def main():
movies = MovieCollection()
movies.load_movies('movies.csv')
# input_file = open("movies.csv", "r")
# movies = input_file.readlines()
print("Movies To Watch 1.0 - by <Shen Zhaozhe>")
print('{} movies loaded'.format(len(movies)))
# print the menu for choosing
while True:
print(
"Menu:\nL - List movies\nA - Add new movies\nW - Watch movies\nQ - Quit"
)
enter = input(">>> ").upper()
if enter == "L":
List(movies)
elif enter == "A":
Add(movies)
elif enter == "W":
if all_watched:
print("You have watched all movies")
else:
Watch(movies)
elif enter == "Q":
print("{} movies saved to movies.csv\nHave a nice day :)".format(
len(movies)))
return False
else:
print("Invalid choice")
print(
"Menu:\nL - List movies\nA - Add new movies\nW - Watch movies\nQ - Quit"
)
enter = input(">>> ").upper()
input_file.close()
class MoviesToWatchApp(App):
"""Main application to watch movies"""
def __init__(self, **kwargs):
super().__init__(**kwargs)
self.movie_collection = MovieCollection()
self.movie_collection.load_movies("movies.csv")
self.sorted_by = "year"
def build(self):
self.title = "Movies To Watch 2.0"
self.root = Builder.load_file('app.kv')
self.sort_movies(self.sorted_by)
return self.root
def movie_listed(self):
self.root.ids.movies.clear_widgets()
self.root.ids.top_label.text = 'To watch: {}. Watched: {}'.format(self.movie_collection.count_unwatched_movies,
self.movie_collection.count_watched_movies)
for movie in self.movies:
button = Button(text=str(movie))
button.bind(on_press=self.movie_click)
button.movie = movie
self.root.ids.movies.add_widget(button)
if movie.is_watched:
button.background_color = '#6e94b9'
else:
button.background_color = '#b26c6c'
def movie_click(self, button):
movie = button.movie
if movie.is_watched:
movie.watched_unwatched()
self.root.ids.bottom_label.text = 'You have watched {}'.format(movie.title)
else:
movie.unwatched_watched()
self.root.ids.bottom_label.text = 'You have unwatched {}'.format(movie.title)
self.movie_listed()
def sort_movies(self, sorted_by):
self.sorted_by = sorted_by
self.movie_collection.sort(sorted_by)
self.movie_listed()
def add_movie(self):
movie = Movie(self.root.ids.title.text, int(self.root.ids.year.text), self.root.ids.category.text, False)
self.movies.add_movie(movie)
self.sort_movies(self.sorted_by)
def clear(self):
self.root.ids.title.text = ""
self.root.ids.year.text = ""
self.root.ids.category.text = ""
self.root.ids.bottom_label.text = ""
def over_app(self):
self.movies.save_movies("movies.csv")
pass
def __init__(self, **kwargs):
"""Construct main app."""
super().__init__(**kwargs)
# basic data example - dictionary of names: phone numbers
# TODO: After running it, add another entry to the dictionary and see how the layout changes
# self.name_to_phone = {"Bob Brown": "0414144411", "Cat Cyan": "0441411211", "Oren Ochre": "0432123456"}
self.movie_collection = MovieCollection()
self.movie_collection.load_movies('movies.csv')
def __init__(self, **kwargs):
"""creat the main of the app."""
super().__init__(**kwargs)
self.text_attr = DICTIONARY
self.sort_methods = list(self.text_attr.keys())
self.sort_current = self.sort_methods[0]
self.movies = MovieCollection()
self.movies.load_movies(DATA)
self.information = WELCOME
Window.size = (1000, 750)
def main():
"""
Contains a menu with four capabilities; displaying a movie list, adding to the movie list,
watching a movie from the list and quitting the program.
"""
MENU = "Menu:\nL - List movies\nA - Add new movie\nW - Watch a movie\nQ - Quit"
movie_collection = MovieCollection()
movie_collection.load_movies("movies.csv")
print("Movies To Watch 2.0 - by Jonache Hilton\n{} movies loaded\n\n{}".format(len(movie_collection.movies), MENU))
menu_choice = input(">>>").upper()
while menu_choice != "Q":
if menu_choice == "L":
display_list(movie_collection.movies, calculate_dynamic_width(movie_collection.movies), movie_collection)
elif menu_choice == "A":
movie_name = ""
is_valid_input = False
while not is_valid_input:
print("Title:")
movie_name = input(">>>")
is_valid_input = check_string_error(movie_name)
print("Year:")
movie_year = check_integer_error()
print("Category:")
movie_category = ""
is_valid_input = False
while not is_valid_input:
movie_category = input(">>>")
is_valid_input = check_string_error(movie_category)
movie_to_add = Movie(movie_name, movie_year, movie_category, False)
movie_collection.add_movie(movie_to_add)
print("{} ({} from {}) added to movie list".format(movie_name, movie_category, movie_year))
elif menu_choice == "W":
if movie_collection.get_number_of_watched_movies() == len(movie_collection.movies):
print("No more movies to watch!")
else:
print("Enter the number of a movie to mark as watched")
watch_movie(movie_collection.movies)
else:
print("Invalid menu choice")
print(MENU)
menu_choice = input(">>>").upper()
movie_collection.save_movies("movies.csv")
def __init__(self):
""" construct things needed for class"""
self.movie_collection = MovieCollection() # call movie collection
self.movie_collection.load_movies('movies.csv') # to open csv file
self.movie_collection.get_unwatched_movies(
) # getting the number of unwatched movies
self.movie_collection.get_watched_movies(
) # getting the number watch movies
self.num_of_unwatch = self.movie_collection.unwatch_movie # count unwatched movies
self.num_of_watch = self.movie_collection.watch_movie # count watched movie
self.movie_dict = {
movie.title: movie
for movie in self.movie_collection.movies
} # to initialize the dictionary
self.btn_movie = [] # list data for button
self.sorting_type = list(sorting.keys()) # sorting type
self.current_display_sorting = self.sorting_type[
+2] # set default sorting
super().__init__()
def run_tests():
"""Test MovieCollection class."""
# Test empty MovieCollection (defaults)
print("Test empty MovieCollection:")
movie_collection = MovieCollection()
print(movie_collection)
assert not movie_collection.movies # an empty list is considered False
# Test loading movies
print("Test loading movies:")
movie_collection.load_movies('movies.csv')
print(movie_collection)
assert movie_collection.movies
# Test adding a new Movie with values
print("Test adding new movie:")
movie_collection.add_movie(Movie("Cats", 2019, "Musical", "u")) # adding new movies
print(movie_collection)
# Test sorting movies
"""
print("Test sorting - year:")
movie_collection.sort_movie("year"). 7
print(movie_collection)
"""
# Test to get number of unwatched movies
print("Test getting number of unwatched movies:")
print(movie_collection.get_unwatched_movies())
# Test to get number of watched movies
print("Test getting number of watched movies:")
print(movie_collection.get_watched_movies())
print("Test saving movies into the file")
movie_collection.save_file('movies.csv')
def run_tests():
"""Test MovieCollection class."""
