def updateVersions(force = True):
initTitles()
initFiles()
i = 0
for k,t in Titles.items():
if force or t.version == None:
if (t.isDLC or t.isUpdate or Config.download.base) and (not t.isDLC or Config.download.DLC) and (not t.isDemo or Config.download.demo) and (not t.isUpdate or Config.download.update) and (t.key or Config.download.sansTitleKey) and (len(titleWhitelist) == 0 or t.id in titleWhitelist) and t.id not in titleBlacklist:
v = t.lastestVersion(True)
Print.info("%s[%s] v = %s" % (str(t.name), str(t.id), str(v)) )
i = i + 1
if i % 20 == 0:
Titles.save()
for t in list(Titles.data().values()):
if not t.isUpdate and not t.isDLC and t.updateId and t.updateId and not Titles.contains(t.updateId):
u = Title()
u.setId(t.updateId)
if u.lastestVersion():
Titles.set(t.updateId, u)
Print.info("%s[%s] FOUND" % (str(t.name), str(u.id)) )
i = i + 1
if i % 20 == 0:
Titles.save()
Titles.save()
def download(id):
bits = id.split(',')
version = None
key = None
if len(bits) == 1:
id = bits[0].upper()
elif len(bits) == 2:
id = bits[0].upper()
key = bits[1].strip()
elif len(bits) == 3:
id = bits[0].upper()
key = bits[1].strip()
version = bits[2].strip()
else:
Print.info('invalid args: ' + download)
return False
if key == '':
key = None
if version == '':
version = None
if len(id) != 16:
raise IOError('Invalid title id format')
if Titles.contains(id):
title = Titles.get(id)
CDNSP.download_game(title.id.lower(), version or title.lastestVersion(), key or title.key, True, '', True)
else:
CDNSP.download_game(id.lower(), version or Title.getCdnVersion(id.lower()), key, True, '', True)
return True
def title():
title_inst = Title()
while True:
title_inst.title_aesthetics()
title_inst.input()
if title_inst.button_logic() is not None:
flags = title_inst.button_logic()
if title_inst.game_started:
return True, flags
def sellHotel(player, titleDeedsNames, titleDeedsOwned, bank):
#Print all title deeds owned that have hotel
for titleDeedRecord in titleDeedsOwned:
if (titleDeedRecord["Hotels"] != None
and titleDeedRecord["Hotels"] == 1):
print(titleDeedRecord["Title Deed"].getName())
print("You may need to scroll if you have many title deeds with hotels.")
#User types in title deed to buy a hotel
titleDeedToSellHotel = input(
"Enter name of title deed you wish to sell a hotel: "
) #This needs validation
#Search for the title deed, and get the card information
titleDeedRecord = None
for titleDeed in titleDeedsOwned:
if (titleDeedToSellHotel == titleDeed["Title Deed"].getName()):
titleDeedRecord = titleDeed
#If there is no title deed of such name, stop processing.
if (titleDeedRecord == None):
print(
"There is no title deed card with that name. Returning to previous menu."
)
return #Go to the previous caller function
#Check if that property is in the monopoly
colorGroup = titleDeedRecord["Title Deed"].getColorGroup()
propertiesList = Title.getColorGroup(colorGroup)
propertyInGroup = False
if (titleDeedRecord["Title Deed"].getName() in propertiesList):
propertyInGroup = True
if (not propertyInGroup):
print(
"This property is not part of a monopoly. Returning to the previous menu."
)
return #Go to the previous caller function
#Check if other properties have the exactly same number as homes/hotels available for this property before selling.
getCurrentHotels = titleDeedRecord["Hotels"]
#Check if current property has no homes to sell
if (getCurrentHotels == 0):
print("You do not have any hotels to sell.")
return #Go to the previous caller function.
#Since a player would already have at most one hotel (and thus that property part of monopoly), and other functions have already handled the checking process of number of houses before selling (meaning any other properties must have at least four homes), checking the number of hotels is not necessary.
