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Changelog

All notable changes to this project will be documented in this file.

The format is based on Keep a Changelog, and this project adheres to Semantic Versioning.

Types of changes:

Unreleased

Added the IntoPromiseChan extension protocol and public ->promise-chan coercion so Future, CompletableFuture, and IBlockingDeref values can be used with async-style APIs.
Added detach for starting background work that should intentionally outlive its current cancellation scope.
Added async-generator and yield for creating cold, lossless, core.async-compatible async sources. Generators start on first consumption, are unbuffered by default, support bounded runahead through a positive :buffer-size, and cannot yield nil because a nil take signals completion.
Added anext for manually consuming one source value and areturn for requesting early cleanup and waiting for generator finalization. Calling cancel! on an async generator requests the same cleanup without waiting.
Added adoseq and afor for lifecycle-aware async iteration with destructuring, nested bindings, and :let, :when, and :while modifiers.
Added areduce, atransduce, and ainto for lifecycle-aware async reductions and transductions.
Async iteration consumers accept channel-like sources, Clojure collections, JVM arrays, and Iterable values. Generator cleanup and finally blocks complete on early exit, errors, and cancellation.

Cancellation now follows ownership. Work started with async, blocking, or compute inside another execution becomes an owned child unless started inside detach; cancellation, failure, or normal completion of a parent cancels its unfinished children transitively.
Awaiting or composing already-started work does not transfer ownership. timeout, race, any, all, and all-settled observe borrowed inputs without cancelling them, and race and any do not cancel losing inputs. Work originally started inside the current parent remains owned by that parent.
async, blocking, and compute now wait for one returned promise-like single-result value before settling their own result promise-chan. Nested async-style producers continue to compose, while ordinary channels and async-generator sources are preserved as channel values.
await, wait, await*, wait*, and the promise combinators now accept values supported by IntoPromiseChan.
Updated the default dependencies to Clojure 1.12.5 and core.async 1.9.865 while retaining compatibility with core.async 1.7.701.

Initial release
Core task macros: async, blocking, and compute, each targeting a purpose‑built thread pool (async‑pool, blocking‑pool, compute‑pool).
Awaiting & blocking helpers: await, wait, await*, and wait* to retrieve asynchronous results with or without throwing.
Cancellation primitives: cancel!, cancelled?, and check-cancelled! for cooperative cancellation and interrupt propagation.
Error predicates: error? and ok? to distinguish normal values from Throwable results.
Promise‑chan combinators: catch, finally, then, chain, and handle for ergonomic error handling and result piping.
Concurrency utilities: sleep, defer, timeout, race, any, all, and all-settled to orchestrate asynchronous workflows.
Convenience macros: ado (asynchronous do), alet (asynchronous let), clet (concurrent let with dependency rewriting), and time (wall‑clock timing that understands channels).
Implicit try/catch/finally support in async, blocking, compute, and await, enabling inline exception handling syntax.
Java interrupt integration: automatic Thread.interrupt signalling for cancelled blocking and compute tasks where safe.
Railway‑style result handling via non‑throwing await* / wait* helpers that treat exceptions as values.
Comprehensive test suite covering all public API functions and macros.
Extensive README with feature overview, usage examples, and guidance on best‑practice thread‑pool selection.

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