# Test empty MovieCollection (defaults)
print("Test empty MovieCollection:")
movie_collection = MovieCollection()
print(movie_collection)
assert not movie_collection.movies # an empty list is considered False
# Test loading movies
print("Test loading movies:")
movie_collection.load_movies('movies.csv')
print(movie_collection)
assert movie_collection.movies # assuming CSV file is non-empty, non-empty list is considered True
# Test adding a new Movie with values
print("Test adding new movie:")
movie_collection.add_movie(Movie("Amazing Grace", 2006, "Drama", False))
print(movie_collection)
# Test sorting movies
print("Test sorting - year:")
movie_collection.sort("year")
print(movie_collection)
def main():
"""Program is a list of movies that allows a user to track movies that they have watched and wish to watch."""
movies = MovieCollection()
movies.load_movies(FILE_NAME)
movies.sort_movies(SORT_CONDITION)
menu = """Menu:\nL - List movies\nA - Add new movie\nW - Watch a movie\nQ - Quit"""
print("Movies To Watch 2.0 - by Dallas Marshall\n{} movies loaded\n{}".format(len(movies), menu))
menu_selection = input(">>> ").upper()
while menu_selection != 'Q':
if menu_selection == 'L':
list_movies(movies)
elif menu_selection == 'A':
add_movie(movies)
elif menu_selection == 'W':
watch_movie(movies)
else:
print("Invalid menu choice")
print(menu)
menu_selection = input(">>> ").upper()
print("{} movies saved to {}\nHave a nice day :)".format(len(movies), FILE_NAME))
save_movies(movies)
class MoviesToWatchApp(App):
"""MoviesToWatchApp(App) with Kivy APP following movies """
current_spinner = StringProperty()
message = StringProperty()
watched_status = StringProperty()
sorting_keys = ListProperty()
# Construct the main app.
def __init__(self, **kwargs):
super(MoviesToWatchApp, self).__init__(**kwargs)
self.movies = MovieCollection()
# Create the main app
def build(self):
Window.size = (800, 500)
self.title = "Movies Watch system 3.1 by Kyaw Soe Naing "
self.root = Builder.load_file('app.kv')
self.sorting_keys = SORTING_KEY.keys()
self.current_spinner = self.sorting_keys[0]
self.movies.load_movies("movies.csv")
self.show_movie()
return self.root
# Show the movie list
def show_movie(self):
count = 0
print(self.current_spinner)
self.movies.sort(SORTING_KEY[self.current_spinner])
self.root.ids.movies_box.clear_widgets()
for movie in self.movies.movies:
if movie.is_watched:
color = [0.3, 0.7, 0.9, 0.5]
mark = "watched"
else:
color = [0.8, 0.3, 1.0, 1]
mark = ""
movie_text = "{} ({} from {:d}) {}".format(movie.title, movie.category, movie.year, mark)
movie_button = Button(text=movie_text, id=str(count), background_color=color)
movie_button.bind(on_release=self.press_movie)
self.root.ids.movies_box.add_widget(movie_button)
count += 1
unwatched_number = self.movies.get_unwatched()
watched_number = self.movies.get_watched()
self.watched_status = "To watch: {:d}. Watched: {:d}".format(unwatched_number, watched_number)
# check watch and unwatch
def press_movie(self, instance):
""" """
movie_id = int(instance.id)
movie_data = self.movies.movies[movie_id]
movie_title = movie_data.title
if movie_data.is_watched:
movie_data.mark_unwatched()
self.message = "You need to watch {:s}".format(movie_title)
else:
movie_data.mark_watched()
self.message = "You have watched {:s}".format(movie_title)
self.movies.sort(SORTING_KEY[self.current_spinner])
self.show_movie()
# sort key for sorting
def choose_key(self, key):
self.current_spinner = key
self.show_movie()
# add new movie to movies
def add_movie(self):
m_title = self.root.ids.input_title.text
m_year = self.root.ids.input_year.text
m_category = self.root.ids.input_cate.text
m_title = m_title.strip()
m_year = m_year.strip()
m_category = m_category.strip().upper()
if (m_title == "") or (m_year == "") or (m_category == ""):
self.message = "All fields must be completed"
return
if not m_year.isdigit():
self.message = "Please enter a valid number"
return
m_year = int(m_year)
if m_year < 0:
self.message = "Year must be more than 0"
found = False
count = 0
for i in range(len(CATEGORY_LIST)):
if m_category == CATEGORY_LIST[i].upper():
found = True
count = i
break
if not found:
self.message = "The category must be one of Action, Comedy, Documentary, Drama, Fantasy, Thriller"
return
else:
m_category = CATEGORY_LIST[count]
new_movie = Movie(m_title, m_year, m_category)
self.movies.add_movie(new_movie)
self.all_clear()
self.show_movie()
# clear all the fill box
def all_clear(self):
self.root.ids.input_title.text = ""
self.root.ids.input_cate.text = ""
self.root.ids.input_year.text = ""
self.message = ""
def stop_now(self):
self.movies.save_movies("movies.csv")
def __init__(self, **kwargs):
super(MoviesToWatchApp, self).__init__(**kwargs)
self.movies = MovieCollection()
def run_tests():
"""Test MovieCollection class."""
