = process
}

slow {
	name = SemaphoreWait
	return = TInt
	arg2 = TInt
	handle = sem
	norelease
}

slow {
	name = SemaphoreSignal1
	handle = sem
	norelease
}

slow {
	name = SemaphoreSignalN
	arg2 = TInt
	handle = sem
	norelease
}

slow {
	name = ServerReceive
	arg2 = TRequestStatus&
	arg3 = TAny*
	handle = server
	asm = __MESSAGE_MACHINE_CODED__
}

slow {
	name = ServerCancel
	handle = server
}

slow {
	name = SetSessionPtr
	arg2 = const TAny*
	handle = ipcmessage
	norelease
}

slow {
	name = SessionSend
	specialuser
	return = TInt
	arg1 = TInt
	arg2 = TInt
	arg3 = TAny*
	arg4 = TRequestStatus*
	extended = 5
}

slow {
	name = ThreadId
	return = TInt
	handle = thread
}

slow {
	name = SessionShare
	return = TInt
	arg1 = TInt&
	arg2 = TInt
}

slow {
	name = ThreadResume
	handle = thread
}

slow {
	name = ThreadSuspend
	handle = thread
}

slow {
	name = ThreadPriority
	return = TThreadPriority
	handle = thread
}

slow {
	name = ThreadSetPriority
	arg2 = TThreadPriority
	handle = thread
}

slow {
	name = ThreadProcessPriority
	return = TProcessPriority
	handle = thread
}

slow {
	name = ThreadSetProcessPriority
	arg2 = TProcessPriority
	handle = thread
	norelease
}

slow {
	name = ThreadFlags
	return = TUint
	handle = thread
}

slow {
	name = ThreadSetFlags
	arg2 = TUint
	arg3 = TUint
	handle = thread
}

slow {
	name = ThreadRequestCount
	return = TInt
	handle = thread
}

slow {
	name = ThreadExitType
	return = TExitType
	handle = thread
}

slow {
	name = ThreadExitReason
	return = TInt
	handle = thread
}

slow {
	name = ThreadExitCategory
	arg2 = TDes8&
	handle = thread
	norelease
}

slow {
	name = TimerCancel
	handle = timer
}

slow {
	name = TimerAfter
	arg2 = TRequestStatus&
	arg3 = TInt
	handle = timer
}

slow {
	name = TimerAt
	arg2 = TRequestStatus&
	arg3 = TUint32
	arg4 = TUint32
	handle = timer
}

slow {
	name = TimerLock
	arg2 = TRequestStatus&
	arg3 = TTimerLockSpec
	handle = timer
}

slow {
	name = ChangeNotifierLogon
	return = TInt
	arg2 = TRequestStatus&
	handle = chnot
	norelease
}

slow {
	name = ChangeNotifierLogoff
	return = TInt
	handle = chnot
	norelease
}

slow {
	name = RequestSignal
	arg1 = TInt
}

slow {
	name = HandleName
	arg1 = TInt
	arg2 = TDes8&
}

slow {
	name = HandleFullName
	arg1 = TInt
	arg2 = TDes8&
}

slow {
	name = HandleInfo
	arg1 = TInt
	arg2 = THandleInfo*
}

slow {
	name = HandleCount
	arg2 = TInt&
	arg3 = TInt&
	handle = thread
	norelease
}

slow {
	name = After
	arg1 = TInt
	arg2 = TRequestStatus&
}

slow {
	name = At
	arg1 = const EXEC_TIME&
	arg2 = TRequestStatus&
}

slow {
	name = MessageComplete
	arg2 = TInt
	handle = ipcmessaged
	asm = __MESSAGE_MACHINE_CODED__
}

slow {
	name = MessageCompleteWithHandle
	arg2 = TInt
	handle = ipcmessage
}

slow {
	name = TransferSession
	arg2 = TInt
	handle = ipcmessage
}

slow {
	name = TimeNow
	return = TInt
	arg1 = EXEC_TIME&
	arg2 = TInt&
}

slow {
	name = TimeNowSecure
	return = TInt
	arg1 = EXEC_TIME&
	arg2 = TInt&
}

slow {
	name = SetUTCTimeAndOffset
	return = TInt
	arg1 = const EXEC_TIME&
	arg2 = TInt
	arg3 = TUint
	arg4 = TUint
}

