Thread Utilities

A collection of utilities for threading. More...

Namespaces
namespace	Utils::tp

Classes
class	Utils::ThreadPool0
	Fake thread pool class. More...
class	Utils::ThreadPool1
	Manages a pool of worker threads for concurrent task execution. More...
class	Utils::ThreadPool2
	Manages a pool of worker threads for concurrent task execution. More...
class	Utils::ThreadPool3
	A thread pool for concurrent task execution with worker management. More...
class	Utils::ThreadPool4
	A thread pool for concurrent task execution with worker management. More...
class	Utils::ThreadPool5
	A thread pool for concurrent task execution with worker management. More...
class	Utils::ThreadPoolBase
class	Utils::SpinLock
class	Utils::SpinLock_barrier
class	Utils::Barrier
class	Utils::SimpleSemaphore
class	Utils::WorkerLoop
class	Utils::WaitWorker
class	Utils::BinarySearch< DATA >
class	Utils::at_scope_exit_impl< Destructor >

Macros
#define	UTILS_SEMAPHORE   Utils::SimpleSemaphore
#define	UTILS_MUTEX   std::mutex
#define	UTILS_SPINLOCK   Utils::SpinLock
#define	UTILS_BARRIER   Utils::Barrier

Functions
template<class Function>
auto	Utils::at_scope_exit (Function &&fun) -> at_scope_exit_impl< Function >
template<class Function>
auto	Utils::at_scope_exit (Function const &fun) -> at_scope_exit_impl< Function const & >

Detailed Description

A collection of utilities for threading.

This module provides various utilities for managing threads and executing tasks concurrently. It includes functionalities such as thread pools, task management, and synchronization mechanisms.

Macro Definition Documentation

UTILS_BARRIER

#define UTILS_BARRIER   Utils::Barrier

UTILS_MUTEX

#define UTILS_MUTEX   std::mutex

UTILS_SEMAPHORE

#define UTILS_SEMAPHORE   Utils::SimpleSemaphore

UTILS_SPINLOCK

#define UTILS_SPINLOCK   Utils::SpinLock

Function Documentation

at_scope_exit() [1/2]

template<class Function>

auto Utils::at_scope_exit

(

Function &&

fun

)

-> at_scope_exit_impl<Function>

Create a variable that when destructed at the end of the scope executes a destructor function.

Template Parameters

Destructor&&

destructor The destructor function, maybe a lambda function.

Use like this:

static int a = 0;

{ // Enter scope ++a; auto x1 = at_scope_exit([&](){ –a; } // Do something, possibly throwing an exception } // x1 goes out of scope, 'delete a' is called.

at_scope_exit() [2/2]

template<class Function>

auto Utils::at_scope_exit

(

Function const &

fun

)

-> at_scope_exit_impl<Function const &>