def test_ingest_nightly_with_params(self): workflow_name = 'GC-fast_workflow' workflow_parameters = 'trimHold:true;' repo = Repository('/tmp/repo_night') dispatcher = Dispatcher() logger = Logger(None) w = worker.Worker(dispatcher, repo, logger, self.client) mp = mediapackage.Mediapackage() repo.add(mp) w.enqueue_nightly_job_by_name( worker.INGEST_CODE, mp, { 'workflow': workflow_name, 'workflow_parameters': workflow_parameters }) dispatcher.emit('timer-nightly') time.sleep(1) # Need time to create zip self.assertEqual(len(self.client.calls), 1) self.assertEqual(self.client.calls[0]['workflow'], workflow_name) self.assertEqual(self.client.calls[0]['workflow_parameters'], workflow_parameters) self.assertEqual(mp.getOpStatus(worker.INGEST_CODE), mediapackage.OP_DONE) rmtree('/tmp/repo_night')
def setUp(self): self.logger_filename = '/tmp/galicaster_test.log' self.repo = self.RepoMock() self.client = self.OCHTTPClientMock() self.dispatcher = self.DispatcherMock() self.logger = Logger(self.logger_filename) self.worker = worker.Worker(self.dispatcher, self.repo, self.logger, self.client) self.repo1 = Repository() self.mp = mediapackage.Mediapackage() self.repo1.add(self.mp)
def test_ingest_nightly(self): repo = Repository('/tmp/repo_night') dispatcher = Dispatcher() logger = Logger(None) w = worker.Worker(dispatcher, repo, logger, self.client) mp = mediapackage.Mediapackage() mp.setOpStatus(worker.INGEST_CODE, mediapackage.OP_NIGHTLY) repo.add(mp) dispatcher.emit('timer-nightly') time.sleep(1) # Need time to create zip self.assertEqual(len(self.client.calls), 1) self.assertEqual(mp.getOpStatus(worker.INGEST_CODE), mediapackage.OP_DONE) rmtree('/tmp/repo_night')
def get_repository(): """ Get the Mediapackage Repository from the App Context """ if 'repository' not in __galicaster_context: conf = get_conf() template = conf.get('repository', 'foldertemplate') if template is None: __galicaster_context['repository'] = Repository( conf.get('basic', 'repository'), conf.hostname) else: __galicaster_context['repository'] = Repository( conf.get('basic', 'repository'), conf.hostname, conf.get('repository', 'foldertemplate')) return __galicaster_context['repository']
def test_ingest_nightly(self): repo = Repository('/tmp/repo_night') dispatcher = Dispatcher() logger = Logger(None) w = worker.Worker(dispatcher, repo, logger, self.client) mp = mediapackage.Mediapackage() mp.setOpStatus(worker.INGEST_CODE, mediapackage.OP_NIGHTLY) repo.add(mp) dispatcher.emit('timer-nightly') time.sleep(1) # Need time to create zip self.assertEqual(len(self.client.calls), 1) self.assertEqual(mp.getOpStatus(worker.INGEST_CODE), mediapackage.OP_DONE) rmtree('/tmp/repo_night')
def test_exec_nightly(self): repo = Repository('/tmp/repo_night') client = self.MHHTTPClientMock() dispatcher = Dispatcher() w = worker.Worker(dispatcher, repo, client) mp = mediapackage.Mediapackage() mp.setOpStatus(worker.INGEST_CODE, mediapackage.OP_NIGHTLY) repo.add(mp) dispatcher.emit('galicaster-notify-nightly') time.sleep(1) # Need time to create zip self.assertEqual(len(client.calls), 1) self.assertEqual(mp.getOpStatus(worker.INGEST_CODE), mediapackage.OP_DONE) rmtree('/tmp/repo_night')
def __get_dependencies(self): dispatcher = context.get_dispatcher() repo = Repository(self.tmppath) worker = self.WorkerMock() conf = Conf() conf.reload() conf.set("allows", "overlap", "False") logger = Logger(None) return dispatcher, repo, worker, conf, logger
