def pytest_runtest_makereport(item):
timestamp = datetime.now().strftime('%H-%M-%S')
pytest_html = item.config.pluginmanager.getplugin('html')
outcome = yield
report = outcome.get_result()
extra = getattr(report, 'extra', [])
if report.when == 'call' or report.when == 'setup':
xfail = hasattr(report, 'wasxfail')
if CommonFunctions().get_star_json(key_name='TEST_TYPE') == 'WEB':
feature_request = item.funcargs['request']
driver = feature_request.getfixturevalue('driver')
if (report.skipped and xfail) or (report.failed and not xfail):
# print('****************inside snapshot******************************')
snap = timestamp + '.png'
if CommonFunctions().get_star_json(
key_name='REPORTING') == 'PYTEST-HTML':
snapshot = driver.get_screenshot_as_base64()
extra.append(pytest_html.extras.image(snapshot, ''))
elif CommonFunctions().get_star_json(
key_name='REPORTING') == 'ALLURE':
snapshot = driver.get_screenshot_as_png()
allure.attach(snapshot,
name="Screenshot",
attachment_type=AttachmentType.PNG)
report.extra = extra
def driver(request):
if CommonFunctions().get_star_json(key_name='TEST_TYPE') == 'WEB':
try:
scenario_name = str(request.node.originalname).replace('test_', '')
print(scenario_name)
# print('Feature name ==>> ' + feature.name)
print('Scenario Outline name ==>> ' + request.node.originalname)
key_value = CommonFunctions.get_browser_mapping(scenario_name)
print('key_value ======>>>>> ' + key_value)
if key_value == "CHROME":
d = webdriver.Chrome(
executable_path='drivers/chromedriver.exe')
elif key_value == 'FIREFOX':
d = webdriver.Firefox(
executable_path='drivers/geckodriver.exe')
elif key_value == 'IE':
d = webdriver.Ie(executable_path='drivers/IEDriverServer.exe')
else:
print(
'### Browser Type NOT mentioned correctly in star.json, defaulting execution with Chrome browser ###'
)
d = webdriver.Chrome(
executable_path='drivers/chromedriver.exe')
d.implicitly_wait(10)
# failed_before = request.session.testsfailed
yield d
# if request.session.testsfailed != failed_before:
# test_name = request.node.name
# take_screenshot(d, test_name)
d.close()
d.quit()
except:
print_stack()
print('Error in creating driver instance...')
elif CommonFunctions().get_star_json(key_name='TEST_TYPE') == 'MOBILE':
# work in progress | Ravi Salunkhe
pass
elif CommonFunctions().get_star_json(key_name='TEST_TYPE') == 'API':
# work in progress | Ravi Salunkhe
pass
elif CommonFunctions().get_star_json(key_name='TEST_TYPE') == 'DB':
# work in progress | Ravi Salunkhe
pass
else:
pass
def verify_full_name_text(self, text):
text = 'Sachin'
full_name_text = self.get_element_text(self.FULL_NAME_BY_XPATH,
'xpath')
self.verify_text_equals(actual_text=full_name_text, expected_text=text)
CommonFunctions().report_logger(
step_name='verify_full_name_text',
log_details='verify_full_name_text log details')
def connect_to_dbs():
# DB1
driver1 = CommonFunctions().get_star_json(key_name='DB',
sub_key_name='MSSQL',
sub_sub_key_name='DRIVER')
# print('driver1 : ' + driver1)
server1 = CommonFunctions().get_star_json(key_name='DB',
sub_key_name='MSSQL',
sub_sub_key_name='SERVER')
# print('server1 : ' + server1)
database1 = CommonFunctions().get_star_json(
key_name='DB', sub_key_name='MSSQL', sub_sub_key_name='DATABASE')
# print('database1 : ' + database1)
trusted_connection1 = CommonFunctions().get_star_json(
key_name='DB',
sub_key_name='MSSQL',
sub_sub_key_name='TRUSTED_CONNECTION')
# print('trusted_connection1 : ' + trusted_connection1)
# DB2
driver2 = CommonFunctions().get_star_json(key_name='DB',
sub_key_name='MSSQL',
sub_sub_key_name='DRIVER')
server2 = CommonFunctions().get_star_json(key_name='DB',
sub_key_name='MSSQL',
sub_sub_key_name='SERVER')
database2 = 'db2;'
trusted_connection2 = CommonFunctions().get_star_json(
key_name='DB',
sub_key_name='MSSQL',
sub_sub_key_name='TRUSTED_CONNECTION')
print('Driver=' + driver1 + 'Server=' + server1 + 'Database=' +
database1 + 'Trusted_Connection=' + trusted_connection1)
print('Driver=' + driver2 + 'Server=' + server2 + 'Database=' +
database2 + 'Trusted_Connection=' + trusted_connection2)
# make connection string conn1 and connect to db1
global conn1, conn2
conn1 = pyodbc.connect('Driver=' + driver1 + 'Server=' + server1 +
'Database=' + database1 +
'Trusted_Connection=' + trusted_connection1)
# make connection string conn1 and connect to db2
conn2 = pyodbc.connect('Driver=' + driver2 + 'Server=' + server2 +
'Database=' + database2 +
'Trusted_Connection=' + trusted_connection2)
conn_list = [conn1, conn2]
return conn_list
print("Connection to database successfull")
def verify_header_text(self, text):
header_text = self.get_element_text(self.HEADING_BY_ID, 'id')
self.verify_text_equals(actual_text=header_text, expected_text=text)
CommonFunctions().report_logger(
step_name='verify_header_text',
log_details='verify_header_text log details')
def navigate_to_app_homepage(driver):
driver.get(CommonFunctions().get_star_json(key_name='WEB',
sub_key_name='URLS',
sub_sub_key_name='QA'))
def wrapper(*args, **kwargs):
try:
func(*args, **kwargs)
except AssertionError:
CommonFunctions().take_screenshot(driver, 'Error screenshot')
raise
def navigate_to_app_homepage(driver):
driver.get(CommonFunctions().get_star_json('URLS', 'QA'))