Multi-threading

Multi-threading and synchronization features. More...

Collaboration diagram for Multi-threading:

Classes
class	ts::MessagePriorityQueue< MSG, COMPARE >
	Template message queue for inter-thread communication with priority. More...
class	ts::MessageQueue< MSG >
	Template message queue for inter-thread communication. More...
class	ts::null_mutex
	A null_mutex class which can be used to replace std::mutex or std::recursive_mutex. More...
class	ts::Thread
	Base class for threads. More...
class	ts::ThreadAttributes
	Set of attributes for a thread object (ts::Thread). More...
struct	ts::ThreadSafetyMutex< THS >
	Define the appropriate mutex class for a given level of thread-safety. More...
class	ts::WatchDog
	General-purpose timeout watchdog. More...
class	ts::WatchDogHandlerInterface
	Expiration handler interface for general-purpose timeout watchdog. More...

Macros
#define	TS_STATIC_VARIABLE(class_name, function_name)
	Define a static variable inside a translation unit.

Enumerations
enum class	ts::ThreadSafety {   ts::ThreadSafety::Full ,   ts::ThreadSafety::None }
	Thread safety property of a class. More...

Detailed Description

Multi-threading and synchronization features.

Macro Definition Documentation

TS_STATIC_VARIABLE

#define TS_STATIC_VARIABLE	(		class_name,
			function_name
	)

Define a static variable inside a translation unit.

When a static variable in a source file are invoked in the initializaiton phase, it is not possible to rely on the fact that the object is already initialized. This macro solves this problem using an encapsulation of the object inside a private function of the module.

Parameters

class_name	Fully qualified name of the object class.
function_name	Name of the instance function which returns the object.

Enumeration Type Documentation

ThreadSafety

enum class ts::ThreadSafety

strong

Thread safety property of a class.

Enumerator
Full	Thread safe, can be used from multiple threads.
None	No thread safety, use in one single thread or use explicit synchronization.