def get_InventorySlot(
d): # check if an item is in the inventory (and get slot)
# Accepts: d MUST be an obj_id
# CHECK (and return) object's inventory-slot
if 'inventory-slot' in gD.gameDB['objectsDB'][d]:
inv_slot = gD.gameDB['objectsDB'][d]['inventory-slot']
# check if object is IN inv
if d in gD.PLAYERINV[inv_slot]:
return inv_slot
else:
return False
else:
# check if item can take GET, PUT or USE commands
if any(k in gD.gameDB['objectsDB'][d]
for k in ('getCmds-OK', 'putCmds-OK', 'useCmds-OK')):
de.bug(5, "ERROR, missing inventory slot on ",
gD.gameDB['objectsDB'][d], "in gameData file")
else:
de.bug(5, "this object ", gD.gameDB['objectsDB'][d]['name'],
"cannot exist in the inventory")
return False
def uiActions(cmd, obj, jun, via, inps, uiData): # generic UI cmd handler
# Resetting values
my_cmd = None
# check for singleton object with no command (show help if it is)
if cmd != None:
# consolidate cmd reference word
my_cmd = gD.INPUT_VARS['THIS_CMD']['user-input']
# render the appropriate user feedback message for the cmd
if my_cmd in gD.gameDB['uiCmds']['playerCmds']:
if my_cmd == "inv" or my_cmd == "inventory":
renderers.render_charInventory()
elif my_cmd in gD.gameDB['uiCmds']['generalCmds']:
# Just print out the message for the UI command
ctrls.printText(uiData[my_cmd], my_cmd)
else:
de.bug("Error (doCommand): command '", my_cmd, "' not found in uiCmds")
def render_objectActions(d, cmd, t, ob=None):
de.bug(3, "data for interaction is", d)
if t in ("get-take", "put-leave", "ok", "unlocked"):
print(ss.inputFeedbackPre, "You", cmd, "the", d['name'].lower())
elif t == "has-req-obj":
print(ss.inputFeedbackPre, "You", cmd, "the", d['name'].lower(),
"with the", gD.gameDB['objectsDB'][ob]['name'].lower())
elif t == "use": # singleton "use" command: use on what?
print(ss.inputFeedbackPre, "Use the", d['name'].lower(), "to do what?")
elif t == "locked_by": # tell player what req obj is
print(
ss.inputFeedbackPre, "The", d['name'].lower(), "is locked by the",
gD.gameDB['objectsDB'][d['permissions']
['locked_by']]['name'].lower())
elif t == "unlocked_by": # tell player what req obj is
print(
ss.inputFeedbackPre, "The", d['name'].lower(),
"can be locked using the", gD.gameDB['objectsDB'][
d['permissions']['unlocked_by']]['name'].lower())
elif t == "illegal": # user tried to do an illegal action on an object
print(ss.inputFeedbackPre, "You can\'t", cmd, "the", d['name'].lower())
def get_ObjectContents(obj_id):
# get contents of an objects. Returns [ids, descs, type-of-containment]
obj = gD.gameDB['objectsDB'][obj_id]
# check this obj actually HAS children
if 'contains' in obj['state']:
# required access check
if get_ObjectPermissions(obj) != 'locked':
# reset type
t = False
# make array of contained obj refs
cont_objs_ids = []
cont_objs = []
# Determine if contained objects are "in" or "via" their container
# makes a "mixed bag" of descriptions if there are multiple types
# type inherits from the last item in the list
# could be changed to make it smarter if we need that functionality
for o in obj['state']['contains']:
cont_objs_ids.append(o)
if o[0:2] == "ob":
cont_objs.append(gD.gameDB['objectsDB'][o]['name'])
t = "in"
elif o[0] == "m":
for i, j in gD.gameDB['moveCommandsDB'][o].items():
cont_objs.append(j['moveDesc'])
t = "via"
# return a list [ids, obs, t] == ids, descriptions, type
return [cont_objs_ids, cont_objs, t]
else:
de.bug(6, "Cannot access object:", obj_id)
return obj_id, False, False
else:
de.bug(6, "Object:", obj_id, "has no contents")
return obj_id, False, False
def update_WorldState(ids, t, c):
