def get_client(self, cookie=None): if not cookie: try: basic = HTTPBasicAuth(self.conf['admin_user'], 'password') msg = '[%s] using direct basic auth to connect to gerrit' logger.debug(msg % self.service_name) g = GerritUtils(self.conf['url'] + 'api', auth=basic) return g except Exception as e: # if we can't get the admin credentials from the config, # let's not panic msg = ('[%s] simple auth raised error: %s, ' 'going with SF cauth-based authentication') logger.debug(msg % (self.service_name, e)) # Use an admin cookie if int(time.time()) - globals()['ADMIN_COOKIE_DATE'] > \ globals()['COOKIE_VALIDITY']: cookie = get_cookie(self._full_conf.auth['host'], self._full_conf.admin['name'], self._full_conf.admin['http_password']) globals()['ADMIN_COOKIE'] = cookie globals()['ADMIN_COOKIE_DATE'] = int(time.time()) else: cookie = globals()['ADMIN_COOKIE'] return GerritUtils(self.conf['url'], auth_cookie=cookie)
def setUp(self): self.projects = [] self.dirs_to_delete = [] self.un = config.ADMIN_USER self.gu = GerritUtils( config.GATEWAY_URL, auth_cookie=config.USERS[self.un]['auth_cookie']) self.gu2 = GerritUtils( config.GATEWAY_URL, auth_cookie=config.USERS[config.USER_2]['auth_cookie']) self.ju = JenkinsUtils() self.gu.add_pubkey(config.USERS[self.un]["pubkey"]) priv_key_path = set_private_key(config.USERS[self.un]["privkey"]) self.gitu_admin = GerritGitUtils(self.un, priv_key_path, config.USERS[self.un]['email']) # Clone the config repo and make change to it # in order to test the new sample_project self.config_clone_dir = self.clone_as_admin("config") self.original_layout = file(os.path.join( self.config_clone_dir, "zuul/layout.yaml")).read() self.original_zuul_projects = file(os.path.join( self.config_clone_dir, "zuul/projects.yaml")).read() self.original_project = file(os.path.join( self.config_clone_dir, "jobs/projects.yaml")).read() # Put USER_2 as core for config project self.gu.add_group_member(config.USER_2, "config-core")
def setUp(self): self.msu = ManageSfUtils(config.GATEWAY_URL) self.un = config.ADMIN_USER self.gu = GerritUtils( config.GATEWAY_URL, auth_cookie=config.USERS[self.un]['auth_cookie']) self.gu2 = GerritUtils( config.GATEWAY_URL, auth_cookie=config.USERS[config.USER_2]['auth_cookie']) self.k_idx = self.gu2.add_pubkey(config.USERS[config.USER_2]["pubkey"]) priv_key_path = set_private_key(config.USERS[self.un]["privkey"]) self.gitu_admin = GerritGitUtils(self.un, priv_key_path, config.USERS[self.un]['email']) # Configuration to access mirror repo present in mysql self.msql_repo_path = "ssh://%s@%s/%s" \ % (config.GERRIT_USER, config.GATEWAY_HOST, 'home/gerrit/site_path/git/') # prepare environment for git clone on mirror repo self.mt = Tool() self.mt_tempdir = tempfile.mkdtemp() priv_key = file(config.GERRIT_SERVICE_PRIV_KEY_PATH, 'r').read() priv_key_path = os.path.join(self.mt_tempdir, 'user.priv') file(priv_key_path, 'w').write(priv_key) os.chmod(priv_key_path, stat.S_IREAD | stat.S_IWRITE) ssh_wrapper = "ssh -o StrictHostKeyChecking=no -i " \ "%s \"$@\"" % priv_key_path wrapper_path = os.path.join(self.mt_tempdir, 'ssh_wrapper.sh') file(wrapper_path, 'w').write(ssh_wrapper) os.chmod(wrapper_path, stat.S_IRWXU) self.mt.env['GIT_SSH'] = wrapper_path self.pname = 'test-replication'
def setUp(self): self.msu = ManageSfUtils(config.GATEWAY_URL) self.un = config.ADMIN_USER self.gu = GerritUtils(config.GATEWAY_URL, auth_cookie=config.USERS[self.un]['auth_cookie']) self.gu2 = GerritUtils( config.GATEWAY_URL, auth_cookie=config.USERS[config.USER_2]['auth_cookie']) self.k_idx = self.gu2.add_pubkey(config.USERS[config.USER_2]["pubkey"]) priv_key_path = set_private_key(config.USERS[self.un]["privkey"]) self.gitu_admin = GerritGitUtils(self.un, priv_key_path, config.USERS[self.un]['email']) # Configuration to access mirror repo present in managesf self.managesf_repo_path = "ssh://%s@%s/home/gerrit/git/" % ( config.GERRIT_USER, config.GATEWAY_HOST) # prepare environment for git clone on mirror repo self.mt = Tool() self.mt_tempdir = tempfile.mkdtemp() priv_key = file(config.GERRIT_SERVICE_PRIV_KEY_PATH, 'r').read() priv_key_path = os.path.join(self.mt_tempdir, 'user.priv') file(priv_key_path, 'w').write(priv_key) os.chmod(priv_key_path, stat.S_IREAD | stat.S_IWRITE) ssh_wrapper = "ssh -o StrictHostKeyChecking=no -i %s \"$@\"" % ( priv_key_path) wrapper_path = os.path.join(self.mt_tempdir, 'ssh_wrapper.sh') file(wrapper_path, 'w').write(ssh_wrapper) os.chmod(wrapper_path, stat.S_IRWXU) self.mt.env['GIT_SSH'] = wrapper_path self.pname = 'test-replication'
def _prepare_review_submit_testing(self, data=None): pname = 'p_%s' % create_random_str() self.create_project(pname) gu = GerritUtils( config.GATEWAY_URL, auth_cookie=config.USERS[config.ADMIN_USER]['auth_cookie']) k_index = gu.add_pubkey(config.USERS[config.ADMIN_USER]["pubkey"]) self.assertTrue(gu.project_exists(pname)) priv_key_path = set_private_key( config.USERS[config.ADMIN_USER]["privkey"]) gitu = GerritGitUtils(config.ADMIN_USER, priv_key_path, config.USERS[config.ADMIN_USER]['email']) url = "ssh://%s@%s:29418/%s" % (config.ADMIN_USER, config.GATEWAY_HOST, pname) clone_dir = gitu.clone(url, pname) self.dirs_to_delete.append(os.path.dirname(clone_dir)) if not data: gitu.add_commit_and_publish(clone_dir, "master", "Test commit") else: file(os.path.join(clone_dir, "file"), 'w').write(data[1]) gitu.add_commit_and_publish(clone_dir, "master", "Test commit", fnames=[data[0]]) change_ids = gu.get_my_changes_for_project(pname) self.assertEqual(len(change_ids), 1) change_id = change_ids[0] return change_id, gu, k_index, pname
def setUp(self): super(TestProjectTestsWorkflow, self).setUp() self.projects = [] self.dirs_to_delete = [] self.un = config.ADMIN_USER self.gu = GerritUtils( config.GATEWAY_URL, auth_cookie=config.USERS[self.un]['auth_cookie']) self.gu2 = GerritUtils( config.GATEWAY_URL, auth_cookie=config.USERS[config.USER_2]['auth_cookie']) self.ju = JenkinsUtils() self.gu.add_pubkey(config.USERS[self.un]["pubkey"]) priv_key_path = set_private_key(config.USERS[self.un]["privkey"]) self.gitu_admin = GerritGitUtils(self.un, priv_key_path, config.USERS[self.un]['email']) # Clone the config repo and keep job/zuul config content self.config_clone_dir = self.clone_as_admin("config") self.original_zuul_projects = file(os.path.join( self.config_clone_dir, "zuul/projects.yaml")).read() self.original_project = file(os.path.join( self.config_clone_dir, "jobs/projects.yaml")).read() self.need_restore_config_repo = False # Put USER_2 as core for config project self.gu.add_group_member(config.USER_2, "config-core")
def _prepare_review_submit_testing(self, project_options=None): if project_options is None: u2mail = config.USERS[config.USER_2]['email'] project_options = {'core-group': u2mail} pname = 'p_%s' % create_random_str() self.create_project(pname, project_options) un = config.ADMIN_USER gu = GerritUtils( config.GATEWAY_URL, auth_cookie=config.USERS[un]['auth_cookie']) k_index = gu.add_pubkey(config.USERS[un]["pubkey"]) self.assertTrue(gu.project_exists(pname)) priv_key_path = set_private_key(config.USERS[un]["privkey"]) gitu = GerritGitUtils(un, priv_key_path, config.USERS[un]['email']) url = "ssh://%s@%s:29418/%s" % (un, config.GATEWAY_HOST, pname) clone_dir = gitu.clone(url, pname) self.dirs_to_delete.append(os.path.dirname(clone_dir)) gitu.add_commit_and_publish(clone_dir, "master", "Test commit") change_ids = gu.get_my_changes_for_project(pname) self.assertEqual(len(change_ids), 1) change_id = change_ids[0] return change_id, gu, k_index
def test_create_public_project_as_user_clone_as_user(self): """ Create public project as user then clone as user """ pname = 'p_%s' % create_random_str() # create the project as admin self.create_project(pname, config.USER_2) # add user2 ssh pubkey to user2 gu = GerritUtils( 'https://%s/' % config.GATEWAY_HOST, auth_cookie=config.USERS[config.USER_2]['auth_cookie']) gu.add_pubkey(config.USER_2_PUB_KEY) # prepare to clone priv_key_path = set_private_key(config.USER_2_PRIV_KEY) self.dirs_to_delete.append(os.path.dirname(priv_key_path)) ggu = GerritGitUtils(config.USER_2, priv_key_path, config.USERS[config.USER_2]['email']) url = "ssh://%s@%s:29418/%s" % (config.USER_2, config.GATEWAY_HOST, pname) # clone clone_dir = ggu.clone(url, pname) self.dirs_to_delete.append(os.path.dirname(clone_dir)) # Test that the clone is a success self.assertTrue(os.path.isdir(clone_dir)) # Verify master own the .gitreview file self.assertTrue(os.path.isfile(os.path.join(clone_dir, '.gitreview')))
def test_create_public_project_as_user_clone_as_user(self): """ Create public project as user then clone as user """ pname = 'p_%s' % create_random_str() # create the project as admin self.create_project(pname, config.USER_2) # add user2 ssh pubkey to user2 gu = GerritUtils( config.GATEWAY_URL, auth_cookie=config.USERS[config.USER_2]['auth_cookie']) gu.add_pubkey(config.USER_2_PUB_KEY) # prepare to clone priv_key_path = set_private_key(config.USER_2_PRIV_KEY) self.dirs_to_delete.append(os.path.dirname(priv_key_path)) ggu = GerritGitUtils(config.USER_2, priv_key_path, config.USERS[config.USER_2]['email']) url = "ssh://%s@%s:29418/%s" % (config.USER_2, config.GATEWAY_HOST, pname) # clone clone_dir = ggu.clone(url, pname) self.dirs_to_delete.append(os.path.dirname(clone_dir)) # Test that the clone is a success self.assertTrue(os.path.isdir(clone_dir)) # Verify master own the .gitreview file self.assertTrue(os.path.isfile(os.path.join(clone_dir, '.gitreview')))
def setUp(self): self.projects = [] self.rm = RedmineUtils( config.GATEWAY_URL + "/redmine/", auth_cookie=config.USERS[config.ADMIN_USER]['auth_cookie']) self.gu = GerritUtils( config.GATEWAY_URL, auth_cookie=config.USERS[config.ADMIN_USER]['auth_cookie'])
def setUp(self): super(TestProjectMembership, self).setUp() self.projects = [] self.rm = get_issue_tracker_utils( auth_cookie=config.USERS[config.ADMIN_USER]['auth_cookie']) self.gu = GerritUtils( config.GATEWAY_URL, auth_cookie=config.USERS[config.ADMIN_USER]['auth_cookie'])
def setUp(self): super(TestManageSF, self).setUp() self.projects = [] self.dirs_to_delete = [] self.rm = get_issue_tracker_utils( auth_cookie=config.USERS[config.ADMIN_USER]['auth_cookie']) self.gu = GerritUtils( config.GATEWAY_URL, auth_cookie=config.USERS[config.ADMIN_USER]['auth_cookie'])
def test_plugins_installed(self): """ Test if plugins are present """ gu = GerritUtils( config.GATEWAY_URL, auth_cookie=config.USERS[config.ADMIN_USER]['auth_cookie']) plugins = gu.list_plugins() self.assertIn('download-commands', plugins) self.assertIn('avatars-gravatar', plugins) self.assertIn('reviewers-by-blame', plugins)
def test_plugins_installed(self): """ Test if plugins are present """ gu = GerritUtils( 'https://%s/' % config.GATEWAY_HOST, auth_cookie=config.USERS[config.ADMIN_USER]['auth_cookie']) plugins = gu.list_plugins() self.assertIn('download-commands', plugins) self.assertIn('gravatar-avatar-provider', plugins) self.assertIn('reviewers-by-blame', plugins)
def setUp(self): super(TestResourcesWorkflow, self).setUp() priv_key_path = set_private_key( config.USERS[config.ADMIN_USER]["privkey"]) self.gitu_admin = GerritGitUtils( config.ADMIN_USER, priv_key_path, config.USERS[config.ADMIN_USER]['email']) self.gu = GerritUtils( config.GATEWAY_URL, auth_cookie=config.USERS[config.ADMIN_USER]['auth_cookie']) self.ju = JenkinsUtils() self.dirs_to_delete = []
def test_review_labels(self): """ Test if list of review labels are as expected """ pname = 'p_%s' % create_random_str() self.create_project(pname) un = config.ADMIN_USER gu = GerritUtils(config.GATEWAY_URL, auth_cookie=config.USERS[un]['auth_cookie']) k_index = gu.add_pubkey(config.USERS[un]["pubkey"]) self.assertTrue(gu.project_exists(pname)) priv_key_path = set_private_key(config.USERS[un]["privkey"]) gitu = GerritGitUtils(un, priv_key_path, config.USERS[un]['email']) url = "ssh://%s@%s:29418/%s" % (un, config.GATEWAY_HOST, pname) clone_dir = gitu.clone(url, pname) self.dirs_to_delete.append(os.path.dirname(clone_dir)) gitu.add_commit_and_publish(clone_dir, "master", "Test commit") change_ids = gu.get_my_changes_for_project(pname) self.assertEqual(len(change_ids), 1) change_id = change_ids[0] labels = gu.get_labels_list_for_change(change_id) self.assertIn('Workflow', labels) self.assertIn('Code-Review', labels) self.assertIn('Verified', labels) self.assertEqual(len(labels.keys()), 3) gu.del_pubkey(k_index)
def setUp(self): super(TestGerritHooks, self).setUp() self.projects = [] self.dirs_to_delete = [] self.issues = [] self.u = config.ADMIN_USER self.rm = get_issue_tracker_utils( auth_cookie=config.USERS[config.ADMIN_USER]['auth_cookie']) self.gu = GerritUtils(config.GATEWAY_URL, auth_cookie=config.USERS[self.u]['auth_cookie']) self.gu.add_pubkey(config.USERS[self.u]["pubkey"]) priv_key_path = set_private_key(config.USERS[self.u]["privkey"]) self.gitu = GerritGitUtils(self.u, priv_key_path, config.USERS[self.u]['email'])
def __init__(self): with open("%s/resources.yaml" % pwd, 'r') as rsc: self.resources = yaml.load(rsc) config.USERS[config.ADMIN_USER]['auth_cookie'] = get_cookie( config.ADMIN_USER, config.USERS[config.ADMIN_USER]['password']) self.gu = GerritUtils( 'http://%s/' % config.GATEWAY_HOST, auth_cookie=config.USERS[config.ADMIN_USER]['auth_cookie']) self.ggu = GerritGitUtils(config.ADMIN_USER, config.ADMIN_PRIV_KEY_PATH, config.USERS[config.ADMIN_USER]['email']) self.stb_client = SFStoryboard( config.GATEWAY_URL + "/storyboard_api", config.USERS[config.ADMIN_USER]['auth_cookie'])
def test_check_config_repo_exists(self): """ Validate config repo has been bootstraped """ pname = "config" gu = GerritUtils(config.GATEWAY_URL, auth_cookie=config.USERS[config.ADMIN_USER]["auth_cookie"]) self.assertTrue(gu.project_exists(pname)) ggu = GerritGitUtils(config.ADMIN_USER, config.ADMIN_PRIV_KEY_PATH, config.USERS[config.ADMIN_USER]["email"]) url = "ssh://%s@%s:29418/%s" % (config.ADMIN_USER, config.GATEWAY_HOST, pname) clone_dir = ggu.clone(url, pname) # Test that the clone is a success self.assertTrue(os.path.isdir(clone_dir)) # Check if the clone dir has projects file self.assertTrue(os.path.isfile(os.path.join(clone_dir, "jobs/projects.yaml")))
def __init__(self): with open("%s/resources.yaml" % pwd, 'r') as rsc: self.resources = yaml.load(rsc) config.USERS[config.ADMIN_USER]['auth_cookie'] = get_cookie( config.ADMIN_USER, config.USERS[config.ADMIN_USER]['password']) self.gu = GerritUtils( 'http://%s/' % config.GATEWAY_HOST, auth_cookie=config.USERS[config.ADMIN_USER]['auth_cookie']) self.ggu = GerritGitUtils(config.ADMIN_USER, config.ADMIN_PRIV_KEY_PATH, config.USERS[config.ADMIN_USER]['email']) self.ju = JenkinsUtils() self.rm = RedmineUtils( config.GATEWAY_URL + "/redmine/", auth_cookie=config.USERS[config.ADMIN_USER]['auth_cookie'])
def setUp(self): self.projects = [] self.rm = get_issue_tracker_utils( auth_cookie=config.USERS[config.ADMIN_USER]['auth_cookie']) self.gu = GerritUtils( config.GATEWAY_URL, auth_cookie=config.USERS[config.ADMIN_USER]['auth_cookie'])
def setUp(self): self.projects = [] self.dirs_to_delete = [] self.rm = RedmineUtils( config.GATEWAY_URL + "/redmine/", auth_cookie=config.USERS[config.ADMIN_USER]["auth_cookie"] ) self.gu = GerritUtils(config.GATEWAY_URL, auth_cookie=config.USERS[config.ADMIN_USER]["auth_cookie"])
def setUpClass(cls): cls.msu = ManageSfUtils(config.GATEWAY_URL) cls.rm = get_issue_tracker_utils( auth_cookie=config.USERS[config.ADMIN_USER]['auth_cookie']) cls.gu = GerritUtils( config.GATEWAY_URL, auth_cookie=config.USERS[config.ADMIN_USER]['auth_cookie'])
def setUp(self): self.projects = [] self.rm = RedmineUtils( config.REDMINE_URL, auth_cookie=config.USERS[config.ADMIN_USER]['auth_cookie']) self.gu = GerritUtils( 'https://%s/' % config.GATEWAY_HOST, auth_cookie=config.USERS[config.ADMIN_USER]['auth_cookie'])
def test_review_labels(self): """ Test if list of review labels are as expected """ pname = 'p_%s' % create_random_str() self.create_project(pname) un = config.ADMIN_USER gu = GerritUtils( config.GATEWAY_URL, auth_cookie=config.USERS[un]['auth_cookie']) k_index = gu.add_pubkey(config.USERS[un]["pubkey"]) self.assertTrue(gu.project_exists(pname)) priv_key_path = set_private_key(config.USERS[un]["privkey"]) gitu = GerritGitUtils(un, priv_key_path, config.USERS[un]['email']) url = "ssh://%s@%s:29418/%s" % (un, config.GATEWAY_HOST, pname) clone_dir = gitu.clone(url, pname) self.dirs_to_delete.append(os.path.dirname(clone_dir)) gitu.add_commit_and_publish(clone_dir, "master", "Test commit") change_ids = gu.get_my_changes_for_project(pname) self.assertEqual(len(change_ids), 1) change_id = change_ids[0] labels = gu.get_labels_list_for_change(change_id) self.assertIn('Workflow', labels) self.assertIn('Code-Review', labels) self.assertIn('Verified', labels) self.assertEqual(len(labels.keys()), 3) gu.del_pubkey(k_index)
def setUp(self): super(TestManageSF, self).setUp() self.projects = [] self.dirs_to_delete = [] self.ru = ResourcesUtils() self.msu = ManageSfUtils(config.GATEWAY_URL) self.gu = GerritUtils( config.GATEWAY_URL, auth_cookie=config.USERS[config.ADMIN_USER]['auth_cookie'])
def test_check_config_repo_exists(self): pname = 'config' gu = GerritUtils( 'https://%s/' % config.GATEWAY_HOST, auth_cookie=config.USERS[config.ADMIN_USER]['auth_cookie']) self.assertTrue(gu.project_exists(pname)) ggu = GerritGitUtils(config.ADMIN_USER, config.ADMIN_PRIV_KEY_PATH, config.USERS[config.ADMIN_USER]['email']) url = "ssh://%s@%s:29418/%s" % (config.ADMIN_USER, config.GATEWAY_HOST, pname) clone_dir = ggu.clone(url, pname) # Test that the clone is a success self.assertTrue(os.path.isdir(clone_dir)) # Check if the clone dir has projects file self.assertTrue(os.path.isfile(os.path.join(clone_dir, "jobs/projects.yaml")))