# Test empty MovieCollection (defaults)
print("Test empty MovieCollection:")
movie_collection = MovieCollection()
print(movie_collection)
assert not movie_collection.movies # an empty list is considered False
# Test loading movies
print("Test loading movies:")
movie_collection.load_movies('movies.csv')
print(movie_collection)
print("Movie Colletion . movies")
print(movie_collection.movies)
assert movie_collection.movies # assuming CSV file is non-empty, non-empty list is considered True
# Test adding a new Movie with values
print("Test adding new movie:")
movie_collection.add_movie(Movie("Amazing Grace", 2006, "Drama", False))
print(movie_collection)
# Test sorting movies by year
print("Test sorting - year:")
movie_collection.sort("year")
print(movie_collection)
# Test sorting movies by category
print("Test sorting - Category:")
movie_collection.sort("category")
print(movie_collection)
# TODO: Test saving movies (check CSV file manually to see results)
print("Test saving movies")
movie_collection.save_movies("movies.csv")
# TODO: Add more tests, as appropriate, for each method
print("Unwatched movie counts")
print(movie_collection.get_unwatched())
def initCollection(self):
""" Method to initialize movie and movie collection instances"""
self.movie = Movie()
self.movie_collection = MovieCollection()
self.movie_collection.load_movies(FILE_NAME)
self.movie_collection.sort("category")
class MoviesToWatchApp(App):
"""Watchmovies app GUI version"""
sort_by = StringProperty()
category = ListProperty()
order = ListProperty()
current_order = StringProperty()
def __init__(self, **kwargs):
"""Creat the core of Watchmovies app"""
Window.size = (900, 700)
super(MoviesToWatchApp, self).__init__(**kwargs)
self.my_collection = MovieCollection()
self.movie_to_show = []
def build(self):
"""Build kivy GUI file"""
self.title = "Movie To Watch 2.0 by JialeTang "
self.root = Builder.load_file('app.kv')
# Setting category lists
self.category = ['Title', 'Year', 'Category']
self.sort_by = self.category[0]
return self.root
def on_start(self):
self.my_collection.load_movies('movies.csv')
self.movie_to_show = self.my_collection.movies
self.root.ids.movie_list.bind(
minimum_height=self.root.ids.movie_list.setter('height'))
# Show the message
self.root.ids.message.text = 'Let\'s watch some movies :)'
# Load movies
self.load_movies()
# Showing watched or unwatch
self.count_watch()
def on_stop(self):
"""Saving the data to csv when close the app"""
self.my_collection.save_movies('movies.csv')
def count_watch(self):
self.root.ids.watch_count.text = 'To watch: {}. Watched: {}'.format(
self.my_collection.count_unwatch(),
self.my_collection.count_watch())
def sort_movies(self, key):
"""Sort movie based on key"""
self.sort_by = key
self.load_movies()
def handle_order(self, element):
"""Sort movie based on order"""
self.current_order = element
self.load_movies()
def handle_add_movie(self, title, year, category):
"""Add movies to the movies list"""
# Only add movie when title, year, category are provided
if title and year and category:
title_check = self.handle_input(title, is_title=True)
category_check = self.handle_input(category, is_category=True)
year_check = self.handle_input(year, is_year=True)
if year_check and category_check and title_check:
clean_title = ' '.join(title.split())
pretty_title = capwords(clean_title)
if self.check_exist(title_check, year_check, category_check):
self.show_popup_message('The movie is already exist')
else:
self.my_collection.add_movie(
Movie(title_check, year_check, category_check))
self.load_movies()
self.show_popup_message(
'{} have been add to movie list'.format(pretty_title))
self.handle_clear_button(is_add=True)
else:
# Showing error message if any field is blank
self.show_popup_message('All fields are required')
def load_movies(self):
self.root.ids.movie_list.clear_widgets()
desc = self.current_order == 'Descending Order'
self.movie_to_show = self.my_collection.sort_movies(self.sort_by, desc)
for index, movie in enumerate(self.movie_to_show):
watch_mark = 'watched' if movie.is_watched else ''
btn = Button(text='{} ({} from {}) {}'.format(
movie.title, movie.category, movie.year, watch_mark),
size_hint_y=None,
height=200)
btn.movie = movie
btn.bind(on_press=self.handle_watch_movie)
# background color
if watch_mark:
btn.background_color = (0.5, 0.25, 1.0, 1.0)
else:
btn.background_color = (1, 0, 0, 5)
self.root.ids.movie_list.add_widget(btn)
def handle_watch_movie(self, instance):
"""Handle watch movie if user click on movie"""
current_movie = instance.movie
current_movie.is_watched = not current_movie.is_watched
self.load_movies()
watch_mark = 'watched' if current_movie.is_watched else 'unwatched'
self.root.ids.message.text = 'You have {} {}'.format(
watch_mark, current_movie.title)
self.count_watch()
def show_popup_message(self, text):
"""show popup message"""
self.root.ids.popup_message.text = text
self.root.ids.popup.open()
def handle_close_popup(self):
"""Close the popup"""
self.root.ids.popup_message.text = ''
self.root.ids.popup.dismiss()
def handle_clear_button(self, is_add=False, is_search=False):
"""Clear input when pressed"""
if is_add:
self.root.ids.title.text = ''
self.root.ids.year.text = ''
self.root.ids.category.text = ''
elif is_search:
self.root.ids.title_search.text = ''
self.root.ids.year_search.text = ''
self.root.ids.category_search.text = ''
self.root.ids.watch_search.text = ''
# Else clear all
else:
self.root.ids.title.text = ''
self.root.ids.year.text = ''
self.root.ids.category.text = ''
self.root.ids.title_search.text = ''
self.root.ids.year_search.text = ''
self.root.ids.category_search.text = ''
self.root.ids.watch_search.text = ''
def check_exist(self, title, year, category):
"""Check if movie is existed"""
def find_duplicate(movie):
filter_title = title.lower() == movie.title.lower()
filter_year = int(movie.year) == int(year)
filter_category = movie.category.lower() == category.lower()
return filter_title and filter_year and filter_category
return list(filter(find_duplicate, self.my_collection.movies))
def handle_input(self,
input_data,
is_title=False,
is_year=False,
is_category=False,
is_watch=False,
blank=False):
"""Handle input data"""
if blank and not input_data:
return True
else:
if is_year:
try:
year = int(input_data)
if year < 0:
raise ValueError()
return input_data.strip()
except ValueError:
self.show_popup_message(
'Your year must be a number and greater than 0')
elif is_category:
if input_data.lower().strip() not in [
'action', 'comedy', 'documentary', 'drama', 'fantasy',
'thriller'
]:
self.show_popup_message(
'Please enter a correct category '
'(Action, Comedy, Documentary, Drama, Fantasy, Thriller)'
)
else:
return input_data.strip()
elif is_watch:
if input_data.lower() not in ['y', 'n']:
self.show_popup_message('Your watch field must be Y or N')
else:
return True
elif not input_data.strip() and is_title:
self.show_popup_message('Your title must not be blank')
else:
return input_data.strip()
def run_tests():
"""Test MovieCollection class."""
# Test empty MovieCollection (defaults)
print("Test empty MovieCollection:")
movie_collection = MovieCollection()
print(movie_collection)
assert not movie_collection.movies # an empty list is considered False
# Test loading movies
print("Test loading movies:")
movie_collection.load_movies('movies.csv')
print(movie_collection)
assert movie_collection.movies # assuming CSV file is non-empty, non-empty list is considered True
# Test adding a new Movie with values
print("Test adding new movie:")
movie_collection.add_movie(Movie("Amazing Grace", 2006, "Drama", False))
print(movie_collection)
assert movie_collection.movies
# Test sorting movies
print("Test sorting - year:")
movie_collection.sort("year")
print(movie_collection)
assert movie_collection.movies
print("Test sorting - title:")
movie_collection.sort("title")
print(movie_collection)
assert movie_collection.movies
print("Test sorting - category:")
movie_collection.sort("category")
print(movie_collection)
assert movie_collection.movies
# TODO: Add more sorting tests
# TODO: Test saving movies (check CSV file manually to see results)
print("Test saving movies:")
movie_collection.save_movies('movies.csv')
print(movie_collection)
assert movie_collection.movies
def run_tests():
"""Test MovieCollection class."""
