入栈和出栈是非常快速和确定性。
栈由编译器自动分配释放，有专门的入栈出栈指令，具有较高的效率。
Stack is automatically allocated and released by C++ complier. It has more efficiency using specific push/pop instructions.
当它是一个操作符时，从栈中弹出两个数进行运算，并且将运算结果压入栈中。
When it is an operator, pop two Numbers from the stack, do the calculation, and push back the result.
LDAP使用复制将数据入栈到它的复件中，它不支持服务选择特定的记录的修正。
LDAP USES replication to push data to its replicates and does not support services selecting specific revisions of records.
传递给该函数的参数已某个确定的顺序压入栈，他的返回值也以确定的方式传回调用者。
The arguments to the function are pushed onto the stack in a certain order. The return value is passed back to the invoking function in a certain way.
没有从最终容器返回有意义反馈的数据入栈的复制不能保证每个服务应用正确给定工作条目的策略版本。
Replication that pushes data with no meaningful feedback from the final recipient cannot assure that every service is applying the correct version of a policy to a given work item.
在传统的语言中，这样的递归需要连续不断的入栈操作，以维护调用的历史；而在Scheme中，却不是这样。
In traditional languages, this recursion eats away at the stack to maintain a history of the calls; in Scheme, it's different.
假如你把原始的值入栈，你将能够通过寄存器%ebp引用对应存储的参数，甚至你仍能继续使用(增加值到堆栈)堆栈。
If you save the original value of the stack, you can refer to the stored arguments via the EBP register, while you can still use (add values to) the stack.
现在，我的单元测试-向栈上压入2，4，6，然后从栈顶弹出两个元素以检验他们是否为6，4-失败了。
Now, my unit test -- which pushes 2, 4, and 6 onto the stack and pops the top two elements off to verify that they are 6 and 4 -- fails.
如果你向堆栈压入数据2,4,6，然后弹出栈两次，你将按照顺序得到6与4。
If you push the Numbers 2, 4, and 6 onto a stack and then pop the stack twice, you will get 6 and 4, in that order.
为了创建对象，首先对SOAP栈（如ApacheAxis）压入服务实现的载荷获得对StAXAPI 的引用。
To create the objects, you first obtain a reference to the StAX API for the payload that the SOAP stack (such as Apache Axis) pushes into the service implementation.
如果已经有了一个亲和度和新活动相同的任务，活动就被压入那个任务的栈中。
If there's already an existing task with the same affinity as the new activity, the activity is launched into that task.
如果已经有了一个亲和度和新活动相同的任务，活动就被压入那个任务的栈中。
If there's already an existing task with the same affinity as the new activity, the activity is launched into that task.
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