def run(opts, context):
# Load up build type plugin class
build_type = get_build_type(opts.path)
build_type_impl = get_class_for_build_type(build_type)()
pkg_name = context.package_manifest.name
# Run the uninstall command
print("+++ Uninstalling '{0}'".format(pkg_name))
on_uninstall_ret = build_type_impl.on_uninstall(context)
handle_build_action(on_uninstall_ret, context)
def run(opts, context):
# Load up build type plugin class
build_type = get_build_type(opts.path)
build_type_impl = get_class_for_build_type(build_type)()
pkg_name = context.package_manifest.name
# Run the uninstall command
print("+++ Uninstalling '{0}'".format(pkg_name))
on_uninstall_ret = build_type_impl.on_uninstall(context)
handle_build_action(on_uninstall_ret, context)
def main(opts):
opts.build_tests = True
context = build_pkg_get_context(opts)
context.retest_until_pass = (opts.retest_until_pass > 0)
rc = build_pkg_run(opts, context)
if rc:
return rc
# Load up build type plugin class
build_type = get_build_type(opts.path)
build_type_impl = get_class_for_build_type(build_type)()
# Run the test command
pkg_name = context.package_manifest.name
print("+++ Testing '{0}'".format(pkg_name))
context.test_iteration = 0
while True:
try:
on_test_ret = build_type_impl.on_test(context)
except (AttributeError, NotImplementedError):
print("on_test() is not implemented for build type '%s'" %
build_type,
file=sys.stderr)
return
try:
handle_build_action(on_test_ret, context)
except SystemExit as e:
# check if tests should be rerun
if opts.retest_until_pass > context.test_iteration:
context.test_iteration += 1
print(
"+++ Testing '%s' again (retry #%d of %d)" %
(pkg_name, context.test_iteration, opts.retest_until_pass))
continue
# Automated systems can use --ignore-return-codes to allow them to react to
# a failure to *run* a test but not a failure generated by a test that ran as
# intended. Otherwise, we'll combine the two cases to help users to notice
# when anything went wrong during a test run.
if opts.ignore_return_codes:
return
else:
return e.code
# check if tests should be rerun
if opts.retest_until_fail > context.test_iteration:
context.test_iteration += 1
print("+++ Testing '%s' again (retry #%d of %d)" %
(pkg_name, context.test_iteration, opts.retest_until_fail))
continue
break
def main(opts):
opts.build_tests = True
context = build_pkg_get_context(opts)
context.retest_until_pass = (opts.retest_until_pass > 0)
rc = build_pkg_run(opts, context)
if rc:
return rc
# Load up build type plugin class
build_type = get_build_type(opts.path)
build_type_impl = get_class_for_build_type(build_type)()
# Run the test command
pkg_name = context.package_manifest.name
print("+++ Testing '{0}'".format(pkg_name))
context.test_iteration = 0
while True:
try:
on_test_ret = build_type_impl.on_test(context)
except (AttributeError, NotImplementedError):
print("on_test() is not implemented for build type '%s'" %
build_type, file=sys.stderr)
return
try:
handle_build_action(on_test_ret, context)
except SystemExit as e:
# check if tests should be rerun
if opts.retest_until_pass > context.test_iteration:
context.test_iteration += 1
print("+++ Testing '%s' again (retry #%d of %d)" %
(pkg_name, context.test_iteration, opts.retest_until_pass))
continue
# Automated systems can use --ignore-return-codes to allow them to react to
# a failure to *run* a test but not a failure generated by a test that ran as
# intended. Otherwise, we'll combine the two cases to help users to notice
# when anything went wrong during a test run.
if opts.ignore_return_codes:
return
else:
return e.code
# check if tests should be rerun
if opts.retest_until_fail > context.test_iteration:
context.test_iteration += 1
print("+++ Testing '%s' again (retry #%d of %d)" %
(pkg_name, context.test_iteration, opts.retest_until_fail))
continue
break
def main(opts):
opts.build_tests = True
context = build_pkg_get_context(opts)
context.retest_until_pass = (opts.retest_until_pass > 0)
rc = build_pkg_run(opts, context)
if rc:
return rc
# Load up build type plugin class
build_type = get_build_type(opts.path)
build_type_impl = get_class_for_build_type(build_type)()
# Run the test command
pkg_name = context.package_manifest.name
print("+++ Testing '{0}'".format(pkg_name))
context.test_iteration = 0
while True:
try:
on_test_ret = build_type_impl.on_test(context)
except (AttributeError, NotImplementedError):
print("on_test() is not implemented for build type '%s'" %
build_type,
file=sys.stderr)
return
try:
handle_build_action(on_test_ret, context)
except SystemExit:
# check if tests should be rerun
if opts.retest_until_pass > context.test_iteration:
context.test_iteration += 1
print(
"+++ Testing '%s' again (retry #%d of %d)" %
(pkg_name, context.test_iteration, opts.retest_until_pass))
continue
# there is no way to distinguish why the test returned non zero
# the test invocation itself could have failed:
# return e.code
# but it could have also run successful and only failed some tests:
return
# check if tests should be rerun
if opts.retest_until_fail > context.test_iteration:
context.test_iteration += 1
print("+++ Testing '%s' again (retry #%d of %d)" %
(pkg_name, context.test_iteration, opts.retest_until_fail))
continue
break
def main(opts):
opts.build_tests = True
context = build_pkg_get_context(opts)
rc = build_pkg_run(opts, context)
if rc:
return rc
# Load up build type plugin class
build_type = get_build_type(opts.path)
build_type_impl = get_class_for_build_type(build_type)()
# Run the test command
pkg_name = context.package_manifest.name
print("+++ Testing '{0}'".format(pkg_name))
try:
on_test_ret = build_type_impl.on_test(context)
except (AttributeError, NotImplementedError):
print("on_test() is not implemented for build type '%s'" % build_type,
file=sys.stderr)
return
try:
handle_build_action(on_test_ret, context)
except SystemExit:
return 1
