def get_course_discount_info(self):
"""
Get course discount info
Returns:
dict: A dictionary with keys for course price, discount value,
benefit type and discounted price.
"""
course_price_str = self.q(
css=self.course_tile_css +
' .discount-mc-price-group .course-price>span'
).text[0]
benefit_value_str = self.q(
css=self.course_tile_css +
' .discount-percentage>p'
).text[0]
discounted_price_str = self.q(
css=self.course_tile_css +
' .discount-mc-price-group .course-new-price>span'
).text[0]
return {
'course_price': extract_numerical_value_from_price_string(
course_price_str
),
'benefit_value': extract_numerical_value_from_price_string(
benefit_value_str
),
'discounted_price': extract_numerical_value_from_price_string(
discounted_price_str
),
'benefit_type': self.benefit_type
}
def get_course_discount_info(self):
"""
Get course discount info
Returns:
dict: A dictionary with keys for course price, discount value,
benefit type and discounted price.
"""
course_price_str = self.q(
css=self.course_tile_css +
' .discount-mc-price-group .course-price>span').text[0]
benefit_value_str = self.q(css=self.course_tile_css +
' .discount-percentage>p').text[0]
discounted_price_str = self.q(
css=self.course_tile_css +
' .discount-mc-price-group .course-new-price>span').text[0]
return {
'course_price':
extract_numerical_value_from_price_string(course_price_str),
'benefit_value':
extract_numerical_value_from_price_string(benefit_value_str),
'discounted_price':
extract_numerical_value_from_price_string(discounted_price_str),
'benefit_type':
self.benefit_type
}
def test_enterprise_percentage_offer(self):
"""
Scenario: To verify that user sees the correct discount
percentage info and detail on enterprise landing page,
basket page and on receipt page.
"""
# Login user to LMS using staff credentials
self.login_user_lms_using_api()
# Get all enterprise offers data using api request
offers_response = self.login_api.get_offer_request(self.target_url)
# Get discount value from response against catalog UUID
discount_value = extract_discount_value_from_response(
ENT_CUSTOMER_CATALOG_UUID, offers_response
)
discounted_course_price = self.course_price - \
(self.course_price * discount_value) / 100
self.logout_from_lms_using_api()
self.ecommerce_courses_page.visit()
self.register_and_go_to_course_enrollment_page()
# Call the fixture to unlink existing account for the user
self.addCleanup(self.unlink_account)
# Get course original price and course discounted price
price_details = \
self.ent_course_enrollment.get_course_price_details().split()
# extract_numerical_value_from_price_string(price_details)
self.assertEqual(
self.course_price,
extract_numerical_value_from_price_string(price_details[1])
)
self.assertEqual(
discounted_course_price,
extract_numerical_value_from_price_string(price_details[3])
)
self.assertIn(
self.DISCOUNT_MSG + ENTERPRISE_NAME,
self.ent_course_enrollment.get_course_price_details()
)
self.ent_course_enrollment.go_to_data_consent_page()
self.ent_data_sharing_consent.wait_for_page()
# Verify that accepting data consent takes user to basket page
self.ent_data_sharing_consent.accept_data_sharing_consent()
SingleSeatBasketPage(self.browser).wait_for_page()
self.verify_info_is_populated_on_basket(
discounted_course_price
)
self.verify_receipt_info_for_discounted_course()
def test_enterprise_percentage_offer(self):
"""
Scenario: To verify that user sees the correct discount
percentage info and detail on enterprise landing page,
basket page and on receipt page.