#If other requirements are passed, sell the hotel.
sellBuildingAmount = titleDeedRecord["Title Deed"].getBuildingCosts(
Property.HOTELS_COST) * 0.50
#Purchase the home by purchasing from bank and then get the home
player.sellHotel(titleDeedToSellHotel, sellBuildingAmount, bank)
print(player.getName() + ", has sold a hotel for " +
titleDeedRecord["Title Deed"].getName() +
"Returning to the previous menu.")
def __init__(self):
super().__init__()
pygame.init()
self.logger = logging.getLogger("Game")
logging.basicConfig(
format='%(asctime)s - %(name)s: %(levelname)s - %(message)s',
level=logging.INFO)
self.logger.info("Initializing Game")
self.logger.info("Winding the clock")
# clock - for FPS
self.clock = pygame.time.Clock()
self.background = pygame.Color('black')
self.screen_width = 900
self.screen_height = 900
self.screen = pygame.display.set_mode(
(self.screen_width, self.screen_height))
self.logger.info("Moving to Title Scene")
self.active_scene = Title()
self.running = True
def scanDLC(id, showErr=True, dlcStatus=None):
id = id.upper()
title = Titles.get(id)
baseDlc = Title.baseDlcId(id)
for i in range(0x1FF):
scanId = format(baseDlc + i, 'X').zfill(16)
if Titles.contains(scanId):
continue
ver = CDNSP.get_version(scanId.lower())
if ver != None:
t = Title()
t.setId(scanId)
Titles.set(scanId, t)
Titles.save()
Print.info('Found new DLC ' + str(title.name) + ' : ' + scanId)
elif showErr:
Print.info('nothing found at ' + scanId + ', ' + str(ver))
if dlcStatus:
dlcStatus.add()
def scanBaseThread(baseStatus):
while Config.isRunning:
try:
id = getRandomTitleId()
if Titles.contains(id):
continue
ver = CDNSP.get_version(id.lower())
if ver != None:
Print.info('Found new base ' + id)
t = Title()
t.setId(id)
Titles.set(id, t)
Titles.save()
baseStatus.add()
except BaseException as e:
print('exception: ' + str(e))
def initialize(self):
pygame.init()
Globals.WIDTH = 1000
Globals.HEIGHT = 600
Globals.SCREEN = pygame.display.set_mode(
(Globals.WIDTH, Globals.HEIGHT))
SettingsManager.load()
Globals.set_brightness(SettingsManager.BRIGHTNESS, save=False)
Globals.set_volume(SettingsManager.VOLUME, save=False)
pygame.display.set_caption('The Crazy Six - Field Day')
Globals.STATE = Title()
Globals.EVENT_MANAGER = EventManager()
def scanLatestTitleUpdates():
initTitles()
initFiles()
for k, i in CDNSP.get_versionUpdates().items():
id = str(k).upper()
version = str(i)
if not Titles.contains(id):
if len(id) != 16:
Print.info('invalid title id: ' + id)
continue
continue
t = Title()
t.setId(id)
Titles.set(id, t)
Print.info('Found new title id: ' + str(id))
t = Titles.get(id)
if str(t.version) != str(version):
Print.info('new version detected for %s[%s] v%s' %
(t.name or '', t.id or ('0' * 16), str(version)))
t.setVersion(version, True)
Titles.save()
def startScraping():
print(datetime.datetime.now())
persons = []
titles = []
personi = 0
titlei = 0
#Number of ids to retrieve
numIds = 10
while (True):
if len(persons) == 0:
persons = getTopPersons(numIds)
if len(titles) == 0:
titles = getTopTitles(numIds)
for personID in persons:
print(personID)
start = time.time()
person = Person(personID)
if not person.checkInDB(False, False, False):
print("checked DB")
personi += 1
person.scrapeData()
person.commitDB()
end = time.time()
print("{} scraping person {} : {}".format(
personi, person.name, (end - start)))
persons = []
for titleID in titles:
print(titleID)
#start = time.time()
title = Title(titleID)
if not title.checkInDB(False):
titlei += 1
title.scrapeData()
title.commitDB()
end = time.time()
print("{} scraping title {} : {}".format(
titlei, title.name, (end - start)))
titles = []
def init(self):
#initialize images
self.shield = pygame.image.load('img/shield.png').convert_alpha()
self.tentImage = pygame.image.load('img/tentacles.png').convert_alpha()
self.heartEmpty = pygame.image.load(
'img/heart_empty.png').convert_alpha()
self.heartFilled = pygame.image.load(
'img/heart_filled.png').convert_alpha()
self.heartFilledRed = pygame.image.load(
'img/heart_filled_large.png').convert_alpha()
self.keyboard = pygame.image.load('img/keyboard.png').convert_alpha()