def setUp(self): self.projects = [] self.dirs_to_delete = [] self.issues = [] self.u = config.ADMIN_USER self.u2 = config.USER_2 self.rm = RedmineUtils( config.GATEWAY_URL + "/redmine/", auth_cookie=config.USERS[config.ADMIN_USER]['auth_cookie']) self.gu = GerritUtils(config.GATEWAY_URL, auth_cookie=config.USERS[self.u]['auth_cookie']) self.gu2 = GerritUtils( config.GATEWAY_URL, auth_cookie=config.USERS[self.u2]['auth_cookie']) self.gu.add_pubkey(config.USERS[self.u]["pubkey"]) priv_key_path = set_private_key(config.USERS[self.u]["privkey"]) self.gitu = GerritGitUtils(self.u, priv_key_path, config.USERS[self.u]['email'])
def test_check_config_repo_exists(self): """ Validate config repo has been bootstraped """ pname = 'config' gu = GerritUtils( config.GATEWAY_URL, auth_cookie=config.USERS[config.ADMIN_USER]['auth_cookie']) self.assertTrue(gu.project_exists(pname)) ggu = GerritGitUtils(config.ADMIN_USER, config.ADMIN_PRIV_KEY_PATH, config.USERS[config.ADMIN_USER]['email']) url = "ssh://%s@%s:29418/%s" % (config.ADMIN_USER, config.GATEWAY_HOST, pname) clone_dir = ggu.clone(url, pname) # Test that the clone is a success self.assertTrue(os.path.isdir(clone_dir)) # Check if the clone dir has projects file self.assertTrue( os.path.isfile(os.path.join(clone_dir, "jobs/projects.yaml")))
def setUp(self): self.projects = [] self.dirs_to_delete = [] self.issues = [] self.u = config.ADMIN_USER self.u2 = config.USER_2 self.rm = get_issue_tracker_utils( auth_cookie=config.USERS[config.ADMIN_USER]['auth_cookie']) self.gu = GerritUtils( config.GATEWAY_URL, auth_cookie=config.USERS[self.u]['auth_cookie']) self.gu2 = GerritUtils( config.GATEWAY_URL, auth_cookie=config.USERS[self.u2]['auth_cookie']) self.gu.add_pubkey(config.USERS[self.u]["pubkey"]) priv_key_path = set_private_key(config.USERS[self.u]["privkey"]) self.gitu = GerritGitUtils(self.u, priv_key_path, config.USERS[self.u]['email'])
def setUp(self): self.projects = [] self.dirs_to_delete = [] self.issues = [] self.u = config.ADMIN_USER self.u2 = config.USER_2 self.rm = RedmineUtils( config.REDMINE_URL, auth_cookie=config.USERS[config.ADMIN_USER]['auth_cookie']) self.gu = GerritUtils( 'https://%s/' % config.GATEWAY_HOST, auth_cookie=config.USERS[self.u]['auth_cookie']) self.gu2 = GerritUtils( 'https://%s/' % config.GATEWAY_HOST, auth_cookie=config.USERS[self.u2]['auth_cookie']) self.gu.add_pubkey(config.USERS[self.u]["pubkey"]) priv_key_path = set_private_key(config.USERS[self.u]["privkey"]) self.gitu = GerritGitUtils(self.u, priv_key_path, config.USERS[self.u]['email'])
def setUp(self): super(TestProjectReplication, self).setUp() self.ru = ResourcesUtils() self.un = config.ADMIN_USER self.ju = JenkinsUtils() self.gu = GerritUtils(config.GATEWAY_URL, auth_cookie=config.USERS[self.un]['auth_cookie']) self.gu2 = GerritUtils( config.GATEWAY_URL, auth_cookie=config.USERS[config.USER_2]['auth_cookie']) self.k_idx = self.gu2.add_pubkey(config.USERS[config.USER_2]["pubkey"]) priv_key_path = set_private_key(config.USERS[self.un]["privkey"]) self.gitu_admin = GerritGitUtils(self.un, priv_key_path, config.USERS[self.un]['email']) # Prepare environment for git clone on mirror repo self.mt = Tool() self.mt_tempdir = tempfile.mkdtemp() # Copy the service private key in a flat file priv_key = file(config.SERVICE_PRIV_KEY_PATH, 'r').read() priv_key_path = os.path.join(self.mt_tempdir, 'user.priv') file(priv_key_path, 'w').write(priv_key) os.chmod(priv_key_path, stat.S_IREAD | stat.S_IWRITE) # Prepare the ssh wrapper script ssh_wrapper = "ssh -o StrictHostKeyChecking=no -i %s \"$@\"" % ( priv_key_path) wrapper_path = os.path.join(self.mt_tempdir, 'ssh_wrapper.sh') file(wrapper_path, 'w').write(ssh_wrapper) os.chmod(wrapper_path, stat.S_IRWXU) # Set the wrapper as GIT_SSH env variable self.mt.env['GIT_SSH'] = wrapper_path self.config_clone_dir = None # Project we are going to configure the replication for self.pname = 'test/replication' # Remove artifacts of previous run if any self.delete_config_section(self.un, self.pname) self.delete_mirror_repo(self.pname)
def test_gerrit_api_accessible(self): """ Test if Gerrit API is accessible on gateway hosts """ m = ManageSfUtils(config.GATEWAY_URL) url = config.GATEWAY_URL + "/api/" a = GerritUtils(url) a.g.url = "%s/" % a.g.url.rstrip('a/') self.assertRaises(HTTPError, a.get_account, config.USER_1) api_passwd = m.create_gerrit_api_password(config.USER_1) auth = HTTPBasicAuth(config.USER_1, api_passwd) a = GerritUtils(url, auth=auth) self.assertTrue(a.get_account(config.USER_1)) m.delete_gerrit_api_password(config.USER_1) a = GerritUtils(url, auth=auth) self.assertRaises(HTTPError, a.get_account, config.USER_1) a = GerritUtils(url) a.g.url = "%s/" % a.g.url.rstrip('a/') self.assertRaises(HTTPError, a.get_account, 'john')
def test_check_add_automatic_reviewers(self): """ Test if reviewers-by-blame plugin works """ data = "this\nis\na\ncouple\nof\nlines" change_id, gu, k1_index, pname = self._prepare_review_submit_testing( ('file', data)) # Merge the change gu.submit_change_note(change_id, "current", "Code-Review", "2") gu.submit_change_note(change_id, "current", "Verified", "2") gu.submit_change_note(change_id, "current", "Workflow", "1") self.assertTrue(gu.submit_patch(change_id, "current")) gu2 = GerritUtils( config.GATEWAY_URL, auth_cookie=config.USERS[config.USER_2]['auth_cookie']) # Change the file we have commited with Admin user k2_index = gu2.add_pubkey(config.USERS[config.USER_2]["pubkey"]) priv_key_path = set_private_key(config.USERS[config.USER_2]["privkey"]) gitu2 = GerritGitUtils(config.USER_2, priv_key_path, config.USERS[config.USER_2]['email']) url = "ssh://%s@%s:29418/%s" % (config.USER_2, config.GATEWAY_HOST, pname) clone_dir = gitu2.clone(url, pname) self.dirs_to_delete.append(os.path.dirname(clone_dir)) data = ['this', 'is', 'some', 'lines'] file(os.path.join(clone_dir, "file"), 'w').write("\n".join(data)) gitu2.add_commit_and_publish(clone_dir, "master", "Test commit", fnames=["file"]) # Get the change id change_ids = gu2.get_my_changes_for_project(pname) self.assertEqual(len(change_ids), 1) change_id = change_ids[0] # Verify first_u has been automatically added to reviewers for retry in xrange(3): if len(gu2.get_reviewers(change_id)) > 0: break time.sleep(1) reviewers = gu2.get_reviewers(change_id) self.assertEqual(len(reviewers), 1) self.assertEqual(reviewers[0], config.ADMIN_USER) gu.del_pubkey(k1_index) gu2.del_pubkey(k2_index)
def _prepare_review_submit_testing(self, project_options=None): if project_options is None: u2mail = config.USERS[config.USER_2]['email'] project_options = {'core-group': u2mail} pname = 'p_%s' % create_random_str() self.create_project(pname, project_options) un = config.ADMIN_USER gu = GerritUtils(config.GATEWAY_URL, auth_cookie=config.USERS[un]['auth_cookie']) k_index = gu.add_pubkey(config.USERS[un]["pubkey"]) self.assertTrue(gu.project_exists(pname)) priv_key_path = set_private_key(config.USERS[un]["privkey"]) gitu = GerritGitUtils(un, priv_key_path, config.USERS[un]['email']) url = "ssh://%s@%s:29418/%s" % (un, config.GATEWAY_HOST, pname) clone_dir = gitu.clone(url, pname) self.dirs_to_delete.append(os.path.dirname(clone_dir)) gitu.add_commit_and_publish(clone_dir, "master", "Test commit") change_ids = gu.get_my_changes_for_project(pname) self.assertEqual(len(change_ids), 1) change_id = change_ids[0] return change_id, gu, k_index
def setUp(self): self.msu = ManageSfUtils(config.GATEWAY_URL) self.un = config.ADMIN_USER self.gu = GerritUtils( config.GATEWAY_URL, auth_cookie=config.USERS[self.un]['auth_cookie']) self.gu2 = GerritUtils( config.GATEWAY_URL, auth_cookie=config.USERS[config.USER_2]['auth_cookie']) self.k_idx = self.gu2.add_pubkey(config.USERS[config.USER_2]["pubkey"]) priv_key_path = set_private_key(config.USERS[self.un]["privkey"]) self.gitu_admin = GerritGitUtils(self.un, priv_key_path, config.USERS[self.un]['email']) # Prepare environment for git clone on mirror repo self.mt = Tool() self.mt_tempdir = tempfile.mkdtemp() # Copy the service private key in a flat file priv_key = file(config.SERVICE_PRIV_KEY_PATH, 'r').read() priv_key_path = os.path.join(self.mt_tempdir, 'user.priv') file(priv_key_path, 'w').write(priv_key) os.chmod(priv_key_path, stat.S_IREAD | stat.S_IWRITE) # Prepare the ssh wrapper script ssh_wrapper = "ssh -o StrictHostKeyChecking=no -i %s \"$@\"" % ( priv_key_path) wrapper_path = os.path.join(self.mt_tempdir, 'ssh_wrapper.sh') file(wrapper_path, 'w').write(ssh_wrapper) os.chmod(wrapper_path, stat.S_IRWXU) # Set the wrapper as GIT_SSH env variable self.mt.env['GIT_SSH'] = wrapper_path self.config_clone_dir = None # Project we are going to configure the replication for self.pname = 'test/replication' # Remove artifacts of previous run if any self.delete_config_section(self.un, self.pname) self.delete_mirror_repo(self.pname)
class TestProjectReplication(Base): """ Functional tests to verify the gerrit replication feature """ def setUp(self): self.msu = ManageSfUtils(config.GATEWAY_URL) self.un = config.ADMIN_USER self.gu = GerritUtils( config.GATEWAY_URL, auth_cookie=config.USERS[self.un]['auth_cookie']) self.gu2 = GerritUtils( config.GATEWAY_URL, auth_cookie=config.USERS[config.USER_2]['auth_cookie']) self.k_idx = self.gu2.add_pubkey(config.USERS[config.USER_2]["pubkey"]) priv_key_path = set_private_key(config.USERS[self.un]["privkey"]) self.gitu_admin = GerritGitUtils(self.un, priv_key_path, config.USERS[self.un]['email']) # Prepare environment for git clone on mirror repo self.mt = Tool() self.mt_tempdir = tempfile.mkdtemp() # Copy the service private key in a flat file priv_key = file(config.SERVICE_PRIV_KEY_PATH, 'r').read() priv_key_path = os.path.join(self.mt_tempdir, 'user.priv') file(priv_key_path, 'w').write(priv_key) os.chmod(priv_key_path, stat.S_IREAD | stat.S_IWRITE) # Prepare the ssh wrapper script ssh_wrapper = "ssh -o StrictHostKeyChecking=no -i %s \"$@\"" % ( priv_key_path) wrapper_path = os.path.join(self.mt_tempdir, 'ssh_wrapper.sh') file(wrapper_path, 'w').write(ssh_wrapper) os.chmod(wrapper_path, stat.S_IRWXU) # Set the wrapper as GIT_SSH env variable self.mt.env['GIT_SSH'] = wrapper_path self.config_clone_dir = None # Project we are going to configure the replication for self.pname = 'test/replication' # Remove artifacts of previous run if any self.delete_config_section(self.un, self.pname) self.delete_mirror_repo(self.pname) def tearDown(self): self.delete_config_section(self.un, self.pname) self.delete_mirror_repo(self.pname) self.msu.deleteProject(self.pname, self.un) self.gu2.del_pubkey(self.k_idx) def clone(self, uri, target): self.assertTrue(uri.startswith('ssh://')) cmd = "git clone %s %s" % (uri, target) clone = os.path.join(self.mt_tempdir, target) if os.path.isdir(clone): shutil.rmtree(clone) self.mt.exe(cmd, self.mt_tempdir) return clone def create_project(self, name, user, options=None): self.msu.createProject(name, user, options) def ssh_run_cmd(self, sshkey_priv_path, user, host, subcmd): host = '%s@%s' % (user, host) sshcmd = ['ssh', '-o', 'LogLevel=ERROR', '-o', 'StrictHostKeyChecking=no', '-o', 'UserKnownHostsFile=/dev/null', '-i', sshkey_priv_path, host] cmd = sshcmd + subcmd p = Popen(cmd, stdout=PIPE) return p.communicate(), p.returncode def delete_mirror_repo(self, name): mirror_path = '/home/gerrit/git/%s.git' % name cmd = ['ssh', 'gerrit.%s' % config.GATEWAY_HOST, 'rm', '-rf', mirror_path] self.ssh_run_cmd(config.SERVICE_PRIV_KEY_PATH, 'root', config.GATEWAY_HOST, cmd) def create_config_section(self, project): host = '%s@%s' % (config.GERRIT_USER, config.GATEWAY_HOST) mirror_repo_path = '/home/gerrit/git/\${name}.git' url = '%s:%s' % (host, mirror_repo_path) path = os.path.join(self.config_clone_dir, 'gerrit/replication.config') call("git config -f %s --remove-section remote.test_project" % path, shell=True) call("git config -f %s --add remote.test_project.projects %s" % (path, project), shell=True) call("git config -f %s --add remote.test_project.url %s" % (path, url), shell=True) self.gitu_admin.add_commit_for_all_new_additions( self.config_clone_dir, "Add replication test section") # The direct push will trigger the config-update job # as we commit through 29418 self.gitu_admin.direct_push_branch(self.config_clone_dir, 'master') attempts = 0 cmd = ['ssh', 'gerrit.%s' % config.GATEWAY_HOST, 'grep', 'test_project', '/home/gerrit/site_path/etc/replication.config'] while attempts < 30: out, code = self.ssh_run_cmd(config.SERVICE_PRIV_KEY_PATH, 'root', config.GATEWAY_HOST, cmd) if code == 0: return attempts += 1 time.sleep(2) raise Exception('replication.config file has not been updated (add)') def delete_config_section(self, user, project): url = "ssh://%s@%s:29418/config" % (self.un, config.GATEWAY_HOST) self.config_clone_dir = self.gitu_admin.clone( url, 'config', config_review=True) path = os.path.join(self.config_clone_dir, 'gerrit/replication.config') call("git config -f %s --remove-section remote.test_project" % path, shell=True) try: self.gitu_admin.add_commit_for_all_new_additions( self.config_clone_dir, "Remove replication test section") except CalledProcessError: # We fail if nothing to re-initialized return # The direct push will trigger the config-update job # as we commit through 29418 self.gitu_admin.direct_push_branch(self.config_clone_dir, 'master') attempts = 0 cmd = ['ssh', 'gerrit.%s' % config.GATEWAY_HOST, 'grep', 'test_project', '/home/gerrit/site_path/etc/replication.config'] while attempts < 30: out, code = self.ssh_run_cmd(config.SERVICE_PRIV_KEY_PATH, 'root', config.GATEWAY_HOST, cmd) if code != 0: return attempts += 1 time.sleep(2) raise Exception('replication.config has not been updated (rm)') def mirror_clone_and_check_files(self, url, pname): retries = 0 while True: clone = self.clone(url, pname) # clone may fail, as mirror repo is not yet ready(i.e gerrit not # yet replicated the project) if os.path.isdir(clone) and \ os.path.isfile(os.path.join(clone, '.gitreview')): return True elif retries > 50: break else: time.sleep(3) retries += 1 return False def test_replication(self): """ Test gerrit replication for review process """ # Create the project self.create_project(self.pname, self.un) # Be sure sftests.com host key is inside the known_hosts cmds = [['ssh', 'gerrit.%s' % config.GATEWAY_HOST, 'ssh-keyscan', 'sftests.com', '>', '/home/gerrit/.ssh/known_hosts']] for cmd in cmds: self.ssh_run_cmd(config.SERVICE_PRIV_KEY_PATH, 'root', config.GATEWAY_HOST, cmd) # Create new section for this project in replication.config self.create_config_section(self.pname) # Verify if gerrit replicated the repo self.managesf_repo_path = "ssh://%s@%s/home/gerrit/git/" % ( 'root', config.GATEWAY_HOST) repo_url = self.managesf_repo_path + '%s.git' % self.pname self.assertTrue(self.mirror_clone_and_check_files(repo_url, self.pname))
class SFchecker: """ This checker is only intended for testin SF backup/restore and update. It checks that the user data defined in resourses.yaml are present on the SF. Those data must have been provisioned by SFProvisioner. """ def __init__(self): with open("%s/resources.yaml" % pwd, 'r') as rsc: self.resources = yaml.load(rsc) config.USERS[config.ADMIN_USER]['auth_cookie'] = get_cookie( config.ADMIN_USER, config.USERS[config.ADMIN_USER]['password']) self.gu = GerritUtils( 'http://%s/' % config.GATEWAY_HOST, auth_cookie=config.USERS[config.ADMIN_USER]['auth_cookie']) self.ggu = GerritGitUtils(config.ADMIN_USER, config.ADMIN_PRIV_KEY_PATH, config.USERS[config.ADMIN_USER]['email']) self.ju = JenkinsUtils() self.rm = RedmineUtils( config.GATEWAY_URL + "/redmine/", auth_cookie=config.USERS[config.ADMIN_USER]['auth_cookie']) def check_project(self, name): print " Check project %s exists ..." % name, if not self.gu.project_exists(name) or \ (is_present('SFRedmine') and not self.rm.project_exists(name)): print "FAIL" exit(1) print "OK" def check_files_in_project(self, name, files): print " Check files(%s) exists in project ..." % ",".join(files), # TODO(fbo); use gateway host instead of gerrit host url = "ssh://%s@%s:29418/%s" % (config.ADMIN_USER, config.GATEWAY_HOST, name) clone_dir = self.ggu.clone(url, name, config_review=False) for f in files: if not os.path.isfile(os.path.join(clone_dir, f)): print "FAIL" exit(1) def check_issues_on_project(self, name, issues): print " Check that at least %s issues exists for that project ...," %\ len(issues) current_issues = self.rm.get_issues_by_project(name) if len(current_issues) < len(issues): print "FAIL: expected %s, project has %s" % (len(issues), len(current_issues)) exit(1) print "OK" def check_jenkins_jobs(self, name, jobnames): print " Check that jenkins jobs(%s) exists ..." % ",".join(jobnames), for jobname in jobnames: if not '%s_%s' % (name, jobname) in self.ju.list_jobs(): print "FAIL" exit(1) print "OK" def check_reviews_on_project(self, name, issues): reviews = [i for i in issues if i['review']] print " Check that at least %s reviews exists for that project ..." %\ len(reviews), pending_reviews = self.ggu.list_open_reviews(name, config.GATEWAY_HOST) if not len(pending_reviews) >= len(reviews): print "FAIL" exit(1) print "OK" def check_pads(self, amount): pass def check_pasties(self, amount): pass def checker(self): for project in self.resources['projects']: print "Check user datas for %s" % project['name'] self.check_project(project['name']) self.check_files_in_project(project['name'], [f['name'] for f in project['files']]) if is_present('SFRedmine'): self.check_issues_on_project(project['name'], project['issues']) self.check_reviews_on_project(project['name'], project['issues']) self.check_jenkins_jobs(project['name'], [j['name'] for j in project['jobnames']]) self.check_pads(2) self.check_pasties(2)
