def done_items_view_model():
return ViewModel(
[
Item('to-do-id', 'to-do-title', Status.DONE.value, '5 days done', datetime.now() - timedelta(days=5)),
Item('to-do-id', 'to-do-title', Status.DONE.value, '3 hours done', datetime.now() - timedelta(hours=3)),
Item('to-do-id', 'to-do-title', Status.DONE.value, 'Just done', datetime.now()),
Item('to-do-id', 'to-do-title', Status.DONE.value, '20 days done', datetime.now() - timedelta(days=20)),
Item('to-do-id', 'to-do-title', Status.DONE.value, '20 hours done', datetime.now() - timedelta(hours=20))
],
False
)
def test_should_show_all_completed_items_if_there_are_three_or_fewer():
items = [
Item(1, 'Task 1', date.today(), 'Done'),
Item(2, 'Task 2', date.today(), 'Done'),
Item(3, 'Task 3', date.today(), 'Doing'),
Item(4, 'Task 4', date.today(), 'Done'),
]
view_model = ViewModel(items)
assert view_model.show_all_done_items is True
def done_items_view_model():
return ViewModel([
ToDoItem(11, "Title 1", Status.DONE,
datetime.now() - timedelta(days=3)),
ToDoItem(12, "Title 2", Status.DONE,
datetime.now() - timedelta(hours=2)),
ToDoItem(13, "Title 3", Status.DONE, datetime.now()),
ToDoItem(14, "Title 4", Status.DONE,
datetime.now() - timedelta(days=30)),
ToDoItem(15, "Title 5", Status.DONE,
datetime.now() - timedelta(hours=23))
])
def test_show_all_completed_items_is_true_for_5_items(self):
items = [
Item('id', 'title', COMPLETED, datetime.now()),
Item('id', 'title', COMPLETED, datetime.now()),
Item('id', 'title', COMPLETED, datetime.now()),
Item('id', 'title', COMPLETED, datetime.now()),
Item('id', 'title', COMPLETED, datetime.now()),
Item('id', 'title', NOT_STARTED, datetime.now()),
Item('id', 'title', IN_PROGRESS, datetime.now())
]
view_model = ViewModel(items)
assert view_model.show_all_completed_items
def test_recent_items_contain_only_items_last_modified_today():
items = [
Item(1, 'Done Yesterday', datetime(2020, 6, 15, 23, 59, 59), 'Done'),
Item(2, 'Done Today', datetime(2020, 6, 16, 0, 0, 0), 'Done'),
Item(3, 'Doing Today', datetime(2020, 6, 16, 9, 0, 0), 'Doing'),
]
with freeze_time("2020-06-16 09:30:00"):
view_model = ViewModel(items)
assert view_model.recent_done_items == [
Item(2, 'Done Today', datetime(2020, 6, 16, 0, 0, 0), 'Done'),
]
def main():
vehicle_db = SQLVehicleDB()
#vehicle_db = APIVehicleDB() # Replace the SQLVehicleDB with this to use the API - code will be happy
vehicle_view_model = ViewModel(vehicle_db)
vehicle_view = View(vehicle_view_model)
vehicle_view.get_new_vehicles()
vehicle_view.update_existing_vehicles()
vehicle_view.display_all_data()
def test_show_all_done_items_returns_true_for_small_numbers_of_items():
# Arrange
items = [
TodoItem(1, "Started Todo", "Not Started", ""),
TodoItem(2, "Doing Todo", "In Progress", ""),
TodoItem(3, "Done Todo", "Completed", ""),
]
vader = ViewModel(items)
# Act
result = vader.show_all_done_items
# Assert
assert result == True
def test_done():
items = (
TodoItem(1, "Started Todo", "Not Started", ""),
TodoItem(2, "Doing Todo", "In Progress", ""),
TodoItem(3, "Done Todo", "Completed", ""),
)
storm = ViewModel(items)
done_items = storm.done
assert len(done_items) == 1
done_item = done_items[0]
assert done_item.status == "Completed"
assert done_item.id == 3
def test_items_are_split_into_categories():
items = [
Item(1, 'Task 1', date.today(), 'Other Status'),
Item(2, 'Task 2', date.today(), 'To Do'),
Item(3, 'Task 3', date.today(), 'Done'),
Item(4, 'Task 4', date.today(), 'To Do'),
Item(5, 'Task 5', date.today(), 'Doing')
]
view_model = ViewModel(items)
assert view_model.to_do_items == [
