To build all tests:
| Linux | OSX | Windows (MinGW) |
|---|---|---|
| make debug sudo make installdebug cd build.debug/mtest make |
make -f Makefile.osx debug make -f Makefile.osx installdebug cd build.debug/mtest make -f Makefile.osx |
mingw32-make -f Makefile.mingw debug mingw32-make -f Makefile.mingw installdebug cd build.debug\mtest mingw32-make -f Makefile |
| Windows (MSVC) |
|---|
| (Compile MuseScore in debug mode) (Install MuseScore) cd msvc.build_x64\mtest cmake --build . cmake --build . --target INSTALL |
To run all tests:
ctest
To run only one test (for debugging purposes):
cd libmscore/join/
./tst_join
To see how the CI environment is doing it check .travis.yml and build/run_tests.sh
Note: You need to have diff in your path. For Windows, get a copy of diffutils for Windows.
Note-2: For Windows MSVC and MinGW you also need MuseScore installation bin folder (for example C:\MuseScore\msvc.install_x64\bin, C:\MuseScore\win32install\bin, C:\MuseScore\win64install\bin) in your path.
Note-3: For Windows, if you are running tests that use diff from Powershell, you need to first disable the default alias with del alias:diff -Force.
Tests are grouped in directories by feature (like libmscore or mxl). In these directories, each subdirectory represents a test suite for a particular sub feature.
The name of a test suite directory should be descriptive. The CPP file for the tests should use the same name as the directory, for example tst_foo.cpp in directory foo. It's good practice to include a README file in a test suite directory.
Test suite CPP files contain one slot per test case. Each file should be called foo-XX with XX being an incrementing count. If a test case uses a file and a ref file, they should be called foo-XX and foo-XX-ref, with the extension .mscx. A test case should not reuse a file from another test case.
To create reference or original files, MuseScore can be run with the -t command line argument and it will save all the files in the session in test mode. Such files do not contain platform or version information and do contain extra data for tracing (for example, they contains pixel level position for beams).
- Open a short file containing an individual case in one of the formats supported by MuseScore
- Save in MuseScore format
- Compare with reference file
At first the test will fail because there is no reference file. Open the file created by the test case in MuseScore and try to edit it to be sure it's valid. If the file is valid, save it (without version number) as a reference file.
Create a test case for all elements and all properties in each element. See libmscore/note.
- Create an object
- Set a property
- Write and read the object
- Check if the property has the right value
See libmscore/join or libmscore/split for example.
- Read a score file
- Apply an action
- Write the file
- Compare with a reference
- (Undo the action)
- (Compare with original file)
Most of them are in mtest/libmscore/compat.
- Read a score file from an older version of MuseScore
- Write the file
- Compare with a reference file