class KalturaBaseTest(unittest.TestCase):
"""Base class for all Kaltura Tests"""
# TODO create a client factory as to avoid thrashing kaltura with logins...
def setUp(self):
# (client session is enough when we do operations in a users scope)
self.config = GetConfig()
self.client = KalturaClient(self.config)
self.ks = self.client.generateSession(ADMIN_SECRET, USER_NAME, KalturaSessionType.ADMIN, PARTNER_ID, 86400, "")
self.client.setKs(self.ks)
def tearDown(self):
# do cleanup first, probably relies on self.client
self.doCleanups()
del (self.ks)
del (self.client)
del (self.config)
def readyWait(self, mediaId):
""" Block until a 'ready' state is returned from server on the provided mediaId """
sleeptime = 5
while True:
print "checking if media id %s is ready" % (mediaId,)
mediaEntry = self.client.media.get(mediaId)
if mediaEntry.getStatus().getValue() == "2":
break
else:
time.sleep(sleeptime)
class KalturaBaseTest(unittest.TestCase):
"""Base class for all Kaltura Tests"""
#TODO create a client factory as to avoid thrashing kaltura with logins...
def setUp(self):
#(client session is enough when we do operations in a users scope)
self.config = GetConfig()
self.client = KalturaClient(self.config)
self.ks = self.client.generateSession(ADMIN_SECRET, USER_NAME,
KalturaSessionType.ADMIN,
PARTNER_ID, 86400, "")
self.client.setKs(self.ks)
def tearDown(self):
#do cleanup first, probably relies on self.client
self.doCleanups()
del (self.ks)
del (self.client)
del (self.config)
def readyWait(self, mediaId):
""" Block until a 'ready' state is returned from server on the provided mediaId """
sleeptime = 5
while True:
print "checking if media id %s is ready" % (mediaId, )
mediaEntry = self.client.media.get(mediaId)
if mediaEntry.getStatus().getValue() == '2':
break
else:
time.sleep(sleeptime)
def setUp(self):
#(client session is enough when we do operations in a users scope)
self.config = GetConfig()
self.client = KalturaClient(self.config)
self.ks = generateSessionFunction(ADMIN_SECRET, USER_NAME,
KalturaSessionType.ADMIN, PARTNER_ID,
86400, "")
self.client.setKs(self.ks)
def setUp(self):
"""These tests require that client.session.start be used
Instead of self.client.generateSession
TODO: Document Why
"""
self.config = GetConfig()
self.client = KalturaClient(self.config)
self.ks = None
def kaltura_session():
""" get kaltura_session from user """
kaltura_session = input("Enter ks: ")
config = KalturaConfiguration()
config.serviceUrl = "https://api.kaltura.nordu.net/"
client = KalturaClient(config)
client.clientConfiguration["clientTag"] = "change_domain-helper"
client.setKs(kaltura_session)
return client
def kaltura_session():
""" get ks from user """
ks = input("Enter ks: ")
config = KalturaConfiguration()
config.serviceUrl = "https://api.kaltura.nordu.net/"
client = KalturaClient(config)
client.clientConfiguration["clientTag"] = "appToken-helper"
client.setKs(ks)
return client
def setUp(self):
#(client session is enough when we do operations in a users scope)
self.config = GetConfig()
self.client = KalturaClient(self.config)
self.ks = self.client.generateSession(ADMIN_SECRET, USER_NAME,
KalturaSessionType.ADMIN, PARTNER_ID,
86400, "")
self.client.setKs(self.ks)
def kaltura_client(self):
admin_secret = app.config['KALTURA_ADMIN_SECRET']
unique_user_id = app.config['KALTURA_UNIQUE_USER_ID']
partner_id = self.kaltura_partner_id
expiry = app.config['KALTURA_EXPIRY']
config = KalturaConfiguration()
client = KalturaClient(config)
ks = client.session.start(
admin_secret,
unique_user_id,
KalturaSessionType.ADMIN,
partner_id,
expiry,
'appId:appName-appDomain',
)
client.setKs(ks)
return client
def setUp(self):
"""These tests require that client.session.start be used
Instead of self.client.generateSession
TODO: Document Why
"""
self.config = GetConfig()
self.client = KalturaClient(self.config)
self.ks = None
def app_token_session(self):
""" create kaltura session using appToken """
self.statusbar.showMessage("Create kaltura session using appToken")
options = QFileDialog.Options()
options |= QFileDialog.DontUseNativeDialog
filename, _ = QFileDialog.getOpenFileName(
self,
"QFileDialog.getOpenFileName()",
"",
"Json Files (*.json)",
options=options,
)
try:
with open(filename) as json_data_file:
data = json.load(json_data_file)
api_token_id = data["api_token_id"]
api_token = data["api_token"]
kaltura_partnerid = data["kaltura_partnerid"]
kaltura_serviceurl = data["kaltura_serviceurl"]
config = KalturaConfiguration(kaltura_partnerid)
config.serviceUrl = kaltura_serviceurl
self.kaltura_session = KalturaClient(config)
user_id = ""
widget_id = "_" + str(kaltura_partnerid)
expiry = 86400
result = self.kaltura_session.session.startWidgetSession(
widget_id, expiry)
self.kaltura_session.setKs(result.ks)
tokenHash = hashlib.sha256(
result.ks.encode("ascii") +
api_token.encode("ascii")).hexdigest()
type = KalturaSessionType.ADMIN
result = self.kaltura_session.appToken.startSession(
api_token_id, tokenHash, user_id, type, expiry)
self.kaltura_session.setKs(result.ks)
MultiDl.session_type = "appToken"
except:
self.error_dialog.showMessage("Error creating Kaltura session")
def test_MultiRequest(self):
"""From lines 221- 241 of origional PythonTester.py"""
self.client.startMultiRequest()
ks = self.client.session.start(ADMIN_SECRET, USER_NAME,
KalturaSessionType.ADMIN, PARTNER_ID,
86400, "")
self.client.setKs(ks)
listResult = self.client.baseEntry.list()
multiResult = self.client.doMultiRequest()
print(multiResult[1].totalCount)
self.client.setKs(multiResult[0])
# error
try:
mediaEntry = self.client.media.get('invalid entry id')
assert (False)
except KalturaException as e:
assert (e.code == 'ENTRY_ID_NOT_FOUND')
# multi request error
self.client = KalturaClient(GetConfig())
#start a NEW multirequest (could move to separate unit test?)