# change the World State e.g. objects in the world: add, remove etc.
de.bug(1, "update World State with", ids, " ", t, "and", c)
# == REMOVE OBJECTS ==============================
if c == 'remove':
if t == False: # sent obj has no contents
if ids in gD.locDB[gD.CURRENT_LOC]['locObjects']:
gD.locDB[gD.CURRENT_LOC]['locObjects'].remove(ids)
else:
for ob in ids:
if t == "in":
if ob in gD.locDB[gD.CURRENT_LOC]['locObjects']:
gD.locDB[gD.CURRENT_LOC]['locObjects'].remove(ob)
elif t == "via":
if ob in gD.LOCDATA['moveCmds']:
gD.LOCDATA['moveCmds'].remove(ob)
# == ADDING OBJECTS ==============================
elif c == 'add':
if t == False: # sent obj has no contents
if ids not in gD.locDB[gD.CURRENT_LOC]['locObjects']:
gD.locDB[gD.CURRENT_LOC]['locObjects'].append(ids)
else:
for ob in ids:
if t == "in":
# add contained objects to locdata objects list
if ob not in gD.LOCDATA['locObjects']:
gD.LOCDATA['locObjects'].append(ob)
elif t == "via":
if ob not in gD.LOCDATA['moveCmds']:
gD.LOCDATA['moveCmds'].append(ob)
def throwError(s, dd):
de.bug("we are in throwError() with this data: ", dd)
# error types and data truths
theTruth = {'uiSpawn': gD.gameDB['uiCmds']}
# throw an error of source s
if s in theTruth:
# expect data d
for i, j in theTruth.items():
d = j
# but got data dd
if d != dd:
# show error message plus data mismatch
print(ss.errorPre + "Data mismatch")
print(ss.errorPre + "Expect data: '", d, "' but received data: '",
dd, "'")
else:
print(ss.errorPre + "No error found...")
# error source not recognised
else:
print(ss.errorPre + "Error source '", s, "' not recognised")
def get_ObjectPermissions(d): # access control to certain objects
# Accepts: d = whole object
# Returns:
# "ok" if no access restrictions on object
# "has-req-obj" if player has req_obj to access locked object
# "locked_by" or "unlocked_by" if access is denied
perm_ok = False
# check the state of the object (locked etc)
if 'access' in d['state']:
if d['state']['access'] == 'locked':
perm_type = "locked_by"
elif d['state']['access'] == 'unlocked':
perm_type = "unlocked_by"
if perm_type in d['permissions']:
req_obj = d['permissions'][perm_type]
# check if player has required object in their inventory
de.bug(5, "checking player inventory for", req_obj)
if get_InventorySlot(req_obj):
perm_ok = True
if perm_ok == True:
# player has the req obj
return "has-req-obj"
else:
# player does NOT have req obj, just return state
return perm_type
else:
# no restrictions so return "ok" (not True, or it overrides every other condition check!)
return "ok"
def cmdDidYouMeanThis(tks, parsed_list): # check with player what input actually was
# flatten out parsed_cmds because we don't need it segmented by token
pdl = {}
for a, b in parsed_list.items():
for c, d in b.items():
pdl[c] = d
de.bug(1, "Original parsed_list", parsed_list, "vs flatten pdl list", pdl)
# get first 'cmd' in parsed_list of cmds
c_lst = [a for a, b in pdl.items()]
# handle empty c_lst - which could mean that the input was NONE
# i.e. player probably just pressed RETURN
if len(c_lst) > 0:
# get an integer for every n+-cmd keys in parsed list
c_pos = c_lst[0][0]
c_pos = int(c_pos) - 1
# grab all junk words to let user know they are unrecognised
unknown_junk = ''
for i in tks[:c_pos]:
unknown_junk += str(i)
if tks.index(i) < len(tks[:c_pos]) - 1:
unknown_junk += ' '
# remove all (junk word) tokens from inputTokenized list that appear
# before the first valid parsed_cmd
new_tokens = tks[c_pos:]
user_conf = ' '.join(new_tokens)
# return sanitised input and setup confirmation request prompt
de.bug(1, "3. confirm me this", user_conf)
gD.PROMPT = 'reqconf'
gD.USERCONF = user_conf
gD.UNKNOWN_INPUT = unknown_junk
else: # just spawn default PROMPT again
de.bug(1, "no input, just respawn default PROMPT")
gD.PROMPT = False
gD.USERCONF = None
gD.UNKNOWN_INPUT = None
import debugger as de import gameData as gD import settings as ss import controllers import input_parsing as parseInp import command_handling as doCmd import errorHandler # == INITIALISE GAME DATA == #################################### # initialise GLOBALS gD.init() de.bug(1, "allInputRefs", gD.allInputRefs) # == RENDER FIRST/DEFAULT LOCATION == ############################# # render first/default location loc = gD.DEFAULTLOC controllers.changeLoc(loc) ################################################################### # GAME STATE PLAYING LOOP ################################################################### WIN = False
def cmdLengthChecker(cmd_mtch, parsed_cmds, tkns):
# verify that the input contains the right number of
# cmd words to complete a valid command phrase
if type(cmd_mtch) == list:
# If the object to be checked is a list (not a set{})
# then it is a singleton and we only need to find the commands
# in the list that only have ONE word and then check if the
# tokenised single word player input and any of those commands
# match exactly
de.bug(1, "singleton command, checking for length=1 valid commands in", cmd_mtch)
for rf in cmd_mtch:
rf_elems = rf.split("-")
# find the appropriate cmd_list in allInputRefs
for a, b in gD.allInputRefs.items():
if rf_elems[0] == a:
cmd_wrds = b[int(rf_elems[1])]
# count the number of words in the command
cmd_wrds_len = len(tokenizeInput(cmd_wrds))
# we are only interested in one word commands
if cmd_wrds_len == 1:
# does the player input match any single command word?
for t in tkns:
if t == cmd_wrds:
de.bug(1, "valid command phrase matched:", t, "as", cmd_wrds, "returning ref", rf)
return rf
return False
else:
# if cmd_match is not a list then check each item in the set
# to see if they share a multi-word command
de.bug(1, "Checking command length")
for cmd_item in cmd_mtch:
# get the actual command-tokened words
cmd_elems = cmd_item.split("-")
# handle each of the types of command
if (cmd_elems[0] == 'o') or (cmd_elems[0] == 'm'):
cmd_lst = gD.allInputRefs[cmd_elems[0]]
else:
cmd_lst = gD.gameDB['actionCmds'][cmd_elems[0]]
if cmd_elems[0] == 'o':
suf = "-obj"
elif cmd_elems[0] == 'm':
suf = "-mov"
elif cmd_elems[0] == 'conJuncts':
suf = "-jun"
else:
suf = "-cmd"
# count the number of words
cmd_wrds = cmd_lst[int(cmd_elems[1])]
cmd_len = len(tokenizeInput(cmd_wrds))
de.bug(1, "cmd wrds '", cmd_wrds, "' cmd len", cmd_len)