class TestGerritHooks(Base): """ Functional tests that validate Gerrit hooks. """ @classmethod def setUpClass(cls): cls.msu = ManageSfUtils(config.GATEWAY_URL) @classmethod def tearDownClass(cls): pass def setUp(self): self.projects = [] self.dirs_to_delete = [] self.issues = [] self.u = config.ADMIN_USER self.u2 = config.USER_2 self.rm = RedmineUtils( config.GATEWAY_URL + "/redmine/", auth_cookie=config.USERS[config.ADMIN_USER]['auth_cookie']) self.gu = GerritUtils( config.GATEWAY_URL, auth_cookie=config.USERS[self.u]['auth_cookie']) self.gu2 = GerritUtils( config.GATEWAY_URL, auth_cookie=config.USERS[self.u2]['auth_cookie']) self.gu.add_pubkey(config.USERS[self.u]["pubkey"]) priv_key_path = set_private_key(config.USERS[self.u]["privkey"]) self.gitu = GerritGitUtils(self.u, priv_key_path, config.USERS[self.u]['email']) def tearDown(self): for issue in self.issues: self.rm.delete_issue(issue) for name in self.projects: self.msu.deleteProject(name, self.u) for dirs in self.dirs_to_delete: shutil.rmtree(dirs) def create_project(self, name, user, options=None): self.msu.createProject(name, user, options) self.projects.append(name) def _test_update_issue_hooks(self, comment_template, status): """ A referenced issue in commit msg triggers the hook """ pname = 'p_%s' % create_random_str() # Be sure the project does not exist self.msu.deleteProject(pname, self.u) # Create the project self.create_project(pname, self.u) # Put USER_2 as core for the project self.gu.add_group_member(self.u2, "%s-core" % pname) # Create an issue on the project issue_id = self.rm.create_issue(pname, "There is a problem") # Clone and commit something url = "ssh://%s@%s:29418/%s" % (self.u, config.GATEWAY_HOST, pname) clone_dir = self.gitu.clone(url, pname) cmt_msg = comment_template % issue_id self.gitu.add_commit_and_publish(clone_dir, 'master', cmt_msg) # Check issue status (Gerrit hook updates the issue to in progress) attempt = 0 while True: if self.rm.test_issue_status(issue_id, 'In Progress'): break if attempt > 10: break time.sleep(1) attempt += 1 self.assertTrue(self.rm.test_issue_status(issue_id, 'In Progress')) self._test_merging(pname, issue_id, status) def _test_merging(self, pname, issue_id, status): # Get the change id and merge the patch change_ids = self.gu.get_my_changes_for_project(pname) self.assertGreater(len(change_ids), 0) change_id = change_ids[0] self.gu.submit_change_note(change_id, "current", "Code-Review", "2") self.gu.submit_change_note(change_id, "current", "Workflow", "1") self.gu.submit_change_note(change_id, "current", "Verified", "2") self.gu2.submit_change_note(change_id, "current", "Code-Review", "2") self.assertTrue(self.gu.submit_patch(change_id, "current")) # Check issue status (Gerrit hook updates the issue to in progress) attempt = 0 while True: if self.rm.test_issue_status(issue_id, status): break if attempt > 10: break time.sleep(1) attempt += 1 self.assertTrue(self.rm.test_issue_status(issue_id, status)) def test_gerrit_hook(self): """test various commit messages triggering a hook""" for template, final_status in TEST_MSGS: self._test_update_issue_hooks(template, final_status)
class TestUserdata(Base): @classmethod def setUpClass(cls): cls.msu = ManageSfUtils(config.GATEWAY_URL) @classmethod def tearDownClass(cls): pass def setUp(self): self.projects = [] self.rm = RedmineUtils( config.GATEWAY_URL + "/redmine/", auth_cookie=config.USERS[config.ADMIN_USER]['auth_cookie']) self.gu = GerritUtils( config.GATEWAY_URL, auth_cookie=config.USERS[config.ADMIN_USER]['auth_cookie']) def tearDown(self): for name in self.projects: self.msu.deleteProject(name, config.ADMIN_USER) def create_project(self, name, user, options=None, cookie=None): self.msu.createProject(name, user, options, cookie) self.projects.append(name) def verify_userdata_gerrit(self, login): # Now check that the correct data was stored in Gerrit data = self.gu.get_account(login) self.assertEqual(config.USERS[login]['lastname'], data.get('name')) self.assertEqual(config.USERS[login]['email'], data.get('email')) def verify_userdata_redmine(self, login): users = self.rm.r.user.filter(limit=10) user = [u for u in users if u.firstname == login][0] self.assertEqual(config.USERS[login]['lastname'], user.lastname) self.assertEqual(config.USERS[login]['email'], user.mail) def logout(self): url = config.GATEWAY_URL + '/auth/logout/' requests.get(url) def login(self, username, password, redirect='/'): url = config.GATEWAY_URL + "/auth/login" data = {'username': username, 'password': password, 'back': redirect} return requests.post(url, data=data) def test_login_redirect_to_jenkins(self): """ Verify the user creation and the login """ self.logout() url = config.GATEWAY_URL + "jenkins/" quoted_url = urllib2.quote(url, safe='') response = self.login('user5', config.ADMIN_PASSWORD, quoted_url) self.assertEqual(url, response.url) # verify if user is created in gerrit and redmine self.verify_userdata_gerrit('user5') if is_present("SFRedmine"): self.verify_userdata_redmine('user5') @skipIfServiceMissing('SFRedmine') def test_login_redirect_to_redmine(self): """ Verify the redirect to redmine project page """ self.logout() url = config.GATEWAY_URL + "redmine/projects" quoted_url = urllib2.quote(url, safe='') response = self.login('user5', config.ADMIN_PASSWORD, quoted_url) self.assertEqual(url, response.url) # verify if user is created in gerrit and redmine self.verify_userdata_gerrit('user5') self.verify_userdata_redmine('user5') def test_invalid_user_login(self): """ Try to login with an invalid user """ self.logout() response = self.login('toto', 'nopass', '/') self.assertEqual(response.status_code, 401) def test_hook_user_login(self): """ Functional test when trying to login with service user """ self.logout() response = self.login(config.HOOK_USER, config.HOOK_USER_PASSWORD, '/') self.assertTrue(response.status_code < 400) def test_create_local_user_and_login(self): """ Try to create a local user then login """ try: self.msu.create_user('Flea', 'RHCP', '*****@*****.**') except NotImplementedError: skip("user management not supported in this version of managesf") self.logout() url = config.GATEWAY_URL + "/dashboard/" quoted_url = urllib2.quote(url, safe='') response = self.login('Flea', 'RHCP', quoted_url) self.assertEqual(url, response.url) @skipIfServiceMissing('SFRedmine') def test_nonmember_backlog_permissions(self): """Make sure project non members can see the backlog and add stories""" # default value, skip gracefully if it cannot be found try: non_member_role = self.rm.r.role.get(1) assert non_member_role.name == 'Non member' except: self.skipTest("Could not fetch non-member permissions") self.assertTrue('view_master_backlog' in non_member_role.permissions) self.assertTrue('create_stories' in non_member_role.permissions) def test_delete_user_in_backends_by_username(self): """ Delete a user previously registered user by username """ # first, create a user and register it with services try: self.msu.create_user('bootsy', 'collins', '*****@*****.**') except NotImplementedError: skip("user management not supported in this version of managesf") self.logout() self.login('bootsy', 'collins', config.GATEWAY_URL) # make sure user is in redmine and gerrit self.assertEqual('*****@*****.**', self.gu.get_account('bootsy').get('email')) if is_present("SFRedmine"): users = self.rm.r.user.filter(limit=20) users = [u for u in users if u.firstname == 'bootsy'] self.assertEqual(1, len(users)) user = users[0] self.assertEqual('*****@*****.**', user.mail) # now suppress it del_url = config.GATEWAY_URL + 'manage/services_users/?username=bootsy' # try with a a non-admin user, it should not work ... auth_cookie = get_cookie(config.GATEWAY_HOST, 'user5', config.ADMIN_PASSWORD) d = requests.delete(del_url, cookies={'auth_pubtkt': auth_cookie}) self.assertEqual(401, int(d.status_code)) # try with an admin ... auth_cookie = config.USERS[config.ADMIN_USER]['auth_cookie'] d = requests.delete(del_url, cookies={'auth_pubtkt': auth_cookie}) self.assertTrue(int(d.status_code) < 400, d.status_code) # make sure the user does not exist anymore self.assertEqual(False, self.gu.get_account('bootsy')) if is_present("SFRedmine"): users = self.rm.r.user.filter(limit=20) self.assertEqual( 0, len([u for u in users if u.firstname == 'bootsy'])) def test_delete_user_in_backends_by_email(self): """ Delete a user previously registered user by email """ # first, create a user and register it with services try: self.msu.create_user('josh', 'homme', '*****@*****.**') except NotImplementedError: skip("user management not supported in this version of managesf") self.logout() self.login('josh', 'homme', config.GATEWAY_URL) # make sure user is in redmine and gerrit self.assertEqual('*****@*****.**', self.gu.get_account('josh').get('email')) if is_present("SFRedmine"): users = self.rm.r.user.filter(limit=20) users = [u for u in users if u.firstname == 'josh'] self.assertEqual(1, len(users)) user = users[0] self.assertEqual('*****@*****.**', user.mail) # now suppress it del_url = config.GATEWAY_URL +\ 'manage/services_users/[email protected]' auth_cookie = config.USERS[config.ADMIN_USER]['auth_cookie'] d = requests.delete(del_url, cookies={'auth_pubtkt': auth_cookie}) self.assertTrue(int(d.status_code) < 400, d.status_code) # make sure the user does not exist anymore self.assertEqual(False, self.gu.get_account('josh')) if is_present("SFRedmine"): users = self.rm.r.user.filter(limit=20) self.assertEqual(0, len([u for u in users if u.firstname == 'josh'])) def test_delete_in_backend_and_recreate(self): """Make sure we can recreate a user but as a different one""" # first, create a user and register it with services try: self.msu.create_user('freddie', 'mercury', '*****@*****.**') except NotImplementedError: skip("user management not supported in this version of managesf") self.logout() self.login('freddie', 'mercury', config.GATEWAY_URL) gerrit_id = self.gu.get_account('freddie').get('_account_id') if is_present("SFRedmine"): users = self.rm.r.user.filter(limit=20) user = [u for u in users if u.firstname == 'freddie'][0] redmine_id = user.id del_url = config.GATEWAY_URL +\ 'manage/services_users/[email protected]' auth_cookie = config.USERS[config.ADMIN_USER]['auth_cookie'] d = requests.delete(del_url, cookies={'auth_pubtkt': auth_cookie}) self.assertTrue(int(d.status_code) < 400, d.status_code) self.assertEqual(False, self.gu.get_account('freddie')) if is_present("SFRedmine"): users = self.rm.r.user.filter(limit=20) self.assertEqual( 0, len([u for u in users if u.firstname == 'freddie'])) # recreate the user in the backends time.sleep(5) self.logout() self.login('freddie', 'mercury', config.GATEWAY_URL) new_gerrit_id = self.gu.get_account('freddie').get('_account_id') self.assertTrue(gerrit_id != new_gerrit_id) if is_present("SFRedmine"): users = self.rm.r.user.filter(limit=20) user = [u for u in users if u.firstname == 'freddie'][0] new_redmine_id = user.id self.assertTrue(redmine_id != new_redmine_id)
class TestProjectMembership(Base): """ Functional tests that validate adding or deleting users to project groups using managesf. """ @classmethod def setUpClass(cls): cls.msu = ManageSfUtils(config.GATEWAY_URL) @classmethod def tearDownClass(cls): pass def setUp(self): self.projects = [] self.rm = RedmineUtils( config.GATEWAY_URL + "/redmine/", auth_cookie=config.USERS[config.ADMIN_USER]["auth_cookie"] ) self.gu = GerritUtils(config.GATEWAY_URL, auth_cookie=config.USERS[config.ADMIN_USER]["auth_cookie"]) def tearDown(self): for name in self.projects: self.msu.deleteProject(name, config.ADMIN_USER) def create_project(self, name, user, options=None): self.msu.createProject(name, user, options) self.projects.append(name) def test_admin_manage_project_members(self): """ Test admin can add and delete users from all project groups """ pname = "p_%s" % create_random_str() self.create_project(pname, config.ADMIN_USER) # Gerrit part self.assertTrue(self.gu.project_exists(pname)) self.assertTrue(self.gu.group_exists("%s-ptl" % pname)) self.assertTrue(self.gu.group_exists("%s-core" % pname)) groups = "ptl-group core-group" # Add user2 to ptl and core groups self.msu.addUsertoProjectGroups(config.ADMIN_USER, pname, config.USER_2, groups) # Test if user2 exists in ptl and core groups self.assertTrue(self.gu.member_in_group(config.USER_2, "%s-ptl" % pname)) self.assertTrue(self.gu.member_in_group(config.USER_2, "%s-core" % pname)) # Redmine part self.assertTrue(self.rm.check_user_role(pname, config.USER_2, "Manager")) self.assertTrue(self.rm.check_user_role(pname, config.USER_2, "Developer")) # Delete user2 from project groups self.msu.deleteUserFromProjectGroups(config.ADMIN_USER, pname, config.USER_2) # Test if user exists in ptl and core groups self.assertFalse(self.gu.member_in_group(config.USER_2, "%s-ptl" % pname)) self.assertFalse(self.gu.member_in_group(config.USER_2, "%s-core" % pname)) # Redmine part self.assertFalse(self.rm.check_user_role(pname, config.USER_2, "Manager")) self.assertFalse(self.rm.check_user_role(pname, config.USER_2, "Developer")) def test_ptl_manage_project_members(self): """ Test ptl can add and delete users from all project groups """ # Let user2 create the project, so he will be ptl for this project pname = "p_%s" % create_random_str() self.create_project(pname, config.USER_2) # Gerrit part self.assertTrue(self.gu.project_exists(pname)) self.assertTrue(self.gu.group_exists("%s-ptl" % pname)) self.assertTrue(self.gu.group_exists("%s-core" % pname)) groups = "ptl-group core-group" # ptl should be ale to add users to all groups # so user2 should be able to add user3 to ptl and core groups self.msu.addUsertoProjectGroups(config.USER_2, pname, config.USER_3, groups) # Test if user3 exists in ptl and core groups self.assertTrue(self.gu.member_in_group(config.USER_3, "%s-ptl" % pname)) self.assertTrue(self.gu.member_in_group(config.USER_3, "%s-core" % pname)) # Redmine part self.assertTrue(self.rm.check_user_role(pname, config.USER_3, "Manager")) self.assertTrue(self.rm.check_user_role(pname, config.USER_3, "Developer")) # ptl should be able to remove users from all groups self.msu.deleteUserFromProjectGroups(config.USER_2, pname, config.USER_3) # user3 shouldn't exist in any group self.assertFalse(self.gu.member_in_group(config.USER_3, "%s-ptl" % pname)) self.assertFalse(self.gu.member_in_group(config.USER_3, "%s-core" % pname)) # Redmine part self.assertFalse(self.rm.check_user_role(pname, config.USER_3, "Manager")) self.assertFalse(self.rm.check_user_role(pname, config.USER_3, "Developer")) def test_core_manage_project_members(self): """ Test core can add and delete users to core group """ # let admin create the project pname = "p_%s" % create_random_str() self.create_project(pname, config.ADMIN_USER) # Gerrit part self.assertTrue(self.gu.project_exists(pname)) self.assertTrue(self.gu.group_exists("%s-ptl" % pname)) self.assertTrue(self.gu.group_exists("%s-core" % pname)) groups = "core-group" # Add user2 as core user self.msu.addUsertoProjectGroups(config.ADMIN_USER, pname, config.USER_2, groups) # Test if user2 exists in core group self.assertTrue(self.gu.member_in_group(config.USER_2, "%s-core" % pname)) # Redmine part self.assertTrue(self.rm.check_user_role(pname, config.USER_2, "Developer")) groups = "core-group" # core should be ale to add users to only core group and not ptl group # so user2 should be able to add user3 to only core group and not # ptl group self.msu.addUsertoProjectGroups(config.USER_2, pname, config.USER_3, groups) # user3 should exist in core group self.assertTrue(self.gu.member_in_group(config.USER_3, "%s-core" % pname)) # Redmine part self.assertTrue(self.rm.check_user_role(pname, config.USER_3, "Developer")) groups = "ptl-group" # core should not be allowed to add users to ptl group # so user2 should not be able to add user3 to ptl group self.msu.addUsertoProjectGroups(config.USER_2, pname, config.USER_3, groups) # user3 shouldn't exist in ptl group self.assertFalse(self.gu.member_in_group(config.USER_3, "%s-ptl" % pname)) # Redmine part self.assertFalse(self.rm.check_user_role(pname, config.USER_3, "Manager")) # core should be able to remove users from core group group = "core-group" self.msu.deleteUserFromProjectGroups(config.USER_2, pname, config.USER_3, group) # user3 shouldn't exist in core group self.assertFalse(self.gu.member_in_group(config.USER_3, "%s-core" % pname)) # Redmine part self.assertFalse(self.rm.check_user_role(pname, config.USER_3, "Developer")) def test_non_member_manage_project_members(self): """ Test non project members can add and delete users to core group """ # Let admin create the project pname = "p_%s" % create_random_str() self.create_project(pname, config.ADMIN_USER) # Gerrit part self.assertTrue(self.gu.project_exists(pname)) self.assertTrue(self.gu.group_exists("%s-ptl" % pname)) self.assertTrue(self.gu.group_exists("%s-core" % pname)) # non