def set_secret_key(plain_text_key):
encoded_key = False
# Checks the length of the plain text secret key
if not len(plain_text_key) == 16:
print_error("The secret key needs to be exactly 16 characters in length"
". {0} is {1} characters in length."
.format(plain_text_key, len(plain_text_key)))
status = False
else:
# Gets base 64 encoding for the plain text secret key
encoded_key = base64.b64encode(plain_text_key)
# Gets path to Tools
path = Tools.__path__[0]
# creates admin directory if that does not exist
path = file_Utils.createDir(path, "admin")
# creates secret.key file if it does not exists. Writes the base 64
# encoded key to it.
path = os.path.join(path, "secret.key")
with open(path, 'w') as f:
f.write(encoded_key)
status = True
return status, encoded_key
def create_tmp_dir(self):
"""
Create a temp directory for parallel execution test
"""
path = file_Utils.createDir(file_Utils.getDirName(self.logsdir), "tmp")
return True, {
"parallel_exec_tmp_dir":
os.path.join(file_Utils.getDirName(self.logsdir), "tmp")
} if path else False
def compute_system_resultfile(self, kw_resultfile_list, resultsdir,
system_name):
"""Takes a list of steps as input and executes them in sequential
order by sending them to test case steps execution driver
"""
system_results_dir = file_Utils.createDir(resultsdir, 'System_Results')
system_resultfile = file_Utils.getCustomLogFile(
'system', system_results_dir, system_name, '.xml')
testcase_Utils.append_result_files(system_resultfile,
kw_resultfile_list,
dst_root='System')
return system_resultfile
def set_secret_key(plain_text_key):
"""
Function that saves base64 encoded
format of secret key, passed to this
function and saved to secret.key file
Args:
plain_text_key - Plain text key, that is is used for encryption
Return:
status - True if key is base64 encoded and saved
False if not saved
key - base64 endoced key
"""
encoded_key = False
# Checks the length of the plain text secret key
if not len(plain_text_key) == 16:
print_error("The secret key needs to be exactly 16 characters in length"
". {0} is {1} characters in length."
.format(plain_text_key, len(plain_text_key)))
status = False
else:
# Gets base 64 encoding for the plain text secret key
encoded_key = base64.b64encode(plain_text_key)
# Gets path to Tools
path = Tools.__path__[0]
# creates admin directory if that does not exist
path = file_Utils.createDir(path, "admin")
# creates secret.key file if it does not exists. Writes the base 64
# encoded key to it.
path = os.path.join(path, "secret.key")
with open(path, 'w') as f:
f.write(encoded_key)
status = True
return status, encoded_key
