import time
import itertools
from pytest_bdd import given
from pytest_bdd import parsers, when, then
from tests.gui.conftest import WAIT_BACKEND, SELENIUM_IMPLICIT_WAIT, WAIT_FRONTEND
from tests.gui.utils.generic import repeat_failed, implicit_wait, redirect_display
__author__ = "Bartosz Walkowicz"
__copyright__ = "Copyright (C) 2017 ACK CYFRONET AGH"
__license__ = "This software is released under the MIT license cited in " \
"LICENSE.txt"
@when(parsers.parse('user of {browser_id} sees that provider popup for provider '
'named "{provider}" has appeared on world map'))
@then(parsers.parse('user of {browser_id} sees that provider popup for provider '
'named "{provider}" has appeared on world map'))
@repeat_failed(timeout=WAIT_FRONTEND)
def assert_provider_popup_has_appeared_on_map(selenium, browser_id,
provider, oz_page):
driver = selenium[browser_id]
err_msg = 'Popup displayed for provider named "{}" ' \
'instead of "{}"'
prov = oz_page(driver)['world map'].get_provider_with_displayed_popup()
assert provider == prov.name, err_msg.format(prov.name, provider)
@when(parsers.re(r'user of (?P<browser_id>.+?) clicks on the '
r'"(?P<btn>Go to your files|copy hostname)" button in '
r'"(?P<provider>.+?)" provider\'s popup displayed on world map'))
yield b
b.quit()
# Given steps
@given('the DuckDuckGo home page is displayed')
def ddg_home(browser):
browser.get(DUCKDUCKGO_HOME)
# When steps
@when(parsers.parse('the user searches for "{text}"'))
@when(parsers.parse('the user searches for the phrase:\n"""{text}"""'))
def search_phrase(browser, text):
search_input = browser.find_element_by_name('q')
search_input.send_keys(text + Keys.RETURN)
# Then steps
@then(parsers.parse('one of the results contains "{phrase}"'))
def results_have_one(browser, phrase):
xpath = "//div[@id='links']//*[contains(text(), '%s')]" % phrase
results = browser.find_elements_by_xpath(xpath)
assert len(results) > 0
@given("an api to an empty MediaWiki")
def empty_mediawiki(mediawiki):
mediawiki.clear()
@given("an empty wiki-scripts database")
def empty_wsdb(db):
# TODO: the db is currently function-scoped, so clearing is useless
# db.clear()
pass
@when("I synchronize the wiki-scripts database")
def sync_page_tables(mediawiki, db):
db.sync_with_api(mediawiki.api, with_content=True)
@when(parsers.parse("I create page \"{title}\""))
def create_page(mediawiki, title):
# all pages are created as empty
mediawiki.api.create(title, "", title)
@when(parsers.re("I move page \"(?P<src_title>.+?)\" to \"(?P<dest_title>.+?)\"(?P<noredirect> without leaving a redirect)?"))
def move_page(mediawiki, src_title, dest_title, noredirect):
noredirect = False if noredirect is None else True
mediawiki.api.move(src_title, dest_title, "moved due to BDD tests", noredirect=noredirect)
def _get_content_api(api, title):
result = api.call_api(action="query", titles=title, prop="revisions", rvprop="content|timestamp")
page = list(result["pages"].values())[0]
text = page["revisions"][0]["*"]
timestamp = page["revisions"][0]["timestamp"]
return text, timestamp, page["pageid"]
@when('we create a new document')
def when_new_doc(template_dict):
template_dict.clear()
@when('it has timeBase <time_base>')
def when_time_base(time_base, template_dict):
template_dict['time_base'] = time_base
@when('it has sequenceIdentifier <sequence_identifier>')
def when_seq_id(sequence_identifier, template_dict):
template_dict['sequence_identifier'] = sequence_identifier
@when(parsers.parse('it has predefined sequenceNumber {sequence_number}'))
def when_sequence_number(sequence_number, template_dict):
template_dict['sequence_number'] = sequence_number
@when('it has doc1 body begin time <doc1_begin>')
def when_doc1_body_begin(doc1_begin, template_dict):
template_dict['body_begin'] = doc1_begin
@when('it has doc1 body end time <doc1_end>')
def when_doc1_body_end(doc1_end, template_dict):
template_dict['body_end'] = doc1_end
@when('it has doc1 body duration <doc1_dur>')
from pytest_bdd import scenarios, given, when, then, parsers
import pytest
scenarios("features/writing_input.feature")
@given("a Pwscf object")
def empty_pwscf():
from pylada.espresso import Pwscf
return Pwscf()
@given(parsers.parse("mandatory attribute pwscf.system.ecutwfc is set to {value:f} {units:S}"))
def set_ecutwfc(empty_pwscf, value, units):
import quantities
empty_pwscf.system.ecutwfc = value * getattr(quantities, units)
@given(parsers.parse("pwscf.{namelist:w}.{attribute:w} is set to {value:f}"))
def set_an_attribute0(empty_pwscf, namelist, attribute, value):
# equivalent to pwscf.namelist.attribute = value
# with namelist and attribute replaced by their values
setattr(getattr(empty_pwscf, namelist), attribute, value)
@when(parsers.parse("writing to {filename:S} without specifying a structure"))
def writing_no_structure(empty_pwscf, tmpdir, filename):
empty_pwscf.write(tmpdir.join(filename))
@then(parsers.parse("the file {filename:S} appears and can be read"))
__copyright__ = "Copyright (C) 2017 ACK CYFRONET AGH"
__license__ = "This software is released under the MIT license cited in " \
"LICENSE.txt"
from itertools import izip
import pytest
from pytest_bdd import given, when, then, parsers
from tests.gui.conftest import WAIT_BACKEND, SELENIUM_IMPLICIT_WAIT, WAIT_FRONTEND
from tests.gui.utils.generic import (repeat_failed, implicit_wait, parse_seq,
upload_file_path, transform)
@when(parsers.parse('user of {browser_id} uses spaces select to change '
'data space to "{space_name}"'))
@then(parsers.parse('user of {browser_id} uses spaces select to change '
'data space to "{space_name}"'))
@repeat_failed(timeout=WAIT_BACKEND)
def change_space_view_in_data_tab_in_op(selenium, browser_id,
space_name, op_page):
driver = selenium[browser_id]
selector = op_page(driver).data.sidebar.space_selector
selector.expand()
selector.spaces[space_name].click()
@when(parsers.re(r'user of (?P<browser_id>.*?) clicks the button '
r'from top menu bar with tooltip '
r'"(?P<tooltip>Create directory|Create file|Share element|'
r'Edit metadata|Rename element|Change element permissions|'
return {}
@given('A Hello World Flask-Wired Application')
def hello_world_flask_wired_app():
from flask_wired import FlaskWired
app = FlaskWired("hello_world")
@app.route('/hello')
def hello_world():
return "Hello, World!!!"