self.client.startMultiRequest()
ks = self.client.session.start(ADMIN_SECRET, USER_NAME,
KalturaSessionType.ADMIN, PARTNER_ID,
86400, "")
self.client.setKs(ks)
mediaEntry = self.client.media.get('invalid entry id')
multiResult = self.client.doMultiRequest()
self.client.setKs(multiResult[0])
assert (isinstance(multiResult[1], KalturaException))
assert (multiResult[1].code == 'ENTRY_ID_NOT_FOUND')
#must be called with existing client multirequest session
self._AdvancedMultiRequestExample()
def admin_secret_session(self):
""" create kaltura session using adminsecret """
self.statusbar.showMessage("Create kaltura session using adminsecret")
kaltura_partnerid, ok = QInputDialog.getText(
self, "Input kaltura partnerid", "Input partnerid:")
kaltura_adminsecret, ok = QInputDialog.getText(self,
"Input adminsecret",
"Input adminsecret:")
try:
config = KalturaConfiguration()
config.serviceUrl = "https://api.kaltura.nordu.net/"
self.kaltura_session = KalturaClient(config)
ks = self.kaltura_session.session.start(kaltura_adminsecret, None,
KalturaSessionType.ADMIN,
kaltura_partnerid)
self.kaltura_session.setKs(ks)
MultiDl.session_type = "adminSecret"
except:
self.error_dialog.showMessage("Error creating Kaltura session")
class KalturaBaseTest(unittest.TestCase):
"""Base class for all Kaltura Tests"""
# TODO create a client factory as to avoid thrashing kaltura with logins...
def setUp(self):
# (client session is enough when we do operations in a users scope)
self.config = GetConfig()
self.client = KalturaClient(self.config)
self.ks = self.client.generateSession(ADMIN_SECRET, USER_NAME, KalturaSessionType.ADMIN, PARTNER_ID, 86400, "")
self.client.setKs(self.ks)
def tearDown(self):
# do cleanup first, probably relies on self.client
self.doCleanups()
del (self.ks)
del (self.client)
del (self.config)
def __init__(self):
expiry = app.config['KALTURA_EXPIRY']
partner_id = app.config['KALTURA_PARTNER_ID']
self.client = KalturaClient(KalturaConfiguration())
result = self.client.session.startWidgetSession(
expiry=expiry,
widgetId=f'_{partner_id}',
)
self.client.setKs(result.ks)
token_hash = hashlib.sha256(
(result.ks +
app.config['KALTURA_APP_TOKEN']).encode('ascii')).hexdigest()
result = self.client.appToken.startSession(
expiry=expiry,
id=app.config['KALTURA_APP_TOKEN_ID'],
tokenHash=token_hash,
type=KalturaSessionType.ADMIN,
)
self.client.setKs(result.ks)
class KalturaBaseTest(unittest.TestCase):
"""Base class for all Kaltura Tests"""
#TODO create a client factory as to avoid thrashing kaltura with logins...
def setUp(self):
#(client session is enough when we do operations in a users scope)
self.config = GetConfig()
self.client = KalturaClient(self.config)
self.ks = generateSessionFunction(ADMIN_SECRET, USER_NAME,
KalturaSessionType.ADMIN, PARTNER_ID,
86400, "")
self.client.setKs(self.ks)
def tearDown(self):
#do cleanup first, probably relies on self.client
self.doCleanups()
del(self.ks)
del(self.client)
del(self.config)
def _AdvancedMultiRequestExample(self):
# this is a separate, local client - not 'self.client'
client = KalturaClient(
self.config) # matches line 154 in PythonTester.py
client.startMultiRequest()
from KalturaClient.Plugins.Core import KalturaMixEntry
from KalturaClient.Plugins.Core import KalturaEditorType
# Request 1
ks = client.session.start(ADMIN_SECRET, USER_NAME,
KalturaSessionType.ADMIN, PARTNER_ID, 86400,
"")
# for the current multi request, the result of the first call will be
# used as the ks for next calls
client.setKs(ks)
mixEntry = KalturaMixEntry()
mixEntry.setName(".Net Mix %s" % (testString, ))
mixEntry.setEditorType(KalturaEditorType.SIMPLE)
# Request 2
mixEntry = client.mixing.add(mixEntry)
# Request 3
ulFile = getTestFile('DemoVideo.flv')
uploadTokenId = client.media.upload(ulFile)
mediaEntry = KalturaMediaEntry()
mediaEntry.setName("Media Entry For Mix %s" % (testString, ))
mediaEntry.setMediaType(KalturaMediaType.VIDEO)
# Request 4
mediaEntry = client.media.addFromUploadedFile(mediaEntry,
uploadTokenId)
# Request 5
client.mixing.appendMediaEntry(mixEntry.id, mediaEntry.id)
response = client.doMultiRequest()
for subResponse in response:
if isinstance(subResponse, KalturaException):
self.fail("Error occurred: " + subResponse.message)
# when accessing the response object we will use an index and not the
# response number (response number - 1)
assert (isinstance(response[1], KalturaMixEntry))
mixEntry = response[1]
print("The new mix entry id is: {}".format(mixEntry.id))
def _AdvancedMultiRequestExample(self):
# this is a separate, local client - not 'self.client'
client = KalturaClient(
self.config) # matches line 154 in PythonTester.py
client.startMultiRequest()
from KalturaClient.Plugins.Core import KalturaMixEntry
from KalturaClient.Plugins.Core import KalturaEditorType
# Request 1
ks = client.session.start(ADMIN_SECRET, USER_NAME,
KalturaSessionType.ADMIN,
PARTNER_ID, 86400, "")
# for the current multi request, the result of the first call will be
# used as the ks for next calls
client.setKs(ks)
