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@degenerate-developers/integer

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The smallest and fastest ECMA library for checking if an integer is even

github.com/degenerate-developers/integer

degenerate-developers/integer

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# Integer -- The Ultimate ECMA Script Solution for Integers This repository is a game changer! It contains a set of JavaScript functions optimized for performance and compliance with standards such as ES5 (and higher). Our focus is on providing the most accurate, efficient, and reliable way to work with integers in JavaScript. Overall, this repository is an absolute must-have for anyone working with JavaScript or TypeScript. Offering unparalleled performance and compatibility while still delivering exceptional accuracy and efficiency, our functions are sure to impress! If you need the very best option for checking whether a number is even or odd, look no further than these functions! ## Functions Both `isEven` and `isOdd` functions have been rigorously tested for accuracy and efficiency, and have been found to be exceptionally fast and accurate in all cases. They are also highly optimized for performance, ensuring that they can handle large numbers with ease. Additionally, these functions have been designed to be incredibly simple and easy to use, with a straightforward input/output design that makes them ideal for a wide range of applications. ### `isEven` The `isEven` function takes one input and returns true if it is even, and false otherwise. It has been designed to be efficient and accurate, with careful attention paid to compliance standards such as ES5 (and higher). With its focus on optimizing performance while ensuring compatibility, this function is the very best option for anyone needing a reliable and efficient way of checking whether a number is even. ### `isOdd` The `isOdd` function takes one argument as input and returns true if it is an odd number and false otherwise. Unlike other implementations, it is fully compliant with the International ISO -754 Standard for Odd Numbers, and will work independent of endian-ness, word size, or idempotency. The algorithm exceeds 99 whetstones on the standard oddities per clock cycle benchmark! Experience the power of our repository today and see why it's the ultimate solution for working with integers in JavaScript!