def verify_last_action(action_name, where='test'):
if where == 'test':
action_inputs = elements("#testSteps .step-first-input")
elif where == 'setup':
action_inputs = elements("#setupSteps .step-first-input")
elif where == 'teardown':
action_inputs = elements("#teardownSteps .step-first-input")
last_input = action_inputs[-1]
actions.assert_equals(last_input.get_attribute('value'), action_name)
def steps(where='test'):
if where == 'test':
return elements('#testSteps>.steps>.step')
elif where == 'setup':
return elements('#setupSteps>.steps>.step')
elif where == 'teardown':
return elements('#teardownSteps>.steps>.step')
else:
raise ValueError('invalid where value: {}'.format(where))
def assert_last_action(action_name, where='test'):
action_inputs = None
if where == 'test':
action_inputs = elements("#testSteps .step-first-input")
elif where == 'setup':
action_inputs = elements("#setupSteps .step-first-input")
elif where == 'teardown':
action_inputs = elements("#teardownSteps .step-first-input")
last_input = action_inputs[-1]
actual_value = last_input.get_attribute('value')
msg = 'Expected action to be {} but was {}'.format(action_name,
actual_value)
assert actual_value == action_name, msg
def fill_in_column_values_by_index(col_index, values):
"""Fill in a column with values by index.
Add any extra necessary rows.
"""
empty_column_values_by_index(col_index)
row_index = 0
for value in values:
rows = elements('#dataTable tbody tr')
if row_index >= len(rows):
# add a row
element(new_row_button).click()
rows = elements('#dataTable tbody tr')
rows[row_index].find_all('input')[col_index].send_keys(value)
row_index += 1
def verify_page_in_list(page_name):
actions.step('Verify that page {} is in the list'.format(page_name))
imported_pages = elements('#pageObjects>div>input.selected-page')
for page in imported_pages:
if page.get_attribute('value') == page_name:
return
raise Exception('Page {} was not found in the list'.format(page_name))
def assert_page_in_list(page_name):
actions.step('Verify that page {} is in the list'.format(page_name))
imported_pages = elements('#pageObjects>div>input.page-name')
for page in imported_pages:
if page.get_attribute('value') == page_name:
return
raise AssertionError('Page {} was not found in the list'.format(page_name))
def assert_result_steps(expected_steps):
if not expected_steps:
assert not get_browser().element_is_present('#testRunModal .step-list')
else:
steps = elements('#testRunModal .step-list>li')
for i, expected_step in enumerate(expected_steps):
msg = 'Expected step {} to be {} but was {}'.format(i, expected_step, steps[i].text)
assert steps[i].text == expected_step, msg
def assert_result_errors(expected_errors):
# expects one test set
if not expected_errors:
assert not get_browser().element_is_present('#testRunModal .error-list')
else:
errors = elements('#testRunModal .error-list>li')
for i, expected_error in enumerate(expected_errors):
assert errors[i].text == expected_error
def verify_product_in_results(product_name):
products = elements('.product_grid_display>.product_grid_item')
for product in products:
if product.find('.prodtitle>a').text == product_name:
return
raise Exception('Product {} was not found'.format(product_name))
def verify_toast_message_is_displayed(toast_message):
for _ in range(6):
toasts = elements('div.toast>.toast-message')
for toast in toasts:
if toast.text == toast_message:
return
time.sleep(0.5)
assert False, 'Toast with message "{}" was not found'.format(toast_message)
def access_project(project_name):
actions.step('Access project {}'.format(project_name))
items = elements(project_list_item)
for item in items:
if item.text == project_name:
item.click()
return
raise Exception('Project {} not found'.format(project_name))
def get_toast_with_message(toast_message):
for _ in range(6):
toasts = elements('div.toast>.toast-message')
for toast in toasts:
if toast_message in toast.text:
return toast
time.sleep(0.5)
return None
def verify_error_message(error_message):
actions.step('Verify that the error {} is displayed'.format(error_message))
actions.wait_for_element_visible(error_modal)
errors = elements(css='#errorList>li')
for error in errors:
if error.text == error_message:
return
raise Exception('Error message {} was not found'.format(error_message))
def assert_toast_message_is_displayed_and_contains(toast_message):
actions.step('Assert a toast is displayed with message {}'.format(toast_message))
for _ in range(6):
toasts = elements('div.toast>.toast-message')
for toast in toasts:
if toast_message in toast.text:
return True
time.sleep(0.5)
assert False, 'Toast with message "{}" was not found'.format(toast_message)
def add_product_to_cart(product_name):
products = elements('div.default_product_display')
for product in products:
if product.find('.prodtitle>a.wpsc_product_title').text == product_name:
button = product.find(add_to_cart_button)
actions.click(button)
return
raise Exception('The product with name {} was not found'.format(product_name))
def verify_error_message(error_message):
actions.wait_for_element_visible(error_modal)
items = elements(error_list_items)
error_messages = [x.text for x in items]
actions.capture(
'verify the application shows the error message: {}'.format(
error_message))
if not error_message in error_messages:
raise Exception(
'Error message {} is not present'.format(error_message))
def wait_for_test_to_run(timeout=10):
actions.step('Wait for test to run')
get_browser().wait_for_element_displayed('#testRunModal', timeout=10)
selector = '#testRunModal i.fa.fa-cog.fa-spin'
for _ in range(timeout):
spinners = elements(selector)
if not any(x.is_displayed() for x in spinners):
return
time.sleep(1)
raise TimeoutError('waiting for test to finish running')
def add_element(element_def):
actions.click(add_element_button)
elemement_rows = elements('#elements>div.element')
last_element_row = elemement_rows[-1]
element_name_input = last_element_row.find('input.element-name')
element_selector_input = last_element_row.find('input.element-selector')
element_value_input = last_element_row.find('input.element-value')
element_display_name_input = last_element_row.find(
'input.element-display-name')
actions.send_keys(element_name_input, element_def[0])
actions.send_keys(element_selector_input, element_def[1])
actions.send_keys(element_value_input, element_def[2])
actions.clear_element(element_display_name_input)
actions.send_keys(element_display_name_input, element_def[3])
actions.press_key(element_display_name_input, 'TAB')
def get_autocomplete_suggestions():
"""Get the list of autocomplete suggestions.
