This parallel clustering system is called Pseudo remote threads because the threads are scheduled on the job dispatcher but the code within the threads is executed on a remote machine.
这种并行集群系统之所以被称为伪远程线程，是因为线程是在作业调度器上调度的，但线程内的代码却是在远程计算机上执行的。
This pseudo code is not only possible, but is exactly what happens on some JIT compilers.
这段伪代码不仅是可能的，而且是一些JIT编译器上真实发生的。
Although the design is done at a higher abstraction level, specifying more "what" than "how," the real implementation still has to be manually translated from the pseudo code.
虽然设计是在较高的抽象层次上完成的，并且比“怎样做”指定了更多“做什么”，但是真正的实现仍不得不手工地由伪码进行翻译。
The notations included data flow diagrams, structure charts, HIPO diagrams, 5 procedure templates, pseudo code, structured flowcharts, structured English, and decision tables.
记号包括了数据流图，结构图，hipo图，5过程模板，伪代码，结构化流程图，结构化英语和判定表。
Right, so the things we want you to take away from this are, get into the habit of using pseudo code when you sit down to start a problem, write out what are the steps.
好，这儿我想大家明白的就是，养成解决问题时先写伪代码的好习惯，把步骤都写出来，我想要告诉你们的是一个好的程序员。
The pseudo code in Listing 1 shows a simplified SQL query that retrieves employee names for all active employees and lists them with the English names of their organizations.
清单1中的伪代码是一个简化的SQL查询，它获取所有活跃职员的姓名并列出他们及英语的组织名称。
And in particular, if I think about that problem - actually I want to do this - if I think about that problem, I'm going to write a little piece of pseudo code.
关于这个问题尤其要注意的是，实际上当我考虑这个-，问题的时候我想这么做，我会去写一点伪代码。
Some programs might never halt when run on themselves, though -- so let's use DOES-HALT to write pseudo-code for a program that checks to see what happens when a program is given itself as input.
有些程序在把它们自己当作输入运行时，可能永远不会停下来，既然这样——那么让我们用DOES-HALT编写一端伪代码，用它来测试当一个程序把它自己作为输入参数时会发生什么好了。
In order to keep the code clear, only the code that accesses and manipulates CM user groups is provided, and some parts are replaced by pseudo code.
为了使代码清晰，这里只给出了访问和操纵CM用户组的代码，并且有些地方用伪代码替代。
Some programmers write pseudo-code before they begin writing their program.
有些程序员在他们开始编写程序之前会编写一些伪代码。
To better understand the solution, let's see an example using pseudo-code, first with conventional approaches, followed by the centralized solution.
为了更好地理解这个解决方案，让我们考察一个使用伪代码的例子，该例子首先使用传统方法，然后使用集中的解决方案。
Consider the above procedure as pseudo code.
我们可以将上面的过程看作是一段伪代码。
There are some who say that it is a form of pseudo-code.
也有人说它是伪码的一种形式。
Use the kernel API kernel_thread to register this kernel thread in this pseudo code.
在下面的伪代码中，使用了内核api kernel _ thread来注册这个内核线程。
Python is a good vehicle for exposition, though, because it reads like streamlined pseudo code, and is widely available.
但Python Python是一种很值得展示的工具，因为它读起来像流线型的伪代码，并且广泛可用。
From an assembly language perspective, Listing 10 provides the pseudo-code.
清单10提供汇编语言伪代码。
So now an application programmer can write the (pseudo) code to store a data element of 2gb into the grid as shown in Listing 1 below.
现在应用程序员可以编写代码(伪代码)将2gb的数据项存入网格中，如下面的列表1所示。
For example, the handler for ASPX pages is based on the following pseudo code.
例如，ASPX页面处理程序基于下列伪码。
Here is narration to help explain the numbered steps shown in Figure 2 (the application pseudo code is shown in Listing 1).
这里的叙述帮助解释图2所示的已编号的步骤(应用程序伪代码在清单1中给出)。
To illustrate how to use dacscheck, let's revisit the pseudo-code that builds a menu, presented in Listing 2, this time in Perl.
为了演示如何使用dacscheck，让我们回顾一下清单2中提供的用于构建菜单的伪代码，这次是使用Perl。
The following pseudo-code demonstrates how single values can be retrieved from a database.
下面的伪码展示了如何从数据库中检索单个值？
To continue with the hypothetical DBMS, you could write a more general procedural query in something like the (Python-like) pseudo-code in Listing 2.
继续基于这个假设的DBMS进行讨论，可以编写更一般的、类似于清单2中(类似python)伪代码的过程化查询。
Here is the pseudo-code and the real code for the function.
下面是这个函数的伪代码和实际代码。
The simplified pseudo-code for the generator is as follows
经过简化的生成器伪代码如下
This approach to MDD is analogous to the pseudo-code design practices of the 1980s.
MDD的这个方法类似于80年代的伪码设计实践。
So, for your custom language, use the pseudo-code in Listing 2.
因此，对于您的定制语言，使用清单2中的伪代码。
A quick description of the pseudo-metadata code and the resulting data graph structure is provided below.
下面将对伪元数据代码和结果数据图结构进行简要的介绍。
It's a tad more difficult and can make the code more difficult to read because it's mixing paradigms (procedural language with pseudo-OO design).
这样做有点困难并且会使代码难于阅读，因为它是混合范例(含有伪oo设计的过程语言)。
That's followed by an abstract data buffer scheme, illustrated by a pseudo implementation, that solves many of those problems, followed by code snippets demonstrating the solution's benefits.
后面跟着要介绍的是抽象数据缓冲区方案，并通过伪代码实现来进行说明，这种方案解决了许多问题；最后要介绍的是一些代码片断，用以演示该解决方案的好处。
The rest of the logic is pseudo-coded with the assumption that the reader can extrapolate the standard code expected for that functionality.
逻辑的其他部分是伪代码，读者可以推导出功能所需的标准代码。
应用推荐