mixEntry = KalturaMixEntry()
mixEntry.setName(".Net Mix %s" % (testString,))
mixEntry.setEditorType(KalturaEditorType.SIMPLE)
# Request 2
mixEntry = client.mixing.add(mixEntry)
# Request 3
ulFile = getTestFile('DemoVideo.flv')
uploadTokenId = client.media.upload(ulFile)
mediaEntry = KalturaMediaEntry()
mediaEntry.setName("Media Entry For Mix %s" % (testString,))
mediaEntry.setMediaType(KalturaMediaType.VIDEO)
# Request 4
mediaEntry = client.media.addFromUploadedFile(
mediaEntry, uploadTokenId)
# Request 5
client.mixing.appendMediaEntry(mixEntry.id, mediaEntry.id)
response = client.doMultiRequest()
for subResponse in response:
if isinstance(subResponse, KalturaException):
self.fail("Error occurred: " + subResponse.message)
# when accessing the response object we will use an index and not the
# response number (response number - 1)
assert(isinstance(response[1], KalturaMixEntry))
mixEntry = response[1]
print("The new mix entry id is: {}".format(mixEntry.id))
def test_MultiRequest(self):
"""From lines 221- 241 of origional PythonTester.py"""
self.client.startMultiRequest()
ks = self.client.session.start(ADMIN_SECRET, USER_NAME,
KalturaSessionType.ADMIN,
PARTNER_ID, 86400, "")
self.client.setKs(ks)
listResult = self.client.baseEntry.list()
multiResult = self.client.doMultiRequest()
print(multiResult[1].totalCount)
self.client.setKs(multiResult[0])
# error
with self.assertRaises(KalturaException) as cm:
mediaEntry = self.client.media.get('invalid entry id')
assert(cm.exception.code == 'ENTRY_ID_NOT_FOUND')
# multi request error
self.client = KalturaClient(GetConfig())
# start a NEW multirequest (could move to separate unit test?)
self.client.startMultiRequest()
ks = self.client.session.start(
ADMIN_SECRET, USER_NAME, KalturaSessionType.ADMIN, PARTNER_ID,
86400, "")
self.client.setKs(ks)
mediaEntry = self.client.media.get('invalid entry id')
multiResult = self.client.doMultiRequest()
self.client.setKs(multiResult[0])
assert(isinstance(multiResult[1], KalturaException))
assert(multiResult[1].code == 'ENTRY_ID_NOT_FOUND')
# must be called with existing client multirequest session
self._AdvancedMultiRequestExample()
def mediaCreation(self) -> DataSourceStatus:
"""
Update data with Kaltura media metadata from Kaltura API.
:return: DataSourceStatus
"""
self._kalturaInit()
KALTURA_MAX_MATCHES_ERROR: str = 'QUERY_EXCEEDED_MAX_MATCHES_ALLOWED'
tableName: str = 'mivideo_media_created'
logger.info('Starting procedure...')
kClient: KalturaRequestConfiguration = KalturaClient(KalturaConfiguration())
kClient.setKs( # pylint: disable=no-member
KalturaSessionService(kClient).start(
self.kUserSecret, type=KalturaSessionType.ADMIN, partnerId=self.kPartnerId))
kMedia = KalturaMediaService(kClient)
lastTime: datetime = self._readTableLastTime(
tableName, 'created_at', self.defaultLastTimestamp)
createdAtTimestamp: float = lastTime.timestamp()
kFilter = KalturaMediaEntryFilter()
kFilter.createdAtGreaterThanOrEqual = createdAtTimestamp
kFilter.categoriesFullNameIn = self.categoriesFullNameIn
kFilter.orderBy = KalturaMediaEntryOrderBy.CREATED_AT_ASC
kPager = KalturaFilterPager()
kPager.pageSize = 500 # 500 is maximum
kPager.pageIndex = 1
results: Sequence[KalturaMediaEntry] = None
lastCreatedAtTimestamp: Union[float, int] = createdAtTimestamp
lastId: Union[str, None] = None
numberResults: int = 0
queryPageNumber: int = kPager.pageIndex # for logging purposes
totalNumberResults: int = numberResults # for logging purposes
endOfResults = False
while not endOfResults:
try:
results = kMedia.list(kFilter, kPager).objects
except KalturaException as kException:
if (KALTURA_MAX_MATCHES_ERROR in kException.args):
# set new filter timestamp, reset pager to page 1, then continue
kFilter.createdAtGreaterThanOrEqual = lastCreatedAtTimestamp
logger.debug(
f'New filter timestamp: ({kFilter.createdAtGreaterThanOrEqual})')
# to avoid dupes, also filter out the last ID returned by previous query
# because Kaltura compares createdAt greater than *or equal* to timestamp
kFilter.idNotIn = lastId
kPager.pageIndex = 1
continue
logger.info(f'Other Kaltura API error: "{kException}"')
break
numberResults = len(results)
logger.debug(
f'Query page ({queryPageNumber}); number of results: ({numberResults})')
if (numberResults > 0):
resultDictionaries: Sequence[Dict] = tuple(r.__dict__ for r in results)
creationData: pd.DataFrame = self._makeCreationData(resultDictionaries)
creationData.to_sql(
tableName, self.appDb.engine, if_exists='append', index=False)
courseData: pd.DataFrame = self._makeCourseData(resultDictionaries)
courseData.to_sql('mivideo_media_courses', self.appDb.engine, if_exists='append',
index=False, method=self._queryRunner)
lastCreatedAtTimestamp = results[-1].createdAt
lastId = results[-1].id
totalNumberResults += numberResults
endOfResults = (numberResults < kPager.pageSize)
kPager.pageIndex += 1
queryPageNumber += 1
logger.info(f'Total number of results: ({totalNumberResults})')
logger.info('Procedure complete.')
