def __init__(self, driver):
self.driver = driver
self.action = TouchAction(self.driver)
self.categories_general = CategoriesGeneral(self.driver)
self.category_detail = CategoryDetail(self.driver)
self.ew = ElementWrapper(self.driver)
self.rs = Resolutions(self.driver)
def __init__(self, driver):
self.driver = driver
self.action = TouchAction(self.driver)
self.ew = ElementWrapper(self.driver)
self.period_filter = PeriodFilter(self.driver)
self.rs = Resolutions(self.driver)
self.timeline_general = TimelineGeneral(self.driver)
self.transaction_detail = TransactionDetail(self.driver)
def __init__(self, driver):
self.driver = driver
self.action = TouchAction(self.driver)
self.ew = ElementWrapper(self.driver)
self.rs = Resolutions(self.driver)
self.wallets_general = WalletsGeneral(self.driver)
self.wallet_detail = WalletDetail(self.driver)
self.wallets_overview = WalletOverview(self.driver)
def __init__(self, driver):
self.driver = driver
self.action = TouchAction(self.driver)
self.budget_detail = BudgetDetail(self.driver)
self.budgets_general = BudgetsGeneral(self.driver)
self.budget_overview = BudgetOverview(self.driver)
self.ew = ElementWrapper(self.driver)
self.rs = Resolutions(self.driver)
self.transaction_detail = TransactionDetail(self.driver)
class ElementWrapper:
def __init__(self, driver):
self.driver = driver
self.action = TouchAction(self.driver)
self.log = logging.getLogger('log')
self.rs = Resolutions(self.driver)
def get_by_type(self, locator):
"""
:param locator: str
:return: selecting method
"""
if str(locator).startswith("//") or str(locator).startswith("(//"):
return MobileBy.XPATH
elif str(locator).startswith("com.android") or str(locator).startswith("android:id"):
return MobileBy.ID
elif str(locator).startswith('label'):
return MobileBy.IOS_PREDICATE
elif str(locator).startswith('**'):
return MobileBy.IOS_CLASS_CHAIN
else:
return MobileBy.ACCESSIBILITY_ID
def get_element(self, locator):
"""
:param locator: str
:return: element
"""
by_type = self.get_by_type(locator)
element = self.driver.find_element(by_type, locator)
return element
def get_elements(self, locator):
"""
:param locator: str
:return: list of elements
"""
by_type = self.get_by_type(locator)
element_list = self.driver.find_elements(by_type, locator)
if len(element_list) < 1 or element_list is None:
self.log.error(f"element_list {locator} NOT found")
return element_list
def is_element_present(self, locator):
""" Checking if element is present in DOM
:param locator: str
:return: bool
"""
try:
element = self.get_element(locator)
if element is not None:
self.log.info(f"element {locator} found")
return True
else:
return False
except NoSuchElementException:
self.log.info(f"element {locator} NOT found")
return False
def are_elements_present(self, locator):
"""Checking if elements are present in DOM
:param locator: str
:return: bool
"""
element_list = self.get_elements(locator)
if len(element_list) > 0:
self.log.info(f"element_list {locator} found")
return True
else:
self.log.info(f"element list {locator} NOT found")
return False
def get_text_of_element(self, locator):
""" Getting text of selected element
:param locator: str
:return: str
"""
try:
element = self.get_element(locator)
return element.text
except NoSuchElementException:
self.log.info(f"element {locator} NOT found, can't get the text of element")
def get_text_of_elements(self, locator):
""" Getting texts of selected elements
:param locator: str
:return: list of str
"""
try:
element_list = self.get_elements(locator)
texts = []
for i in element_list:
texts.append(i.text)
return texts
except NoSuchElementException:
self.log.info(f"elements {locator} NOT found, can't get the text of elements")
def wait_till_element_is_visible(self, locator, timeout_seconds):
""" Methods waits till element is visible in DOM
:param locator: str
:param timeout_seconds: int
"""
timeout = time.time() + timeout_seconds
visibility_of_element = self.is_element_present(locator)
while visibility_of_element is False:
time.sleep(0.1)
visibility_of_element = self.is_element_present(locator)
if time.time() > timeout:
raise NoSuchElementException(f"element {locator} NOT found")
def wait_till_element_is_not_visible(self, locator, timeout_seconds):
""" Method waits till element is no more visible in DOM
:param locator: str
:param timeout_seconds: int
"""
timeout = time.time() + timeout_seconds
visibility_of_element = self.is_element_present(locator)
while visibility_of_element is True:
time.sleep(0.1)
visibility_of_element = self.is_element_present(locator)
if time.time() > timeout:
raise NoSuchElementException(f"element {locator} dont't disappeared")
def tap_element(self, locator):
""" Method taps on element
:param locator: str
"""
self.action.tap(self.get_element(locator)).perform()
def wait_and_tap_element(self, locator, timeout_seconds):
""" Method waits till element is visible in DOM and taps on it
:param locator: str
:param timeout_seconds: int
"""
self.wait_till_element_is_visible(locator, timeout_seconds)
self.action.tap(self.get_element(locator)).perform()
def get_attribute(self, locator, attribute):
""" Getting attribute of selected element
:param locator: str
:param attribute: str
:return: str
"""
byType = self.get_by_type(locator)
return self.driver.find_element(byType, locator).get_attribute(attribute)
def get_attributes(self, locator, attribute):
""" Getting attribute of selected elements
:param locator: str
:param attribute: str
:return: list of str
"""
by_type = self.get_by_type(locator)
element_list = self.driver.find_elements(by_type, locator)
attributes = []
for i in element_list:
attributes.append(i.get_attribute(attribute))
return attributes
def swipe_if_element_not_present(self, locator):
""" If the element is not present in DOM, it will swipe to it
:param locator: str
"""
element_present = self.is_element_present(locator)
timeout = time.time() + 30
while element_present is False:
res = self.rs.get_resolution()
if PLATFORM == "Android":
self.action.long_press(None, self.rs.all_resolutions[f"{res}"]["x"],
self.rs.all_resolutions[f"{res}"]["element_not_present_swipe_y_start"]) \
.move_to(None, self.rs.all_resolutions[f"{res}"]["x"],
self.rs.all_resolutions[f"{res}"]["element_not_present_swipe_y_end"]) \
.release().perform()
else:
self.driver.execute_script("mobile: dragFromToForDuration",
{"duration": "0.1",
"fromX": self.rs.all_resolutions[f"{res}"]["x"],
"fromY": self.rs.all_resolutions[f"{res}"][
"element_not_present_swipe_y_start"],
"toX": self.rs.all_resolutions[f"{res}"]["x"],
"toY": self.rs.all_resolutions[f"{res}"][
"element_not_present_swipe_y_end"]})
element_present = self.is_element_present(locator)
if time.time() > timeout:
break
class WalletsActions:
def __init__(self, driver):
self.driver = driver
self.action = TouchAction(self.driver)
self.ew = ElementWrapper(self.driver)
self.rs = Resolutions(self.driver)
self.wallets_general = WalletsGeneral(self.driver)
self.wallet_detail = WalletDetail(self.driver)
self.wallets_overview = WalletOverview(self.driver)
def create_wallet(self, name, amount, currency, categories):
""" Opens wallet create screen and sets requested attributes
:param name: str or None
:param amount: str or None
:param currency: str or None
:param categories: str or int or None
"""
self.wallets_general.go_to_wallets()
self.open_wallet_create_screen()
self.wallet_detail.set_name(name)
if amount is not None:
self.wallet_detail.set_amount(amount)
if currency is not None:
self.wallet_detail.set_currency(currency)
if categories is not None:
self.wallet_detail.set_categories(categories)
def open_wallet_create_screen(self):
"""Opens wallet create screen"""
self.ew.wait_till_element_is_visible(
self.wallets_general.WALLETS_ANIMATED_HEADER, 10)
if PLATFORM == "Android":
add_button_visible = self.ew.is_element_present(
self.wallets_general.ADD_WALLET_BUTTON)
while add_button_visible is False:
res = self.rs.get_resolution()
self.action.long_press(None, self.rs.all_resolutions[f"{res}"]["x"],
self.rs.all_resolutions[f"{res}"]["wallets_overview_y_start"]) \
.move_to(None, self.rs.all_resolutions[f"{res}"]["x"],
self.rs.all_resolutions[f"{res}"]["wallets_overview_y_end"]) \
.release().perform()
add_button_visible = self.ew.is_element_present(
self.wallets_general.ADD_WALLET_BUTTON)
else:
add_button_visible = self.ew.get_attribute(
self.wallets_general.ADD_WALLET_BUTTON, "visible")
while add_button_visible == "false":
res = self.rs.get_resolution()
self.driver.execute_script(
"mobile: dragFromToForDuration", {
"duration":
"0.1",
"fromX":
self.rs.all_resolutions[f"{res}"]["x"],
"fromY":
self.rs.all_resolutions[f"{res}"]
["wallets_overview_y_start"],
"toX":
self.rs.all_resolutions[f"{res}"]["x"],
"toY":
self.rs.all_resolutions[f"{res}"]
["wallets_overview_y_end"]
})
add_button_visible = self.ew.get_attribute(
self.wallets_general.ADD_WALLET_BUTTON, "visible")
self.ew.wait_and_tap_element(self.wallets_general.ADD_WALLET_BUTTON, 5)
self.ew.wait_till_element_is_visible(self.wallet_detail.WALLET_HEADER,
10)
def save_wallet(self):
"""Clicks on save wallet button"""
if self.driver.is_keyboard_shown():
self.driver.hide_keyboard()
self.ew.wait_and_tap_element(self.wallet_detail.SAVE_WALLET_BUTTON, 10)
self.ew.wait_till_element_is_not_visible(
self.wallet_detail.SAVE_WALLET_BUTTON, 10)
def open_wallet(self):
"""Opens existing wallet"""
self.wallets_general.go_to_wallets()
self.ew.wait_till_element_is_visible(
self.wallets_general.WALLETS_ANIMATED_HEADER, 10)
self.ew.wait_and_tap_element(self.wallets_general.WALLET_ITEM, 5)
self.ew.wait_and_tap_element(self.wallets_overview.EDIT_BUTTON, 5)
self.ew.wait_till_element_is_visible(self.wallet_detail.WALLET_HEADER,
5)
def edit_wallet(self, name, amount, currency, categories):
"""Changes requested attributes of wallet
:param name: str or None
:param amount: str or None
:param currency: str or None
:param categories: str or int or None
"""
self.open_wallet()
if name is not None:
if PLATFORM == "Android":
self.ew.get_element(self.wallet_detail.NAME_INPUT).clear()
else:
self.ew.get_element(
self.wallet_detail.SELECTED_NAME_IOS).clear()
self.wallet_detail.set_name(name)
if amount is not None:
self.ew.wait_and_tap_element(self.wallet_detail.AMOUNT_INPUT, 5)
