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If set to "y" or "yes", the test case is made collapsible. The test case is collapsed and given a green heading if all the template outputs are the same. If any of the template outputs differ, the test case is expanded and given a yellow heading. See #Collapsible test cases for other parameters which only work when _collapsible is enabled.
This module provides a framework for making templates which produce a template test case.While test cases can be made manually, using Lua-based templates such as the ones provided by this module has the advantage that the template arguments only need to be input once, thus reducing the effort involved in making test cases and reducing the possibility of errors in the input.
The default test case format doesn't have any extra parameters. The inline format is for test cases that can be displayed entirely on one line. If used with templates that display on multiple lines it may produce unexpected results. It doesn't have any extra parameters. The columns format arranges the test cases side by side in a table.
It is possible to use this parameter to display completely different formats, for example test cases arranged in columns. Not all of the parameters here will work with the other formats. For details, see the documentation of Template:Test case.
An alternative is to use underscores; this is common in the C family (including Python), with lowercase words, being found for example in The C Programming Language (1978), and has come to be known as snake case or snail case.
This is the test cases page for the module Module:Example. Results of the test cases.-- Unit tests for [[Module:Example]].
Since 7 October 2024, Python 3.13 is the latest stable release, and it and, for few more months, 3.12 are the only releases with active support including for bug fixes (as opposed to just for security) and Python 3.9, [55] is the oldest supported version of Python (albeit in the 'security support' phase), due to Python 3.8 reaching end-of-life.
Find one or more abstract test cases from each leaf in each testing tree. One of the main advantages of the TTF is that all of these concepts are expressed in the same notation of the specification, i.e. the Z notation. Hence, the engineer has to know only one notation to perform the analysis down to the generation of abstract test cases.