# require this many sequential parsed_cmds.keys() matches
q = 1
cmd_valid = True
while q <= cmd_len:
# increment through each "n-suffix"
myKey = str(q) + suf
de.bug(1, "check this key", myKey)
#check we haven't just run out of cmds
if myKey in parsed_cmds.keys():
if cmd_item not in parsed_cmds[myKey]:
de.bug(1, "missing in", myKey)
cmd_valid = False
else: # failed to match full length, invalid command
cmd_valid = False
q = q + 1
# if yes, this is a valid command
if cmd_valid == True:
de.bug(1, "valid command phrase matched:", cmd_wrds, "as", cmd_item)
return cmd_item
# no need to check further cmd_items
break
def parseInput(skip=False): # extract objects from tokenized input
# Reset duplicates prompt builder before next input parsing run
if gD.PROMPT == 'duplicates':
gD.PROMPT = False
tkns = gD.TOKENS
# 'skip' = Setup for "reSTART" of parseInput see: re_runWrdChecker(d)
# to avoid over-writing existing parsed_cmds etc. on 2nd run
if skip == False:
parsed_cmds = {}
matched_cmds = None
type_track = []
i = 0 # cmd-type index dictKey
# for each word in the input
for w in tkns:
# use each WORD token to create GROUPS of parsed cmd matches
parsed_cmds[w] = {}
i = i + 1
# check against every type of input and parse
# out useful references for handling back in gameExec
for j, k in gD.allInputRefs.items(): # used to be legalinputs.items()
# for each cmd in each cmd group
for l in k:
# is the word in the cmd group
if re.search(w, l):
# complex bit: if the type of command changes
# between m, o, and c for the SAME word in tkns
# artificially bump i to avoid duplicate index numbers
type_track.append(j)
if len(type_track) > 1:
# match back for 'm'
if type_track[len(type_track)-1] == 'm':
if type_track[len(type_track)-2] != 'm':
i = i + 1
# match back for 'o'
if type_track[len(type_track)-1] == 'o':
if type_track[len(type_track)-2] != 'o':
i = i + 1
# match back for 'c'
if type_track[len(type_track)-1] == 'c':
if type_track[len(type_track)-2] != 'c':
i = i + 1
# match back for neither 'm' or 'o' or 'c'
if type_track[len(type_track)-1] != 'o':
if type_track[len(type_track)-1] != 'm':
if type_track[len(type_track)-1] != 'c':
if type_track[len(type_track)-2] == 'o' or type_track[len(type_track)-2] == 'm' or type_track[len(type_track)-2] == 'c':
i = i + 1
# handle each of the command types
# because move and object don't have
# explicit labels for j, unlike cmds
if j == "m":
c = "mov"
elif j == "o":
c = "obj"
elif j == "conJuncts":
c = "jun"
else:
c = "cmd"
# combine cmdgrp name - match index as label
c = str(i) + '-' + c
# combine j and the index of k as valid
# matching cmds
ind = j + "-" + str(k.index(l))
# build list of potential cmd matches
# called PARSED_CMDS
if c in parsed_cmds[w].keys():
parsed_cmds[w][c].append(ind)
else:
parsed_cmds[w][c] = [ind]
else:
parsed_cmds = skip
de.bug(1, "Parsed input: tokens", tkns, "and cmds", parsed_cmds)
## Check output from above: "parsed_cmds" using wrdChecker and RETURN
if len(parsed_cmds) > 0:
matched_cmds = wrdChecker(tkns, parsed_cmds)
if matched_cmds == False:
de.bug(1, "USERCONF", gD.USERCONF)
de.bug(1, "PROMPT", gD.PROMPT)
de.bug(1, "UNKNOWN JUNK", gD.UNKNOWN_INPUT)
matched_cmds = [None, None, None, None]
elif matched_cmds != None:
de.bug(1, "successfully matched these commands", matched_cmds)
else:
matched_cmds = [None, None, None, None]
de.bug(1, "there were no valid commands matched in the input")
# RETURN all of the things!!
return matched_cmds
def wrdChecker(tkns, parsed_cmds):
# If the first dict group in parsed_cmds has nothing in it
# the first token did not match and so is probably junk
# check with the player what they really wanted to do first
# and automatically resend commands if correct to do so
junk_wrds = False
if len(parsed_cmds[tkns[0]]) < 1:
de.bug(1, "First token", "'"+tkns[0]+"'", "not a valid input. Check for junk input.")