self.ew.wait_till_element_is_visible(
self.wallet_detail.NUMPAD_CLEAR, 10)
for i in range(6):
self.ew.tap_element(self.wallet_detail.NUMPAD_CLEAR)
self.ew.tap_element(self.wallet_detail.NUMPAD_BACKDROP)
self.wallet_detail.set_amount(amount)
if currency is not None:
self.wallet_detail.set_currency(currency)
if categories is not None:
self.wallet_detail.set_categories(categories)
def delete_wallet(self):
"""Deletes wallet from wallet detail"""
self.ew.wait_and_tap_element(self.wallet_detail.TRASH_ICON, 10)
self.ew.wait_and_tap_element(self.wallet_detail.DELETE_BUTTON, 10)
self.ew.wait_till_element_is_visible(
self.wallets_general.WALLETS_ANIMATED_HEADER, 10)
def invite_user_to_wallet(self):
"""Opens wallet and invitation screen"""
self.open_wallet()
self.wallet_detail.invite_user()
class BudgetDetail():
# OTHER
BUDGET_HEADER = "Budget Header"
SAVE_BUDGET_BUTTON = "Save Budget Button"
TRASH_ICON = "Trash Icon"
DELETE_BUTTON = "Delete"
if PLATFORM == "Android":
DISCARD_CHANGES = "android:id/button1"
else:
DISCARD_CHANGES = "Discard changes"
# NAME
NAME_INPUT = "Name Input"
SELECTED_NAME_IOS = '**/XCUIElementTypeTextField[`label == "Name Input"`]'
# AMOUNT
if PLATFORM == "Android":
AMOUNT_INPUT = "Amount Input"
else:
AMOUNT_INPUT = '**/XCUIElementTypeOther[`label == "Amount Input"`][2]'
SELECTED_AMOUNT = "Currency Input"
# KEYBOARD
KEYBOARD = {"0": "Numpad 0", "1": "Numpad 1", "2": "Numpad 2", "3": "Numpad 3", "4": "Numpad 4", "5": "Numpad 5",
"6": "Numpad 6", "7": "Numpad 7", "8": "Numpad 8", "9": "Numpad 9",
".": "Numpad Decimal Point", ",": "Numpad Decimal Point"}
NUMPAD_BACKDROP = "Numpad Backdrop"
NUMPAD_CLEAR = "Numpad Clear"
# CURRENCY
CURRENCY = "Currency"
if PLATFORM == "Android":
SELECTED_CURRENCY = '//android.view.ViewGroup[@content-desc="Currency"]/android.view.ViewGroup/android.view.ViewGroup/android.widget.EditText'
CURRENCY_PICKER = "Select currency Picker"
else:
SELECTED_CURRENCY = '**/XCUIElementTypeOther[`label == "Currency"`][1]'
CURRENCY_PICKER = 'label == "Select currency"'
# WALLETS
if PLATFORM == "Android":
WALLET_ITEM = '//android.view.ViewGroup[@content-desc="Select Wallets Picker"]/android.widget.ScrollView/android.view.ViewGroup/android.view.ViewGroup/android.view.ViewGroup'
WALLETS = "Wallets"
else:
WALLET_ITEM = "Wallet Item"
WALLETS = 'label == "Wallets"'
WALLET_PICKER = "Select Wallets Picker"
SELECTED_WALLETS_ANDROID = '//android.view.ViewGroup[@content-desc="Wallets"]/android.view.ViewGroup/android.widget.TextView[2]'
SELECTED_WALLETS_ANDROID_2 = '//android.view.ViewGroup[@content-desc="Wallets"]/android.widget.TextView[2]'
# CATEGORIES
CATEGORIES = "Categories"
HEADER_BUDGET_FOR = "Header Budget For"
SELECT_ALL_CHECKED = "Select All-checked"
SELECT_ALL_UNCHECKED = "Select All-unchecked"
SELECT_ALL_PART = "Select All-part"
if PLATFORM == "Android":
CATEGORIES = "Categories"
CATEGORY_ITEM = '//android.view.ViewGroup[@content-desc="Category Item"]/android.view.ViewGroup'
SELECTED_CATEGORIES_ANDROID = '//android.view.ViewGroup[@content-desc="Categories"]/android.widget.TextView[2]'
SELECTED_CATEGORIES_ANDROID_2 = '//android.view.ViewGroup[@content-desc="Categories"]/android.view.ViewGroup/android.widget.TextView[2]'
else:
CATEGORY_ITEM = 'label == "Category Item"'
CATEGORIES = 'label == "Categories"'
BACK_BUTTON = "Back Button"
# RECURRENCE
if PLATFORM == "Android":
RECURRENCE = "Recurrence"
SELECTED_RECURRENCE_ANDROID = '//android.view.ViewGroup[@content-desc="Recurrence"]/android.widget.TextView[2]'
SELECTED_RECURRENCE_ANDROID_EDIT = '//android.view.ViewGroup[@content-desc="Recurrence"]/android.view.ViewGroup/android.widget.TextView[2]'
else:
RECURRENCE = 'label == "Recurrence"'
RECURRENCE_PICKER = "Recurrence Picker"
# START DATE
if PLATFORM == "Android":
START_DATE = "Start Date"
else:
START_DATE = 'label == "Start Date"'
CALENDAR_PICKER = "Select date Picker"
# END DATE
if PLATFORM == "Android":
END_DATE = "End Date"
else:
END_DATE = 'label == "End Date"'
def __init__(self, driver):
self.driver = driver
self.action = TouchAction(self.driver)
self.ew = ElementWrapper(self.driver)
self.rs = Resolutions(self.driver)
self.transaction_detail = TransactionDetail(self.driver)
def set_name(self, name):
""" Insert name into name input
:param name: str
"""
if name == "random":
name = ''.join([random.choice(string.ascii_lowercase + string.digits) for n in range(0, 8)])
self.ew.wait_till_element_is_visible(self.NAME_INPUT, 5)
self.ew.get_element(self.NAME_INPUT).send_keys(name)
vr.validate_input_against_output(name, self.get_name())
def get_name(self):
""" Gets name of budget from name input
:return: str
"""
self.ew.wait_till_element_is_visible(self.NAME_INPUT, 5)
if PLATFORM == "Android":
return self.ew.get_text_of_element(self.NAME_INPUT)
else:
return self.ew.get_text_of_element(self.SELECTED_NAME_IOS)
def set_amount(self, amount):
""" Insert amount into amount input
:param amount: str
"""
if amount == "random":
amount = str(random.randint(1, 99))
self.ew.wait_and_tap_element(self.AMOUNT_INPUT, 5)
self.ew.wait_till_element_is_visible(self.KEYBOARD["1"], 10)
amount_list = list(amount)
for i in amount_list:
self.ew.wait_and_tap_element(self.KEYBOARD[i], 5)
self.ew.wait_and_tap_element(self.NUMPAD_BACKDROP, 5)
vr.validate_input_against_output(amount, self.get_amount())
def get_amount(self):
""" Gets amount of budget from amount input
:return: str
"""
self.ew.wait_till_element_is_visible(self.AMOUNT_INPUT, 5)
if PLATFORM == "Android":
return self.ew.get_text_of_element(self.SELECTED_AMOUNT)
else:
return self.ew.get_attribute(self.AMOUNT_INPUT, "name")
def set_currency(self, currency):
""" Selects currency of budget
:param currency: str
"""
if currency == "random":
currency = random.choice(vs.accessible_currencies)
self.ew.wait_and_tap_element(self.CURRENCY, 5)
self.ew.wait_till_element_is_visible(self.CURRENCY_PICKER, 10)
self.ew.wait_and_tap_element(f"Currency {currency}", 10)
self.ew.wait_till_element_is_not_visible(self.CURRENCY_PICKER, 10)
vr.validate_input_against_output(currency, self.get_currency())
def get_currency(self):
""" Gets selected currency of budget
:return: str
"""
self.ew.wait_till_element_is_visible(self.CURRENCY, 5)
if PLATFORM == "Android":
return self.ew.get_text_of_element(self.SELECTED_CURRENCY)
else:
return self.ew.get_attribute(self.SELECTED_CURRENCY, "name")
def set_wallets(self, wallets):
""" Selects wallets from wallets picker
:param wallets: str or int
"""
self.ew.wait_and_tap_element(self.WALLETS, 5)
self.ew.wait_till_element_is_visible(self.WALLET_PICKER, 5)
all_visible_wallets = self.count_wallets()[0]
selected_wallets = self.count_wallets()[1]
non_selected_wallets = self.count_wallets()[2]
total_wallets = len(all_visible_wallets)
total_selected_wallets = len(selected_wallets)
total_non_selected_wallets = len(non_selected_wallets)
if wallets == "random":
wallets_to_select = random.sample(all_visible_wallets, random.randrange(0, len(all_visible_wallets)))
for i in wallets_to_select:
if PLATFORM == "Android":
self.ew.tap_element(i)
else:
self.ew.tap_element(f'label == "{i}"')
elif wallets == "all_selected":
if total_wallets != total_selected_wallets:
for i in non_selected_wallets:
if PLATFORM == "Android":
self.ew.tap_element(i)
else:
self.ew.tap_element(f'label == "{i}"')
elif wallets == "all_unselected":
if total_wallets != total_non_selected_wallets:
for i in selected_wallets:
if PLATFORM == "Android":
self.ew.tap_element(i)
else:
self.ew.tap_element(f'label == "{i}"')
elif isinstance(wallets, int):
x = 0
actual_selected_wallets = self.count_wallets()[1]
for i in all_visible_wallets:
x = x + 1
if x <= wallets and len(actual_selected_wallets) > 1:
if PLATFORM == "Android":
self.ew.tap_element(i)
else:
self.ew.tap_element(f'label == "{i}"')
actual_selected_wallets = self.count_wallets()[1]
selected_wallets = self.count_wallets()[1]
total_wallets = len(self.count_wallets()[0])
total_selected_wallets = len(selected_wallets)
if total_wallets == total_selected_wallets:
v_input = "All Wallets"
elif total_selected_wallets == 1:
v_input = selected_wallets[0].split('-')[0]
else:
v_input = str(total_selected_wallets)
self.ew.tap_element('Backdrop')
vr.validate_input_against_output(v_input, self.get_wallets())
def count_wallets(self):
""" Gets all visible wallets, currently selected wallets and not_selected wallets from wallets picker
:return: tuple of lists
"""
if PLATFORM == "Android":
all_visible_wallets = self.ew.get_attributes(self.WALLET_ITEM, "content-desc")
else:
all_visible_wallets = self.ew.get_attributes(self.WALLET_ITEM, "label")
selected_wallets = []
non_selected_wallets = []
for i in all_visible_wallets:
if i.endswith('true'):
selected_wallets.append(i)
else:
non_selected_wallets.append(i)
return (all_visible_wallets, selected_wallets, non_selected_wallets)
def get_wallets(self):
""" Gets selected wallets (number, name or 'All Wallets')
:return: str
"""
self.ew.wait_till_element_is_visible(self.WALLETS, 5)
if PLATFORM == "Android":
result = self.ew.get_text_of_element(self.SELECTED_WALLETS_ANDROID)
if result is None:
result = self.ew.get_text_of_element(self.SELECTED_WALLETS_ANDROID_2)
else:
result = self.ew.get_attribute(self.WALLETS, "name")
return result
def set_categories(self, categories):
""" Selects requested number of categories
:param categories: str
"""
self.ew.wait_and_tap_element(self.CATEGORIES, 5)
self.ew.wait_till_element_is_visible(self.HEADER_BUDGET_FOR, 5)
all_visible_categories = self.count_categories()[0]
if categories == "random":
categories = random.randrange(0, len(all_visible_categories))
if categories == "all_selected":
if self.ew.is_element_present(self.SELECT_ALL_UNCHECKED):
self.ew.tap_element(self.SELECT_ALL_UNCHECKED)
elif self.ew.is_element_present(self.SELECT_ALL_PART):
self.ew.tap_element(self.SELECT_ALL_PART)
self.ew.tap_element(self.SELECT_ALL_UNCHECKED)
elif categories == "all_unselected":
if self.ew.is_element_present(self.SELECT_ALL_CHECKED):
self.ew.tap_element(self.SELECT_ALL_CHECKED)
elif self.ew.is_element_present(self.SELECT_ALL_PART):
self.ew.tap_element(self.SELECT_ALL_PART)
elif isinstance(categories, int):
if self.ew.is_element_present(self.SELECT_ALL_CHECKED):
self.ew.tap_element(self.SELECT_ALL_CHECKED)