return app
@when(parsers.parse('Accessing {endpoint}'))
def http_get_endpoint(scenario_context, hello_world_flask_wired_app, endpoint):
client = hello_world_flask_wired_app.test_client()
response = client.get(endpoint)
scenario_context['response'] = response
@then(parsers.parse('I get a {expected_status:d} Response'))
def assert_response_status(scenario_context, expected_status):
assert scenario_context['response'].status_code == expected_status
@then(parsers.parse('response body is {body}'))
def assert_response_body(scenario_context, body):
assert str(scenario_context['response'].data, 'utf-8') == body
@pytest.mark.xfail
@scenario("Keyboard.feature", "Russian comma")
@pytest.mark.p2
@pytest.allure.severity(pytest.allure.severity_level.MINOR)
@pytest.allure.feature("Keyboard input", "Data handling")
def test_comma_separation(browser):
pass
@given("I am russian matematician")
def russian_matematician(browser):
browser.open_page(constants.PAGE_URL)
pass
@when(parsers.parse("I type {expr}"))
def type_simple_expression(browser, communicator, expr):
browser.type_text(constants.INPUT_ELEMENT, expr)
@then(parsers.parse("I count it"))
def count_it(browser):
browser.click(constants.RESULT_ELEMENT)
@then(parsers.parse("see {result} on screen"))
def check_result(browser, result):
result = float(result)
browser.check_equality(constants.INPUT_ELEMENT, result)
import time
from selenium.webdriver.common.action_chains import ActionChains
from selenium.webdriver.common.keys import Keys
from function import (wait_on_element, is_element_present,
wait_on_element_disappear, attribute_value_exist)
from pytest_bdd import (given, scenario, then, when, parsers)
@scenario(
'features/NAS-T962.feature',
'Verify Active Directory works after failover with new system dataset')
def test_setting_up_active_directory_with_the_new_system_dataset(driver):
"""Verify Active Directory works after failover with new system dataset."""
@given(parsers.parse('the browser is open navigate to "{nas_url}"'))
def the_browser_is_open_navigate_to_nas_url(driver, nas_url):
"""the browser is open navigate to "{nas_url}"."""
if nas_url not in driver.current_url:
driver.get(f"http://{nas_url}/ui/sessions/signin")
time.sleep(3)
@when(parsers.parse('If login page appear enter "{user}" and "{password}"'))
def if_login_page_appear_enter_root_and_password(driver, user, password):
"""If login page appear enter "{user}" and "{password}"."""
if not is_element_present(driver,
'//mat-list-item[@ix-auto="option__Dashboard"]'):
assert wait_on_element(driver, 1, 10,
'//input[@data-placeholder="Username"]')
driver.find_element_by_xpath(
import uuid
from pytest_bdd import when, parsers
from selene.api import s, browser, have
@when(parsers.parse('I create account with random email'))
def create_account_with_email():
email = generate_email()
s('#email_create').set(email)
s('#SubmitCreate').click()
@when(
parsers.parse(
'I fill required information {first_name}, {last_name}, {password}, {firstname}, {lastname},'
'{address1}, {city}, {state}, {postcode}, {mobile}'))
def fill_in_required_account_info(first_name, last_name, password, firstname,
lastname, address1, city, state, postcode,
mobile):
s('#customer_firstname').set(first_name)
s('#customer_lastname').set(last_name)
s('#passwd').set(password)
s('#passwd').set(password)
s('#firstname').set(firstname)
s('#lastname').set(lastname)
s('#address1').set(address1)
s('#city').set(city)
s('#uniform-id_state').click()
browser.all('option').element_by(have.text(state)).click()
s('#postcode').set(postcode)
s('#phone_mobile').set(mobile)
from ui_tests.caseworker.pages.users_page import UsersPage
from ui_tests.caseworker.pages.roles_pages import RolesPages
import tests_common.tools.helpers as utils
scenarios("../features/roles.feature", strict_gherkin=False)
@when("I go to manage roles")
def go_to_manage_roles(driver):
user_page = UsersPage(driver)
user_page.click_on_manage_roles()
@when(
parsers.parse(
'I add a new role called "{role_name}" with permission to "{permissions}" and set status to "{status}"'
))
def add_a_role(driver, role_name, permissions, status, context):
roles_page = RolesPages(driver)
roles_page.click_add_a_role_button()
if role_name == " ":
context.role_name = role_name
else:
context.role_name = f"{role_name} {utils.get_formatted_date_time_y_m_d_h_s()}"[:
25]
roles_page.enter_role_name(context.role_name)
roles_page.select_permissions(permissions)
roles_page.select_statuses(status)
Shared(driver).click_submit()
CONVERTERS = dict(criteria=str, occurrence=int)
scenarios('../features/table_filter.feature', example_converters=CONVERTERS)
# Given Steps
@given("the task table is displayed")
def go_to_task_page(driver):
driver.get(TASK_TABLE_URL)
# When Steps
@when('i enter the task name as search <criteria>')
@when('i enter the assignee name as search <criteria>')
@when('i enter the task status as search <criteria>')
@when('i enter an unavailable search <criteria>')
@when(parsers.parse('i enter an unavailable search {criteria}'))
def enter_task_name_as_search_criteria(driver, criteria):
page = TaskFilter(driver)
page.enter_search_criteria(search_criteria=criteria + Keys.RETURN)
# Then Steps
@then(
'the table should contains only the task matching the search <criteria> name'
)
@then(
parsers.parse(
'the table should contains only the task matching the search {criteria} name'
))
def check_table_row_contains_selected_task(driver, criteria):
search_result = None
tmp_memory[browser_id][items_type][item_name] = item
time.sleep(1)
times -= 1
def _not_in_sidebar_list(driver, items_names, items_type, items=None):
items = items if items else _get_items_from_sidebar_list(driver,
items_type)
for item_name in parse_seq(items_names):
item = items.get(item_name)
if item:
return False
return True
@when(parsers.parse('user of {browser_id} selects "{item_name}" '
'from {item_type} sidebar list'))
@then(parsers.parse('user of {browser_id} selects "{item_name}" '
'from {item_type} sidebar list'))
def select_item_from_sidebar_list(selenium, browser_id, item_name,
item_type, tmp_memory):
driver = selenium[browser_id]
_select_items_from_sidebar_list(driver, browser_id, tmp_memory,
item_name, item_type)
@when(parsers.parse('user of {browser_id} clicks on settings icon displayed '
'for "{item_name}" item on the {item_type} sidebar list'))
@then(parsers.parse('user of {browser_id} clicks on settings icon displayed '
'for "{item_name}" item on the {item_type} sidebar list'))
def click_settings_icon_for_item(selenium, browser_id, item_name, item_type):
driver = selenium[browser_id]
"""
__author__ = "Jakub Kudzia"
__copyright__ = "Copyright (C) 2016 ACK CYFRONET AGH"
__license__ = "This software is released under the MIT license cited in " \
"LICENSE.txt"
from tests.utils.acceptance_utils import list_parser
from tests.utils.utils import set_dns
from tests.utils.user_utils import create_user, delete_user, get_id
from tests.utils.space_utils import delete_space
from environment import docker
from pytest_bdd import given, parsers
@given(parsers.parse("users {users} register with passwords {passwords}"))
def register_users(users, passwords, context, onedata_environment, request):
set_dns(onedata_environment)
users = list_parser(users)
passwords = list_parser(passwords)
onepanel = onedata_environment['onepanel_nodes'][0].split('@')[1]
if not hasattr(context, "users"):
context.users = {}
for user_name, password in zip(users, passwords):
user = create_user(user_name, password, onepanel)
user.set_oz_domain(onedata_environment)
context.users[user_name] = user
def fin():
matcher = partial(matcher, match(arg, *args[i + 1:]))
break
return matcher()
@then(
parsers.
