def __init__(self, fileName):
self.fileName = "menu.csv"
self.menuItemDrinkList =[] # drink list
self.menuItemAppetizerList = [] # appetizer list
self.menuItemEntreeList = [] # entree list
self.menuItemDessertList = [] # dessert list
# this block of code reads through the csv file and adds the items to the proper list
fileIn = open(self.fileName, "r")
for line in fileIn:
line = line.split(',')
if line[1] == "Drink":
line = MenuItem(line[0], line[1], line[2], line[3])
self.menuItemDrinkList.append(line)
elif line[1] == "Appetizer":
line = MenuItem(line[0], line[1], line[2], line[3])
self.menuItemAppetizerList.append(line)
elif line[1] == "Entree":
line = MenuItem(line[0], line[1], line[2], line[3])
self.menuItemEntreeList.append(line)
elif line[1] == "Dessert":
line = MenuItem(line[0], line[1], line[2], line[3])
self.menuItemDessertList.append(line)
fileIn.close() #close the file
class Trigger(SignalManager, TriggerManager):
def __init__(self, editor):
SignalManager.__init__(self)
TriggerManager.__init__(self, editor)
self.__init_attributes(editor)
self.connect(self.__trigger, "activate", self.__show_cb)
def __init_attributes(self, editor):
self.__editor = editor
from Manager import Manager
self.__manager = Manager(editor)
from MenuItem import MenuItem
self.__menuitem = MenuItem(editor)
self.__trigger = self.create_trigger("show-autoreplace-dialog")
return
def __show_cb(self, *args):
self.__manager.show()
return
def destroy(self):
self.disconnect()
self.remove_triggers()
self.__menuitem.destroy()
self.__manager.destroy()
del self
return
class Trigger(SignalManager, TriggerManager):
def __init__(self, editor):
SignalManager.__init__(self)
TriggerManager.__init__(self, editor)
self.__init_attributes(editor)
self.connect(self.__trigger, "activate", self.__show_window_cb)
def __init_attributes(self, editor):
self.__editor = editor
self.__manager = None
self.__trigger = self.create_trigger("show-advanced-configuration-window")
from MenuItem import MenuItem
self.__menuitem = MenuItem(editor)
return
def __show_window_cb(self, *args):
try:
self.__manager.show()
except AttributeError:
from Manager import Manager
self.__manager = Manager(self.__editor)
self.__manager.show()
return
def destroy(self):
if self.__manager: self.__manager.destroy()
if self.__menuitem: self.__menuitem.destroy()
self.remove_triggers()
self.disconnect()
del self
return
def ShowOff(self,arg1, arg2,arg3):
MenuHeight = len(self.items)
MenuWidth = self.maxLength
X = self.X
Y = self.Y + 1
Parent = self.PARENT
Screen = Parent.SCREEN
self.myscreen = Screen.CaptureScreen( Y, X, Y + MenuHeight ,
X + MenuWidth )
MenuWin = Dialog(Parent, Y, X, Y + MenuHeight, X + MenuWidth )
MenuWin.SetColor(Screen.colors.C_MENUBAR)
count = 1
self.EXITFORM = 0
for i in range(len(self.items)):
text = ''
if self.items[i][0] == -1:
text = (self.maxLength - 2) * chr(tiHLINE)
else:
newTitle = self.items[i][1]
text = self.__FixDisplay(newTitle)
item = MenuItem(MenuWin,str(self.items[i][0]),count-1,0,text,
self.items[i][2])
item.ITEMID = self.items[i][0]
count += 1
item.SetMethod("CLICK",self.ItemSelected)
item.SetMethod("GOTFOCUS",self.ItemFocused)
MenuWin.AddControl(item)
item.DeActivate(self.items[i][3])
## MenuWin.INSET = 1
MenuWin.DROPSHADOW=0
r =MenuWin.RunDialog()
Parent.Paint()
Parent.Screen().Refresh()
def create_task_through_ui(self):
task_create_type: Type[Task] = Menu(
[
MenuItem('Transient Task', lambda: TransientTask),
MenuItem('Recurring Task', lambda: RecurringTask),
MenuItem('Cancellation', lambda: AntiTask)
],
'What type of task would you like to create?',
).process()
if Task not in type.mro(task_create_type):
raise RuntimeError(
'Invalid task type resulting from CreateTaskMenuItem.create_task_through_ui()'
)
fields = task_create_type.get_input_fields()
CliController.populate_fields(fields)
field_values = CliController.fields_as_dict(fields)
task = task_create_type(field_values)
try:
self.model.add_task(task)
except PSSValidationError as err:
raise PSSInvalidOperationError(
f'Could not complete operation: {err}')
CliView.display_notification(f'Successfully added {task}')
class Trigger(SignalManager, TriggerManager):
def __init__(self, editor):
SignalManager.__init__(self)
TriggerManager.__init__(self, editor)
self.__init_attributes(editor)
self.connect(self.__trigger, "activate", self.__show_cb)
def __init_attributes(self, editor):
self.__editor = editor
from Manager import Manager
self.__manager = Manager(editor)
from MenuItem import MenuItem
self.__menuitem = MenuItem(editor)
self.__trigger = self.create_trigger("show-autoreplace-dialog")
return
def __show_cb(self, *args):
self.__manager.show()
return
def destroy(self):
self.disconnect()
self.remove_triggers()
self.__menuitem.destroy()
self.__manager.destroy()
del self
return
class Trigger(SignalManager, TriggerManager):
def __init__(self, editor):
SignalManager.__init__(self)
TriggerManager.__init__(self, editor)
self.__init_attributes(editor)
self.connect(self.__trigger, "activate", self.__show_window_cb)
def __init_attributes(self, editor):
self.__editor = editor
self.__manager = None
self.__trigger = self.create_trigger(
"show-advanced-configuration-window")
from MenuItem import MenuItem
self.__menuitem = MenuItem(editor)
return
def __show_window_cb(self, *args):
try:
self.__manager.show()
except AttributeError:
from Manager import Manager
self.__manager = Manager(self.__editor)
self.__manager.show()
return
def destroy(self):
if self.__manager: self.__manager.destroy()
if self.__menuitem: self.__menuitem.destroy()
self.remove_triggers()
self.disconnect()
del self
return
def view_schedule_through_ui(self):
get_schedule_task_instances = Menu(
[
MenuItem(
'Daily Schedule', lambda: lambda start_date: self.model.
get_task_instances_for_date(start_date)),
MenuItem(
'Weekly Schedule', lambda: lambda start_date: self.model.
get_task_instances_for_week_starting(start_date)),
MenuItem(
'Monthly Schedule', lambda: lambda start_date: self.model.
get_task_instances_for_month(start_date))
],
'What type of schedule would you like to view?',
).process()
start_date_field = Field(
'StartDate', 'Start Date', validate_date_string,
"Must be a date in form YYYYMMDD",
lambda start_date_string: datetime.strptime(
start_date_string, '%Y%m%d').date())
CliController.populate_field(start_date_field)
task_instances = get_schedule_task_instances(start_date_field.value)
view = ScheduleView(task_instances)
view.display()
def __init_attributes(self, editor):
self.__editor = editor
from Manager import Manager
self.__manager = Manager(editor)
from MenuItem import MenuItem
self.__menuitem = MenuItem(editor)
self.__trigger = self.create_trigger("show-autoreplace-dialog")
return
def __init_attributes(self, editor):
self.__editor = editor
self.__manager = None
self.__trigger = self.create_trigger(
"show-advanced-configuration-window")
from MenuItem import MenuItem
self.__menuitem = MenuItem(editor)
return
def __init__(self, title):
MenuItem.__init__(self)
self.id = title
self.label = QLabel(title, self)
self.baseStyle = self.label.styleSheet()
self.selectedStyle = 'QLabel { background-color: blue; }'
self.setMinimumHeight(25)
def __init__(self, menuFile):
self.menuItemDictionary = {}
fileIn = open(menuFile, "r")
for line in fileIn:
line = line.strip()
line = line.split(",")
if line[1] not in self.menuItemDictionary:
self.menuItemDictionary[line[1]] = [
MenuItem(line[0], line[1], line[2], line[3])
]
elif line[1] in self.menuItemDictionary:
self.menuItemDictionary[line[1]].append(
MenuItem(line[0], line[1], line[2], line[3]))
fileIn.close()
def __init__(self, fileName="menu.csv"):
# creates dictionary and makes the keys the types of foods
self.menuItemDictionary = {
Menu.MENU_ITEM_TYPES[0]: [],
Menu.MENU_ITEM_TYPES[1]: [],
Menu.MENU_ITEM_TYPES[2]: [],
Menu.MENU_ITEM_TYPES[3]: []
}
self.file = fileName
ifile = open(self.file, "r")
# reads menu.csv file
for line in ifile:
# separates each line of the file into a list
object = line.strip()