slow {
	name = SetMachineConfiguration
	return = TInt
	arg1 = const TDesC8&
}

slow {
	name = CaptureEventHook
}

slow {
	name = ReleaseEventHook
}

slow {
	name = RequestEvent
	arg1 = TRawEventBuf&
	arg2 = TRequestStatus&
}

slow {
	name = RequestEventCancel
}

slow {
	name = AddEvent
	return = TInt
	arg1 = const TRawEvent&
}

slow {
	name = SessionSendSync
	specialuser
	return = TInt
	arg1 = TInt
	arg2 = TInt
	arg3 = TAny*
	arg4 = TRequestStatus*
	extended = 5
}

slow {
	name = DllTls
	return = TAny*
	arg1 = TInt 
	arg2 = TInt
}

slow {
	name = HalFunction
	return = TInt
	arg1 = TInt
	arg2 = TInt
	arg3 = TAny*
	arg4 = TAny*
}

slow {
	name = WsRegisterThread
	lock
}

slow {
	name = FsRegisterThread
	lock
}

slow {
	name = ProcessCommandLineLength
	return = TInt
	handle = process
}

slow {
	name = TimerInactivity
	arg2 = TRequestStatus&
	arg3 = TInt
	handle = timer
}

slow {
	name = UserInactivityTime
	return = TInt
}

slow {
	name = ResetInactivityTime
}

slow {
	name = DebugPrint
	arg1 = TAny*
	arg2 = TInt
}

slow {
	name = BreakPoint
	return = TInt
	lock
}

slow {
	name = ProfileStart
	return = TInt
	arg1 = TInt
	lock
}

slow {
	name = ProfileEnd
	return = TInt
	arg1 = TInt
	lock
}

slow {
	name = ExceptionHandler
	return = TExceptionHandler
	handle = thread
}

slow {
	name = SetExceptionHandler
	return = TInt
	arg2 = TExceptionHandler
	arg3 = TUint32
	handle = thread
}

slow {
	name = ModifyExceptionMask
	arg2 = TUint32
	arg3 = TUint32
	handle = thread
}

slow {
	name = RaiseException
	return = TInt
	arg2 = TExcType
	handle = thread
}

slow {
	name = IsExceptionHandled
	return = TInt
	arg2 = TExcType
	arg3 = TBool
	handle = thread
	norelease
}

slow {
	name = ProcessGetMemoryInfo
	return = TInt
	arg1 = TInt
	arg2 = TModuleMemoryInfo&
}

slow {
	name = LibraryGetMemoryInfo
	return = TInt
	arg1 = TInt
	arg2 = TModuleMemoryInfo&
}

slow {
	name = MachineConfiguration
	return = TInt
	arg1 = TDes8&
	arg2 = TInt&
}

slow {
	name = SetMemoryThresholds
	return = TInt
	arg1 = TInt
	arg2 = TInt
	lock
}

slow {
	name = LibraryType
	arg2 = TUidType&
	handle = library
	norelease
}

slow {
	name = ProcessType
	arg2 = TUidType&
	handle = process
	norelease
}

slow {
	name = ChunkBottom
	return = TInt
	handle = chunk
}

slow {
	name = ChunkTop
	return = TInt
	handle = chunk
}

slow {
	name = ThreadContext
	arg2 = TDes8&
	handle = thread
	norelease
}

slow {
	name = ThreadCreate
	return = TInt
	arg1 = const TDesC8&
	arg2 = TOwnerType
	arg3 = SThreadCreateInfo8&
}

slow {
	name = FindHandleOpen
	return = TInt
	arg1 = TOwnerType
	arg2 = const TFindHandle&
}

slow {
	name = HandleClose
	return = TInt
	arg1 = TInt
}

slow {
	name = ChunkCreate
	return = TInt
	arg1 = TOwnerType
	arg2 = const TDesC8*
	arg3 = TChunkCreate&
}

slow {
	name = ChunkAdjust
	return = TInt
	arg2 = TInt
	arg3 = TInt
	arg4 = TInt
	handle = chunk
	norelease
}