re("allure report has result for (?:\")(?P<scenario_name>[\\w|\\s|,]*)(?:\") scenario"
))
def match_scenario(allure_report, context, scenario_name):
matcher = partial(match, has_test_case, scenario_name)
assert_that(allure_report, matcher())
context['scenario'] = matcher
@then(parsers.parse("this {item:w} has {status:w} status"))
def item_status(allure_report, context, item, status):
context_matcher = context[item]
matcher = partial(context_matcher, with_status, status)
assert_that(allure_report, matcher())
@then(
parsers.re("this (?P<item>\\w+) "
"has parameter (?:\")(?P<param_name>[\\w|\\s]*)(?:\") "
"with value (?:\")(?P<param_value>[\\w|\\s]*)(?:\")"))
def item_parameter(allure_report, context, item, param_name, param_value):
context_matcher = context[item]
matcher = partial(context_matcher, has_parameter, param_name, param_value)
assert_that(allure_report, matcher())
@scenario(u'Steps in .py file have unicode')
def test_steps_in_py_file_have_unicode():
pass
pattern = r"(?P<content>'\w+')"
@pytest.fixture
def string():
"""String fixture."""
return {'content': ''}
@given(parsers.parse(u"у мене є рядок який містить '{content}'"))
def there_is_a_string_with_content(content, string):
"""Create string with unicode content."""
string['content'] = content
@given("there is an other string with content 'якийсь контент'")
def there_is_an_other_string_with_content(string):
"""Create other string with unicode content."""
string['content'] = u"с каким-то контентом"
@then("I should see that the other string equals to content 'якийсь контент'")
def assert_that_the_other_string_equals_to_content(string):
"""Assert that the other string equals to content."""
assert string['content'] == u"с каким-то контентом"
pass
@given("I have a first <first> contact")
def have_a_first_contact(contactbook, first):
contactbook.add(first, "000")
return first
@given("I have a second <second> contact")
def have_a_second_contact(contactbook, second):
contactbook.add(second, "000")
return second
@then("the output contains <listed_contacts> contacts")
def outputcontains(listed_contacts, capsys):
expected_list = "".join([f"{c} 000\n" for c in listed_contacts.split(",")])
out, _ = capsys.readouterr()
assert out == expected_list
@given("I have a contact book", target_fixture="contactbook")
def contactbook():
return contacts.Application()
@given(parsers.parse("I have a \"{contactname}\" contact"))
def have_a_contact(contactbook, contactname):
contactbook.add(contactname, "000")
@when(parsers.parse("I run the \"{command}\" command"))
def runcommand(contactbook, command):
contactbook.run(command)
"""Steps for features of Onezone login page.
"""
__author__ = "Jakub Liput"
__copyright__ = "Copyright (C) 2016 ACK CYFRONET AGH"
__license__ = "This software is released under the MIT license cited in " \
"LICENSE.txt"
from pytest_bdd import given, when, then, parsers
from tests.gui.utils.generic import parse_seq
@then(parsers.parse('user of {browser_id} should see login button '
'for {provider_name}'))
def login_provider_buttons(selenium, browser_id, provider_name):
driver = selenium[browser_id]
assert driver.find_element_by_css_selector(
'.login-box a.login-icon-box.{name}'.format(name=provider_name)
), 'login for provider {} not found'.format(provider_name)
def _click_login_provider_button(driver, provider_name):
driver.find_element_by_css_selector(
'.login-box a.login-icon-box.{:s}'.format(provider_name)
).click()
@given(parsers.re('users? of (?P<browser_id_list>.*) clicked on the '
'"(?P<provider_name>.*)" login button'))
def g_click_login_provider_button(selenium, browser_id_list, provider_name):
for browser_id in parse_seq(browser_id_list):
driver = selenium[browser_id]
'clickable')
driver.find_element_by_xpath(
'//mat-list-item[@ix-auto="option__Shares"]').click()
assert wait_on_element(driver, 5, '//div[contains(.,"Shares")]')
assert wait_on_element(
driver, 7,
'//mat-card[contains(.,"Windows (SMB) Shares")]//button[contains(.,"Add")]',
'clickable')
driver.find_element_by_xpath(
'//mat-card[contains(.,"Windows (SMB) Shares")]//button[contains(.,"Add")]'
).click()
@then(
parsers.parse(
'Set Path to the LDAP dataset "{path}", Input "{smbname}" as name, Click to enable, Input "{description}" as description, and Click Summit'
))
def set_path_to_the_ldap_dataset_mnttankwheel_dataset_input_wheelsmbshare_as_name_click_to_enable_input_test_wheel_smb_share_as_description_and_click_summit(
driver, path, smbname, description):
"""Set Path to the LDAP dataset {path}, Input {smbname} as name, Click to enable, Input {description} as description, and Click Summit."""
assert wait_on_element(driver, 5, '//h3[contains(text(),"Add SMB")]')
global smb_path
smb_path = path
assert wait_on_element(driver, 5, '//input[@ix-auto="input__path"]',
'inputable')
driver.find_element_by_xpath('//input[@ix-auto="input__path"]').clear()
driver.find_element_by_xpath('//input[@ix-auto="input__path"]').send_keys(
path)
assert wait_on_element(driver, 5, '//input[@ix-auto="input__Name"]',
'inputable')
driver.find_element_by_xpath('//input[@ix-auto="input__Name"]').clear()
r'(?P<path>.+?) concatenated with received (?P<item>.*)'))
@then(parsers.re(r'user of (?P<browser_id>.*?) changes webapp path to '
r'(?P<path>.+?) concatenated with received (?P<item>.*)'))
def change_app_path_with_recv_item(selenium, browser_id, path,
tmp_memory, item):
driver = selenium[browser_id]
base_url = parse_url(driver.current_url).group('base_url')
item = tmp_memory[browser_id]['mailbox'][item.lower()]
url = '{base_url}{path}/{item}'.format(base_url=base_url,
path=path,
item=item)
driver.get(url)
@when(parsers.parse('user of {browser_id} copies url '
'from browser\'s location bar'))
@then(parsers.parse('user of {browser_id} copies url '
'from browser\'s location bar'))
def copy_site_url(selenium, browser_id, displays, clipboard):
driver = selenium[browser_id]
clipboard.copy(driver.current_url, display=displays[browser_id])
@when(parsers.parse('user of {browser_id} opens copied URL '
'in browser\'s location bar'))
@then(parsers.parse('user of {browser_id} opens copied URL '
'in browser\'s location bar'))
def open_site_url(selenium, browser_id, displays, clipboard):
driver = selenium[browser_id]
driver.get(clipboard.paste(display=displays[browser_id]))
import logging
_logger = logging.getLogger(__name__)
scenarios('discovery.feature')
@given('a client listens for discovery events')
@sync
async def discovery_events_subscribed(event_bus_connection):
result = await event_bus_connection.send(method='subscribe',
params={'category': 'discovery'})
assert result is True
@when(parsers.parse('a {device_type} {name} {action} the network'))
def device_appears_or_leaves(test_context, name, action):
assert action in ('appears on', 'leaves')
if action == 'appears on':
descriptor = create_fake_device(name)
test_context.add_device_to_network(name, descriptor, notify=True)
else:
test_context.remove_device_to_network(name, notify=True)
@when('the client unsubscribes for discovery events')
@sync
async def unsubscribe_discovery_events(event_bus_connection):
result = await event_bus_connection.send(method='unsubscribe',
params={'category': 'discovery'})
assert result is True
given,
then,
when,
)
try:
from urllib.parse import urljoin