"""
# Login user to LMS using staff credentials
self.login_user_lms_using_api()
# Get all enterprise offers data using api request
offers_response = self.login_api.get_offer_request(self.target_url)
# Get discount value from response against catalog UUID
discount_value = extract_discount_value_from_response(
ENT_CUSTOMER_CATALOG_UUID, offers_response
)
discounted_course_price = self.course_price - \
(self.course_price * discount_value) / 100
self.logout_from_lms_using_api()
self.ecommerce_courses_page.visit()
self.register_and_go_to_course_enrollment_page()
# Call the fixture to unlink existing account for the user
self.addCleanup(self.unlink_account)
# Get course original price and course discounted price
price_details = \
self.ent_course_enrollment.get_course_price_details().split()
# extract_numerical_value_from_price_string(price_details)
self.assertEqual(
self.course_price,
extract_numerical_value_from_price_string(price_details[1])
)
self.assertEqual(
discounted_course_price,
extract_numerical_value_from_price_string(price_details[3])
)
self.assertIn(
self.DISCOUNT_MSG + ENTERPRISE_NAME,
self.ent_course_enrollment.get_course_price_details()
)
self.ent_course_enrollment.go_to_data_consent_page()
self.ent_data_sharing_consent.wait_for_page()
# Verify that accepting data consent takes user to basket page
self.ent_data_sharing_consent.accept_data_sharing_consent()
SingleSeatBasketPage(self.browser).wait_for_page()
self.verify_info_is_populated_on_basket(
discounted_course_price
)
self.verify_receipt_info_for_discounted_course()
def total_price(self):
"""
Get the total price
Returns:
float: total price
"""
raw_price = self.q(css='#basket-total .price').text[0]
return extract_numerical_value_from_price_string(raw_price)
def course_price(self):
"""
Get the course price
Returns:
float: course price
"""
raw_price = self.q(css='#line-price .price').text[0]
return extract_numerical_value_from_price_string(raw_price)
def total_price_after_discount(self):
"""
Get the total price after discount
Returns:
float: price after discount.
"""
raw_price = self.q(css='#basket-total .price').text[0]
return extract_numerical_value_from_price_string(raw_price)
def test_extract_numerical_value_from_price_string_invalid(self, value):
"""
Test that in case the regex search is not successful a
meaningful message is displayed
Args:
value:
"""
self.assertEqual(extract_numerical_value_from_price_string(value),
'No numerical value found in search string')
def total_price(self):
"""
Get the total price
Returns:
float: total price
"""
raw_price = self.q(css='#basket-total .price').text[0]
return extract_numerical_value_from_price_string(raw_price)
def course_price(self):
"""
Get the course price
Returns:
float: course price
"""
raw_price = self.q(css='#line-price .price').text[0]
return extract_numerical_value_from_price_string(raw_price)
def total_price_after_discount(self):
"""
Get the total price after discount
Returns:
float: price after discount.
"""
raw_price = self.q(css='#basket-total .price').text[0]
return extract_numerical_value_from_price_string(raw_price)
def total_amount(self):
"""
Get the total amount
Returns:
total amount.
"""
total_amount = self.q(
css='.order-total:nth-of-type(2)>.price'
).text[0]
return extract_numerical_value_from_price_string(total_amount)
def order_amount(self):
"""
Get the order amount from receipt
Returns:
order amount.
"""
amount = self.q(
css='.line-price.price'
).text[0]
return extract_numerical_value_from_price_string(amount)
def total_amount(self):
"""
Get the total amount
Returns:
total amount.
"""
total_amount = self.q(
css='.order-total:nth-of-type(2)>.price'
).text[0]
return extract_numerical_value_from_price_string(total_amount)
def order_amount(self):
"""
Get the order amount from receipt
Returns:
order amount.
"""
amount = self.q(
css='.line-price.price'
).text[0]
return extract_numerical_value_from_price_string(amount)
def test_extract_numerical_value_from_price_string_with_floats(
self, price_strings, result):
"""
Test that regex is correctly extracting the floating point value from
the string in different cases.
Also test that in case the regex search is not successful a
meaningful message is displayed
Args:
price_strings:
result:
"""
self.assertEqual(
extract_numerical_value_from_price_string(price_strings), result)
def test_extract_numerical_value_from_price_string_invalid(
self,
value
):
"""
Test that in case the regex search is not successful a
meaningful message is displayed
Args:
value:
"""
self.assertEqual(
extract_numerical_value_from_price_string(value),
'No numerical value found in search string'
)
def test_extract_numerical_value_from_price_string_with_floats(
self,
price_strings,
result
):
"""
Test that regex is correctly extracting the floating point value from
the string in different cases.
Also test that in case the regex search is not successful a
meaningful message is displayed
Args:
price_strings:
result:
"""
self.assertEqual(
extract_numerical_value_from_price_string(price_strings),
result
)