object = object.split(",")
# Comments for if-else statement chain:
# checks and matches the first index of the list with the MENU_ITEMS_TYPE list
# assigns rest of values in list
# appends MenuItem object to the menuItemDictionary
# using the corresponding key found by conditional if statement
if object[1] == Menu.MENU_ITEM_TYPES[0]:
namef = str(object[0])
typef = str(object[1])
pricef = float(object[2])
descf = str(object[3])
self.menuItemDictionary[object[1]].append(
MenuItem(namef, typef, pricef, descf))
elif object[1] == Menu.MENU_ITEM_TYPES[1]:
namef = str(object[0])
typef = str(object[1])
pricef = float(object[2])
descf = str(object[3])
self.menuItemDictionary[object[1]].append(
MenuItem(namef, typef, pricef, descf))
elif object[1] == Menu.MENU_ITEM_TYPES[2]:
namef = str(object[0])
typef = str(object[1])
pricef = float(object[2])
descf = str(object[3])
self.menuItemDictionary[object[1]].append(
MenuItem(namef, typef, pricef, descf))
elif object[1] == Menu.MENU_ITEM_TYPES[3]:
namef = str(object[0])
typef = str(object[1])
pricef = float(object[2])
descf = str(object[3])
self.menuItemDictionary[object[1]].append(
MenuItem(namef, typef, pricef, descf))
ifile.close()
def __initMenus(self):
if self.root == None:
self.root = MenuItem()
self.root.menuItems = self.__createMenus()
self.activeMenu = self.root.menuItems[0]
self.selectedMenu = self.root
def __init__(self, fileName):
# EXTRA CREDIT: a single dictionary is used instead of four lists.
# a dictionary containing all of the menu items is defined.
# 4 keys within the dictionary are defined as strings that represent the types of the menu items.
self.menuItemDictionary = {"Drink": [], "Appetizer": [], "Entree": [], "Dessert": []}
# the csv file is opened and read.
fileIn = open(fileName, "r")
# the csv file is iterated through using a for loop.
for line in fileIn:
# each line in the file is stripped of trailing white space and split using a comma to be made into a list.
# each line represents a different menu item.
# splitting line into a list allows for the different attributes of the menu item to be separated by index.
aList = line.strip().split(",")
# obj is the MenuItem object that contains the information from the indices of the list of each line.
# index 0 is the name, index 1 is the type, index 2 is the price, and index 3 is the description.
# the name, type, and description are set to strings. the price is set to a float.
obj = MenuItem(str(aList[0]), str(aList[1]), float(aList[2]), str(aList[3]))
# index 1 in aList represents the type of menu item it is.
# if/elif statements determine what type of menu item each obj is by comparing to class variable's values.
if aList[1] == Menu.MENU_ITEM_TYPES[0]:
# if determined to be a drink, the obj is appended to the Drink key within the dictionary.
self.menuItemDictionary["Drink"].append(obj)
elif aList[1] == Menu.MENU_ITEM_TYPES[1]:
# if determined to be an appetizer, the obj is appended to the Appetizer key within the dictionary.
self.menuItemDictionary["Appetizer"].append(obj)
elif aList[1] == Menu.MENU_ITEM_TYPES[2]:
# if determined to be an entree, the obj is appended to the Entree key within the dictionary.
self.menuItemDictionary["Entree"].append(obj)
elif aList[1] == Menu.MENU_ITEM_TYPES[3]:
# if determined to be a dessert, the obj is appended to the Dessert key within the dictionary.
self.menuItemDictionary["Dessert"].append(obj)
# the file is closed
fileIn.close()
def __init__(self, dict):
self.__dict = dict
self.__menuItemDictionary = {}
self.__menuItemDictionary["Drink"] = []
self.__menuItemDictionary["Appetizer"] = []
self.__menuItemDictionary["Entree"] = []
self.__menuItemDictionary["Dessert"] = []
# Open and read the csv file and create a MenuItem object from each line in the file.
fin = open(dict, "r")
for line in fin:
line = line.strip()
dataList = line.split(",")
name = dataList[0]
t = dataList[1]
price = dataList[2]
description = dataList[3]
item = MenuItem(name, t, price, description)