except ImportError:
from urlparse import urljoin
####################
# basic
@when(parse('I wait for {timeout:d} seconds'))
def wait_for_timeout(browser, timeout):
import time
time.sleep(timeout)
@when(parse('I show the element with id "{id}"'))
def show_element_by_id(browser, id):
assert browser.find_by_id(id)
browser.execute_script('document.getElementById("%s").style.display="inline";' % id)
@when(parse('I hide the element with id "{id}"'))
def hide_element_by_id(browser, id):
assert browser.find_by_id(id)
browser.execute_script('document.getElementById("%s").style.display="none";' % id)
DocumentGradingPage(driver).confirm_upload_document("no")
@when("I see ECJU helpline details")
def ecju_helpline(driver):
assert DocumentGradingPage(driver).get_ecju_help()
@when("I select a valid missing document reason")
def select_missing_document_reason(driver):
DocumentGradingPage(driver).select_valid_missing_document_reason()
functions.click_submit(driver)
@when(
parsers.parse(
'I see "{expected_count:d}" documents ready to be included in the response'
))
def verify_upload_document_count(driver, expected_count):
items = RespondToEcjuQueryPage(driver).get_uploaded_document_items()
assert len(items) == expected_count
@when(parsers.parse('I delete document "{item_index:d}" from the response'))
def delete_uploaded_document_and_submit(driver, item_index):
document = RespondToEcjuQueryPage(
driver).get_uploaded_documents_delete_links()[item_index - 1]
driver.execute_script("arguments[0].scrollIntoView();", document)
driver.execute_script("arguments[0].click();", document)
functions.click_submit(driver)
__author__ = "Jakub Kudzia"
__copyright__ = "Copyright (C) 2016 ACK CYFRONET AGH"
__license__ = "This software is released under the MIT license cited in " \
"LICENSE.txt"
from tests.utils.space_utils import unsupport_space
from tests.utils.acceptance_utils import list_parser
from tests.utils.space_utils import (create_space, support_space,
request_support, invite_to_space,
join_space, remove_user, delete_space,
assign_privileges)
from pytest_bdd import parsers, then, when
@when(parsers.parse('{user} creates spaces {spaces}'))
def spaces_creation(user, spaces, onedata_environment, context):
spaces = list_parser(spaces)
user = context.get_user(user)
for space in spaces:
space_id = create_space(user, space)
user.spaces.update({space: space_id})
user.created_spaces.update({space: space_id})
@when(parsers.parse('{user} gets token to support spaces {spaces}'))
def request_spaces_support(user, spaces, onedata_environment, context):
spaces = list_parser(spaces)
user = context.get_user(user)
for space in spaces:
token = request_support(user, space)
def you_see_the_dashboard_click_network_on_the_side_menu(driver):
"""you see the dashboard click Network on the side menu."""
assert wait_on_element(driver, 10, '//span[contains(.,"Dashboard")]')
assert wait_on_element(driver, 10, '//mat-list-item[@ix-auto="option__Network"]', 'clickable')
driver.find_element_by_xpath('//mat-list-item[@ix-auto="option__Network"]').click()
@when('the Network page will open, click Global Configuration Settings')
def the_network_page_will_open_click_global_configuration_settings(driver):
"""the Network page will open, click Global Configuration Settings."""
assert wait_on_element(driver, 10, '//h1[contains(.,"Network")]')
assert wait_on_element(driver, 10, '//button[contains(.,"Settings")]', 'clickable')
driver.find_element_by_xpath('//button[contains(.,"Settings")]').click()
@then(parsers.parse('the global config page will open and input Nameservers "{nameserver1}", "{nameserver2}" and "{nameserver3}"'))
def the_global_config_page_will_open_and_input_nameservers(driver, nameserver1, nameserver2, nameserver3):
"""the global config page will open and input Nameservers "{nameserver1}", "{nameserver2}" and "{nameserver3}"."""
assert wait_on_element(driver, 10, '//h3[contains(.,"Global Configuration")]')
assert wait_on_element(driver, 7, '//ix-input[contains(.,"Nameserver 3")]//input', 'inputable')
driver.find_element_by_xpath('//ix-input[contains(.,"Nameserver 1")]//input').clear()
driver.find_element_by_xpath('//ix-input[contains(.,"Nameserver 1")]//input').send_keys(nameserver1)
driver.find_element_by_xpath('//ix-input[contains(.,"Nameserver 2")]//input').clear()
driver.find_element_by_xpath('//ix-input[contains(.,"Nameserver 2")]//input').send_keys(nameserver2)
driver.find_element_by_xpath('//ix-input[contains(.,"Nameserver 3")]//input').clear()
driver.find_element_by_xpath('//ix-input[contains(.,"Nameserver 3")]//input').send_keys(nameserver3)
@then(parsers.parse('input gateway "{gateway}" and an hostname and click SAVE'))
def input_gateway_and_a_hostname_and_click_save(driver, nas_hostname, gateway):
"""input gateway "{gateway}" and an hostname and click SAVE."""
chdir_using_breadcrumbs
from pytest_bdd import when, then, parsers
from selenium.webdriver.support.ui import WebDriverWait as Wait
from selenium.webdriver.support.expected_conditions import staleness_of
def _get_share_from_shares_list(driver, name):
return driver.find_elements_by_css_selector('ul.shares-list '
'.secondary-sidebar-item '
'.item-label[title="{name}"]'
''.format(name=name))
@when(parsers.parse('user of {browser_id} sees that share named '
'"{name}" has appeared in the shared list'))
@then(parsers.parse('user of {browser_id} sees that share named '
'"{name}" has appeared in the shared list'))
def is_present_on_share_list(selenium, browser_id, name):
driver = selenium[browser_id]
assert len(_get_share_from_shares_list(driver, name)) == 1, \
'there is no {} on shares list'.format(name)
@when(parsers.parse('user of {browser_id} sees that share named '
'"{name}" has disappeared from the shares list'))
@then(parsers.parse('user of {browser_id} sees that share named '
'"{name}" has disappeared from the shares list'))
def is_not_present_in_share_list(selenium, browser_id, name):
driver = selenium[browser_id]
assert len(_get_share_from_shares_list(driver, name)) == 0, \
from pytest_bdd import scenarios, given, when, then, parsers
import pytest
scenarios("features/writing_input.feature")
@given("a Pwscf object")
def empty_pwscf():
from pylada.espresso import Pwscf
return Pwscf()
@given(
parsers.parse(
"mandatory attribute pwscf.system.ecutwfc is set to {value:f} {units:S}"
))
def set_ecutwfc(empty_pwscf, value, units):
import quantities
empty_pwscf.system.ecutwfc = value * getattr(quantities, units)
@given(parsers.parse("pwscf.{namelist:w}.{attribute:w} is set to {value:f}"))
def set_an_attribute0(empty_pwscf, namelist, attribute, value):
# equivalent to pwscf.namelist.attribute = value
# with namelist and attribute replaced by their values
setattr(getattr(empty_pwscf, namelist), attribute, value)
@when(parsers.parse("writing to {filename:S} without specifying a structure"))
def writing_no_structure(empty_pwscf, tmpdir, filename):
empty_pwscf.write(tmpdir.join(filename))
browser.fill('password', 'test_result')
browser.find_by_xpath('//input[@type="submit"]')[0].click()
@given('Jack has a username test_result & password test_result')
def background(browser):
User.objects.create_user(username='******', password='******')
connect(browser)
@given('Jack submitted lesson 1 having 2 questions')
