C++1x Multiple thread usage

thread_pool

A class which will create a pool of thread, you can determine how much threads to create or determined by the hardware performance itself. The thread_pool class used new c++1x features and make it easy to use.

    thread_pool pool(4);
    auto result = pool.thread_pool([](int process) { return process; }, 42);
    std::cout << result.get() << std::endl;

thread_safe_queue

A thread safe queue which used condition variables to try or wait to pop element of the queue.

thread_safe_stack

A thread safe stack which used condition variables to try or wait to pop element of the stack.

thread_sequence

Aim to solve the problem of multiple threads printing natural numbers in order.

    thread_sequence seq;
    seq.start(10, 3);

After running, the console will print like following:

    Thread 1: 1
    Thread 2: 2
    Thread 3: 3
    Thread 1: 4
    Thread 2: 5
    Thread 3: 6
    Thread 1: 7
    Thread 2: 8
    Thread 3: 9
    Thread 1: 10

high_resolution_timer

High resolution timer without errors.

    auto tp = std::chrono::high_resolution_clock::now();
    high_resolution_timer t;
    t.setInterval([&]() {
        printf("Frame:%d\n", std::chrono::duration_cast<std::chrono::milliseconds>(std::chrono::high_resolution_clock::now() - tp1).count());
        tp = std::chrono::high_resolution_clock::now();
        }, 10);

    t.sleep_for(1010);
    t.stop();

Console print:

    ---100 ms
    Total: 1010 ms