IUP ISI/MediaWiki-Silk/test plan: Difference between revisions
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We decided to do | We decided to do unit tests for each classes to ensure that code meets its design and behaves as intended. | ||
Then, to ensure the quality of unit tests, we decided to make code coverage test, it describes the degree to which the source code of a program has been tested. It is a form of testing that inspects the code directly and is therefore a form of white box testing. We add code coverage because it’s easily set and it increases code visibility and quality. | |||
== Folder organisation == | == Folder organisation == | ||
Latest revision as of 17:50, 4 November 2010
Tests
We decided to do unit tests for each classes to ensure that code meets its design and behaves as intended.
Then, to ensure the quality of unit tests, we decided to make code coverage test, it describes the degree to which the source code of a program has been tested. It is a form of testing that inspects the code directly and is therefore a form of white box testing. We add code coverage because it’s easily set and it increases code visibility and quality.
Folder organisation
We will create a test folder in each project folder. For example, in the libmediawiki folder we will create a test folder, named “test” (“mediawiki/libmediawiki/test”). For each classes, a test class file will be created.
Tools
We will use CTest to execute tests, it’s a cross-platform, open-source testing system distributed with CMake. CTest can peform several operations on the source code, that include configure, build, perform set of predefined runtime tests. It also includes several advanced tests such as coverage and memory checking.
We have decided to use CTest to work with the same distribution as CMake.
The test ouput results will be displayed on a console or with XML and HTML.
Unit test
In the unit test code, we have decided to use QTest because we wanted as much as possible to use the Qt library to avoid dependency with other library.
Code coverage test
For the code coverage we will use GCov, it’s a code coverage program, it will allow us to easily add new tests and to automate tests execution.
Local test server
To run tests we need a server, we decided to implement a local server (fake server). In opposition to a web server, here are local server advantages :
- Environment independence, we not depend on a web server then there is not Internet problems because latency can increase the test execution period and make our tests unusable. Moreover our local server don’t need any maintenance operation.
- Keep control on data, tester can keep control on data and avoid that data could be forged by any other tester.