def test_ingest_nightly_with_params(self): workflow_name = 'GC-fast_workflow' workflow_parameters = 'trimHold:true;' repo = Repository('/tmp/repo_night') dispatcher = Dispatcher() logger = Logger(None) w = worker.Worker(dispatcher, repo, logger, self.client) mp = mediapackage.Mediapackage() repo.add(mp) w.enqueue_nightly_job_by_name(worker.INGEST_CODE, mp, {'workflow': workflow_name, 'workflow_parameters' : workflow_parameters}) dispatcher.emit('timer-nightly') time.sleep(1) # Need time to create zip self.assertEqual(len(self.client.calls), 1) self.assertEqual(self.client.calls[0]['workflow'], workflow_name) self.assertEqual(self.client.calls[0]['workflow_parameters'], workflow_parameters) self.assertEqual(mp.getOpStatus(worker.INGEST_CODE), mediapackage.OP_DONE) rmtree('/tmp/repo_night')
def setUp(self): self.logger_filename = '/tmp/galicaster_test.log' self.repo = self.RepoMock() self.client = self.OCHTTPClientMock() self.dispatcher = self.DispatcherMock() self.logger = Logger(self.logger_filename) self.worker = worker.Worker(self.dispatcher, self.repo, self.logger, self.client) self.repo1 = Repository() self.mp = mediapackage.Mediapackage() self.repo1.add(self.mp)
def get_repository(): """Creates if necessary and retrieves the Mediapackage Repository from the App Context. Returns: Mediapackage: mediapackage instance in galicaster context. """ from galicaster.mediapackage.repository import Repository if 'repository' not in __galicaster_context: conf = get_conf() template = conf.get('repository', 'foldertemplate') __galicaster_context['repository'] = Repository( conf.get('basic', 'repository'), conf.get_hostname(), template, get_logger()) return __galicaster_context['repository']
class TestFunctions(TestCase): baseDir = get_resource('mediapackage') path_capture_agent_properties = os.path.join( baseDir, 'org.opencastproject.capture.agent.properties') class RepoMock(object): def update(self, mp): pass class OCHTTPClientMock(object): def __init__(self): self.calls = [] def ingest(self, mp_file, mp=None, workflow=None, workflow_instance=None, workflow_parameters=None): self.calls.append({ 'file': mp_file, 'workflow': workflow, 'workflow_instance': workflow_instance, 'workflow_parameters': workflow_parameters }) class DispatcherMock(object): def connect(self, *args): pass def emit(self, *args): pass def setUp(self): self.logger_filename = '/tmp/galicaster_test.log' self.repo = self.RepoMock() self.client = self.OCHTTPClientMock() self.dispatcher = self.DispatcherMock() self.logger = Logger(self.logger_filename) self.worker = worker.Worker(self.dispatcher, self.repo, self.logger, self.client) self.repo1 = Repository() self.mp = mediapackage.Mediapackage() self.repo1.add(self.mp) def tearDown(self): del self.repo del self.client del self.dispatcher del self.logger del self.worker self.repo1.delete(self.mp) def test_init_parameters(self): self.assertEqual(self.worker.export_path, os.path.expanduser('~')) self.assertEqual(self.worker.tmp_path, tempfile.gettempdir()) #self.assertRaises(OSError, worker.Worker, repo, client, '/a/b/c', None) #self.assertRaises(OSError, worker.Worker, repo, client, None, '/a/b/c') w = worker.Worker(self.dispatcher, self.repo, self.logger, self.client, '/tmp/galicaster_tdd/a/b/c', '/tmp/galicaster_tdd/1/2/3') self.assertEqual(w.export_path, '/tmp/galicaster_tdd/a/b/c') self.assertEqual(w.tmp_path, '/tmp/galicaster_tdd/1/2/3') for dir_path in ('/tmp/galicaster_tdd/a/b/c', '/tmp/galicaster_tdd/1/2/3'): self.assertTrue(os.path.isdir(dir_path)) rmtree('/tmp/galicaster_tdd') def test_get_all_job_types(self): jtypes = self.worker.get_all_job_types() # Even length self.assertTrue(len(jtypes) % 2 == 0) for indx, element in enumerate(jtypes): if indx % 2 == 0: self.assertEqual(jtypes[indx] + ' Nightly', jtypes[indx + 1]) def test_get_ui_job_types(self): jtypes = self.worker.get_ui_job_types() jtypes_1 = jtypes[0:int(len(jtypes) / 2)] jtypes_2 = jtypes[int(len(jtypes) / 2):] # Even length self.assertTrue(len(jtypes) % 2 == 0) for indx, element in