slow {
	name = OpenObject
	return = TInt
	arg1 = TObjectType
	arg2 = const TDesC8&
	arg3 = TOwnerType
}

slow {
	name = HandleDuplicate
	return = TInt
	arg1 = TInt
	arg2 = TOwnerType
	arg3 = TInt&
}

slow {
	name = MutexCreate
	return = TInt
	arg1 = const TDesC8*
	arg2 = TOwnerType
}

slow {
	name = SemaphoreCreate
	return = TInt
	arg1 = const TDesC8*
	arg2 = TInt
	arg3 = TOwnerType
}

slow {
	name = ThreadOpenById
	return = TInt
	arg1 = TUint
	arg2 = TOwnerType
}

slow {
	name = ProcessOpenById
	return = TInt
	arg1 = TUint
	arg2 = TOwnerType
}

slow {
	name = ThreadKill
	arg1 = TInt
	arg2 = TExitType
	arg3 = TInt
	arg4 = const TDesC8*
}

slow {
	name = ThreadLogon
	arg2 = TRequestStatus*
	arg3 = TBool
	handle = thread
	norelease
}

slow {
	name = ThreadLogonCancel
	return = TInt
	arg2 = TRequestStatus*
	arg3 = TBool
	handle = thread
	norelease
}

slow {
	name = DllSetTls
	return = TInt
	arg1 = TInt
	arg2 = TInt
	arg3 = TAny*
}

slow {
	name = DllFreeTls
	arg1 = TInt
}

slow {
	name = ThreadRename
	return = TInt
	arg1 = TInt
	arg2 = const TDesC8&
}

slow {
	name = ProcessRename
	return = TInt
	arg1 = TInt
	arg2 = const TDesC8&
}

slow {
	name = ProcessKill
	arg1 = TInt
	arg2 = TExitType
	arg3 = TInt
	arg4 = const TDesC8*
}

slow {
	name = ProcessLogon
	arg2 = TRequestStatus*
	arg3 = TBool
	handle = process
	norelease
}

slow {
	name = ProcessLogonCancel
	return = TInt
	arg2 = TRequestStatus*
	arg3 = TBool
	handle = process
	norelease
}

slow {
	name = ThreadProcess
	return = TInt
	handle = thread
	norelease
}

slow {
	name = ServerCreate
	return = TInt
	arg1 = const TDesC8*
	arg2 = TInt
}

slow {
	name = ServerCreateWithOptions
	return = TInt
	arg1 = const TDesC8*
	arg2 = TInt
	arg3 = TInt
	arg4 = TInt
}

slow {
	name = SessionCreate
	return = TInt
	arg1 = const TDesC8&
	arg2 = TInt
	arg3 = const TSecurityPolicy*
	arg4 = TInt
}

slow {
	name = SessionCreateFromHandle
	return = TInt
	arg1 = TInt
	arg2 = TInt
	arg3 = const TSecurityPolicy*
	arg4 = TInt
}

slow {
	name = DeviceLoad
	user = E32Loader
	export
	return = TInt
	arg1 = TAny*
	arg2 = TInt
}

slow {
	name = DeviceFree
	return = TInt
	arg1 = const TDesC8&
	arg2 = TInt
}

slow {
	name = ChannelCreate
	return = TInt
	arg1 = const TDesC8&
	arg2 = TChannelCreateInfo8&
	arg3 = TInt
}

slow {
	name = TimerCreate
	return = TInt
}

slow {
	name = TimerHighRes
	arg2 = TRequestStatus&
	arg3 = TInt
	handle = timer
}

slow {
	name = AfterHighRes
	arg1 = TInt
	arg2 = TRequestStatus&
	lock
}

slow {
	name = ChangeNotifierCreate
	return = TInt
	arg1 = TOwnerType
}

slow {
	name = UndertakerCreate
	return = TInt
	arg1 = TOwnerType
}

slow {
	name = UndertakerLogon
	return = TInt
	arg2 = TRequestStatus&
	arg3 = TInt&
	karg3 = TInt*
	handle = undertaker
}

slow {
	name = UndertakerLogonCancel
	return = TInt
	handle = undertaker
	norelease
}