project meber can't add user to core group # user2 can't add user3 to core group groups = "core-group" self.msu.addUsertoProjectGroups(config.USER_2, pname, config.USER_3, groups) # user3 shouldn't exist in core group self.assertFalse(self.gu.member_in_group(config.USER_3, "%s-core" % pname)) # Redmine part self.assertFalse(self.rm.check_user_role(pname, config.USER_3, "Developer")) groups = "ptl-group" # non project meber can't add usr to ptl group # user2 can't add user3 to ptl group self.msu.addUsertoProjectGroups(config.USER_2, pname, config.USER_3, groups) # user3 shouldn't exist in ptl group self.assertFalse(self.gu.member_in_group(config.USER_3, "%s-ptl" % pname)) # Redmine part self.assertFalse(self.rm.check_user_role(pname, config.USER_3, "Manager")) # non project meber can't delete usr from any group. # Let admin add user3 to ptl and core groups, # then try to remove user3 from ptl and core groups by # user2 (i.e non member user) groups = "ptl-group core-group" self.msu.addUsertoProjectGroups(config.ADMIN_USER, pname, config.USER_3, groups) # non-admin user(user2) can't remove users from project groups self.msu.deleteUserFromProjectGroups(config.USER_2, pname, config.USER_3) # user3 should exist in ptl and core group self.assertTrue(self.gu.member_in_group(config.USER_3, "%s-ptl" % pname)) self.assertTrue(self.gu.member_in_group(config.USER_3, "%s-core" % pname)) # Redmine part self.assertTrue(self.rm.check_user_role(pname, config.USER_3, "Manager")) self.assertTrue(self.rm.check_user_role(pname, config.USER_3, "Developer")) def test_manage_project_members_for_dev_group(self): """ Add and Delete users from dev group by admin, ptl, core, dev and non members """ pname = "p_%s" % create_random_str() options = {"private": ""} self.create_project(pname, config.ADMIN_USER, options=options) # Gerrit part self.assertTrue(self.gu.project_exists(pname)) self.assertTrue(self.gu.group_exists("%s-ptl" % pname)) self.assertTrue(self.gu.group_exists("%s-core" % pname)) self.assertTrue(self.gu.group_exists("%s-dev" % pname)) self.assertTrue(self.gu.member_in_group(config.ADMIN_USER, "%s-dev" % pname)) # Redmine part self.assertTrue(self.rm.project_exists(pname)) self.assertTrue(self.rm.check_user_role(pname, config.ADMIN_USER, "Developer")) # Admin should add user to dev group groups = "dev-group" self.msu.addUsertoProjectGroups(config.ADMIN_USER, pname, config.USER_3, groups) # Test if user3 exists in dev group self.assertTrue(self.gu.member_in_group(config.USER_3, "%s-dev" % pname)) # Redmine part self.assertTrue(self.rm.check_user_role(pname, config.USER_3, "Developer")) # admin should be able to remove users from dev group self.msu.deleteUserFromProjectGroups(config.ADMIN_USER, pname, config.USER_3) # user3 shouldn't exist in dev group self.assertFalse(self.gu.member_in_group(config.USER_3, "%s-dev" % pname)) # Redmine part self.assertFalse(self.rm.check_user_role(pname, config.USER_3, "Developer")) # ptl should add user to dev group # let admin add user2 as ptl groups = "ptl-group" self.msu.addUsertoProjectGroups(config.ADMIN_USER, pname, config.USER_2, groups) groups = "dev-group" self.msu.addUsertoProjectGroups(config.USER_2, pname, config.USER_3, groups) # Test if user3 exists in dev group self.assertTrue(self.gu.member_in_group(config.USER_3, "%s-dev" % pname)) # Redmine part self.assertTrue(self.rm.check_user_role(pname, config.USER_3, "Developer")) # ptl should be able to remove users from dev group self.msu.deleteUserFromProjectGroups(config.USER_2, pname, config.USER_3) # user3 shouldn't exist in dev group self.assertFalse(self.gu.member_in_group(config.USER_3, "%s-dev" % pname)) # Redmine part self.assertFalse(self.rm.check_user_role(pname, config.USER_3, "Developer")) # Remove user2 as ptl self.msu.deleteUserFromProjectGroups(config.ADMIN_USER, pname, config.USER_2) # core should add user to dev group # let admin add user2 as core groups = "core-group" self.msu.addUsertoProjectGroups(config.ADMIN_USER, pname, config.USER_2, groups) groups = "dev-group" self.msu.addUsertoProjectGroups(config.USER_2, pname, config.USER_3, groups) # Test if user3 exists in dev group self.assertTrue(self.gu.member_in_group(config.USER_3, "%s-dev" % pname)) # Redmine part self.assertTrue(self.rm.check_user_role(pname, config.USER_3, "Developer")) # core should be able to remove users from dev group group = "dev-group" self.msu.deleteUserFromProjectGroups(config.USER_2, pname, config.USER_3, group) # user3 shouldn't exist in dev group self.assertFalse(self.gu.member_in_group(config.USER_3, "%s-dev" % pname)) # Redmine part self.assertFalse(self.rm.check_user_role(pname, config.USER_3, "Developer")) # Remove user2 as core self.msu.deleteUserFromProjectGroups(config.ADMIN_USER, pname, config.USER_2) # let admin add user2 as developer groups = "dev-group" self.msu.addUsertoProjectGroups(config.ADMIN_USER, pname, config.USER_2, groups) # dev user should be able to add a new user to dev group groups = "dev-group" self.msu.addUsertoProjectGroups(config.USER_2, pname, config.USER_3, groups) # Test if user3 exists in dev group self.assertTrue(self.gu.member_in_group(config.USER_3, "%s-dev" % pname)) # Redmine part self.assertTrue(self.rm.check_user_role(pname, config.USER_3, "Developer")) # developer should be able to remove users from dev group group = "dev-group" self.msu.deleteUserFromProjectGroups(config.USER_2, pname, config.USER_3, group) # user3 shouldn't exist in dev group self.assertFalse(self.gu.member_in_group(config.USER_3, "%s-dev" % pname)) # Redmine part self.assertFalse(self.rm.check_user_role(pname, config.USER_3, "Developer")) # Remove user2 ifrom dev group self.msu.deleteUserFromProjectGroups(config.ADMIN_USER, pname, config.USER_2)
class TestGerritHooks(Base): """ Functional tests that validate Gerrit hooks. """ @classmethod def setUpClass(cls): cls.msu = ManageSfUtils(config.GATEWAY_URL) @classmethod def tearDownClass(cls): pass def setUp(self): self.projects = [] self.dirs_to_delete = [] self.issues = [] self.u = config.ADMIN_USER self.u2 = config.USER_2 self.rm = RedmineUtils( config.GATEWAY_URL + "/redmine/", auth_cookie=config.USERS[config.ADMIN_USER]['auth_cookie']) self.gu = GerritUtils(config.GATEWAY_URL, auth_cookie=config.USERS[self.u]['auth_cookie']) self.gu2 = GerritUtils( config.GATEWAY_URL, auth_cookie=config.USERS[self.u2]['auth_cookie']) self.gu.add_pubkey(config.USERS[self.u]["pubkey"]) priv_key_path = set_private_key(config.USERS[self.u]["privkey"]) self.gitu = GerritGitUtils(self.u, priv_key_path, config.USERS[self.u]['email']) def tearDown(self): for issue in self.issues: self.rm.delete_issue(issue) for name in self.projects: self.msu.deleteProject(name, self.u) for dirs in self.dirs_to_delete: shutil.rmtree(dirs) def create_project(self, name, user, options=None): self.msu.createProject(name, user, options) self.projects.append(name) def _test_update_issue_hooks(self, comment_template, status): """ A referenced issue in commit msg triggers the hook """ pname = 'p_%s' % create_random_str() # Be sure the project does not exist self.msu.deleteProject(pname, self.u) # Create the project self.create_project(pname, self.u) # Put USER_2 as core for the project self.gu.add_group_member(self.u2, "%s-core" % pname) # Create an issue on the project issue_id = self.rm.create_issue(pname, "There is a problem") # Clone and commit something url = "ssh://%s@%s:29418/%s" % (self.u, config.GATEWAY_HOST, pname) clone_dir = self.gitu.clone(url, pname) cmt_msg = comment_template % issue_id self.gitu.add_commit_and_publish(clone_dir, 'master', cmt_msg) # Check issue status (Gerrit hook updates the issue to in progress) attempt = 0 while True: if self.rm.test_issue_status(issue_id, 'In Progress'): break if attempt > 10: break time.sleep(1) attempt += 1 self.assertTrue(self.rm.test_issue_status(issue_id, 'In Progress')) self._test_merging(pname, issue_id, status) def _test_merging(self, pname, issue_id, status): # Get the change id and merge the patch change_ids = self.gu.get_my_changes_for_project(pname) self.assertGreater(len(change_ids), 0) change_id = change_ids[0] self.gu.submit_change_note(change_id, "current", "Code-Review", "2") self.gu.submit_change_note(change_id, "current", "Workflow", "1") self.gu.submit_change_note(change_id, "current", "Verified", "2") self.gu2.submit_change_note(change_id, "current", "Code-Review", "2") self.assertTrue(self.gu.submit_patch(change_id, "current")) # Check issue status (Gerrit hook updates the issue to in progress) attempt = 0 while True: if self.rm.test_issue_status(issue_id, status): break if attempt > 10: break time.sleep(1) attempt += 1 self.assertTrue(self.rm.test_issue_status(issue_id, status)) def test_gerrit_hook(self): """test various commit messages triggering a hook""" for template, final_status in TEST_MSGS: self._test_update_issue_hooks(template, final_status)
class TestProjectReplication(Base): """ Functional tests to verify the gerrit replication feature """ def setUp(self): super(TestProjectReplication, self).setUp() self.ru = ResourcesUtils() self.un = config.ADMIN_USER self.ju = JenkinsUtils() self.gu = GerritUtils(config.GATEWAY_URL, auth_cookie=config.USERS[self.un]['auth_cookie']) self.gu2 = GerritUtils( config.GATEWAY_URL, auth_cookie=config.USERS[config.USER_2]['auth_cookie']) self.k_idx = self.gu2.add_pubkey(config.USERS[config.USER_2]["pubkey"]) priv_key_path = set_private_key(config.USERS[self.un]["privkey"]) self.gitu_admin = GerritGitUtils(self.un, priv_key_path, config.USERS[self.un]['email']) # Prepare environment for git clone on mirror repo self.mt = Tool() self.mt_tempdir = tempfile.mkdtemp() # Copy the service private key in a flat file priv_key = file(config.SERVICE_PRIV_KEY_PATH, 'r').read() priv_key_path = os.path.join(self.mt_tempdir, 'user.priv') file(priv_key_path, 'w').write(priv_key) os.chmod(priv_key_path, stat.S_IREAD | stat.S_IWRITE) # Prepare the ssh wrapper script ssh_wrapper = "ssh -o StrictHostKeyChecking=no -i %s \"$@\"" % ( priv_key_path) wrapper_path = os.path.join(self.mt_tempdir, 'ssh_wrapper.sh') file(wrapper_path, 'w').write(ssh_wrapper) os.chmod(wrapper_path, stat.S_IRWXU) # Set the wrapper as GIT_SSH env variable self.mt.env['GIT_SSH'] = wrapper_path self.config_clone_dir = None # Project we are going to configure the replication for self.pname = 'test/replication' # Remove artifacts of previous run if any self.delete_config_section(self.un, self.pname) self.delete_mirror_repo(self.pname) def tearDown(self): super(TestProjectReplication, self).tearDown() self.delete_config_section(self.un, self.pname) self.delete_mirror_repo(self.pname) self.ru.direct_delete_repo(self.pname) self.gu2.del_pubkey(self.k_idx) def clone(self, uri, target): self.assertTrue(uri.startswith('ssh://')) cmd = "git clone %s %s" % (uri, target) clone = os.path.join(self.mt_tempdir, target) if os.path.isdir(clone): shutil.rmtree(clone) self.mt.exe(cmd, self.mt_tempdir) return clone def create_project(self, name): logger.info("Create repo to for testing replication %s" % name) self.ru.direct_create_repo(name) def ssh_run_cmd(self, sshkey_priv_path, user, host, subcmd): host = '%s@%s' % (user, host) sshcmd = [ 'ssh', '-o', 'LogLevel=ERROR', '-o', 'StrictHostKeyChecking=no', '-o', 'UserKnownHostsFile=/dev/null', '-i', sshkey_priv_path, host ] cmd = sshcmd + subcmd p = Popen(cmd, stdout=PIPE) return p.communicate(), p.returncode def delete_mirror_repo(self, name): logger.info("Delete mirror repo created by the replication") mirror_path = '/var/lib/gerrit/tmp/%s.git' % name cmd = [ 'ssh', 'gerrit.%s' % config.GATEWAY_HOST, 'rm', '-rf', mirror_path ] self.ssh_run_cmd(config.SERVICE_PRIV_KEY_PATH, 'root', config.GATEWAY_HOST, cmd) def create_config_section(self, project): logger.info("Add the replication config section") host = '%s@%s' % (config.GERRIT_USER, config.GATEWAY_HOST) mirror_repo_path = '/var/lib/gerrit/tmp/\${name}.git' url = '%s:%s' % (host, mirror_repo_path) path = os.path.join(self.config_clone_dir, 'gerrit/replication.config') call("git config -f %s --remove-section remote.test_project" % path, shell=True) call("git config -f %s --add remote.test_project.projects %s" % (path, project), shell=True) call("git config -f %s --add remote.test_project.url %s" % (path, url), shell=True) self.gitu_admin.add_commit_for_all_new_additions( self.config_clone_dir, "Add replication test section") # The direct push will trigger the config-update job # as we commit through 29418 change_sha = self.gitu_admin.direct_push_branch( self.config_clone_dir, 'master') logger.info("Waiting for config-update on %s" % change_sha) self.ju.wait_for_config_update(change_sha) cmd = [ 'ssh', 'gerrit.%s' % config.GATEWAY_HOST, 'grep', 'test_project', '/etc/gerrit/replication.config' ] logger.info("Wait for the replication config section to land") _, code = self.ssh_run_cmd(config.SERVICE_PRIV_KEY_PATH, 'root', config.GATEWAY_HOST, cmd) if code == 0: return raise Exception('replication.config file has not been updated (add)') def delete_config_section(self, user, project): logger.info("Remove the replication config section") url = "ssh://%s@%s:29418/config" % (self.un, config.GATEWAY_HOST) self.config_clone_dir = self.gitu_admin.clone(url, 'config', config_review=True) sha = open("%s/.git/refs/heads/master" % self.config_clone_dir).read().strip() path = os.path.join(self.config_clone_dir, 'gerrit/replication.config') call("git config -f %s --remove-section remote.test_project" % path, shell=True) change_sha = self.gitu_admin.add_commit_for_all_new_additions( self.config_clone_dir, "Remove replication test section") # The direct push will trigger the config-update job # as we commit through 29418 if change_sha == sha: # Nothing have been changed/Nothing to publish return change_sha = self.gitu_admin.direct_push_branch( self.config_clone_dir, 'master') logger.info("Waiting for config-update on %s" % change_sha) self.ju.wait_for_config_update(change_sha) cmd = [ 'ssh', 'gerrit.%s' % config.GATEWAY_HOST, 'grep', 'test_project', '/etc/gerrit/replication.config' ] _, code = self.ssh_run_cmd(config.SERVICE_PRIV_KEY_PATH, 'root', config.GATEWAY_HOST, cmd) if code != 0: return raise Exception('replication.config has not been updated (rm)') def mirror_clone_and_check_files(self, url, pname): for retry in xrange(50): clone = self.clone(url, pname) # clone may fail, as mirror repo is not yet ready(i.e gerrit not # yet replicated the project) if os.path.isdir(clone): logger.info("Files in the mirror repo: %s" % os.listdir(clone)) if os.path.isdir(clone) and \ os.path.isfile(os.path.join(clone, '.gitreview')): break else: time.sleep(3) self.assertTrue(os.path.exists(os.path.join(clone, '.gitreview'))) def test_replication(self): """ Test gerrit replication for review process """ # Create the project self.create_project(self.pname) # Be sure sftests.com host key is inside the known_hosts cmds = [[ 'ssh', 'gerrit.%s' % config.GATEWAY_HOST, 'ssh-keyscan', 'sftests.com', '>', '/var/lib/gerrit/.ssh/known_hosts' ]] for cmd in cmds: self.ssh_run_cmd(config.SERVICE_PRIV_KEY_PATH, 'root', config.GATEWAY_HOST, cmd) # Create new section for this project in replication.config self.create_config_section(self.pname) # Verify if gerrit replicated the repo self.managesf_repo_path = "ssh://%s@%s/var/lib/gerrit/tmp/" % ( 'root', config.GATEWAY_HOST) repo_url = self.managesf_repo_path + '%s.git' % self.pname logger.info("Wait for the replication to happen") self.mirror_clone_and_check_files(repo_url, self.pname)
