def add_new_item():
""" Adds a new item """
item_code = input("Enter item code: ")
item_description = input("Enter item description: ")
item_rental_price = input("Enter item rental price: ")
# Get price from the market prices module
item_price = market_prices.get_latest_price(item_code)
is_furniture = input("Is this item a piece of furniture? (Y/N): ")
if is_furniture.lower() == "y":
item_material = input("Enter item material: ")
item_size = input("Enter item size (S,M,L,XL): ")
new_item = Furniture(item_code, item_description, item_price,
item_rental_price, item_material, item_size)
else:
is_electric_appliance = input(
"Is this item an electric appliance? (Y/N): ")
if is_electric_appliance.lower() == "y":
item_brand = input("Enter item brand: ")
item_voltage = input("Enter item voltage: ")
new_item = ElectricAppliances(item_code, item_description,
item_price, item_rental_price,
item_brand, item_voltage)
else:
new_item = Inventory(item_code, item_description, item_price,
item_rental_price)
full_inventory[item_code] = new_item.return_as_dictionary()
print("New inventory item added")
def test_furniture(self):
"""Tests for Furniture dictionary output"""
my_inv = Furniture(product_code=12,
description='apple chair',
market_price=70,
rental_price=45,
material='apple',
size=12)
inv_dict = my_inv.return_as_dictionary()
assert inv_dict['product_code'] == 12
assert inv_dict['description'] == 'apple chair'
assert inv_dict['market_price'] == 70
assert inv_dict['rental_price'] == 45
assert inv_dict['material'] == 'apple'
assert inv_dict['size'] == 12
class Bed(Furniture):
def __init__(self):
self.furniture = Furniture()
def print_define(self):
self.furniture.print_define()
print "床是供人躺在上面睡觉的家具。"
def print_classify(self, classify):
print "床的分类为：%s" % classify
def print_colour(self, colour):
print "床的颜色是：%s" % colour
def build_json_building_at_position(
self, filename, position
): # applys the json file to world coordinates. can be done over multiple chunks.
print('building: ' + str(filename) + ' at ' + str(position))
start = time.time()
#TODO: fill the chunk overmap tile with this om_terrain
with open(filename) as json_file:
data = json.load(json_file)
#print(data)
group = data['group']
overmap_terrain = data['overmap_terrain']
floors = data['floors']
#print(floors)
terrain = data['terrain'] # list
furniture = data['furniture'] # list
fill_terrain = data['fill_terrain'] # string
impassable_tiles = ['t_wall'] #TODO: make this global
for k, floor in floors.items():
#print(k)
i, j = 0, 0
for row in floor:
i = 0
for char in row:
#print(char)
#print(terrain)
impassable = False
t_position = Position(position.x + i, position.y + j, k)
self.put_object_at_position(
Terrain(fill_terrain, impassable),
t_position) # use fill_terrain if unrecognized.
if char in terrain:
#print('char in terrain')
if terrain[char] in impassable_tiles:
impassable = True
#print('placing: ' + str(terrain[char]))
self.put_object_at_position(
Terrain(terrain[char], impassable), t_position)
elif char in furniture:
#print('placing: ' + str(furniture[char]))
self.put_object_at_position(Furniture(furniture[char]),
t_position)
else:
#print('placed : ' + str(fill_terrain))
pass
i = i + 1
j = j + 1
end = time.time()
duration = end - start
def populate_map(self, map):
# define rooms and items
# furniture
couch = Furniture("couch")
piano = Furniture("piano")
double_bed = Furniture("double bed")
queen_bed = Furniture("queen bed")
dresser = Furniture("dresser")
dining_table = Furniture("dining table")
# doors
door_a = Door("door a")
door_b = Door("door b")
door_c = Door("door c")
door_d = Door("door d")
# keys
key_a = Key("key for door a", door_a)
key_b = Key("key for door b", door_b)
key_c = Key("key for door c", door_c)
key_d = Key("key for door d", door_d)
# rooms
game_room = Room("game room")
bedroom_1 = Room("bedroom 1")
bedroom_2 = Room("bedroom 2")
living_room = Room("living room")
outside = Room("outside")
# setting start and end rooms
map.set_start_room(game_room)
map.set_end_room(outside)
# object relations
map.add_relation("game room", [couch, piano, door_a])
map.add_relation("bedroom 1", [queen_bed, door_a, door_b, door_c])
map.add_relation("bedroom 2", [double_bed, dresser, door_b])
map.add_relation("living room", [dining_table, door_c, door_d])