slow {
	name = KernelHeapDebug
	arg1 = TInt
	arg2 = TInt
	arg3 = TAny*
}

slow {
	name = ThreadGetCpuTime
	return = TInt
	arg2 = EXEC_INT64&
	handle = thread
	norelease
}

slow {
	name = CodeSegCreate
	user = E32Loader
	export
	return = TInt
	arg1 = TCodeSegCreateInfo&
}

slow {
	name = CodeSegLoaded
	user = E32Loader
	export
	return = TInt
	arg1 = TCodeSegCreateInfo&
}

slow {
	name = LibraryCreate
	user = E32Loader
	export
	return = TInt
	arg1 = TLibraryCreateInfo&
}

slow {
	name = CodeSegOpen
	user = E32Loader
	export
	return = TInt
	arg1 = TAny*
	arg2 = TInt
}

slow {
	name = CodeSegClose
	user = E32Loader
	export
	arg1 = TAny*
}

slow {
	name = CodeSegNext
	user = E32Loader
	export
	arg1 = TAny*&
	arg2 = const TFindCodeSeg&
}

slow {
	name = CodeSegInfo
	user = E32Loader
	export
	arg1 = TAny*
	arg2 = TCodeSegCreateInfo&
}

slow {
	name = CodeSegAddDependency
	user = E32Loader
	export
	return = TInt
	arg1 = TAny*
	arg2 = TAny*
}

slow {
	name = CodeSegDeferDeletes
	user = E32Loader
	export
}

slow {
	name = CodeSegEndDeferDeletes
	user = E32Loader
	export
}

slow {
	name = ProcessCreate
	user = E32Loader
	export
	return = TInt
	arg1 = TProcessCreateInfo&
	arg2 = const TDesC8*
}

slow {
	name = ProcessLoaded
	user = E32Loader
	export
	return = TInt
	arg1 = TProcessCreateInfo&
}

slow {
	name = CheckLoaderClientState
	user = E32Loader::CheckClientState
	export
	return = TInt
	handle = ipcclient
}

slow {
	name = ThreadProcessCodeSeg
	user = E32Loader
	export
	return = TAny*
	handle = thread
}

slow {
	name = CodeSegReadExportDir
	user = E32Loader::ReadExportDir
	export
	arg1 = TAny*
	arg2 = TLinAddr*
}

slow {
	name = WaitDllLock
	user = E32Loader
	return = TInt
}

slow {
	name = ReleaseDllLock
	user = E32Loader
	return = TInt
}

slow {
	name = LibraryAttach
	user = E32Loader
	return = TInt
	arg1 = TInt
	arg2 = TInt&
	arg3 = TLinAddr*
}

slow {
	name = LibraryAttached
	user = E32Loader
	return = TInt
	arg1 = TInt
}

slow {
	name = StaticCallList
	user = E32Loader
	return = TInt
	arg1 = TInt&
	arg2 = TLinAddr*
}

slow {
	name = LibraryDetach
	user = E32Loader
	return = TInt
	arg1 = TInt&
	arg2 = TLinAddr*
}

slow {
	name = LibraryDetached
	user = E32Loader
	return = TInt
}

slow {
	name = LastThreadHandle
	return = TInt
}

slow {
	name = ThreadRendezvous
	arg1 = TInt
}

slow {
	name = ProcessRendezvous
	arg1 = TInt
}

slow {
	name = MessageGetDesLength
	return = TInt
	arg2 = TInt
	handle = ipcmessage
}

slow {
	name = MessageGetDesMaxLength
	return = TInt
	arg2 = TInt
	handle = ipcmessage
}

slow {
	name = MessageIpcCopy
	specialuser
	return = TInt
	arg2 = TInt
	arg3 = SIpcCopyInfo&
	arg4 = TInt
	handle = ipcmessage
	extended = 3
}

slow {
	name = MessageClient
	return = TInt
	arg2 = TOwnerType
	handle = ipcclient
	norelease
}

slow {
	name = MessageSetProcessPriority
	return = TInt
	arg2 = TProcessPriority
	handle = ipcclient
	norelease
}

slow {
	name = MessageConstructFromPtr
	arg2 = TAny*
	handle = ipcmessaged
	norelease
}