# Add the new object to the dictionary by using its type as the key.
if t == "Drink":
self.__menuItemDictionary["Drink"].append(item)
elif t == "Appetizer":
self.__menuItemDictionary["Appetizer"].append(item)
elif t =="Entree":
self.__menuItemDictionary["Entree"].append(item)
elif t == "Dessert":
self.__menuItemDictionary["Dessert"].append(item)
fin.close()
def __init_attributes(self, editor):
self.__editor = editor
self.__manager = None
self.__trigger = self.create_trigger("show-advanced-configuration-window")
from MenuItem import MenuItem
self.__menuitem = MenuItem(editor)
return
def __init_attributes(self, editor):
self.__editor = editor
from Manager import Manager
self.__manager = Manager(editor)
from MenuItem import MenuItem
self.__menuitem = MenuItem(editor)
self.__trigger = self.create_trigger("show-autoreplace-dialog")
return
def __init__(self, editor): SignalManager.__init__(self) TriggerManager.__init__(self, editor) self.__init_attributes(editor) self.connect(self.__trigger1, "activate", self.__activate_cb) self.connect(self.__trigger2, "activate", self.__activate_cb) from MenuItem import MenuItem MenuItem(editor)
def __init__(self, filename):
self.__menuItemDictionary = {}
for t in self.MENU_ITEM_TYPES:
self.__menuItemDictionary[t] = []
with open(filename) as f:
reader = list(csv.reader(f))
for row in reader:
menuItem = MenuItem(row[0], row[1], row[2], row[3], row[4])
self.__menuItemDictionary[menuItem.type].append(menuItem)
def add(self,
number,
name,
price,
ingredients,
category,
labels,
availability=True):
super().add(
MenuItem(number, name, price, ingredients, category, labels,
availability))
def __init__(self, fileName):
self.menuItemDictionary = {}
for item_type in Menu.MENU_ITEM_TYPES:
self.menuItemDictionary[item_type] = []
fileIn = open(fileName, "r")
for line in fileIn:
line = line.strip()
item = line.split(",")
menuItem = MenuItem(item[0], item[1], float(item[2]), item[3])
self.menuItemDictionary[item[1]].append(menuItem)
fileIn.close()
def __init__(self,filename):
fileIn=open(filename,'r')
self.__menuItemDictionary={}
input=fileIn.readlines()
for x in input:
temp=x.split(',')
tempitem=MenuItem(temp[0],temp[1],temp[2],temp[3])
if temp[1] in self.__menuItemDictionary.keys():
self.__menuItemDictionary[temp[1]].append(tempitem)
else:
self.__menuItemDictionary[temp[1]]=[tempitem]
def __init__(self, window):
# positioning
centerWidth = window.width / 2
y = window.height - 40
self.window = window
self.titlePostition = (centerWidth, y)
self.menuPosition = (centerWidth,
self.titlePostition[1] - (window.height / 3))
self.fontSize = 32
self.menuSpacing = (float(self.fontSize) * 1.33)**1.1
# build menu hierarchy
mainMenu = MenuNode(self.titlePostition, "game engine", self.fontSize)
play = MenuItem(self.menuPosition, "play", self.fontSize)
quit = MenuItem(self.menuPosition, "quit", self.fontSize)
options = MenuNode(self.menuPosition, "options", self.fontSize)
options.children.append(
MenuItem(self.menuPosition, "volume", self.fontSize))
options.children.append(
MenuItem(self.menuPosition, "sfx", self.fontSize))
options.children.append(
MenuItem(self.menuPosition, "FoV", self.fontSize))
self.rootNode = mainMenu
self.rootNode.children.append(play)
self.rootNode.children.append(options)
self.rootNode.children.append(quit)
# setup the node stack
self.currentNode = self.rootNode
self.previousNodes = []
# layout children
self.arrangeMenu(self.currentNode)
# setup initial menu object focus
self.focusFirstChild()
# keyboard focus until mouse movement
self.keyboardHighlight = True
def __init__(self, fileName):
self.__menuItemDictionary = {}
fileIn = open(fileName, 'r')
for line in fileIn:
attr = line.strip().split(',')
type = attr[1]
item = MenuItem(attr[0], attr[1], float(attr[2]), attr[3])
if type in self.__menuItemDictionary:
self.__menuItemDictionary[type].append(item)
else:
itemList = [item]
