第一个显示栈处理少量数据的请求有多快,第二个强调处理大量数据的速度。
The first one shows how quickly stacks process requests with little data, and the second emphasizes the speed of processing data volumes.
它显示线程的内核模式栈跟踪。
您可以选择调用栈中的条目,这样可以显示变量被调用时的值。
Entries on the call stack can be selected, causing variables at the time of invocation to be displayed.
上图显示的栈跟踪描述了当CPU0上的某个线程运行function __memmove时出现的问题。
The stack trace shown above describes that the problem appears to have happened when a thread running on CPU 0 ran the function __memmove.
有限的互操作性测试(每个客户端使用一个栈,服务器使用另一个,只尝试WS - SecureConversation测试)会显示更多的问题。
Limited interoperability testing (using one stack for the client and another for the server, only tried for the WS-SecureConversation tests) demonstrated even more issues.
如果没有提供任何参数,则显示当前CPU上下文的栈跟踪。
When given with no arguments, displays stack trace for the current CPU context.
在历史上,图右边所显示的应用程序栈是大部分软件开发工作展开的地方。
Historically, the application stack shown on the right of the diagram is where the majority of a software development effort is expended.
下图显示了语义技术的一些基本要素,即所谓的语义技术栈。
The following picture presents some fundamentals of Semantic Technologies. This is so called Semantic Technology Stack.
对于“Lock [AQS@135]”,它在一个程序位置出现竞争,显示了竞争的次数,时间和竞争时刻的线程调用栈。
For “Lock [AQS@135]”, it contends in one place, showing contention count, contention time, and full stack back trace of the contention.
这就使得Emacs可以显示更多的信息,包括调用堆栈、当前栈的局部变量以及各断点的状态。
This allowed Emacs to display more information, including the call stack, local variables of the current stack and the status of any breakpoints.
在这个例子中,栈记录显示,是由于RuntimeSpy透视图的打开而最终导致了itextviewer类的加载,如高亮的栈记录行底部所示。
In this case, the stack trace shows the ITextViewer class was ultimately loaded because the Runtime Spy perspective was opened, as shown at the bottom of the highlighted stack trace lines.
图3显示了XCache专门为xampp栈包构建时的结果。
Figure 3 shows some results taken when XCache was built specifically for the XAMPP stack package.
为了将这些术语概念化,要建立基本的框架,就考虑图1中显示的栈。
To establish a basic framework for conceptualizing these terms, consider the stack shown in Figure 1.
利用栈完成算术表达式求值:从键盘或文件中输入算术表达式,计算其结果并显示。
Done using an arithmetic expression evaluation stack: file input from the keyboard or an arithmetic expression, calculate and display the results.
在实际场景部署后,从得到的数据显示协议栈实现了应用的需求,并且能够有效延长网络寿命。
The result show that PS2DS is effective in satisfies the real application requirements and extends the network lifetime.
正如前面的栈框架所示,每一行表示一个回调级别。选中的哪行显示正在执行的函数名,一个源文件链接和行号。
To find a function, search for a string, or jump to a line in a file open in the source pane, you can use one of the special modifiers in the script filter.
正如前面的栈框架所示,每一行表示一个回调级别。选中的哪行显示正在执行的函数名,一个源文件链接和行号。
To find a function, search for a string, or jump to a line in a file open in the source pane, you can use one of the special modifiers in the script filter.
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