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www.cppstories.com | ||
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www.fluentcpp.com
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| | | | | Variadic templates allow any number of template parameters of any type. In this article we see how to do a variadic number of parameters of the SAME type. | |
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www.bfilipek.com
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| | | | | What do you do when the code for a variable initialization is complicated? Do you move it to another method or write inside the current scope? In this blog post, I'd like to present a trick that allows computing a value for a variable, even a const variable, with a compact notation. | |
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www.foonathan.net
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| | | | | Common C++ guidelines are to initialize variables on use and to make variables const whenever possible. But sometimes a variable is unchanged once initialized and the initialization is complex, like involving a loop. Then an IIFE immediately-invoked function expression can be used: the variable is initialized by a lambda that computes the value, which is then immediately invoked to produce the value. Then the variable is initialized on use and can also be made const. Ive been recently working on a meta... | |
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cigix.me
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| | | [AI summary] The provided text is a detailed excerpt from the C11 standard, specifically focusing on the C programming language's concurrency and synchronization mechanisms. It outlines the concepts of atomic operations, memory ordering, and the 'happens before' relationship, which are crucial for ensuring correct and predictable behavior in multi-threaded programs. The text also touches on environmental considerations, such as character sets and their representation in source and execution environments. The content is highly technical and intended for developers and language designers familiar with concurrent programming and low-level system interactions. | ||