junk_wrds = True
# handle finding junk words (above) or second pass as a "reqconf"
if junk_wrds == True or gD.PROMPT == 'reqconf':
if gD.PROMPT == False:
cmdDidYouMeanThis(tkns, parsed_cmds)
# return matched_cmds as False to parseInput()
return False
elif gD.PROMPT == 'reqconf': # require Y/N confirmation
if tkns[0].lower() == "y": # if y or Y entered
gD.PROMPT = 'autoresend'
else: # if anything else treat it as a NO (bcoz 'n' = 'north')
gD.USERCONF = None
gD.PROMPT = False
gD.UNKNOWN_INPUT = None
# return matched_cmds as False to parseInput()
return False
else: # check parsed_cmds as normal
# use tkns as a reference, because parsed_cmds dict is unordered
# check if each parsed_cmds[tkns] shares any commands with another
tkn_cmd_matches = {} # complete list of input tokens & matched cmds
known_cmds = []
parsed_final = [] # to send back to gameExec
# skip this if we are dealing with single word input
if len(tkns) > 1:
# make a working copy, so we can amend it later
working_tokens = tkns
i = 0
# step through tkns as a guide list
for current_token in working_tokens:
# Deal with tokens that have MULTIPLE matches in gameData first
if len(parsed_cmds[current_token]) > 1:
de.bug(1, "Multiple possible gameData matches found for", parsed_cmds[current_token])
# if existing tkn_cmd_matches contain get, put, int or useCmds
del_keys = []
for v in tkn_cmd_matches.values():
if ('getCmds' in v) or ('putCmds' in v) or ('intCmds' in v) or ('useCmds' in v):
de.bug(1, "OBJECT command already found, forcing object discovery")
for a, b in parsed_cmds[current_token].items():
de.bug(1, "Find 'o-' in", b)
for c in b:
if 'o-' not in c:
del_keys.append(a)
de.bug(1, "del_keys", del_keys)
for d in del_keys:
del parsed_cmds[current_token][d]
de.bug(1, "Cleaned PARSED_CMDS", parsed_cmds[current_token])
parsed_final = re_runWrdChecker(parsed_cmds)
de.bug(1, "PARSED_FINAL (after reSTART)", parsed_final)
return parsed_final
# otherwise return a "duplicate objects found" response
else:
# THIS IS INCOMPLETE, but it is hard to create a situation
# where this specific disambiguation would be needed
de.bug(1, "Which of these did you mean for", current_token, "?")
# Otherwise check for MULTI word commands in the input
else:
de.bug(1, "Current token is", working_tokens[i])
# if we are not at the last item in parsed_cmds
if len(working_tokens) > working_tokens.index(current_token)+1:
# reset some vars
shared_cmds = []
next_token = working_tokens[i+1]
# compare the commands for this parsed_cmds(key)
# with the "next token" according to working_tokens
for a, b in parsed_cmds[current_token].items():
for cm in b:
shared_cmds.append(cm)
for a, b in parsed_cmds[next_token].items():
for cm in b:
shared_cmds.append(cm)
de.bug(1, "ALL FOUND cmds", shared_cmds)
# check shared_cmds for duplicates
dupe_found = False
dupe_cmds = []
for c in shared_cmds:
if shared_cmds.count(c) > 1:
dupe_cmds.append(c)
dupe_found = True
# if so combine current + next tokens in our working_tokens list
if dupe_found == True:
de.bug(1, "Duplicates found", dupe_cmds)
# update working_token list so the index is still accurate
working_tokens[i] = current_token +" "+ next_token
