BrilliantNetwork
rotor
BrilliantNetwork | rotor | |
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3 | 8 | |
0 | 327 | |
- | - | |
3.5 | 8.9 | |
11 months ago | 12 days ago | |
C++ | C++ | |
Apache License 2.0 | MIT License |
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BrilliantNetwork
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Code review for project
Hi all, I am looking for a code review of my repo here https://github.com/dvd0bvb/BrilliantNetwork. It is a header only library wrapping asio sockets in easy to use client and server classes using (asio's abstractions of) c++ coroutines for async operations. It currently only builds on Linux as asio::experimental::coroutine is broken on windows last I checked. The library can detect if you are using standalone or boost.asio and I've added http/s classes using boost.beast if available and enabled.
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What does boost::asio::co_spawn actually do?
Here you go https://github.com/dvd0bvb/BrilliantNetwork
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Asio SSL Handshake Error: No Shared Cipher
And here's a link to the full project if it's helpful https://github.com/dvd0bvb/BrilliantClientServer
rotor
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OpenMP on heterogenous CPUs
If your architecture fits into inter-process messaging, i.e. spawn threads which do similar or different tasks and inform each other via messages, try to use actor framework, i.e. rotor (disclaimer: I'm the author). If there is a need to expand messaging even more, i.e. across the network, you can try to use caf, which provides that facility out of the box.
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Multiplayer, multithreading, and an actor model in C++
What you achieved, is handlers decoupling, i.e. when one handler knows nothing about other handler, which leads to good application testability. However, with standard promise/future bases messaging, if performance matters (and it usually does, otherwise why use C++?), i doubt that your implementation overwhelms the performance of specialized actor libraries, like sobjectizer ("batteries included" actors toolbox) or rotor (DIY-like actor constructor set; disclaimer: I'm the author of it).
- C++ Show and Tell - July 2022
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Embedded Linux libraries/frameworks
I have been reading the documents from Boost.fibre and Boost.Signals2 which I could use, maybe ASIO for async. I also checked ZeroMQ (this seems to be more or less "only" for networking), Copper and Rotor. If this were just a simple MCU project I would just take the FreeRTOS and would have everything I need. Now I'm just lost how to structure my code / how to realize my main loop.
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rotor, Erlang-inpired C++ microframework with supervising capabilities
I would like to present my project rotor, which is event loop friendly C++ actor micro framework with Erlang-like microframework with supervising capabilities.
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What are some candidate libraries for inter-thread communication like message boxes or event systems?
rotor actor library (I'm the author) was designed to solve similar problem, which I named "actor intrusiveness", when almost every piece of code should be written in form of actor, and, the working threads, which spin actors, are out of your control.
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Light Actor Concurrency Framework for C++
PS. I'm the author of rotor framework )
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Sender and Receiver implementations
May be actor frameworks like caf, sobjectizer or rotor is something, that you are looking for.
What are some alternatives?
C++ Actor Framework - An Open Source Implementation of the Actor Model in C++
Boost.Asio - Asio C++ Library
libuv - Cross-platform asynchronous I/O
Dasynq - Thread-safe cross-platform event loop library in C++
uvw - Header-only, event based, tiny and easy to use libuv wrapper in modern C++ - now available as also shared/static library!
sobjectizer - An implementation of Actor, Publish-Subscribe, and CSP models in one rather small C++ framework. With performance, quality, and stability proved by years in the production.
libevent - Event notification library
lev - Lightweight C++ wrapper for LibEvent 2 API
Disruptor-cpp - Port of LMAX Disruptor to C++
libev - Full-featured high-performance event loop loosely modelled after libevent
asyncio - asyncio is a c++20 library to write concurrent code using the async/await syntax.
eCAL - Please visit the new repository: https://github.com/eclipse-ecal/ecal