slow {
	name = MessageKill
	arg1 = TInt
	arg2 = TExitType
	arg3 = TInt
	arg4 = const TDesC8*
}

slow {
	name = MessageOpenObject
	return = TInt
	arg2 = TObjectType
	arg3 = TInt
	arg4 = TOwnerType
	handle = ipcmessage
	norelease
}

slow {
	name = ProcessSecurityInfo
	arg2 = SSecurityInfo&
	handle = process
	norelease
}

slow {
	name = ThreadSecurityInfo
	arg2 = SSecurityInfo&
	handle = thread
	norelease
}

slow {
	name = MessageSecurityInfo
	arg2 = SSecurityInfo&
	handle = ipcclient
	norelease
}

slow {
	name = CreatorSecurityInfo
	arg1 = SSecurityInfo&
}

slow {
	name = DisabledCapabilities
	arg1 = SCapabilitySet&
}

slow {
	name = ChunkSetRestrictions
	return = TInt
	arg2 = TUint
	handle = chunk
}

slow {
	name = MsgQueueCreate
	return = TInt
	arg1 = const TDesC8*
	arg2 = TInt
	arg3 = TInt
	arg4 = TOwnerType
}

slow {
	name = MsgQueueSend
	return = TInt
	arg1 = TInt
	arg2 = const TAny*
	arg3 = TInt
}

slow {
	name = MsgQueueReceive
	return = TInt
	arg2 = TAny*
	arg3 = TInt
	handle = msgqueue
	norelease
}

slow {
	name = MsgQueueNotifySpaceAvailable
	arg2 = TRequestStatus&
	handle = msgqueue
	norelease
}

slow {
	name = MsgQueueCancelSpaceAvailable
	handle = msgqueue
	norelease
}

slow {
	name = MsgQueueNotifyDataAvailable
	arg2 = TRequestStatus&
	handle = msgqueue
	norelease
}

slow {
	name = MsgQueueCancelDataAvailable
	handle = msgqueue
	norelease
}

slow {
	name = MsgQueueSize
	handle = msgqueue
	return = TInt
}

slow {
	name = PropertyDefine
	return = TInt
	arg1 = TUint
	arg2 = TUint
	arg3 = TPropertyInfo*
	}

slow {
	name = PropertyDelete
	return = TInt
	arg1 = TUint
	arg2 = TUint
}

slow {
	name = PropertyAttach
	return = TInt
	arg1 = TUint
	arg2 = TUint
	arg3 = TOwnerType
}

slow {
	name = PropertySubscribe
	arg2 = TRequestStatus*
	handle = property
	norelease
}

slow {
	name = PropertyCancel
	handle = property
	norelease
}

slow {
	name = PropertyGetI
	return = TInt
	arg2 = TInt*
	handle = property
	norelease
}

slow {
	name = PropertyGetB
	return = TInt
	arg2 = TUint8*
	arg3 = TInt
	handle = property
	norelease
}

slow {
	name = PropertySetI
	return = TInt
	arg2 = TInt
	handle = property
	norelease
}

slow {
	name = PropertySetB
	return = TInt
	arg1 = TInt
	arg2 = const TUint8*
	arg3 = TInt
}

slow {
	name = PropertyFindGetI
	return = TInt
	arg1 = TUint
	arg2 = TUint
	arg3 = TInt*
}

slow {
	name = PropertyFindGetB
	return = TInt
	arg1 = TUint
	arg2 = TUint
	arg3 = TUint8*
	arg4 = TInt
}

slow {
	name = PropertyFindSetI
	return = TInt
	arg1 = TUint
	arg2 = TUint
	arg3 = TInt
}

slow {
	name = PropertyFindSetB
	return = TInt
	arg1 = TUint
	arg2 = TUint
	arg3 = TUint8*
	arg4 = TInt
}

slow {
	name = PowerEnableWakeupEvents
	arg1 = TPowerState
	return = TInt
}

slow {
	name = PowerDisableWakeupEvents
}

slow {
	name = PowerRequestWakeupEventNotification
	arg1 = TRequestStatus*
}

slow {
	name = PowerCancelWakeupEventNotification
}

slow {
	name = PowerDown
	return = TInt
}

slow {
	name = ProcessSetHandleParameter
	return = TInt
	handle = process
	arg2 = TInt
	arg3 = TInt
}

slow {
	name = ProcessSetDataParameter
	return = TInt
	arg1 = TInt
	arg2 = TInt
	arg3 = const TUint8*
	arg4 = TInt