return DataSourceStatus(ValidDataSourceName.KALTURA_API)
class MultiDl(QMainWindow):
session_type = ""
def __init__(self):
super(MultiDl, self).__init__()
self.threadpool = QThreadPool()
self.threadpool.setMaxThreadCount(5)
self.initUI()
def app_token_session(self):
""" create kaltura session using appToken """
self.statusbar.showMessage("Create kaltura session using appToken")
options = QFileDialog.Options()
options |= QFileDialog.DontUseNativeDialog
filename, _ = QFileDialog.getOpenFileName(
self,
"QFileDialog.getOpenFileName()",
"",
"Json Files (*.json)",
options=options,
)
try:
with open(filename) as json_data_file:
data = json.load(json_data_file)
api_token_id = data["api_token_id"]
api_token = data["api_token"]
kaltura_partnerid = data["kaltura_partnerid"]
kaltura_serviceurl = data["kaltura_serviceurl"]
config = KalturaConfiguration(kaltura_partnerid)
config.serviceUrl = kaltura_serviceurl
self.kaltura_session = KalturaClient(config)
user_id = ""
widget_id = "_" + str(kaltura_partnerid)
expiry = 86400
result = self.kaltura_session.session.startWidgetSession(
widget_id, expiry)
self.kaltura_session.setKs(result.ks)
tokenHash = hashlib.sha256(
result.ks.encode("ascii") +
api_token.encode("ascii")).hexdigest()
type = KalturaSessionType.ADMIN
result = self.kaltura_session.appToken.startSession(
api_token_id, tokenHash, user_id, type, expiry)
self.kaltura_session.setKs(result.ks)
MultiDl.session_type = "appToken"
except:
self.error_dialog.showMessage("Error creating Kaltura session")
def admin_secret_session(self):
""" create kaltura session using adminsecret """
self.statusbar.showMessage("Create kaltura session using adminsecret")
kaltura_partnerid, ok = QInputDialog.getText(
self, "Input kaltura partnerid", "Input partnerid:")
kaltura_adminsecret, ok = QInputDialog.getText(self,
"Input adminsecret",
"Input adminsecret:")
try:
config = KalturaConfiguration()
config.serviceUrl = "https://api.kaltura.nordu.net/"
self.kaltura_session = KalturaClient(config)
ks = self.kaltura_session.session.start(kaltura_adminsecret, None,
KalturaSessionType.ADMIN,
kaltura_partnerid)
self.kaltura_session.setKs(ks)
MultiDl.session_type = "adminSecret"
except:
self.error_dialog.showMessage("Error creating Kaltura session")
def download_entry_id(self):
""" Download videofiles from entryId """
files_to_download = {}
parent_entry_id, ok = QInputDialog.getText(self, "Input entryid",
"Input entryid:")
self.statusbar.showMessage("Download files for parent entryId " +
parent_entry_id)
self.top_label.setText("Downloading files for parent entryId " +
parent_entry_id)
files_to_download.update({
parent_entry_id:
self.kaltura_session.media.get(parent_entry_id).downloadUrl
})
filter = KalturaMediaEntryFilter()
filter.parentEntryIdEqual = parent_entry_id
pager = KalturaFilterPager()
child_entries = self.kaltura_session.media.list(filter, pager)
for child in child_entries.objects:
files_to_download.update({child.id: child.downloadUrl})
self.thread_download(parent_entry_id, files_to_download)
def initUI(self):
""" user interface """
self.setGeometry(200, 200, 400, 400)
self.setWindowTitle("multidl")
self.display = QLabel(self)
self.display.move(50, 50)
self.statusbar = QStatusBar()
self.setStatusBar(self.statusbar)
# file menu
self.statusbar.showMessage("Choose an option from the filemenu")
exit_act = QAction("Exit", self)
exit_act.setStatusTip("Exit application")
exit_act.triggered.connect(qApp.quit)
app_token_act = QAction("Load apptoken config", self)
app_token_act.setStatusTip("Load apptoken config")
app_token_act.triggered.connect(self.app_token_session)
admin_secret_act = QAction("Start adminsecret session", self)
admin_secret_act.setStatusTip("Start adminsecret session")
admin_secret_act.triggered.connect(self.admin_secret_session)
entry_id_act = QAction("Download multistream", self)
entry_id_act.setStatusTip("Download multistream")
entry_id_act.triggered.connect(self.download_entry_id)
menubar = self.menuBar()
file_menu = menubar.addMenu("&File")
file_menu.addAction(app_token_act)
file_menu.addAction(admin_secret_act)
file_menu.addAction(entry_id_act)
file_menu.addAction(exit_act)
# Layout
self.main_widget = QWidget()
self.setCentralWidget(self.main_widget)
self.top_label = QLabel("Choose an option from the filemenu")
self.error_dialog = QErrorMessage()
self.download_label_1 = QLabel()
self.download_label_2 = QLabel()
self.download_label_3 = QLabel()
self.download_label_4 = QLabel()
self.progress_bar_1 = QProgressBar()
self.progress_bar_1.hide()
self.progress_bar_2 = QProgressBar()
self.progress_bar_2.hide()
self.progress_bar_3 = QProgressBar()
self.progress_bar_3.hide()
self.progress_bar_4 = QProgressBar()
self.progress_bar_4.hide()
self.layout = QFormLayout(self.main_widget)
self.layout.addRow(self.top_label)
self.layout.addRow(self.download_label_1, self.progress_bar_1)
self.layout.addRow(self.download_label_2, self.progress_bar_2)
self.layout.addRow(self.download_label_3, self.progress_bar_3)
self.layout.addRow(self.download_label_4, self.progress_bar_4)
self.show()
def thread_download(self, parent_entryid, files_to_download):
""" start worker threads for downloading files """
count = 1
for entryid, download_url in files_to_download.items():
save_loc = parent_entryid + "-" + entryid + ".mp4"
if count == 1:
worker = Worker(urllib.request.urlretrieve, download_url,
save_loc, self.callback_1)
self.progress_bar_1.show()
self.download_label_1.setText("Downloading " + entryid)
worker.signals.finished.connect(self.thread_1_complete)
if count == 2:
worker = Worker(urllib.request.urlretrieve, download_url,
save_loc, self.callback_2)
self.progress_bar_2.show()
self.download_label_2.setText("Downloading " + entryid)
worker.signals.finished.connect(self.thread_2_complete)
if count == 3:
worker = Worker(urllib.request.urlretrieve, download_url,
save_loc, self.callback_3)