Item(2, 'Task 2', date.today(), 'To Do'),
Item(4, 'Task 4', date.today(), 'To Do')
]
assert view_model.doing_items == [Item(5, 'Task 5', date.today(), 'Doing')]
assert view_model.done_items == [Item(3, 'Task 3', date.today(), 'Done')]
def test_filters_by_status(
): # first test to see if view model item matches each status
created_todo = TodoItem(1, "Test in progress Todo", "To Do",
datetime.now())
pending_todo = TodoItem(2, "Test Pending Todo", "Pending", datetime.now())
done_todo = TodoItem(3, "Test Done Todo", "Done", datetime.now())
todos = [created_todo, pending_todo, done_todo]
# added as part of module 10 project
reader = "ReadOnly"
view_model = ViewModel(todos, reader)
assert view_model.to_do_items == [created_todo]
assert view_model.doing_items == [pending_todo]
assert view_model.done_items == [done_todo]
def test_show_all_done_items_today():
today = arrow.utcnow().floor('day').format('YYYY-MM-DD')
items = (TodoItem(1, "Started Todo", "Not Started",
today), TodoItem(2, "Doing Todo", "In Progress", today),
TodoItem(3, "Done Todo", "Completed", today),
TodoItem(4, "Done Todo", "Completed", "2021-04-06"))
egg = ViewModel(items)
# Act
result = egg.show_all_done_items_today
# Assert
assert len(result) == 1
done_item = result[0]
assert done_item.status == "Completed"
assert done_item.id == 3
def test_doing():
# Arrange
items = [
TodoItem(1, "Started Todo", "Not Started", ""),
TodoItem(2, "Doing Todo", "In Progress", ""),
TodoItem(3, "Done Todo", "Completed", ""),
]
vader = ViewModel(items)
# Act
doing_items = vader.doing
# Assert
assert len(doing_items) == 1
doing_item = doing_items[0]
assert doing_item.status == "In Progress"
assert doing_item.id == 2
def test_to_do():
# Passing through blank value for the Date Input as not required for this test
items = [
TodoItem(1, "Started Todo", "Not Started", ""),
TodoItem(2, "Doing Todo", "In Progress", ""),
TodoItem(3, "Done Todo", "Completed", ""),
]
frank = ViewModel(items)
# Act
# [TodoItem(1, "Started Todo", "Not Started")]
todo_items = frank.to_do
# Assert
assert len(todo_items) == 1
todo_item = todo_items[0]
assert todo_item.status == "Not Started"
def getAll():
#myclient = pymongo.MongoClient('mongodb+srv://%s:%[email protected]/ToDo?retryWrites=true&w=majority' % (MONGO_LOGIN, MONGO_PASS))
#mydb = myclient["ToDo"]
#mycollection = mydb["All Items"]
myclient = pymongo.MongoClient(
'mongodb://%s:%[email protected]:10255/DefaultDatabase?ssl=true&retrywrites=false&replicaSet=globaldb&maxIdleTimeMS=120000&appName=@module11-cosmos-serverless@'
% (MONGO_LOGIN, MONGO_PASS))
mydb = myclient["ToDo"]
mycollection = mydb["All Items"]
todo_resp = mycollection.find(
) # find method returns a cursor instance for iteration
todo_list = [TodoItem.from_mongo_card(card)
for card in todo_resp] ## returns list of dict
# user authorization
user_authorizaion = User(current_user.get_id())
reader = user_authorizaion.get_role() == Role.Reader
return render_template('all_items.html',
todos=ViewModel(todo_list, reader))
def main():
travel_db = SQLTravelDB()
travel_view_model = ViewModel(travel_db)
travel_view = View(travel_view_model)
travel_view.show_menu()
def __setattr__(self, name, value):
super().__setattr__(name, value)
ViewModel.__setitem__(self, name, value)
def __init__(self, id):
ViewModel().__init__()
self.id = id
def setUp(self):
self.viewmodel = ViewModel()
class TestColorSpaceConverterViewModel(unittest.TestCase):
def setUp(self):
self.viewmodel = ViewModel()
def tearDown(self):
self.viewmodel.logger.clear()
def test_button_enabled_by_default(self):
