def test_get_set_last_chrome_session(self):
self.api.file_tmp_last_chrome_session = Files.temp_file()
data = {
'chrome_devtools':
'ws://127.0.0.1:64979/devtools/browser/75fbaab9-33eb-41ee-afd9-4aed65166791'
}
self.api.set_last_chrome_session(data)
assert self.api.get_last_chrome_session() == data
Files.delete(self.api.file_tmp_last_chrome_session)
def get_oauth_token(self, desired_scope):
secret_data = json.loads(Secrets(self.gsuite_secret_id).value()
) # load secret from AWS Secrets store
token_file = '/tmp/gmail_credential_{0}.json'.format(
desired_scope
) # this is the tmp file with the token value for the desired scope
if not Files.exists(token_file): # if the file does not exist
if os.getenv('AWS_REGION') is not None or os.getenv(
'SYNC_SERVER'
): # check if we are running in AWS or in the sync server
Files.write(
token_file, secret_data['token.json']
) # if we are, use the token.json value from the AWS secret_data
else:
secret_data = json.loads(Secrets(
'gsuite_token').value()) # BUG, need to refactor this
credentials_file = '/tmp/gsuite_credentials.json' # file to hold the credentials.json value
Files.write(credentials_file, secret_data['credentials.json']
) # save value received from AWS into file
store = file.Storage(
token_file) # create a gsuite Storage object
scopes = 'https://www.googleapis.com/auth/{0}'.format(
desired_scope
) # full qualified name for the desired scopes
flow = client.flow_from_clientsecrets(
credentials_file, scopes) # create a gsuite flow object
flags = argparser.parse_args(
'--auth_host_name localhost --logging_level INFO'.split()
) # configure the use of a localhost server to received the oauth response
run_flow(
flow, store, flags
) # open browser and prompt user to follow the OAuth flow
Files.delete(
credentials_file
) # delete main gsuite credentials file (since we don't want it hanging around)
return token_file # return file with token credentials
def cleanup_chrome_processes_and_tmp_files(): # remote temp files
for file in Files.find('/tmp/core.headless_shell.*'):
pid = file.split('.')[-1]
Process.run('pkill',['-TERM','-P',str(pid)]) # this doesn't seem to be working since the "headless_shell <defunct>" is still there
Files.delete(file)
def __exit__(self, type, value, traceback):
if Files.exists(self.zip_file) and self.delete_zip_file:
Files.delete(self.zip_file)
def __exit__(self, type, value, traceback):
Files.delete(self.file_path)
pass