What is the translation of " JAVASCRIPT ENGINES " in Chinese?

• javascript引擎

Examples of using Javascript engines in English and their translations into Chinese

Js and other powerful JavaScript engines.
Js或者其它强大的JavaScript引擎。

JavaScript engines can detect such“hot” objects and attempt to optimize them.
JavaScript引擎可以检测出这种“hot”的对象，并尝试对其进行优化。

This is a condition met by all browsers and JavaScript engines today.
当今所有浏览器和JavaScript引擎都满足这个条件。

HTML5, CSS3, JavaScript engines played a pivotal role to facilitate a designer.
HTML5，CSS3，JavaScript引擎在促进设计师方面发挥了关键作用。

If you need to support truly obsolete JavaScript engines that don't support Object.
假如你需要支持的过时JavaScript引擎不支持Object.

All JavaScript engines use shapes as an optimization, but they don't all call them shapes:.
所有的JavaScript引擎都使用了形状作为优化，但称呼各有不同：.

Besides the above implementations, there are other popular JavaScript engines such as:-.
除了以上实现，还有其他一些流行的JavaScript引擎，如：.

All JavaScript engines use shapes as an optimization, but they don't all call them shapes:.
所有的JavaScript引擎都用Shapes来优化，但叫法却不同：.

Nowadays there are two prominent Javascript engines: Google V8 and SpiderMonkey.
现在有两个著名的JavaScript引擎：GoogleV8和SpiderMonkey(蜘蛛猴).

JavaScript engines apply many optimizations to make it run faster and not affect the execution.
JavaScript引擎应用了许多优化，使其运行得更快，并且不影响执行。

Releasing a new edition of ECMAScript does not mean that all JavaScript engines in existence suddenly have those new features.
发布一个新的ECMAScript版本并不意味着所有现存的JavaScript引擎突然就拥有了这些新功能。

Study what JavaScript engines dominate in your user base, then explore ways of optimizing for them.
研究JavaScript引擎在用户基础中占的比例，然后探索优化它们的方法。

Do note that most Arduino boards are not powerful enough to run any JavaScript engines, the Arduino 101 being an exception.
说明一下，大多数Arduino开发板都不够强大，无法运行任何JavaScript引擎，而Arduino101是个例外。

After all, the HTML5 and JavaScript engines at the end of the day are built on top of the native primitives.
毕竟，HTML5和JavaScript引擎是在原生的基础资源之上构建的。

There are very few compiler books, and I have not found one that covers modern optimizations, especially for JavaScript engines.
但是现在世面上有很少的编译的书籍，而且也没发现一本具有现代优化知识的书籍，尤其是对于JavaScript引擎来说。

Older JavaScript engines were designed for simple“scripting” kinds of tasks(hence the name).
老的Javascript引擎是为处理简单的“脚本”（scripting）类型的工作设计的（如它的名字所示）。

The goal is to enable smooth integration with garbage-collected runtimes, such as those offered by the Spidermonkey and V8 JavaScript engines.
其目标旨在顺利与有垃圾收集的运行时整合，例如由Spidermonkey和V8JavaScript引擎所提供的那些。

JavaScript engines, that do not implement ECMAScript 5, merely see an expression statement without side effects.
没有实现ECMAScript5的JavaScript引擎只能看到没有副作用的表达式语句。

As a JavaScript developer, having a deeper understanding of how JavaScript engines work helps you reason about the performance characteristics of your code.
作为JavaScript开发人员，深入了解JavaScript引擎的工作原理有助于你了解自己代码的性能特征。

These fast JavaScript engines, such as Google Chrome's V8, are now a core part of any modern web browser.
这些快速JavaScript引擎（如“GoogleChrome浏览器”的V8引擎）已成为所有现代浏览器的核心部分。

Launched on 2 September 2008, Google Chrome was praised for its JavaScript performance, but other browsers soon received new JavaScript engines which were faster.
年，GoogleChrome因它的JavaScript性能而被受称赞，但是其它浏览器马上使用了更快的JavaScript引擎。

JavaScript engines can only execute one piece of code at a time, so they need to keep track of code that is meant to run.
由于JavaScript引擎只能同时执行一段代码，所以必须要对待执行的代码进行跟踪。

But besides these differences, at a high level, all JavaScript engines have the same architecture: there's a parser and some kind of interpreter/compiler pipeline.
除了这些差异之外，在高层上，所有JavaScript引擎都有相同的架构：那就是有一个解析器和某种解释器/编译器流程。

JavaScript engines such as Google's V8(Chrome, Node) are specifically designed for the fast execution of large JavaScript applications.
很多JavaScript引擎，如Google的V8引擎（被Chrome和Node所用），是专门为需要快速执行的大型JavaScript应用所设计的。

We have learned how JavaScript engines store objects and arrays, and how Shapes and ICs help to optimize common operations on them.
我们已经了解了JavaScript引擎如何存储对象和数组，以及shape和ICs如何优化对它们的常见操作。

But JavaScript engines are optimized and designed to translate all those advanced features directly into bytecode- so an intermediate step like asm.
不过JavaScript引擎是被优化过的并被设计成能将所有的那些高级特性直接翻译成字节码-因此像asm.

We have learned how JavaScript engines store objects and arrays, and how Shapes and ICs help to optimize common operations on them.
我们已经学习了JavaScript引擎是如何存储对象和数组的，以及Shapes和IC是如何优化针对它们的常见操作的。

Modern JavaScript engines start applying advanced optimizations only to“hot code” that executes many times(no need to optimize rarely executed things).
现代的JavaScript引擎的先进优化策略只对执行很多次的“hotcode”有效（对于执行很少次数的代码没有必要优化）。

JavaScript engines such as Google V8, Mozilla SpiderMonkey and Microsoft Charka have been developed to achieve a faster performance for these types of operations.
诸如GoogleV8、MozillaSpiderMonkey以及MicrosoftCharka等JavaScript引擎在开发过程中即可针对此类操作提供极为出色的性能。