self.keyW = pygame.image.load('img/key_w.png').convert_alpha()
self.keyS = pygame.image.load('img/key_s.png').convert_alpha()
self.key1 = pygame.image.load('img/key_1.png').convert_alpha()
self.key2 = pygame.image.load('img/key_2.png').convert_alpha()
self.keyArrows = pygame.image.load(
'img/key_arrows.png').convert_alpha()
#for game
self.planetGroup = pygame.sprite.Group()
self.parasite = pygame.sprite.Group()
self.inhabitedGroup = pygame.sprite.Group()
self.formedInhabitedGroup = pygame.sprite.Group()
self.eatMeInvGroup = pygame.sprite.Group()
self.eatMeStopGroup = pygame.sprite.Group()
self.eatMeTenGroup = pygame.sprite.Group()
self.eatMeLifeGroup = pygame.sprite.Group()
parasiteNew = Parasite(self.parasiteSize)
self.parasite.add(parasiteNew)
#add static stars
self.starList = []
for star in range(125):
starCoordsX = random.randrange(0, self.width)
starCoordsY = random.randrange(0, self.height)
self.starList.append((starCoordsX, starCoordsY))
#for splash screen
self.parasiteTitle = pygame.sprite.Group()
self.instructionsInhabited = pygame.sprite.Group()
self.titleGroup = pygame.sprite.Group()
parasiteTitleNew = Parasite(self.parasiteSize)
self.parasiteTitle.add(parasiteTitleNew)
titleNew = Title()
self.titleGroup.add(titleNew)
inhabitedTitleNew = Inhabited((self.width // 20) * 27,
(self.height // 10) * 15)
self.instructionsInhabited.add(inhabitedTitleNew)
self.formed = False
def __init__(self, parent, **kwargs):
Window.__init__(self, parent)
# data
self.__dict__["title"] = None
self.__dict__["items"] = None
self.__dict__["looseFocusClose"] = 1
self.__dict__["columns"] = 1
self.__dict__["decorated"] = 0
self.__dict__["layoutManager"] = SimpleGridLM()
self.__dict__["width"] = 10
self.__dict__["_labels"] = []
self.processKWArguments(kwargs)
# subscribe action
# add title
Title(self, id="_menuTitle")
def list_contents(self):
contents = {}
for title in available_books_by_title:
if title not in contents:
contents[title] = {}
contents[title]['available'] = available_books_by_title[
title].copy()
for title in available_books_by_title:
if title not in contents:
contents[title] = {}
contents[title]['available'] = available_books_by_title[
title].copy()
for title in contents:
contents[title]['object'] = Title.find_title(title)
def process_title(title, article):
title_set = clean_text(title)
id = frozenset_to_filename(frozenset(title_set))
if len(id) >= 254 or len(pathname2url(id)) >= 254:
return "error"
else:
try:
title_entry = titles_dict.get(id, Title(id=id, words=title_set))
if article.id not in set(title_entry.articles):
title_entry.add_article(article.id)
titles_dict[id] = title_entry
add_title_to_words(title_entry)
return title_entry
except:
return "error"
class Game(object):
"""
The Game - Based on the pygame framework
"""
def __init__(self):
super().__init__()
pygame.init()
self.logger = logging.getLogger("Game")
logging.basicConfig(
format='%(asctime)s - %(name)s: %(levelname)s - %(message)s',
level=logging.INFO)
self.logger.info("Initializing Game")
self.logger.info("Winding the clock")
# clock - for FPS
self.clock = pygame.time.Clock()
self.background = pygame.Color('black')
self.screen_width = 900
self.screen_height = 900
self.screen = pygame.display.set_mode(
(self.screen_width, self.screen_height))
self.logger.info("Moving to Title Scene")
self.active_scene = Title()
self.running = True
def run(self):
"""
Run loop - Show the game board
"""
while self.running:
events = pygame.event.get()
for event in events:
if event.type == pygame.QUIT:
self.running = False
if event.type == pygame.KEYUP:
if event.key == pygame.K_ESCAPE:
self.running = False
self.active_scene.process_input(events)
self.active_scene.update()
self.active_scene.render(self.screen)
self.active_scene = self.active_scene.next
pygame.display.update()
self.clock.tick(60)
pygame.quit()
def removeTitle(self, name):
title=Title(name=name)
for i in title.getAllUsers():
title.safeRemoveUser(i.uid)
self.store.delete(title.getNode())
def search(self, keyword):
results = {}
title_ids = Title.keyword_search(keyword)
for title_id in title_ids:
results[title_id] = Kiosk.get_available_book_counts(title_id)
return results
def __init__(self, leaf):
self.file = File(leaf)
self.legend = Legend(leaf)
self.contour = Contour(leaf)
self.title = Title(leaf)
self.uv = UV(leaf)
if version == '':
version = None
if len(id) != 16:
raise IOError('Invalid title id format')
if Titles.contains(id):
title = Titles.get(id)
CDNSP.download_game(title.id.lower(), version
or title.lastestVersion(), key
or title.key, True, '', True)
else:
CDNSP.download_game(
id.lower(), version or Title.getCdnVersion(id.lower()),
key, True, '', True)
if args.scan:
initTitles()
initFiles()
scan()
if args.refresh:
refresh()
if args.organize:
organize()
if args.set_masterkey1:
f = Fs.Nsp(args.set_masterkey1, 'r+b')
def run_game():
settings = Settings()
# initialise the game
pygame.init()
# returns a pyGame surface
music = pygame.mixer.Sound("music.wav")
screen = pygame.display.set_mode(
(settings.screen_width, settings.screen_height), 0, 32)
clock = pygame.time.Clock()
scoreboard = Scoreboard(screen)
play_button = Button(
screen, settings.screen_width / 2 - settings.button_width / 2,
settings.screen_height / 2 - settings.button_height / 2, settings,
"Play Food Fetcher")
instructions = Instructions(screen, settings)
draw_title = Title(screen)
foods = []
poisons = []
basket = Basket(screen)
engine = Engine(screen, settings, scoreboard, foods, poisons, basket)
# play music
music.play(loops=-1)
# main event loop
# while True:
while True:
time_passed = clock.tick(50)
mouse_x = pygame.mouse.get_pos()[0]
mouse_y = pygame.mouse.get_pos()[1]
engine.check_events(play_button, mouse_x, mouse_y)
screen.fill(settings.bg_color)
if settings.game_active:
engine.update_basket(mouse_x)
engine.check_foods(time_passed)
engine.check_poisons(time_passed)
if len(foods) == 0:
if scoreboard.food_caught > 0:
# Increase the balloon speed for each new batch of balloons.
settings.food_speed *= settings.speed_increase_factor
settings.poison_ratio *= settings.speed_increase_factor
scoreboard.batches_finished += 1
# If player has completed required batches, increase batch_size
if scoreboard.batches_finished % settings.batches_needed == 0 and scoreboard.batches_finished > 0:
settings.batch_size += 1
engine.release_batch()
else:
play_button.blitme()
draw_title.blitme(
settings.screen_width / 2 - settings.button_width / 2,
settings.screen_height / 2 - settings.button_height * 4)
# If a game has just ended, show Game Over button
if settings.games_played > 0:
score = scoreboard.get_score()
pizza_caught = scoreboard.get_caught_pizza()
poison_caught = scoreboard.get_caught_poison()
displayScore = DisplayScore(screen, settings, score,
pizza_caught, poison_caught)
displayScore.blitme()
if settings.games_played < 1:
instructions.blitme()
# Display scoreboard
scoreboard.blitme()
pygame.display.flip()
if key == '':
key = None
if version == '':
version = None
if len(id) != 16:
raise IOError('Invalid title id format')
if Titles.contains(id):
title = Titles.get(id)
CDNSP.download_game(title.id.lower(), version or title.lastestVersion(), key or title.key, True, '', True)
else:
CDNSP.download_game(id.lower(), version or Title.getCdnVersion(id.lower()), key, True, '', True)
if args.scan:
initTitles()
initFiles()
scan()
if args.refresh:
refresh()
if args.organize:
organize()
if args.set_masterkey1:
f = Fs.Nsp(args.set_masterkey1, 'r+b')
f.setMasterKeyRev(0)
def getMortgage(self, player, titleDeedsNames, titleDeedsOwned, bank=None):
#Print all title deeds owned
for titleDeed in titleDeedsNames:
print(titleDeed)
print("You may need to scroll if you own a large number of title deeds.")
#User types in title deed to mortgage
titleDeedToMortgage = input(
"Enter name of title deed you wish to mortgage: "
) #This needs validation
#Search for the title deed, and get the card information
titleDeedRecord = None
for titleDeed in titleDeedsOwned:
if (titleDeedToMortgage == titleDeed["Title Deed"].getName()):
titleDeedRecord = titleDeed
#If there is no title deed of such name, stop processing.
if (titleDeedRecord == None):
print(
"There is no title deed card with that name. Returning to previous menu."