def _background():
mommy.make(Lesson, name='Lesson 1')
@given(parsers.parse('{wrong:d} answers are wrong and {correct:d} answers are correct'))
def submit_answers(wrong, correct):
Result.objects.create(
user_id=1,
lesson_id=1,
correct=correct,
wrong=wrong
)
@then('Jack should receive a list with his score (0%)')
def jack_should_receive_the_message_score_0(browser):
browser.visit('%s/results/%s' % (DOMAIN, 1))
scores = browser.find_by_xpath('//tbody/tr').text
assert 'Lesson 1' in scores
@given("A Flask-Wired Application with config")
def flask_wired_app(config):
from flask_wired import create_app
app = create_app(config)
return app
@given("A Flask-Wired Application with config multiple")
def flask_wired_app_config_multiple(config_multiple):
from flask_wired import create_app
app = create_app(config_multiple)
return app
@when(parsers.parse('Accessing {endpoint}'))
def http_get_endpoint(scenario_context, flask_wired_app, endpoint):
client = flask_wired_app.test_client()
response = client.get(endpoint)
scenario_context['response'] = response
@then(parsers.parse('I get a {expected_status:d} Response for {endpoint}'))
def assert_response_status(scenario_context, endpoint, expected_status):
assert scenario_context['response'][
endpoint].status_code == expected_status
@then(parsers.parse('{endpoint} response body is {body}'))
def assert_response_body(scenario_context, endpoint, body):
assert str(scenario_context['response'][endpoint].data, 'utf-8') == body
driver = selenium[browser_id]
_click_on_tab_in_main_menu_sidebar(driver, main_menu_tab)
@when(parsers.re('users? of (?P<browser_id_list>.*) clicks on the '
'"(?P<main_menu_tab>.*)" tab in main menu sidebar'))
@then(parsers.re('users? of (?P<browser_id_list>.*) clicks on the '
'"(?P<main_menu_tab>.*)" tab in main menu sidebar'))
def wt_click_on_the_given_main_menu_tab(selenium, browser_id_list,
main_menu_tab):
for browser_id in parse_seq(browser_id_list):
driver = selenium[browser_id]
_click_on_tab_in_main_menu_sidebar(driver, main_menu_tab)
@when(parsers.parse('user of {browser_id} refreshes Oneprovider site'))
@then(parsers.parse('user of {browser_id} refreshes Oneprovider site'))
def op_refresh_op_site_by_rm_hashtag(selenium, browser_id):
driver = selenium[browser_id]
op_url = parse_url(driver.current_url).group('base_url')
driver.get(op_url)
def _check_for_presence_of_item_in_table(driver, name, caption):
table_elems = driver.find_elements_by_css_selector('table thead, '
'table tbody')
for thead, tbody in zip(table_elems[::2], table_elems[1::2]):
th = thead.find_element_by_css_selector('th .item-label')
if th.text.lower() == caption.lower():
items = tbody.find_elements_by_css_selector('.permissions-'
'table-row '
from pytest_bdd.parsers import parse
from pytest_bdd import (
then,
when,
)
@then(parse('the title should contain the text "{text}"'))
def the_title_should_contain_the_text(browser, text,
splinter_selenium_implicit_wait):
browser.wait_for_condition(lambda browser: text in browser.title,
timeout=splinter_selenium_implicit_wait)
@then(
parse(
'I should see at least {count:d} elements with the css selector "{css}"'
))
def should_see_at_least_count_elements_with_css(browser, css, count):
element_count = len(browser.find_by_css(css))
assert element_count >= count, u'Element has at least that many counts'
@then(parse('I should see {count:d} elements with the css selector "{css}"'))
def should_see_count_elements_with_css(browser, css, count):
element_count = len(browser.find_by_css(css))
assert element_count == count, u'Found %d (expected %d)' % (element_count,
count)
@then(
'args.feature',
'Executed with steps matching step definitons with arguments',
)
def test_steps():
pass
@given('I have a foo fixture with value "foo"')
def foo():
return 'foo'
@given('there is a list')
def results():
return []
@when(parsers.parse('I append {n:d} to the list'))
def append_to_list(results, n):
results.append(n)
@then('foo should have value "foo"')
def foo_is_foo(foo):
assert foo == 'foo'
@then('the list should be [1, 2, 3]')
def check_results(results):
assert results == [1, 2, 3]
return self.response
def post(self, *args, **kwargs):
""" Submit a POST request to the server. """
self.response = self.test_client.post(*args, **kwargs)
return self.response
@pytest.fixture(name="test_session")
def test_session(client):
""" Set up a TestSession to hold state between steps. """
return TestSession(client)
@given(parse('a user "{user_name}" exists'))
def user_exists(session, user_name):
user = create_user(session, user_name, TEST_PASSWORD)
session.commit()
return user
@given(parse('I am logged in as "{user_name}"'))
def login_user(session, test_session, user_name):
user = get_user(session, user_name)
test_session.login(user)
return test_session
item = _get_tool_icon(driver, item_name, item_type, tool_type, items)
if item:
item.click()
def _is_tool_icon_displayed(driver, item_name, item_type,
tool_type):
item = _get_tool_icon(driver, item_name, item_type, tool_type,
css_path='.file-tool-{}'.format(tool_type))
if item:
return 'visible-on-parent-hover-25p' in item.get_attribute('class')
else:
return False
@when(parsers.parse('user of {browser_id} should not see {tool_type} '
'icon for {item_type} named "{item_name}"'))
@then(parsers.parse('user of {browser_id} should not see {tool_type} '
'icon for {item_type} named "{item_name}"'))
def is_tool_icon_hidden(selenium, browser_id, tool_type, item_name, item_type):
driver = selenium[browser_id]
Wait(driver, WAIT_FRONTEND).until_not(
lambda _: _is_tool_icon_displayed(driver, item_name,
item_type, tool_type),
message='checking if {tool_type} icon for {item_type} named '
'"{item_name}" is hidden'.format(tool_type=tool_type,
item_type=item_type,
item_name=item_name)
)
@when(parsers.parse('user of {browser_id} sees {tool_type} icon for '
pytest.skip('Inventory has been already used for a scenario')
else:
inventory_usage[inventory] = True
@given('A complete inventory')
def inventory_check(inventory):
return inventory
@given('an installed platform')
def complete_installation(inventory):
pass
@when(parsers.parse("I launch ansible with the '{playbook}' playbook"))
def ansible_playbook_step(request, playbook):
ansible_process = run_ansible_playbook(playbook)
request.ansible_process = ansible_process
return ansible_process
@when(parsers.parse("I redeploy '{tag}'"))
def redeploy_tag(request, tag):
ansible_process = run_ansible_playbook("deploy.yml",
skip_tags='always',
tags=tag)
assert ansible_process.returncode == 0
return ansible_process
Lines
""")[1:-1]
),
])
def test_multiline(request, tmpdir, feature_text, expected_text):
file_name = tmpdir.join('test.feature')
with file_name.open('w') as fd:
fd.write(feature_text)
@scenario(file_name.strpath, 'Multiline step using sub indentation')
def test_multiline(request):
assert get_fixture_value(request, 'i_have_text') == expected_text
test_multiline(request)
@given(parsers.parse('I have a step with:\n{text}'))
def i_have_text(text):
return text
@then('the text should be parsed with correct indentation')
def text_should_be_correct(i_have_text, text, expected_text):
assert i_have_text == text == expected_text
def test_multiline_wrong_indent(request):
"""Multiline step using sub indentation wrong indent."""
