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The paper "Revisiting Coroutines" [5] published in 2009 proposed term full coroutine to denote one that supports first-class coroutine and is stackful. Full Coroutines deserve their own name in that they have the same expressive power as one-shot continuations and delimited continuations. Full coroutines are either symmetric or asymmetric.
Meanwhile, Roman Elizarov independently came upon the same ideas while developing an experimental coroutine library for the Kotlin language, [4] [5] which later became a standard library. [6] In 2021, Swift adopted structured concurrency. [7] Later that year, a draft proposal was published to add structured concurrency to Java. [8]
In 2018, Kotlin was the fastest growing language on GitHub, with 2.6 times more developers compared to 2017. [56] It is the fourth most loved programming language according to the 2020 Stack Overflow Developer Survey. [57] Kotlin was also awarded the O'Reilly Open Source Software Conference Breakout Award for 2019. [58]
Kotlin, however kotlin.native.concurrent.Future is only usually used when writing Kotlin that is intended to run natively [35] Nim; Oxygene; Oz version 3 [36] Python concurrent.futures, since 3.2, [37] as proposed by the PEP 3148, and Python 3.5 added async and await [38] R (promises for lazy evaluation, still single threaded) Racket [39] Raku [40]
Support for it, coroutines, and the keywords such as co_await are available in GCC and MSVC compilers while Clang has partial support. It is worth noting that std::promise and std::future, although it would seem that they would be awaitable objects, implement none of the machinery required to be returned from coroutines and be awaited using co ...
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The CoCo extension allows true C coroutine semantics for Lua 5.1. Nim provides asynchronous I/O and coroutines; OCaml, since version 5.0, supports green threads through the Domainslib.Task module; occam, which prefers the term process instead of thread due to its origins in communicating sequential processes; Perl supports green threads through ...
ZeroMQ (also spelled ØMQ, 0MQ or ZMQ) is an asynchronous messaging library, aimed at use in distributed or concurrent applications. It provides a message queue, but unlike message-oriented middleware, a ZeroMQ system can run without a dedicated message broker; the zero in the name is for zero broker. [3]