)
return #Go to the previous caller function
#Check if there is any buildings on that title deed and other title deeds of that color group.
#If there are any buildings, player must sell all properties first.
if (titleDeedRecord["Title Deed"].getTitleType() == "Property"):
#Get the color group information from card and player's current monopolies
colorGroup = titleDeedRecord["Title Deed"].getColorGroup()
playerColorMonopoly = player.getColorMonopoly()
colorGroupStats = None
#Get the stats information on that monopoly
for colorMonopoly in playerColorMonopoly:
if (colorMonopoly["Color Group"] == colorGroup):
colorGroupStats = colorMonopoly
#Check if there is any property, and if so inform player the property cannot be mortgaged
if (colorGroupStats["Number Buildings Built"] > 0):
print(
"You cannot mortgage this property because there are buildings in at least one of properties in the color group "
+ colorGroup)
#List the title deeds in the color group with buildings
propertiesList = Title.getColorGroup(colorGroup)
for propertyItem in propertiesList:
for titleDeed in titleDeedsOwned:
if (titleDeed["Title Deed"].getName() == propertyItem):
print("Property Name: " + propertyItem +
"\nNumber of Houses: " + titleDeed["Houses"] +
"\nNumber of Hotels: " + titleDeed["Hotels"] +
"\n")
print("If you wish to add a mortgage to " + titleDeedToMortgage +
"please sell all buildings first in this color group first.")
return #Go to the previous caller function
#Get the mortgage value
mortgageValue = titleDeedRecord["Title Deed"].getMortgageValue()
#Make the mortgage
player.addMortgage(titleDeedRecord["Title Deed"], mortgageValue, bank)
print(player.getName() + ", your mortgage request for " +
titleDeedRecord["Title Deed"].getName() + " was successful.\n" +
"Returning to the previous menu.")
def sellProperty(playerOwner, playerReceiver, titleDeedsNames, titleDeedsOwned,
bank):
#Print all title deeds owned by the owner
for titleDeed in titleDeedsNames:
print(titleDeed)
print("You may need to scroll if you own a large number of title deeds.")
#User types in title deed to sell
titleDeedToSellProperty = input(
"Enter name of property title deed you wish to sell: "
) #This needs validation
#Search for the title deed, and get the card information
titleDeedRecord = None
for titleDeed in titleDeedsOwned:
if (titleDeedToSellProperty == titleDeed["Title Deed"].getName()):
titleDeedRecord = titleDeed
#If there is no title deed of such name, stop processing.
if (titleDeedRecord == None):
print(
"There is no title deed card with that name. Aborting sell. Returning to previous menu."
)
return #Go to the previous caller function
#Check if this title deed is a property
if (titleDeedRecord["Title Deed"].getTitleType() != "Property"):
print(
"This title deed is not a property. Aborting sell. Returning to previous menu."
)
return #Go to the previous caller function
#Check if there is any buildings on that title deed and other title deeds of that color group.
#If there are any buildings, player must sell all properties first.
if (titleDeedRecord["Title Deed"].getTitleType() == "Property"
and titleDeedRecord["Mortgaged"] == False):
#Get the color group information from card and player's current monopolies
colorGroup = titleDeedRecord["Title Deed"].getColorGroup()
playerColorMonopoly = playerOwner.getColorMonopoly()
colorGroupStats = None
#Get the stats information on that monopoly
for colorMonopoly in playerColorMonopoly:
if (colorMonopoly["Color Group"] == colorGroup):
colorGroupStats = colorMonopoly
#Check if there is any buildings, and if so inform player the property cannot be sold until all buildings ar esold
if (colorGroupStats["Number Buildings Built"] > 0):
print(
"You cannot sell this property because there are buildings in at least one of properties in the color group "
+ colorGroup)
#List the title deeds in the color group with buildings
propertiesList = Title.getColorGroup(colorGroup)
for propertyItem in propertiesList:
for titleDeed in titleDeedsOwned:
if (titleDeed["Title Deed"].getName() == propertyItem):
print("Property Name: " + propertyItem +
"\nNumber of Houses: " + titleDeed["Houses"] +
"\nNumber of Hotels: " + titleDeed["Hotels"] +
"\n")
print("If you wish to sell this property, " +
titleDeedRecord["Title Deed"].getName() +
"please sell all buildings in this color group first.")