class TestProjectTestsWorkflow(Base): """ Functional tests to verify the configuration of a project test """ @classmethod def setUpClass(cls): cls.msu = ManageSfUtils(config.GATEWAY_URL) cls.sample_project_dir = \ os.path.join(config.SF_TESTS_DIR, "sample_project/") @classmethod def tearDownClass(cls): pass def setUp(self): self.projects = [] self.dirs_to_delete = [] self.un = config.ADMIN_USER self.gu = GerritUtils( config.GATEWAY_URL, auth_cookie=config.USERS[self.un]['auth_cookie']) self.gu2 = GerritUtils( config.GATEWAY_URL, auth_cookie=config.USERS[config.USER_2]['auth_cookie']) self.ju = JenkinsUtils() self.gu.add_pubkey(config.USERS[self.un]["pubkey"]) priv_key_path = set_private_key(config.USERS[self.un]["privkey"]) self.gitu_admin = GerritGitUtils(self.un, priv_key_path, config.USERS[self.un]['email']) # Clone the config repo and make change to it # in order to test the new sample_project self.config_clone_dir = self.clone_as_admin("config") self.original_layout = file(os.path.join( self.config_clone_dir, "zuul/layout.yaml")).read() self.original_zuul_projects = file(os.path.join( self.config_clone_dir, "zuul/projects.yaml")).read() self.original_project = file(os.path.join( self.config_clone_dir, "jobs/projects.yaml")).read() # Put USER_2 as core for config project self.gu.add_group_member(config.USER_2, "config-core") def tearDown(self): self.restore_config_repo(self.original_layout, self.original_project, self.original_zuul_projects) for name in self.projects: self.msu.deleteProject(name, config.ADMIN_USER) for dirs in self.dirs_to_delete: shutil.rmtree(dirs) def assert_reviewer_approvals(self, change_id, value): approvals = {} for _ in range(90): approvals = self.gu.get_reviewer_approvals(change_id, 'jenkins') if approvals and approvals.get('Verified') == value: break time.sleep(1) self.assertEqual(value, approvals.get('Verified')) def clone_as_admin(self, pname): url = "ssh://%s@%s:29418/%s" % (self.un, config.GATEWAY_HOST, pname) clone_dir = self.gitu_admin.clone(url, pname) if os.path.dirname(clone_dir) not in self.dirs_to_delete: self.dirs_to_delete.append(os.path.dirname(clone_dir)) return clone_dir def restore_config_repo(self, layout, project, zuul): file(os.path.join( self.config_clone_dir, "zuul/layout.yaml"), 'w').write( layout) file(os.path.join( self.config_clone_dir, "zuul/projects.yaml"), 'w').write( zuul) file(os.path.join( self.config_clone_dir, "jobs/projects.yaml"), 'w').write( project) self.commit_direct_push_as_admin( self.config_clone_dir, "Restore layout.yaml and projects.yaml") def commit_direct_push_as_admin(self, clone_dir, msg): # Stage, commit and direct push the additions on master self.gitu_admin.add_commit_for_all_new_additions(clone_dir, msg) self.gitu_admin.direct_push_branch(clone_dir, 'master') def push_review_as_admin(self, clone_dir, msg): # Stage, commit and direct push the additions on master self.gitu_admin.add_commit_for_all_new_additions(clone_dir, msg) self.gitu_admin.review_push_branch(clone_dir, 'master') def create_project(self, name, user, options=None): self.msu.createProject(name, user, options) self.projects.append(name) def test_check_project_test_workflow(self): """ Validate new project to test via zuul layout.yaml """ # We want to create a project, provide project source # code with tests. We then configure zuul/jjb to handle the # run of the test cases. We then validate Gerrit has been # updated about the test results # We use the sample-project (that already exists) pname = 'test_workflow_%s' % create_random_str() # Be sure the project does not exist self.msu.deleteProject(pname, config.ADMIN_USER) # Create it self.create_project(pname, config.ADMIN_USER) # Add the sample-project to the empty repository clone_dir = self.clone_as_admin(pname) copytree(self.sample_project_dir, clone_dir) self.commit_direct_push_as_admin(clone_dir, "Add the sample project") # Change to config/zuul/layout.yaml and jobs/projects.yaml # in order to test the new project ycontent = file(os.path.join( self.config_clone_dir, "zuul/projects.yaml")).read() file(os.path.join( self.config_clone_dir, "zuul/projects.yaml"), 'w').write( ycontent.replace("zuul-demo", pname), ) ycontent2 = load(file(os.path.join( self.config_clone_dir, "jobs/projects.yaml")).read()) sp2 = copy.deepcopy( [p for p in ycontent2 if 'project' in p and p['project']['name'] == 'zuul-demo'][0]) sp2['project']['name'] = pname ycontent2.append(sp2) file(os.path.join( self.config_clone_dir, "jobs/projects.yaml"), 'w').write( dump(ycontent2)) # Retrieve the previous build number for config-check last_success_build_num_ch = \ self.ju.get_last_build_number("config-check", "lastSuccessfulBuild") # Retrieve the previous build number for config-update last_success_build_num_cu = \ self.ju.get_last_build_number("config-update", "lastSuccessfulBuild") # Send review (config-check) will be triggered self.push_review_as_admin( self.config_clone_dir, "Add config definition in Zuul/JJB config for %s" % pname) # Wait for config-check to finish and verify the success self.ju.wait_till_job_completes("config-check", last_success_build_num_ch, "lastSuccessfulBuild") last_build_num_ch, last_success_build_num_ch = 0, 1 attempt = 0 while last_build_num_ch != last_success_build_num_ch: if attempt >= 90: break time.sleep(1) last_build_num_ch = \ self.ju.get_last_build_number("config-check", "lastBuild") last_success_build_num_ch = \ self.ju.get_last_build_number("config-check", "lastSuccessfulBuild") attempt += 1 self.assertEqual(last_build_num_ch, last_success_build_num_ch) # let some time to Zuul to update the test result to Gerrit. time.sleep(2) # Get the change id change_ids = self.gu.get_my_changes_for_project("config") self.assertGreater(len(change_ids), 0) change_id = change_ids[0] # Check whether zuul sets verified to +1 after running the tests # let some time to Zuul to update the test result to Gerrit. self.assert_reviewer_approvals(change_id, '+1') # review the change self.gu2.submit_change_note(change_id, "current", "Code-Review", "2") self.gu2.submit_change_note(change_id, "current", "Workflow", "1") # now zuul processes gate pipeline and runs config-check job # Wait for config-check to finish and verify the success self.ju.wait_till_job_completes("config-check", last_success_build_num_ch, "lastSuccessfulBuild") last_build_num_ch, last_success_build_num_ch = 0, 1 attempt = 0 while last_build_num_ch != last_success_build_num_ch: if attempt >= 90: break time.sleep(1) last_build_num_ch = \ self.ju.get_last_build_number("config-check", "lastBuild") last_success_build_num_ch = \ self.ju.get_last_build_number("config-check", "lastSuccessfulBuild") attempt += 1 self.assertEqual(last_build_num_ch, last_success_build_num_ch) # Check whether zuul sets verified to +2 after running the tests # let some time to Zuul to update the test result to Gerrit. self.assert_reviewer_approvals(change_id, '+2') # verify whether zuul merged the patch change = self.gu.get_change('config', 'master', change_id) change_status = change['status'] attempt = 0 while change_status != 'MERGED': if attempt >= 90: break time.sleep(1) change = self.gu.get_change('config', 'master', change_id) change_status = change['status'] attempt += 1 self.assertEqual(change_status, 'MERGED') # Test post pipe line # as the patch is merged, post pieline should run config-update job # Wait for config-update to finish and verify the success self.ju.wait_till_job_completes("config-update", last_success_build_num_cu, "lastSuccessfulBuild") last_build_num_cu = \ self.ju.get_last_build_number("config-update", "lastBuild") last_success_build_num_cu = \ self.ju.get_last_build_number("config-update", "lastSuccessfulBuild") self.assertEqual(last_build_num_cu, last_success_build_num_cu) # Retrieve the prev build number for pname-unit-tests # Retrieve the prev build number for pname-functional-tests last_success_build_num_sp_ut = \ self.ju.get_last_build_number("%s-unit-tests" % pname, "lastSuccessfulBuild") last_success_build_num_sp_ft = \ self.ju.get_last_build_number("%s-functional-tests" % pname, "lastSuccessfulBuild") # Test config-update # config-update should have created jobs for pname # Trigger tests on pname # Send a review and check tests has been run self.gitu_admin.add_commit_and_publish( clone_dir, 'master', "Add useless file", self.un) # Wait for pname-unit-tests to finish and verify the success self.ju.wait_till_job_completes("%s-unit-tests" % pname, last_success_build_num_sp_ut, "lastSuccessfulBuild") # Wait for pname-functional-tests to end and check the success self.ju.wait_till_job_completes("%s-functional-tests" % pname, last_success_build_num_sp_ft, "lastSuccessfulBuild") # Check the unit tests succeed last_build_num_sp_ut = \ self.ju.get_last_build_number("%s-unit-tests" % pname, "lastBuild") last_success_build_num_sp_ut = \ self.ju.get_last_build_number("%s-unit-tests" % pname, "lastSuccessfulBuild") self.assertEqual(last_build_num_sp_ut, last_success_build_num_sp_ut) # Check the functional tests succeed last_build_num_sp_ft = \ self.ju.get_last_build_number("%s-functional-tests" % pname, "lastBuild") last_success_build_num_sp_ft = \ self.ju.get_last_build_number("%s-functional-tests" % pname, "lastSuccessfulBuild") self.assertEqual(last_build_num_sp_ft, last_success_build_num_sp_ft) # Get the change id change_ids = self.gu.get_my_changes_for_project(pname) self.assertGreater(len(change_ids), 0) change_id = change_ids[0] # let some time to Zuul to update the test result to Gerrit. for i in range(90): if "jenkins" in self.gu.get_reviewers(change_id): break time.sleep(1) self.assert_reviewer_approvals(change_id, '+1')
class TestUserdata(Base): @classmethod def setUpClass(cls): cls.msu = ManageSfUtils(config.GATEWAY_URL) @classmethod def tearDownClass(cls): pass def setUp(self): self.projects = [] self.rm = RedmineUtils( config.GATEWAY_URL + "/redmine/", auth_cookie=config.USERS[config.ADMIN_USER]['auth_cookie']) self.gu = GerritUtils( config.GATEWAY_URL, auth_cookie=config.USERS[config.ADMIN_USER]['auth_cookie']) def tearDown(self): for name in self.projects: self.msu.deleteProject(name, config.ADMIN_USER) def create_project(self, name, user, options=None, cookie=None): self.msu.createProject(name, user, options, cookie) self.projects.append(name) def verify_userdata_gerrit(self, login): # Now check that the correct data was stored in Gerrit data = self.gu.get_account(login) self.assertEqual(config.USERS[login]['lastname'], data.get('name')) self.assertEqual(config.USERS[login]['email'], data.get('email')) def verify_userdata_redmine(self, login): users = self.rm.r.user.filter(limit=10) user = [u for u in users if u.firstname == login][0] self.assertEqual(config.USERS[login]['lastname'], user.lastname) self.assertEqual(config.USERS[login]['email'], user.mail) def logout(self): url = config.GATEWAY_URL + '/auth/logout/' requests.get(url) def login(self, username, password, redirect='/'): url = config.GATEWAY_URL + "/auth/login" data = {'username': username, 'password': password, 'back': redirect} return requests.post(url, data=data) def test_login_redirect_to_jenkins(self): """ Verify the user creation and the login """ self.logout() url = config.GATEWAY_URL + "jenkins/" quoted_url = urllib2.quote(url, safe='') response = self.login('user5', config.ADMIN_PASSWORD, quoted_url) self.assertEqual(url, response.url) # verify if user is created in gerrit and redmine self.verify_userdata_gerrit('user5') self.verify_userdata_redmine('user5') def test_login_redirect_to_redmine(self): """ Verify the redirect to redmine project page """ self.logout() url = config.GATEWAY_URL + "redmine/projects" quoted_url = urllib2.quote(url, safe='') response = self.login('user5', config.ADMIN_PASSWORD, quoted_url) self.assertEqual(url, response.url) # verify if user is created in gerrit and redmine self.verify_userdata_gerrit('user5') self.verify_userdata_redmine('user5') def test_invalid_user_login(self): """ Try to login with an invalid user """ self.logout() response = self.login('toto', 'nopass', '/') self.assertEqual(response.status_code, 401) def test_hook_user_login(self): """ Functional test when trying to login with service user """ self.logout() response = self.login(config.HOOK_USER, config.HOOK_USER_PASSWORD, '/') self.assertTrue(response.status_code < 400) def test_create_local_user_and_login(self): """ Try to create a local user then login """ try: self.msu.create_user('Flea', 'RHCP', '*****@*****.**') except NotImplementedError: skip("user management not supported in this version of managesf") self.logout() url = config.GATEWAY_URL + "redmine/projects" quoted_url = urllib2.quote(url, safe='') response = self.login('Flea', 'RHCP', quoted_url) self.assertEqual(url, response.url) def test_nonmember_backlog_permissions(self): """Make sure project non members can see the backlog and add stories""" # default value, skip gracefully if it cannot be found try: non_member_role = self.rm.r.role.get(1) assert non_member_role.name == 'Non member' except: self.skipTest("Could not fetch non-member permissions") self.assertTrue('view_master_backlog' in non_member_role.permissions) self.assertTrue('create_stories' in non_member_role.permissions)
def test_check_add_automatic_reviewers(self): """ Test if reviewers-by-blame plugin works """ pname = 'p_%s' % create_random_str() u2mail = config.USERS[config.USER_2]['email'] options = {'core-group': u2mail} self.create_project(pname, options) first_u = config.ADMIN_USER gu_first_u = GerritUtils( config.GATEWAY_URL, auth_cookie=config.USERS[first_u]['auth_cookie']) self.assertTrue(gu_first_u.project_exists(pname)) # Push data in the create project as Admin user k1_index = gu_first_u.add_pubkey(config.USERS[first_u]["pubkey"]) priv_key_path = set_private_key(config.USERS[first_u]["privkey"]) gitu = GerritGitUtils(first_u, priv_key_path, config.USERS[first_u]['email']) url = "ssh://%s@%s:29418/%s" % (first_u, config.GATEWAY_HOST, pname) clone_dir = gitu.clone(url, pname) self.dirs_to_delete.append(os.path.dirname(clone_dir)) data = ['this', 'is', 'a', 'couple', 'of', 'lines'] clone_dir = gitu.clone(url, pname) file(os.path.join(clone_dir, "file"), 'w').write("\n".join(data)) gitu.add_commit_and_publish(clone_dir, "master", "Test commit", fnames=["file"]) # Get the change id change_ids = gu_first_u.get_my_changes_for_project(pname) self.assertEqual(len(change_ids), 1) change_id = change_ids[0] # Merge the change gu_first_u.submit_change_note(change_id, "current", "Code-Review", "2") gu_first_u.submit_change_note(change_id, "current", "Verified", "2") gu_first_u.submit_change_note(change_id, "current", "Workflow", "1") second_u = config.USER_2 gu_second_u = GerritUtils( config.GATEWAY_URL, auth_cookie=config.USERS[second_u]['auth_cookie']) self.assertTrue(gu_first_u.submit_patch(change_id, "current")) # Change the file we have commited with Admin user k2_index = gu_second_u.add_pubkey(config.USERS[second_u]["pubkey"]) priv_key_path = set_private_key(config.USERS[second_u]["privkey"]) gitu = GerritGitUtils(second_u, priv_key_path, config.USERS[second_u]['email']) url = "ssh://%s@%s:29418/%s" % (second_u, config.GATEWAY_HOST, pname) clone_dir = gitu.clone(url, pname) self.dirs_to_delete.append(os.path.dirname(clone_dir)) data = ['this', 'is', 'some', 'lines'] file(os.path.join(clone_dir, "file"), 'w').write("\n".join(data)) gitu.add_commit_and_publish(clone_dir, "master", "Test commit", fnames=["file"]) # Get the change id change_ids = gu_second_u.get_my_changes_for_project(pname) self.assertEqual(len(change_ids), 1) change_id = change_ids[0] # Verify first_u has been automatically added to reviewers attempts = 0 while True: if len(gu_second_u.get_reviewers(change_id)) > 0 or attempts >= 3: break attempts += 1 time.sleep(1) reviewers = gu_second_u.get_reviewers(change_id) self.assertGreaterEqual(len(reviewers), 1) self.assertTrue(first_u in reviewers) gu_first_u.del_pubkey(k1_index) gu_second_u.del_pubkey(k2_index)
def test_check_download_commands(self): """ Test if download commands plugin works """ pname = 'p_%s' % create_random_str() self.create_project(pname) un = config.ADMIN_USER gu = GerritUtils( config.GATEWAY_URL, auth_cookie=config.USERS[un]['auth_cookie']) self.assertTrue(gu.project_exists(pname)) k_index = gu.add_pubkey(config.USERS[un]["pubkey"]) priv_key_path = set_private_key(config.USERS[un]["privkey"]) gitu = GerritGitUtils(un, priv_key_path, config.USERS[un]['email']) url = "ssh://%s@%s:29418/%s" % (un, config.GATEWAY_HOST, pname) clone_dir = gitu.clone(url, pname) self.dirs_to_delete.append(os.path.dirname(clone_dir)) gitu.add_commit_and_publish(clone_dir, "master", "Test commit") change_ids = gu.get_my_changes_for_project(pname) self.assertEqual(len(change_ids), 1) change_id = change_ids[0] resp = gu.get_change_last_patchset(change_id) self.assertIn("current_revision", resp) self.assertIn("revisions", resp) current_rev = resp["current_revision"] fetch = resp["revisions"][current_rev]["fetch"] self.assertGreater(fetch.keys(), 0) # disable and check if the fetch has anything gu.e_d_plugin("download-commands", 'disable') resp = gu.get_change_last_patchset(change_id) fetch = resp["revisions"][current_rev]["fetch"] self.assertEqual(len(fetch.keys()), 0) # enable the plugin and check if the fetch information is valid gu.e_d_plugin("download-commands", 'enable') resp = gu.get_change_last_patchset(change_id) fetch = resp["revisions"][current_rev]["fetch"] self.assertGreater(len(fetch.keys()), 0) gu.del_pubkey(k_index)