# Test empty MovieCollection (defaults)
print("Test empty MovieCollection:")
movie_collection = MovieCollection()
print(movie_collection)
assert not movie_collection.movies # an empty list is considered False
# Test loading movies
print("Test loading movies:")
movie_collection.load_movies('movies.csv')
print(movie_collection)
assert movie_collection.movies # assuming CSV file is non-empty, non-empty list is considered True
# Test adding a new Movie with values
print("Test adding new movie:")
movie_collection.add_movie(Movie("Amazing Grace", 2006, "Drama", False))
print(movie_collection)
# Test sorting movies
print("Test sorting - year:")
movie_collection.sort("year")
print(movie_collection)
print("Test sorting - title:")
movie_collection.sort("title")
print(movie_collection)
print("Test sorting - category:")
movie_collection.sort("category")
print(movie_collection)
print("Test sorting - watched:")
movie_collection.sort("is_watched")
print(movie_collection)
print("Test getting number of watched movies:")
print(movie_collection.get_number_of_watched_movies())
print("Test getting number of unwatched movies:")
print(movie_collection.get_number_of_unwatched_movies())
print("Test saving movies (check file):")
movie_collection.save_movies("movies.csv")
def run_tests():
"""Test MovieCollection class."""
# Test empty MovieCollection (defaults)
print("Test empty MovieCollection:")
movie_collection = MovieCollection()
print(movie_collection)
assert not movie_collection.movies # an empty list is considered False
# Test loading movies
print("Test loading movies:")
movie_collection.load_movies('movies.csv')
print(movie_collection)
assert movie_collection.movies # assuming CSV file is non-empty, non-empty list is considered True
# Test adding a new Movie with values
print("Test adding new movie:")
movie_collection.add_movie(Movie("Chinatown", 1974, "Film Noir", False))
print(movie_collection)
# Test sorting movies
print("Test sorting - year:")
sorted_list = movie_collection.sort_movies("year", desc=True)
print(MovieCollection.format_data(sorted_list))
# TODO: Add more sorting tests
# TODO: Test saving movies (check CSV file manually to see results)
print("Test saving movie:")
movie_collection.save_movies('movies.csv')
# TODO: Add more tests, as appropriate, for each method
print("Test unwatched count:")
print(movie_collection.count_unwatch())
print("Test watched count:")
print(movie_collection.count_watch())
# Add filter method
print('Test filter method:')
movie_collection.search_movies('star', 1977, 'action')
print(MovieCollection.format_data(movie_collection.search_list))
# TODO: Copy your first assignment to this file, then update it to use Movie class
# Optionally, you may also use MovieCollection class
from movie import Movie
from moviecollection import MovieCollection
print("Movies To Watch 1.0 - by Kyaw Soe Naing")
MENU = """Menu:
L - List movies
A - Add new movies
W - Watch a movie
Q - Quit
"""
# Read all data from movies.csv file
DATAFILE = "movies.csv"
moviecollection = MovieCollection()
moviecollection.load_movies(DATAFILE)
# all data from csv file is stored in movies = [] as nested list
movies = []
# Main Function including other many functions
def main():
user_input = menu()
while user_input != "q":
if user_input == "l":
all_movies()
user_input = menu()
elif user_input == "a":
add_movies()
user_input = menu()
def __init__(self, **kwargs):
"""Constructor that initiate my collection and movie list"""
super(MoviesToWatchApp, self).__init__(**kwargs)
self.my_collection = MovieCollection()
# Create another list to not TOUCH the original list, in case for back-up or error
self.movie_to_show = []
def __init__(self, **kwargs):
"""Construct main app."""
super().__init__(**kwargs)
self.movie_collection = MovieCollection()
self.movie_collection.load_movies("movies.csv")
self.sorted_by = "category"
class MoviesToWatchApp(App):
"""MoviesToWatchApp is a Kivy App for keeping track of movies from a file """
bottom_status_text = StringProperty()
top_status_text = StringProperty()
def __init__(self, **kwargs):
"""Construct main app."""
super().__init__(**kwargs)
self.movie_collection = MovieCollection()
self.movie_collection.load_movies("movies.csv")
self.sorted_by = "category"
def build(self):
"""
Build the Kivy GUI.
:return: reference to the root Kivy widget
"""
self.title = "Movies To Watch 2.0 - by Jonache Hilton"
self.root = Builder.load_file('app.kv')
self.sort_movies(self.sorted_by)
return self.root
def create_widgets(self):
"""
Create buttons from list of Movie objects and add them to the GUI.
:return: None
"""
self.clear_movie_widgets()
self.top_status_text = "To watch: {}. Watched: {}".format(
self.movie_collection.get_number_of_unwatched_movies(),
self.movie_collection.get_number_of_watched_movies())
for movie in self.movie_collection.movies:
# Create a button for each Movie object, specifying the text
temp_button = Button(text=str(movie))
temp_button.bind(on_release=self.press_movie)
# Store a reference to the movie object in the button object
temp_button.movie = movie
self.root.ids.movie_box.add_widget(temp_button)
if movie.is_watched:
temp_button.background_color = GREEN_COLOUR
else:
temp_button.background_color = RED_COLOUR
def press_movie(self, instance):
"""
Handle pressing movie buttons, changing watched status of a Movie and updating display.
:param instance: the Kivy button instance
:return: None
"""
# Each button is given its own ".movie" object reference, to get it directly
movie = instance.movie
if movie.is_watched:
movie.unwatch()
watched_string = "You need to watch"
else:
movie.watch()
watched_string = "You have watched"
# Update button text
instance.text = str(movie)
self.sort_movies(self.sorted_by)
self.bottom_status_text = "{} {}".format(watched_string, movie.title)
def press_add_movie(self):
"""
Handle pressing add movie button, adding Movie object to list and updating display.
:return: None
"""
# Check if any errors occur before continuing
is_valid_input = self.check_text_input_errors()
if is_valid_input:
movie_to_add = Movie(self.root.ids.title_input.text,
int(self.root.ids.year_input.text),
self.root.ids.category_input.text.title(),
False)
self.movie_collection.add_movie(movie_to_add)
self.clear_fields()
self.sort_movies(self.sorted_by)
self.clear_bottom_status_text()
def check_text_input_errors(self):
"""Check text inputs for a range of errors and returns True if no errors have occurred."""
try:
# Check if any of the text inputs are blank
if self.root.ids.title_input.text == "" or self.root.ids.year_input.text == "" or \
self.root.ids.category_input.text == "":
self.bottom_status_text = "All fields must be completed"
return False
elif int(self.root.ids.year_input.text) < 0:
self.bottom_status_text = "Year must be >= 0"
return False
elif self.root.ids.category_input.text.title() not in [
"Action", "Comedy", "Documentary", "Drama", "Fantasy",
"Thriller"
]:
self.bottom_status_text = "The category must be one of the following: Action, Comedy, Documentary," \
" Drama, Fantasy, Thriller"
return False
except ValueError:
self.bottom_status_text = "Please enter a valid number"
else:
return True
def sort_movies(self, sorted_by):
"""
Sort the movie widgets based on the sorted_by parameter.
