Most of these should be easy to understand if you think in terms of the JVM as a stack-based processor, so I won't go into details here.
如果将JVM 想象为基于堆栈的处理器，则其中大多数是容易理解的，因此我在这里就不再详细说明了。
Another issue to be aware of is a thread floating stack limitation on Linux, as discussed in the "floating Stacks limitation" subsection of the JVM Diagnostics Guide.
另一个要知道的问题是Linux上的线程浮点堆栈限制，正如JVMDiagnosticsGuide的“FloatingStacksLimitation”小节中所讨论的那样。
Each servlet engine thread is allocated its own stack, which takes up memory within the JVM.
每个servlet引擎线程被分配给它自己的堆栈，该堆栈将消耗J VM中的内存。
Using Justice validation had the advantage of providing much more detailed information about errors than is supplied by the JVM (including the stack state and a portion of the problem code).
使用Justice检验的优势是：提供的错误信息要比JVM提供的信息更详细(包括堆栈状态和部分问题代码)。
The flow of control followed by the thread is represented within the JVM as a stack of frames.
在JVM 中，线程的控制流表示为帧堆栈（stackof frame）。
Optimal Settings are in some part due to the servlet engine thread count Settings, as each stack takes up memory within the JVM.
servlet引擎线程数量设置将在某种程度上决定最佳设置，这是因为每个堆栈都使用JVM中的内存。
Another concern is on-stack replacement (OSR), an advanced JVM feature that helps optimize certain code structures (see Resources). Consider the code in Listing 4.
另一个问题是堆栈上替换(osr)，这种高级JVM特性有助于优化某些代码结构(参见参考资料)。
Another concern is on-stack replacement (OSR), an advanced JVM feature that helps optimize certain code structures (see Resources). Consider the code in Listing 4.
另一个问题是堆栈上替换(osr)，这种高级JVM特性有助于优化某些代码结构(参见参考资料)。
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