def test_Testing(self):
print("AOS Test")
chosen_cat = self.data_sheet["C2"].value
prod1_id = self.data_sheet["C3"].value
prod1_quan = self.data_sheet["C4"].value
self.wait.visibility((By.ID, "tabletsImg"))
Homepage(self.driver).enter_category(chosen_cat)
category = Categories(self.driver)
category.enter_product(prod1_id)
product = Products(self.driver)
prod1_name = product.product_name()
product.choose_quantity(prod1_quan)
product.click_add_to_cart()
self.wait.visibility(
(By.XPATH, "//table[@ng-show='cart.productsInCart.length > 0']"))
self.assertEqual(self.general.popup_cart_name(1)[:27], prod1_name[:27])
self.assertEqual(self.general.popup_cart_quantity(1),
"QTY: " + str(prod1_quan))
print(prod1_id)
print(prod1_name)
print(prod1_quan)
self.data_sheet["M24"] = "V"
def test_aos01(self):
print("AOS Test 1")
# Defining products and quantities for the test using the excel data sheet:
chosen_cat = self.data_sheet["C2"].value
prod1_id = self.data_sheet["C3"].value
prod1_quan = self.data_sheet["C4"].value
prod2_id = self.data_sheet["C6"].value
prod2_quan = self.data_sheet["C7"].value
# Enter the category:
self.wait.visibility(
(By.ID, "speakersImg")) # Wait for the homepage to load.
Homepage(self.driver).enter_category(
chosen_cat) # Enter the chosen category.
# Ordering 1st product:
category = Categories(
self.driver) # Defining a variable for the category page.
category.enter_product(prod1_id)
self.wait.visibility(
(By.ID, "Description")) # Wait for the product page to be load.
product = Products(
self.driver) # Defining a variable for the product pages.
product.choose_quantity(prod1_quan)
product.click_add_to_cart()
self.driver.back()
# Ordering 2nd product:
category.enter_product(prod2_id)
self.wait.visibility((By.ID, "Description"))
product.choose_quantity(prod2_quan)
product.click_add_to_cart()
# Waiting for the cart pop-up menu to appear before the assertions stage:
self.wait.clickable((By.ID, "checkOutPopUp"))
# Printing the result for comparison.
print(
f"Product 1 Desired QTY: {prod1_quan}, Actual {self.general.popup_cart_quantity(2)}"
)
print(
f"Product 2 Desired QTY: {prod2_quan}, Actual {self.general.popup_cart_quantity(1)}"
)
# Making sure the test passed using the products' quantity variable and a General class function.
self.assertEqual(str(f"QTY: {prod1_quan}"),
self.general.popup_cart_quantity(2))
self.assertEqual(str(f"QTY: {prod2_quan}"),
self.general.popup_cart_quantity(1))
# Writing the result in the excel sheet:
self.data_sheet["C24"] = "V"
def test_aos006(self):
print("AOS Test 6")
# Defining products and quantities for the test using the excel sheet:
chosen_cat = self.data_sheet["H2"].value
prod1_id = self.data_sheet["H3"].value
prod1_quan = self.data_sheet["H4"].value
prod2_id = self.data_sheet["H6"].value
prod2_quan = self.data_sheet["H7"].value
# Enter the category:
self.wait.visibility(
(By.ID, "laptopsImg")) # Waiting for the homepage to load.
Homepage(self.driver).enter_category(
chosen_cat) # Entering the laptops category.
# Ordering 1st product:
category = Categories(
self.driver) # Defining a variable for the category page.
category.enter_product(prod1_id)
self.wait.visibility(
(By.ID,
"Description")) # Wait for the product description to be visible.
product = Products(
self.driver) # Defining a variable for the product pages.
product.choose_quantity(prod1_quan)
product.click_add_to_cart()
self.driver.back()
# Ordering 2nd product:
category.enter_product(prod2_id)
self.wait.visibility((By.ID, "Description"))
product.choose_quantity(prod2_quan)
product.click_add_to_cart()
# Entering the cart page:
self.general.enter_cart_page()
# Waiting for the cart page to load:
self.wait.visibility((By.CLASS_NAME, "fixedTableEdgeCompatibility"))
cart = Cart(self.driver) # Defining a variable for the Cart class.
# Editing the 1st product's quantity:
cart.cart_click_edit(2)
self.wait.visibility(
(By.ID, "Description")) # Waiting for the product page to load.
