def test_api_example(api_url='http://127.0.0.1:5000'):
"Run api test"
try:
# Create test object
test_obj = API_Player(url=api_url)
expected_pass = 0
actual_pass = -1
# set authentication details
username = conf.user_name
password = conf.password
auth_details = test_obj.set_auth_details(username, password)
# add cars
car_details = conf.car_details
try:
result_flag = test_obj.add_car(car_details=car_details,
auth_details=auth_details)
test_obj.log_result(
result_flag,
positive='Successfully added new car with details %s' %
car_details,
negative='Could not add new car with details %s' % car_details)
except:
print '''\033[1;32m \n test_api_example.py URL Open Exception: Looks like you are trying to run the test_api_example without running Cars API Server.
\n Follow below steps to run test_api_example test:
\n 1. Get Cars API code from repo https://github.com/qxf2/cars-api using command "git clone https://github.com/qxf2/cars-api.git"
\n 2. Install Flask using command "pip install flask"
\n 3. Run cars-app server using command "python cars-api/cars_app.py"
\n 4. Run test_api_example now using command "pytest -k api -s" \n \033[1;m'''
# Get Cars and verify if new car is added
result_flag = test_obj.get_cars(auth_details)
result_flag = test_obj.verify_car_count(expected_count=5,
auth_details=auth_details)
test_obj.log_result(
result_flag,
positive='Total car count matches expected count',
negative='Total car count doesnt match expected count')
# Update car
update_car = conf.update_car
update_car_name = conf.car_name_2
result_flag = test_obj.update_car(auth_details=auth_details,
car_name=update_car_name,
car_details=update_car)
test_obj.log_result(
result_flag,
positive='Successfully updated car : %s' % update_car_name,
negative='Couldnt update car :%s' % update_car_name)
# Get one car details
new_car = conf.car_name_1
brand = conf.brand
result_flag = test_obj.get_car(auth_details=auth_details,
car_name=new_car,
brand=brand)
test_obj.log_result(
result_flag,
positive='Successfully fetched car details of car : %s' % new_car,
negative='Couldnt fetch car details of car :%s' % new_car)
# Register car
customer_details = conf.customer_details
result_flag = test_obj.register_car(auth_details=auth_details,
car_name=new_car,
brand=brand)
test_obj.log_result(
result_flag,
positive=
'Successfully registered new car %s with customer details %s' %
(new_car, customer_details),
negative='Couldnt register new car %s with cutomer details %s' %
(new_car, customer_details))
# Get Registered cars and check count
result_flag = test_obj.get_registered_cars(auth_details)
result_flag = test_obj.verify_registration_count(
expected_count=1, auth_details=auth_details)
test_obj.log_result(
result_flag,
positive='Registered count matches expected value',
negative='Registered car count doesnt match expected value')
# Remove newly added car
result_flag = test_obj.remove_car(auth_details=auth_details,
car_name=update_car_name)
test_obj.log_result(result_flag,
positive='Successfully deleted car %s' %
update_car,
negative='Could not delete car %s ' % update_car)
# validate if car is deleted
result_flag = test_obj.verify_car_count(expected_count=4,
auth_details=auth_details)
test_obj.log_result(
result_flag,
positive=
'Total car count matches expected count after deleting one car',
negative=
'Total car count doesnt match expected count after deleting one car'
)
# Deleting registered car
test_obj.delete_registered_car(auth_details)
# test for validation http error 403
result = test_obj.check_validation_error(auth_details)
test_obj.log_result(not result['result_flag'],
positive=result['msg'],
negative=result['msg'])
# test for validation http error 401 when no authentication
auth_details = None
result = test_obj.check_validation_error(auth_details)
test_obj.log_result(not result['result_flag'],
positive=result['msg'],
negative=result['msg'])
# test for validation http error 401 for invalid authentication
# set invalid authentication details
username = conf.invalid_user_name
password = conf.invalid_password
auth_details = test_obj.set_auth_details(username, password)
result = test_obj.check_validation_error(auth_details)
test_obj.log_result(not result['result_flag'],
positive=result['msg'],
negative=result['msg'])
# write out test summary
expected_pass = test_obj.total
actual_pass = test_obj.passed