elif self.ew.is_element_present(self.SELECT_ALL_PART):
self.ew.tap_element(self.SELECT_ALL_PART)
x = 0
all_visible_categories = self.count_categories()[0]
for i in all_visible_categories:
x = x + 1
if x <= categories:
self.ew.tap_element(i)
if self.ew.is_element_present(self.SELECT_ALL_CHECKED):
v_input = "All Expenses"
else:
v_input = str(len(self.count_categories()[1]))
self.ew.tap_element(self.BACK_BUTTON)
vr.validate_input_against_output(v_input, self.get_categories())
def count_categories(self):
""" Gets all visible, currently selected and non selected categories inside category picker
:return: tuple of lists
"""
if PLATFORM == "Android":
all_visible_categories = self.ew.get_attributes(self.CATEGORY_ITEM, "content-desc")
else:
all_items = self.ew.get_attributes(self.CATEGORY_ITEM, "name")
all_visible_categories = []
for i in all_items:
if i != "Category Item":
all_visible_categories.append(i)
selected_categories = []
non_selected_categories = []
for i in all_visible_categories:
if i.endswith('true'):
selected_categories.append(i)
else:
non_selected_categories.append(i)
return (all_visible_categories, selected_categories, non_selected_categories)
def get_categories(self):
""" Gets number of selected categories
:return: str
"""
self.ew.wait_till_element_is_visible(self.CATEGORIES, 5)
if PLATFORM == "Android":
result = self.ew.get_text_of_element(self.SELECTED_CATEGORIES_ANDROID)
if result is None:
result = self.ew.get_text_of_element(self.SELECTED_CATEGORIES_ANDROID_2)
return result
else:
return self.ew.get_attribute(self.CATEGORIES, "name")
def set_recurrence(self, recurrence):
""" Selects requested recurrence of budget
:param recurrence: str
"""
self.ew.wait_and_tap_element(self.RECURRENCE, 5)
self.ew.wait_till_element_is_visible(self.RECURRENCE_PICKER, 5)
if recurrence == "random":
recurrence = random.choice(vs.budget_recurrences)
res = self.rs.get_resolution()
if PLATFORM == "Android":
item_visible = self.ew.is_element_present(recurrence)
while item_visible is False:
self.action.long_press(None, self.rs.all_resolutions[f"{res}"]["x"],
self.rs.all_resolutions[f"{res}"]["default_picker_up_y_start"]) \
.move_to(None, self.rs.all_resolutions[f"{res}"]["x"],
self.rs.all_resolutions[f"{res}"]["default_picker_up_y_end"]) \
.release().perform()
item_visible = self.ew.is_element_present(recurrence)
self.ew.wait_and_tap_element(recurrence, 5)
else:
item_visible = self.ew.get_attribute(recurrence, "visible")
while item_visible == "false":
self.driver.execute_script("mobile: dragFromToForDuration",
{"duration": "0.1",
"fromX": self.rs.all_resolutions[f"{res}"]["x"],
"fromY": self.rs.all_resolutions[f"{res}"]["default_picker_up_y_start"],
"toX": self.rs.all_resolutions[f"{res}"]["x"],
"toY": self.rs.all_resolutions[f"{res}"]["default_picker_up_y_end"]})
item_visible = self.ew.get_attribute(recurrence, "visible")
self.driver.execute_script("mobile: tap", {"x": 100, "y": 50, "element": self.ew.get_element(recurrence)})
vr.validate_input_against_output(recurrence, self.get_recurrence())
def get_recurrence(self):
""" Gets selected recurrence
:return: str
"""
self.ew.wait_till_element_is_visible(self.RECURRENCE, 5)
if PLATFORM == "Android":
recurrence = self.ew.get_text_of_element(self.SELECTED_RECURRENCE_ANDROID)
if recurrence is None:
recurrence = self.ew.get_text_of_element(self.SELECTED_RECURRENCE_ANDROID_EDIT)
else:
recurrence = self.ew.get_attribute(self.RECURRENCE, "name")
return recurrence
def set_start_date(self, start_date):
""" Selects start date of budget
:param start_date: str
"""
if start_date == "random":
start_date = str(
datetime.date(int(datetime.date.today().year), random.randint(1, 12), random.randint(1, 28)))
elif start_date == "future":
start_date = str(datetime.date.today() + datetime.timedelta(days=random.randint(1, 5)))
elif start_date == "today":
start_date = str(datetime.date.today())
elif start_date == "yesterday":
start_date = str(datetime.date.today() - datetime.timedelta(days=1))
elif start_date == "tomorrow":
start_date = str(datetime.date.today() + datetime.timedelta(days=1))
self.ew.wait_and_tap_element(self.START_DATE, 5)
self.ew.wait_till_element_is_visible(self.CALENDAR_PICKER, 5)
self.transaction_detail.set_calendar_month_year(start_date)
self.transaction_detail.set_calendar_day(start_date)
vr.validate_input_against_output(start_date, self.transaction_detail.get_date("start"))
def set_end_date(self, end_date):
""" Selects end date of budget
:param end_date: str
"""
start_date = self.transaction_detail.get_date("start")
year_start, month_start, day_start = (int(x) for x in start_date.split('-'))
start_date = datetime.date(year_start, month_start, day_start)
if end_date == "random":
end_date = str(start_date + datetime.timedelta(days=random.randint(1, 30)))
elif end_date == "day_after_start_date":
end_date = str(start_date + datetime.timedelta(days=1))
else:
year_end, month_end, day_end = (int(x) for x in end_date.split('-'))
end_date = datetime.date(year_end, month_end, day_end)
if start_date < end_date:
end_date = str(end_date)
else:
raise ValueError(f"endDate {end_date} is not older than start_date {str(start_date)}")
self.ew.wait_and_tap_element(self.END_DATE, 5)
self.ew.wait_till_element_is_visible(self.CALENDAR_PICKER, 5)
self.transaction_detail.set_calendar_month_year(end_date)
self.transaction_detail.set_calendar_day(end_date)
vr.validate_input_against_output(end_date, self.transaction_detail.get_date("end"))
def __init__(self, driver):
self.driver = driver
self.action = TouchAction(self.driver)
self.ew = ElementWrapper(self.driver)
self.rs = Resolutions(self.driver)
self.transaction_detail = TransactionDetail(self.driver)
def __init__(self, driver):
self.driver = driver
self.action = TouchAction(self.driver)
self.ew = ElementWrapper(self.driver)
self.rs = Resolutions(self.driver)
class ExportActions:
BACKDROP = "Backdrop"
# WALLETS
WALLETS = "Wallets"
# PERIOD
PERIOD = "Period"
PERIOD_SIZE_PICKER = "Period size Picker"
SELECT_DATE_RANGE_PICKER = "Select date range Picker"
# FORMAT
FORMAT = "Format"
FORMAT_PICKER = "Format Picker"
if PLATFORM == "Android":
XLSX_TRUE = "Excel (.xlsx)-true"
else:
XLSX_TRUE = 'label == "Excel (.xlsx)-true"'
def __init__(self, driver):
self.driver = driver
self.action = TouchAction(self.driver)
self.ew = ElementWrapper(self.driver)
self.rs = Resolutions(self.driver)
def set_period(self, period):
""" Selects period from period picker
:param period: str
"""
self.ew.wait_and_tap_element(self.PERIOD, 10)
self.ew.wait_till_element_is_visible(self.PERIOD_SIZE_PICKER, 10)
if period == "random":
period = random.choice(vs.export_periods)
res = self.rs.get_resolution()
if PLATFORM == "Android":
item_visible = self.ew.is_element_present(period)
while item_visible is False:
self.action.long_press(None, self.rs.all_resolutions[f"{res}"]["x"],
self.rs.all_resolutions[f"{res}"]["default_picker_up_y_start"]) \
.move_to(None, self.rs.all_resolutions[f"{res}"]["x"],
self.rs.all_resolutions[f"{res}"]["default_picker_up_y_end"]) \
.release().perform()
item_visible = self.ew.is_element_present(period)
self.ew.wait_and_tap_element(period, 5)
else:
item_visible = self.ew.get_attribute(period, "visible")
while item_visible == "false":
self.driver.execute_script(
"mobile: dragFromToForDuration", {
"duration":
"0.1",
"fromX":
self.rs.all_resolutions[f"{res}"]["x"],
"fromY":
self.rs.all_resolutions[f"{res}"]
["default_picker_up_y_start"],
"toX":
self.rs.all_resolutions[f"{res}"]["x"],
"toY":
self.rs.all_resolutions[f"{res}"]
["default_picker_up_y_end"]
})
item_visible = self.ew.get_attribute(period, "visible")
self.driver.execute_script("mobile: tap", {
"x": 100,
"y": 50,
"element": self.ew.get_element(period)
})
def set_format(self, format):
""" Selects format of file from format picker
:param format: str
"""
self.ew.wait_and_tap_element(self.FORMAT, 10)
self.ew.wait_till_element_is_visible(self.FORMAT_PICKER, 10)
if format == "random":
format = random.choice(vs.export_formats)
self.ew.wait_and_tap_element(format, 5)
class BudgetActions():
def __init__(self, driver):
self.driver = driver
self.action = TouchAction(self.driver)
self.budgets_general = BudgetsGeneral(self.driver)
self.budget_detail = BudgetDetail(self.driver)
self.budget_overview = BudgetOverview(self.driver)
self.ew = ElementWrapper(self.driver)
self.rs = Resolutions(self.driver)
def create_budget(self, name, amount, currency, wallets, categories,
recurrence, start_date, end_date):
""" Opens budget create screen and sets requested attributes of budget
:param name: str
:param amount: str
:param currency: str or None
:param wallets: str or int or None
:param categories: str or int or None
:param recurrence: str or None
:param start_date: str or None
:param end_date: str or None
"""
self.budgets_general.go_to_budgets()
self.open_budget_create_screen()
self.budget_detail.set_name(name)
self.budget_detail.set_amount(amount)
if currency is not None:
self.budget_detail.set_currency(currency)
if wallets is not None:
self.budget_detail.set_wallets(wallets)
if categories is not None:
self.budget_detail.set_categories(categories)
if recurrence is not None:
self.budget_detail.set_recurrence(recurrence)
if start_date is not None:
self.budget_detail.set_start_date(start_date)
if end_date is not None:
self.budget_detail.set_end_date(end_date)
def save_budget(self):
"""Clicks on save budget button"""
if self.driver.is_keyboard_shown():
self.driver.hide_keyboard()
self.ew.wait_and_tap_element(self.budget_detail.SAVE_BUDGET_BUTTON, 10)
self.ew.wait_till_element_is_not_visible(
self.budget_detail.SAVE_BUDGET_BUTTON, 10)
def open_budget_create_screen(self):
"""Opens budget create screen, if button is not visible it swipes to it"""
self.ew.wait_till_element_is_visible(
self.budgets_general.BUDGETS_HEADER, 10)
if PLATFORM == "Android":
add_button_visible = self.ew.is_element_present(
self.budgets_general.ADD_BUDGET_BUTTON)
while add_button_visible is False:
res = self.rs.get_resolution()
self.action.long_press(None, self.rs.all_resolutions[f"{res}"]["x"],
self.rs.all_resolutions[f"{res}"]["budget_overview_y_start"]) \
.move_to(None, self.rs.all_resolutions[f"{res}"]["x"],
self.rs.all_resolutions[f"{res}"]["budget_overview_y_end"]) \
