This TMAP is a fairly simple example.

这是一个相当简单TMAP例子。

RUP defines a test script in a way that differs from TMap.

RUP按照一种有别于TMap的方式来定义一个测试脚本。

Figure 2: TMap lifecycle with a short overview of activities.

图2：一个活动简短概述的TMap生命周期。

Figure 3: Global relation between TMap lifecycle and the RUP workflow.

图3：TMap生命周期和RUP工作流之间的全局关系。

This activity then needs to be added to the mentioned TMap activities.

然后这个活动需要被添加到谈到的TMap活动中。

RUP v.2002 came about with help from the Sogeti work group "TMap in RUP."

RUP2002版的产生得到了Sogeti工作组"TMap in RUP"的帮助。

Yet implementing TMap alongside RUP offers great added value in many cases.

然而，与RUP一起实施TMap在许多方面提供极大的增值。

This RUP step combines the important TMap phases Specification and Execution.

这个RUP步骤合并了重要的TMap阶段-规格说明和执行。

TMap also defines the required organization and infrastructure in more detail.

TMap也详细地定义了所需要的组织和基本结构。

When creating a TMAP, the only wrong piece of information is the one left out.

当创造TMAP时，唯一错误的一段信息是有一个被忽略了。

Now, let's consider how TMap phases and activities can be incorporated into RUP.

现在，让我们考虑一下TMap阶段和活动如何被合并到RUP中。

For development of the test strategy, the technique described by TMap is sufficient.

对于测试策略的开发，TMap描述的技术是足够的。

In designing a test script based on UML, the steps described in TMap need to be executed.

在设计一个基于UML的测试脚本时，需要执行在TMap中所描述的步骤。

The activities of the TMap Completion phase and its RUP counterparts are shown in Table 6.

TMap完成阶段的活动及其与RUP的对照如表6所示。

The TMap phase Specification can be mapped to Test and Evaluate in RUP, as shown in Table 4.

TMap规格说明阶段可以被映射到RUP中的测试和评价，如表4所示。

The TMap cornerstone, Infrastructure, "refers to the test environment, tools, and workplace."

TMap的基础，“基础结构”，涉及到测试环境、工具和工作空间。

TMAP presents a structure of information and helps a team progress through the DMAIC process.

TMAP代表信息的结构，通过DMAIC流程帮助团队前进。

More specific details about these additional tests are available within the TMap method itself.

有关这些额外测试的更多详细内容在TMap方法中可以得到。

An important part of the test strategy according to TMap is putting together the cost estimation.

按照TMap，测试策略的一个重要部分是与成本估算放在一起的。

The first three roles largely correspond to the two TMap descriptions for test manager and tester.

前三个角色主要对应于TMap测试经理和测试员的两个描述。

TMAP can be used to drive specific actions and select the Six Sigma tools that should be employed.

一个TMAP可以用于推动具体的行动和选择应该使用的六西格玛工具。

The control activities in both TMap and RUP are mainly found in the step, Achieve Acceptable Mission.

在TMap和RUP都有的控制活动主要是在步骤完成可接受任务。

And with this table, the TMAP process is complete, and the Six Sigma project is off to a strong start.

这张表，TMAP过程完成之后，六西格玛项目有了一个强势的开局。

TMap is a very extensive and complete test approach, whereas in RUP, testing is just one of many aspects.

TMap是一种非常广泛和完善的测试方法，但是在RUP中，测试只是许多方面之一。

The activity Identify Test Ideas," which can be found in multiple RUP steps, has a less clear mapping to TMap.

活动确定测试思想，可以在多个RUP步骤中发现，很少可以映射到TMap内。

One tool that can ensure a firm foundation is the thought process map, sometimes referred to as a TMAP or TPM.

可以确保坚实的基础的工具之一就是思维过程图，有时被称为TMAP或TPM。

The number of test paths to be determined depends on the test measure (for more information, refer to TMap itself).

测试路径的数量取决于测试标准（有关更多信息，请参见TMap）。

Besides the fourth TMap activity, Preserving Testware, this RUP step also contains the evaluation of the test process.

除了第四个TMap活动，保存测试件，这个RUP步骤也包含测试过程的评价。

Proactive management of the test process and applying a risk-based approach, as TMap describes, is therefore mandatory.

因此，测试过程的提前管理并应用一种基于风险的方法，如TMap所描述的，是必须的。

The single, most important benefit of using a TMAP early in a project is it ensures that nothing is left out or missed.

在项目中最早使用TMAP唯一、最重要的益处是保证什么都没有被忽略或错过。