def go(_exit):
if _exit == "back":
ROOMDB.change(ROOMDB.prevID)
print "\nYou retrace your steps..."
return ROOMDB.roomID
for (counter, txt) in enumerate(ROOMDB.exits):
if txt == _exit:
if ROOMDB.locks[counter] == 0:
_returner = ROOMDB.exitIDs[counter]
ROOMDB.change(ROOMDB.exitIDs[counter])
return _returner
elif INVENTORY.hasObject(ROOMDB.locks[counter]):
print "\nYou unlocked the " + ROOMDB.exits[counter] + " exit with the " + INVENTORY.getObjectWord(
ROOMDB.locks[counter]
) + "!\n\n"
_returner = ROOMDB.exitIDs[counter]
ROOMDB.change(ROOMDB.exitIDs[counter])
return _returner
else:
return -2 # locked and the user doesn't have the key!
return -1 # Room IDs must be >= 0, so -1 indicates
#TODO: refactor if order of command parse for efficiency
inp = raw_input(">").lower() #acquire user input and handle
if inp == "quit":
quit = True
success = True
elif inp == "exit": #possibly ambiguous command
print "If you'd like to stop playing, type 'quit'. If you'd like to exit the room, type 'go ' followed by a room exit."
else:
words = inp.split() #Array of single words from inp, i.e. ["go", "west", "dumby"]
mode = 0 # what command we are interpreting; 0 is not yet recognized or invalid command
for (counter, word) in enumerate(words):
if mode == 0: #efficiency -- only check this if mode isn't already decided
if word == "go" or word == "walk" or word=="north" or word=="south" or word=="east" or word=="west":
mode = 1
elif word == "inventory" or word == "inv":
INVENTORY.describe()
success = True
break
elif word == "get":
mode = 2
elif word == "say" or word == "talk" or word == "hail" or word == "hello" or word == "hi":
mode = 9 #conversation time!
elif word == "look":
success = True
print ""
print "You examine your surroundings.\n"
countdownToLook = 0
elif word == "sudo":
mode = -4
if mode == 1: # user is trying to change rooms
var = ROOMDB.ROOMDB.go(word)