self.assertEqual('enabled', self.viewmodel.get_button_convert_state())
def test_when_entered_color_button_enabled(self):
self.viewmodel.set_color_in(['0', '0', '0'])
self.assertEqual('enabled', self.viewmodel.get_button_convert_state())
def test_when_erased_color_button_disabled(self):
self.viewmodel.set_color_in(['', '', ''])
self.assertEqual('disabled', self.viewmodel.get_button_convert_state())
def test_when_change_color_in_it_changes(self):
self.viewmodel.set_color_in(['10', '100', '80'])
self.assertEqual(['10', '100', '80'], self.viewmodel.get_color_in())
def test_when_change_color_space_in_it_changes(self):
self.viewmodel.set_color_space_in("HSV")
self.assertEqual("HSV", self.viewmodel.get_color_space_in())
def test_when_change_color_space_out_it_changes(self):
self.viewmodel.set_color_space_out("HSV")
self.assertEqual("HSV", self.viewmodel.get_color_space_out())
def test_convert_button_disabled_incorrect_color_space_in(self):
self.viewmodel.set_color_space_in("QQQ")
self.assertEqual("disabled", self.viewmodel.get_button_convert_state())
def test_convert_button_disabled_incorrect_color_space_out(self):
self.viewmodel.set_color_space_out("QQQ")
self.assertEqual("disabled", self.viewmodel.get_button_convert_state())
def test_complains_on_incorrect_color_space_in(self):
self.viewmodel.set_color_space_in("QQQ")
self.assertEqual("Unsupported color space.",
self.viewmodel.get_error_message())
def test_convert_button_disabled_incorrect_color_in(self):
self.viewmodel.set_color_in(['', '', ''])
self.assertEqual("disabled", self.viewmodel.get_button_convert_state())
def test_complains_on_incorrect_color_in(self):
self.viewmodel.set_color_in(['', '', ''])
self.assertEqual("Incorrect values.",
self.viewmodel.get_error_message())
def test_error_message_is_empty_after_correct_color_in(self):
self.viewmodel.set_color_in(['0', '-10', '10'])
self.assertEqual("Incorrect values.",
self.viewmodel.get_error_message())
self.viewmodel.set_color_in(['0', '10', '10'])
self.assertEqual("", self.viewmodel.get_error_message())
def test_convert_button_disabled_incorrect_color_in_text(self):
self.viewmodel.set_color_in(['a', 'b', '10'])
self.assertEqual("disabled", self.viewmodel.get_button_convert_state())
def test_convert_button_disabled_incorrect_color_in_negative(self):
self.viewmodel.set_color_in(['-1', '-1', '300'])
self.assertEqual("disabled", self.viewmodel.get_button_convert_state())
def test_complains_on_incorrect_color_in_not_in_range(self):
self.viewmodel.set_color_in(['1000', '0', '0'])
self.assertEqual("Input values should be in range 0-255.",
self.viewmodel.get_error_message())
def test_when_convert_def_rgb_to_rgb_display_it(self):
self.viewmodel.set_color_space_in("RGB")
self.viewmodel.set_color_space_out("RGB")
self.viewmodel.set_color_in(['0', '0', '0'])
self.viewmodel.convert()
self.assertEqual(['0', '0', '0'], self.viewmodel.get_color_out())
def test_when_convert_rgb_to_hsv_display_it(self):
self.viewmodel.set_color_space_in("RGB")
self.viewmodel.set_color_space_out("HSV")
self.viewmodel.set_color_in(['0', '100', '0'])
self.viewmodel.convert()
self.assertEqual(['85', '255', '100'], self.viewmodel.get_color_out())
def test_when_convert_lab_to_rgb_display_it(self):
self.viewmodel.set_color_space_in("LAB")
self.viewmodel.set_color_space_out("RGB")
self.viewmodel.set_color_in(['88', '148', '101'])
self.viewmodel.convert()
self.assertEqual(['90', '72', '124'], self.viewmodel.get_color_out())
def setUp(self):
real_logger = Logger("ViewModel_with_Logger_Tests-lab3.log")
self.viewmodel = ViewModel(real_logger)
def setUp(self):