return #Go to the previous caller function
#Check if the property is mortgaged
mortgaged = titleDeedRecord["Mortgaged"]
#Make the selling price
agreementReached = False
amountWishToSell = 0
titleDeedName = titleDeedRecord["Title Deed"].getName()
while (not agreementReached):
amountWishToSell = makeSellTitleDeedDeal(playerOwner, playerReceiver,
titleDeedName)
if (amountWishToSell > 0):
agreementReached = True
#If agreement reached, make the sell - owner begins the selling
titleDeedInTransit = playerOwner.sellTitle(titleDeedName, amountWishToSell)
playerReceiver.inheritTitle(titleDeedInTransit, amountWishToSell,
mortgaged, bank)
#Clear any debt to the receiver
reduceDebtAfterSell(playerOwner, playerReceiver)
print(playerOwner.getName() + ", has sold the property " +
titleDeedRecord["Title Deed"].getName() + " to " +
playerReceiver.getName() + "\n" + "Returning to the previous menu.")
def main():
# load the system state
db = yaml.load(open("inventory.yaml").read())
inventory_import(db['inventory'])
#pprint.pprint(obj)
# (System) Creates inventory
inv = Inventory()
# (System) Creates admin
admin = Admin("Joe")
# (System) Creates kiosk .. and adds it to the inventory
kiosk = Kiosk('aacpl')
Kiosk.add_kiosk(kiosk)
# (Admin) Creates a title .. and adds it to the inventory
title1 = Title(1234, "title1", "author1")
Title.add_title(title1)
# (Admin) Creates a book .. and associates it with a title and bearer
Book.add_book(Book(4321, title1, admin))
# *Admin sends book to kiosk for insertion*
# (Employee) Inserts book into kiosk (via qr_code)
kiosk.insert_book(4321)
print "\nKiosk Title Availability: (Employee just inserted a book)"
pprint.pprint(kiosk.available_books_by_title)
pprint.pprint(kiosk.reserved_books_by_title)
# (User) Searches for book
userweb1 = UserWebService("user1")
results = userweb1.search("title1")
print "\nSearch Results: (User just searched for a title.)"
pprint.pprint(results)
# (User) Reserves A Book
title_choice = results.items()[0][0]
kiosk_choice = results.items()[0][1].keys()[0]
userweb1.reserve_title(title_choice, kiosk_choice)
print "\nKiosks Title Availability: (User just reserved a title)"
pprint.pprint(kiosk.available_books_by_title)
pprint.pprint(kiosk.reserved_books_by_title)
# Another user tries for the same title, but must request
userweb2 = UserWebService("user2")
results = userweb2.search("title1")
print "\nSearch Results: (User Searched For Unavailable Title)"
pprint.pprint(results)
# 2nd User Requests Title
title_choice = results.items()[0][0]
kiosk_choice = results.items()[0][1].keys()[0]
userweb2.request_title(title_choice, kiosk_choice)
print "\nKiosk Requests: (User just requested unavailable title.)"
pprint.pprint(kiosk.requests)
# First user picks up a book.
kiosk.eject_reserved_book("user1", 4321)
print "\nBook Bearer: ", Book.find_book(4321).bearer_uuid
print "Kiosks Title Availability: (User just picked up a book)"
pprint.pprint(kiosk.available_books_by_title)
pprint.pprint(kiosk.reserved_books_by_title)
# User returns book
kiosk.insert_book(4321)
print "\nBook Bearer: ", Book.find_book(4321).bearer_uuid
print "Kiosks Title Availability: (User just returned a book)"
pprint.pprint(kiosk.available_books_by_title)
pprint.pprint(kiosk.reserved_books_by_title)
# Second user picks up a book.
kiosk.eject_reserved_book("user2", 4321)
print "\nBook Bearer: ", Book.find_book(4321).bearer_uuid
print "Kiosks Title Availability: (User just picked up a book)"
pprint.pprint(kiosk.available_books_by_title)
pprint.pprint(kiosk.reserved_books_by_title)
# Second user returns book
kiosk.insert_book(4321)
print "\nBook Bearer: ", Book.find_book(4321).bearer_uuid
print "Kiosks Title Availability: (User just returned a book)"
pprint.pprint(kiosk.available_books_by_title)
pprint.pprint(kiosk.reserved_books_by_title)
def sellHome(player, titleDeedsNames, titleDeedsOwned, bank):
#Print all title deeds owned that have houses
for titleDeedRecord in titleDeedsOwned:
if (titleDeedRecord["Houses"] != None
and titleDeedRecord["Houses"] >= 1):
print(titleDeedRecord["Title Deed"].getName())
print("You may need to scroll if you have many title deeds with houses.")