enumerate(jtypes_2): jtypes_2[indx] = jtypes_2[indx].replace(' Nightly', '') self.assertEqual(jtypes_1, jtypes_2) def test_get_all_job_types_by_mp(self): w = worker.Worker(self.dispatcher, self.repo1, self.logger, self.client) daily, nighly = w.get_all_job_types_by_mp(self.mp) for indx, element in enumerate(nighly): nighly[indx] = nighly[indx].replace(' Nightly', '') self.assertEqual(daily, nighly) def test_ui_job_types_by_mp(self): w = worker.Worker(self.dispatcher, self.repo1, self.logger, self.client) daily, nighly = w.get_ui_job_types_by_mp(self.mp) for indx, element in enumerate(nighly): nighly[indx] = nighly[indx].replace(' Nightly', '') self.assertEqual(daily, nighly) def test_get_job_name(self): self.assertEqual(self.worker.get_job_name('ingest'), 'Ingest') def test_do_job_by_name(self): w = worker.Worker(self.dispatcher, self.repo1, self.logger, self.client) self.assertTrue(w.do_job_by_name('ingest', self.mp.getIdentifier())) self.assertFalse( w.do_job_by_name('inexistent_op', self.mp.getIdentifier())) def test_enqueue_job_by_name(self): w = worker.Worker(self.dispatcher, self.repo1, self.logger, self.client) self.assertTrue( w.enqueue_job_by_name('ingest', self.mp.getIdentifier())) self.assertFalse( w.enqueue_job_by_name('inexistent_op', self.mp.getIdentifier())) time.sleep(0.15) def test_do_job(self): w = worker.Worker(self.dispatcher, self.repo1, self.logger, self.client) self.assertTrue(w.do_job('ingest', self.mp)) self.assertFalse(w.do_job('inexistent_op', self.mp)) time.sleep(0.15) def test_do_job_nightly(self): w = worker.Worker(self.dispatcher, self.repo1, self.logger, self.client) self.assertTrue(w.do_job_nightly('ingest', self.mp)) self.assertTrue(w.do_job_nightly('cancelingest', self.mp)) self.assertFalse(w.do_job_nightly('inexistent_op', self.mp)) @skip("Test break") def test_ingest_manual(self): mp = mediapackage.Mediapackage(uri='/tmp') mp.manual = True self.worker._ingest(mp) self.assertEqual(self.client.calls[0]['workflow'], None) self.assertEqual(self.client.calls[0]['workflow_instance'], None) self.assertEqual(self.client.calls[0]['workflow_parameters'], None) @skip("Test break") def test_ingest_no_manual(self): mp = mediapackage.Mediapackage(identifier='1', uri='/tmp') mp.add(self.path_capture_agent_properties, mediapackage.TYPE_ATTACHMENT, identifier='org.opencastproject.capture.agent.properties') mp.manual = False self.worker._ingest(mp) self.assertEqual(self.client.calls[0]['workflow'], 'full') self.assertEqual(self.client.calls[0]['workflow_instance'], '1') self.assertEqual(self.client.calls[0]['workflow_parameters'], { 'trimHold': 'false', 'captionHold': 'false' }) @skip("Test break") def test_ingest_no_manual_only_workflow(self): mp = mediapackage.Mediapackage(identifier='1', uri='/tmp') mp.addAttachmentAsString( 'org.opencastproject.workflow.definition=mini-full', name='org.opencastproject.capture.agent.properties', identifier='org.opencastproject.capture.agent.properties') mp.manual = False self.worker._ingest(mp) self.assertEqual(self.client.calls[0]['workflow'], 'mini-full') self.assertEqual(self.client.calls[0]['workflow_instance'], '1') self.assertEqual(self.client.calls[0]['workflow_parameters'], {}) @skip("Test break") def test_ingest_nightly(self): repo = Repository('/tmp/repo_night') dispatcher = Dispatcher() logger = Logger(None) w = worker.Worker(dispatcher, repo, logger, self.client) mp = mediapackage.Mediapackage() mp.setOpStatus(worker.INGEST_CODE, mediapackage.OP_NIGHTLY) repo.add(mp) dispatcher.emit('timer-nightly') time.sleep(1) # Need time to create zip self.assertEqual(len(self.client.calls), 1) self.assertEqual(mp.getOpStatus(worker.INGEST_CODE), mediapackage.OP_DONE) rmtree('/tmp/repo_night') @skip("Test break") def test_ingest_nightly_with_params(self): workflow_name = 'GC-fast_workflow' workflow_parameters = 'trimHold:true;' repo = Repository('/tmp/repo_night') dispatcher = Dispatcher() logger = Logger(None) w = worker.Worker(dispatcher, repo, logger, self.client) mp = mediapackage.Mediapackage() repo.add(mp) w.enqueue_nightly_job_by_name( worker.INGEST_CODE, mp, { 'workflow': workflow_name, 'workflow_parameters': workflow_parameters }) dispatcher.emit('timer-nightly') time.sleep(1) # Need time to create zip self.assertEqual(len(self.client.calls), 1) self.assertEqual(self.client.calls[0]['workflow'], workflow_name) self.assertEqual(self.client.calls[0]['workflow_parameters'], workflow_parameters) self.assertEqual(mp.getOpStatus(worker.INGEST_CODE), mediapackage.OP_DONE) rmtree('/tmp/repo_night') def test_export_to_zip(self): w = worker.Worker(self.dispatcher, self.repo1, self.logger, self.client) filename = '/tmp/mp.zip' w.enqueue_job_by_name('exporttozip', self.mp, {'location': filename}) time.sleep(0.25) self.assertTrue(os.path.exists(filename)) # Check zip file the_zip_file = zipfile.ZipFile(filename) ret = the_zip_file.testzip() self.assertEqual(ret, None) @skip("need special configuration") def test_side_by_side(self): w = worker.Worker(self.dispatcher, self.repo1, self.logger, self.client) baseDir = get_resource('sbs') path_track1 = path.join(baseDir, 'SCREEN.mp4') path_track2 = path.join(baseDir, 'CAMERA.mp4') path_catalog = path.join(baseDir, 'episode.xml') path_attach = path.join(baseDir, 'attachment.txt') path_capture_agent_properties = path.join( baseDir, 'org.opencastproject.capture.agent.properties') path_other = path.join(baseDir, 'manifest.xml') track1 = mediapackage.Track(uri=path_track1, duration=532, flavor="presentation/source") track2 = mediapackage.Track(uri=path_track2, duration=532, flavor="presenter/source") catalog = mediapackage.Catalog(uri=path_catalog, flavor="catalog/source") attach = mediapackage.Attachment(uri=path_attach, flavor="attachment/source") other = mediapackage.Other(uri=path_other, flavor="other/source") self.mp.add(path_track1, mediapackage.TYPE_TRACK, "presentation/source", "video/mpeg", 532) self.mp.add(path_track2, mediapackage.TYPE_TRACK, "presenter/source", "video/mpeg", 532) self.mp.add(path_catalog, mediapackage.TYPE_CATALOG, "catalog/source", "text/xml") self.mp.add(path_attach, mediapackage.TYPE_ATTACHMENT, "attachment/source", "text/xml") self.mp.add(path_other, mediapackage.TYPE_OTHER, "other/source", "text/xml") filename = '/tmp/sidebyside.mpeg' w.enqueue_job_by_name('sidebyside', self.mp, {'location': filename}) time.sleep(2) self.assertTrue(os.path.exists(filename))
class TestFunctions(TestCase): baseDir = get_resource('mediapackage') path_capture_agent_properties = os.path.join(baseDir, 'org.opencastproject.capture.agent.properties') class RepoMock(object): def update(self, mp): pass class OCHTTPClientMock(object): def __init__(self): self.calls = [] def ingest(self, mp_file, mp=None, workflow=None, workflow_instance=None, workflow_parameters=None): self.calls.append({'file': mp_file, 'workflow': workflow, 'workflow_instance': workflow_instance, 'workflow_parameters': workflow_parameters}) class DispatcherMock(object): def connect(self, *args): pass def emit(self, *args): pass def setUp(self): self.logger_filename = '/tmp/galicaster_test.log' self.repo = self.RepoMock() self.client = self.OCHTTPClientMock() self.dispatcher = self.DispatcherMock() self.logger = Logger(self.logger_filename) self.worker = worker.Worker(self.dispatcher, self.repo, self.logger, self.client) self.repo1 = Repository() self.mp = mediapackage.Mediapackage() self.repo1.add(self.mp) def tearDown(self): del self.repo del self.client del self.dispatcher del self.logger del self.worker self.repo1.delete(self.mp) def