Gaj

implements the cpp-async library focusing on concurrent call communication architecture

Goal 🔥

to build a library with minial installation setup & also ease to modify or use asap

Glimpse 👀

// pipe
pipe<int> p; 
auto id = p.send(12);
auto val = p.recv();
if (val) 
    cout << "found= " << val.value() << endl; // returns 12
// end

// then
then(()[auto v]{
    // returns 12
    cout<<"value= "<<v<<endl;}
    )(12);
// end


// qace
auto ch1=make_shared<pipe<int>>();
    qace(ch1,then(()[auto v]{
                // returns 11
    cout<<"value= "<<v<<endl;
}))
ch1->send(11);
// end

// select
auto ch1=make_shared<pipe<string>>();
auto ch2=make_shared<pipe<int>>();
select(
    ace(ch1,then(()[auto v]{
        // returns hey
            cout<<"value= "<<v<<endl
    })),
    ace(ch2,then(()[auto v]{
                // returns 11
            cout<<"value= "<<v<<endl
    })),
)
ch1->send("hey");
ch2->send(11);
// end

// must
auto task = must([]() { cout << "yo" << endl; }, "not succeeded :");
task(1); // invoke as many times you feel like to
// end

// must_all
auto task = must_all("unsucceed 😲", []() { cout << "crazy" << endl; },
[]() { cout << "play" << endl; });
task(1);
this_thread::sleep_for(chrono::seconds(2));
task(2); // play final method
// end

Walkthrough ✊

note: the bat files are written only for windows

• use ./cpp_set to setup the meson
• pick or modify any example to play in the main
• use ./cpp_run to run the main.cpp