class TestUserdata(Base): @classmethod def setUpClass(cls): cls.msu = ManageSfUtils(config.GATEWAY_URL) @classmethod def tearDownClass(cls): pass def setUp(self): self.projects = [] self.rm = get_issue_tracker_utils( auth_cookie=config.USERS[config.ADMIN_USER]['auth_cookie']) self.gu = GerritUtils( config.GATEWAY_URL, auth_cookie=config.USERS[config.ADMIN_USER]['auth_cookie']) def tearDown(self): for name in self.projects: self.msu.deleteProject(name, config.ADMIN_USER) def create_project(self, name, user, options=None, cookie=None): self.msu.createProject(name, user, options, cookie) self.projects.append(name) def verify_userdata_gerrit(self, login): # Now check that the correct data was stored in Gerrit data = self.gu.get_account(login) self.assertEqual(config.USERS[login]['lastname'], data.get('name')) self.assertEqual(config.USERS[login]['email'], data.get('email')) def verify_userdata_issue_tracker(self, login): users = self.rm.active_users() user = [u for u in users if u[0] == login][0] self.assertEqual(login + " " + config.USERS[login]['lastname'], user[2]) self.assertEqual(config.USERS[login]['email'], user[1]) def logout(self): url = config.GATEWAY_URL + '/auth/logout/' requests.get(url) def login(self, username, password, redirect='/'): url = config.GATEWAY_URL + "/auth/login" data = {'username': username, 'password': password, 'back': redirect} return requests.post(url, data=data) def test_login_redirect_to_jenkins(self): """ Verify the user creation and the login """ self.logout() url = config.GATEWAY_URL + "/jenkins/" quoted_url = urllib2.quote(url, safe='') response = self.login('user5', config.ADMIN_PASSWORD, quoted_url) self.assertEqual(url, response.url) # verify if user is created in gerrit and tracker self.verify_userdata_gerrit('user5') if has_issue_tracker(): self.verify_userdata_issue_tracker('user5') @skipIfIssueTrackerMissing() def test_login_redirect_to_issue_tracker(self): """ Verify the redirect to tracker project page """ self.logout() url = self.rm.get_sf_projects_url() quoted_url = urllib2.quote(url, safe='') response = self.login('user5', config.ADMIN_PASSWORD, quoted_url) self.assertEqual(url, response.url) # verify if user is created in gerrit and issue tracker self.verify_userdata_gerrit('user5') self.verify_userdata_issue_tracker('user5') def test_invalid_user_login(self): """ Try to login with an invalid user """ self.logout() response = self.login('toto', 'nopass', '/') self.assertEqual(response.status_code, 401) def test_hook_user_login(self): """ Functional test when trying to login with service user """ self.logout() response = self.login(config.HOOK_USER, config.HOOK_USER_PASSWORD, '/') self.assertTrue(response.status_code < 400) def test_create_local_user_and_login(self): """ Try to create a local user then login """ try: self.msu.create_user('Flea', 'RHCP', '*****@*****.**') except NotImplementedError: skip("user management not supported in this version of managesf") self.logout() url = config.GATEWAY_URL + "/dashboard/" quoted_url = urllib2.quote(url, safe='') response = self.login('Flea', 'RHCP', quoted_url) self.assertEqual(url, response.url) @skipIfIssueTrackerMissing() def test_nonmember_backlog_permissions(self): """Make sure project non members can see the backlog and add stories""" # default value, skip gracefully if it cannot be found try: non_member_role = self.rm.get_role(1) assert non_member_role.name == 'Non member' except: self.skipTest("Could not fetch non-member permissions") self.assertTrue('view_master_backlog' in non_member_role.permissions) self.assertTrue('create_stories' in non_member_role.permissions) def test_delete_user_in_backends_by_username(self): """ Delete a user previously registered user by username """ # first, create a user and register it with services try: self.msu.create_user('bootsy', 'collins', '*****@*****.**') except NotImplementedError: skip("user management not supported in this version of managesf") self.logout() self.login('bootsy', 'collins', config.GATEWAY_URL) # make sure user is in redmine and gerrit self.assertEqual('*****@*****.**', self.gu.get_account('bootsy').get('email')) if has_issue_tracker(): users = self.rm.active_users() users = [u for u in users if u[0] == 'bootsy'] self.assertEqual(1, len(users)) user = users[0] self.assertEqual('*****@*****.**', user[1]) # now suppress it del_url = config.GATEWAY_URL +\ '/manage/services_users/?username=bootsy' # try with a a non-admin user, it should not work ... auth_cookie = get_cookie(config.GATEWAY_HOST, 'user5', config.ADMIN_PASSWORD) d = requests.delete(del_url, cookies={'auth_pubtkt': auth_cookie}) self.assertTrue(400 < int(d.status_code) < 500) # try with an admin ... auth_cookie = config.USERS[config.ADMIN_USER]['auth_cookie'] d = requests.delete(del_url, cookies={'auth_pubtkt': auth_cookie}) self.assertTrue(int(d.status_code) < 400, d.status_code) # make sure the user does not exist anymore self.assertEqual(False, self.gu.get_account('bootsy')) if has_issue_tracker(): users = self.rm.active_users() self.assertEqual(0, len([u for u in users if u[0] == 'bootsy'])) def test_delete_user_in_backends_by_email(self): """ Delete a user previously registered user by email """ # first, create a user and register it with services try: self.msu.create_user('josh', 'homme', '*****@*****.**') except NotImplementedError: skip("user management not supported in this version of managesf") self.logout() self.login('josh', 'homme', config.GATEWAY_URL) # make sure user is in redmine and gerrit self.assertEqual('*****@*****.**', self.gu.get_account('josh').get('email')) if has_issue_tracker(): users = self.rm.active_users() users = [u for u in users if u[0] == 'josh'] self.assertEqual(1, len(users)) user = users[0] self.assertEqual('*****@*****.**', user[1]) # now suppress it del_url = config.GATEWAY_URL +\ '/manage/services_users/[email protected]' auth_cookie = config.USERS[config.ADMIN_USER]['auth_cookie'] d = requests.delete(del_url, cookies={'auth_pubtkt': auth_cookie}) self.assertTrue(int(d.status_code) < 400, d.status_code) # make sure the user does not exist anymore self.assertEqual(False, self.gu.get_account('josh')) if has_issue_tracker(): users = self.rm.active_users() self.assertEqual(0, len([u for u in users if u[0] == 'josh'])) def test_delete_in_backend_and_recreate(self): """Make sure we can recreate a user but as a different one""" # first, create a user and register it with services try: self.msu.create_user('freddie', 'mercury', '*****@*****.**') except NotImplementedError: skip("user management not supported in this version of managesf") self.logout() self.login('freddie', 'mercury', config.GATEWAY_URL) gerrit_id = self.gu.get_account('freddie').get('_account_id') if has_issue_tracker(): tracker_id = self.rm.get_user_id_by_username('freddie') del_url = config.GATEWAY_URL +\ '/manage/services_users/[email protected]' auth_cookie = config.USERS[config.ADMIN_USER]['auth_cookie'] d = requests.delete(del_url, cookies={'auth_pubtkt': auth_cookie}) self.assertTrue(int(d.status_code) < 400, d.status_code) self.assertEqual(False, self.gu.get_account('freddie')) if has_issue_tracker(): users = self.rm.active_users() self.assertEqual(0, len([u for u in users if u[0] == 'freddie'])) # recreate the user in the backends time.sleep(5) self.logout() self.login('freddie', 'mercury', config.GATEWAY_URL) new_gerrit_id = self.gu.get_account('freddie').get('_account_id') self.assertTrue(gerrit_id != new_gerrit_id) if has_issue_tracker(): new_tracker_id = self.rm.get_user_id_by_username('freddie') self.assertTrue(tracker_id != new_tracker_id)
class SFchecker: """ This checker is only intended for testin SF backup/restore and update. It checks that the user data defined in resourses.yaml are present on the SF. Those data must have been provisioned by SFProvisioner. """ def __init__(self): with open("%s/resources.yaml" % pwd, 'r') as rsc: self.resources = yaml.load(rsc) config.USERS[config.ADMIN_USER]['auth_cookie'] = get_cookie( config.ADMIN_USER, config.USERS[config.ADMIN_USER]['password']) self.gu = GerritUtils( 'http://%s/' % config.GATEWAY_HOST, auth_cookie=config.USERS[config.ADMIN_USER]['auth_cookie']) self.ggu = GerritGitUtils(config.ADMIN_USER, config.ADMIN_PRIV_KEY_PATH, config.USERS[config.ADMIN_USER]['email']) self.ju = JenkinsUtils() self.rm = RedmineUtils( config.GATEWAY_URL + "/redmine/", auth_cookie=config.USERS[config.ADMIN_USER]['auth_cookie']) def check_project(self, name): print " Check project %s exists ..." % name, if not self.gu.project_exists(name) or \ (is_present('SFRedmine') and not self.rm.project_exists(name)): print "FAIL" exit(1) print "OK" def check_files_in_project(self, name, files): print " Check files(%s) exists in project ..." % ",".join(files), # TODO(fbo); use gateway host instead of gerrit host url = "ssh://%s@%s:29418/%s" % (config.ADMIN_USER, config.GATEWAY_HOST, name) clone_dir = self.ggu.clone(url, name, config_review=False) for f in files: if not os.path.isfile(os.path.join(clone_dir, f)): print "FAIL" exit(1) def check_issues_on_project(self, name, issues): print " Check that at least %s issues exists for that project ...," %\ len(issues) current_issues = self.rm.get_issues_by_project(name) if len(current_issues) < len(issues): print "FAIL: expected %s, project has %s" % ( len(issues), len(current_issues)) exit(1) print "OK" def check_jenkins_jobs(self, name, jobnames): print " Check that jenkins jobs(%s) exists ..." % ",".join(jobnames), for jobname in jobnames: if not '%s_%s' % (name, jobname) in self.ju.list_jobs(): print "FAIL" exit(1) print "OK" def check_reviews_on_project(self, name, issues): reviews = [i for i in issues if i['review']] print " Check that at least %s reviews exists for that project ..." %\ len(reviews), pending_reviews = self.ggu.list_open_reviews(name, config.GATEWAY_HOST) if not len(pending_reviews) >= len(reviews): print "FAIL" exit(1) print "OK" def check_pads(self, amount): pass def check_pasties(self, amount): pass def command(self, cmd): return ssh_run_cmd(os.path.expanduser("~/.ssh/id_rsa"), "root", config.GATEWAY_HOST, shlex.split(cmd)) def compute_checksum(self, f): out = self.command("md5sum %s" % f)[0] if out: return out.split()[0] def read_file(self, f): return self.command("cat %s" % f)[0] def simple_login(self, user, password): """log as user""" return get_cookie(user, password) def check_users_list(self): print "Check that users are listable ...", users = [u['name'] for u in self.resources['users']] c = {'auth_pubtkt': config.USERS[config.ADMIN_USER]['auth_cookie']} url = 'http://%s/manage/project/membership/' % config.GATEWAY_HOST registered = requests.get(url, cookies=c).json() # usernames are in first position r_users = [u[0] for u in registered] if not set(users).issubset(set(r_users)): print "FAIL" exit(1) print "OK" def check_checksums(self): print "Check that expected file are there" checksum_list = yaml.load(file('/tmp/pc_checksums.yaml')) mismatch = False for f, checksum in checksum_list.items(): c = self.compute_checksum(f) if c == checksum: print "Expected checksum (%s) for %s is OK." % ( checksum, f) else: print "Expected checksum (%s) for %s is WRONG (%s)." % ( checksum, f, c) print "New file is:" print " %s" % self.read_file(f).replace("\n", "\n ") mismatch = True if "checksum_warn_only" not in sys.argv and mismatch: sys.exit(1) def checker(self): self.check_checksums() self.check_users_list() for project in self.resources['projects']: print "Check user datas for %s" % project['name'] self.check_project(project['name']) self.check_files_in_project(project['name'], [f['name'] for f in project['files']]) if is_present('SFRedmine'): self.check_issues_on_project(project['name'], project['issues']) self.check_reviews_on_project(project['name'], project['issues']) self.check_jenkins_jobs(project['name'], [j['name'] for j in project['jobnames']]) self.check_pads(2) self.check_pasties(2) for user in self.resources['local_users']: print "Check user %s can log in ..." % user['username'], if self.simple_login(user['username'], user['password']): print "OK" else: print "FAIL" exit(1)
class TestManageSF(Base): """ Functional tests that validate managesf features. Here we do basic verifications about project creation with managesf. """ @classmethod def setUpClass(cls): cls.msu = ManageSfUtils(config.GATEWAY_URL) @classmethod def tearDownClass(cls): pass def setUp(self): self.projects = [] self.dirs_to_delete = [] self.rm = RedmineUtils( config.REDMINE_URL, auth_cookie=config.USERS[config.ADMIN_USER]['auth_cookie']) self.gu = GerritUtils( 'https://%s/' % config.GATEWAY_HOST, auth_cookie=config.USERS[config.ADMIN_USER]['auth_cookie']) def project_exists_ex(self, name, user): # Test here the project is "public" # ( Redmine API project detail does not return the private/public flag) rm = RedmineUtils( config.REDMINE_URL, auth_cookie=config.USERS[user]['auth_cookie']) try: return rm.project_exists(name) except Exception: return False def tearDown(self): for name in self.projects: self.msu.deleteProject(name, config.ADMIN_USER) for dirs in self.dirs_to_delete: shutil.rmtree(dirs) def create_project(self, name, user, options=None): self.msu.createProject(name, user, options) self.projects.append(name) def test_create_public_project_as_admin(self): """ Create public project on redmine and gerrit as admin """ pname = 'p_%s' % create_random_str() self.create_project(pname, config.ADMIN_USER) # Gerrit part self.assertTrue(self.gu.project_exists(pname)) self.assertTrue(self.gu.group_exists('%s-ptl' % pname)) self.assertTrue(self.gu.group_exists('%s-core' % pname)) # TODO(Project creator, as project owner, should only be in ptl group) self.assertTrue( self.gu.member_in_group(config.ADMIN_USER, '%s-ptl' % pname)) self.assertTrue( self.gu.member_in_group(config.ADMIN_USER, '%s-core' % pname)) # Redmine part self.assertTrue(self.rm.project_exists(pname)) self.assertTrue( self.rm.check_user_role(pname, config.ADMIN_USER, 'Manager')) self.assertTrue( self.rm.check_user_role(pname, config.ADMIN_USER, 'Developer')) self.assertTrue(self.project_exists_ex(pname, config.USER_2)) def test_create_private_project_as_admin(self): """ Create private project on redmine and gerrit as admin """ pname = 'p_%s' % create_random_str() options = {"private": ""} self.create_project(pname, config.ADMIN_USER, options=options) # Gerrit part self.assertTrue(self.gu.project_exists(pname)) self.assertTrue(self.gu.group_exists('%s-ptl' % pname)) self.assertTrue(self.gu.group_exists('%s-core' % pname)) self.assertTrue(self.gu.group_exists('%s-dev' % pname)) # TODO(Project creator, as project owner, should only be in ptl group) self.assertTrue( self.gu.member_in_group(config.ADMIN_USER, '%s-ptl' % pname)) self.assertTrue( self.gu.member_in_group(config.ADMIN_USER, '%s-core' % pname)) self.assertTrue( self.gu.member_in_group(config.ADMIN_USER, '%s-dev' % pname)) # Redmine part self.assertTrue(self.rm.project_exists(pname)) self.assertTrue( self.rm.check_user_role(pname, config.ADMIN_USER, 'Manager')) self.assertTrue( self.rm.check_user_role(pname, config.ADMIN_USER, 'Developer')) self.assertFalse(self.project_exists_ex(pname, config.USER_2)) def test_delete_public_project_as_admin(self): """ Delete public project on redmine and gerrit as admin """ pname = 'p_%s' % create_random_str() self.create_project(pname, config.ADMIN_USER) self.assertTrue(self.gu.project_exists(pname)) self.assertTrue(self.rm.project_exists(pname)) self.msu.deleteProject(pname, config.ADMIN_USER) self.assertFalse(self.gu.project_exists(pname)) self.assertFalse(self.gu.group_exists('%s-ptl' % pname)) self.assertFalse(self.rm.project_exists(pname)) self.assertFalse(self.gu.group_exists('%s-core' % pname)) self.projects.remove(pname) def test_create_public_project_as_user(self): """ Create public project on redmine and gerrit as user """ pname = 'p_%s' % create_random_str() self.create_project(pname, config.USER_2) # Gerrit part self.assertTrue(self.gu.project_exists(pname)) self.assertTrue(self.gu.group_exists('%s-ptl' % pname)) self.assertTrue(self.gu.group_exists('%s-core' % pname)) # TODO(Project creator, as project owner, should only be in ptl group) self.assertTrue( self.gu.member_in_group(config.ADMIN_USER, '%s-ptl' % pname)) self.assertTrue( self.gu.member_in_group(config.ADMIN_USER, '%s-core' % pname)) # Redmine part self.assertTrue(self.rm.project_exists(pname)) self.assertTrue(self.project_exists_ex(pname, config.USER_2)) self.assertTrue( self.rm.check_user_role(pname, config.USER_2, 'Manager')) self.assertTrue( self.rm.check_user_role(pname, config.USER_2, 'Developer')) self.assertTrue(self.project_exists_ex(pname, config.USER_3)) def test_create_private_project_as_user(self): """ Create private project on redmine and gerrit as user """ pname = 'p_%s' % create_random_str() options = {"private": ""} self.create_project(pname, config.USER_2, options=options) # Gerrit part self.assertTrue(self.gu.project_exists(pname)) self.assertTrue(self.gu.group_exists('%s-ptl' % pname)) self.assertTrue(self.gu.group_exists('%s-core' % pname)) self.assertTrue(self.gu.group_exists('%s-dev' % pname)) # TODO(Project creator, as project owner, should only be in ptl group) self.assertTrue( self.gu.member_in_group(config.USER_2, '%s-ptl' % pname)) self.assertTrue( self.gu.member_in_group(config.USER_2, '%s-core' % pname)) self.assertTrue( self.gu.member_in_group(config.USER_2, '%s-dev' % pname)) # Redmine part self.assertTrue(self.rm.project_exists(pname)) self.assertTrue(self.project_exists_ex(pname, config.USER_2)) self.assertTrue( self.rm.check_user_role(pname, config.USER_2, 'Manager')) self.assertTrue( self.rm.check_user_role(pname, config.USER_2, 'Developer')) self.assertFalse(self.project_exists_ex(pname, config.USER_3)) def test_create_public_project_with_users_in_group(self): """ Create public project on redmine and gerrit with users in groups """ pname = 'p_%s' % create_random_str() u2mail = config.USERS[config.USER_2]['email'] u3mail = config.USERS[config.USER_3]['email'] options = {"ptl-group": "", "core-group": "%s,%s" % (u2mail, u3mail), } self.create_project(pname, config.ADMIN_USER, options=options) # Gerrit part self.assertTrue(self.gu.project_exists(pname)) # TODO(Project creator, as project owner, should only be in ptl group) self.assertTrue( self.gu.member_in_group(config.ADMIN_USER, '%s-ptl' % pname)) for user in (config.ADMIN_USER, config.USER_2, config.USER_3): self.assertTrue(self.gu.member_in_group(user, '%s-core' % pname)) # Redmine part self.assertTrue(self.rm.project_exists(pname)) self.assertTrue( self.rm.check_user_role(pname, config.ADMIN_USER, 'Manager')) for user in (config.ADMIN_USER, config.USER_2, config.USER_3): self.assertTrue(self.rm.check_user_role(pname, user, 'Developer')) def test_create_private_project_with_users_in_group(self): """ Create private project on redmine and gerrit with users in groups """ pname = 'p_%s' % create_random_str() u2mail = config.USERS[config.USER_2]['email'] u3mail = config.USERS[config.USER_3]['email'] u4mail = config.USERS[config.USER_4]['email'] options = {"private": "", "ptl-group": "", "core-group": "%s,%s" % (u2mail, u3mail), "dev-group": "%s" % u4mail, } self.create_project(pname, config.ADMIN_USER, options=options) # Gerrit part self.assertTrue(self.gu.project_exists(pname)) # TODO(Project