.release().perform()
add_button_visible = self.ew.is_element_present(
self.budgets_general.ADD_BUDGET_BUTTON)
else:
add_button_visible = self.ew.get_attribute(
self.budgets_general.ADD_BUDGET_BUTTON, "visible")
while add_button_visible == "false":
res = self.rs.get_resolution()
self.driver.execute_script(
"mobile: dragFromToForDuration", {
"duration":
"0.1",
"fromX":
self.rs.all_resolutions[f"{res}"]["x"],
"fromY":
self.rs.all_resolutions[f"{res}"]
["budget_overview_y_start"],
"toX":
self.rs.all_resolutions[f"{res}"]["x"],
"toY":
self.rs.all_resolutions[f"{res}"]
["budget_overview_y_end"]
})
add_button_visible = self.ew.get_attribute(
self.budgets_general.ADD_BUDGET_BUTTON, "visible")
self.ew.wait_and_tap_element(self.budgets_general.ADD_BUDGET_BUTTON, 5)
self.ew.wait_till_element_is_visible(self.budget_detail.BUDGET_HEADER,
10)
def open_budget(self):
"""Opens existing budget detail screen, if there is no budget created yet, it creates one"""
self.budgets_general.go_to_budgets()
self.ew.wait_till_element_is_visible(
self.budgets_general.BUDGETS_HEADER, 5)
if self.ew.is_element_present(
self.budgets_general.BUDGET_ITEM) is False:
self.create_budget(name="random",
amount="random",
currency=None,
wallets=None,
categories=None,
recurrence=None,
start_date=None,
end_date=None)
self.save_budget()
self.budgets_general.go_to_budgets()
self.ew.wait_and_tap_element(self.budgets_general.BUDGET_ITEM, 5)
self.ew.wait_and_tap_element(
self.budget_overview.BUDGET_SETTINGS_BUTTON, 5)
self.ew.wait_till_element_is_visible(self.budget_detail.BUDGET_HEADER,
5)
def edit_budget(self, name, amount, currency, wallets, categories,
recurrence, start_date, end_date):
""" Opens budget edit screen and sets requested attributes of budget
:param name: str or None
:param amount: str or None
:param currency: str or None
:param wallets: str or int or None
:param categories: str or int or None
:param recurrence: str or None
:param start_date: str or None
:param end_date: str or None
"""
self.open_budget()
if name is not None:
if PLATFORM == "Android":
self.ew.get_element(self.budget_detail.NAME_INPUT).clear()
else:
self.ew.get_element(
self.budget_detail.SELECTED_NAME_IOS).clear()
self.budget_detail.set_name(name)
if amount is not None:
self.ew.wait_and_tap_element(self.budget_detail.AMOUNT_INPUT, 5)
self.ew.wait_till_element_is_visible(
self.budget_detail.NUMPAD_CLEAR, 10)
for i in range(6):
self.ew.tap_element(self.budget_detail.NUMPAD_CLEAR)
self.ew.tap_element(self.budget_detail.NUMPAD_BACKDROP)
self.budget_detail.set_amount(amount)
if currency is not None:
self.budget_detail.set_currency(currency)
if wallets is not None:
self.budget_detail.set_wallets(wallets)
if categories is not None:
self.budget_detail.set_categories(categories)
if recurrence is not None:
self.budget_detail.set_recurrence(recurrence)
if start_date is not None:
self.budget_detail.set_start_date(start_date)
if end_date is not None:
self.budget_detail.set_end_date(end_date)
def delete_budget(self):
"""Deletes existing budget from budget detail screen"""
self.ew.wait_and_tap_element(self.budget_detail.TRASH_ICON, 10)
self.ew.wait_and_tap_element(self.budget_detail.DELETE_BUTTON, 10)
self.ew.wait_till_element_is_visible(
self.budgets_general.BUDGETS_HEADER, 10)
class TransactionTemplateValidator:
def __init__(self, driver):
self.driver = driver
self.action = TouchAction(self.driver)
self.ew = ElementWrapper(self.driver)
self.period_filter = PeriodFilter(self.driver)
self.rs = Resolutions(self.driver)
self.timeline_general = TimelineGeneral(self.driver)
self.transaction_detail = TransactionDetail(self.driver)
self.transaction_validator = TransactionValidator(self.driver)
def get_all_attributes(self):
""" Getting all attributes of transaction template
:return: dict
"""
all_attributes = {
"category": self.transaction_detail.get_category(),
"amount": self.transaction_detail.get_amount(),
"wallet_amount": self.transaction_detail.get_wallet_amount(),
"currency": self.transaction_detail.get_currency(),
"wallet": self.transaction_detail.get_wallet("transaction"),
"start_date": self.transaction_detail.get_date("start"),
"note": self.transaction_detail.get_note(),
"labels": self.transaction_detail.get_labels(True),
"photo": self.transaction_detail.get_photo(),
"recurrence": self.transaction_detail.get_recurrence(),
"end_date": self.transaction_detail.get_date("end"),
"reminder": self.transaction_detail.get_reminder(),
}
return all_attributes
def is_transaction_template_on_timeline(self, attributes):
""" Checking if template is visible inside Scheduled section
:param attributes: dict
:return: bool
"""
transaction_locator = f"regular/" \
f"{attributes['category']}/" \
f"{self.transaction_validator.adjust_amounts(attributes['amount'], attributes['wallet_amount'])[0]}/" \
f"{self.transaction_validator.adjust_amounts(attributes['amount'], attributes['wallet_amount'])[1]}/" \
f"{attributes['wallet']}/" \
f"undefined/" \
f"{self.transaction_validator.adjust_note(attributes['note'])}/" \
f"{self.transaction_validator.adjust_labels(attributes['labels'])}/" \
f"{str(attributes['photo']).lower()}/" \
f"{self.adjust_recurrence(attributes['recurrence'])}/" \
f"{self.adjust_end_date(attributes['end_date'])}/" \
f"{self.transaction_validator.adjust_reminder(attributes['reminder'])}"
print(f'LOCATOR: {transaction_locator}')
self.transaction_validator.prepare_timeline(
attributes['start_date'],
self.adjust_recurrence(attributes['recurrence']))
android_timeout = time.time() + 60
ios_timeout = time.time() + 5
res = self.rs.get_resolution()
is_transaction_present = self.ew.is_element_present(
transaction_locator)
while is_transaction_present is False:
if PLATFORM == "Android":
self.transaction_validator.swipe_android(res)
is_transaction_present = self.ew.is_element_present(
transaction_locator)
if time.time() > android_timeout:
return False
else:
is_transaction_present = self.ew.is_element_present(
transaction_locator)
if time.time() > ios_timeout:
return False
return True
def adjust_recurrence(self, recurrence):
""" Adjusting recurrence for template locator
:param recurrence: str
:return: str
"""
if recurrence is None or recurrence == "never":
return "undefined"
else:
return recurrence
def adjust_end_date(self, end_date):
""" Adjusting end date for template locator
:param end_date: str
:return: str
"""
if end_date is None:
return "undefined"
else:
return end_date
def __init__(self, driver):
self.driver = driver
self.action = TouchAction(self.driver)
self.log = logging.getLogger('log')
self.rs = Resolutions(self.driver)
class TransactionValidator:
def __init__(self, driver):
self.driver = driver
self.action = TouchAction(self.driver)
self.ew = ElementWrapper(self.driver)
self.period_filter = PeriodFilter(self.driver)
self.rs = Resolutions(self.driver)
self.timeline_general = TimelineGeneral(self.driver)
self.transaction_detail = TransactionDetail(self.driver)
def get_all_attributes(self):
""" Getting all attributes of transaction
:return: dict
"""
all_attributes = {
"category": self.transaction_detail.get_category(),
"amount": self.transaction_detail.get_amount(),
"wallet_amount": self.transaction_detail.get_wallet_amount(),
"currency": self.transaction_detail.get_currency(),
"wallet": self.transaction_detail.get_wallet("transaction"),
"start_date": self.transaction_detail.get_date("start"),
"note": self.transaction_detail.get_note(),
"labels": self.transaction_detail.get_labels(True),
"photo": self.transaction_detail.get_photo(),
"reminder": self.transaction_detail.get_reminder(),
}
return all_attributes
def is_transaction_on_timeline(self, attributes):
""" Checking if transaction is visible inside Timeline or Scheduled section
:param attributes: dict
:return: bool
"""
transaction_locator = f"regular/" \
f"{attributes['category']}/" \
f"{self.adjust_amounts(attributes['amount'], attributes['wallet_amount'])[0]}/" \
f"{self.adjust_amounts(attributes['amount'], attributes['wallet_amount'])[1]}/" \
f"{attributes['wallet']}/" \
f"undefined/" \
f"{self.adjust_note(attributes['note'])}/" \
f"{self.adjust_labels(attributes['labels'])}/" \
f"{str(attributes['photo']).lower()}/" \
f"undefined/" \
f"undefined/" \
f"{self.adjust_reminder(attributes['reminder'])}"
print(f'LOCATOR: {transaction_locator}')
self.prepare_timeline(attributes['start_date'], "undefined")
android_timeout = time.time() + 60
ios_timeout = time.time() + 5
res = self.rs.get_resolution()
is_transaction_present = self.ew.is_element_present(
transaction_locator)
while is_transaction_present is False:
if PLATFORM == "Android":
self.swipe_android(res)
is_transaction_present = self.ew.is_element_present(
transaction_locator)
if time.time() > android_timeout:
return False
else:
is_transaction_present = self.ew.is_element_present(
transaction_locator)
if time.time() > ios_timeout:
return False
return True
def adjust_amounts(self, amount, wallet_amount):
""" Adjusting amount for transaction locator
:param amount: str
:param wallet_amount: str
:return: list of str
"""
if wallet_amount is None:
amount_final = amount
wallet_amount_final = "undefined"
else:
amount_final = ""
for i in wallet_amount:
if i in [
"-", ".", "0", "1", "2", "3", "4", "5", "6", "7", "8",
"9"
]:
amount_final = amount_final + i
wallet_amount_final = "{:.2f}".format(float(amount))
return ["{:.2f}".format(float(amount_final)), wallet_amount_final]
def adjust_note(self, note):
""" Adjusting note for transaction locator
:param note: str
:return: str
"""
if note is None:
note = ""
return note
def adjust_labels(self, labels):
""" Adjusting labels for transaction locator
:param labels: list of str
:return: list of str
"""
if len(labels) > 0:
labels_final = ""
for i in labels:
labels_final = labels_final + f",{i}"
labels_final = labels_final[1:]
else:
labels_final = "undefined"
return labels_final
def adjust_reminder(self, reminder):
""" Adjusting reminder for transaction locator
:param reminder: str
:return: str
"""
if reminder is None or reminder == "Never":
return "undefined"
else:
return reminder
def prepare_timeline(self, start_date, recurrence):
""" Prepares timeline for transaction search. Opening scheduled screen if transaction has future date.