del working_tokens[i+1]
de.bug(1, "AMENDED working_tokens", working_tokens)
# check if the combined tokens match a command
# and if so append to our final dict of matches
if len(dupe_cmds) > 2:
de.bug(1, "TOO MANY duplicate commands found for", dupe_cmds)
cmd_elms = dupe_cmds[0].split("-")
if working_tokens[i] == gD.allInputRefs[cmd_elms[0]][int(cmd_elms[1])]:
de.bug(1, "this command is", dupe_cmds[0])
tkn_cmd_matches[working_tokens[i]] = dupe_cmds[0]
else:
de.bug(1, "We have a weird problem with this input", working_tokens[i], "it doesn't resolve to one single command in gameData")
# If no dupes, this is a SINGLE word command
else:
# check it's not a malformed multi-word
de.bug(1, "single word command detected")
for x, y in parsed_cmds[current_token].items():
valid = cmdLengthChecker(y, parsed_cmds[current_token].items(), tkns)
if valid != False:
de.bug(1, "This came back as VALID:", valid)
tkn_cmd_matches[working_tokens[i]] = valid
else:
de.bug("that wasn't a fully formed command, ignoring it")
de.bug(1, "MATCHED COMMANDS so far (single word)", tkn_cmd_matches)
# bump the i cursor and keep going (because we combined two items
# we just need to check the next item, as normal)
i = i + 1
else:
de.bug(1, "Got to final word in working_tokens")
# if we know we are matching a single word then
# it can match exactly and it will be correct
for a, b in parsed_cmds[current_token].items():
for cc in b:
cmd_elms = cc.split("-")
if working_tokens[i] == gD.allInputRefs[cmd_elms[0]][int(cmd_elms[1])]:
de.bug(1, "this command is", cc)
tkn_cmd_matches[working_tokens[i]] = cc
de.bug(1, "MATCHED COMMANDS so far (final word)", tkn_cmd_matches)
break
else:
de.bug(1, "We have a weird problem with this input", working_tokens[i], "it doesn't resolve to one single command in gameData")
# This is a SINGLE word input
else:
# check it's not a malformed multi-word
de.bug(1, "single word input detected")
# NOTE: If an input has multiple possible entries
# in the gameData it will send off the cmdLengthChecker for
# each one in the for loop here below.
valid_singles = []
for x, y in parsed_cmds[tkns[0]].items():
valid = cmdLengthChecker(y, parsed_cmds[tkns[0]].items(), tkns)
if valid != False:
de.bug(1, "This came back as VALID:", valid)
# So... We need to collect all possible matches
valid_singles.append(valid)
else:
de.bug("that wasn't a fully formed command, ignoring it")
# Then ignore the objects / conjuncts because this is
# a single command, so more likely to be a movement/command
if len(valid_singles) > 1:
de.bug(1, "Most likely is a single COMMAND, deleting matched objects etc.")
del_keys = []
for c in valid_singles:
if 'o-' in c:
del_keys.append(c)
de.bug(1, "del_keys", del_keys)
for d in del_keys:
valid_singles.remove(d)
de.bug(1, "Cleaned VALID SINGLES", valid_singles)
# If only ONE VALID match, all is fine, keep going
if len(valid_singles) == 1:
tkn_cmd_matches[tkns[0]] = valid_singles[0]
else: # final check just in case
#### NEED TO FIX THIS WITH A PROPER ERROR RESPONSE!! ####
de.bug("ERROR!!!!! can't resolve this command. Too many gameData matches!!!")