creator, as project owner, should only be in ptl group) self.assertTrue( self.gu.member_in_group(config.ADMIN_USER, '%s-ptl' % pname)) for user in (config.ADMIN_USER, config.USER_2, config.USER_3): self.assertTrue(self.gu.member_in_group(user, '%s-core' % pname)) self.assertTrue( self.gu.member_in_group(config.USER_4, '%s-dev' % pname)) # Redmine part # it should be visible to admin self.assertTrue(self.rm.project_exists(pname)) self.assertTrue( self.rm.check_user_role(pname, config.ADMIN_USER, 'Manager')) for user in (config.ADMIN_USER, config.USER_2, config.USER_3, config.USER_4): self.assertTrue(self.rm.check_user_role(pname, user, 'Developer')) def test_create_public_project_as_admin_clone_as_admin(self): """ Clone public project as admin and check content """ pname = 'p_%s' % create_random_str() self.create_project(pname, config.ADMIN_USER) ggu = GerritGitUtils(config.ADMIN_USER, config.ADMIN_PRIV_KEY_PATH, config.USERS[config.ADMIN_USER]['email']) url = "ssh://%s@%s:29418/%s" % (config.ADMIN_USER, config.GATEWAY_HOST, pname) clone_dir = ggu.clone(url, pname) self.dirs_to_delete.append(os.path.dirname(clone_dir)) # Test that the clone is a success self.assertTrue(os.path.isdir(clone_dir)) # Verify master own the .gitreview file self.assertTrue(os.path.isfile(os.path.join(clone_dir, '.gitreview'))) # Verify meta/config branch own both group and ACLs config file ggu.fetch_meta_config(clone_dir) self.assertTrue(os.path.isfile(os.path.join(clone_dir, 'project.config'))) self.assertTrue(os.path.isfile(os.path.join(clone_dir, 'groups'))) # There is no group dev for a public project content = file(os.path.join(clone_dir, 'project.config')).read() self.assertFalse('%s-dev' % pname in content) content = file(os.path.join(clone_dir, 'groups')).read() self.assertFalse('%s-dev' % pname in content) def test_create_private_project_as_admin_clone_as_admin(self): """ Clone private project as admin and check content """ pname = 'p_%s' % create_random_str() options = {"private": ""} self.create_project(pname, config.ADMIN_USER, options=options) ggu = GerritGitUtils(config.ADMIN_USER, config.ADMIN_PRIV_KEY_PATH, config.USERS[config.ADMIN_USER]['email']) url = "ssh://%s@%s:29418/%s" % (config.ADMIN_USER, config.GATEWAY_HOST, pname) clone_dir = ggu.clone(url, pname) self.dirs_to_delete.append(os.path.dirname(clone_dir)) # Test that the clone is a success self.assertTrue(os.path.isdir(clone_dir)) # Verify master own the .gitreview file self.assertTrue(os.path.isfile(os.path.join(clone_dir, '.gitreview'))) # Verify meta/config branch own both group and ACLs config file ggu.fetch_meta_config(clone_dir) self.assertTrue(os.path.isfile(os.path.join(clone_dir, 'project.config'))) self.assertTrue(os.path.isfile(os.path.join(clone_dir, 'groups'))) # There is a group dev for a private project content = file(os.path.join(clone_dir, 'project.config')).read() self.assertTrue('%s-dev' % pname in content) content = file(os.path.join(clone_dir, 'groups')).read() self.assertTrue('%s-dev' % pname in content) def test_create_public_project_as_admin_clone_as_user(self): """ Create public project as admin then clone as user """ pname = 'p_%s' % create_random_str() # create the project as admin self.create_project(pname, config.ADMIN_USER) # add user2 ssh pubkey to user2 gu = GerritUtils( 'https://%s/' % config.GATEWAY_HOST, auth_cookie=config.USERS[config.USER_2]['auth_cookie']) gu.add_pubkey(config.USER_2_PUB_KEY) # prepare to clone priv_key_path = set_private_key(config.USER_2_PRIV_KEY) self.dirs_to_delete.append(os.path.dirname(priv_key_path)) ggu = GerritGitUtils(config.USER_2, priv_key_path, config.USERS[config.USER_2]['email']) url = "ssh://%s@%s:29418/%s" % (config.USER_2, config.GATEWAY_HOST, pname) # clone clone_dir = ggu.clone(url, pname) self.dirs_to_delete.append(os.path.dirname(clone_dir)) # Test that the clone is a success self.assertTrue(os.path.isdir(clone_dir)) # Verify master own the .gitreview file self.assertTrue(os.path.isfile(os.path.join(clone_dir, '.gitreview'))) def test_create_public_project_as_user_clone_as_user(self): """ Create public project as user then clone as user """ pname = 'p_%s' % create_random_str() # create the project as admin self.create_project(pname, config.USER_2) # add user2 ssh pubkey to user2 gu = GerritUtils( 'https://%s/' % config.GATEWAY_HOST, auth_cookie=config.USERS[config.USER_2]['auth_cookie']) gu.add_pubkey(config.USER_2_PUB_KEY) # prepare to clone priv_key_path = set_private_key(config.USER_2_PRIV_KEY) self.dirs_to_delete.append(os.path.dirname(priv_key_path)) ggu = GerritGitUtils(config.USER_2, priv_key_path, config.USERS[config.USER_2]['email']) url = "ssh://%s@%s:29418/%s" % (config.USER_2, config.GATEWAY_HOST, pname) # clone clone_dir = ggu.clone(url, pname) self.dirs_to_delete.append(os.path.dirname(clone_dir)) # Test that the clone is a success self.assertTrue(os.path.isdir(clone_dir)) # Verify master own the .gitreview file self.assertTrue(os.path.isfile(os.path.join(clone_dir, '.gitreview'))) def test_upstream(self): """ Validate upstream feature of managesf """ # Create a test upstream project pname_us = 'p_upstream' self.create_project(pname_us, config.ADMIN_USER) ggu_us = GerritGitUtils(config.ADMIN_USER, config.ADMIN_PRIV_KEY_PATH, config.USERS[config.ADMIN_USER]['email']) url = "ssh://%s@%s:29418/%s" % (config.ADMIN_USER, config.GATEWAY_HOST, pname_us) # clone us_clone_dir = ggu_us.clone(url, pname_us) self.dirs_to_delete.append(os.path.dirname(us_clone_dir)) # Test that the clone is a success self.assertTrue(os.path.isdir(us_clone_dir)) # push some test files to the upstream project us_files = [str(x) for x in range(1, 10)] for f in us_files: file(os.path.join(us_clone_dir, f), 'w').write(f) os.chmod(os.path.join(us_clone_dir, f), 0755) ggu_us.add_commit_in_branch(us_clone_dir, "master", commit="Adding files 1-10", files=us_files) ggu_us.direct_push_branch(us_clone_dir, "master") # No create a test project with upstream pointing to the above upstream_url = "ssh://%s@%s:29418/%s" % ( config.ADMIN_USER, config.GATEWAY_HOST, pname_us) pname = 'p_%s' % create_random_str() # create the project as admin options = {"upstream": upstream_url} self.create_project(pname, config.ADMIN_USER, options=options) ggu = GerritGitUtils(config.ADMIN_USER, config.ADMIN_PRIV_KEY_PATH, config.USERS[config.ADMIN_USER]['email']) url = "ssh://%s@%s:29418/%s" % (config.ADMIN_USER, config.GATEWAY_HOST, pname) # clone clone_dir = ggu.clone(url, pname) self.dirs_to_delete.append(os.path.dirname(clone_dir)) # Check if the files pushed in upstream project is present files = [f for f in os.listdir(clone_dir) if not f.startswith('.')] self.assertEqual(set(files), set(us_files)) def test_delete_project_as_admin(self): """ Checking if admin can delete projects that are not owned by admin """ pname = 'p_%s' % create_random_str() self.create_project(pname, config.USER_2) self.assertTrue(self.gu.project_exists(pname)) self.assertTrue(self.rm.project_exists(pname)) self.msu.deleteProject(pname, config.ADMIN_USER) self.assertFalse(self.gu.project_exists(pname)) self.assertFalse(self.gu.group_exists('%s-ptl' % pname)) self.assertFalse(self.rm.project_exists(pname)) self.assertFalse(self.gu.group_exists('%s-core' % pname)) self.projects.remove(pname) def test_list_active_members(self): """ Check the list of members as a list of tuples of emails and names """ self.assertTrue(self.msu.list_active_members(config.USER_2))
class TestResourcesWorkflow(Base): def setUp(self): super(TestResourcesWorkflow, self).setUp() priv_key_path = set_private_key( config.USERS[config.ADMIN_USER]["privkey"]) self.gitu_admin = GerritGitUtils( config.ADMIN_USER, priv_key_path, config.USERS[config.ADMIN_USER]['email']) self.gu = GerritUtils( config.GATEWAY_URL, auth_cookie=config.USERS[config.ADMIN_USER]['auth_cookie']) self.ju = JenkinsUtils() self.dirs_to_delete = [] def tearDown(self): super(TestResourcesWorkflow, self).tearDown() for dirs in self.dirs_to_delete: shutil.rmtree(dirs) def ssh_run_cmd(self, sshkey_priv_path, user, host, subcmd): host = '%s@%s' % (user, host) sshcmd = [ 'ssh', '-o', 'LogLevel=ERROR', '-o', 'StrictHostKeyChecking=no', '-o', 'UserKnownHostsFile=/dev/null', '-i', sshkey_priv_path, host ] cmd = sshcmd + subcmd devnull = open(os.devnull, 'wb') p = Popen(cmd, stdout=devnull, stderr=devnull) return p.communicate(), p.returncode def clone_as_admin(self, pname): url = "ssh://%s@%s:29418/%s" % (config.ADMIN_USER, config.GATEWAY_HOST, pname) clone_dir = self.gitu_admin.clone(url, pname) if os.path.dirname(clone_dir) not in self.dirs_to_delete: self.dirs_to_delete.append(os.path.dirname(clone_dir)) return clone_dir def commit_direct_push_as_admin(self, clone_dir, msg): # Stage, commit and direct push the additions on master self.gitu_admin.add_commit_for_all_new_additions(clone_dir, msg) return self.gitu_admin.direct_push_branch(clone_dir, 'master') def set_resources_then_direct_push(self, fpath, resources=None, mode='add'): config_clone_dir = self.clone_as_admin("config") path = os.path.join(config_clone_dir, fpath) if mode == 'add': file(path, 'w').write(resources) elif mode == 'del': os.unlink(path) change_sha = self.commit_direct_push_as_admin( config_clone_dir, "Add new resources for functional tests") config_update_log = self.ju.wait_for_config_update(change_sha) self.assertIn("SUCCESS", config_update_log) def wait_for_jenkins_note(self, change_id): attempt = 0 while "jenkins" not in self.gu.get_reviewers(change_id): if attempt >= 90: break time.sleep(1) attempt += 1 def propose_resources_change_check_ci(self, fpath, resources=None, mode='add', expected_note=1, msg=None): config_clone_dir = self.clone_as_admin("config") path = os.path.join(config_clone_dir, fpath) if mode == 'add': file(path, 'w').write(resources) elif mode == 'del': os.unlink(path) if not msg: msg = "Validate resources" if mode == 'add': change_sha = self.gitu_admin.add_commit_and_publish( config_clone_dir, "master", msg, fnames=[path]) if mode == 'del': change_sha = self.gitu_admin.add_commit_for_all_new_additions( config_clone_dir, msg, publish=True) change_nr = self.gu.get_change_number(change_sha) note = self.gu.wait_for_verify(change_nr) self.assertEqual(note, expected_note) def get_resources(self): gateau = config.USERS[config.ADMIN_USER]['auth_cookie'] resp = requests.get("%s/manage/resources/" % config.GATEWAY_URL, cookies={'auth_pubtkt': gateau}) return resp.json() def test_validate_wrong_resource_workflow(self): """ Check resources - wrong model is detected by config-check """ # This resource is not correct fpath = "resources/%s.yaml" % create_random_str() name = create_random_str() resources = """resources: groups: %s: unknown-key: value description: test for functional test """ # Add the resource file with review then check CI resources = resources % name self.propose_resources_change_check_ci(fpath, resources=resources, mode='add', expected_note=-1) def test_validate_correct_resource_workflow(self): """ Check resources - good model is detected by config-check """ # This resource is correct fpath = "resources/%s.yaml" % create_random_str() name = create_random_str() resources = """resources: groups: %s: description: test for functional test members: - [email protected] """ # Add the resource file with review then check CI resources = resources % name self.propose_resources_change_check_ci(fpath, resources=resources, mode='add') def test_validate_resources_deletion(self): """ Check resources - deletions detected and authorized via flag """ fpath = "resources/%s.yaml" % create_random_str() name = create_random_str() resources = """resources: groups: %s: description: test for functional test members: [] """ # Add the resources file w/o review resources = resources % name self.set_resources_then_direct_push(fpath, resources=resources, mode='add') # Remove the resource file via the review self.propose_resources_change_check_ci(fpath, mode='del', expected_note=-1) # Remove the resource file with "allow-delete" flag via the review shutil.rmtree(os.path.join(self.gitu_admin.tempdir, 'config')) msg = "Remove resource with flag\nsf-resources: allow-delete" self.propose_resources_change_check_ci(fpath, mode='del', msg=msg) @skipIfServiceMissing('storyboard') def test_CUD_project(self): """ Check resources - ops on project work as expected """ sclient = SFStoryboard(config.GATEWAY_URL + "/storyboard_api", config.USERS[config.USER_4]['auth_cookie']) fpath = "resources/%s.yaml" % create_random_str() name = create_random_str() resources = """resources: projects: %(pname)s: description: An awesome project issue-tracker: SFStoryboard source-repositories: - %(pname)s/%(r1name)s repos: %(pname)s/%(r1name)s: description: The server part acl: %(pname)s acls: %(pname)s: file: | [access "refs/*"] read = group Anonymous Users """ tmpl_keys = { 'pname': create_random_str(), 'r1name': create_random_str() } resources = resources % tmpl_keys # Add the resources file w/o review self.set_resources_then_direct_push(fpath, resources=resources, mode='add') # Some checks to validate stuff have been created projects = [p.name for p in sclient.projects.get_all()] self.assertIn("%s/%s" % (tmpl_keys['pname'], tmpl_keys['r1name']), projects) project_groups = [p.name for p in sclient.project_groups.get_all()] self.assertIn(tmpl_keys['pname'], project_groups) # Modify the project resource resources = """resources: projects: %(pname)s: description: An awesome project issue-tracker: SFStoryboard source-repositories: - %(pname)s/%(r1name)s - %(pname)s/%(r2name)s repos: %(pname)s/%(r1name)s: description: The server part acl: %(pname)s %(pname)s/%(r2name)s: description: The server part acl: %(pname)s acls: %(pname)s: file: | [access "refs/*"] read = group Anonymous Users """ tmpl_keys.update({'r2name': create_random_str()}) resources = resources % tmpl_keys self.set_resources_then_direct_push(fpath, resources=resources, mode='add') # Some checks to validate stuff have been updated projects = [p.name for p in sclient.projects.get_all()] for name in (tmpl_keys['r1name'], tmpl_keys['r2name']): self.assertIn("%s/%s" % (tmpl_keys['pname'], name), projects) project_groups = [p.name for p in sclient.project_groups.get_all()] self.assertIn(tmpl_keys['pname'], project_groups) # Del the resources file w/o review self.set_resources_then_direct_push(fpath, mode='del') # Check the project group has been deleted # Note the project (in storyboard) is not deleted # this is a current limitation of the API (01/13/2017) project_groups = [p.name for p in sclient.project_groups.get_all()] self.assertFalse(tmpl_keys['pname'] in project_groups) def test_CUD_group(self): """ Check resources - ops on group work as expected """ fpath = "resources/%s.yaml" % create_random_str() name = create_random_str() resources = """resources: groups: %s: description: test for functional test members: - [email protected] - [email protected] """ # Add the resources file w/o review resources = resources % name self.set_resources_then_direct_push(fpath, resources=resources, mode='add') # Check members on Gerrit gid = self.gu.get_group_id(name) members = [m['email'] for m in self.gu.get_group_members(gid)] self.assertIn("*****@*****.**", members) self.assertIn("*****@*****.**", members) # Modify resources Add/Remove members w/o review resources = """resources: groups: %s: description: test for functional test members: - [email protected] - [email protected] """ resources = resources % name self.set_resources_then_direct_push(fpath, resources=resources, mode='add') # Check members on Gerrit gid = self.gu.get_group_id(name) members = [m['email'] for m in self.gu.get_group_members(gid)] self.assertIn("*****@*****.**", members) self.assertIn("*****@*****.**", members) self.assertNotIn("*****@*****.**", members) # Del the resources file w/o review self.set_resources_then_direct_push(fpath, mode='del') # Check the group has been deleted self.assertFalse(self.gu.get_group_id(name)) def test_CD_repo(self): """ Check resources - ops on git repositories work as expected """ fpath = "resources/%s.yaml" % create_random_str() name = create_random_str() resources = """resources: repos: %s: description: test for functional test default-branch: br1 branches: br1: HEAD br2: HEAD master: '0' """ # Add the resources file w/o review resources = resources % name self.set_resources_then_direct_push(fpath, resources=resources, mode='add') # Check the project has been created self.assertTrue(self.gu.project_exists(name)) # Check branches branches = self.gu.g.get('/projects/%s/branches/' % name) for wref in ("HEAD", "br1", "br2"): found = False for ref in branches: if found: continue if ref['ref'].endswith(wref): found = True if ref['ref'] == 'HEAD' and ref['revision'] != "br1": raise Exception("Wrong default branch") if not found: raise Exception("Requested branch %s not found" % wref) # Del the resources file w/o review self.set_resources_then_direct_push(fpath, mode='del') # Check the project has been deleted self.assertFalse(self.gu.project_exists(name)) def test_CRUD_resources(self): """ Check resources - bulk ops on resources work as expected """ fpath = "resources/%s.yaml" % create_random_str() tmpl_keys = { 'pname': create_random_str(), 'r1name': create_random_str(), 'r2name': create_random_str(), 'aname': create_random_str(), 'g1name': create_random_str(), 'g2name': create_random_str() } resources = """resources: projects: %(pname)s: description: An awesome project contacts: - [email protected] source-repositories: - %(pname)s/%(r1name)s - %(pname)s/%(r2name)s website: http://ichiban-cloud.io documentation: http://ichiban-cloud.io/docs issue-tracker-url: http://ichiban-cloud.bugtrackers.io repos: %(pname)s/%(r1name)s: description: The server part acl: %(aname)s %(pname)s/%(r2name)s: description: The client part acl: %(aname)s acls: %(aname)s: file: | [access "refs/*"] read = group Anonymous Users read = group %(pname)s/%(g2name)s owner = group %(pname)s/%(g1name)s [access "refs/heads/*"] label-Code-Review = -2..