}

slow {
	name = ProcessGetHandleParameter
	return = TInt
	arg1 = TInt
	arg2 = TObjectType
	arg3 = TOwnerType
	lock
}

slow {
	name = ProcessGetDataParameter
	return = TInt
	arg1 = TInt
	arg2 = TUint8*
	arg3 = TInt
	lock
}

slow {
	name = ProcessDataParameterLength
	return = TInt
	arg1 = TInt
	lock
}

slow {
	name = MessageClientProcessFlags
	kernel = ExecHandler::ThreadProcessFlags
	return = TUint
	handle = ipcclient
}

slow {
	name = ThreadStackInfo
	return = TInt
	arg2 = TThreadStackInfo&
	handle = thread
	norelease
}

slow {
	name = ThreadGetHeap
	return = RAllocator*
	handle = thread
}

slow {
	name = ThreadAsProcess
	arg2 = TInt
	return = TInt
	handle = thread
	norelease
}

slow {
	name = CondVarCreate
	return = TInt
	arg1 = const TDesC8*
	arg2 = TOwnerType
}

slow {
	name = CondVarWait
	return = TInt
	arg2 = TInt
	arg3 = TInt
	handle = condvar
	norelease
}

slow {
	name = CondVarSignal
	handle = condvar
	norelease
}

slow {
	name = CondVarBroadcast
	handle = condvar
	norelease
}

slow {
	name = PlatSecDiagnostic
	return = TInt
	arg1 = TPlatSecDiagnostic*
}

slow {
	name = ExceptionDescriptor
	arg1 = TLinAddr
	return = TLinAddr
}

slow {
	name = ThreadRequestSignal
	handle = thread
	norelease
	asm
}

slow {
	name = MutexIsHeld
	return = TBool
	handle = mutex
}

slow {
	name = LeaveStart
	return = TTrapHandler*
}

slow {
	name = LeaveEnd
}

slow {
	name = SetDebugMaskIndex
	arg1 = TUint32
	arg2 = TUint
}

slow {
 	name = GetModuleNameFromAddress
 	arg1 = TAny*
 	arg2 = TDes8&
 	return = TInt
}

slow {
	name = NotifyChanges
	arg1 = TUint
}

slow {
	name = SetGlobalUserData
	arg1 = TInt
	arg2 = TInt
	return = TInt
}

slow {
	name = SessionSecurityInfo
	arg1 = TInt
	arg2 = SSecurityInfo&
	return = TInt
}

slow {
	name = MessageClientStatus
	return = const TRequestStatus*
	handle = ipcmessage
}

slow {
	name = SetFloatingPointMode
	arg1 = TFloatingPointMode
	arg2 = TFloatingPointRoundingMode
	return = TInt
}

slow {
	name = BTraceOut
	specialuser
	kernel = ExecHandler::BTraceOut
	return = TBool
	arg1 = TUint32
	arg2 = TUint32
	arg3 = const BTrace::SExecExtension&
	arg4 = TInt
	extended = 3
}

slow {
	name = BTraceOutBig
	specialuser
	kernel = ExecHandler::BTraceOutBig
	return = TBool
	arg1 = TUint32
	arg2 = TUint32
	arg3 = const BTrace::SExecExtension&
	arg4 = TInt
	extended = 3
}

slow {
	name = UTraceOut
	specialuser
	kernel = ExecHandler::UTraceOut
	return = TBool
	arg1 = TUint32
	arg2 = TUint32
	arg3 = const BTrace::SExecExtension&
	arg4 = TInt
	extended = 3
}

slow {
	name = CheckFilter2
	user = BTrace
	kernel = BTrace::CheckFilter2
	return = TBool
	arg1 = TUint32
	arg2 = TUint32
	export
}

slow {
	name = ProcessExeExportData
	return = TAny*
}

slow {
	name = NotifyIfCodeSegDestroyed
	user = E32Loader
	return = TInt
	arg1	= TRequestStatus&
	export
	lock
}