map.add_relation("outside", [door_d])
map.add_relation("piano", [key_a])
map.add_relation("double bed", [key_c])
map.add_relation("dresser", [key_d])
map.add_relation("queen bed", [key_b])
map.add_relation("door a", [game_room, bedroom_1])
map.add_relation("door b", [bedroom_1, bedroom_2])
map.add_relation("door c", [bedroom_1, living_room])
map.add_relation("door d", [living_room, outside])
"textbooks": [
Book("UCSMP Pre-Algebra", "Transitions I-II", 600, True),
Book("UCSMP Algebra", "Algebra I", 650, True),
Book("UCSMP Geometry", "Geometry", 700, True),
Book("UCSMP Advanced Algebra", "Algebra II", 750, True)
],
"stationery": [
Stationery("ruler", 12, "blue", 10, "measuring"),
Stationery("pencil", 8, "yellow", 25, "writing"),
Stationery("eraser", 2, "pink", 20, "erasing"),
Stationery("protractor", 10, "transparent", 10, "measuring angles"),
Stationery("compass", 6, "black", 5, "drawing circles"),
Stationery("graph paper", 20, "yellowish", 75, "being written on")
],
"furniture":
(Furniture("table", 5, 4, "wood",
4), Furniture("chair", 3, 4, "metal",
12), Furniture("whiteboard", 7, 6, "plastic", 2)),
"students": [Student("Mallika", True, 14, 5, 1, 9, 'student')]
}
print("{} is our {} teacher".format(math_classroom['teacher'].name,
math_classroom['teacher'].subject))
math_classroom['teacher'].teach()
print('\n')
for textbook in math_classroom['textbooks']:
print("Our textbook for {} is {} - it has {} pages".format(
textbook.topic, textbook.title, textbook.pages))
print('')
for item in math_classroom['stationery']:
str(int(pos[1] / 24)))
if (event.button == 1):
if (editor.selected_item is not None):
editor.building_layout[int(pos[0] / 24)][int(
pos[1] /
24)][editor.curFloor]['items'].append(
Item(editor.selected_item))
elif (editor.selected_furniture is not None):
editor.building_layout[int(pos[0] / 24)][int(
pos[1] / 24
)][editor.curFloor]['terrain'] = Terrain(
editor.fill_terrain
) # can only place furniture on fill_terrain otherwise the chars would overwrite each other.
editor.building_layout[int(pos[0] / 24)][int(
pos[1] / 24
)][editor.curFloor]['furniture'] = Furniture(
editor.selected_furniture)
elif (editor.selected_terrain is not None):
editor.building_layout[int(pos[0] / 24)][int(
pos[1] /
24)][editor.curFloor]['terrain'] = Terrain(
editor.selected_terrain)
editor.building_layout[int(pos[0] / 24)][int(
pos[1] /
24)][editor.curFloor]['furniture'] = None
elif (event.button == 3):
editor.building_layout[int(pos[0] / 24)][int(
pos[1] / 24)][editor.curFloor]['items'] = []
editor.building_layout[int(pos[0] / 24)][int(
pos[1] /
24)][editor.curFloor]['furniture'] = None
editor.building_layout[int(pos[0] / 24)][int(
def furniture_menu():
furniture_menu = ''' Furniture Managment System
1. Add Furniture
2. View Furniture
3. Search Furiture
4. Exit
'''
while True:
# receive data stream. it won't accept data packet greater than 1024 bytes
try:
conn.send(bytes(furniture_menu, 'utf-8'))
data = conn.recv(1024).decode()
if data.lower().strip() == "1":
data = "Adding Furniture to the System:"
conn.send(data.encode())
data = conn.recv(1024)
data = json.loads(data.decode())
new_data = data["Add"]
f1 = Furniture(new_data['Name'], new_data['Type'],
new_data['Category'], new_data['WoodType'],
new_data['Color'], new_data['Size'])
f1.file_handling(f1.data_dict())
notify = json.dumps(f1.Details())
conn.send(notify.encode())
print(data["Add"])
elif data.lower().strip() == "2":
# data = "All the furniture in the System:"
# conn.send(data.encode())
f1 = Furniture()
data = f1.view_furniture()
data = json.dumps(data)
conn.send(data.encode())
elif data.lower().strip() == "3":
data = "Provide Id for furniture:"
conn.send(data.encode())
client_data = conn.recv(1024)
f1 = Furniture()
data = f1.search_furniture(client_data.decode())
data = json.dumps(data)
conn.send(data.encode())
# elif data.lower().strip() == "exit" or data.lower().strip() == "4":
# # if data is not received break
# data = "Exiting...bye"
# conn.send(data.encode())
# conn.close()
# break
elif data.lower().strip() == "":
print("data recieved")
data = "Wrong choice...Try again with mentioned choice"
conn.send(data.encode())
continue
except ConnectionAbortedError:
print("Client Exited")
break
conn.close()
def __init__(self):
self.furniture = Furniture()