+2 group %(pname)s/%(g2name)s label-Verified = -2..+2 group %(pname)s/%(g1name)s label-Workflow = -1..+1 group %(pname)s/%(g2name)s submit = group %(pname)s/%(g2name)s read = group Anonymous Users read = group %(pname)s/%(g2name)s [access "refs/meta/config"] read = group %(pname)s/%(g2name)s [receive] requireChangeId = true [submit] mergeContent = false action = fast forward only groups: - %(pname)s/%(g1name)s - %(pname)s/%(g2name)s groups: %(pname)s/%(g1name)s: members: - [email protected] %(pname)s/%(g2name)s: members: - [email protected] - [email protected] """ # Add the resources file w/o review resources = resources % tmpl_keys self.set_resources_then_direct_push(fpath, resources=resources, mode='add') # Check resources have been created self.assertTrue( self.gu.project_exists( os.path.join(tmpl_keys['pname'], tmpl_keys['r1name']))) self.assertTrue( self.gu.project_exists( os.path.join(tmpl_keys['pname'], tmpl_keys['r2name']))) gid = self.gu.get_group_id( os.path.join(tmpl_keys['pname'], tmpl_keys['g1name'])) members = [m['email'] for m in self.gu.get_group_members(gid)] self.assertEqual(len(members), 1) self.assertIn("*****@*****.**", members) gid2 = self.gu.get_group_id( os.path.join(tmpl_keys['pname'], tmpl_keys['g2name'])) members = [m['email'] for m in self.gu.get_group_members(gid2)] self.assertEqual(len(members), 2) self.assertIn("*****@*****.**", members) self.assertIn("*****@*****.**", members) # Verify ACLs have been written for both repo for r in ('r1name', 'r2name'): rname = os.path.join(tmpl_keys['pname'], tmpl_keys[r]) acl = self.gu.g.get('access/?project=%s' % rname) self.assertIn( gid2, acl[rname]['local']['refs/heads/*']['permissions'] ['submit']['rules'].keys()) # Verify the resources endpoint know about what we pushed res = self.get_resources() self.assertIn(tmpl_keys['pname'], res['resources']['projects'].keys()) self.assertIn(tmpl_keys['aname'], res['resources']['acls'].keys()) self.assertIn(os.path.join(tmpl_keys['pname'], tmpl_keys['g1name']), res['resources']['groups'].keys()) self.assertIn(os.path.join(tmpl_keys['pname'], tmpl_keys['g2name']), res['resources']['groups'].keys()) self.assertIn(os.path.join(tmpl_keys['pname'], tmpl_keys['r1name']), res['resources']['repos'].keys()) self.assertIn(os.path.join(tmpl_keys['pname'], tmpl_keys['r2name']), res['resources']['repos'].keys()) # Modify the ACL to verify repos ACL are updated resources = re.sub( 'submit = group .*', 'submit = group %s' % os.path.join(tmpl_keys['pname'], tmpl_keys['g1name']), resources) self.set_resources_then_direct_push(fpath, resources=resources, mode='add') # Verify ACLs have been updated for both repo for r in ('r1name', 'r2name'): rname = os.path.join(tmpl_keys['pname'], tmpl_keys[r]) acl = self.gu.g.get('access/?project=%s' % rname) self.assertIn( gid, acl[rname]['local']['refs/heads/*']['permissions'] ['submit']['rules'].keys()) # Now let's remove all that awesome resources self.set_resources_then_direct_push(fpath, mode='del') # Check resources have been deleted self.assertFalse( self.gu.project_exists( os.path.join(tmpl_keys['pname'], tmpl_keys['r1name']))) self.assertFalse( self.gu.project_exists( os.path.join(tmpl_keys['pname'], tmpl_keys['r2name']))) self.assertFalse( self.gu.get_group_id( os.path.join(tmpl_keys['pname'], tmpl_keys['g1name']))) self.assertFalse( self.gu.get_group_id( os.path.join(tmpl_keys['pname'], tmpl_keys['g2name']))) res = self.get_resources() projects = res['resources'].get('projects', {}) acls = res['resources'].get('acls', {}) groups = res['resources'].get('groups', {}) repos = res['resources'].get('repos', {}) self.assertNotIn(tmpl_keys['pname'], projects.keys()) self.assertNotIn(tmpl_keys['aname'], acls.keys()) self.assertNotIn(os.path.join(tmpl_keys['pname'], tmpl_keys['g1name']), groups.keys()) self.assertNotIn(os.path.join(tmpl_keys['pname'], tmpl_keys['g2name']), groups.keys()) self.assertNotIn(os.path.join(tmpl_keys['pname'], tmpl_keys['r1name']), repos.keys()) self.assertNotIn(os.path.join(tmpl_keys['pname'], tmpl_keys['r2name']), repos.keys()) def test_GET_resources(self): """ Check resources - GET resources works as expected""" cookies = dict(auth_pubtkt=config.USERS[config.USER_1]['auth_cookie']) ret = requests.get("%s/manage/resources/" % config.GATEWAY_URL, cookies=cookies) self.assertIn('resources', ret.json()) def test_GET_missing_resources(self): """ Check resources - GET missing resources works as expected""" token = config.USERS[config.ADMIN_USER]['auth_cookie'] prev = "resources: {}" new = """resources: groups: %(gname)s: description: A test group members: ['*****@*****.**'] """ group_name = create_random_str() data = {'prev': prev, 'new': new % {'gname': group_name}} # Direct PUT resources bypassing the config repo workflow requests.put("%s/manage/resources/" % config.GATEWAY_URL, json=data, cookies={'auth_pubtkt': token}) # Verify managesf detects diff and propose a re-sync resource struct ret = requests.get("%s/manage/resources/?get_missing_" "resources=true" % config.GATEWAY_URL, cookies={'auth_pubtkt': token}) logs, resources = ret.json() self.assertListEqual(logs, []) self.assertIn(group_name, resources['resources']['groups']) # Call the resources.sh script on managesf node to propose # a review on the config repo to re-sync with the reality cmd = [ '/usr/local/bin/resources.sh', 'get_missing_resources', 'submit' ] self.ssh_run_cmd(config.SERVICE_PRIV_KEY_PATH, 'root', config.GATEWAY_HOST, cmd) # Get change id of the submitted review search_string = "Propose missing resources to the config repo" r = requests.get('%s/r/changes/?q=%s' % (config.GATEWAY_URL, search_string)) lastid = 0 for r in json.loads(r.content[4:]): if r['_number'] > lastid: lastid = r['_number'] self.assertEqual(self.gu.wait_for_verify(lastid), 1) # Check flag "sf-resources: skip-apply" in the commit msg change = self.gu.g.get( 'changes/?q=%s&o=CURRENT_REVISION&o=CURRENT_COMMIT' % lastid)[0] revision = change["current_revision"] commit = change['revisions'][revision]["commit"] self.assertEqual(commit["message"].split('\n')[0], 'Propose missing resources to the config repo') self.assertTrue(commit["message"].find('sf-resources: skip-apply') > 0) # Approve the change and wait for the +2 self.gu.submit_change_note(change['id'], "current", "Code-Review", "2") self.gu.submit_change_note(change['id'], "current", "Workflow", "1") # Check config-update return a success # The flag sf-resources: skip-apply should be detected # by the config update. Then missing resources won't # by concidered new and the resources apply will be skipped. # This tests (checking config-update succeed) confirm # resource apply have been skipped if not managesf resources # apply would have return 409 error making config-update failed too. # If not True then we cannot concider config-update succeed config_update_log = self.ju.wait_for_config_update(revision) self.assertIn("Skip resources apply.", config_update_log) self.assertIn("SUCCESS", config_update_log) # Checking again missing resources must return nothing ret = requests.get("%s/manage/resources/?get_missing_" "resources=true" % config.GATEWAY_URL, cookies={'auth_pubtkt': token}) logs, resources = ret.json() self.assertListEqual(logs, []) self.assertEqual(len(resources['resources']), 0)
def test_check_zuul_operations(self): """ Test if zuul verifies project correctly through zuul-demo project """ # zuul-demo - test project used exclusively to test zuul installation # The necessary project descriptions are already declared in Jenkins # and zuul pname = 'demo/zuul-demo' self.create_project(pname, config.ADMIN_USER) un = config.ADMIN_USER gu = GerritUtils( config.GATEWAY_URL, auth_cookie=config.USERS[un]['auth_cookie']) ju = JenkinsUtils() k_index = gu.add_pubkey(config.USERS[un]["pubkey"]) # Gerrit part self.assertTrue(gu.project_exists(pname)) priv_key_path = set_private_key(config.USERS[un]["privkey"]) gitu = GerritGitUtils(un, priv_key_path, config.USERS[un]['email']) url = "ssh://%s@%s:29418/%s" % (un, config.GATEWAY_HOST, pname) clone_dir = gitu.clone(url, pname) self.dirs_to_delete.append(os.path.dirname(clone_dir)) last_fail_build_num_ft = \ ju.get_last_build_number("zuul-demo-functional-tests", "lastFailedBuild") last_fail_build_num_ut = \ ju.get_last_build_number("zuul-demo-unit-tests", "lastFailedBuild") last_succeed_build_num_ft = \ ju.get_last_build_number("zuul-demo-functional-tests", "lastSuccessfulBuild") last_succeed_build_num_ut = \ ju.get_last_build_number("zuul-demo-unit-tests", "lastSuccessfulBuild") gitu.add_commit_and_publish(clone_dir, "master", "Test commit") change_ids = gu.get_my_changes_for_project(pname) self.assertGreater(len(change_ids), 0) change_id = change_ids[0] # Give some time for jenkins to work ju.wait_till_job_completes("zuul-demo-functional-tests", last_fail_build_num_ft, "lastFailedBuild") ju.wait_till_job_completes("zuul-demo-unit-tests", last_fail_build_num_ut, "lastFailedBuild") attempt = 0 while "jenkins" not in gu.get_reviewers(change_id): if attempt >= 90: break time.sleep(1) attempt += 1 attempt = 0 while gu.get_reviewer_approvals(change_id, 'jenkins')['Verified'] \ != '-1': if attempt >= 90: break time.sleep(1) attempt += 1 self.assertEqual( gu.get_reviewer_approvals(change_id, 'jenkins')['Verified'], '-1') # Add the test case files and resubmit for review data = "echo Working" files = ["run_functional-tests.sh", "run_tests.sh"] for f in files: file(os.path.join(clone_dir, f), 'w').write(data) os.chmod(os.path.join(clone_dir, f), 0755) gitu.add_commit_and_publish(clone_dir, "master", None, fnames=files) # Give some time for jenkins to work ju.wait_till_job_completes("zuul-demo-functional-tests", last_succeed_build_num_ft, "lastSuccessfulBuild") ju.wait_till_job_completes("zuul-demo-unit-tests", last_succeed_build_num_ut, "lastSuccessfulBuild") attempt = 0 while "jenkins" not in gu.get_reviewers(change_id): if attempt >= 90: break time.sleep(1) attempt += 1 attempt = 0 while gu.get_reviewer_approvals(change_id, 'jenkins')['Verified'] \ != '+1': if attempt >= 90: break time.sleep(1) attempt += 1 self.assertEqual( gu.get_reviewer_approvals(change_id, 'jenkins')['Verified'], '+1') gu.del_pubkey(k_index)
def get_group_id(sf_url, username, password, grpname): c = GerritUtils('http://' + sf_url, auth_cookie=get_cookie(sf_url, username, password)) return c.get_group_id(grpname)
class TestProjectReplication(Base): """ Functional tests to verify the gerrit replication feature """ def setUp(self): self.msu = ManageSfUtils(config.GATEWAY_URL) self.un = config.ADMIN_USER self.gu = GerritUtils( config.GATEWAY_URL, auth_cookie=config.USERS[self.un]['auth_cookie']) self.gu2 = GerritUtils( config.GATEWAY_URL, auth_cookie=config.USERS[config.USER_2]['auth_cookie']) self.k_idx = self.gu2.add_pubkey(config.USERS[config.USER_2]["pubkey"]) priv_key_path = set_private_key(config.USERS[self.un]["privkey"]) self.gitu_admin = GerritGitUtils(self.un, priv_key_path, config.USERS[self.un]['email']) # Configuration to access mirror repo present in mysql self.msql_repo_path = "ssh://%s@%s/%s" \ % (config.GERRIT_USER, config.GATEWAY_HOST, 'home/gerrit/site_path/git/') # prepare environment for git clone on mirror repo self.mt = Tool() self.mt_tempdir = tempfile.mkdtemp() priv_key = file(config.GERRIT_SERVICE_PRIV_KEY_PATH, 'r').read() priv_key_path = os.path.join(self.mt_tempdir, 'user.priv') file(priv_key_path, 'w').write(priv_key) os.chmod(priv_key_path, stat.S_IREAD | stat.S_IWRITE) ssh_wrapper = "ssh -o StrictHostKeyChecking=no -i " \ "%s \"$@\"" % priv_key_path wrapper_path = os.path.join(self.mt_tempdir, 'ssh_wrapper.sh') file(wrapper_path, 'w').write(ssh_wrapper) os.chmod(wrapper_path, stat.S_IRWXU) self.mt.env['GIT_SSH'] = wrapper_path self.pname = 'test-replication' def tearDown(self): self.deleteConfigSection(self.un, self.pname) self.deleteMirrorRepo(self.pname) self.msu.deleteProject(self.pname, self.un) self.gu2.del_pubkey(self.k_idx) # Can't use GerritGitUtils.clone as not sure when source uri repo in mysql # be ready.(i.e gerrit is taking time to create the mirror repo in mysql # node) So this clone may succeed or fail, we don't need 'git review -s' # and other review commands in clone method def clone(self, uri, target): self.assertTrue(uri.startswith('ssh://')) cmd = "git clone %s %s" % (uri, target) self.mt.exe(cmd, self.mt_tempdir) clone = os.path.join(self.mt_tempdir, target) return clone def create_project(self, name, user, options=None): self.msu.createProject(name, user, options) def ssh_run_cmd(self, sshkey_priv_path, user, host, subcmd): host = '%s@%s' % (user, host) sshcmd = ['ssh', '-o', 'LogLevel=ERROR', '-o', 'StrictHostKeyChecking=no', '-o', 'UserKnownHostsFile=/dev/null', '-i', sshkey_priv_path, host] cmd = sshcmd + subcmd p = Popen(cmd, stdout=PIPE) return p.communicate() def deleteMirrorRepo(self, name): sshkey_priv_path = config.GERRIT_SERVICE_PRIV_KEY_PATH user = '******' host = config.GATEWAY_HOST mirror_path = '/home/gerrit/site_path/git/%s.git' % name cmd = ['rm', '-rf', mirror_path] self.ssh_run_cmd(sshkey_priv_path, user, host, cmd) def createConfigSection(self, user, project): # Section name will be node name and the project section = 'mysql_%s' % project host = '%s@%s' % (config.GERRIT_USER, config.GATEWAY_HOST) mirror_repo_path = '/home/gerrit/site_path/git/\${name}.git' url = '%s:%s' % (host, mirror_repo_path) self.msu.replicationModifyConfig(user, 'add', section, 'projects', project) self.msu.replicationModifyConfig(user, 'add', section, 'url', url) push = '+refs/heads/*:refs/heads/*' self.msu.replicationModifyConfig(user, 'add', section, 'push', push) push = '+refs/tags/*:refs/tags/*' self.msu.replicationModifyConfig(user, 'add', section, 'push', push) def deleteConfigSection(self, user, project): # section name will be node name and the project section = 'managesf_%s' % project self.msu.replicationModifyConfig(user, 'remove-section', section) def mirror_clone_and_check_files(self, url, pname, us_files): retries = 0 files = [] while True: clone = self.clone(url, pname) # clone may fail, as mirror repo is not yet ready(i.e gerrit not # yet replicated the project) if os.path.isdir(clone): files = [f for f in os.listdir(clone) if not f.startswith('.')] shutil.rmtree(clone) if us_files and files: break elif retries > 30: break else: time.sleep(3) retries += 1 if us_files: for f in us_files: self.assertIn(f, files) self.assertTrue((len(us_files) < len(files))) def test_replication(self): """ Test gerrit replication for review process """ # Be sure the project, mirror repo, project in config don't exist self.deleteMirrorRepo(self.pname) self.deleteConfigSection(self.un, self.pname) self.msu.deleteProject(self.pname, self.un) # Create the project self.create_project(self.pname, self.un) # Create new section for this project in replication.config self.createConfigSection(self.un, self.pname) # Force gerrit to read its known_hosts file. The only # way to do that is by restarting gerrit. The Puppet Gerrit # manifest will restart gerrit if a new entry in known_hosts_gerrit # is discovered. # This may take some time (gerrit in some condition take long # to be fully up) call("ssh [email protected] systemctl restart gerrit", shell=True) call("ssh [email protected] /root/wait4gerrit.sh", shell=True) # Clone the project and submit it for review priv_key_path = set_private_key(config.USERS[self.un]["privkey"]) gitu = GerritGitUtils(self.un, priv_key_path, config.USERS[self.un]['email']) url = "ssh://%s@%s:29418/%s" % (self.un, config.GATEWAY_HOST, self.pname) clone_dir = gitu.clone(url, self.pname) gitu.add_commit_and_publish(clone_dir, "master", "Test commit") # Add 2 files and resubmit for review data = "echo Working" us_files = ["run_functional-tests.sh", "run_tests.sh"] for f in us_files: file(os.path.join(clone_dir, f), 'w').write(data) os.chmod(os.path.join(clone_dir, f), 0755) gitu.add_commit_and_publish(clone_dir, "master", None, fnames=us_files) # Review the patch and merge it change_ids = self.gu.get_my_changes_for_project(self.pname) self.assertGreater(len(change_ids), 0) change_id = change_ids[0] self.gu.submit_change_note(change_id, "current", "Code-Review", "2") self.gu.submit_change_note(change_id, "current", "Verified", "2") self.gu.submit_change_note(change_id, "current", "Workflow", "1") # Put USER_2 as core for config project grp_name = '%s-core' % self.pname self.gu.add_group_member(config.USER_2, grp_name) self.gu2.submit_change_note(change_id, "current", "Code-Review", "2") self.assertTrue(self.gu.submit_patch(change_id, "current")) shutil.rmtree(clone_dir) # Verify if gerrit automatically triggered replication # Mirror repo(in mysql node) should have these latest changes # Clone the mirror repo(from mysql) and check for the 2 files msql_repo_url = self.msql_repo_path + '%s.git' % self.pname self.mirror_clone_and_check_files(msql_repo_url, self.pname, us_files)