def __init__(self, fileName):
# iterate through the rooms in the database, creating an object for each room.
self.rooms = {}
for element in self.getElements(fileName, "room"):
obj = Room()
obj.id = element.get("id")
obj.x = element.get("x")
obj.y = element.get("y")
obj.z = element.get("z")
obj.region = element.get("region")
obj.terrain = element.get("terrain", "UNDEFINED")
obj.name = element.findtext("roomname")
obj.desc = element.findtext("desc")
obj.note = element.findtext("note")
obj.exits = []
for x in element.findall("./exits/exit"):
newExit = Exit()
newExit.dir = self.directionNames[x.get("dir")]
newExit.to = x.get("to")
newExit.door = x.get("door")
obj.exits.append(newExit)
obj.exits.sort(key=lambda k:self.directionNames.values().index(k.dir))
obj.setCost(obj.terrain)
# Add a reference to the room object to our self.rooms dict, using the room ID as the key.
self.rooms[obj.id] = obj
def __init__(self, fileName):
# iterate through the rooms in the database, creating an object for each room.
self.rooms = {}
for element in self.getElements(fileName, "room"):
obj = Room()
obj.id = element.get("id")
obj.x = element.get("x")
obj.y = element.get("y")
obj.z = element.get("z")
obj.region = element.get("region")
obj.terrain = element.get("terrain", "UNDEFINED")
obj.name = element.findtext("roomname")
obj.desc = element.findtext("desc")
obj.note = element.findtext("note")
obj.exits = []
for x in element.findall("./exits/exit"):
newExit = Exit()
newExit.dir = self.directionNames[x.get("dir")]
newExit.to = x.get("to")
newExit.door = x.get("door")
obj.exits.append(newExit)
obj.exits.sort(
key=lambda k: self.directionNames.values().index(k.dir))
obj.setCost(obj.terrain)
# Add a reference to the room object to our self.rooms dict, using the room ID as the key.
self.rooms[obj.id] = obj
def read_exit(version, infileobj):
new_exit = Exit()
if version >= 041:
new_exit.exitFlags = exitflags.bits_to_flag_set(read_uint16(infileobj))
else:
new_exit.exitFlags = exitflags.bits_to_flag_set(read_uint8(infileobj))
if version >= 040:
new_exit.doorFlags = doorflags.bits_to_flag_set(read_uint16(infileobj))
else:
new_exit.doorFlags = doorflags.bits_to_flag_set(read_uint8(infileobj))
new_exit.door = read_qstring(infileobj)
if "door" in new_exit.exitFlags:
new_exit.exitFlags.add("exit")
if not new_exit.door:
new_exit.door = "exit"
# Inbound connections are unneeded.
connection = read_uint32(infileobj)
while connection != UINT32_MAX:
connection = read_uint32(infileobj)
outConnections = []
connection = read_uint32(infileobj)
while connection != UINT32_MAX:
outConnections.append(str(connection))
connection = read_uint32(infileobj)
if not outConnections:
new_exit.to = "undefined"
else:
# We want the last outbound connection.
new_exit.to = outConnections[-1]
return new_exit
def read_exit(infileobj):
new_exit = Exit()
new_exit.exitFlags = exitflags.bits_to_flag_set(read_uint8(infileobj))
new_exit.doorFlags = doorflags.bits_to_flag_set(read_uint8(infileobj))
new_exit.door = read_qstring(infileobj)
if "door" in new_exit.exitFlags:
new_exit.exitFlags.add("exit")
if not new_exit.door:
new_exit.door = "exit"
# Inbound connections are unneeded.
connection = read_uint32(infileobj)
while connection != UINT_MAX:
connection = read_uint32(infileobj)
outConnections = []
connection = read_uint32(infileobj)
while connection != UINT_MAX:
outConnections.append(str(connection))
connection = read_uint32(infileobj)
if not outConnections:
new_exit.to = "UNDEFINED"
else:
# We want the last outbound connection.
new_exit.to = outConnections[-1]
return new_exit
('go to', '- go to "Room name" - you\'ll go through the exit that connects the current room with the "Room name" and will execute the \'location\' command. Each time you move, you lose health.'),
('items', '- items - prints out a list of items in the backpack'),
('pick up', '- pick up "item name" - you will pick up the item and execute the \'items\' command'),
('drop', '- drop "item name" - you will drop or unequip the item and execute the \'items\' command'),
('unlock', '- unlock "exit name" - unlocks the exit if you have the respective key'),
('eat', '- eat "item name" - you will eat the food, restore health and execute the \'items\' command'),
('equip', '- equip "item name" - you will equip the item and will be able to cause more damage to monsters'),
('monsters', '- monsters - prints out a list of alive monsters in the room'),
('attack', '- attack "monster name" - you will attack the monster'),
('quit', '- quit - exits the game'),
]
)
ROOMS = {
'dark_room': Room(name='Dark room',
exits=[Exit(name='Wooden door', goes_to=None, is_locked=False)],
monsters=None,
items=[Food(name='Half-rotten apple', weight=1, health_points=1)]),
'long_hall': Room(name='Long hall',
exits=[
Exit(name='Wooden door', goes_to=None, is_locked=False),
Exit(name='Prison cell door', goes_to=None, is_locked=True),
Exit(name='Rusty iron gate', goes_to=None, is_locked=True)
],
monsters=[
Monster(name='Venomous spider', health=5, damage=1)
],
items=[Key(name='Prison key', weight=1, unlocks_door=None)]),
'prison_cell': Room(name='Prison cell',
exits=[Exit(name='Prison cell door', goes_to=None, is_locked=False)],
monsters=[
