通过交叉编译到WebAssembly来加速JavaScript应用程序

M. Reiser, Luc Bläser
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引用次数: 26

摘要

虽然今天的JavaScript引擎的性能对于大多数web应用程序来说已经足够了,但是对于性能关键的web代码来说,更快、更可预测的运行时是需要的。因此,我们提出了speed .js,一个将JavaScript/TypeScript转换成WebAssembly的交叉编译器,WebAssembly是所有主流浏览器都支持的本机执行的新标准。speed .js只对JavaScript代码施加了最小的限制,也就是说,性能关键的函数被封装在TypeScript中,并且只使用JavaScript语言的性能最优子集。通过这种方法,我们将计算密集型web代码的速度提高了四倍,同时将运行时波动减少了一半。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Accelerate JavaScript applications by cross-compiling to WebAssembly
Although the performance of today's JavaScript engines is sufficient for most web applications, faster and more predictable runtimes could be desired for performance-critical web code. Therefore, we present Speedy.js, a cross-compiler that translates JavaScript/TypeScript to WebAssembly, a new standard for native execution supported by all major browsers. Speedy.js only imposes minimal restrictions on the JavaScript code, namely that the performance-critical functions are wrapped in TypeScript and only engage a performance-optimal subset of the JavaScript language. With this approach, we manage to make compute-intense web code up to four times faster, while reducing runtime fluctuations to the half.
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