product.choose_quantity(prod1_quan + 1)
product.click_add_to_cart()
# Waiting for the cart page to load:
self.wait.visibility((By.CLASS_NAME, "fixedTableEdgeCompatibility"))
# Editing the 2nd product's quantity:
# Waiting for the cart popup menu to disappear:
self.wait.invisibility(
(By.CSS_SELECTOR,
"table[ng-show='cart.productsInCart.length > 0']"))
cart.cart_click_edit(1)
self.wait.visibility((By.ID, "Description"))
product.choose_quantity(prod2_quan + 1)
product.click_add_to_cart()
# Waiting for the cart page to load:
self.wait.visibility((By.CLASS_NAME, "fixedTableEdgeCompatibility"))
# Printing for comparison:
print(f"Product 1 desired quantity: {prod1_quan + 1}")
print(f"Product 1 actual quantity: {cart.cart_quantities(2)}")
print(f"Product 2 desired quantity: {prod2_quan + 1}")
print(f"Product 2 actual quantity: {cart.cart_quantities(1)}")
# Making sure the test passed by comparing the quantity in the cart page to the new wanted quantity:
self.assertEqual(cart.cart_quantities(2), str(prod1_quan + 1))
self.assertEqual(cart.cart_quantities(1), str(prod2_quan + 1))
# Writing the result in the excel sheet:
self.data_sheet["G24"] = "V"
def test_aos2(self):
print("AOS Test 2")
# Defining products, colors and quantities for the test using the excel data sheet:
chosen_cat = self.data_sheet["D2"].value
prod1_id = self.data_sheet["D3"].value
prod1_quan = self.data_sheet["D4"].value
prod1_color = self.data_sheet["D5"].value
prod2_id = self.data_sheet["D6"].value
prod2_quan = self.data_sheet["D7"].value
prod2_color = self.data_sheet["D8"].value
prod3_id = self.data_sheet["D9"].value
prod3_quan = self.data_sheet["D10"].value
prod3_color = self.data_sheet["D11"].value
# Enter the category:
self.wait.visibility(
(By.ID, "headphonesImg")) # Wait for the homepage to load.
Homepage(self.driver).enter_category(
chosen_cat) # Enter the chosen category.
# Ordering 1st product:
category = Categories(
self.driver) # Defining a variable for the category page.
category.enter_product(prod1_id)
self.wait.visibility(
(By.ID, "Description")) # Wait for the product page to load.
product = Products(
self.driver) # Defining a variable for the product pages.
# Creating a variable with the product's name for the testing assertions:
prod1_name = product.product_name()
# Creating a variable with the product's unit price for the testing assertions:
prod1_price = product.product_price()
product.choose_color(prod1_color)
product.choose_quantity(prod1_quan)
product.click_add_to_cart()
self.driver.back()
# Ordering 2nd product:
category.enter_product(prod2_id)
self.wait.visibility((By.ID, "Description"))
prod2_name = product.product_name()
prod2_price = product.product_price()
product.choose_color(prod2_color)
product.choose_quantity(prod2_quan)
product.click_add_to_cart()
self.driver.back()
# Ordering 3rd product:
category.enter_product(prod3_id)
self.wait.visibility((By.ID, "Description"))
prod3_name = product.product_name()
prod3_price = product.product_price()
product.choose_color(prod3_color)
product.choose_quantity(prod3_quan)
product.click_add_to_cart()
# Waiting for the cart pop-up menu to appear before the assertions stage:
self.wait.visibility(
(By.XPATH, "//table[@ng-show='cart.productsInCart.length > 0']"))
# Printing the test data for compairson:
print(
f"Product 1:\n"
f"Name: Desired - {prod1_name}, Actual - {self.general.popup_cart_name(3)} \n"
f"Color: Desired - {prod1_color}, Actual - {self.general.popup_cart_color(3)[7:]} \n"
f"Quantity: Desired - {prod1_quan}, Actual - {self.general.popup_cart_quantity(3)[5:]} \n"
f"Price: Desired - {prod1_price} * {str(prod1_quan)}, Actual - {self.general.popup_cart_price(3)}"
)
print(
f"Product 2:\n"
f"Name: Desired - {prod2_name}, Actual - {self.general.popup_cart_name(2)} \n"
f"Color: Desired - {prod2_color}, Actual - {self.general.popup_cart_color(2)[7:]} \n"
f"Quantity: Desired - {prod2_quan}, Actual - {self.general.popup_cart_quantity(2)[5:]} \n"
f"Price: Desired - {prod2_price} * {str(prod2_quan)}, Actual - {self.general.popup_cart_price(2)}"
)
print(
f"Product 3:\n"
f"Name: Desired - {prod3_name}, Actual - {self.general.popup_cart_name(1)} \n"
f"Color: Desired - {prod3_color}, Actual - {self.general.popup_cart_color(1)[7:]} \n"
f"Quantity: Desired - {prod3_quan}, Actual - {self.general.popup_cart_quantity(1)[5:]} \n"
f"Price: Desired - {prod3_price} * {str(prod3_quan)}, Actual - {self.general.popup_cart_price(1)}"
)
# Making sure the test passed using the prod variables and General class functions:
# Pop-up cart names = Products' names:
# List with all the prod_name variables sorted according to their order in the cart.
names_list = [prod3_name, prod2_name, prod1_name]
for i in names_list:
# Because the cart pop-up menu shortens product names > 27 letters, the assertion has an IF condition:
# IF the product name is > 27, only the first 27 letters are used for the assertion.
if len(i) > 27:
self.assertEqual(
i[0:27],
self.general.popup_cart_name(names_list.index(i) +
1)[0:27])
else:
self.assertEqual(
i, self.general.popup_cart_name(names_list.index(i) + 1))
# Pop-up cart colors = Products' colors:
self.assertEqual(f"Color: {prod1_color}",
self.general.popup_cart_color(3))
self.assertEqual(f"Color: {prod2_color}",
self.general.popup_cart_color(2))
self.assertEqual(f"Color: {prod3_color}",
self.general.popup_cart_color(1))
# Pop-up cart quantity = Products' quantity:
self.assertEqual(f"QTY: {prod1_quan}",
self.general.popup_cart_quantity(3))
self.assertEqual(f"QTY: {prod2_quan}",
self.general.popup_cart_quantity(2))
self.assertEqual(f"QTY: {prod3_quan}",
self.general.popup_cart_quantity(1))
# Pop-up cart price = Products' price:
# Every product's unit price is converted to a float and multiplied by the ordered quantity,
# then it's compared to the pop-up menu's final price (also converted to float and removed the "$").
self.assertEqual(
float(prod1_price[1:]) * prod1_quan,
float(self.general.popup_cart_price(3)[1:]))
self.assertEqual(
float(prod2_price[1:]) * prod2_quan,
float(self.general.popup_cart_price(2)[1:]))
self.assertEqual(
float(prod3_price[1:]) * prod3_quan,
float(self.general.popup_cart_price(1)[1:]))
# Writing the result in the excel sheet:
self.data_sheet["D24"] = "V"
def test_aos005(self):
print("AOS Test 5")
# Defining products and quantities for the test using the excel sheet:
chosen_cat = self.data_sheet["G2"].value
prod1_id = self.data_sheet["G3"].value
prod1_quan = self.data_sheet["G4"].value
prod2_id = self.data_sheet["G6"].value
prod2_quan = self.data_sheet["G7"].value
prod3_id = self.data_sheet["G9"].value
prod3_quan = self.data_sheet["G10"].value
# Enter the category:
self.wait.visibility(
(By.ID, "laptopsImg")) # Wait for the homepage to load.
Homepage(self.driver).enter_category(
chosen_cat) # Entering the chosen category.
# Ordering 1st product:
category = Categories(
self.driver) # Defining a variable for the category page.
category.enter_product(prod1_id)
self.wait.visibility(
(By.ID,
"Description")) # Wait for the product description to be visible.
product = Products(
self.driver) # Defining a variable for the product pages.
product.choose_quantity(prod1_quan)
prod1_name = product.product_name(
) # Defining a variable with the product's name for the assertions.
prod1_price = product.product_price(
) # Defining a variable with the product's price for the assertions.
product.click_add_to_cart()
self.driver.back()
# Ordering 2nd product:
category.enter_product(prod2_id)
self.wait.visibility((By.ID, "Description"))
product.choose_quantity(prod2_quan)
prod2_name = product.product_name()
prod2_price = product.product_price()
product.click_add_to_cart()
self.driver.back()
# Ordering 3rd product:
category.enter_product(prod3_id)
self.wait.visibility((By.ID, "Description"))
product.choose_quantity(prod3_quan)
prod3_name = product.product_name()
prod3_price = product.product_price()
product.click_add_to_cart()
# Entering the cart page:
self.general.enter_cart_page()
# Waiting for the cart page to load:
self.wait.visibility((By.CLASS_NAME, "fixedTableEdgeCompatibility"))
cart = Cart(self.driver) # Defining a variable for the Cart class.
# Making sure the test passed by comparing the data in the cart table to the products' info:
# Products' quantities:
self.assertEqual(str(prod1_quan), cart.cart_quantities(3))
self.assertEqual(str(prod2_quan), cart.cart_quantities(2))
self.assertEqual(str(prod3_quan), cart.cart_quantities(1))
# Products' prices:
# Creating a variable for every product's final price to check the site made the right calculations:
prod1_final_price = float(prod1_price[1:]) * prod1_quan
prod2_final_price = float(prod2_price[1:]) * prod2_quan
prod3_final_price = float(prod3_price[1:]) * prod3_quan
# Using a list and an IF condition for the final price test.
# IF the price > 999, the STR needs an additional "," for the assertions to pass.
# The list's indexes are matching the cart order.
final_prices = [
prod3_final_price, prod2_final_price, prod1_final_price
]
for i in final_prices:
if i > 999:
final_price_str = str(i)[0] + "," + str(i)[1:]
self.assertEqual(f"${final_price_str}",
cart.cart_prices(final_prices.index(i) + 1))
else:
self.assertEqual(f"${i}",
cart.cart_prices(final_prices.index(i) + 1))
# Printing the products' details for comparison:
print(f"1st product: {prod1_name} \n "
f"Quantity: {prod1_quan} \n "
f"Price: {prod1_price} \n "
f"Final Price: {prod1_final_price}")
print(f"2nd product: {prod2_name} \n "
f"Quantity: {prod2_quan} \n "
f"Price: {prod2_price} \n "
f"Final Price: {prod2_final_price}")
print(f"3rd product: {prod3_name} \n "
f"Quantity: {prod3_quan} \n "
f"Price: {prod3_price} \n "
f"Final Price: {prod3_final_price}")
# Writing the result in the excel sheet:
self.data_sheet["G24"] = "V"