#User types in title deed to sell the home
titleDeedToSellHouse = input(
"Enter name of title deed you wish to sell a home: "
) #This needs validation
#Search for the title deed, and get the card information
titleDeedRecord = None
for titleDeed in titleDeedsOwned:
if (titleDeedToSellHouse == titleDeed["Title Deed"].getName()):
titleDeedRecord = titleDeed
#If there is no title deed of such name, stop processing.
if (titleDeedRecord == None):
print(
"There is no title deed card with that name. Returning to previous menu."
)
return #Go to the previous caller function
#Check if other properties have the exactly same number as homes/hotels available for this property before selling. First current number of buildings of title deed player wishes to sell another building
getCurrentHouses = titleDeedRecord["Houses"]
#Check if current property has no homes to sell
if (getCurrentHouses == 0):
print("You do not have any houses to sell.")
return #Go to the previous caller function.
#Check other properties of the color group
colorGroup = titleDeedRecord["Title Deed"].getColorGroup()
propertiesList = Title.getColorGroup(colorGroup)
notEvenHouses = False
for propertyItem in propertiesList:
for titleDeed in titleDeedsOwned:
if (titleDeed["Title Deed"].getName() == propertyItem):
getCurrentBuildingsOther = 0
#Get current number of buildings of that title deed
getCurrentHousesOther = titleDeed["Houses"]
#Get the number of hotels of that title deed
getCurrentHotelsOther = titleDeed["Hotel"]
if (getCurrentHotelsOther):
getCurrentBuildingsOther = getCurrentHousesOther + getCurrentHotelsOther
else:
getCurrentBuildingsOther = getCurrentHousesOther
print("Property Name: " + titleDeed["Title Deed"].getName() +
"\tNumber of Houses: " + getCurrentHousesOther +
"\tNumber of Hotels: " + getCurrentHotelsOther)
if (getCurrentBuildingsOther > getCurrentHouses):
notEvenHouses = True
if (notEvenHouses):
print(
"You cannot sell a house on this property " +
titleDeedRecord["Title Deed"].getName() +
" right now.\nPlease ensure all other properties of the color group "
+ colorGroup + " have exactly " + getCurrentHouses +
" each before proceeding.")
return #Go to the previous caller function.
#If other requirements are passed, sell the home
sellBuildingAmount = titleDeedRecord["Title Deed"].getBuildingCosts(
Property.HOMES_COST) * 0.50
#Purchase the home by purchasing from bank and then get the home
player.sellHome(titleDeedToSellHouse, sellBuildingAmount, bank)
print(player.getName() + ", has sold a house for " +
titleDeedRecord["Title Deed"].getName() +
"Returning to the previous menu.")
""" With thanks to https://realpython.com/python-gui-tkinter/#building-a-temperature-converter-example-app """ # Import the library import tkinter as tk # Import our custom components from Title import Title from SpeedForm import SpeedForm # Create our application root = tk.Tk() # Create our custom components main = Title(root) form = SpeedForm(root) # Add our components to the root main.pack(fill="both", expand=True) form.pack() """ User Interfaces (and games) usually setup their rules and then enter into an 'infinite loop'. During each run through the loop the state of the program is advanced and any user events are handled """ root.mainloop()
def title(self, text):
from Title import Title
title = Title(text)
self.contents.append(title)
return title
def __init__(self, master=None):
# set up the main frame
tk.Frame.__init__(self, width=1230, height=800)
Title(self, master)
self.setUpMAESTRO(master)
def purchaseHotel(player, titleDeedsNames, titleDeedsOwned, bank):
#Print all title deeds owned
for titleDeed in titleDeedsNames:
print(titleDeed)
print("You may need to scroll if you own a large number of title deeds.")
#User types in title deed to buy a hotel
titleDeedToPurchaseHotel = input(
"Enter name of title deed you wish to buy a hotel: "
) #This needs validation
#Search for the title deed, and get the card information
titleDeedRecord = None
for titleDeed in titleDeedsOwned:
if (titleDeedToPurchaseHotel == titleDeed["Title Deed"].getName()):
titleDeedRecord = titleDeed
#If there is no title deed of such name, stop processing.
if (titleDeedRecord == None):
print(
"There is no title deed card with that name. Returning to previous menu."