@scenario(
'multiline.feature',
'Multiline step using sub indentation wrong indent',
)
assert req.meta['__id']
@then('the counter for the response is <n_requests>')
def the_counter_for_the_response_is_n_requests(n_requests, mixin_instance):
rid = mixin_instance._get_response_id(
mixin_instance.response_for_pagination_mixin)
assert mixin_instance._request_registry[rid]['counter'] == n_requests
@then('the identifier is present in the request')
def the_identifier_is_present_in_the_request(req):
assert req.meta['__id']
@then(parsers.parse('the counter for the response is {number:d}'))
def the_counter_for_the_response_is_number(mixin_instance, number):
assert mixin_instance._request_registry[RESPONSE_ID]['counter'] == number
@then('getting response returns the same response')
def get_the_same_response_after_calling_get_response(mixin_instance):
result = mixin_instance._get_response(None, None)
assert result.meta['tag']
@then('getting response without response object raises exception')
def calling_get_response_without_response_object_raises_exception(
mixin_instance):
with pytest.raises(ValueError):
mixin_instance._get_response([], {})
@scenario_when('Argument in when, step 2')
def test_argument_in_when_step_2():
pass
def test_multiple_given(request):
"""Using the same given fixture raises an error."""
@scenario_args('Using the same given fixture raises an error')
def test():
pass
with pytest.raises(exceptions.GivenAlreadyUsed):
test(request)
@given(parsers.parse('I have {euro:d} Euro'))
def i_have(euro, values):
assert euro == values.pop(0)
@when(parsers.parse('I pay {euro:d} Euro'))
def i_pay(euro, values, request):
assert euro == values.pop(0)
@then(parsers.parse('I should have {euro:d} Euro'))
def i_should_have(euro, values):
assert euro == values.pop(0)
@given(parsers.parse('I have an argument {arg:Number}', extra_types=dict(Number=int)))
from app.c_haines.severity_index import (
generate_severity_data, open_gdal, make_model_run_base_url, make_model_run_filename,
make_model_run_download_urls, re_project_and_classify_geojson)
from app.weather_models import ModelEnum
from app.c_haines.c_haines_index import calculate_c_haines_index, CHainesGenerator
from app.tests import get_complete_filename
@scenario(
'test_c_haines.feature',
'Calculate c-haines')
def test_extract_origin_and_pixel_information():
""" BDD Scenario. """
@then(parsers.parse('With {t_850} {t_700} and {dp_850}, I expect {c_haines}'),
converters={'t_850': float, 't_700': float, 'dp_850': float, 'c_haines': float})
def with_temperature_and_dewpoint_values(t_850, t_700, dp_850, c_haines):
""" Open the dataset. """
calculated = calculate_c_haines_index(t_700, t_850, dp_850)
assert calculated == c_haines
@scenario(
'test_c_haines.feature',
'Calculate severity')
def test_calculate_mask_and_severity():
""" BDD Scenario. """
@given(parsers.parse('c_haines_data: {c_haines_data}'),
"""Steps for USER ALIAS panel features of Onezone page.
"""
from pytest_bdd import when, then, parsers
from tests.gui.conftest import WAIT_BACKEND
from tests.gui.utils.generic import repeat_failed
__author__ = "Bartek Walkowicz"
__copyright__ = "Copyright (C) 2017 ACK CYFRONET AGH"
__license__ = "This software is released under the MIT license cited in " \
"LICENSE.txt"
@when(parsers.parse('user of {browser_id} records his current alias '
'displayed in "USER ALIAS" Onezone panel'))
@then(parsers.parse('user of {browser_id} records his current alias '
'displayed in "USER ALIAS" Onezone panel'))
@repeat_failed(timeout=WAIT_BACKEND)
def record_oz_usr_alias(selenium, browser_id, tmp_memory, oz_page):
driver = selenium[browser_id]
usr_alias = oz_page(driver)['user alias'].alias
tmp_memory[browser_id]['user_alias'] = usr_alias
@when(parsers.parse('user of {browser_id} activates edit box by clicking on '
'the user alias in expanded "USER ALIAS" Onezone panel'))
@then(parsers.parse('user of {browser_id} activates edit box by clicking on '
'the user alias in expanded "USER ALIAS" Onezone panel'))
@repeat_failed(timeout=WAIT_BACKEND)
def click_user_alias_edit(selenium, browser_id, tmp_memory, oz_page):
if view_link_table_cell:
assert "View" in view_link_table_cell.text
@then("I see an inactive party on page")
def i_see_inactive_party(driver, context):
destinations = [context.third_party]
destinations_table_text = CasePage(driver).get_deleted_entities_text()
for destination in destinations:
assert destination["name"] in destinations_table_text
@then(
parsers.parse(
'the "{party_type}" name is "{name}", address is "{address}", country is "{country}"'
))
def filter_by_application_type(driver, party_type, name, address, country):
destinations = driver.find_element_by_id("table-destinations")
party_index = {"End user": 1, "Consignee": 2}
index = party_index.get(party_type, 1)
party = destinations.find_element_by_xpath(f".//tbody/tr[{index}]")
party_type_text = party.find_element_by_xpath(".//th").text
party_name = party.find_element_by_xpath(".//td[2]").text
party_address = party.find_element_by_xpath(".//td[3]").text
assert party_type_text == party_type
assert party_name == name
assert party_address == f"{address}, {country}"
scenarios('features/validation/sequence_identical_timing_model.feature')
# We cannot use a sequence fixture here like in other sequence tests because
# the sequence is created later from the first document and assigning a fixture
# after its creation function is not possible. So we store the documents in an
# array and create the sequence in the final thens
@given('a test sequence')
def doc_list(template_dict):
doc_list = []
return doc_list
@when(parsers.parse('it has sequenceNumber {sequence_number}'))
def when_sequence_number(sequence_number, template_dict):
template_dict['sequence_number'] = sequence_number
@when('it has timeBase <time_base1>')
def when_time_base1(time_base1, template_dict):
template_dict['time_base'] = time_base1
@when('it has clockMode <clock_mode1>')
def when_clock_mode1(clock_mode1, template_dict):
template_dict['clock_mode'] = clock_mode1
@when('it has frameRate <frame_rate1>')
"""Obtaining bad data from the probes."""
@scenario('../features/device/probe.feature',
'Obtaining good and bad data from the probes')
def test_obtaining_good_and_bad_data():
"""Obtaining good and bad data from the probes."""
@given('I have a mock probe')
def mock_probe(mocker):
"""I have a probe."""
mocker.patch("chickenstrumentation.probe.Reader.read_probes")
return Reader
@given(parsers.parse('I obtain the reading:\n{reading}'))
def data_output(mock_probe, reading):
"""I obtain the temperature reading."""
mock_probe.read_probes.return_value = reading
data_output = mock_probe.get_data()
mock_probe.read_probes.assert_called_once_with()
return data_output
@then(parsers.parse('I obtain the following data:\n{string_data}'))
def data_does_not_have_pattern(data_output, string_data):
"""I obtain the following data."""
data = ast.literal_eval(string_data)
assert data == data_output
"""Steps for features of Oneprovider metadata.
