Unit 'EXEC'	Package
[Overview][Constants][Types][Procedures and functions][Variables][Index]	[#amunits]

Reference for unit 'EXEC': Types

`Pointer`		A type free pointer.
`AVLKEYCOMP`
`AVLNODECOMP`
`SmallInt`		Boolean representation
`LongInt`		A type free pointer. in ABIv0 its just a Pointer.
`LongInt`		Pointer to a string, in ABIv0 just like PChar.
`LongInt`		signed 32-Bit integer Value
`LongWord`
`PAPTR`
`PAVLKEYCOMP`
`PAVLNode`
`PAVLNODECOMP`
`pDevice`		Device has the same structure as an Library
`pExecBase`
`pInterrupt`
`pIntVector`		For EXEC use ONLY!
`pIORequest`
`pIOStdReq`
`pLibrary`		Library Base Structure
`pList`		Pointer to List structure
`PLONG`
`PLONGBITS`
`pMemChunk`
`pMemEntry`
`pMemHandlerData`		Memory Handler
`pMemHeader`
`pMemList`		Pointer to the list of all Memory
`pMessage`		Message from/for a MessagePort
`pMinList`		Pointer to a minal list structure.
`pMinNode`
`pMsgPort`		Port for inter-task communication.
`pNode`		Pointer to node structure
`ppAVLNode`
`pResident`
`pSemaphore`
`pSemaphoreMessage`
`pSemaphoreRequest`		This is the structure used to request a signal semaphore
`pSignalSemaphore`
`pSoftIntList`		For EXEC use ONLY!
`pStackSwapStruct`		Stack swap structure as passed to StackSwap
`pTask`		Pointer to Task structure
`PULONG`
`pUnit`
`PChar`		Pointer to a string (compareable with a PChar)
`tAVLNode`
`tDevice`		Device has the same structure as an Library
`tExecBase`
`tInterrupt`
`tIntVector`		For EXEC use ONLY!
`tIORequest`
`tIOStdReq`
`tLibrary`		Library Base Structure
`tList`		List header.
`tMemChunk`
`tMemEntry`
`tMemHandlerData`		Memory Handler
`tMemHeader`
`tMemList`		List of all available Memory
`tMessage`		Message from/for a MessagePort
`tMinList`		Minimal list strcture.
`tMinNode`		Minimal list entry without any type or name.
`tMsgPort`		Port for inter-task communication.
`tNode`		List node structure, Each member in a list starts with a node.
`tResident`
`tSemaphore`
`tSemaphoreMessage`
`tSemaphoreRequest`		This is the structure used to request a signal semaphore
`tSignalSemaphore`
`tSoftIntList`		For EXEC use ONLY!
`tStackSwapStruct`		Stack swap structure as passed to StackSwap
`tTask`		Every Amiga Task has one of these Task structures associated with it. To find yours, use FindTask(nil). Amiga processes tack a few more values on to the end of this structure, which is the difference between Tasks and Processes.
`tUnit`
`Byte`		unsigned 8-Bit Value
`LongWord`		unsigned 32-Bit integer value
`Word`		unsigned 16-Bit Value
`Word`