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This first step is mostly to prevent the code from rotting even further and to ensure these do not get wiped when fmake's code is removed from the tree. These tests are currently being skipped because they detect the underlying make is not fmake and thus disable themselves -- and the reason is that some of the tests fail, possibly due to legitimate bugs. Enabling them to run against bmake will come separately. Lastly, it would be ideal if these tests were fed upstream but they are not ready for that yet. In the interim, just put them under usr.bin/bmake/ while we sort things out. The existence of a different unit-tests directory within here makes me feel less guilty about this. Change confirmed working with a clean amd64 build. |
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test-new.mk |
$FreeBSD$ This directory contains regression tests for make(1). To invoke the tests, please refer to tests(7). ---------------------------------------------------------------------------- The rest of this file is intended for developers. The tests are invoked via the test.sh script or prove(1) from p5-Test-Harness. Tests are normally executed in a special test directory that is built under /tmp. The reason for this is, that make tests are generally influenced by all file in a directory, by files in one of make's obscure object directories as well as in other directories make happens to look into. Therefor the test scripts build a clean environment in the temp directory and the tests are executed by cd-ing into that directory and invoking make. The output of the make run (standard output, standard error and the exit status) are written into files that are created in another directory. So the layout for the shell/builtin test looks like: ./shell/builtin/ - directory with test stuff /tmp/make.${USER}/shell/builtin - actual test directory /tmp/make.${USER}/shell/builtin.OUTPUT - output files So a full test consists of the following steps: setup - Set up the test environment by creating the test directory and populating it with the needed files. If the test directory already exists an error is printed. run - Run the test and produce the output into the output directory. show - Show the result files on the screen. compare - Compare the results in the output directory with those in the test source directory. This just prints whether the test was ok or not in the format used by prove(1). diff - Diff the output files and the expected output files. reset - Reset the test to its initial state. clean - Remove both the test directory and the output directory. Each of these steps can independently be invoked with the test script contained in each directory. These test scripts are called test.t. Additionally the scripts understand the following commands: test - Run setup, run and compare. prove - Run setup, run, compare and clean. This is identically to invoking the script without an argument. desc - Print a short test description. update - Update the expected results from the actual results. The test script has the following syntax: % test.t [-v] [-m path_to_make_binary] command To invoke it via prove(1) use: % [MAKE_PROG=path_to_make_binary] prove [options] [files/directories] Example: % sh test.t -m `pwd`/../obj/make run % MAKE_PROG=/usr/obj/usr/src/usr.bin/make/make prove -r The test scripts use the following environment variables that can be set by the user in the test script's environment: WORK_BASE - Base directory for working files. If not set /tmp/make.${USER} is used. MAKE_PROG - Path to the make program to test. If not set /usr/bin/make is used. The following variables are available to test scripts: SRC_BASE - test source base directory. This is determined by repeatedly doing cd .. and checking for common.sh. Therefor this can fail if a test source directory is actually a symbolic link and is physically not located below the directory containing common.sh. SUBDIR - subdirectory below WORK_BASE and SRC_BASE for current test WORK_DIR - ${WORK_BASE}/${SUBDIR} SRC_DIR - ${SRC_BASE}/${SUBDIR} The following variables and functions may be defined by the test script. This also lists special filenames. DESC A one-line description of the test. TEST_MAKE_DIRS A list of pairs of directory names and modes. These directories are created during setup and reset. When the directory already exists (during reset) only the mode change is applied. TEST_MAKE_DIRS="subdir 775 subdir/sub 555" TEST_COPY_FILES A list of pairs of file names and modes. These files are copied from the source to the working directory during setup and reset. When the file already exists (during reset) only the mode change is applied. Files may be copied from/to sub-directories. The sub-directory in the working directory must already exists (see TEST_MAKE_DIRS). TEST_COPY_FILES="libtest.a 444 subdir/libfoo.a 444" TEST_TOUCH List of pairs of file names and arguments to touch(1). During setup and reset for each list element touch(1) is executed. TEST_TOUCH="file1 '-t 200501011257'" TEST_LINK List of pairs of filenames. Each pair is passed to ln(1). All names are prefixed with the working directory. Makefile If a file with this name exists in the source directory it is automatically copied to the working directory. setup_test() If this function exists it is executed at the end of the setup. reset_test() If this function exists it is executed at the end of the reset. TEST_CLEAN_FILES A list of file to be deleted when resetting. TEST_N Number of tests in this script. If not set this is assumed to be 1. TEST_<number> Arguments to make for test number <number>. If not set the default argument of test<number> is used. To run a test without argument to make, set TEST_<number> to the empty string. TEST_<number>_SKIP To skip a test (for whatever reason) this should be set to a string explaining the reason for skipping the test. TEST_<number>_TODO For a test that should fail this is a short string describing what the problem in make(1) is that should be fixed. run_test() Function to run a test. This function gets a single argument which is the number of the test to executed. The default function evaluates the variable TEST_<number> and calls make with the arguments in this variable.