:param sorted_by: the selected sorting method from the GUI spinner
:return: None
"""
self.sorted_by = sorted_by.lower()
# Convert "watched" to "is_watched" as "watched" is not a valid for attrgetter
if self.sorted_by == "watched":
self.sorted_by = "is_watched"
self.movie_collection.sort(self.sorted_by)
self.create_widgets()
def clear_fields(self):
"""
Clear the text input fields.
:return: None
"""
self.root.ids.title_input.text = ""
self.root.ids.category_input.text = ""
self.root.ids.year_input.text = ""
def clear_movie_widgets(self):
"""
Clear all of the widgets that are children of the "movie_box" layout widget.
:return: None
"""
self.root.ids.movie_box.clear_widgets()
def clear_bottom_status_text(self):
"""
Clear the bottom status text.
:return: None
"""
self.bottom_status_text = ""
def on_stop(self):
"""
Save movies back to file when GUI is closed.
:return: None
"""
self.movie_collection.save_movies("movies.csv")
def __init__(self, **kwargs):
"""Creat the core of Watchmovies app"""
Window.size = (900, 700)
super(MoviesToWatchApp, self).__init__(**kwargs)
self.my_collection = MovieCollection()
self.movie_to_show = []
class MoviesToWatchApp(App):
""" Kivy app for movie app"""
display_sort = StringProperty()
sort_type = ListProperty()
def display_sorting(self, text):
""" show sorting based on the user want"""
self.current_display_sorting = text
self.show_movie()
def __init__(self):
""" construct things needed for class"""
self.movie_collection = MovieCollection() # call movie collection
self.movie_collection.load_movies('movies.csv') # to open csv file
self.movie_collection.get_unwatched_movies(
) # getting the number of unwatched movies
self.movie_collection.get_watched_movies(
) # getting the number watch movies
self.num_of_unwatch = self.movie_collection.unwatch_movie # count unwatched movies
self.num_of_watch = self.movie_collection.watch_movie # count watched movie
self.movie_dict = {
movie.title: movie
for movie in self.movie_collection.movies
} # to initialize the dictionary
self.btn_movie = [] # list data for button
self.sorting_type = list(sorting.keys()) # sorting type
self.current_display_sorting = self.sorting_type[
+2] # set default sorting
super().__init__()
def build(self):
"""Build the Kivy app from the kv file."""
self.title = "Movie to Watch 2.0" # title for the kivy app
self.root = Builder.load_file('app.kv') # opening kivy with file name
self.show_movie() # to show movies
self.root.ids.status_watch.text = (
"To watch: {}. Watched: {}".format(self.num_of_unwatch,
self.num_of_watch)
) # display how many movies watched and left to watch
return self.root
def sort_display(self, text):
"""display sorting based on the user want"""
self.current_display_sorting = text
self.show_movie()
def clear(self):
""" this is to clear data so that the previous movie not added again"""
for value in self.btn_movie:
self.root.ids.display_movie.remove_widget(value)
def show_movie(self):
""" displaying movies from list"""
self.clear() # clear the input value from widget
self.movie_collection.sort_movie(sorting[self.current_display_sorting])
self.btn_movie = []
for movie in self.movie_collection.movies:
color = COLORS[movie.is_watched] # the color of the button
text = "{} ({} from {})".format(movie.title, movie.category,
movie.year) # writing on button
if movie.is_watched: # if movie is watched, add this string
text += " (Watched)"
btn = Button(text=text, id=movie.title, background_color=color)
btn.bind(on_release=self.change_watch)
self.btn_movie.append(btn)
self.root.ids.display_movie.add_widget(btn)
def change_watch(self, instance):
""" Change interfaces an texts on kivy when the users watch or not watch the movie"""
watch = self.movie_dict[instance.id]
if watch.is_watched:
watch.check_unwatched()
if watch.year_level():
self.root.ids.message.text = ("You need to watch {}".format(
watch.title))
else:
watch.check_unwatched()
self.root.ids.message.text = ("You need to watch {}".format(
watch.title))
else:
watch.check_watched()
if watch.year_level():
self.root.ids.message.text = ("You have watched {}".format(
watch.title))
else:
watch.check_watched()
self.root.ids.message.text = (
"you have watched {}.".format(watch.title)
) # if the movie is watched, display this message
self.movie_collection.get_unwatched_movies(
) # get number of unwatched movies
self.movie_collection.get_watched_movies()
# update and display number of movie watched and need to watch
self.root.ids.status_watch.text = ("To watch: {}. Watched: {}".format(
self.movie_collection.unwatch_movie,
self.movie_collection.watch_movie))
instance.background_color = COLORS[
watch.is_watched] # change the button colour
self.show_movie() # display new buttons
def add_movie(self):
""" method to add new movies from users"""
title = self.root.ids.title.text # add input
title = title.capitalize()
year = self.root.ids.year.text
category = self.root.ids.category.text
error_check = self.error_checker() # error check input
# after error checking done
if not error_check:
m = Movie(title, year, category) # add input to the list
self.movie_collection.add_movie(m)
self.movie_dict[title] = m # add into the dictionary
self.show_movie()
self.movie_collection.get_unwatched_movies(
) # to get update number of unwatched movie
self.root.ids.status_watch.text = (
"To watch: {}. Watched: {}".format(
self.movie_collection.unwatch_movie,
self.movie_collection.watch_movie))
self.clear_input_movie(
) # clear input when the movie successfully added
self.root.ids.message.text = '' # check the input
def error_checker(self):
""" error checking user input"""
error_check = False
title = self.root.ids.title.text # add input from the user
title = title.capitalize(
) # auto capitalize so the input will not interfere with sort
category = self.root.ids.category.text
category = category.capitalize()
year = self.root.ids.year.text
if category not in ('Action', 'Comedy', 'Documentary', 'Drama',
'Fantasy', 'Thriller'):
# prevent user from entering invalid words other than categories
self.root.ids.message.text = (
'Category must be one of Action, Comedy,'
' Documentary, Drama, Fantasy, and Thriller')
error_check = True
return error_check
if not (title and year
and category): # asks user to fill in all fields
self.root.ids.message.text = 'All fields must be completed.'
error_check = True
elif not year.isdigit(
): # prevents user from inputting things other than digits
self.root.ids.message.text = 'Please enter a valid number.'
error_check = True
elif len(str(year)
) < 4: # prevent user inputting numbers less than 4 digits
self.root.ids.message.text = 'Year must be 4 digits.'
error_check = True
return error_check
def clear_input_movie(self):
""" delete all user inputs when the user clicks clear button"""
self.root.ids.title.text = ""
self.root.ids.year.text = ""
self.root.ids.category.text = ""
def on_stop(self):
"""saves updated movies into the csv file"""
self.movie_collection.save_file("movies.csv")
def __init__(self, **kwargs):
"""Load movies from file."""
super().__init__(**kwargs)
self.movie_collection = MovieCollection()
self.movie_collection.load_movies(FILE_NAME)
class MainApp(App):
""" MainApp is a Kivy App for managing watched/unwatched films """
current_state = StringProperty()
state_codes = ListProperty()
def build(self):
self.initCollection()
""" Method to save the movies when quiting..."""