self.progress_bar_3.show()
self.download_label_3.setText("Downloading " + entryid)
worker.signals.finished.connect(self.thread_3_complete)
if count == 4:
worker = Worker(urllib.request.urlretrieve, download_url,
save_loc, self.callback_4)
self.progress_bar_4.show()
self.download_label_4.setText("Downloading " + entryid)
worker.signals.finished.connect(self.thread_4_complete)
self.threadpool.start(worker)
count += 1
def callback_1(self, progress, blocksize, totalsize):
""" callback for progress bar download 1 """
data_read = progress * blocksize
if totalsize > 0:
download_percentage = data_read * 100 / totalsize
self.progress_bar_1.setValue(int(download_percentage))
def callback_2(self, progress, blocksize, totalsize):
""" callback for progress bar download 2 """
data_read = progress * blocksize
if totalsize > 0:
download_percentage = data_read * 100 / totalsize
self.progress_bar_2.setValue(int(download_percentage))
def callback_3(self, progress, blocksize, totalsize):
""" callback for progress bar download 3 """
data_read = progress * blocksize
if totalsize > 0:
download_percentage = data_read * 100 / totalsize
self.progress_bar_3.setValue(int(download_percentage))
def callback_4(self, progress, blocksize, totalsize):
""" callback for progress bar download 4 """
data_read = progress * blocksize
if totalsize > 0:
download_percentage = data_read * 100 / totalsize
self.progress_bar_4.setValue(int(download_percentage))
def thread_1_complete(self):
""" self explanatory! """
self.download_label_1.setText("Download complete!")
self.progress_bar_1.hide()
def thread_2_complete(self):
""" self explanatory! """
self.download_label_2.setText("Download complete!")
self.progress_bar_2.hide()
def thread_3_complete(self):
""" self explanatory! """
self.download_label_3.setText("Download complete!")
self.progress_bar_3.hide()
def thread_4_complete(self):
""" self explanatory! """
self.download_label_4.setText("Download complete!")
self.progress_bar_4.hide()
class MultiRequestTests(KalturaBaseTest):
def setUp(self):
"""These tests require that client.session.start be used
Instead of self.client.generateSession
TODO: Document Why
"""
self.config = GetConfig()
self.client = KalturaClient(self.config)
self.ks = None
def test_MultiRequest(self):
"""From lines 221- 241 of origional PythonTester.py"""
self.client.startMultiRequest()
ks = self.client.session.start(ADMIN_SECRET, USER_NAME,
KalturaSessionType.ADMIN, PARTNER_ID,
86400, "")
self.client.setKs(ks)
listResult = self.client.baseEntry.list()
multiResult = self.client.doMultiRequest()
print(multiResult[1].totalCount)
self.client.setKs(multiResult[0])
# error
with self.assertRaises(KalturaException) as cm:
mediaEntry = self.client.media.get('invalid entry id')
assert (cm.exception.code == 'ENTRY_ID_NOT_FOUND')
# multi request error
self.client = KalturaClient(GetConfig())
# start a NEW multirequest (could move to separate unit test?)
self.client.startMultiRequest()
ks = self.client.session.start(ADMIN_SECRET, USER_NAME,
KalturaSessionType.ADMIN, PARTNER_ID,
86400, "")
self.client.setKs(ks)
mediaEntry = self.client.media.get('invalid entry id')
multiResult = self.client.doMultiRequest()
self.client.setKs(multiResult[0])
assert (isinstance(multiResult[1], KalturaException))
assert (multiResult[1].code == 'ENTRY_ID_NOT_FOUND')
# must be called with existing client multirequest session
self._AdvancedMultiRequestExample()
# copied from C# tester
def _AdvancedMultiRequestExample(self):
# this is a separate, local client - not 'self.client'
client = KalturaClient(
self.config) # matches line 154 in PythonTester.py
client.startMultiRequest()
from KalturaClient.Plugins.Core import KalturaMixEntry
from KalturaClient.Plugins.Core import KalturaEditorType
# Request 1
ks = client.session.start(ADMIN_SECRET, USER_NAME,
KalturaSessionType.ADMIN, PARTNER_ID, 86400,
"")
# for the current multi request, the result of the first call will be
# used as the ks for next calls
client.setKs(ks)
mixEntry = KalturaMixEntry()
mixEntry.setName(".Net Mix %s" % (testString, ))
mixEntry.setEditorType(KalturaEditorType.SIMPLE)
# Request 2
mixEntry = client.mixing.add(mixEntry)
# Request 3
ulFile = getTestFile('DemoVideo.flv')
uploadTokenId = client.media.upload(ulFile)
mediaEntry = KalturaMediaEntry()
mediaEntry.setName("Media Entry For Mix %s" % (testString, ))
mediaEntry.setMediaType(KalturaMediaType.VIDEO)
# Request 4
mediaEntry = client.media.addFromUploadedFile(mediaEntry,
uploadTokenId)
# Request 5
client.mixing.appendMediaEntry(mixEntry.id, mediaEntry.id)
response = client.doMultiRequest()
for subResponse in response:
if isinstance(subResponse, KalturaException):
self.fail("Error occurred: " + subResponse.message)
# when accessing the response object we will use an index and not the
# response number (response number - 1)
assert (isinstance(response[1], KalturaMixEntry))
mixEntry = response[1]
print("The new mix entry id is: {}".format(mixEntry.id))
parser = argparse.ArgumentParser(description="Helper for kaltura sessions")
group = parser.add_mutually_exclusive_group(required=True)
group.add_argument("-s", "--start", help="start session", action="store_true")
group.add_argument("-e", "--end", help="end session", action="store_true")
group.add_argument("-g", "--get", help="get session", action="store_true")
parser.add_argument("-c",
"--client-tag",
help="client tag",
metavar="client-tag")
args = parser.parse_args()
if args.start:
partnerId = input("Enter partnerId: ")
adminSecret = input("Enter adminSecret: ")
conf = KalturaConfiguration()
conf.serviceUrl = "https://api.kaltura.nordu.net"
kc = KalturaClient(conf)
kc.clientConfiguration["clientTag"] = args.client_tag
ks = kc.session.start(adminSecret, None, 2, partnerId)
print("New kalturaSession: " + ks)
elif args.get:
kalturaSession = input("Enter kalturaSession: ")
conf = KalturaConfiguration()
