def set_random_state_dropdown():
try:
click_element(get_element_by_css('select#profile_state'))
states = get_element_by_css('select#profile_state').text.split('\n')
if (len(states)) < 51:
raise ValueError('ERROR: did not find 51 states')
random_state = states[random.randrange(len(states))]
state_index = states.index(random_state)
for _ in xrange(state_index):
simulate_keys(get_element_by_css('select#profile_state'), 'DOWN')
simulate_keys(get_element_by_css('select#profile_state'), 'ENTER')
test_print('clicking state = "{0}"'.format(random_state))
except:
random_state = 'AL'
return random_state
def set_random_state_dropdown():
try:
click_element(get_element_by_css('select#profile_state'))
states = get_element_by_css('select#profile_state').text.split('\n')
if (len(states)) < 51:
raise ValueError('ERROR: did not find 51 states')
random_state = states[random.randrange(len(states))]
state_index = states.index(random_state)
for _ in xrange(state_index):
simulate_keys(get_element_by_css('select#profile_state'), 'DOWN')
simulate_keys(get_element_by_css('select#profile_state'), 'ENTER')
test_print('clicking state = "{0}"'.format(random_state))
except:
random_state = 'AL'
return random_state
def click_element_by_xpath(xpath, multiple=False, wait=True):
"""
Click the element given by the xpath.
@param multiple: if True, allow multiple elements and click the first one.
@param wait: if True, wait for a page with body element available.
"""
elements = a.get_elements_by_xpath(xpath)
if len(elements) == 0:
raise AssertionError, "Could not identify element: 0 elements found"
if len(elements) > 1 and not multiple:
raise AssertionError, \
"Could not identify element: %d elements found" % len(elements)
element = elements[0]
a.click_element(element, wait=wait)
def set_update_personal_button():
click_element(
wait_for_element(ps='clicking "Update Personal" button',
css_select='input.btn.btn-primary'))
def set_sign_up_button():
click_element(wait_for_element(value="Sign up"))
test_print('clicking the "Sign up" button')
def set_log_in_button():
click_element(wait_for_element(value="Log in"))
test_print('clicking the "Log in" button')
def set_update_personal_button():
click_element(wait_for_element(ps='clicking "Update Personal" button', css_select='input.btn.btn-primary'))
check = a.get_element_by_xpath("//input[@id='shipping:same_as_billing']")
a.wait_for(a.assert_displayed, check)
check.click()
# we need the right continue button, so roll by hand
button = a.get_element_by_xpath(
"//form[@id='co-shipping-form']//button[@title='Continue']")
button.click()
a.wait_for(a.assert_displayed, 'checkout-step-shipping_method')
a.click_button(a.get_element_by_xpath(
"//div[@id='checkout-step-shipping_method']"
"//button"))
a.wait_for(a.assert_displayed, 'p_method_getfinancing')
a.click_element(a.get_element(id='p_method_getfinancing'))
a.click_button(a.get_element_by_xpath(
"//div[@id='checkout-step-payment']"
"//button"))
# go through gf process
a.set_wait_timeout(60.0)
a.wait_for(a.switch_to_frame, 'popup')
a.wait_for(a.assert_displayed, 'id_ssn4')
a.write_textfield('id_ssn4', '6220')
a.click_element('id_agree')
a.click_button('submit-id-btn_find')
# we could either adopt the loan or start from scratch; check
el = a.wait_for(common.get_elements_multiple, [
