def check_gone():
# Select Serial Data Widget
splinter_tests.select_by_text("type", "Serial Data Widget")
with screenshot_on_exception("type_error_still_present"):
assert not browser.is_text_present(
"Invalid widget type selection.")
def check_gone():
# Select Serial Data Widget
splinter_tests.select_by_text("type", "Serial Data Widget")
with screenshot_on_exception("type_error_still_present"):
assert not browser.is_text_present(
"Invalid widget type selection.")
def is_error_message_present(key, message):
xpath = ("//div[contains(@class, 'alert alert-danger')]/ul/li"
"/strong[contains(., '{}')]/..").format(key)
match = browser.find_by_xpath(xpath)
# Check that we found a matching error message
with screenshot_on_exception("find_error_%s" % key):
assert not match.is_empty(), "No error message for %s" % key
assert_that(match.first.text, contains_string(message))
def is_error_message_present(key, message):
xpath = ("//div[contains(@class, 'alert alert-danger')]/ul/li"
"/strong[contains(., '{}')]/..").format(key)
match = browser.find_by_xpath(xpath)
# Check that we found a matching error message
with screenshot_on_exception("find_error_%s" % key):
assert not match.is_empty(), "No error message for %s" % key
assert_that(match.first.text, contains_string(message))
def test_configuration_modal_basic():
'''The configuration modal should appear when the button is clicked.'''
with screenshot_on_exception("config_modal_basic"):
# Get the list of widget types, and their associated value in the
# select tag.
options = browser.find_by_css("select#type option")
assert not options.is_empty()
optmap = {}
for opt in options:
optmap[opt.text] = opt.value
# Select switch widget
browser.select("type", optmap['On/Off Switch Widget'])
# Select the first gateway in the list
browser.select("device", '0')
# Wait for the discovery to complete. For the e2e server this should
# only take a second or two
do_sleep()
# Pick the first XBee in the list
browser.select('xbeenode', '0')
# Pick the first stream option (DIO0)
xpath = '//select[@id="sets"]//option[.="DIO0"]'
# Copied from splinter browser.select implementation
browser.find_by_xpath(xpath).first._element.click()
# The button should be present now. But first, make sure the modal is
# not present currently, to be safe.
assert not browser.is_text_present("Device IO Configuration")
button = browser.find_by_name("checkRadioConfig")
assert not button.is_empty()
button.first.click()
# Check the modal appears
assert browser.is_text_present("Device IO Configuration", wait_time=1)
# Check that there is a close button
xpath = '//div[@class="modal-footer"]/button[.="Close"]'
btn = browser.find_by_xpath(xpath)
assert not btn.is_empty()
# Click the close button - does the modal go away?
btn.first.click()
# Wait a moment
do_sleep()
assert not browser.is_text_present("Device IO Configuration")
assert browser.find_by_xpath(xpath).is_empty()
def test_configuration_modal_basic():
'''The configuration modal should appear when the button is clicked.'''
with screenshot_on_exception("config_modal_basic"):
# Get the list of widget types, and their associated value in the
# select tag.
options = browser.find_by_css("select#type option")
assert not options.is_empty()
optmap = {}
for opt in options:
optmap[opt.text] = opt.value
# Select switch widget
browser.select("type", optmap['On/Off Switch Widget'])
# Select the first gateway in the list
browser.select("device", '0')
# Wait for the discovery to complete. For the e2e server this should
# only take a second or two
do_sleep()
# Pick the first XBee in the list
browser.select('xbeenode', '0')
# Pick the first stream option (DIO0)
xpath = '//select[@id="sets"]//option[.="DIO0"]'
# Copied from splinter browser.select implementation
browser.find_by_xpath(xpath).first._element.click()
# The button should be present now. But first, make sure the modal is
# not present currently, to be safe.
assert not browser.is_text_present("Device IO Configuration")
button = browser.find_by_name("checkRadioConfig")
assert not button.is_empty()
button.first.click()
# Check the modal appears
assert browser.is_text_present("Device IO Configuration", wait_time=1)
# Check that there is a close button
xpath = '//div[@class="modal-footer"]/button[.="Close"]'
btn = browser.find_by_xpath(xpath)
assert not btn.is_empty()
# Click the close button - does the modal go away?
btn.first.click()
# Wait a moment
do_sleep()
assert not browser.is_text_present("Device IO Configuration")
assert browser.find_by_xpath(xpath).is_empty()
def log_in(*auth):
delete_all_dashboards(*auth)
add_empty_dashboard(*auth)
log_in_clean(*auth)
splinter_tests.visit("/#/add_widget")
# Wait a moment for everything to settle
do_sleep()
with screenshot_on_exception("log_in_not_add_widget"):
assert_that(browser.url, ends_with('/#/add_widget'))
def log_in(*auth):
delete_all_dashboards(*auth)
add_empty_dashboard(*auth)
log_in_clean(*auth)
splinter_tests.visit("/#/add_widget")
# Wait a moment for everything to settle
do_sleep()
with screenshot_on_exception("log_in_not_add_widget"):
assert_that(browser.url, ends_with('/#/add_widget'))
def re_login_no_devices():
splinter_tests.visit("/logout")
splinter_tests.visit("/#/login")
do_sleep()
with screenshot_on_exception("re_login_no_devices"):
assert not browser.find_by_id("login_error").visible
browser.fill("username", "e2e_user_nodevices")
browser.fill("password", "e2e_password")
browser.find_by_css('.btn.login-button').click()
# Wait for a moment
do_sleep()
assert not browser.is_text_present(BAD_CREDS_TEXT)
assert_that(browser.url, ends_with("#/setup"))
def re_login_no_devices():
splinter_tests.visit("/logout")
splinter_tests.visit("/#/login")
do_sleep()
with screenshot_on_exception("re_login_no_devices"):
assert not browser.find_by_id("login_error").visible
browser.fill("username", "e2e_user_nodevices")
browser.fill("password", "e2e_password")
browser.find_by_css('.btn.login-button').click()
# Wait for a moment
do_sleep()
assert not browser.is_text_present(BAD_CREDS_TEXT)
assert_that(browser.url, ends_with("#/setup"))
def button_missing(missing=True):
with screenshot_on_exception("button_missing_assert_%s" % missing):
buttons = browser.find_by_xpath(button_xpath)
assert_that(buttons.is_empty(), is_(missing))
def button_missing(missing=True):
with screenshot_on_exception("button_missing_assert_%s" % missing):
buttons = browser.find_by_xpath(button_xpath)
assert_that(buttons.is_empty(), is_(missing))
