Beehive is a thread pool manager library.
Its goals include:
- easy to use;
- modern C++;
- minimal overhead;
- emphasis on testing
No real-time performance guarantees are made for this library
Using Beehive is as simple as
#include <beehive/beehive.h>
beehive::Beehive pool;
auto future = pool.schedule([] (int x) -> int {
return 2 * x + 3;
}, 3);
...
std::cout << "The result is " << future.get() << std::endl; // prints 9
Beehive features include:
- dynamic addition of worker threads;
- task priorities;
- functional APIs.
At the core of Beehive there is a managed set of threads and an event-based message queue.
Worker threads pull messages from the queue (and otherwise sleep most of the time), and execute on tasks as needed.
A Pool object manages the threads' lifetime, and keeps synchronization and performance metrics among them.
A user-friendly API wrapper (the Beehive object) is provided on top of the Pool that allows for intuitive scheduling of tasks, as well as some basic functional constructs to be scheduled in a parallelized manner.
Please follow the guidelines at CONTRIBUTING.md
Before submitting a patch, please make sure to run the test suite to avoid regressions. The tests binary is automatically built as part of the CMake build. Add tests liberally.