对于可执行过程语言，图表是定义计算机系统必须遵循的行为方式的过程的一部分。
In case of the executable process languages, the diagrams are part of a process that specifies how a computer system must behave.
全球化体系结构的关键是单个可执行文件：它是在单个服务器上执行的一个软件实例，该服务器能够处理多种语言数据，并以对应于当地文化的方式表示信息。
The key to globalization architecture is a single executable: One instance of software, executing on a single server that can process multilingual data and present culturally appropriate information.
通过这种方式执行这些模板，您将Ruby编程语言下的所有能力赋予了您的模板。
By executing the templates in this way, you expose the full power of the Ruby programming language to your templates.
case语句的工作方式与传统编程语言中的对应结构相似。它将其参数与列表中的每个模式比较；当找到匹配项时，则执行对应的代码。
The case statement works like its counterparts in traditional programming languages: It compares its argument to each pattern in a list; when a match is found, the corresponding code executes.
Regina是本地执行文件，以免费软件源代码方式，或者为诸多平台预编译好的方式获得——您可以像安装任何其他语言解释器一样安装它。
Regina is a native executable, available as Free Software source code, or pre-compiled to a large number of platforms — install it pretty much as you would any other programming language interpreter.
无论是采用哪种方式的编码或语言方法用来选择操作计算机，它都是基于一组由中央处理单元(CPU)执行的指令。
Whichever method of encoding or language is chosen to operate the computer, it's based on a set of instructions that are executed by the central processing unit (CPU).
语言规范不能保证哪一个线程来执行终结方法，因此没有轻便的方式来阻止这种问题的发生，除非避免使用终结方法。
The language specification makes no guarantees as to which thread will execute finalizers, so there is no portable way to prevent this sort of problem other than to refrain from using finalizers.
然后，分析这两种并行执行方式在实现多范式并行语言时所存在的问题。
Then, it analyzes their disadvantages when implementing parallel language with multi paradigm.
本文首先介绍两种典型的并行执行方式：支持数据并行语言的SPMD方式和支持任务并行语言的MPMD方式。
Firstly, this paper introduces two existed parallel execution models: SPMD and MPMD supporting data parallel and task parallel languages, respectively.
所有使用执行阶段的语言都以类似方式处理例外状况。
All languages that use the runtime handle exceptions in a similar manner.
模型检查工具SPIN的核心是PROMELA语言，对PROMELA语言执行方式的理解决定所描述系统模型的行为方式。
The PROMELA language, whose commitment manners decide system executions, plays crucial role in model checking tool SPIN. This paper studies semantic engines of PROMELA.
模型检查工具SPIN的核心是PROMELA语言，对PROMELA语言执行方式的理解决定所描述系统模型的行为方式。
The PROMELA language, whose commitment manners decide system executions, plays crucial role in model checking tool SPIN. This paper studies semantic engines of PROMELA.
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