conf.serviceUrl = "https://api.kaltura.nordu.net"
kc = KalturaClient(conf)
kc.setKs(kalturaSession)
try:
ks = kc.session.get(kalturaSession)
print("\nkalturaSession:")
print("sessionType: " + str(ks.sessionType.value))
print("partnerId: " + str(ks.partnerId))
if ks.userId:
class Kaltura:
@skip_when_pytest()
def __init__(self):
expiry = app.config['KALTURA_EXPIRY']
partner_id = app.config['KALTURA_PARTNER_ID']
self.client = KalturaClient(KalturaConfiguration())
result = self.client.session.startWidgetSession(
expiry=expiry,
widgetId=f'_{partner_id}',
)
self.client.setKs(result.ks)
token_hash = hashlib.sha256(
(result.ks +
app.config['KALTURA_APP_TOKEN']).encode('ascii')).hexdigest()
result = self.client.appToken.startSession(
expiry=expiry,
id=app.config['KALTURA_APP_TOKEN_ID'],
tokenHash=token_hash,
type=KalturaSessionType.ADMIN,
)
self.client.setKs(result.ks)
@skip_when_pytest()
def add_to_kaltura_category(self, category_id, entry_id):
category_entry_user_id = 'RecordScheduleGroup' # TODO: Does this need to be be configurable? Probably.
category_entry = KalturaCategoryEntry(
categoryId=category_id,
entryId=entry_id,
status=KalturaCategoryEntryStatus.ACTIVE,
creatorUserId=category_entry_user_id,
)
self.client.categoryEntry.add(category_entry)
@skip_when_pytest()
def get_base_entry(self, entry_id):
entry = self.client.baseEntry.get(entryId=entry_id)
if entry:
return {
'createdAt': entry.createdAt,
'creatorId': entry.creatorId,
'description': entry.description,
'displayInSearch': entry.displayInSearch,
'entitledUsersEdit': entry.entitledUsersEdit,
'entitledUsersPublish': entry.entitledUsersPublish,
'entitledUsersView': entry.entitledUsersView,
'id': entry.id,
'name': entry.name,
'partnerId': entry.partnerId,
'status': entry.status,
'tags': entry.tags,
'updatedAt': entry.updatedAt,
'userId': entry.userId,
}
else:
return None
@skip_when_pytest()
def get_categories(self, template_entry_id):
category_entries = self._get_category_entries(
KalturaCategoryEntryFilter(entryIdEqual=template_entry_id))
if category_entries:
category_ids = [entry['categoryId'] for entry in category_entries]
category_filter = KalturaCategoryFilter(idIn=','.join(
str(id_) for id_ in category_ids))
return self._get_categories(
kaltura_category_filter=category_filter)
else:
return []
@skip_when_pytest()
def get_events_by_location(self, kaltura_resource_id):
event_filter = KalturaScheduleEventFilter(
orderBy='-startDate',
resourceIdEqual=str(kaltura_resource_id),
)
return self._get_events(kaltura_event_filter=event_filter)
@skip_when_pytest()
def get_events_by_tag(self, tags_like=CREATED_BY_DIABLO_TAG):
return self._get_events(
kaltura_event_filter=KalturaScheduleEventFilter(
tagsLike=tags_like))
@skip_when_pytest()
def get_event(self, event_id):
events = self._get_events(
kaltura_event_filter=KalturaScheduleEventFilter(idEqual=event_id))
return events[0] if events else None
@skip_when_pytest()
def get_events_in_date_range(self, end_date, start_date):
event_filter = KalturaRecordScheduleEventFilter(
endDateLessThanOrEqual=int(end_date.timestamp()),
startDateGreaterThanOrEqual=int(start_date.timestamp()),
)
return self._get_events(kaltura_event_filter=event_filter)
@cachify('kaltura/schedule_resources', timeout=30)
def get_schedule_resources(self):
def _fetch(page_index):
return self.client.schedule.scheduleResource.list(
filter=KalturaScheduleResourceFilter(),
pager=KalturaFilterPager(pageIndex=page_index,
pageSize=DEFAULT_KALTURA_PAGE_SIZE),
)
return [{
'id': o.id,
'name': o.name
} for o in _get_kaltura_objects(_fetch)]
@skip_when_pytest()
def get_canvas_category_object(self, canvas_course_site_id):
return self.get_category_object(
name=f'Canvas>site>channels>{canvas_course_site_id}')
@skip_when_pytest()
def get_category_object(self, name):
response = self.client.category.list(
filter=KalturaCategoryFilter(fullNameEqual=name),
pager=KalturaFilterPager(pageIndex=1, pageSize=1),
)
category_objects = [
_category_object_to_json(o) for o in response.objects
]
return category_objects[0] if category_objects else None
@skip_when_pytest(mock_object=int(datetime.now().timestamp()))
def schedule_recording(
self,
canvas_course_site_ids,
course_label,
instructors,
meeting,
publish_type,
recording_type,
room,
term_id,
):
category_ids = []
common_category = self.get_category_object(
name=app.config['KALTURA_COMMON_CATEGORY'])
if common_category:
category_ids.append(common_category['id'])
if publish_type == 'kaltura_media_gallery':
for canvas_course_site_id in canvas_course_site_ids:
category = self.get_canvas_category_object(
canvas_course_site_id=canvas_course_site_id)
if category:
category_ids.append(category['id'])
kaltura_schedule = self._schedule_recurring_events_in_kaltura(
category_ids=category_ids,
course_label=course_label,
instructors=instructors,
meeting=meeting,
publish_type=publish_type,
recording_type=recording_type,
room=room,
term_id=term_id,
)
recurrences_filter = KalturaScheduleEventFilter(
parentIdEqual=kaltura_schedule.id)
for recurrence in self._get_events(
kaltura_event_filter=recurrences_filter):
if recurrence['blackoutConflicts']:
self.client.schedule.scheduleEvent.cancel(recurrence['id'])
app.logger.warn(f"""
{course_label}: Event {recurrence['id']}), a child of Kaltura series {kaltura_schedule.id},
cancelled due to blackout conflict(s): {recurrence['blackoutConflicts']}
""")
# Link the schedule to the room (ie, capture agent)
self._attach_scheduled_recordings_to_room(
kaltura_schedule=kaltura_schedule, room=room)
return kaltura_schedule.id
@skip_when_pytest()
def delete(self, event_id):
def is_future(kaltura_event):
start_date = dateutil.parser.parse(kaltura_event['startDate'])
return start_date.timestamp() > datetime.now().timestamp()
event = self.get_event(event_id)
if event:
recurrence_type = event['recurrenceType']
if recurrence_type == 'Recurring':