Window.bind(on_request_close=self.on_request_close)
""" build Kivy app from the kv file """
self.title = "Movies to Watch 2.1"
self.root = Builder.load_file('app.kv')
self.state_codes = sorted(STATES.keys())
self.current_state = self.state_codes[0]
self.update_status_label()
return self.root
def initCollection(self):
""" Method to initialize movie and movie collection instances"""
self.movie = Movie()
self.movie_collection = MovieCollection()
self.movie_collection.load_movies(FILE_NAME)
self.movie_collection.sort("category")
def change_state(self, state_code):
""" handle change of spinner selection, output result to sort dinamic widgets """
self.Sort(STATES[state_code])
def update_event_label(self, text):
self.root.ids.event_label.text = text
def update_status_label(self):
watched = self.movie_collection.movie_watched_count()
unwatched = self.movie_collection.movie_unwatched_count()
self.root.ids.status_label.text = "To watch: {}, Watched: {}".format(
unwatched, watched)
def Sort(self, key):
""" Method to sort movies
*when sorting key is 'watched(GUI)/is_watched(app)' it will do reverse sort """
self.root.ids.entries_box.clear_widgets()
if key == "is_watched":
self.movie_collection.sort(key, reverse=True)
else:
self.movie_collection.sort(key)
self.create_movie_buttons()
def clear(self):
"""Method to clears texts and inputs"""
self.root.ids.input_title.text = ""
self.root.ids.input_category.text = ""
self.root.ids.input_year.text = ""
self.update_event_label("")
self.root.ids.status_label.text = ""
def add_movie(self):
"""Method to add a new movie and set the statuses"""
title = self.root.ids.input_title.text
category = self.root.ids.input_category.text
year = self.root.ids.input_year.text
if not title or not category or not year:
self.update_event_label("All fields must be completed")
return
if category not in ALLOWED_CATEGORIES:
self.update_event_label("Allowed categories are " +
", ".join(ALLOWED_CATEGORIES))
return
self.movie_collection.add_movie((title, year, category, False))
self.root.ids.entries_box.clear_widgets()
self.create_movie_buttons()
self.root.ids.input_title.text = ""
self.root.ids.input_category.text = ""
self.root.ids.input_year.text = ""
def create_movie_buttons(self):
"""
Create the movie buttons and add them to the GUI
"""
for movie in self.movie_collection.movies:
# create a button for each phonebook entry
temp_button = Button(text=str(movie))
temp_button.bind(on_release=self.press_entry)
temp_button.state = 'down' if movie.is_watched else 'normal'
temp_button.movie = movie
temp_button.background_color = WATCHED_COLOR if temp_button.state == 'down' else UN_WATCHED_COLOR
self.root.ids.entries_box.add_widget(temp_button)
def press_entry(self, instance):
""" Method to set triggered button's state (activity, color, watched),
Method sets status about marked movie,
Method called when movie buttons triggered on_release signal"""
if instance.state == 'down':
instance.state = 'normal'
else:
instance.state = 'down'
name = instance.text
if instance.state == 'down':
instance.movie.mark_watched()
instance.background_color = WATCHED_COLOR
self.update_event_label("You have {} {}".format("watched", name))
else:
instance.movie.mark_unwatched()
instance.background_color = UN_WATCHED_COLOR
self.update_status_label()
def on_request_close(self, *args, **kwargs):
# print cd u("------closeing"*2)
self.movie_collection.save_movies(FILE_NAME)
def __init__(self, **kwargs):
super().__init__(**kwargs)
self.movie_collection = MovieCollection()
self.movie_collection.load_movies("movies.csv")
self.sorted_by = "year"
def main():
"""Main part of the movie."""
print(WELCOME)
data_file = "movies.csv"
movies = MovieCollection()
movies.load_movies(data_file)
print("{0} movies loaded from {1}".format(movies.movies_num(), data_file))
while True:
print(MENU)
movies.sort("is_watched")
command = input()
command = command.lower()
movies_num = movies.movies_num()
unwatched_num = movies.watched_num()
# read the movie from the list
if command == "l":
print_inf(movies)
# input l read the list
elif command == "a":
title = input_string("Title: ")
category = input_string("Category: ")
year = input_int("Year: ")
# add movie into movies
movies.add_movies(Movie(title, category, year))
print("{} ({} from {}) added to the movie list".format(
title, category, year))
# input a read the "add movies"
elif command == "m":
if unwatched_num >= 1:
print_inf(movies)
print("Enter the number of a movies to mark as watched")
while True:
sign_num = input_int("")
if sign_num > movies_num:
print("Invalid number")
elif sign_num > unwatched_num:
print("That movie is already watched")
break
else:
sign_index = sign_num - 1
movie = movies.movies[sign_index]
title = movie.title
category = movie.category
movie.watched()
print("{0} in {1} visited!".format(title, category))
break
else:
print("No more movies to watch!")
# input m to get the number of wwatched movies and unwatched movies.
elif command == "q":
movies.save_movies(data_file)
print("{0} movies saved to {1}".format(movies_num, data_file))
print("Thanks for watching")
break
else:
print("Invalid menu choice")
def run_tests():
"""Test MovieCollection class."""