test_init_parameters(self): self.assertEqual(self.worker.export_path, os.path.expanduser('~')) self.assertEqual(self.worker.tmp_path, tempfile.gettempdir()) #self.assertRaises(OSError, worker.Worker, repo, client, '/a/b/c', None) #self.assertRaises(OSError, worker.Worker, repo, client, None, '/a/b/c') w = worker.Worker(self.dispatcher, self.repo, self.logger, self.client, '/tmp/galicaster_tdd/a/b/c', '/tmp/galicaster_tdd/1/2/3') self.assertEqual(w.export_path, '/tmp/galicaster_tdd/a/b/c') self.assertEqual(w.tmp_path, '/tmp/galicaster_tdd/1/2/3') for dir_path in ('/tmp/galicaster_tdd/a/b/c', '/tmp/galicaster_tdd/1/2/3'): self.assertTrue(os.path.isdir(dir_path)) rmtree('/tmp/galicaster_tdd') def test_get_all_job_types(self): jtypes = self.worker.get_all_job_types() jtypes_1 = jtypes[0:len(jtypes)/2] jtypes_2 = jtypes[len(jtypes)/2:] # Even length self.assertTrue(len(jtypes)%2 == 0) for indx, element in enumerate(jtypes): if indx%2 == 0: self.assertEqual(jtypes[indx] + ' Nightly', jtypes[indx+1]) def test_get_ui_job_types(self): jtypes = self.worker.get_ui_job_types() jtypes_1 = jtypes[0:len(jtypes)/2] jtypes_2 = jtypes[len(jtypes)/2:] # Even length self.assertTrue(len(jtypes)%2 == 0) for indx, element in enumerate(jtypes_2): jtypes_2[indx] = jtypes_2[indx].replace(' Nightly', '') self.assertEqual(jtypes_1, jtypes_2) def test_get_all_job_types_by_mp(self): w = worker.Worker(self.dispatcher, self.repo1, self.logger, self.client) daily, nighly = w.get_all_job_types_by_mp(self.mp) for indx, element in enumerate(nighly): nighly[indx] = nighly[indx].replace(' Nightly', '') self.assertEqual(daily,nighly) def test_ui_job_types_by_mp(self): w = worker.Worker(self.dispatcher, self.repo1, self.logger, self.client) daily, nighly = w.get_ui_job_types_by_mp(self.mp) for indx, element in enumerate(nighly): nighly[indx] = nighly[indx].replace(' Nightly', '') self.assertEqual(daily,nighly) def test_get_job_name(self): self.assertEqual(self.worker.get_job_name('ingest'), 'Ingest') def test_do_job_by_name(self): w = worker.Worker(self.dispatcher, self.repo1, self.logger, self.client) self.assertTrue(w.do_job_by_name('ingest', self.mp.getIdentifier())) self.assertFalse(w.do_job_by_name('inexistent_op', self.mp.getIdentifier())) def test_enqueue_job_by_name(self): w = worker.Worker(self.dispatcher, self.repo1, self.logger, self.client) self.assertTrue(w.enqueue_job_by_name('ingest', self.mp.getIdentifier())) self.assertFalse(w.enqueue_job_by_name('inexistent_op', self.mp.getIdentifier())) time.sleep(0.15) def test_do_job(self): w = worker.Worker(self.dispatcher, self.repo1, self.logger, self.client) self.assertTrue(w.do_job('ingest', self.mp)) self.assertFalse(w.do_job('inexistent_op', self.mp)) time.sleep(0.15) def test_do_job_nightly(self): w = worker.Worker(self.dispatcher, self.repo1, self.logger, self.client) self.assertTrue(w.do_job_nightly('ingest', self.mp)) self.assertTrue(w.do_job_nightly('cancelingest', self.mp)) self.assertFalse(w.do_job_nightly('inexistent_op', self.mp)) def test_ingest_manual(self): mp = mediapackage.Mediapackage(uri='/tmp') mp.manual = True self.worker._ingest(mp) self.assertEqual(self.client.calls[0]['workflow'], None) self.assertEqual(self.client.calls[0]['workflow_instance'], None) self.assertEqual(self.client.calls[0]['workflow_parameters'], None) def test_ingest_no_manual(self): mp = mediapackage.Mediapackage(identifier='1', uri='/tmp') mp.add(self.path_capture_agent_properties, mediapackage.TYPE_ATTACHMENT, identifier='org.opencastproject.capture.agent.properties') mp.manual = False self.worker._ingest(mp) self.assertEqual(self.client.calls[0]['workflow'], 'full') self.assertEqual(self.client.calls[0]['workflow_instance'], '1') self.assertEqual(self.client.calls[0]['workflow_parameters'], {'trimHold': 