self.__menuItemDictionary[type] = itemList
def __init_attributes(self, editor):
self.__editor = editor
name, shortcut, description, category = (
"show-template-editor",
"<alt>F12",
_("Manage dynamic templates or snippets"),
_("Miscellaneous Operations")
)
self.__trigger = self.create_trigger(name, shortcut, description, category)
self.__manager = None
from MenuItem import MenuItem
self.__menuitem = MenuItem(editor)
return
def __init__(self, field_center_x, field_center_y, gameStartCallback, gameEndCallback, win):
self._batch = pyglet.graphics.Batch()
self._startGameMenuItem = MenuItem("start game", field_center_x, field_center_y - 80 , gameStartCallback, self._batch)
self._exitGameMenuItem = MenuItem("exit game", field_center_x, field_center_y - 110, gameEndCallback, self._batch)
self.win = win
self._startGameMenuItem.is_selected = True
self._selectedMenuItem = self._startGameMenuItem
img = pyglet.resource.image('title.png')
img.anchor_x = img.width/2
img.anchor_y = img.height/2
self._title = pyglet.sprite.Sprite(img, field_center_x, FIELD_HEIGHT-img.height, batch=self._batch)
img = pyglet.resource.image('logo.png')
img.anchor_x = img.width/2
img.anchor_y = img.height/2
self._logo = pyglet.sprite.Sprite(img, field_center_x, field_center_y + self._title.height, batch=self._batch)
self._menuBackground = impl.MenuBackground.MenuBackground(0, 0, FIELD_WIDTH, FIELD_HEIGHT)
self.start_bgrn_animation()
def __init__(self, fileName):
menuItemDictionary = {}
for foodType in Menu.MENU_ITEM_TYPES:
menuItemDictionary[foodType] = []
fileIn = open(fileName, "r")
for line in fileIn:
line = line.strip()
dataList = line.split(",")
menuItem = MenuItem(dataList[0], dataList[1], dataList[2], dataList[3])
menuItemDictionary[dataList[1]].append(menuItem)
fileIn.close()
self.menuItemDictionary = menuItemDictionary
def write_schedule_through_ui(self):
get_schedule_task_instances = Menu(
[
MenuItem(
'Daily Schedule', lambda: lambda start_date: self.model.
get_task_instances_for_date(start_date)),
MenuItem(
'Weekly Schedule', lambda: lambda start_date: self.model.
get_task_instances_for_week_starting(start_date)),
MenuItem(
'Monthly Schedule', lambda: lambda start_date: self.model.
get_task_instances_for_month(start_date))
],
'What type of schedule would you like to write?',
).process()
start_date_field = Field(
'StartDate', 'Start Date', validate_date_string,
"Must be a date in form YYYYMMDD",
lambda start_date_string: datetime.strptime(
start_date_string, '%Y%m%d').date())
filename_field = Field(
'Filename',
'filename',
validate_data_filename,
)
try:
CliController.populate_fields([start_date_field, filename_field])
task_instances = get_schedule_task_instances(
start_date_field.value)
self.model.write_task_instances_to_file(
filename=filename_field.value, task_instances=task_instances)
CliView.display_notification(
f'Exported schedule to "{filename_field.value}"')
except Exception as err:
raise PSSInvalidOperationError(f'Failed to export schedule: {err}')
def Refresh(self,
Items,
Funcs,
BackgroundColor=BLACK,
Font=None,
FontSize=30,
FontColor=WHITE):
self.BackgroundColor = BackgroundColor
self.Funcs = Funcs
self.Items = []
self.CurrentItem = None
for Index, Item in enumerate(Items):
MI = MenuItem(Item, Font, FontSize, FontColor)
TotalHeight = len(Items) * MI.Height
PosX = (self.ScreenWidth / 2) - (MI.Width / 2)
#Formular to place all items in the center of the screen,
# but according to the item order in the MenuItem array given
PosY = (self.ScreenHeight / 2) - (TotalHeight / 2) + (
(Index * 2) + Index * MI.Height)
MI.SetPosition(PosX, PosY)
self.Items.append(MI)
class MenuItemTest(unittest.TestCase):
#MenuItem1=MenuItem(); #java = Private Static variable
def setUp(self):
self.menuitem1 = MenuItem("Chicken",1.55)
def tearDown(self):
pass
def testName(self):
pass
def test__str__(self):
StringTest="Chicken\t1.55"
self.assertEqual(StringTest,str(self.menuitem1))