)
return #Go to the previous caller function
#Check if the property's color group is a monopoly.
colorGroup = titleDeedRecord["Title Deed"].getColorGroup()
monopolyList = player.getColorMonopoly()
colorMonopoly = False
if (colorGroup in monopolyList):
colorMonopoly = True
if (not colorMonopoly):
print(
"You cannot purchase a hotel at this time; you must own all properties of color group "
+ colorGroup +
"first before you can purchase a hotel, which requires building four houses first."
)
return #Go to the previous caller function
#Check if the current property is mortgaged
if (titleDeedRecord["Mortgaged"]):
print(
"This property is currently mortgaged. You cannot purchase any buildings."
)
return #Go to the previous caller function
#Check if other properties of that color group are mortgaged
if (colorMonopoly):
propertiesList = Title.getColorGroup(colorGroup)
otherPropertiesMortgaged = False
for propertyItem in propertiesList:
for titleDeed in titleDeedsOwned:
if (titleDeed["Title Deed"].getName() == propertyItem):
if (titleDeed["Mortgaged"]):
print("This property " +
titleDeed["Title Deed"].getName() +
" is mortgaged.")
otherPropertiesMortgaged = True
if (otherPropertiesMortgaged):
print(
"Please repay the mortgages of the other properties first before purchasing buildings."
)
return #Go to the previous caller function
#Check if this building has already reached the limit for hotels
if (titleDeedRecord["Hotels"] == 1):
print(
"You cannot purchase any more hotels on this property. You have reached the limit."
)
#Check if other properties have the exactly same number as homes as this property, in this case four
if (colorMonopoly):
#Check other properties of the color group
propertiesList = Title.getColorGroup(colorGroup)
notEvenHouses = False
for propertyItem in propertiesList:
for titleDeed in titleDeedsOwned:
if (titleDeed["Title Deed"].getName() == propertyItem):
#Get current number of buildings of that title deed
getCurrentHousesOther = titleDeed["Houses"]
print("Property Name: " +
titleDeed["Title Deed"].getName() +
"\tNumber of Houses: " + getCurrentHousesOther)
if (getCurrentHousesOther != 4):
notEvenHouses = True
if (notEvenHouses):
print(
"You cannot build a hotel on this property " +
titleDeedRecord["Title Deed"].getName() +
" right now.\nPlease ensure all other properties of the color group "
+ colorGroup +
" each have exactly 4 houses before proceeding.")
return #Go to the previous caller function.
#If other requirements are passed, purchase the hotel
buildingCost = titleDeedRecord["Title Deed"].getBuildingCosts(
Property.HOTELS_COST)
#Purchase the hotel by purchasing from bank and then get the home
player.purchaseHotel(titleDeedToPurchaseHotel, buildingCost, bank)
print(player.getName() + ", has purchase a hotel for " +
titleDeedRecord["Title Deed"].getName() +
"Returning to the previous menu.")
return stats.spearmanr(self.standard, glb), stats.spearmanr(self.standard, avg), stats.spearmanr(self.standard, simmax)
if __name__ == '__main__':
word_vector_file = '/data/m1/cyx/etc/output/exp3/vectors_word10.dat'
title_vector_file = '/data/m1/cyx/etc/output/exp10/vectors_title10.dat'
mention_name_file = '/data/m1/cyx/etc/enwiki/mention_names'
word_sim_file = '/data/m1/cyx/etc/expdata/wordsim_similarity_goldstandard.txt'
output_file = '/data/m1/cyx/etc/expdata/log_wordsim353'
wiki_id_file = '/data/m1/cyx/etc/enwiki/wiki_title_cl'
has_title = False
wiki_word = Word()
wiki_word.loadVector(word_vector_file)
print len(wiki_word.vectors)
if has_title:
wiki_title = Title()
wiki_title.loadVector(title_vector_file)
print len(wiki_title.vectors)
mention_map = Map()
mention_map.loadWikiID(wiki_id_file)
mention_map.load(mention_name_file)
print len(mention_map.names)
eval = Evaluator()
eval.loadData(word_sim_file)
if has_title:
eval.loadEmbeddings(wiki_word, wiki_title)
eval.loadMentionMap(mention_map)
else:
eval.loadWordEmbeddings(wiki_word)