The include must be in the first line, else you may expect some issues.
Some autoformat tools could sort the includes alphabetically and could
break the test.
- Running time macros have been made more portable, previously it was not
possible to override all macros
- Running time macros will be executed by default test runner, and auto test
runners
- Adds a default execution time implementation for unix. (Previous default
implementation only worked on Windows)
- For embedded platforms there is a simple method of getting a default
implementation by defining a single macro UNITY_CLOCK_MS()
- Removed need for UNITY_EXEC_TIME_RESET. This was not being used for the default
implementations, if anything ever did need reset-like functionality it could
simply be wrapped up with the start or stop macros for that platform
- String split now works correctly for windows and unix (cross platform)
- Removed unnecessary whitespaces in the xml output (beautifies the output)
- Added support for TEST_IGNORE() (without message)
MinGW supports a limited form of weak symbols, with the restriction
that weak/default implementations need to be defined in the same
translation unit they are called from. Strong/overriding symbols
may of course be specified in a different translation unit.
This is simpler and more flexible than embedding C code in the Ruby options
(:suite_setup and :suite_teardown). However, support for :suite_setup and
:suite_teardown is kept for backwards compatibility.
Several configurations are possible:
1. :suite_setup and :suite_teardown options provided and used.
2. :suite_setup and :suite_teardown options not provided (nil):
2a. Weak symbols not supported; suiteSetUp() and suiteTearDown() are not called.
It would be simpler to make user-provided functions mandatory in this case,
but it could break some pre-existing test suites.
2b. Weak symbols are supported and the stub implementations of suiteSetUp() and
suiteTearDown() are called if there are no user-provided functions.
2c. Weak symbols are supported but overridden by user-provided suiteSetUp() and
suiteTearDown() functions.
unity.h and unity_fixture.h output their results in different string formats. This parseOutput.rb script already parsed the unity.h output to generate a JUnit-style XML summary which could be parsed by CI servers to graph the history of test pass/fail results. The changes in this commit allow the script to also handle the output format of unity_fixture.h which utilizes groups to add a layer of organization for tests.
The changes in this commit were authored by Justin Seifi, my coworker, who has approved of me submitting his work back to this open source framework repo.