"""
from tests.gui.conftest import WAIT_FRONTEND
from tests.gui.utils.generic import parse_seq, repeat_failed
from pytest_bdd import when, then, parsers
__author__ = "Michał Ćwiertnia, Bartosz Walkowicz"
__copyright__ = "Copyright (C) 2016 ACK CYFRONET AGH"
__license__ = "This software is released under the MIT license cited in " \
"LICENSE.txt"
@when(parsers.parse('user of {browser_id} sees that metadata panel for '
'"{item_name}" in files list is displayed'))
@then(parsers.parse('user of {browser_id} sees that metadata panel for '
'"{item_name}" in files list is displayed'))
@when(parsers.parse('user of {browser_id} sees that metadata panel for '
'"{item_name}" in files list has appeared'))
@then(parsers.parse('user of {browser_id} sees that metadata panel for '
'"{item_name}" in files list has appeared'))
@repeat_failed(timeout=WAIT_FRONTEND)
def assert_files_metadata_panel_displayed(browser_id, item_name, tmp_memory):
browser = tmp_memory[browser_id]['file_browser']
browser.get_metadata_for(item_name)
@when(parsers.parse('user of {browser_id} sees that metadata panel for '
'"{item_name}" in files list is not displayed'))
@then(parsers.parse('user of {browser_id} sees that metadata panel for '
CONVERTERS = {
"email": str,
"password": str,
"nickname": str,
"age": int,
"language": str,
"info": str,
"message": str,
"code": int,
}
scenarios("../features/user/user.feature", example_converters=CONVERTERS)
@given(
parsers.parse(
"유저는 <email>, <password>, <nickname>, <age>, <language> 를 입력한다"))
def user(email, password, nickname, age, language):
user = {
"email": email,
"password": password,
"nickname": nickname,
"age": age,
"language": language,
}
yield user
@when(parsers.parse("유저가 위 정보 중 <info> 를 빼고 보낸다."))
def remove_property(flask_client, user, info):
del user[info]
assert browser.find_by_xpath('//table[@id="result_list"]//tr//*[text()="{0}"]'.format(case.id))
@then('I should see a CI project in the list')
def i_should_see_a_ci_project_in_the_list(browser, ci_project):
"""I should see a CI project in the list."""
assert browser.find_by_xpath('//table[@id="result_list"]//tr//*[text()="{0}"]'.format(ci_project.name))
@then('I should see a migration in the list')
def i_should_see_a_migration_in_the_list(browser, migration):
"""I should see a migration in the list."""
assert browser.find_by_xpath('//table[@id="result_list"]//tr//*[text()="{0}"]'.format(migration.uid))
@then(parsers.parse('I should see a "{message_type}" message'))
def i_should_see_a_message(browser, message_type):
"""I should see a message."""
assert browser.find_by_xpath('//ul[contains(@class, "messagelist")]/li[contains(@class, "{0}")]'.format(
message_type))
@then(parsers.parse('the instance should be created'))
def instance_should_be_created(browser, instance__name):
"""Instance should be created."""
assert Instance.objects.get(name=instance__name)
@then(parsers.parse('the case should be created'))
def case_should_be_created(browser, case__id):
"""Case should be created."""
import time
from function import (
wait_on_element,
is_element_present,
)
from pytest_bdd import (given, scenario, then, when, parsers)
@scenario('features/NAS-T956.feature',
'Edit User Try Change Password with mismatched passwords')
def test_edit_user_try_change_password_with_mismatched_passwords(driver):
"""Edit User Try Change Password with mismatched passwords."""
pass
@given(parsers.parse('The browser is open navigate to "{nas_url}"'))
def the_browser_is_open_navigate_to_nas_url(driver, nas_url):
"""The browser is open navigate to "{nas_user}"."""
if nas_url not in driver.current_url:
driver.get(f"http://{nas_url}/ui/sessions/signin")
time.sleep(1)
@when(parsers.parse('If login page appear enter "{user}" and "{password}"'))
def if_login_page_appear_enter_root_and_password(driver, user, password):
"""If login page appear enter "{user}" and "{password}"."""
if not is_element_present(driver,
'//mat-list-item[@ix-auto="option__Dashboard"]'):
assert wait_on_element(driver, 5,
'//input[@data-placeholder="Username"]')
driver.find_element_by_xpath(
@scenario('build_brief.feature', 'Select how long your brief will be open')
def test_how_long():
pass
@scenario('build_brief.feature', 'Select who can respond')
def test_who_can_respond():
pass
@scenario('build_brief.feature', 'Review and publish your requirements')
def test_publish_brief():
pass
@given(parsers.parse('I have created a brief'))
def verify_brief(brief_title, browser):
visit_page('/buyers', browser)
if browser.is_text_present(brief_title):
browser.click_link_by_text(brief_title)
wait_for_page('Write your brief', browser)
else:
create_brief(brief_title, browser)
@when(parsers.parse('I enter {input_text} into {input_names} on the {page_text} page'))
def enter_text(input_text, input_names, page_text, browser):
wait_for_page(page_text, browser)
for text, input in zip(input_text.split(','), input_names.split(',')):
browser.fill(input, text)
save_and_continue(browser)
if scenario.name == 'I want to validate the hash service response immediately':
DATA['start_time'] = time.time()
elif scenario.name == 'I want to create a hash with alphanumeric password':
DATA['hash_numbers'] = 0
DATA['create_hash'] = False
elif scenario.name == 'I want to validate the hash service response immediately' or \
scenario.name == 'I want to validate the fields in the stats response':
DATA['min_time'] = MINIMUM_TIME
DATA['max_time'] = MAXIMUM_TIME
def pytest_bdd_after_scenario(request, feature, scenario):
print('')
@when(parsers.parse('the response status code is "{code}"'))
def when_validate_status_code(get_data, code):
try:
condition = get_data['create_hash']
if condition:
get_data['hash_numbers'] = get_data['hash_numbers'] + 1
get_data['create_hash'] = False
assert get_data['request'].status_code == int(code)
except Exception:
assert get_data['request'].status_code == int(code)
@then(parsers.parse('the response status code is "{code}"'))
def then_validate_status_code(get_data, code):
try:
condition = get_data['create_hash']
from pytest_bdd.parsers import parse
from pytest_bdd import (
then,
when,
)
@then(parse('the title should contain the text "{text}"'))
def the_title_should_contain_the_text(browser, text, splinter_selenium_implicit_wait):
browser.wait_for_condition(
lambda browser: text in browser.title,
timeout=splinter_selenium_implicit_wait)
@then(parse('I should see at least {count:d} elements with the css selector "{css}"'))
def should_see_at_least_count_elements_with_css(browser, css, count):
element_count = len(browser.find_by_css(css))
assert element_count >= count, u'Element has at least that many counts'
@then(parse('I should see {count:d} elements with the css selector "{css}"'))
def should_see_count_elements_with_css(browser, css, count):
element_count = len(browser.find_by_css(css))
assert element_count == count, u'Found %d (expected %d)' % (element_count, count)
@then(parse('I should see exactly one element with the css selector "{css}" containing the text "{text}"'))
def should_see_element_with_css_and_text(browser, css, text):
elements = browser.find_by_css(css)
assert len(elements) == 1
element_text = elements.first.text
from boofuzz import BitField
scenarios("bit_field_original_value.feature")
@given("A BitField")
def request_one_block(context):
context.uut = BitField(100, width=8)
@given("A 4 byte BitField with value 100")
def bitfield_ascii_100(context):
context.uut = BitField(100, width=32)
@given(parsers.parse("A 4 byte BitField with value {value:d} and format ascii")
)
def bitfield_4_bytes(context, value):
context.uut = BitField(value, width=32, output_format="ascii")