'false', 'captionHold': 'false'}) def test_ingest_no_manual_only_workflow(self): mp = mediapackage.Mediapackage(identifier='1', uri='/tmp') mp.addAttachmentAsString('org.opencastproject.workflow.definition=mini-full', name='org.opencastproject.capture.agent.properties', identifier='org.opencastproject.capture.agent.properties') mp.manual = False self.worker._ingest(mp) self.assertEqual(self.client.calls[0]['workflow'], 'mini-full') self.assertEqual(self.client.calls[0]['workflow_instance'], '1') self.assertEqual(self.client.calls[0]['workflow_parameters'], {}) def test_ingest_nightly(self): repo = Repository('/tmp/repo_night') dispatcher = Dispatcher() logger = Logger(None) w = worker.Worker(dispatcher, repo, logger, self.client) mp = mediapackage.Mediapackage() mp.setOpStatus(worker.INGEST_CODE, mediapackage.OP_NIGHTLY) repo.add(mp) dispatcher.emit('timer-nightly') time.sleep(1) # Need time to create zip self.assertEqual(len(self.client.calls), 1) self.assertEqual(mp.getOpStatus(worker.INGEST_CODE), mediapackage.OP_DONE) rmtree('/tmp/repo_night') def test_ingest_nightly_with_params(self): workflow_name = 'GC-fast_workflow' workflow_parameters = 'trimHold:true;' repo = Repository('/tmp/repo_night') dispatcher = Dispatcher() logger = Logger(None) w = worker.Worker(dispatcher, repo, logger, self.client) mp = mediapackage.Mediapackage() repo.add(mp) w.enqueue_nightly_job_by_name(worker.INGEST_CODE, mp, {'workflow': workflow_name, 'workflow_parameters' : workflow_parameters}) dispatcher.emit('timer-nightly') time.sleep(1) # Need time to create zip self.assertEqual(len(self.client.calls), 1) self.assertEqual(self.client.calls[0]['workflow'], workflow_name) self.assertEqual(self.client.calls[0]['workflow_parameters'], workflow_parameters) self.assertEqual(mp.getOpStatus(worker.INGEST_CODE), mediapackage.OP_DONE) rmtree('/tmp/repo_night') def test_export_to_zip(self): w = worker.Worker(self.dispatcher, self.repo1, self.logger, self.client) filename = '/tmp/mp.zip' w.enqueue_job_by_name('exporttozip', self.mp, {'location': filename}) time.sleep(0.25) self.assertTrue(os.path.exists(filename)) # Check zip file the_zip_file = zipfile.ZipFile(filename) ret = the_zip_file.testzip() self.assertEqual(ret, None) def test_side_by_side(self): w = worker.Worker(self.dispatcher, self.repo1, self.logger, self.client) baseDir = get_resource('sbs') path_track1 = path.join(baseDir, 'SCREEN.mp4') path_track2 = path.join(baseDir, 'CAMERA.mp4') path_catalog = path.join(baseDir, 'episode.xml') path_attach = path.join(baseDir, 'attachment.txt') path_capture_agent_properties = path.join(baseDir, 'org.opencastproject.capture.agent.properties') path_other = path.join(baseDir, 'manifest.xml') track1 = mediapackage.Track(uri = path_track1, duration = 532, flavor = "presentation/source") track2 = mediapackage.Track(uri = path_track2, duration = 532, flavor = "presenter/source") catalog = mediapackage.Catalog(uri = path_catalog, flavor = "catalog/source") attach = mediapackage.Attachment(uri = path_attach, flavor = "attachment/source") other = mediapackage.Other(uri = path_other, flavor = "other/source") self.mp.add(path_track1, mediapackage.TYPE_TRACK, "presentation/source", "video/mpeg", 532) self.mp.add(path_track2, mediapackage.TYPE_TRACK, "presenter/source", "video/mpeg", 532) self.mp.add(path_catalog, mediapackage.TYPE_CATALOG, "catalog/source", "text/xml") self.mp.add(path_attach, mediapackage.TYPE_ATTACHMENT, "attachment/source", "text/xml") self.mp.add(path_other, mediapackage.TYPE_OTHER, "other/source", "text/xml") filename = '/tmp/sidebyside.mpeg' w.enqueue_job_by_name('sidebyside', self.mp, {'location': filename}) time.sleep(2) self.assertTrue(os.path.exists(filename))