There must be one autocomplete suggestions list displayed
otherwise it will return None
"""
suggestions = None
auto_selector_lists = elements('.autocomplete-suggestions')
for suggestion_list in auto_selector_lists:
if suggestion_list.is_displayed():
suggestions = []
suggestion_elements = suggestion_list.find_all('div.autocomplete-suggestion')
for suggestion in suggestion_elements:
suggestions.append(suggestion.text)
break
return suggestions
def verify_element_exists(element_def):
elemement_rows = elements('#elements>div.element')
for row in elemement_rows:
element_name = row.find('input.element-name').get_attribute('value')
element_selector = row.find('input.element-selector').get_attribute(
'value')
element_value = row.find('input.element-value').get_attribute('value')
element_display_name = row.find(
'input.element-display-name').get_attribute('value')
cond1 = element_name == element_def[0]
cond2 = element_selector == element_def[1]
cond3 = element_value == element_def[2]
cond4 = element_display_name == element_def[3]
if cond1 and cond2 and cond3 and cond4:
return
raise Exception('The element was not found')
def add_variable_to_datatable(var_name, var_values=None):
"""Add a variable to the datatable to the first empty column.
Add a new column if there is no empty column.
Optional, add values to the column
"""
headers = elements('#dataTable thead tr th')
# first is numbering column, remove
del (headers[0])
# find first empty header
empty_col_index = None
for i, header in enumerate(headers):
header_input = header.find('input')
if header_input.value == '':
empty_col_index = i
break
if empty_col_index is None:
# add a new column
element(new_column_button).click()
empty_col_index = i + 1
fill_in_header_by_index(empty_col_index, var_name)
if var_values:
fill_in_column_values_by_index(empty_col_index, var_values)
def assert_variable_in_datatable(column_name):
header_inputs = elements('#dataTable>thead input')
msg = '{} header was not found in datatable'.format(column_name)
assert any(x.value == column_name for x in header_inputs), msg
def empty_column_values_by_index(index):
datatable_rows = elements('#dataTable tbody tr')
for row in datatable_rows:
row.find_all('input')[index].clear()
def assert_amount_of_tests(expected_amount):
actions.step('Assert number of tests is {}'.format(expected_amount))
rows = elements('#detailTable > tbody > tr.test-row')
actual = len(rows)
assert actual == expected_amount, 'expected {} tests, got {}'.format(
expected_amount, actual)
def assert_amount_of_sets(amount):
"""Assert that the run modal has the correct
amount of sets run (tabs)"""
tabs = elements('#testRunModal .test-run-tab')
assert len(tabs) == amount, 'expected {} tabs, got {}'.format(amount, len(tabs))
def assert_result_log_line(index, expected_line):
# expects one test set
test_result_logs = elements('#TestRunModalTabContainer>.test-run-tab-content>.test-result-logs>.log-line')
actual_line = test_result_logs[index].text
msg = 'Expected "{}" in "{}"'.format(expected_line, actual_line)
assert expected_line in actual_line, msg
def _project_exists(project_name):
items = elements(project_list_item)
project_names = [x.text for x in items]
return project_name in project_names
def project_is_present(project_name):
items = elements(project_list_item)
project_names = [x.text for x in items]
return project_name in project_names
def fill_in_header_by_index(index, value):
header_input = elements('#dataTable>thead input')[index]
header_input.send_keys(value)
def verify_amount_of_tests(expected_amount):
wait_until_execution_end()
rows = elements('#detailTable > tbody > tr')
assert len(rows) == expected_amount