:param start_date: str
:param recurrence: str
"""
self.ew.wait_till_element_is_visible(
self.timeline_general.NAVIGATION_TIMELINE, 30)
year, month, day = (int(x) for x in start_date.split('-'))
date = datetime.date(year, month, day)
today = datetime.date.today()
if date > today or recurrence != "undefined":
if self.ew.is_element_present(
self.timeline_general.SCHEDULED_SCREEN) is False:
self.ew.wait_till_element_is_visible(
self.timeline_general.TRANSACTION_SECTION, 20)
self.timeline_general.open_scheduled_section()
else:
if PLATFORM == "Android":
time.sleep(5)
else:
time.sleep(2)
elif date < today:
self.period_filter.set_filter_period(
self.period_filter.ALL_TIME_PERIOD)
def swipe_android(self, resolution):
""" Looks into past by swiping on android phones
:param resolution: str
:return:
"""
self.action.long_press(None, self.rs.all_resolutions[f"{resolution}"]["x"],
self.rs.all_resolutions[f"{resolution}"]["transaction_timeline_up_y_start"]) \
.move_to(None, self.rs.all_resolutions[f"{resolution}"]["x"],
self.rs.all_resolutions[f"{resolution}"]["transaction_timeline_up_y_end"]) \
.release().perform()
class BudgetValidator:
def __init__(self, driver):
self.driver = driver
self.action = TouchAction(self.driver)
self.budget_detail = BudgetDetail(self.driver)
self.budgets_general = BudgetsGeneral(self.driver)
self.budget_overview = BudgetOverview(self.driver)
self.ew = ElementWrapper(self.driver)
self.rs = Resolutions(self.driver)
self.transaction_detail = TransactionDetail(self.driver)
def get_all_attributes(self):
""" Getting all attributes of budget
:return: dict
"""
all_attributes = {
"name": self.budget_detail.get_name(),
"amount": self.budget_detail.get_amount(),
"currency": self.budget_detail.get_currency(),
"wallets": self.budget_detail.get_wallets(),
"categories": self.budget_detail.get_categories(),
"recurrence": self.budget_detail.get_recurrence(),
"start_date": self.transaction_detail.get_date("start"),
"end_date": self.transaction_detail.get_date("end")
}
return all_attributes
def is_budget_existing(self, attributes):
""" Checking if budget is visible inside Budgets section
:param attributes: dict
:return: bool
"""
budget_locator = f"{attributes['name']}/" \
f"{attributes['amount']}/" \
f"{attributes['currency']}/" \
f"{self.adjust_wallets(attributes['wallets'])}/" \
f"{self.adjust_categories(attributes['categories'])}/" \
f"{self.adjust_recurrence(attributes['recurrence'])}/" \
f"{attributes['start_date']}/" \
f"{self.adjust_end_date(attributes['end_date'], attributes['start_date'], attributes['recurrence'])}"
print(f'ATTRIBUTES: {attributes}')
print(f'LOCATOR: {budget_locator}')
if self.ew.is_element_present(self.budget_overview.OVERVIEW_BUTTON):
self.ew.tap_element(self.budget_overview.BACK_BUTTON)
self.ew.wait_till_element_is_visible(
self.budgets_general.BUDGETS_HEADER, 10)
android_timeout = time.time() + 30
ios_timeout = time.time() + 5
res = self.rs.get_resolution()
is_budget_present = self.ew.is_element_present(budget_locator)
while is_budget_present is False:
if PLATFORM == "Android":
self.action.long_press(None, self.rs.all_resolutions[f"{res}"]["x"],
self.rs.all_resolutions[f"{res}"]["budget_overview_y_start"]) \
.move_to(None, self.rs.all_resolutions[f"{res}"]["x"],
self.rs.all_resolutions[f"{res}"]["budget_overview_y_end"]) \
.release().perform()
is_budget_present = self.ew.is_element_present(budget_locator)
if time.time() > android_timeout:
return False
else:
is_budget_present = self.ew.is_element_present(budget_locator)
if time.time() > ios_timeout:
return False
return True
def adjust_wallets(self, wallets):
""" Adjusting wallets for budget locator
:param wallets: str
:return: str
"""
if wallets == "All Wallets":
return "undefined"
elif wallets in ["0", "2", "3", "4", "5", "6", "7", "8", "9", "10"]:
return wallets
else:
return "1"
def adjust_categories(self, categories):
""" Adjusting categories for budget locator
:param categories: str
:return: str
"""
if categories == "All Expenses":
return "undefined"
else:
return categories
def adjust_recurrence(self, recurrence):
""" Adjusting recurrence for recurrence locator
:param recurrence: str
:return: str
"""
recurrences_in_app = [
"once", "day", "week", "every two weeks", "month", "year"
]
return recurrences_in_app[vs.budget_recurrences.index(recurrence)]
def adjust_end_date(self, end_date, start_date, recurrence):
""" Adjusting end date for budget locator
:param end_date: str
:param start_date: str
:param recurrence: str
:return: str
"""
if end_date is None:
year_start, month_start, day_start = (
int(x) for x in start_date.split('-'))
start_date = datetime.date(year_start, month_start, day_start)
if (year_start % 4) == 0:
if (year_start % 100) == 0:
if (year_start % 400) == 0:
is_year_leap = True
else:
is_year_leap = False
else:
is_year_leap = True
else:
is_year_leap = False
if recurrence == "Daily":
end_date = start_date
elif recurrence == "Weekly":
end_date = str(start_date + datetime.timedelta(days=6))
elif recurrence == "Biweekly":
end_date = str(start_date + datetime.timedelta(days=13))
elif recurrence == "Monthly":
if month_start in ["01", "03", "05", "07", "08", "10", "12"]:
end_date = str(start_date + datetime.timedelta(days=30))
elif month_start in ["04", "06", "09", "11"]:
end_date = str(start_date + datetime.timedelta(days=29))
else:
if is_year_leap:
end_date = str(start_date +
datetime.timedelta(days=28))
else:
end_date = str(start_date +
datetime.timedelta(days=27))
elif recurrence == "Yearly":
if is_year_leap:
end_date = str(start_date + datetime.timedelta(days=365))
else:
end_date = str(start_date + datetime.timedelta(days=364))
return end_date
class TransferTemplateValidator:
def __init__(self, driver):
self.driver = driver
self.action = TouchAction(self.driver)
self.ew = ElementWrapper(self.driver)
self.period_filter = PeriodFilter(self.driver)
self.rs = Resolutions(self.driver)
self.timeline_general = TimelineGeneral(self.driver)
self.transaction_detail = TransactionDetail(self.driver)
self.transaction_template_validator = TransactionTemplateValidator(
self.driver)
self.transaction_validator = TransactionValidator(self.driver)
self.transfer_validator = TransferValidator(self.driver)
def get_all_attributes(self):
""" Getting all attributes of transfer template
:return: dict
"""
all_attributes = {
"amount":
self.transaction_detail.get_amount(),
"currency":
self.transaction_detail.get_currency(),
"wallet_amount":
self.transaction_detail.get_wallet_amount(),
"outgoing_wallet":
self.transaction_detail.get_wallet("transfer_outgoing"),
"incoming_wallet":
self.transaction_detail.get_wallet("transfer_incoming"),
"start_date":
self.transaction_detail.get_date("start"),
"note":
self.transaction_detail.get_note(),
"recurrence":
self.transaction_detail.get_recurrence(),
"end_date":
self.transaction_detail.get_date("end"),
"reminder":
self.transaction_detail.get_reminder(),
}
return all_attributes
def is_transfer_template_on_timeline(self, attributes):
""" Checking if transfer template is visible inside Scheduled section
:param attributes: dict
:return: bool
"""
if "Out of Spendee" not in [
attributes['outgoing_wallet'], attributes['incoming_wallet']
]:
is_two_way_transfer = True
else:
is_two_way_transfer = False
transfer_locator = f"transfer/" \
f"undefined/" \
f"{self.transfer_validator.adjust_amounts(attributes['amount'], attributes['wallet_amount'], attributes['currency'], attributes['outgoing_wallet'], attributes['incoming_wallet'])[0]}/" \
f"{self.transfer_validator.adjust_amounts(attributes['amount'], attributes['wallet_amount'], attributes['currency'], attributes['outgoing_wallet'], attributes['incoming_wallet'])[1]}/" \
f"{self.transfer_validator.adjust_wallets(attributes['outgoing_wallet'], attributes['incoming_wallet'])[0]}/" \
f"{self.transfer_validator.adjust_wallets(attributes['outgoing_wallet'], attributes['incoming_wallet'])[1]}/" \
f"{self.transaction_validator.adjust_note(attributes['note'])}/" \
f"undefined/" \
f"false/" \
f"{self.transaction_template_validator.adjust_recurrence(attributes['recurrence'])}/" \
f"{self.transaction_template_validator.adjust_end_date(attributes['end_date'])}/" \
f"{self.transaction_validator.adjust_reminder(attributes['reminder'])}"
print(f'LOCATOR: {transfer_locator}')
if is_two_way_transfer:
_, _, amount, wallet_amount, outgoing_wallet, incoming_wallet, _, _, _, recurrence, _, _ = (
str(x) for x in transfer_locator.split('/'))
s_out = transfer_locator.split("/")
s_in = transfer_locator.split("/")
s_out[2] = f"-{amount}"
if wallet_amount != "undefined":
s_out[3] = f"-{wallet_amount}"
if recurrence == "undefined":
s_in[4] = incoming_wallet
s_in[5] = outgoing_wallet
transfer_outgoing_locator = '/'.join(s_out)
transfer_incoming_locator = '/'.join(s_in)
print(f'OUTGOING LOCATOR: {transfer_outgoing_locator}')
print(f'INCOMING LOCATOR: {transfer_incoming_locator}')
self.transaction_validator.prepare_timeline(
attributes['start_date'],
self.transaction_template_validator.adjust_recurrence(
attributes['recurrence']))
android_timeout = time.time() + 60
ios_timeout = time.time() + 5
res = self.rs.get_resolution()
if is_two_way_transfer:
locator = transfer_outgoing_locator
else:
locator = transfer_locator
is_transfer_present = self.ew.is_element_present(locator)
while is_transfer_present is False:
if PLATFORM == "Android":
self.transaction_validator.swipe_android(res)
is_transfer_present = self.ew.is_element_present(locator)
if time.time() > android_timeout:
return False
else:
is_transfer_present = self.ew.is_element_present(locator)
if time.time() > ios_timeout:
return False
if is_two_way_transfer and self.ew.is_element_present(
transfer_incoming_locator) is False:
return False
return True
class TransactionDetail:
# OTHER
BACK_BUTTON = "Back Button"
if PLATFORM == "Android":
TRANSACTION_HEADER_TITLE = "Transaction Header Title"
else:
TRANSACTION_HEADER_TITLE = '**/XCUIElementTypeStaticText[`label == "Transaction Header Title"`]'
SAVE_TRANSACTION_BUTTON = "Save Transaction Button"
TRASH_ICON = "Trash Icon"
DELETE_BUTTON = "Delete"
# KEYBOARD
KEYBOARD = {
"0": "Numpad 0",
"1": "Numpad 1",
"2": "Numpad 2",
"3": "Numpad 3",
"4": "Numpad 4",
"5": "Numpad 5",
"6": "Numpad 6",
"7": "Numpad 7",
"8": "Numpad 8",
"9": "Numpad 9",
".": "Numpad Decimal Point",
",": "Numpad Decimal Point"
}
