# selftest main code.
-import Scripting, os, Options, Utils, Environment, optparse, sys
+import sys
+import os
+import optparse
+from waflib import Scripting, Options, Utils
+from waflib.ConfigSet import ConfigSet as Environment
+
from samba_utils import *
from samba_autoconf import *
import types
DEFAULT_SELFTEST_PREFIX="./st"
-def set_options(opt):
+def options(opt):
opt.add_option('--enable-selftest',
help=("enable options necessary for selftest (default=no)"),
help=("use tests listed here, not defaults "
"(--test-list='FOO|' will execute FOO; "
"--test-list='FOO' will read it)"))
+ gr.add_option('--no-subunit-filter',
+ help=("no (xfail) subunit filtering"),
+ action="store_true", dest='NO_SUBUNIT_FILTER', default=False)
+
def configure(conf):
conf.env.SELFTEST_PREFIX = Options.options.SELFTEST_PREFIX
env.TESTS = Options.options.TESTS
env.SUBUNIT_FORMATTER = os.getenv('SUBUNIT_FORMATTER')
+
+ # Lots of test scripts need to run with the correct version
+ # of python. With the correct shebang the script should run with the
+ # correct version, the problem is that not all scripts are part
+ # of the installation, some scripts are part of the source code,
+ # and the shebang is not dynamically generated as yet.
+ # It is safer if we are somewhat version neutral at the moment and
+ # ignore the shebang and always run scripts from the test environment
+ # with the python version (determined by PYTHON env variable) If this
+ # env variable isn't set then set it according to the python version
+ # that is running the tests
+ if not os.getenv('PYTHON', None):
+ from sys import executable as exe
+ os.environ['PYTHON'] = os.path.basename(exe)
+
if not env.SUBUNIT_FORMATTER:
if Options.options.PERF_TEST:
env.SUBUNIT_FORMATTER = '${PYTHON} -u ${srcdir}/selftest/format-subunit-json --prefix=${SELFTEST_PREFIX}'
else:
env.SUBUNIT_FORMATTER = '${PYTHON} -u ${srcdir}/selftest/format-subunit --prefix=${SELFTEST_PREFIX} --immediate'
- env.FILTER_XFAIL = '${PYTHON} -u ${srcdir}/selftest/filter-subunit --expected-failures=${srcdir}/selftest/knownfail --flapping=${srcdir}/selftest/flapping'
+ env.FILTER_XFAIL = ('${PYTHON} -u ${srcdir}/selftest/filter-subunit '
+ '--expected-failures=${srcdir}/selftest/knownfail '
+ '--expected-failures=${srcdir}/selftest/knownfail.d '
+ '--flapping=${srcdir}/selftest/flapping '
+ '--flapping=${srcdir}/selftest/flapping.d')
if Options.options.FAIL_IMMEDIATELY:
env.FILTER_XFAIL += ' --fail-immediately'
# if we are using a system version of ldb then we need to tell it to
# load modules from our modules path
if env.USING_SYSTEM_LDB:
- os.environ['LDB_MODULES_PATH'] = os.path.abspath(os.path.join(env.cwd, 'bin/modules/ldb'))
+ os.environ['LDB_MODULES_PATH'] = os.path.abspath(
+ os.path.join(*(env.cwd + ['bin/modules/ldb'])))
# tell build system where to find config.h
os.environ['CONFIG_H'] = 'bin/default/include/config.h'
+ # tell the test system where perl is
+ if isinstance(env.PERL, list):
+ perl = ' '.join(env.PERL)
+ else:
+ perl = env.PERL
+ os.environ['PERL'] = perl
+
st_done = os.path.join(env.SELFTEST_PREFIX, 'st_done')
if os.path.exists(st_done):
os.unlink(st_done)
# GSS_KRB5_CRED_NO_CI_FLAGS_X
env.OPTIONS += " --exclude=${srcdir}/selftest/skip.no-GSS_KRB5_CRED_NO_CI_FLAGS_X"
+ if env.ADDRESS_SANITIZER:
+ # We try to find the correct libasan automatically
+ libasan = Utils.cmd_output('ldd bin/texpect | grep libasan| cut -f 3 -d \ ',
+ silent=True).strip()
+
+ # Have the selftest.pl LD_PRELOAD libasan in the right spot
+ env.OPTIONS += " --asan_so_path=" + libasan
+
subunit_cache = None
# We use the full path rather than relative path to avoid problems on some platforms (ie. solaris 8).
env.CORE_COMMAND = '${PERL} ${srcdir}/selftest/selftest.pl --target=${SELFTEST_TARGET} --prefix=${SELFTEST_PREFIX} --srcdir=${srcdir} --exclude=${srcdir}/selftest/skip ${TESTLISTS} ${OPTIONS} ${TESTS}'
+
+ if env.ADDRESS_SANITIZER:
+ # For now we cannot run with leak detection
+ no_leak_check = "ASAN_OPTIONS=detect_leaks=0"
+ env.CORE_COMMAND = no_leak_check + " " + env.CORE_COMMAND
+
+ # We need to have the subunit filter and formatter preload
+ # libasan otherwise the tests fail at startup.
+ #
+ # Also, we do not care about leaks in python
+
+ asan_envs = no_leak_check + " LD_PRELOAD=" + libasan + ' '
+ env.FILTER_OPTIONS = asan_envs + env.FILTER_OPTIONS
+ env.SUBUNIT_FORMATTER = asan_envs + env.SUBUNIT_FORMATTER
+
if Options.options.LIST:
cmd = '${CORE_COMMAND} --list'
else:
env.OPTIONS += ' --socket-wrapper'
cmd = '(${CORE_COMMAND} && touch ${SELFTEST_PREFIX}/st_done) | ${FILTER_OPTIONS}'
- if (os.environ.get('RUN_FROM_BUILD_FARM') is None and
+
+ if Options.options.NO_SUBUNIT_FILTER:
+ # Skip subunit filtering (i.e. because python is disabled).
+ # Use --one to bail out upon any failure
+ cmd = '(${CORE_COMMAND} --one && touch ${SELFTEST_PREFIX}/st_done)'
+ elif (os.environ.get('RUN_FROM_BUILD_FARM') is None and
not Options.options.FILTERED_SUBUNIT):
subunit_cache = os.path.join(env.SELFTEST_PREFIX, "subunit")
cmd += ' | tee %s | ${FORMAT_TEST_OUTPUT}' % subunit_cache
else:
cmd += ' | ${FILTER_OPTIONS}'
+
runcmd = EXPAND_VARIABLES(opt, cmd)
print("test: running %s" % runcmd)
# if running all tests, then force a symbol check
env = LOAD_ENVIRONMENT()
CHECK_MAKEFLAGS(env)
- Scripting.commands.append('build')
- Scripting.commands.append('testonly')
+ Options.commands.append('build')
+ Options.commands.append('testonly')