As to implementation, SyncLockTest ignores a number of aspects of dynamic compilation.
至于实现方面，SyncLockTest忽略了动态编译的很多方面。
Even with a deep understanding of dynamic compilation and JVM optimization, it's still pretty hard.
即使深入理解动态编译和JVM优化，也仍然是非常困难的。
Similarly, interactive applications can benefit from native code performance quickly without the cost of dynamic compilation that causes poor responsiveness.
类似地，交互式应用程序可以很快地从本地代码中获益，无需使用引起较差响应能力的动态编译。
In an RT environment, some applications, for example those with strict deadlines, may be unable to tolerate the nondeterminism associated with dynamic compilation activities.
在RT环境中，有些应用程序(比如说有着严格的截止日期的应用程序)可能无法容忍与动态编译活动相关的不确定性。
Compiler developers should provide an implementation of this interface to support dynamic compilation.
编译器开发人员应提供这个介面的实作，以便支援动态编译。
Dynamic compilation of JSP pages by the application server also makes the custom tags in these libraries useful as debugging tools.
应用程序服务器对JSP页面的动态编译也使得这些库中的定制标记可以用于作为调试工具。
Dynamic compilation of JSP pages by the application server also makes the custom tags in these libraries useful as debugging tools.
应用程序服务器对JSP页面的动态编译也使得这些库中的定制标记可以用于作为调试工具。
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