def run(self):
"""
Execute set of test bunches sequentially
"""
none_failed = True
for bunch in self.bunch_list:
stories = bunch.get_stories()
setup_deps, teardown_deps = self.__get_fixture_deps(stories)
try:
setup_seq = dependencies.combine_fixture_deps(setup_deps)
teardown_seq = dependencies.combine_fixture_deps(teardown_deps)
except CyclicDependencySpecification as cycle_error:
self.__print_cyclic_dependencies_error(cycle_error, bunch.name())
continue
#Now perform all setup
if self.__run_fixtures(setup_seq, self.__save_path_for_test(os.path.join(bunch.deploy_dir,"setup"))):
#setup passed, execute tests
none_failed = none_failed and self.__run_stories(stories, setup_seq, teardown_seq)
else:
none_failed = False
#Now execute teardown disregarding setup results and ignoring script failures
self.__run_fixtures(teardown_seq,
self.__save_path_for_test(os.path.join(bunch.deploy_dir,"teardown")), False)
return none_failed
def test_combine_fixtures_basic():
grouplist1 = [
[ ['single-node'],
['novaclient-users' , 'novaclient-network'],
['novaclient-images'] , ['novaclient-keys'], ['novaclient-flatnetwork'] ],
[ ['single-node'],
['novaclient-users' , 'novaclient-network'],
['novaclient-images'],
['novaclient-keys'] ],
[ ['single-node'],
['novaclient-users', 'novaclient-network'],
['novaclient-images'],
['novaclient-keys'],
['volume-services'],
['volume'] ] ]
result = combine_fixture_deps(grouplist1)
expected = ['single-node',
'novaclient-network',
'novaclient-users',
'novaclient-images',
'novaclient-keys',
'volume-services',
'novaclient-flatnetwork',
'volume']
assert_equals(list(flatten(result)), expected)
def test_empties_solitaries_indepent_and_usual_deps():
grouplist = [
[ [] ],
[ ['one'] ],
[ [] ],
[ ['two'] ],
[ [] ],
[ ['three'] ],
[ [] ],
[ ['four'], ['five'], ['six']],
[ [] ],
[ ['seven','eight', 'nine'] ],
[ [] ] ]
assert_equals(
list(flatten(combine_fixture_deps(grouplist))),
['four', 'five', 'six', 'one', 'two', 'three', 'seven', 'eight', 'nine'])
def test_empties_and_solitaries_deps():
grouplist = [
[ [] ], [ ['one'] ], [ [] ], [ ['two'] ], [ [] ],[ ['three'] ], [ [] ] ]
assert_equals(
list(flatten(combine_fixture_deps(grouplist))),
['one', 'two', 'three'])
def test_several_empty_deps():
grouplist = [
[ [] ] ]
assert_equals(
list(flatten(combine_fixture_deps(grouplist))),
[])
def test_several_solitary_deps():
grouplist = [
[ ['one'] ], [ ['two'] ], [ ['three'] ] ]
assert_equals(list(flatten(combine_fixture_deps(grouplist))), ['one', 'two', 'three'])
def test_one_solitary_dep():
grouplist = [
[ ['one'] ] ]
assert_equals(list(flatten(combine_fixture_deps(grouplist))), ['one'])
def test_independent_single_deps():
grouplist = [
[ ['1','2','3' ,'4', '5'] ] ]
assert_equals(
list(flatten(combine_fixture_deps(grouplist))),
['1', '2', '3', '4', '5'])