NUMPAD_BACKDROP = "Numpad Backdrop"
NUMPAD_CLEAR = "Numpad Clear"
# TYPE AND CATEGORY
CATEGORY_ICON = "Category Icon"
EXPENSES_PICKER = "Expenses Picker"
INCOME_PICKER = "Income Picker"
TRANSACTION_PICKER = "Transaction Picker"
TRANSFER_PICKER = "Transfer Picker"
if PLATFORM == "Android":
SELECTED_TYPE = "Selected Type"
else:
SELECTED_TYPE = '**/XCUIElementTypeStaticText[`label == "Selected Type"`]'
GEAR_ICON = "Gear Icon"
CONFIRM_CATEGORY_ICON = "Confirm Category Icon"
# AMOUNT
if PLATFORM == "Android":
AMOUNT_INPUT = "//android.view.ViewGroup[@content-desc='Amount Input']/android.view.ViewGroup/android.widget.TextView"
WALLET_AMOUNT = "//android.view.ViewGroup[@content-desc='Wallet Price']/android.widget.TextView"
else:
AMOUNT_INPUT = 'label == "Amount Input"'
WALLET_AMOUNT = "//XCUIElementTypeOther[@name='Wallet Price']/XCUIElementTypeStaticText"
# CURRENCY
CONFIRM_BUTTON = "Confirm Button"
if PLATFORM == "Android":
CURRENCY = "Currency"
else:
CURRENCY = "(//XCUIElementTypeOther[@name='Currency'])[1]/XCUIElementTypeOther"
SELECTED_CURRENCY_ANDROID = "//android.view.ViewGroup[@content-desc='Currency']/android.widget.TextView"
# WALLET
if PLATFORM == "Android":
WALLET = "Wallet"
OUTGOING_WALLET = "Outgoing Wallet"
INCOMING_WALLET = "Incoming Wallet"
WALLET_ITEM = '//android.view.ViewGroup[@content-desc="Select Wallet Picker"]/android.widget.ScrollView/' \
'android.view.ViewGroup/android.widget.ScrollView/android.view.ViewGroup/android.view.ViewGroup'
else:
WALLET = 'label == "Wallet"'
OUTGOING_WALLET = 'label == "Outgoing Wallet"'
INCOMING_WALLET = 'label == "Incoming Wallet"'
WALLET_ITEM = "Wallet Item"
WALLET_PICKER = "Select Wallet Picker"
SELECTED_WALLET_ANDROID = "//android.view.ViewGroup[@content-desc='Wallet']//android.widget.TextView[2]"
SELECTED_OUTGOING_WALLET_ANDROID = "//android.view.ViewGroup[@content-desc='Outgoing Wallet']//android.widget.TextView[2]"
SELECTED_INCOMING_WALLET_ANDROID = "//android.view.ViewGroup[@content-desc='Incoming Wallet']//android.widget.TextView[2]"
# START DATE
CALENDAR_PICKER = "Select date Picker"
SELECTED_START_DATE_ANDROID = "//android.view.ViewGroup[@content-desc='Start Date']/android.view.ViewGroup/android.widget.TextView"
SELECTED_START_DATE_ANDROID_2 = "//android.view.ViewGroup[@content-desc='Start Date']/android.widget.TextView"
SELECTED_END_DATE_ANDROID = "//android.view.ViewGroup[@content-desc='End Date']/android.view.ViewGroup/android.widget.TextView[2]"
SELECTED_END_DATE_ANDROID_2 = "//android.view.ViewGroup[@content-desc='End Date']/android.widget.TextView[2]"
SELECTED_START_DATE_ANDROID_BUDGET = '//android.view.ViewGroup[@content-desc="Start Date"]/android.view.ViewGroup/android.widget.TextView[2]'
SELECTED_START_DATE_ANDROID_BUDGET_2 = '//android.view.ViewGroup[@content-desc="Start Date"]/android.widget.TextView[2]'
SELECTED_END_DATE_ANDROID_BUDGET = '//android.view.ViewGroup[@content-desc="End Date"]/android.view.ViewGroup/android.widget.TextView[2]'
SELECTED_END_DATE_ANDROID_BUDGET_2 = '//android.view.ViewGroup[@content-desc="End Date"]/android.widget.TextView[2]'
if PLATFORM == "Android":
START_DATE = "Start Date"
ACTUAL_MONTH_YEAR = "//android.widget.SeekBar/android.widget.TextView"
else:
START_DATE = 'label == "Start Date"'
ACTUAL_MONTH_YEAR = "(//XCUIElementTypeOther[@name='Select date Picker']//XCUIElementTypeOther[contains(@name,'undefined')])[2]"
# NOTE
if PLATFORM == "Android":
NOTE = "Note"
EXISTING_NOTE = "Note"
else:
NOTE = "//XCUIElementTypeTextView[@name='Note Write a note']"
EXISTING_NOTE = '**/XCUIElementTypeTextView[`label == "Note"`]'
SELECTED_NOTE_IOS = "Note"
NOTE_ELEMENT = "Note Element"
# LABELS
LABELS = "Labels"
LABEL_ITEM = "Label Item"
if PLATFORM == "Android":
LABEL_INPUT = "//android.widget.EditText"
else:
LABEL_INPUT = "//XCUIElementTypeTextField"
NON_EXISTING_LABEL = "Non Existing Label"
VISIBLE_LABELS_ANDROID = "//android.view.ViewGroup[@content-desc='Label Item']/android.widget.TextView"
VISIBLE_LABELS_IOS = "//XCUIElementTypeOther[@name='Label Item']/XCUIElementTypeOther"
SELECTED_LABELS_ANDROID = "//android.view.ViewGroup[@content-desc='Check Mark']/android.view.ViewGroup/ancestor::*[1]/following-sibling::*[1]"
PREMIUM_LABEL_ALERT = "Premium Label Alert"
NOT_NOW_BUTTON = "Now now"
# PHOTO
PHOTO = "Photo"
SELECTED_PHOTO = "Selected Photo"
if PLATFORM == "Android":
CHOOSE_PHOTO = "//android.widget.TextView[2]"
PHOTO_FOLDER = "//android.widget.RelativeLayout"
PHOTO_ITEM = "(//android.support.v7.widget.RecyclerView/android.view.ViewGroup)[1]"
else:
CHOOSE_PHOTO = "Choose from Library…"
PHOTO_FOLDER = "All Photos"
PHOTO_ITEM = "(//XCUIElementTypeImage)[1]"
ALLOW_PHOTO_ACCESS_ANDROID = "com.android.packageinstaller:id/permission_allow_button"
# RECURRENCE
if PLATFORM == "Android":
RECURRENCE = "Recurrence"
else:
RECURRENCE = 'label == "Recurrence"'
RECURRENCE_PICKER = "Recurrence Picker"
SELECTED_RECURRENCE_ANDROID = "//android.view.ViewGroup[@content-desc='Recurrence']/android.view.ViewGroup/android.widget.TextView[2]"
SELECTED_RECURRENCE_ANDROID_EDIT = '//android.view.ViewGroup[@content-desc="Recurrence"]/android.widget.TextView[2]'
# END DATE
if PLATFORM == "Android":
END_DATE = "End Date"
else:
END_DATE = 'label == "End Date"'
# REMINDER
if PLATFORM == "Android":
REMINDER = "Reminder"
else:
REMINDER = 'label == "Reminder"'
REMINDER_PICKER = "Reminder Picker"
SELECTED_REMINDER_ANDROID = "//android.view.ViewGroup[@content-desc='Reminder']/android.view.ViewGroup/android.widget.TextView[2]"
def __init__(self, driver):
self.driver = driver
self.action = TouchAction(self.driver)
self.ew = ElementWrapper(self.driver)
self.rs = Resolutions(self.driver)
def set_type_of_transaction(self, transaction_type):
""" Selects type of transaction
:param transaction_type: str
"""
if transaction_type == "random":
transaction_type = random.choice(
[self.EXPENSES_PICKER, self.INCOME_PICKER])
elif transaction_type == "opposite":
actual_type = self.get_type_of_transaction()
if actual_type == "Expenses":
transaction_type = self.INCOME_PICKER
else:
transaction_type = self.EXPENSES_PICKER
elif transaction_type == "expenses":
transaction_type = self.EXPENSES_PICKER
elif transaction_type == "income":
transaction_type = self.INCOME_PICKER
if transaction_type == self.EXPENSES_PICKER:
v_input = "Expenses"
else:
v_input = "Income"
self.ew.wait_and_tap_element(transaction_type, 5)
if PLATFORM == "Android":
time.sleep(0.5)
vr.validate_input_against_output(v_input,
self.get_type_of_transaction())
def get_type_of_transaction(self):
""" Gets type of transaction
:return: str
"""
self.ew.wait_till_element_is_visible(self.SELECTED_TYPE, 5)
if PLATFORM == "Android":
return self.ew.get_text_of_element(self.SELECTED_TYPE)
else:
return self.ew.get_attribute(self.SELECTED_TYPE, "name")
def set_type_to_transfer(self):
"""Will select type as transfer"""
self.ew.wait_and_tap_element(self.TRANSFER_PICKER, 5)
self.ew.wait_till_element_is_not_visible(self.TRANSFER_PICKER, 5)
if self.ew.is_element_present(self.NUMPAD_BACKDROP):
pass
else:
vr.validate_input_against_output("Transfer", self.get_category())
def open_type_picker(self):
"""Opens type picker"""
self.ew.wait_and_tap_element(self.CATEGORY_ICON, 10)
def set_category(self, category):
""" Selects category from category picker
:param category: str
"""
self.ew.wait_till_element_is_visible(self.TRANSACTION_PICKER, 5)
if category == "random":
category_visible = False
timeout = time.time() + 15
while category_visible is False:
category = random.choice(vs.default_set_of_categories)
category_visible = self.ew.is_element_present(
f"Category {category}")
if time.time() > timeout:
break
self.ew.tap_element(f"Category {category}")
self.ew.wait_till_element_is_not_visible(self.TRANSACTION_PICKER, 5)
if self.ew.is_element_present(self.NUMPAD_BACKDROP):
pass
else:
vr.validate_input_against_output(category, self.get_category())
def get_category(self):
""" Gets selected category
:return: str
"""
self.ew.wait_till_element_is_visible(self.TRANSACTION_HEADER_TITLE, 5)
if PLATFORM == "Android":
category = self.ew.get_text_of_element(
self.TRANSACTION_HEADER_TITLE).split(" ")[1:]
else:
category = self.ew.get_attribute(self.TRANSACTION_HEADER_TITLE,
"name").split(" ")[1:]
return ' '.join(category)
def set_amount(self, amount):
""" Insert amount into amount input
:param amount: str
"""
if amount == "random":
amount = str(random.randint(1, 99))
self.ew.wait_till_element_is_visible(self.KEYBOARD["1"], 10)
amount_list = list(amount)
for i in amount_list:
self.ew.wait_and_tap_element(self.KEYBOARD[i], 5)
self.ew.wait_and_tap_element(self.NUMPAD_BACKDROP, 5)
v_output = self.get_amount()
if v_output.startswith("-"):
v_output = v_output[1:]
vr.validate_input_against_output(''.join(str(i) for i in amount_list),
v_output)
def get_amount(self):
""" Gets amount from amount picker
:return: str
"""
self.ew.wait_till_element_is_visible(self.AMOUNT_INPUT, 5)
if PLATFORM == "Android":
return self.ew.get_text_of_element(self.AMOUNT_INPUT)
else:
amount = self.ew.get_attribute(self.AMOUNT_INPUT, "name")
if amount.startswith("+"):
amount = amount[1:]
return amount
def get_wallet_amount(self):
""" Gets wallet's amount when category has different currency
:return: str
"""
self.ew.wait_till_element_is_visible(self.AMOUNT_INPUT, 5)
try:
if PLATFORM == "Android":
return self.ew.get_text_of_element(self.WALLET_AMOUNT)
else:
return self.ew.get_attribute(self.WALLET_AMOUNT, "name")
except NoSuchElementException:
return None
def set_currency(self, currency):
""" Selects currency
:param currency: str
"""
if currency == "random":
currency = random.choice(vs.accessible_currencies)
self.ew.wait_and_tap_element(self.CURRENCY, 5)
self.ew.wait_and_tap_element(f"Currency {currency}", 10)
self.set_exchange_rate()
vr.validate_input_against_output(currency, self.get_currency())
def get_currency(self):
""" Gets selected currency
:return: str
"""
self.ew.wait_till_element_is_visible(self.CURRENCY, 5)
if PLATFORM == "Android":
return self.ew.get_attribute(self.SELECTED_CURRENCY_ANDROID,
"content-desc")
else:
return self.ew.get_attribute(self.CURRENCY, "name")
def set_exchange_rate(self):
self.ew.wait_and_tap_element(self.CONFIRM_BUTTON, 10)
def set_wallet(self, wallet, type_of_wallet):
""" Selects requested wallet from requested wallet picker
:param wallet: str
:param type_of_wallet: str
