To limit the possible damage done by changes, unit tests and integration tests are mandatory, otherwise the entire functionality of the system needs to be hand-tested after each change.
为了限制变更可能造成的破坏，单元测试和集成测试是必须的，否则就要在每次变更后手动测试整个系统的功能。
You can write functional tests that run in each browser, and then implement some form of continuous integration system that runs the functional tests upon each check-in of the source code.
您可以编写在每个浏览器中运行的功能测试，然后实现一个根据源代码的每次签入运行功能测试的持续集成系统。
On top of those sit integration and end-to-end system tests, which verify that the units work in concert.
在这之上是集成的、端到端的系统测试，它验证各单元是否可以协调工作。
Use cases and the supporting artifacts are invaluable drivers for identifying and creating Unit, Function, System Integration, and User Acceptance tests.
对于识别和创建单元、功能、系统集成，以及用户验收测试来说，用例和相应的支持工件是价值无法估量的驱动。
Therefore, the mapping described here only addresses system testing, and not unit, integration, or acceptance tests.
因此，这里所描述的映射只会在系统测试上，而不水在单元测试、集成测试或验收测试上。
Developers use this environment to perform integration tests among all system components.
开发人员可以使用这样的环境来执行所有系统组件的集成测试。
A final technical change involves the automation of infrastructure tests (either at unit, integration or system level) which provides a safety net for developers to contribute changes to ops.
最新的技术变革包括自动化基础设施测试(无论是单元测试、集成测试或系统级测试)，给开发人员提供了一张“安全网”，以便放心的对运维进行变更。
I provide an overview of the different types of developer tests along with examples that you can add to your build process and run continually using a Continuous Integration system.
我提供一个关于不同类型开发人员测试的概览，和一些可以添加到构建过程并使用Continuous Integration系统持续运行的例子。
TestScenario is a new XML-based system to reuse unit tests as regression tests, functional tests, load tests, integration tests, and service monitors requiring no coding.
使用一个新的基于XML的系统——TestScenario——来重用单元测试进行回归测试，功能测试，负载测试和服务监控，无需额外编码。
These tests can be unit tests, integration tests, or system tests.
这些测试可以是单元测试，集成测试或者系统测试。
In order to obtain a better dynamic effect and reduce test complexity and cost, a simulated electronic warfare system, instead of real equipment, is used in integration tests of an avionics system.
用电子对抗系统仿真器代替真实的设备参与飞机航电系统综合试验，是为了获得更好的动态效果，减少测试的复杂性，降低实际费用。
Make BDNT integration test specification and test cases, execute tests to ensure system compatibility.
制定BDNT内部集成测试方案和测试用例，并执行测试，以保证系统兼容性。
Make BDNT integration test specification and test cases, execute tests to ensure system compatibility.
制定BDNT内部集成测试方案和测试用例，并执行测试，以保证系统兼容性。
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