def response_code_test():
output_response = Request_maker.request_maker(endpoint_url='/',
request_method='get')
# assert output_response['status_code>= 200 and response.status_code <= 299, 'Response code is not between 200 to 299 which we expect'
print(output_response)
assert output_response['exit_status_code'] >= 200 and output_response[
'exit_status_code'] <= 299, 'Response code is not between 200 to 299 which we expect'
def sleep_checking_test():
dict1 = {
'please_wait_for': -1
}
output_response = Request_maker.request_maker(endpoint_url='/', request_method='get', params=dict1)
# print(invalid)
if 'message' in output_response:
assert output_response['message'] !='Internal server error'
if 'Message' in output_response and output_response['Message'] =='Unauthorised Request':
raise AssertionError
def sleep_query_test():
dict1 = {'please_wait_for': 3}
output_response = Request_maker.request_maker(endpoint_url='/',
request_method='get',
params=dict1)
if 'Message' in output_response:
if output_response['exit_status_code'] == 400 and output_response[
'Message'] == "Wait time of more than 10 seconds can not be expected":
print("passed")
else:
raise AssertionError
def passing_string_status_test():
dict1 = {
'requested_response_code': 20
}
output_response = Request_maker.request_maker(endpoint_url='/', request_method='get', params=dict1)
if 'message' in output_response:
# assert invalid['Message'] =='Invalid status code requested'
assert output_response['message'] !='Internal server error'
if output_response['exit_status_code'] == 400:
if 'Message' in output_response and output_response['Message'] == 'Unauthorised Request':
raise AssertionError
def response_code_passing_test():
dict1 = {'requested_response_code': 400}
output_response = Request_maker.request_maker(endpoint_url='/',
request_method='get',
params=dict1)
if output_response['exit_status_code'] == 200:
if 'Message' in output_response and output_response[
'Message'] == 'Unauthorised Request':
print('Unauthorised request due to requested response code is 400')
assert output_response['exit_status_code'] == dict1[
'requested_response_code'] and output_response[
'exit_status_code'] != 400, 'Requested response code not equas to what server has sent'
else:
raise AssertionError
def keys_present_test():
output_response = Request_maker.request_maker(endpoint_url='/',
request_method='get')
# print(type(response.text))
# print(response.text)
length = len(output_response.keys())
print(length)
is_pass = False
if 'your_ip' in output_response[
'response_dict'] and 'randomvalue1' in output_response[
'response_dict'] and 'randomvalue2' in output_response[
'response_dict'] and 'randomvalue3' in output_response[
'response_dict']:
is_pass = True
assert is_pass, "The server responded with less than 4 keys in the response JSON"
def key_check_test():
output_response = Request_maker.request_maker(endpoint_url='/',
request_method='get')
# print(dict1)
is_pass = False
if 'randomvalue1' in output_response[
'response_dict'] and 'randomvalue2' in output_response[
'response_dict'] and 'randomvalue3' in output_response[
'response_dict']:
if (output_response['response_dict']['randomvalue1'] is True
or output_response['response_dict']['randomvalue1'] is False
) and (len(str(output_response['response_dict']['randomvalue2']))
== 2) and (len(
output_response['response_dict']['randomvalue3'])
== 10):
is_pass = True
assert is_pass, "Invalid values of the 3 keys Found"