@given("Mutated once")
def mutate_once(context):
context.uut.mutate()
@given("Mutated twice")
def mutate_twice(context):
context.uut.mutate()
context.uut.mutate()
__license__ = "This software is released under the MIT license cited in " \
"LICENSE.txt"
@when(parsers.re('user of (?P<browser_id>.*?) sends copied (?P<item_type>.*?) '
'to users? of (?P<browser_list>.*)'))
@then(parsers.re('user of (?P<browser_id>.*?) sends copied (?P<item_type>.*?) '
'to users? of (?P<browser_list>.*)'))
def send_copied_item_to_other_users(browser_id, item_type, browser_list,
tmp_memory, displays, clipboard):
item = clipboard.paste(display=displays[browser_id])
for browser in parse_seq(browser_list):
tmp_memory[browser]['mailbox'][item_type.lower()] = item
@when(parsers.parse('user of {browser_id} sees that copied token '
'matches displayed one'))
@then(parsers.parse('user of {browser_id} sees that copied token '
'matches displayed one'))
def assert_copied_token_match_displayed_one(browser_id, tmp_memory,
displays, clipboard):
displayed_token = tmp_memory[browser_id]['token']
copied_token = clipboard.paste(display=displays[browser_id])
err_msg = 'Displayed token: {} does not match copied one: ' \
'{}'.format(displayed_token, copied_token)
assert copied_token == displayed_token, err_msg
@when(parsers.parse('user of {browser_id} sees that copied token '
'does not match displayed one'))
@then(parsers.parse('user of {browser_id} sees that copied token '
'does not match displayed one'))
from pytest_bdd import then, parsers
@then(parsers.parse("report has link type of {type_name} with url:\n{url}"))
def check_link(type_name, url, allure_report):
links = _get_links(allure_report)
desired_link = {"type": type_name, "url": url, "name": url}
assert desired_link in links
@then(
parsers.parse(
"report has link type of {type_name} with \"{link_name}\" name and url:\n{url}"
))
def check_link_with_custom_name(type_name, link_name, url, allure_report):
links = _get_links(allure_report)
desired_link = {"type": type_name, "url": url, "name": link_name}
assert desired_link in links
def _get_links(allure_report):
return allure_report.test_cases[0]["links"]
'German': 'de',
'Spanish': 'es',
'French': 'fr',
'Norwegian Bokmål': 'nb',
'Dutch': 'nl',
'Polish': 'pl',
'Portuguese': 'pt',
'Russian': 'ru',
'Swedish': 'sv',
'Telugu': 'te',
'Turkish': 'tr',
'Simplified Chinese': 'zh-hans',
}
@when(parsers.parse('I change the hostname to {hostname:w}'))
def change_hostname_to(browser, hostname):
system.set_hostname(browser, hostname)
@when(parsers.parse('I change the domain name to {domain:w}'))
def change_domain_name_to(browser, domain):
system.set_domain_name(browser, domain)
@when('I change the language to <language>')
def change_language(browser, language):
system.set_language(browser, language_codes[language])
@then(parsers.parse('the hostname should be {hostname:w}'))
# coding=utf-8
"""High Availability (tn-bhyve01) feature tests."""
import time
from function import wait_on_element, is_element_present, wait_on_element_disappear
from pytest_bdd import (given, scenario, then, when, parsers)
@scenario('features/NAS-T961.feature',
'Creating new pool and set it as System Dataset')
def test_creating_new_pool_and_set_it_as_system_dataset(driver):
"""Creating new pool and set it as System Dataset."""
pass
@given(parsers.parse('the browser is open, navigate to "{nas_url}"'))
def the_browser_is_open_navigate_to_nas_url(driver, nas_url):
"""the browser is open, navigate to "{nas_url}"."""
global host
host = nas_url
if nas_url not in driver.current_url:
driver.get(f"http://{nas_url}/ui/sessions/signin")
assert wait_on_element(driver, 0.5, 5,
'//input[@data-placeholder="Username"]')
time.sleep(1)
@when(parsers.parse('the login page appears, enter "{user}" and "{password}"'))
def the_login_page_appear_enter_root_and_password(driver, user, password):
"""the login page appears, enter "{user}" and "{password}"."""
global root_password
#
# This file is part of Plinth-tester.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU Affero General Public License as
# published by the Free Software Foundation, either version 3 of the
# License, or (at your option) any later version.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU Affero General Public License for more details.
#
# You should have received a copy of the GNU Affero General Public License
# along with this program. If not, see <http://www.gnu.org/licenses/>.
#
from pytest_bdd import parsers, then
from support import site
@then(parsers.parse('the {site_name:w} site should be available'))
def site_should_be_available(browser, site_name):
assert site.is_available(browser, site_name)
@then(parsers.parse('the {site_name:w} site should not be available'))
def site_should_not_be_available(browser, site_name):
assert not site.is_available(browser, site_name)
from pytest_bdd import given, when
from pytest_bdd import parsers
@given(
parsers.parse(
"feature file {name} with content:\n\"\"\"\n{feature}\n\"\"\""))
def feature_definition(feature, testdir, name="example"):
testdir.makefile(".feature".format(name=name), **dict([(name, feature)]))
pass
@given("dummy steps in conftest.py")
def dummy_steps(request, testdir):
dummy_steps_path = request.config.rootdir.join("test", "dummy_steps.py")
with open(dummy_steps_path, encoding="utf-8") as f:
content = f.read()
testdir.makeconftest(content)
@given(parsers.parse('test file with "{scenario}" scenario in {feature}'))
def test_file_with_scenario(testdir, scenario, feature):
testdir.makepyfile(current_test="""
from pytest_bdd import scenario
@scenario("{feature}.feature", "{scenario}")
def test_it():
pass
""".format(scenario=scenario, feature=feature))
scenario(
'not_found.feature',
'NOT FOUND'
)
assert six.text_type(exc_info.value).startswith(
'Scenario "NOT FOUND" in feature "[Empty]" in {feature_path}'
.format(feature_path=request.fspath.join('..', 'not_found.feature')))
@given('comments should be at the start of words')
def comments():
"""Comments."""
pass
@then(parsers.parse('this is not {acomment}'))
def a_comment(acomment):
"""A comment."""
assert re.search('a.*comment', acomment)
def test_scenario_comments(request):
"""Test comments inside scenario."""
@scenario(
'comments.feature',
'Comments'
)
def test():
pass
@scenario(
(PlanningWeatherStation(station_code=334, fuel_type_id=2,
planning_area_id=2), fuel_type_2, planning_area_2, fire_centre)
)
monkeypatch.setattr(ClientSession, 'get', default_mock_client_get)
monkeypatch.setattr(app.hfi.hfi_calc, 'get_fire_weather_stations', mock_get_fire_weather_stations)
# Create API client and get the response.
client = TestClient(app.main.app)
headers = {'Content-Type': 'application/json',
'Authorization': 'Bearer token'}
return dict(response=client.get('/api/hfi-calc/fire-centres/', headers=headers))
@then(parsers.parse('there are at least {num_fire_centres} fire centres'),
converters={'num_fire_centres': int})
def assert_number_of_fire_centres(response, num_fire_centres):
""" Assert that we receive the minimum expected number of fire centres """
assert len(response['response'].json()['fire_centres']) >= num_fire_centres
@then('each fire centre has at least 1 planning area')
def assert_min_num_planning_areas_in_fire_centre(response):
""" Assert that each fire centre returned has at least 1 planning area assigned to it """
for fire_centre in response['response'].json()['fire_centres']:
assert len(fire_centre['planning_areas']) >= 1
@then('each planning area has at least 1 weather station')
def assert_min_num_stations_in_planning_area(response):
