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Diffstat (limited to 'doc/packaging.cli')
| -rw-r--r-- | doc/packaging.cli | 35 |
1 files changed, 33 insertions, 2 deletions
diff --git a/doc/packaging.cli b/doc/packaging.cli index bbf5673..504948c 100644 --- a/doc/packaging.cli +++ b/doc/packaging.cli @@ -2990,8 +2990,17 @@ While there are some commonalities in how C/C++ libraries are typically built, when it comes to tests there is unfortunately little common ground in how they are arranged, built, and executed. As a result, the first step in dealing with upstream tests is to study the existing build system and try to understand how -they work. To get you started, below are some of the questions you would -likely need answered before you can proceed: +they work. + +\N|If upstream tests prove incomprehensible (which is unfortunately not +uncommon) and the only options you see are to go with just the smoke test or +to give up, then go with just the smoke test. In this case it's a good idea to +create an issue in the package repository mentioning that upstream tests are +still a TODO.| + +To get you started with analyzing the upstream tests, below are some of the +questions you would likely need answered before you can proceed with the +conversion: \ul| @@ -3057,6 +3066,16 @@ subdirectory. In the latter case (each executable in a separate subdirectory) you can make copies of the smoke test subdirectory.| +\li|\b{Do upstream tests use an internal utility library?} + +If there are multiple test executables and they need to share some common +functionality, then it's not unusual for upstream to place such functionality +into a static library and then link it to each test executable. In \c{build2} +such an internal library is best represented with a utility library (see +\l{b#intro-unit-test Implementing Unit Testing} for details). See the +following section for an example.| + + \li|\b{Are upstream tests well behaved?} Unfortunately it's not uncommon for upstream tests not to behave well, such as @@ -3106,6 +3125,18 @@ for src: cxx{test*} ./: exe{$name($src)}: $src $libs \ +If the upstream tests have some common functionality that is used by all the +test executables, then it is best placed into a utility library. For example: + +\ +import libs = libfoo%lib{foo} + +./: exe{test1}: cxx{test1} libue{common} +./: exe{test2}: cxx{test2} libue{common} + +libue{common}: {hxx cxx}{common} $libs +\ + \h2#core-test-upstream-locally|Test locally| |