CP_M_Thread Class Reference

Mix-in class for using threads in CPLAT. For each object that needs to run in a separate thread, mix-in this class and override the Run() method, which is the routine that does the actual work.

List of all members.

Control
SInt32	GetPriority ()
SInt32	SetPriority (SInt32 newVal)
void	Suspend ()
void	Finish ()
void	Resume ()
bool	IsSuspend ()
bool	HasCompleted ()
void	Kill ()
static void	YieldThread (CP_M_Thread *inThread=NULL)
static void	SleepThread (UInt32 numMilliSecs)
Public Types
enum	{   kPriorityIdle = 0, kPriorityLowest = 0, kPriorityBelowNormal = 0, kPriorityNormal = 0,   kPriorityHighest = 0, kPriorityCritical = 0, kPriorityError = LONG_MAX }
Public Member Functions
Constructor / Destructor
	CP_M_Thread ()
	Constructor.
virtual	~CP_M_Thread ()
	Destructor.
Setup
void	SetupThread ()
Protected Member Functions
Running
virtual UInt32	Run ()=0
Getters
ThreadID	GetID ()
Protected Attributes
ThreadID	fThreadID
Static Private Member Functions
Running
static pascal void *	ThreadEntry (void *inParameter)
Private Attributes
bool	fHasCompleted
bool *	fDestructed

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Member Enumeration Documentation

anonymous enum

Enumeration values: kPriorityIdle  kPriorityLowest  kPriorityBelowNormal  kPriorityNormal  kPriorityHighest  kPriorityCritical  kPriorityError

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Constructor & Destructor Documentation

CPLAT_Begin_Namespace_CPLAT CP_M_Thread::CP_M_Thread (   )

Constructor.

CP_M_Thread::~CP_M_Thread (   )  [virtual]

Destructor.

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Member Function Documentation

void CP_M_Thread::YieldThread (  CP_M_Thread *  inThread = NULL  )  [static]

Allow other threads time to operate. Parameters: inThread  A CP_M_Thread object that we want to yield time to or NULL to yield to any other thread. Exceptions: none  Returns: void

void CP_M_Thread::SleepThread (  UInt32  numMilliSecs  )  [static]

Put this thread to sleep for the passed in number of milliseconds. Parameters: numMmilliSecs  Number of milliseconds to put this thread to sleep for. Exceptions: none  Returns: void

SInt32 CP_M_Thread::GetPriority (   )

Get the priority of this thread. Exceptions: none  Returns: SInt32 Returns the priority of this thread.

SInt32 CP_M_Thread::SetPriority (  SInt32  newVal  )

Set the priority of this thread, and returns the priority Parameters: newVal  The new priority of this thread Exceptions: none  Returns: SInt32 Returns the priority of this thread.

void CP_M_Thread::Suspend (   )

Suspend the thread. Exceptions: none  Returns: void

void CP_M_Thread::Finish (   )

Mark that we are done, so thread loops will finish. Exceptions: none  Returns: void

void CP_M_Thread::Resume (   )

Resume a previously suspended thread. Exceptions: none  Returns: void

bool CP_M_Thread::IsSuspend (   )

Return true if our thread is currently suspended. Exceptions: none  Returns: bool Returns true if the thread is currently suspended.

bool CP_M_Thread::HasCompleted (   )

Return the status of the has completed flag to indicate if this thread has completed. Exceptions: none  Returns: bool True if the thread has completed.

void CP_M_Thread::Kill (   )

Delete our thread. Exceptions: none  Returns: void

void CP_M_Thread::SetupThread (   )

Setsup the thread with the underlying OS. Exceptions: none  Returns: void

virtual UInt32 CP_M_Thread::Run (   )  [protected, pure virtual]

Subclasses must override this to provide the routine that does the work in the tread. Exceptions: none  Returns: UInt32 Result of the thread.

ThreadID CP_M_Thread::GetID (   )  [protected]

Return the thread id, MacOS version. Exceptions: none  Returns: ThreadID MacOS id of the thread.

static pascal void* CP_M_Thread::ThreadEntry (  void *  inParameter  )  [static, private]

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Member Data Documentation

bool CP_M_Thread::fHasCompleted [private]

bool* CP_M_Thread::fDestructed [private]

ThreadID CP_M_Thread::fThreadID [protected]

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The documentation for this class was generated from the following files:

• CP_M_Thread.h
• CP_M_Thread.cpp

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