# Test empty MovieCollection (defaults)
print("Test empty MovieCollection:")
movie_collection = MovieCollection()
print(movie_collection)
assert not movie_collection.movies # an empty list is considered False
# Test loading movies
print("\nTest loading movies:")
movie_collection.load_movies('movies.csv')
print(movie_collection)
assert movie_collection.movies # assuming CSV file is non-empty, non-empty list is considered True
# Test adding a new Movie with values
print("\nTest adding new movie:")
movie_collection.add_movie(Movie("Amazing Grace", 2006, "Drama", False))
print(movie_collection)
# Test sorting movies
print("\nTest sorting - year:")
movie_collection.sort_movies("year")
print(movie_collection)
print("\nTest sorting - title:")
movie_collection.sort_movies("title")
print(movie_collection)
# Test saving movies (check CSV file manually to see results)
movie_collection.save_movies('test.csv')
# test number of un/watched movies
print("\nTest get_number_watched:")
print("expected 2 got {}".format(movie_collection.get_number_watched()))
print("\nTest get_number_un_watched")
print("expected 4 got {}".format(movie_collection.get_number_un_watched()))
# Test length of movies
print("\nTest __len__:")
print("Expected 6 got {}".format(len(movie_collection)))
print("\nTest calculate_longest_title:")
print("Expected 34 got {}".format(
movie_collection.calculate_longest_title()))
print("\nTest list_movies prints to console:")
longest_title_length = 35
movie_collection.sort_movies('year')
movie_collection.list_movies(longest_title_length)
print("\nTest set_movie_watched:")
movie_collection.set_movie_watched(0)
movie_collection.list_movies(35)
movie_collection.set_movie_watched(0)
print("\nTest bool_to_status:")
print(movie_collection)
movie_collection.bool_to_status()
print(movie_collection)
class MoviesToWatchApp(App):
"""Class for GUI movie app"""
# Initiate string and list properties
sort_by = StringProperty()
category = ListProperty()
order = ListProperty()
current_order = StringProperty()
def __init__(self, **kwargs):
"""Constructor that initiate my collection and movie list"""
super(MoviesToWatchApp, self).__init__(**kwargs)
self.my_collection = MovieCollection()
# Create another list to not TOUCH the original list, in case for back-up or error
self.movie_to_show = []
def build(self):
"""Build from the root kv file"""
Window.size = (1000, 800)
self.title = "Movie To Watch 2.0 by Van Phuong Nguyen"
self.root = Builder.load_file('app.kv')
# Set category list
self.category = ['Title', 'Year', 'Category', 'Unwatch']
# Default sorting option
self.sort_by = self.category[0]
# Set order list
self.order = ['Ascending Order', 'Descending Order']
# Set default order
self.current_order = self.order[0]
return self.root
def on_start(self):
"""Start when program start"""
self.my_collection.load_movies('movies.csv')
# Separate movie list to not change to original list
self.movie_to_show = self.my_collection.movies
# Make sure the height is such that there is something to scroll.
self.root.ids.movie_list.bind(
minimum_height=self.root.ids.movie_list.setter('height'))
# Show welcome message
self.root.ids.message.text = 'Let\'s watch some movies :)'
# Load movies
self.load_movies()
# Show watch and unwatch count
self.count_watch()
def on_stop(self):
"""Close program and save movies to the file"""
self.my_collection.save_movies('movies.csv')
def count_watch(self):
"""Count movie based on watch and unwatch"""
self.root.ids.watch_count.text = 'To watch: {}. Watched: {}'.format(
self.my_collection.count_unwatch(),
self.my_collection.count_watch())
def sort_movies(self, key):
"""Sort movie based on key"""
# Change current sort_by key based on the key from the sort spinner
self.sort_by = key
# Load movies based on key provided
self.load_movies()
def handle_order(self, element):
"""Sort movie based on order"""
# Change current order for loading
self.current_order = element
# Load movie based on current order
self.load_movies()
def handle_add_movie(self, title, year, category):
"""Add movie to movie list"""
# Only add movie when title, year, category are provided
if title and year and category:
# Make sure that title input is correct
title_check = self.handle_input(title, is_title=True)
# Make sure that category is on category list
category_check = self.handle_input(category, is_category=True)
# Make sure that year is a number >= 0
year_check = self.handle_input(year, is_year=True)
if year_check and category_check and title_check:
# Make the input prettier
clean_title = ' '.join(title.split())
pretty_title = capwords(clean_title)
pretty_category = capwords(category)
# Check if movie is already exist
if self.check_exist(title_check, year_check, category_check):
self.show_popup_message('The movie is already exist')
else:
# Add movie to list, then reload movie list
self.my_collection.add_movie(
Movie(title_check, year_check, category_check))
self.load_movies()
self.show_popup_message(
'{} have been add to movie list'.format(pretty_title))
self.handle_clear_button(is_add=True)
else:
# Show error if any field blank
self.show_popup_message('All fields are required')
def load_movies(self):
"""Load movie to the GUI movie list"""
# First clear the current movie on list
self.root.ids.movie_list.clear_widgets()
# Check the current order
desc = self.current_order == 'Descending Order'
# Add movies based on current sort_by and order to movie to show list
self.movie_to_show = self.my_collection.sort_movies(self.sort_by, desc)
# Add buttons based on movie list
for index, movie in enumerate(self.movie_to_show):
watch_mark = 'watched' if movie.is_watched else ''
btn = Button(text='{} ({} from {}) {}'.format(
movie.title, movie.category, movie.year, watch_mark),
size_hint_y=None,
height=30)
# Save movie object to btn
btn.movie = movie
# If pressed, execute handle_watch_movie function
btn.bind(on_press=self.handle_watch_movie)
# If movie is watched, change background color
if watch_mark:
btn.background_color = (1, 0.5, 0.5, 1)
# Add btn to movie_list id
self.root.ids.movie_list.add_widget(btn)
def handle_watch_movie(self, instance):
"""Handle watch movie if user click on movie"""
# Movie object is saved to btn.movie >> instance.movie
current_movie = instance.movie
# Toggle between watch/unwatch
current_movie.is_watched = not current_movie.is_watched
# Load movie to the GUI list for immediate sorting
self.load_movies()
# Show message and reload the count watch
watch_mark = 'watched' if current_movie.is_watched else 'unwatched'
self.root.ids.message.text = 'You have {} {}'.format(
watch_mark, current_movie.title)
self.count_watch()
def show_popup_message(self, text):
"""Handle show popup message"""
self.root.ids.popup_message.text = text
self.root.ids.popup.open()
def handle_close_popup(self):
"""Close the popup"""
self.root.ids.popup_message.text = ''
self.root.ids.popup.dismiss()
def handle_clear_button(self, is_add=False, is_search=False):
"""Clear input when pressed"""
# If is_add, clear the add movie input
if is_add:
self.root.ids.title.text = ''
self.root.ids.year.text = ''
self.root.ids.category.text = ''
# If is_search, clear the search input
elif is_search:
self.root.ids.title_search.text = ''
self.root.ids.year_search.text = ''
self.root.ids.category_search.text = ''
self.root.ids.watch_search.text = ''
# Else clear all
else:
self.root.ids.title.text = ''
self.root.ids.year.text = ''
self.root.ids.category.text = ''
self.root.ids.title_search.text = ''
self.root.ids.year_search.text = ''
self.root.ids.category_search.text = ''
self.root.ids.watch_search.text = ''
def handle_search(self, title, year, category, watch):
"""Search for movie in list"""
# Only search when at least on field is provided
if title or category or watch or year:
# Check for valid year, category and title
title_check = self.handle_input(title, is_title=True, blank=True)
year_check = self.handle_input(year, is_year=True, blank=True)
category_check = self.handle_input(category,
is_category=True,
blank=True)
watch_check = self.handle_input(watch, is_watch=True, blank=True)
# If all are valid, then search
if title_check and year_check and category_check and watch_check:
# If is_watched is provided, change to bool, else None
is_watched = None
if watch:
is_watched = watch.lower() == 'y'
# Search movie method
self.my_collection.search_movies(title.strip(), year, category,
is_watched)
# If found, show movie count and display in GUI movie list
if self.my_collection.search_list:
self.movie_to_show = self.my_collection.search_list
self.show_popup_message('We have found: {} movies'.format(
len(self.movie_to_show)))
self.load_movies()
# Clear the input when completed
self.handle_clear_button(is_search=True)
# If no movie found, show error message
else:
self.show_popup_message('No movie found!')