# This is a Kaltura series event.
if is_future(kaltura_event=event):
# Start date of the series in the future. Delete it all.
self.client.schedule.scheduleEvent.delete(event_id)
else:
# Series started in the past. Delete only the future 'recurrences'.
recurrences_filter = KalturaScheduleEventFilter(
parentIdEqual=event_id)
for recurrence in self._get_events(
kaltura_event_filter=recurrences_filter):
if is_future(kaltura_event=recurrence):
self.client.schedule.scheduleEvent.cancel(
recurrence['id'])
elif recurrence_type == 'Recurrence':
# Delete is not supported for "recurrence" events.
self.client.schedule.scheduleEvent.cancel(event_id)
else:
# This is not a series event. Delete it, whatever it is.
self.client.schedule.scheduleEvent.delete(event_id)
def ping(self):
filter_ = KalturaMediaEntryFilter()
filter_.nameLike = "Love is the drug I'm thinking of"
result = self.client.baseEntry.list(
filter=filter_,
pager=KalturaFilterPager(pageSize=1),
)
return result.totalCount is not None
def update_base_entry(self, entitled_users, entry_id):
self.client.baseEntry.update(
entryId=entry_id,
baseEntry=KalturaBaseEntry(entitledUsersEdit=','.join(
_to_normalized_set(entitled_users))),
)
def _get_events(self, kaltura_event_filter):
def _fetch(page_index):
return self.client.schedule.scheduleEvent.list(
filter=kaltura_event_filter,
pager=KalturaFilterPager(pageIndex=page_index,
pageSize=DEFAULT_KALTURA_PAGE_SIZE),
)
return _events_to_api_json(_get_kaltura_objects(_fetch))
def _get_categories(self, kaltura_category_filter):
def _fetch(page_index):
return self.client.category.list(
filter=kaltura_category_filter,
pager=KalturaFilterPager(pageIndex=page_index,
pageSize=DEFAULT_KALTURA_PAGE_SIZE),
)
return [
_category_object_to_json(obj)
for obj in _get_kaltura_objects(_fetch)
]
def _get_category_entries(self, kaltura_category_entry_filter):
def _fetch(page_index):
return self.client.categoryEntry.list(
filter=kaltura_category_entry_filter,
pager=KalturaFilterPager(pageIndex=page_index,
pageSize=DEFAULT_KALTURA_PAGE_SIZE),
)
return [
_category_entry_object_to_json(obj)
for obj in _get_kaltura_objects(_fetch)
]
def _schedule_recurring_events_in_kaltura(
self,
category_ids,
course_label,
instructors,
meeting,
publish_type,
recording_type,
room,
term_id,
):
# Recording starts X minutes before/after official start; it ends Y minutes before/after official end time.
days = format_days(meeting['days'])
start_time = _adjust_time(meeting['startTime'],
app.config['KALTURA_RECORDING_OFFSET_START'])
end_time = _adjust_time(meeting['endTime'],
app.config['KALTURA_RECORDING_OFFSET_END'])
app.logger.info(f"""
Prepare to schedule recordings for {course_label}:
Room: {room.location}
Instructor UIDs: {[instructor['uid'] for instructor in instructors]}
Schedule: {days}, {start_time} to {end_time}
Recording: {recording_type}; {publish_type}
""")
term_name = term_name_for_sis_id(term_id)
recording_start_date = get_recording_start_date(
meeting, return_today_if_past_start=True)
recording_end_date = get_recording_end_date(meeting)
summary = f'{course_label} ({term_name})'
app.logger.info(f"""
{course_label} ({term_name}) meets in {room.location},
between {start_time.strftime('%H:%M')} and {end_time.strftime('%H:%M')}, on {days}.
Recordings of type {recording_type} will be published to {publish_type}.
""")
first_day_start = get_first_matching_datetime_of_term(
meeting_days=days,
start_date=recording_start_date,
time_hours=start_time.hour,
time_minutes=start_time.minute,
)
first_day_end = get_first_matching_datetime_of_term(
meeting_days=days,
start_date=recording_start_date,
time_hours=end_time.hour,
time_minutes=end_time.minute,
)
description = get_series_description(course_label, instructors,
term_name)
base_entry = self._create_kaltura_base_entry(
description=description,
instructors=instructors,
name=f'{summary} in {room.location}',
)
for category_id in category_ids or []:
self.add_to_kaltura_category(category_id=category_id,
entry_id=base_entry.id)
until = datetime.combine(
recording_end_date,
time(end_time.hour, end_time.minute),
tzinfo=default_timezone(),
)
recurring_event = KalturaRecordScheduleEvent(
# https://developer.kaltura.com/api-docs/General_Objects/Objects/KalturaScheduleEvent
classificationType=KalturaScheduleEventClassificationType.