"""
selected_wallet = self.get_wallet(type_of_wallet)
if type_of_wallet == "transaction":
self.ew.wait_and_tap_element(self.WALLET, 5)
elif type_of_wallet == "transfer_outgoing":
self.ew.wait_and_tap_element(self.OUTGOING_WALLET, 5)
elif type_of_wallet == "transfer_incoming":
self.ew.wait_and_tap_element(self.INCOMING_WALLET, 5)
self.ew.wait_till_element_is_visible(self.WALLET_PICKER, 5)
wallets_in_picker = self.get_wallets_in_picker()
if wallet == "random":
wallet = random.choice(wallets_in_picker)
if PLATFORM == "Android":
self.ew.tap_element(wallet)
else:
self.ew.tap_element(f'label == "{wallet}"')
elif wallet == "different":
wallets_in_picker.remove(selected_wallet)
wallet = random.choice(wallets_in_picker)
if PLATFORM == "Android":
self.ew.tap_element(wallet)
else:
self.ew.tap_element(f'label == "{wallet}"')
elif wallet == "oos":
for i in wallets_in_picker:
if i.startswith('Out of Spendee'):
postfix_oos = i.split('-')[1]
wallet = f"Out of Spendee-{postfix_oos}"
if PLATFORM == "Android":
self.ew.tap_element(wallet)
else:
self.ew.tap_element(f'label == "{wallet}"')
elif wallet == "not_oos":
if self.ew.is_element_present("Out of Spendee-false"):
wallets_in_picker.remove("Out of Spendee-false")
elif self.ew.is_element_present("Out of Spendee-true"):
wallets_in_picker.remove("Out of Spendee-true")
wallet = random.choice(wallets_in_picker)
if PLATFORM == "Android":
self.ew.tap_element(wallet)
else:
self.ew.tap_element(f'label == "{wallet}"')
else:
if PLATFORM == "Android":
self.ew.tap_element(wallet)
else:
self.ew.tap_element(f'label == "{wallet}"')
self.ew.wait_till_element_is_not_visible(self.WALLET_PICKER, 5)
if self.ew.is_element_present(self.CONFIRM_BUTTON):
self.set_exchange_rate()
v_input = wallet.split('-')[0]
vr.validate_input_against_output(v_input,
self.get_wallet(type_of_wallet))
def get_wallet(self, type_of_wallet):
""" Gets wallet name from requested wallet picker
:param type_of_wallet: str
:return: str
"""
if PLATFORM == "Android":
if type_of_wallet == "transaction":
self.ew.wait_till_element_is_visible(
self.SELECTED_WALLET_ANDROID, 5)
return self.ew.get_text_of_element(
self.SELECTED_WALLET_ANDROID)
elif type_of_wallet == "transfer_outgoing":
self.ew.wait_till_element_is_visible(
self.SELECTED_OUTGOING_WALLET_ANDROID, 5)
return self.ew.get_text_of_element(
self.SELECTED_OUTGOING_WALLET_ANDROID)
elif type_of_wallet == "transfer_incoming":
self.ew.wait_till_element_is_visible(
self.SELECTED_INCOMING_WALLET_ANDROID, 5)
return self.ew.get_text_of_element(
self.SELECTED_INCOMING_WALLET_ANDROID)
else:
if type_of_wallet == "transaction":
self.ew.wait_till_element_is_visible(self.WALLET, 5)
return self.ew.get_attribute(self.WALLET, "name")
elif type_of_wallet == "transfer_outgoing":
self.ew.wait_till_element_is_visible(self.OUTGOING_WALLET, 5)
return self.ew.get_attribute(self.OUTGOING_WALLET, "name")
elif type_of_wallet == "transfer_incoming":
self.ew.wait_till_element_is_visible(self.INCOMING_WALLET, 5)
return self.ew.get_attribute(self.INCOMING_WALLET, "name")
def get_wallets_in_picker(self):
""" Gets wallets names visible inside picker
:return: list of str
"""
if PLATFORM == "Android":
return self.ew.get_attributes(self.WALLET_ITEM, "content-desc")
else:
return self.ew.get_attributes(self.WALLET_ITEM, "label")
def set_start_date(self, start_date):
""" Sets start date
:param start_date: str
"""
if start_date == "random":
start_date = str(
datetime.date(int(datetime.date.today().year),
random.randint(1, 12), random.randint(1, 28)))
elif start_date == "past":
start_date = str(datetime.date.today() -
datetime.timedelta(days=random.randint(1, 30)))
elif start_date == "future":
start_date = str(datetime.date.today() +
datetime.timedelta(days=random.randint(1, 30)))
elif start_date == "today":
start_date = str(datetime.date.today())
elif start_date == "yesterday":
start_date = str(datetime.date.today() -
datetime.timedelta(days=1))
elif start_date == "tomorrow":
start_date = str(datetime.date.today() +
datetime.timedelta(days=1))
self.ew.wait_and_tap_element(self.START_DATE, 5)
self.ew.wait_till_element_is_visible(self.CALENDAR_PICKER, 5)
self.set_calendar_month_year(start_date)
self.set_calendar_day(start_date)
vr.validate_input_against_output(start_date, self.get_date("start"))
def set_calendar_month_year(self, date):
""" Swipes to requested month and year inside date picker
:param date: str
"""
year, month, day = (int(x) for x in date.split('-'))
if PLATFORM == "Android":
month_in_app = vs.calendar_months[self.ew.get_text_of_element(
self.ACTUAL_MONTH_YEAR).split(" ")[0]]
year_in_app = int(
self.ew.get_text_of_element(
self.ACTUAL_MONTH_YEAR).split(" ")[1])
else:
month_in_app = vs.calendar_months[self.ew.get_attribute(
self.ACTUAL_MONTH_YEAR, "label").split(" ")[0]]
year_in_app = int(
self.ew.get_attribute(self.ACTUAL_MONTH_YEAR,
"label").split(" ")[1])
direction = None
if (year > year_in_app) or (year == year_in_app
and month > month_in_app):
direction = "up"
elif (year < year_in_app) or (year == year_in_app
and month < month_in_app):
direction = "down"
iterations = abs((year - year_in_app) * 12 + (month - month_in_app))
res = self.rs.get_resolution()
if PLATFORM == "Android":
if direction == "up":
for i in range(iterations):
self.action.long_press(None, self.rs.all_resolutions[f"{res}"]["x"],
self.rs.all_resolutions[f"{res}"]["calendar_picker_up_y_start"]) \
.move_to(None, self.rs.all_resolutions[f"{res}"]["x"],
self.rs.all_resolutions[f"{res}"]["calendar_picker_up_y_end"]) \
.release().perform()
elif direction == "down":
for i in range(iterations):
for d in range(2):
self.action.long_press(None, self.rs.all_resolutions[f"{res}"]["x"],
self.rs.all_resolutions[f"{res}"]["calendar_picker_down_y_start"]) \
.move_to(None, self.rs.all_resolutions[f"{res}"]["x"],
self.rs.all_resolutions[f"{res}"]["calendar_picker_down_y_end"]) \
.release().perform()
elif PLATFORM == "iOS":
if direction == "up":
for i in range(iterations):
self.driver.execute_script(
"mobile: dragFromToForDuration", {
"duration":
"0.1",
"fromX":
self.rs.all_resolutions[f"{res}"]["x"],
"fromY":
self.rs.all_resolutions[f"{res}"]
["calendar_picker_up_y_start"],
"toX":
self.rs.all_resolutions[f"{res}"]["x"],
"toY":
self.rs.all_resolutions[f"{res}"]
["calendar_picker_up_y_end"]
})
elif direction == "down":
for i in range(iterations):
self.driver.execute_script(
"mobile: dragFromToForDuration", {
"duration":
"0.1",
"fromX":
self.rs.all_resolutions[f"{res}"]["x"],
"fromY":
self.rs.all_resolutions[f"{res}"]
["calendar_picker_down_y_start"],
"toX":
self.rs.all_resolutions[f"{res}"]["x"],
"toY":
self.rs.all_resolutions[f"{res}"]
["calendar_picker_down_y_end"]
})
def set_calendar_day(self, date):
""" Selects requested day inside date picker
:param date: str
"""
if PLATFORM == "Android":
year, month, day = (int(x) for x in date.split('-'))
if date == str(datetime.date.today()):
self.ew.tap_element(
f"today {datetime.date(year, month, day).strftime('%A')} {datetime.date(year, month, day).strftime('%B')} {day} selected You have no entries for this day "
)
else:
self.ew.tap_element(
f" {datetime.date(year, month, day).strftime('%A')} {datetime.date(year, month, day).strftime('%B')} {day} "
)
elif PLATFORM == "iOS":
self.ew.wait_and_tap_element(
f"native.calendar.SELECT_DATE_SLOT-{date}", 10)
def get_date(self, type_of_date):
""" Gets selected date
:param type_of_date: str
"""
is_transaction = self.ew.is_element_present(
self.TRANSACTION_HEADER_TITLE)
if type_of_date == "start":
date_ios = self.START_DATE
if is_transaction:
date_android = self.SELECTED_START_DATE_ANDROID
else:
date_android = self.SELECTED_START_DATE_ANDROID_BUDGET
else:
date_ios = self.END_DATE
if is_transaction:
date_android = self.SELECTED_END_DATE_ANDROID
else:
date_android = self.SELECTED_END_DATE_ANDROID_BUDGET
try:
if PLATFORM == "Android":
try:
self.ew.wait_till_element_is_visible(date_android, 5)
except NoSuchElementException:
if type_of_date == "start":
if is_transaction:
date_android = self.SELECTED_START_DATE_ANDROID_2
else:
date_android = self.SELECTED_START_DATE_ANDROID_BUDGET_2
else:
if is_transaction:
date_android = self.SELECTED_END_DATE_ANDROID_2
else:
date_android = self.SELECTED_END_DATE_ANDROID_BUDGET_2
date_in_app = self.ew.get_text_of_element(date_android)
else:
self.ew.wait_till_element_is_visible(date_ios, 5)
date_in_app = self.ew.get_attribute(date_ios, "name")
except (NoSuchElementException, AttributeError):
return None
if date_in_app == "Today" or date_in_app == "Yesterday?":
date = str(datetime.date.today())
elif date_in_app == "Yesterday":
date = str(datetime.date.today() - datetime.timedelta(days=1))
elif date_in_app == "Tomorrow":
date = str(datetime.date.today() + datetime.timedelta(days=1))
elif date_in_app is None or date_in_app == "Never":
return None
else:
try:
month, day, year = (str(x) for x in date_in_app.split(' '))
day = day.replace(",", "")
except ValueError:
month, day = (str(x) for x in date_in_app.split(' '))
year = str(datetime.date.today().year)
month = str(datetime.datetime.strptime(month, "%B").month).zfill(2)
date = f"{year}-{month}-{day.zfill(2)}"
return date
def set_note(self, note):
""" Insert note into note input
:param note: str
"""
if note == "random":
note = ''.join([
random.choice(string.ascii_lowercase + string.digits)
for n in range(0, 8)
])
self.ew.wait_till_element_is_visible(self.NOTE_ELEMENT, 5)
self.ew.get_element(self.NOTE).send_keys(note)
if self.driver.is_keyboard_shown():
self.ew.tap_element(self.NOTE_ELEMENT)
vr.validate_input_against_output(note, self.get_note())
def get_note(self):
""" Gets note from note picker
:return: str
"""
try:
if PLATFORM == "Android":
note = self.ew.get_text_of_element(self.NOTE)
if note == "Write a note":
note = ""
return note
else:
return self.ew.get_text_of_elements(self.SELECTED_NOTE_IOS)[2]
except IndexError:
return None
def set_label(self, label):
""" Selects label from visible labels, if there is no requested label, it creates one
:param label: str
"""
self.ew.wait_till_element_is_visible(self.LABELS, 5)
if label == "random":
if self.ew.is_element_present(self.LABEL_ITEM):
labels = self.get_labels(False)
label = random.choice(labels)
if PLATFORM == "Android":
self.ew.tap_element(label)
time.sleep(0.5)
else:
i = labels.index(label)
self.action.tap(self.ew.get_elements(
