Platform

Modules
	Assert
	Atomics
	Machine
	Memory
	Thread
	Utilities

Classes
class	gts::InstructionSet

Enumerations
enum class	Priority : int32_t {   PRIORITY_HIGHEST = GTS_THREAD_PRIORITY_HIGHEST , PRIORITY_ABOVE_NORMAL = GTS_THREAD_PRIORITY_ABOVE_NORMAL , PRIORITY_NORMAL = GTS_THREAD_PRIORITY_NORMAL , PRIORITY_BELOW_NORMAL = GTS_THREAD_PRIORITY_BELOW_NORMAL ,   PRIORITY_LOWEST = GTS_THREAD_PRIORITY_LOWEST }
enum	{ DEFAULT_STACK_SIZE = 0 }

Functions
GTS_INLINE bool	gts::Thread::start (ThreadFunction function, void *pArg, uint32_t stackSize=DEFAULT_STACK_SIZE)
	Starts a thread.
GTS_INLINE bool	gts::Thread::join ()
GTS_INLINE bool	gts::Thread::destroy ()
	Destroys the internal resource, if any.
GTS_INLINE ThreadId	gts::Thread::getId ()
	Returns the handle's unique ID.
GTS_INLINE bool	gts::Thread::setAffinity (size_t groupId, AffinitySet const &affinity)
	Sets the processor affinity for the thread and returns the previous affinity.
GTS_INLINE bool	gts::Thread::setPriority (Priority priority)
	Sets the priority for the thread.
static GTS_INLINE void	gts::Thread::getSystemTopology (SystemTopology &out)
	Gets the topology of all the processors in the system.
static GTS_INLINE uint32_t	gts::Thread::getHardwareThreadCount ()
	Gets the number of logical processor on this system.
static GTS_INLINE void	gts::Thread::getCurrentProcessorId (uint32_t &groupId, uint32_t &hwTid)
	Gets the current group and hardware thread IDs.
static GTS_INLINE void	gts::ThisThread::yield ()
	Yields to another thread on this CPU. (i.e. SwitchToThread on Win32)
static GTS_INLINE void	gts::ThisThread::sleepFor (uint32_t milliseconds)
	Yields to another thread in this process. (i.e. Sleep(...) on Win32)
static GTS_INLINE ThreadId	gts::ThisThread::getId ()
	Gets the current threads ID.
static GTS_INLINE void	gts::ThisThread::setName (const char *name)
	Sets the name of the thread.
static GTS_INLINE bool	gts::ThisThread::setAffinity (size_t groupId, AffinitySet const &affinity)
	Sets the processor affinity for the thread and returns the previous affinity.
static GTS_INLINE bool	gts::ThisThread::setPriority (Thread::Priority priority)
	Sets the priority for the thread.
bool	gts::BinarySemaphore::isWaiting ()
bool	gts::BinarySemaphore::wait ()
void	gts::BinarySemaphore::signal ()
void	gts::BinarySemaphore::reset ()

Variables
uint32_t *	gts::CpuCoreInfo::pHardwareThreadIds = nullptr
	The ID for each hardware thread in the core.
size_t	gts::CpuCoreInfo::hardwareThreadIdCount = 0
	The number of elements in pHardwareThreadIds.
uint8_t	gts::CpuCoreInfo::efficiencyClass = 0
	The efficiency of this core. {0,.., n} => {min,.., max}.
CpuCoreInfo *	gts::SocketInfo::pCoreInfoArray = nullptr
	A array of descriptions for each processor core in the socket.
size_t	gts::SocketInfo::coreInfoElementCount = 0
	The number of elements in pCoreInfoArray.
CpuCoreInfo *	gts::NumaNodeInfo::pCoreInfoArray = nullptr
	A array of descriptions for each processor core in the node.
size_t	gts::NumaNodeInfo::coreInfoElementCount = 0
	The number of elements in pCoreInfoArray.
size_t	gts::NumaNodeInfo::nodeId = SIZE_MAX
	The ID of the node.
CpuCoreInfo *	gts::ProcessorGroupInfo::pCoreInfoArray = nullptr
	A array of descriptions for each processor core in the group.
size_t	gts::ProcessorGroupInfo::coreInfoElementCount = 0
	The number of elements in pCoreInfoArray.
NumaNodeInfo *	gts::ProcessorGroupInfo::pNumaInfoArray = nullptr
	A array of descriptions for each NUMA node.
size_t	gts::ProcessorGroupInfo::numaNodeInfoElementCount = 0
	The number of elements in pNumaInfoArray.
SocketInfo *	gts::ProcessorGroupInfo::pSocketInfoArray = nullptr
	A array of descriptions for each socket.
size_t	gts::ProcessorGroupInfo::socketInfoElementCount = 0
	The number of elements in pSocketInfoArray.
uint32_t	gts::ProcessorGroupInfo::groupId = 0
	The ID of the group.
ProcessorGroupInfo *	gts::SystemTopology::pGroupInfoArray = nullptr
	A array of descriptions for each processor group.
size_t	gts::SystemTopology::groupInfoElementCount = 0
	The number of elements in pGroupInfoArray.

Detailed Description

Platform specific functionality

Function Documentation

wait()

bool gts::BinarySemaphore::wait ( )

inline

Returns

True if the event was waited on, false otherwise.