def testgetName(self):
StringTest="Chicken"
self.assertEqual(StringTest, self.menuitem1.getName())
def testgetPrice(self):
FloatNumber=1.55;
self.assertEqual(FloatNumber,self.menuitem1.getPrice())
def main(stdscr):
default_colors = CursedColorScheme()
stored_session_file = "./saved_sessions.json"
session_storage = SessionStorage(stored_session_file)
top_menu = SessionMenu(default_colors, session_storage)
top_win = CursedWindow(True, default_colors, top_menu, "Actionables", True)
bottom_menu = CursedMenu(default_colors)
bottom_win = CursedWindow(True, default_colors, bottom_menu, "Values")
window_group = CursedWindowGroup()
window_group.add_sub_window(stdscr, bottom_win, CursedWindowGroup.Position.BOTTOM_HORIZONTAL_THIRD)
window_group.add_sub_window(stdscr, top_win, CursedWindowGroup.Position.TOP_TWO_THIRDS)
try:
sessions = session_storage.load_sessions()
for sess in sessions:
item = ScreenItem(sess["session_id"], sess["windows"], sess)
top_menu.add_menu_item(item)
except FileNotFoundError:
print("No stored sessions found")
for num in range(40):
bottom_menu.add_menu_item(MenuItem("Thing {0}".format(num)))
# turn off cursor blinking
curses.curs_set(0)
stdscr.refresh()
window_group.update_all()
try:
keep_going = True
while keep_going:
key = stdscr.getch()
if key == ord('q'):
keep_going = False
else:
window_group.handle_key_event(key)
if key == curses.KEY_ENTER or key == 10:
# If a screen session as entered, we will need the keypad mode back on
stdscr.keypad(1)
window_group.update_all()
finally:
top_menu.save()
def __init__(self, menuitemfile):
self.menuItemDictionary = {}
filein = open(menuitemfile, "r")
#taking info from csv file and inputting it in dictionary with key as type and value as list of menuitem objects
for line in filein:
line = line.strip()
datalist = line.split(",")
Fooditem = MenuItem(datalist[0], datalist[1], float(datalist[2]),
datalist[3])
if datalist[1] not in self.menuItemDictionary:
MenuItemlist = [Fooditem]
self.menuItemDictionary[datalist[1]] = MenuItemlist
else:
self.menuItemDictionary[datalist[1]].append(Fooditem)
filein.close()
def __init__(self, menu): # set the constructor
self.__menuItemDictionary = {}
fileIn = open(menu, "r") # read from the file
for line in fileIn:
line = line.strip()
lineList = line.split(",") # split every line into a list
item = MenuItem(lineList[0], lineList[1], float(lineList[2]),
lineList[3]) # create the menu item
if lineList[1] not in self.__menuItemDictionary.keys(
): # if we have don't have this category yet, create a key value pair, and set the value to be a list of items
self.__menuItemDictionary[lineList[1]] = [item]
else:
self.__menuItemDictionary[lineList[1]].append(
item
) # if we have this category already, append the item to the list
fileIn.close() # close the file
def __init__(self, menufile):
self.menufile = menufile # menufile from the variable
self.fileIn = open(self.menufile, "r") # opens file
self.items = {} # sets up empty dict
for line in self.fileIn: # goes through the line
line = line.strip() # strips the line
data_list = line.split(",") # splits the lines
cat = data_list[1] # category will be the first column
price = data_list[2] # price is second column
name = data_list[0] # name is the 0 column
desc = data_list[3] # desc is third column
menuentry = MenuItem(name, cat, price, desc) # menuentry combines the entries from the columns
if cat in self.items: # if the category is already in the dictionary adds another entry from the menu to the key
self.items[cat].append(menuentry)
else: # if it is not already a key will add a new key and entry
self.items[cat] = [menuentry]
self.fileIn.close() # clsoes file
def addItem(self, item, asHTML=None, popup=None):
if not hasattr(item, "setSubMenu"):
item = MenuItem(item, asHTML, popup)
if self.vertical:
tr = DOM.createTR()
DOM.appendChild(self.body, tr)
else:
tr = DOM.getChild(self.body, 0)
DOM.appendChild(tr, item.getElement())
item.setParentMenu(self)
item.setSelectionStyle(False)
self.items.append(item)
return item
def __init__(self, menu):
menuItemDictionary = {}
self.menuItemDictionary = menuItemDictionary
fileIn = open(menu, "r")
for line in fileIn: # one LINE of the file
line = line.strip()
wordList = line.split(",") # words of a SINGLE in a list
itemObject = MenuItem(wordList[0], wordList[1], wordList[2],
wordList[3])
#extra credit
if wordList[
1] not in menuItemDictionary: # we have NOT SEEN this word before
menuItemDictionary[wordList[1]] = [itemObject]
else: # word is ALREADY in disctionary
menuItemDictionary[wordList[1]].append(itemObject)
#item += 1
keys = list(menuItemDictionary.keys())
keys.sort()
def handleEntry():
global item
if (e1.get() == 'report'):
l1.config(text="")
keys = list(resources.keys())
e1.delete(0, 'end')
mb.showinfo(
"Resources",
f"{keys[0]} : {resources[keys[0]]}ml\n{keys[1]} : {resources[keys[1]]}ml\n{keys[2]} : {resources[keys[2]]}gm\nMoney : ${money}"
)
elif (e1.get() == 'latte' or e1.get() == "cappuccino"
or e1.get() == "espresso"):
txt = e1.get()
item = MenuItem(txt)
enough = check_resources(item)
if enough == True:
get_coins()
else:
e1.delete(0, 'end')
l1.config(text="please enter a valid drink")
def addItem(self, item, asHTML=None, popup=None):
if not hasattr(item, "setSubMenu"):
item = MenuItem(item, asHTML, popup)
if self.vertical:
tr = DOM.createTR()
DOM.appendChild(self.body, tr)
else:
tr = DOM.getChild(self.body, 0)
DOM.appendChild(tr, item.getElement())
item.setParentMenu(self)
item.setSelectionStyle(False)
self.items.append(item)
return item
def setUp(self):
self.menuitem1 = MenuItem("Chicken",1.55)
class Menu(object):
def __init__(self, field_center_x, field_center_y, gameStartCallback, gameEndCallback, win):
self._batch = pyglet.graphics.Batch()
self._startGameMenuItem = MenuItem("start game", field_center_x, field_center_y - 80 , gameStartCallback, self._batch)
self._exitGameMenuItem = MenuItem("exit game", field_center_x, field_center_y - 110, gameEndCallback, self._batch)
self.win = win
self._startGameMenuItem.is_selected = True
self._selectedMenuItem = self._startGameMenuItem
img = pyglet.resource.image('title.png')
img.anchor_x = img.width/2
img.anchor_y = img.height/2
self._title = pyglet.sprite.Sprite(img, field_center_x, FIELD_HEIGHT-img.height, batch=self._batch)
img = pyglet.resource.image('logo.png')
img.anchor_x = img.width/2
img.anchor_y = img.height/2
self._logo = pyglet.sprite.Sprite(img, field_center_x, field_center_y + self._title.height, batch=self._batch)
self._menuBackground = impl.MenuBackground.MenuBackground(0, 0, FIELD_WIDTH, FIELD_HEIGHT)
self.start_bgrn_animation()
def start_bgrn_animation(self):
schedule_interval(func=self._menuBackground.update,interval=MENU_BACKGROUND_ANIMATION_INTERVAL)
def stop_bgrn_animation(self):
unschedule(func=self._menuBackground.update)
def on_draw(self):
self.win.clear()
self._menuBackground.draw()
self._batch.draw()
def on_key_press(self, symbol, modifiers):
if symbol == key.UP:
if self._selectedMenuItem is self._startGameMenuItem:
pass
else:
self._startGameMenuItem.is_selected = True
self._exitGameMenuItem.is_selected = False
self._selectedMenuItem = self._startGameMenuItem
elif symbol == key.DOWN:
if self._selectedMenuItem is self._exitGameMenuItem:
pass
else:
self._startGameMenuItem.is_selected = False
self._exitGameMenuItem.is_selected = True
self._selectedMenuItem = self._exitGameMenuItem
elif symbol == key.ESCAPE:
pyglet.clock.unschedule(func=self._menuBackground.update)
self.win.close()
if symbol == key.ENTER:
self.stop_bgrn_animation()
self._selectedMenuItem.on_key_press(symbol, modifiers)
def on_mouse_press(self, x, y, button, modifiers):
if self._startGameMenuItem.on_mouse_press(x, y) or self._exitGameMenuItem.on_mouse_press(x, y):
self.stop_bgrn_animation()