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compositecode.blog | ||
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uraimo.com
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| | | | | Discussions on how concurrency should be handled natively in Swift will soon start, new paradigms will be introduced and a swifty approach to concurrency will be defined. This article is an introduction to these topics, it could be useful if you plan to contribute to swift-evolution or even if you just want to experiment with something new using the recommended opensource libraries. | |
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www.integralist.co.uk
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| | | | | Introduction Shared Memory Message Passing Various options Mutexes/Semaphores Mutex vs Semaphore Atomic operations STM Clojure example Quick Clojure Concurrency Detour JRuby example Actors Transactions and Actors? Actors in Clojure Differences between Agents and Erlang Actors Limitations CSP Threads What is CPU bound vs I/O bound? Calculating the number of Threads Even workload distribution Conclusion 2020.02.25 UPDATE: this post was written a long time ago and I realize now (upon reflection) that it dip... | |
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sookocheff.com
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| | | | | Writing correct programs is hard; writing correct concurrent programs is harder. Java Concurrency in Practice. So, why bother with concurrency? A number of reasons: Concurrency provides a natural method for composing asynchronous code. Concurrency allows your program to avoid blocking user operations. Concurrency provides one of the easiest ways take advantage of multi core systems. As processor counts increase, exploiting concurrency will be an even more important facet of high performance systems. | |
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herbsutter.com
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| | | Scope. To talk about C++'s current safety problems and solutions well, I need to include the context of the broad landscape of security and safety threats facing all software. I chair the ISO C++ standards committee and I work for Microsoft, but these are my personal opinions and I hope they will invite more dialog... | ||