self.LABEL_ITEM)[i]).perform()
vr.validate_input_against_more_outputs(label,
self.get_labels(True))
else:
self.create_label(label)
else:
if PLATFORM == "Android":
if self.ew.is_element_present(label):
self.ew.tap_element(label)
time.sleep(0.5)
vr.validate_input_against_more_outputs(
label, self.get_labels(True))
else:
self.create_label(label)
else:
labels = self.get_labels(False)
if label in labels:
i = labels.index(label)
self.action.tap(self.ew.get_elements(
self.LABEL_ITEM)[i]).perform()
vr.validate_input_against_more_outputs(
label, self.get_labels(True))
else:
self.create_label(label)
def fast_select_labels(self, number):
""" Selects more labels on transaction detail screen
:param number: int
"""
self.ew.wait_till_element_is_visible(self.LABELS, 5)
if self.ew.is_element_present(self.LABEL_ITEM):
labels = self.get_labels(False)
x = 0
for i in labels:
x = x + 1
if x <= number:
if PLATFORM == "Android":
self.ew.tap_element(i)
time.sleep(0.5)
else:
label = labels.index(i)
self.action.tap(
self.ew.get_elements(
self.LABEL_ITEM)[label]).perform()
def create_label(self, name):
""" Creates labels on label picker
:param name: str
:return:
"""
if name == "random":
name = ''.join([
random.choice(string.ascii_lowercase + string.digits)
for n in range(0, 8)
])
self.ew.tap_element(self.LABELS)
self.ew.wait_and_tap_element(self.LABEL_INPUT, 5)
self.ew.get_element(self.LABEL_INPUT).send_keys(name)
self.ew.wait_and_tap_element(self.NON_EXISTING_LABEL, 5)
self.ew.tap_element(self.BACK_BUTTON)
vr.validate_input_against_more_outputs(name, self.get_labels(True))
def get_labels(self, only_selected):
""" Returns all visible or only selected labels
:param only_selected: bool
:return: list of str
"""
self.ew.wait_till_element_is_visible(self.LABELS, 5)
if PLATFORM == "Android":
if only_selected:
labels = self.ew.get_text_of_elements(
self.SELECTED_LABELS_ANDROID)
else:
labels = self.ew.get_text_of_elements(
self.VISIBLE_LABELS_ANDROID)
else:
attributes = self.ew.get_attributes(self.VISIBLE_LABELS_IOS,
"name")
labels = []
for i in attributes:
if only_selected:
if i.endswith("false") is False:
labels.append(i.split("-")[0])
else:
labels.append(i.split("-")[0])
return labels
def set_photo(self):
"""Selects photo"""
self.ew.wait_and_tap_element(self.PHOTO, 5)
self.ew.wait_and_tap_element(self.CHOOSE_PHOTO, 5)
if self.ew.is_element_present(self.ALLOW_PHOTO_ACCESS_ANDROID):
self.ew.tap_element(self.ALLOW_PHOTO_ACCESS_ANDROID)
if PLATFORM == "Android":
self.ew.wait_and_tap_element(self.PHOTO_FOLDER, 5)
self.ew.wait_and_tap_element(self.PHOTO_ITEM, 5)
vr.validate_input_against_output(True, self.get_photo())
def get_photo(self):
""" Returns true if photo is selected
:return: bool
"""
try:
self.ew.wait_till_element_is_visible(self.PHOTO, 5)
self.ew.wait_till_element_is_visible(self.SELECTED_PHOTO, 3)
except:
NoSuchElementException()
return self.ew.is_element_present(self.SELECTED_PHOTO)
def set_recurrence(self, recurrence):
""" Swipes to and selects requested recurrence
:param recurrence: string
"""
if recurrence == "random":
recurrence = random.choice(vs.recurrences)
self.ew.wait_and_tap_element(self.RECURRENCE, 5)
self.ew.wait_till_element_is_visible(self.RECURRENCE_PICKER, 5)
res = self.rs.get_resolution()
if PLATFORM == "Android":
item_visible = self.ew.is_element_present(recurrence)
while item_visible is False:
self.action.long_press(None, self.rs.all_resolutions[f"{res}"]["x"],
self.rs.all_resolutions[f"{res}"]["default_picker_up_y_start"]) \
.move_to(None, self.rs.all_resolutions[f"{res}"]["x"],
self.rs.all_resolutions[f"{res}"]["default_picker_up_y_end"]) \
.release().perform()
item_visible = self.ew.is_element_present(recurrence)
self.ew.wait_and_tap_element(recurrence, 5)
else:
item_visible = self.ew.get_attribute(recurrence, "visible")
while item_visible == "false":
self.driver.execute_script(
"mobile: dragFromToForDuration", {
"duration":
"0.1",
"fromX":
self.rs.all_resolutions[f"{res}"]["x"],
"fromY":
self.rs.all_resolutions[f"{res}"]
["default_picker_up_y_start"],
"toX":
self.rs.all_resolutions[f"{res}"]["x"],
"toY":
self.rs.all_resolutions[f"{res}"]
["default_picker_up_y_end"]
})
item_visible = self.ew.get_attribute(recurrence, "visible")
self.driver.execute_script(
"mobile: tap", {
"x": 100,
"y": 50,
"element": self.ew.get_element(recurrence)
})
vr.validate_input_against_output(recurrence, self.get_recurrence())
def get_recurrence(self):
""" Gets selected recurrence
:return: str
"""
try:
self.ew.wait_till_element_is_visible(self.RECURRENCE, 5)
if PLATFORM == "Android":
try:
recurrence = self.ew.get_text_of_element(
self.SELECTED_RECURRENCE_ANDROID).lower()
except AttributeError:
recurrence = self.ew.get_text_of_element(
self.SELECTED_RECURRENCE_ANDROID_EDIT).lower()
else:
recurrence = self.ew.get_attribute(self.RECURRENCE,
"name").lower()
if recurrence != "never" and PLATFORM == "Android":
recurrences_in_app = [
"every day", "every 2 days", "every work day",
"every week", "every 2 weeks", "every 4 weeks",
"every month", "every 2 months", "every 3 months",
"every 6 months", "every year"
]
recurrence = vs.recurrences[recurrences_in_app.index(
recurrence)]
return recurrence
except (AttributeError, NoSuchElementException):
return None
def set_end_date(self, end_date):
""" Selects end date from date picker
:param end_date: str
"""
start_date = self.get_date("start")
year_start, month_start, day_start = (int(x)
for x in start_date.split('-'))
start_date = datetime.date(year_start, month_start, day_start)
if end_date == "random":
end_date = str(start_date +
datetime.timedelta(days=random.randint(1, 30)))
elif end_date == "day_after_start_date":
end_date = str(start_date + datetime.timedelta(days=1))
else:
year_end, month_end, day_end = (int(x)
for x in end_date.split('-'))
end_date = datetime.date(year_end, month_end, day_end)
if start_date < end_date:
end_date = str(end_date)
else:
raise ValueError(
f"endDate {end_date} is not older than start_date {str(start_date)}"
)
self.ew.wait_and_tap_element(self.END_DATE, 5)
self.ew.wait_till_element_is_visible(self.CALENDAR_PICKER, 5)
self.set_calendar_month_year(end_date)
self.set_calendar_day(end_date)
vr.validate_input_against_output(end_date, self.get_date("end"))
def set_reminder(self, reminder):
""" Swipes to and selects requested reminder
:param reminder: str
"""
if reminder == "random":
reminder = random.choice(vs.reminders)
self.ew.wait_and_tap_element(self.REMINDER, 5)
self.ew.wait_till_element_is_visible(self.REMINDER_PICKER, 5)
res = self.rs.get_resolution()
if PLATFORM == "Android":
item_visible = self.ew.is_element_present(reminder)
while item_visible is False:
self.action.long_press(None, self.rs.all_resolutions[f"{res}"]["x"],
self.rs.all_resolutions[f"{res}"]["default_picker_up_y_start"]) \
.move_to(None, self.rs.all_resolutions[f"{res}"]["x"],
self.rs.all_resolutions[f"{res}"]["default_picker_up_y_end"]) \
.release().perform()
item_visible = self.ew.is_element_present(reminder)
self.ew.wait_and_tap_element(reminder, 5)
else:
item_visible = self.ew.get_attribute(reminder, "visible")
while item_visible == "false":
self.driver.execute_script(
"mobile: dragFromToForDuration", {
"duration":
"0.1",
"fromX":
self.rs.all_resolutions[f"{res}"]["x"],
"fromY":
self.rs.all_resolutions[f"{res}"]
["default_picker_up_y_start"],
"toX":
self.rs.all_resolutions[f"{res}"]["x"],
"toY":
self.rs.all_resolutions[f"{res}"]
["default_picker_up_y_end"]
})
item_visible = self.ew.get_attribute(reminder, "visible")
self.driver.execute_script("mobile: tap", {
"x": 100,
"y": 50,
"element": self.ew.get_element(reminder)
})
vr.validate_input_against_output(reminder, self.get_reminder())
def get_reminder(self):
""" Gets selected reminder
:return: str
"""
try:
self.ew.wait_till_element_is_visible(self.REMINDER, 5)
if PLATFORM == "Android":
reminder = self.ew.get_text_of_element(
self.SELECTED_REMINDER_ANDROID)
else:
reminder = self.ew.get_attribute(self.REMINDER, "name")
if reminder != "Never":
reminders_in_app = [
"On a transaction date", "1 day before", "2 days before",
"3 days before", "4 days before", "5 days before",
"6 days before", "7 days before"
]
reminder = vs.reminders[reminders_in_app.index(reminder)]
return reminder
except (ValueError, NoSuchElementException):
return None
class CategoryValidator:
def __init__(self, driver):
self.driver = driver
self.action = TouchAction(self.driver)
self.categories_general = CategoriesGeneral(self.driver)
self.category_detail = CategoryDetail(self.driver)
self.ew = ElementWrapper(self.driver)
self.rs = Resolutions(self.driver)
def get_all_attributes(self):
""" Getting all attributes of category
:return: dict
"""
all_attributes = {
"name": self.category_detail.get_name(),
"color": self.category_detail.get_color(),
"image": self.category_detail.get_image()
}
return all_attributes
def is_category_existing(self, attributes):
""" Checking if category is visible in category list
:param attributes: dict
:return: bool
"""
category_locator = f"{attributes['name']}/" \
f"{attributes['color']}/" \
f"{attributes['image']}"
print(f'ATTRIBUTES: {attributes}')
print(f'LOCATOR: {category_locator}')
android_timeout = time.time() + 30
ios_timeout = time.time() + 5
res = self.rs.get_resolution()
is_category_present = self.ew.is_element_present(category_locator)
while is_category_present is False:
if PLATFORM == "Android":
self.action.long_press(None, self.rs.all_resolutions[f"{res}"]["x"],
self.rs.all_resolutions[f"{res}"]["categories_y_start"]) \
.move_to(None, self.rs.all_resolutions[f"{res}"]["x"],
self.rs.all_resolutions[f"{res}"]["categories_y_end"]) \
.release().perform()
is_category_present = self.ew.is_element_present(
category_locator)
if time.time() > android_timeout:
return False
else:
is_category_present = self.ew.is_element_present(
category_locator)
if time.time() > ios_timeout:
return False
return True
def get_selected_categories(self):
""" Gets all values of selected categories in merge process
:return: tuple
"""
categories = self.ew.get_attributes(
self.categories_general.CATEGORY_INFO, "content-desc")
name1, color1, image1 = categories[0].split('/')
attributes1 = {"name": name1, "color": color1, "image": image1}
name2, color2, image2 = categories[1].split('/')
attributes2 = {"name": name2, "color": color2, "image": image2}
return (attributes1, attributes2)