def webidl_test(self, command_context, **kwargs):
sys.path.insert(
0, os.path.join(command_context.topsrcdir, "other-licenses",
"ply"))
# Ensure the topobjdir exists. On a Taskcluster test run there won't be
# an objdir yet.
mkdir(command_context.topobjdir)
# Make sure we drop our cached grammar bits in the objdir, not
# wherever we happen to be running from.
os.chdir(command_context.topobjdir)
if kwargs["verbose"] is None:
kwargs["verbose"] = False
# Now we're going to create the cached grammar file in the
# objdir. But we're going to try loading it as a python
# module, so we need to make sure the objdir is in our search
# path.
sys.path.insert(0, command_context.topobjdir)
import runtests
return runtests.run_tests(kwargs["tests"], verbose=kwargs["verbose"])
def webidl_test(self, **kwargs):
sys.path.insert(0, os.path.join(self.topsrcdir, 'other-licenses',
'ply'))
# Make sure we drop our cached grammar bits in the objdir, not
# wherever we happen to be running from.
os.chdir(self.topobjdir)
# Now we're going to create the cached grammar file in the
# objdir. But we're going to try loading it as a python
# module, so we need to make sure the objdir is in our search
# path.
sys.path.insert(0, self.topobjdir)
import runtests
return runtests.run_tests(kwargs["tests"], verbose=kwargs["verbose"])
def webidl_test(self, verbose=False):
sys.path.insert(0, os.path.join(self.topsrcdir, 'other-licenses',
'ply'))
# Make sure we drop our cached grammar bits in the objdir, not
# wherever we happen to be running from.
os.chdir(self.topobjdir)
# Now we're going to create the cached grammar file in the
# objdir. But we're going to try loading it as a python
# module, so we need to make sure the objdir is in our search
# path.
sys.path.insert(0, self.topobjdir)
from runtests import run_tests
return run_tests(None, verbose=verbose)
def run_cov():
# Set coverage to b2wars app
cov = coverage.Coverage(source=['b2wars/apps', 'b2wars/tests'])
cov.start()
# Run tests
failures = run_tests(verbosity=1, interactive=False, failfast=True)
cov.stop()
cov.save()
# Show report only when have not failures
if not bool(failures):
# Show report on terminal
cov.report()
# Save html report on htmlcov folder
cov.html_report(directory='htmlcov')
#!/usr/bin/env python
from runtests import run_tests
if __name__ == '__main__':
run_tests('axes.test_settings_proxy_custom_header', [
'axes.tests.GetIPProxyCustomHeaderTest',
])
def build_version(ver, skip_release=False):
print("Building version %s" % ver)
clean_release()
# a hack: checkin_comment_for_ver() might call svn log, which doesn't like
# unversioning directories (like obj-rel or vs-premake), so we call it here,
# after clean, to cache the result
checkin_comment_for_ver(ver)
svn_update_to_ver(ver)
s3dir = "sumatrapdf/buildbot/%s/" % ver
stats = Stats()
# only run /analyze on newer builds since we didn't have the necessary
# makefile logic before
run_analyze = int(ver) >= g_first_analyze_build
if not skip_release:
start_time = datetime.datetime.now()
build_release(stats, ver)
dur = datetime.datetime.now() - start_time
print("%s for release build" % str(dur))
if stats.rel_failed:
# don't bother running analyze if release failed
run_analyze = False
s3.upload_data_public_with_content_type(
stats.rel_build_log, s3dir + "release_build_log.txt", silent=True)
if not stats.rel_failed:
build_and_upload_efi_out(ver)
if run_analyze:
start_time = datetime.datetime.now()
build_analyze(stats, ver)
dur = datetime.datetime.now() - start_time
print("%s for analyze build" % str(dur))
html = gen_analyze_html(stats, ver)
p = os.path.join(get_logs_cache_dir(), "%s_analyze.html" % str(ver))
open(p, "w").write(html)
s3.upload_data_public_with_content_type(
html, s3dir + "analyze.html", silent=True)
if not stats.rel_failed:
build_and_upload_efi_txt_diff(ver)
# TODO: it appears we might throw an exception after uploading analyze.html but
# before/dufing uploading stats.txt. Would have to implement transactional
# multi-upload to be robust aginst that, so will just let it be
stats_txt = stats.to_s()
s3.upload_data_public_with_content_type(
stats_txt, s3dir + "stats.txt", silent=True)
html = build_index_html(stats_for_ver, checkin_comment_for_ver)
s3.upload_data_public_with_content_type(
html, "sumatrapdf/buildbot/index.html", silent=True)
json_s = build_sizes_json(get_stats_cache_dir, stats_for_ver)
s3.upload_data_public_with_content_type(
json_s, "sumatrapdf/buildbot/sizes.js", silent=True)
if stats.rel_failed:
email_build_failed(ver)
return # don't run tests if build fails
err = runtests.run_tests()
if err != None:
s3.upload_data_public_with_content_type(
err, s3dir + "tests_error.txt", silent=True)
email_tests_failed(ver, err)
print("Tests failed. Error message:\n" + err)
else:
print("Tests passed!")