else:
# If no field is fill in, show error message
self.show_popup_message('Your must at least fill in one field')
def handle_clear_search(self):
"""Clear the search and return the original list"""
# Set search list to empty
self.my_collection.search_list = []
self.handle_clear_button(is_search=True)
self.load_movies()
def check_exist(self, title, year, category):
"""Check if movie is existed"""
# Filter method based on title, year, category
def find_duplicate(movie):
filter_title = title.lower() == movie.title.lower()
filter_year = int(movie.year) == int(year)
filter_category = movie.category.lower() == category.lower()
return filter_title and filter_year and filter_category
return list(filter(find_duplicate, self.my_collection.movies))
def handle_input(self,
input_data,
is_title=False,
is_year=False,
is_category=False,
is_watch=False,
blank=False):
"""Handle input data"""
# Check if year > 0 and is a number
if blank and not input_data:
return True
else:
if is_year:
try:
year = int(input_data)
if year < 0:
raise ValueError()
return input_data.strip()
except ValueError:
self.show_popup_message(
'Your year must be a number and greater than 0')
# Check if input in category list
elif is_category:
# Check if category is in the category list
if input_data.lower().strip() not in [
'action', 'comedy', 'documentary', 'drama', 'fantasy',
'thriller'
]:
self.show_popup_message(
'Please enter a correct category '
'(Action, Comedy, Documentary, Drama, Fantasy, Thriller)'
)
else:
return input_data.strip()
# Check if valid watch
elif is_watch:
if input_data.lower() not in ['y', 'n']:
self.show_popup_message('Your watch field must be Y or N')
else:
return True
# Check if title is blank
elif not input_data.strip() and is_title:
self.show_popup_message('Your title must not be blank')
else:
return input_data.strip()
class MoviesToWatchApp(App):
"""Kivy app constructor class to create GUI for assignment 2."""
movies_to_watch_text = StringProperty()
status_text = StringProperty()
current_selection = StringProperty()
sort_options = ListProperty()
def __init__(self, **kwargs):
"""Load movies from file."""
super().__init__(**kwargs)
self.movie_collection = MovieCollection()
self.movie_collection.load_movies(FILE_NAME)
def build(self):
"""Build the Kivy GUI."""
self.title = "Movies To Watch 2.0"
self.root = Builder.load_file('app.kv')
self.sort_options = sorted(SPINNER_OPTIONS_TO_KEYWORD.keys())
self.current_selection = self.sort_options[0]
self.movies_to_watch_text = "To watch: {} Watched: {}".format(
self.movie_collection.get_number_un_watched(),
self.movie_collection.get_number_watched())
return self.root
def create_widgets(self):
"""Create buttons from MovieCollection entries and add them to the GUI."""
for movie in self.movie_collection.movies:
display_color = self.set_button_color(movie)
# create a button for each data entry, specifying the text and id
temp_button = Button(text=self.display_watched(movie),
id=movie.title,
background_color=display_color)
temp_button.bind(on_release=self.handle_press_movie)
# Store a reference to the movie object in the button object
temp_button.movie = movie
# add the button to the "entries_box" layout widget
self.root.ids.entries_box.add_widget(temp_button)
@staticmethod
def set_button_color(movie):
"""Set color code depending on movie.is_watched."""
display_color = UN_WATCHED_COLOR
if movie.is_watched:
display_color = WATCHED_COLOR
return display_color
def handle_press_movie(self, instance):
"""Handle pressing movie buttons."""
# toggle watched / un watched
if instance.movie.is_watched:
instance.movie.un_watch_movie()
else:
instance.movie.watch_movie()
# update button colour
instance.background_color = self.set_button_color(instance.movie)
# update status text
unwatched_string = 'need to watch'
if instance.movie.is_watched:
unwatched_string = 'have watched'
# Change status text if movie is unwatched
self.status_text = "You {} {}".format(unwatched_string,
instance.movie.title)
instance.text = self.display_watched(instance.movie)
self.update_movie_buttons()
# update movies to watch text
self.movies_to_watch_text = "To watch: {} Watched: {}".format(
self.movie_collection.get_number_un_watched(),
self.movie_collection.get_number_watched())
def change_spinner_selection(self, new_sort_selection):
"""Handle changing spinner sort condition."""
self.current_selection = new_sort_selection
self.update_movie_buttons()
def update_movie_buttons(self):
"""Update movie button order in GUI."""
self.movie_collection.sort_movies(
SPINNER_OPTIONS_TO_KEYWORD[self.current_selection])
self.root.ids.entries_box.clear_widgets()
self.create_widgets()
def handle_press_add_movie(self, new_title, new_year, new_category):
"""Handle adding a new movie object."""
if self.is_valid_inputs(new_title, new_year, new_category):
self.movie_collection.add_movie(
Movie(new_title, int(new_year), new_category, False))
# create a button for new movie
temp_button = Button(text="{} ({} from {})".format(
new_title, new_category, new_year),
id=new_title,
background_color=UN_WATCHED_COLOR)
temp_button.bind(on_release=self.handle_press_movie)
# Store a reference to the movie object in the button object
temp_button.movie = self.movie_collection.movies[-1]
# clear text fields in entry boxes
self.clear_fields()
self.update_movie_buttons()
def is_valid_inputs(self, title, year, category):
"""Check if user inputs meet requirements."""
input_fields = [title, year, category]
# check no empty input fields
for field in input_fields:
if field == '':
self.status_text = "All fields must be completed"
return False
# check year is a number
try:
year = int(year)
except ValueError:
self.status_text = "Please enter a valid number"
return False
# check year is >=0
if not year >= 0:
self.status_text = "Year must be >=0"
return False
# check valid category
valid_category_options = [
"Action", "Comedy", "Documentary", "Drama", 'Fantasy', 'Thriller'
]
if category not in valid_category_options:
self.status_text = "Category must be one of Action, Comedy, Documentary, Drama, Fantasy, Thriller"
return False
return True
def clear_fields(self):
"""Clear text inputs and status bar on press."""
self.root.ids.new_title.text = ''
self.root.ids.new_year.text = ''
self.root.ids.new_category.text = ''
self.status_text = ''
@staticmethod
def display_watched(instance):
"""Display 'watched' after titles that have been watched."""
watched_string = 'watched'
if not instance.is_watched:
watched_string = ''
button_display_text = instance.text = "{} ({} from {}) {}".format(
instance.title, instance.category, instance.year, watched_string)
return button_display_text
def on_stop(self):
"""Run when the app exits and save movies to file."""
self.movie_collection.bool_to_status()
self.movie_collection.save_movies(FILE_NAME)