mockup_logger = MockUpLogger()
self.viewmodel = ViewModel(mockup_logger)
def index():
items = trello.get_items()
return render_template('index.html', model=ViewModel(items))
from view_model import ViewModel
import matplotlib.pyplot as plt
import numpy as np
# 1 - Initialising things ===================================================
#############
# IMPORTANT #
#############
token = ""
#############
# IMPORTANT #
#############
viewRepository = ViewModel(token)
# 2 - Getting data
numberOfRepositories = viewRepository.getTotalNumberOfRepositories()
print("Total Number of Repositories: ")
print(numberOfRepositories)
numberOfFeatures = viewRepository.getTotalNumberOfFeatures()
print("Total Number of Features: ")
print(numberOfFeatures)
numberOfScenarios = viewRepository.getTotalNumberOfScenarios()
print("Total Number of Scenarios: ")
print(numberOfScenarios)
numberOfSteps = viewRepository.getTotalNumberOfSteps()
def dictify(id_list: Iterable[int]) -> Iterable[ViewModel]:
for x in id_list:
yield ViewModel({ViewModel.IDKEY: x})
def index():
user = User(current_user.get_id())
reader = (not login_disabled) and user.get_role() == Role.Reader
items = get_all_items(collection)
return render_template('index.html',
view_model=ViewModel(items, reader))
def test_show_all_done_items_false_if_more_than_5_items():
item = TodoItem(3, constants.DONE_LIST_ID, "Completed Item!",
datetime.now().isoformat())
model = ViewModel([item] * 6)
assert model.show_all_done_items == False
def index():
items = db.get_items()
item_view_model = ViewModel(items)
return render_template('index.html', view_model=item_view_model)
class TestColorSpaceConverterViewModelMockUpLogger(unittest.TestCase):
def setUp(self):
mockup_logger = MockUpLogger()
self.viewmodel = ViewModel(mockup_logger)
def tearDown(self):
self.viewmodel.logger.clear()
def test_log_is_empty_in_the_beginning(self):
log = self.viewmodel.logger.get_log()
self.assertEqual(log, "")
def test_log_contains_correct_message_for_setting_color_space_in(self):
self.viewmodel.set_color_space_in("LAB")
log = self.viewmodel.logger.get_log()
self.assertEqual(log, 'Input color space: LAB')
def test_log_contains_correct_message_for_setting_color_space_out(self):
self.viewmodel.set_color_space_out("LAB")
log = self.viewmodel.logger.get_log()
self.assertEqual(log, 'Output color space: LAB')
def test_log_contains_correct_message_for_setting_color(self):
self.viewmodel.set_color_in(['88', '148', '101'])
log = self.viewmodel.logger.get_log()
self.assertEqual(log, "Input color: ['88', '148', '101']")
def test_log_contains_correct_message_for_conversion(self):
self.viewmodel.set_color_space_in("LAB")
self.viewmodel.set_color_space_out("RGB")
self.viewmodel.set_color_in(['88', '148', '101'])
self.viewmodel.convert()
log = self.viewmodel.logger.get_log()
expected_messages = [
"Input color space: LAB", "Output color space: RGB",
"Input color: ['88', '148', '101']",
"Input color: LAB [88, 148, 101] --> Output color: RGB [90, 72, 124]"
]
self.assertEqual(log, "\n".join(expected_messages))
async def visit_aggregate(self, query):
await self.visit_child(query.child)
self._aggregate()
self.root = ViewModel({None: self.iter})
self.iter = iter([self.root])
self.parent_iter = None
from view_model import ViewModel import matplotlib.pyplot as plt # 1 - Initialising things =================================================== ############# # IMPORTANT # ############# token = "" ############# # IMPORTANT # ############# viewRepository = ViewModel(token) # 2 - Getting data viewRepository.getReposAsObject()