PUBLIC_EVENT,
comment=f'{summary} in {room.location}',
contact=','.join(instructor['uid'] for instructor in instructors),
description=description,
duration=(end_time - start_time).seconds,
endDate=first_day_end.timestamp(),
organizer=app.config['KALTURA_EVENT_ORGANIZER'],
ownerId=app.config['KALTURA_KMS_OWNER_ID'],
partnerId=app.config['KALTURA_PARTNER_ID'],
recurrence=KalturaScheduleEventRecurrence(
# https://developer.kaltura.com/api-docs/General_Objects/Objects/KalturaScheduleEventRecurrence
byDay=','.join(days),
frequency=KalturaScheduleEventRecurrenceFrequency.WEEKLY,
# 'interval' is not documented. When scheduling manually, the value was 1 in each individual event.
interval=1,
name=summary,
timeZone='US/Pacific',
until=until.timestamp(),
weekStartDay=days[0],
),
recurrenceType=KalturaScheduleEventRecurrenceType.RECURRING,
startDate=first_day_start.timestamp(),
status=KalturaScheduleEventStatus.ACTIVE,
summary=summary,
tags=CREATED_BY_DIABLO_TAG,
templateEntryId=base_entry.id,
)
return self.client.schedule.scheduleEvent.add(recurring_event)
def _create_kaltura_base_entry(
self,
description,
name,
instructors,
):
instructor_uids = [instructor['uid'] for instructor in instructors]
uids = ','.join(
_to_normalized_set(instructor_uids)) if instructor_uids else None
base_entry = KalturaBaseEntry(
description=description,
displayInSearch=KalturaEntryDisplayInSearchType.PARTNER_ONLY,
entitledUsersEdit=uids,
entitledUsersPublish=uids,
moderationStatus=KalturaEntryModerationStatus.AUTO_APPROVED,
name=name,
partnerId=app.config['KALTURA_PARTNER_ID'],
status=KalturaEntryStatus.NO_CONTENT,
tags=CREATED_BY_DIABLO_TAG,
type=KalturaEntryType.MEDIA_CLIP,
userId='RecordScheduleGroup',
)
return self.client.baseEntry.add(base_entry)
def _attach_scheduled_recordings_to_room(self, kaltura_schedule, room):
utc_now_timestamp = int(datetime.utcnow().timestamp())
event_resource = self.client.schedule.scheduleEventResource.add(
KalturaScheduleEventResource(
eventId=kaltura_schedule.id,
resourceId=room.kaltura_resource_id,
partnerId=app.config['KALTURA_PARTNER_ID'],
createdAt=utc_now_timestamp,
updatedAt=utc_now_timestamp,
), )
app.logger.info(
f'Kaltura schedule {kaltura_schedule.id} attached to {room.location}: {event_resource}'
)
class MultiRequestTests(KalturaBaseTest):
def setUp(self):
"""These tests require that client.session.start be used
Instead of self.client.generateSession
TODO: Document Why
"""
self.config = GetConfig()
self.client = KalturaClient(self.config)
self.ks = None
def test_MultiRequest(self):
"""From lines 221- 241 of origional PythonTester.py"""
self.client.startMultiRequest()
ks = self.client.session.start(ADMIN_SECRET, USER_NAME,
KalturaSessionType.ADMIN,
PARTNER_ID, 86400, "")
self.client.setKs(ks)
listResult = self.client.baseEntry.list()
multiResult = self.client.doMultiRequest()
print(multiResult[1].totalCount)
self.client.setKs(multiResult[0])
# error
with self.assertRaises(KalturaException) as cm:
mediaEntry = self.client.media.get('invalid entry id')
assert(cm.exception.code == 'ENTRY_ID_NOT_FOUND')
# multi request error
self.client = KalturaClient(GetConfig())
# start a NEW multirequest (could move to separate unit test?)
self.client.startMultiRequest()
ks = self.client.session.start(
ADMIN_SECRET, USER_NAME, KalturaSessionType.ADMIN, PARTNER_ID,
86400, "")
self.client.setKs(ks)
mediaEntry = self.client.media.get('invalid entry id')
multiResult = self.client.doMultiRequest()
self.client.setKs(multiResult[0])
assert(isinstance(multiResult[1], KalturaException))
assert(multiResult[1].code == 'ENTRY_ID_NOT_FOUND')
# must be called with existing client multirequest session
self._AdvancedMultiRequestExample()
# copied from C# tester
def _AdvancedMultiRequestExample(self):
# this is a separate, local client - not 'self.client'
client = KalturaClient(
self.config) # matches line 154 in PythonTester.py
client.startMultiRequest()
from KalturaClient.Plugins.Core import KalturaMixEntry
from KalturaClient.Plugins.Core import KalturaEditorType
# Request 1
ks = client.session.start(ADMIN_SECRET, USER_NAME,
KalturaSessionType.ADMIN,
PARTNER_ID, 86400, "")
# for the current multi request, the result of the first call will be
# used as the ks for next calls
client.setKs(ks)
mixEntry = KalturaMixEntry()
mixEntry.setName(".Net Mix %s" % (testString,))
mixEntry.setEditorType(KalturaEditorType.SIMPLE)
# Request 2
mixEntry = client.mixing.add(mixEntry)
# Request 3
ulFile = getTestFile('DemoVideo.flv')
uploadTokenId = client.media.upload(ulFile)
mediaEntry = KalturaMediaEntry()
mediaEntry.setName("Media Entry For Mix %s" % (testString,))
mediaEntry.setMediaType(KalturaMediaType.VIDEO)
# Request 4
mediaEntry = client.media.addFromUploadedFile(
mediaEntry, uploadTokenId)
# Request 5
client.mixing.appendMediaEntry(mixEntry.id, mediaEntry.id)
response = client.doMultiRequest()
for subResponse in response:
if isinstance(subResponse, KalturaException):
self.fail("Error occurred: " + subResponse.message)
# when accessing the response object we will use an index and not the
# response number (response number - 1)
assert(isinstance(response[1], KalturaMixEntry))
mixEntry = response[1]
print("The new mix entry id is: {}".format(mixEntry.id))
