simple way to split array in 2 owned arrays with compile-time bounds checks
A thread-safe, owned, heap-allocated array which can be split and merged efficiently, i.e., without moves or memory (de-)allocations.
Incremental async byte ingestion and bounded owned write handoff.
Provides universal stream for TCP and UDP traffic and custom DNS resolution service
Implementation of the `join!` macro.
Macro which provides useful shortcut combinators, combines sync/async chains, transforms tuple of results in result of tuple, supports single and multi thread (sync/async) step by step execution of branches.
Exports of the `union!`, `union_async!`, `asyncion!`, `union_spawn!`, `union_async_spawn!`, `async_spawn!` macros which are reexported by `union` crate.
Implementation of the `union!` macro.
Macros which provide useful shortcut combinators, combine sync/async chains, support single and multi thread (sync/async) step by step execution of branches, transform tuple of results in result of tuple.
Exports of the `join!`, `join_async!`, `join_spawn!`, `join_async_spawn!`, `async_spawn!` macros which are reexported by `join` crate.
Senior SysAdmin, Network Admin, Data Analyst, and Software Engineer living in your terminal. A high-precision local AI agent harness for LM Studio, Ollama, and other local OpenAI-compatible runtimes that runs 100% on your own silicon. Reads repos, edits files, runs builds, inspects full network state and workstation telemetry, and runs real Python/JS for data analysis.
Pure-Rust AV1 codec — orphan-rebuild scaffold pending clean-room re-implementation.