Search Results for "share memory"

SMUX is a stream multiplexing library for Go that lets multiple logical streams share one reliable underlying connection. It is designed for transports such as TCP or KCP, where ordering and reliability are already provided by the lower layer. The library uses sessions, streams, and frames to manage many independent data flows over a single connection. It focuses on controlled memory usage, smooth receiving behavior, fair traffic shaping, and small protocol overhead.

...The project supports passing complex types, handling async operations and streams, and integrating with Flutter across mobile and desktop targets. By leaning on Rust’s memory safety and zero-cost abstractions, it enables compute-heavy tasks—parsing, crypto, image/audio processing, and more—without sacrificing Flutter’s developer experience. Build scripts and templates streamline packaging and distribution so the Rust side fits cleanly into CI and multi-platform releases. In practice, teams gain a maintainable way to share one performant Rust core across multiple Flutter apps while keeping the UI reactive and fast.

...It is inspired by Lua-style coroutine behavior and uses a schedule-based model. Developers first open a schedule, create coroutines inside it, and then resume them from the same thread that opened the schedule. Coroutines in the same schedule share the stack, which makes it possible to create many coroutines without heavy memory overhead. The project is useful for C developers who want cooperative multitasking without depending on a larger runtime. Its design is minimal, low-level, and focused on giving programmers explicit control over coroutine creation, suspension, and resumption.

The full name of "esnetwork" is "easy simple network library". It is a cross-platform C++ network library based on boost::asio (http://think-async.com). It aims to be a simple, easy-to-use and full-featured networking framework, like MINA in Java.

...File mapping allows the process to use both random input and output (I/O) and sequential I/O. It also allows the process to work efficiently with a large data file, such as a database, without having to map the whole file into memory. Multiple processes can also use memory-mapped files to share data.