• I went off to the stack and found some really good material for my part, but when I got back to our table, they were just goofing off and talking.

    于是我动身走去那堆书那里,并找到了很多对我这部分来说很有用的材料。但是当我回到我们的桌子旁时,他们只是在那儿聊天、消磨时间。

    youdao

  • The stack of mismatched pens in my house.

    我家有一大堆笔套与笔身不配套的笔。

    youdao

  • Items on the stack have types and values.

    栈上的项有类型和值。

    youdao

  • Functions, external routines, and the stack.

    函数、外部例程和堆栈。

    youdao

  • Hence, tracing the stack becomes an easy job.

    因此,跟踪堆栈就变成一件轻松的工作了。

    youdao

  • The stack grows upwards starting from 0xc0000000.

    堆栈从0xc0000000开始向上增长。

    youdao

  • Line 18 pops the chunk from the stack and executes it.

    第18行从堆栈中弹出数据并执行之。

    youdao

  • It grows from 0x50000000 downwards toward the Stack.

    它从0x50000000开始朝着堆栈方向向下增长。

    youdao

  • The TCP layer of the stack has aggregated the two writes.

    协议栈的 TCP层聚合了两次写操作。

    youdao

  • URI based approaches are guaranteed to work across the stack.

    基于uri的方式必须穿越整个协议栈。

    youdao

  • We've already discussed the stack (an array), and the pointer.

    前面已经讨论了堆栈(数组)和指针。

    youdao

  • By default, the database Shared memory is 1.75gb minus the Stack.

    在默认情况下,数据库共享内存的大小是1.75GB减去堆栈大小。

    youdao

  • Now we'll add a bit of complexity by accessing the stack trace of an exception.

    现在,我们将通过访问异常的堆栈跟踪信息来增加一点复杂性。

    youdao

  • If I doubled the area of the sheet, the stack would only compress by half as much.

    如果将纸的面积扩大到原来的两倍,纸堆的收缩总量便缩小到原来的一半。

    youdao

  • The various states in the diagram each represent one configuration of the stack.

    在该图中的各种状态中,每一种表示了该堆栈的一种配置。

    youdao

  • If no address is provided, it takes the current registers to traceback the stack.

    如果没有提供地址,那么它采用当前寄存器来回溯堆栈。

    youdao

  • It displays the stack frame for the suspended threads for each target you're debugging.

    它可以显示每个调试目标中挂起线程的堆栈框架。

    youdao

  • Therefore, in order to use the other registers, they have to be saved on the stack.

    因此,为了使用其他寄存器,就必须将其保存到堆栈中。

    youdao

  • C + + offers programmers a choice of allocating objects on the heap or on the stack.

    C+ +向程序员提供了在堆或堆栈中分配对象的选择。

    youdao

  • By restricting the stack depth to three levels, you should avoid unexpected behaviour.

    通过将栈深度限制为三层,您应该能避免意外行为。

    youdao

  • So be careful to make sure that your vendor is stable, and the stack really is unified.

    因此,一定要小心地确保供应商的稳定,所用技术的确是统一的。

    youdao

  • The stack is the section of memory that holds function arguments and fields used in methods.

    栈是内存的一部分,存储函数参数和方法中使用的字段。

    youdao

  • Each time an entry address is encountered in the trace file, it's pushed onto the stack.

    每次在跟踪文件中碰到一个入口地址时,就将其压入堆栈。

    youdao

  • The application layer of the stack is concerned with parsing and interpreting the data itself.

    堆栈的应用程序层用于解析和解释数据本身。

    youdao

  • The first part here computes the space occupied by the method call parameters on the stack.

    这里的第一部分计算方法调用参数在堆栈上占用的空间。

    youdao

  • By using primitive values on the stack, we can do work without using the current memory area.

    通过使用栈上的原始值,我们就可以在不使用当前存储区的前提下完成工作。

    youdao

  • If the CAS fails, it means that another thread has modified the stack, so the process starts again.

    如果CAS失败,意味着另一个线程已经修改了堆栈,那么过程就会重新开始。

    youdao

  • The debugger recognizes this, and it is able to provide you with a complete display for the stack trace.

    调试器能够识别这个指示器,并且能够向您提供用于堆栈跟踪的完整信息。

    youdao

  • When evaluating the modification function at a node, all of the parent-node traversals are on the stack.

    在对一个节点的修改函数求值时,所有父节点的遍历都将进入堆栈。

    youdao

  • By calling the various methods of each element, you can display the stack dump in any format you'd like.

    通过调用每个元素的不同方法,您可以用任何自己喜欢的格式来显示堆栈转储信息。

    youdao

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