test_obj.write_test_summary()
except Exception, e:
test_obj.write("Exception when trying to run test:%s" % __file__)
test_obj.write("Python says:%s" % str(e))
def test_api_example(api_url='http://35.167.62.251/'):
"Run api test"
try:
# Create test object
test_obj = API_Player(url=api_url)
expected_pass = 0
actual_pass = -1
# set authentication details
username = conf.user_name
password = conf.password
auth_details = test_obj.set_auth_details(username, password)
initial_car_count = test_obj.get_car_count(auth_details)
# add cars
car_details = conf.car_details
result_flag = test_obj.add_car(car_details=car_details,
auth_details=auth_details)
test_obj.log_result(
result_flag,
positive='Successfully added new car with details %s' %
car_details,
negative='Could not add new car with details %s' % car_details)
# Get Cars and verify if new car is added
result_flag = test_obj.get_cars(auth_details)
result_flag = test_obj.verify_car_count(
expected_count=initial_car_count + 1, auth_details=auth_details)
test_obj.log_result(
result_flag,
positive='Total car count matches expected count',
negative='Total car count doesnt match expected count')
# Update car
update_car = conf.update_car
update_car_name = conf.car_name_2
result_flag = test_obj.update_car(auth_details=auth_details,
car_name=update_car_name,
car_details=update_car)
test_obj.log_result(
result_flag,
positive='Successfully updated car : %s' % update_car_name,
negative='Couldnt update car :%s' % update_car_name)
# Get one car details
new_car = conf.car_name_1
brand = conf.brand
result_flag = test_obj.get_car(auth_details=auth_details,
car_name=new_car,
brand=brand)
test_obj.log_result(
result_flag,
positive='Successfully fetched car details of car : %s' % new_car,
negative='Couldnt fetch car details of car :%s' % new_car)
# Register car
customer_details = conf.customer_details
result_flag = test_obj.register_car(auth_details=auth_details,
car_name=new_car,
brand=brand)
test_obj.log_result(
result_flag,
positive=
'Successfully registered new car %s with customer details %s' %
(new_car, customer_details),
negative='Couldnt register new car %s with cutomer details %s' %
(new_car, customer_details))
#Get Registered cars and check count
result_flag = test_obj.get_registered_cars(auth_details)
register_car_count = test_obj.get_regi_car_count(auth_details)
result_flag = test_obj.verify_registration_count(
expected_count=register_car_count, auth_details=auth_details)
test_obj.log_result(
result_flag,
positive='Registered count matches expected value',
negative='Registered car count doesnt match expected value')
# Remove newly added car
result_flag = test_obj.remove_car(auth_details=auth_details,
car_name=update_car_name)
test_obj.log_result(result_flag,
positive='Successfully deleted car %s' %
update_car,
negative='Could not delete car %s ' % update_car)
# validate if car is deleted
result_flag = test_obj.verify_car_count(
expected_count=initial_car_count, auth_details=auth_details)
test_obj.log_result(
result_flag,
positive=
'Total car count matches expected count after deleting one car',
negative=
'Total car count doesnt match expected count after deleting one car'
)
# Deleting registered car
test_obj.delete_registered_car(auth_details)
# test for validation http error 403
result = test_obj.check_validation_error(auth_details)
test_obj.log_result(not result['result_flag'],
positive=result['msg'],
negative=result['msg'])
# test for validation http error 401 when no authentication
auth_details = None
result = test_obj.check_validation_error(auth_details)
test_obj.log_result(not result['result_flag'],
positive=result['msg'],
negative=result['msg'])
# test for validation http error 401 for invalid authentication
# set invalid authentication details
username = conf.invalid_user_name
password = conf.invalid_password
auth_details = test_obj.set_auth_details(username, password)
result = test_obj.check_validation_error(auth_details)
test_obj.log_result(not result['result_flag'],
positive=result['msg'],
negative=result['msg'])
# write out test summary
expected_pass = test_obj.total
actual_pass = test_obj.passed
test_obj.write_test_summary()
except Exception as e:
test_obj.write("Exception when trying to run test:%s" % __file__)
test_obj.write("Python says:%s" % str(e))
# Assertion
assert expected_pass == actual_pass, "Test failed: %s" % __file__