slow {
	name = GetDestroyedCodeSegInfo
	user = E32Loader
	return = TInt
	arg1 = TCodeSegLoaderCookie&
	export
}

slow {
	name = SetWin32RuntimeHook
	arg1 = TAny*
	return = TInt
	emulator
	export
}

slow {
	name = GetBTraceId
	return = TInt
	handle = any
}

slow {
	name = NotifyOnIdle
	arg1 = TRequestStatus*
}

slow {
	name = CancelMiscNotifier
	arg1 = TRequestStatus*
}

slow {
	name = NotifyObjectDestruction
	arg1 = TInt
	arg2 = TRequestStatus*
}

slow {
	name = RegisterTrustedChunk
	handle = chunk
}

slow {
	name = UserThreadExiting
	arg1 = TInt
	return = TBool
}

slow {
	name = SlowAtomicAxo64
	arg1 = SAtomicOpInfo64*
	ifdef = __ATOMIC64_USE_SLOW_EXEC__
	user = special
}

slow {
	name = SlowAtomicCas64
	arg1 = SAtomicOpInfo64*
	return = TBool
	ifdef = __ATOMIC64_USE_SLOW_EXEC__
	user = special
}

slow {
	name = SlowAtomicAdd64
	arg1 = SAtomicOpInfo64*
	ifdef = __ATOMIC64_USE_SLOW_EXEC__
	user = special
}

slow {
	name = SlowAtomicTau64
	arg1 = SAtomicOpInfo64*
	ifdef = __ATOMIC64_USE_SLOW_EXEC__
	user = special
}

slow {
	name = SlowAtomicTas64
	arg1 = SAtomicOpInfo64*
	ifdef = __ATOMIC64_USE_SLOW_EXEC__
	user = special
}

slow {
	name = ChunkIsPaged
	handle = chunk
	return = TBool
}

slow {
	name = ProcessDefaultDataPaged
	handle = process
	return = TBool
}

slow {
	name = MessageClientThreadFlags
	specialkernel = ExecHandler::ThreadFlags
	return = TUint
	handle = ipcclient
}

slow {
	name = ShPoolCreate
	return = TInt
	arg1 = const TShPoolInfo&
	arg2 = TUint
}

slow {
	name = ShPoolAlloc
	return = TInt
	arg1 = TInt
	arg2 = TUint
	arg3 = SShBufBaseAndSize&
}

slow {
	name = ShPoolGetInfo
	return = void
	arg2 = TShPoolInfo&
	handle = shpool
	norelease
}

slow {
	name = ShPoolFreeCount
	return = TUint
	handle = shpool
}


slow {
	name = ShPoolNotification
	return = TInt
	arg2 = TShPoolNotifyType
	arg3 = TUint
	arg4 = TRequestStatus&
	handle = shpool
	norelease
}

slow {
	name = ShPoolNotificationCancel
	return = TInt
	arg2 = TShPoolNotifyType
	arg3 = TRequestStatus&
	handle = shpool
	norelease
}

slow {
	name = ShPoolBufferWindow
	return = TInt
	arg2 = TInt
	arg3 = TBool
	handle = shpool
	norelease
}

slow {
	name = ShBufMap
	return = TInt
	arg2 = TBool
	arg3 = SShBufBaseAndSize&
	handle = shbuf
	norelease
}

slow {
	name = ShBufUnMap
	return = TInt
	handle = shbuf
	norelease
}

slow {
	name = ShBufBaseAndSize
	return = TInt
	arg2 = SShBufBaseAndSize&
	handle = shbuf
	norelease
}


slow {
	name = MathSecureRandom
	return = TInt
	arg1 = TDes8&
}


/******************************************************************************
 * End of normal executive functions
 ******************************************************************************/

// Test functions

slow {
	name = KernMsgTest
	user = special
	kernel = ::KernMsgTest
	hw
}

slow {
	name = GetLatencyValues
	user = special
	kernel = ::GetLatencyValues
	arg1 = TInt
	arg2 = TInt&
	arg3 = TInt*
	hw
}

slow {
	name = CalcKernelHeapUsed
	user = special
	kernel = ::CalcKernelHeapUsed
	return = TInt
}