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Queue futures to run concurrently, in the order they're spawned, and with global and group limits.
The main features of nextest-rs/future-queue are: Asynchronous Programming, Developer Tools.
Projects with overlapping indexed features include: dpc/mioco — [no longer maintained] Scalable, coroutine-based, fibers/green-threads for Rust. (aka MIO COroutines). iii-hq/iii — iii is a distributed service orchestrator and event-driven workflow engine designed to compose and manage… async-rs/async-std — async-std is a Rust asynchronous runtime and non-blocking I/O library. It serves as an asynchronous standard library,… dagrs-dev/dagrs — High-performance, Rust-based asynchronous task programming framework implementing Flow-Based Programming for scalable… igumnoff/gabriel2 — Gabriel2: Indeed, an actor library based on Tokio, written in Rust. rust-lang/futures-rs — Zero-cost asynchronous programming in Rust.
High-performance, Rust-based asynchronous task programming framework implementing Flow-Based Programming for scalable directed acyclic graph (DAG) task orchestration
no longer maintained Scalable, coroutine-based, fibers/green-threads for Rust. (aka MIO COroutines).
async-std is a Rust asynchronous runtime and non-blocking I/O library. It serves as an asynchronous standard library, providing a set of alternatives to the core Rust library for managing concurrent tasks, networking, and file system access. The project implements a standard-library-mirrored API, offering asynchronous versions of existing synchronous types to maintain a familiar interface. This approach allows for asynchronous Rust development using an interface that reflects the ergonomics of the language's standard library. The runtime includes a task executor for scheduling and executing
Gabriel2: Indeed, an actor library based on Tokio, written in Rust