def build_version(ver, skip_release=False):
print("Building version %s" % ver)
clean_release()
# a hack: checkin_comment_for_ver() might call svn log, which doesn't like
# unversioning directories (like obj-rel or vs-premake), so we call it here,
# after clean, to cache the result
checkin_comment_for_ver(ver)
svn_update_to_ver(ver)
s3dir = "sumatrapdf/buildbot/%s/" % ver
stats = Stats()
# only run /analyze on newer builds since we didn't have the necessary
# makefile logic before
run_analyze = int(ver) >= g_first_analyze_build
if not skip_release:
start_time = datetime.datetime.now()
build_release(stats, ver)
dur = datetime.datetime.now() - start_time
print("%s for release build" % str(dur))
if stats.rel_failed:
# don't bother running analyze if release failed
run_analyze = False
s3.upload_data_public_with_content_type(
stats.rel_build_log, s3dir + "release_build_log.txt", silent=True)
if not stats.rel_failed:
build_and_upload_efi_out(ver)
if run_analyze:
start_time = datetime.datetime.now()
build_analyze(stats, ver)
dur = datetime.datetime.now() - start_time
print("%s for analyze build" % str(dur))
html = gen_analyze_html(stats, ver)
p = os.path.join(get_logs_cache_dir(), "%s_analyze.html" % str(ver))
open(p, "w").write(html)
s3.upload_data_public_with_content_type(
html, s3dir + "analyze.html", silent=True)
if not stats.rel_failed:
build_and_upload_efi_txt_diff(ver)
# TODO: it appears we might throw an exception after uploading analyze.html but
# before/dufing uploading stats.txt. Would have to implement transactional
# multi-upload to be robust aginst that, so will just let it be
stats_txt = stats.to_s()
s3.upload_data_public_with_content_type(
stats_txt, s3dir + "stats.txt", silent=True)
html = build_index_html(stats_for_ver, checkin_comment_for_ver)
s3.upload_data_public_with_content_type(
html, "sumatrapdf/buildbot/index.html", silent=True)
json_s = build_sizes_json(get_stats_cache_dir, stats_for_ver)
s3.upload_data_public_with_content_type(
json_s, "sumatrapdf/buildbot/sizes.js", silent=True)
if stats.rel_failed:
email_build_failed(ver)
return # don't run tests if build fails
err = runtests.run_tests()
if err != None:
s3.upload_data_public_with_content_type(
err, s3dir + "tests_error.txt", silent=True)
email_tests_failed(ver, err)
print("Tests failed. Error message:\n" + err)
else:
print("Tests passed!")
#!/usr/bin/env python
from runtests import run_tests
if __name__ == '__main__':
run_tests('axes.test_settings_num_proxies', [
'axes.tests.GetIPNumProxiesTest',
])
def webidl_test(self, verbose=False):
sys.path.insert(0, os.path.join(self.topsrcdir, 'other-licenses',
'ply'))
from runtests import run_tests
return run_tests(None, verbose=verbose)
#!/usr/bin/env python
from runtests import run_tests
if __name__ == '__main__':
run_tests('axes.test_settings_proxy', [
'axes.tests.GetIPProxyTest',
])