de.bug(1, "MATCHED COMMANDS so far (all done)", tkn_cmd_matches)
de.bug(1, "CHECK parsed_final = ", parsed_final)
## Finally, classify the known commands
for a, b in tkn_cmd_matches.items():
known_cmds.append(b)
de.bug(1, "ALL KNOWN COMMANDS, in order", known_cmds)
# then classify each matched cmd as a type
# o = obj, m = mov, conJunct = con
# else = cmd
a_cmd = None
a_obj = None
a_conJunct = None
a_via = None
obj_ls = []
type_list = [None, None, None, None] # see grammar bit below
for i in known_cmds:
els = i.split("-")
if els[0] == "conJuncts":
a_conJunct = i
type_list[known_cmds.index(i)] = 'jun'
elif els[0] == "o":
# obj and via present
obj_ls.append(i)
type_list[known_cmds.index(i)] = 'obj'
else:
a_cmd = i
type_list[known_cmds.index(i)] = 'cmd'
de.bug(1, "type_list", type_list)
# assign obj and via, if present
if len(obj_ls) > 1:
a_obj, a_via = obj_ls
elif len(obj_ls) == 1:
a_obj = obj_ls[0]
# build and return the correctly ordered variables to gameExec
parsed_types = ['cmd', 'obj', 'jun', 'via']
parsed_final.extend([a_cmd, a_obj, a_conJunct, a_via])
# Create TEMP_VARS dictionary of all user-input, dicovered matches
# in gameData, and locations of objects for subsequent NLP rules
TEMP_VARS = {}
for a, b in tkn_cmd_matches.items():
v_name = ('this_' + parsed_types[parsed_final.index(b)]).upper()
TEMP_VARS[v_name] = {}
TEMP_VARS[v_name]['user-input'] = a
TEMP_VARS[v_name]['ref-id'] = []
if (parsed_types[parsed_final.index(b)] == 'obj') or (parsed_types[parsed_final.index(b)] == 'via'):
TEMP_VARS[v_name]['obj-loc'] = []
objIds = ctrls.get_ObjectId(a)
de.bug(1, "possible ids for the obj are:", objIds)
i = 0
for o in objIds:
l = ctrls.get_ObjectLocation(o)
de.bug(1, "OBJ LOC is", l)
TEMP_VARS[v_name]['obj-loc'].append(l)
if l == False: # FALSE if obj not found at loc or INV
TEMP_VARS[v_name]['ref-id'].append(False)
else:
TEMP_VARS[v_name]['ref-id'].append(o)
i += 1
else:
TEMP_VARS[v_name]['ref-id'].append(b)
de.bug(1, "TEMP_VARS", TEMP_VARS)
# HANDLING MULITPLE MATCHES from vague user-input
# Help the player by removing some options that are
# impossible given the structure of the user input
##################### GRAMMAR BIT #############################
################### IMPORTANT NOTE ############################
# This is only to remove impossible options from a list
# that already contains too many options. This is NOT
# pre-censoring user-input. All SINGLE matches, including illegal
# ones are handled later by specific clauses in command_handling
# Remove INVALID Commands options
if 'THIS_CMD' in TEMP_VARS:
if len(TEMP_VARS['THIS_CMD']['ref-id']) > 1:
# if OBJ present cannot be an EXPLORE command
del_list = []
if len(TEMP_VARS['THIS_OBJ']['ref-id']) > 0:
for i in TEMP_VARS['THIS_CMD']['ref-id']:
if "explore" in i:
c = TEMP_VARS['THIS_CMD']['ref-id'].index(i)
de.bug(1, "Need to REMOVE this ref-id", c)
del_list.append(c)
# de-dupe del_list
del_list = list(set(del_list))
# delete invalid items
for d in del_list:
TEMP_VARS['THIS_CMD']['ref-id'].remove(d)
# If no OBJ, or OBJ not in INV, can't be a PUT command
# Not complete (because I think it is impossible
# to have multiple matched commands, so this section is
# not needed! :)
# Remove INVALID Objects options
if 'THIS_OBJ' in TEMP_VARS:
if len(TEMP_VARS['THIS_OBJ']['ref-id']) > 1:
## RULE: if THIS_CMD is GET then....
del_list = []
for i in TEMP_VARS['THIS_CMD']['ref-id']:
if "get" in i:
# ...object must be in LOCDATA or it is not visible to the player
for k in TEMP_VARS['THIS_OBJ']['ref-id']:
if k in gD.LOCDATA['locObjects']: # check locObjects, not ['obj-loc'] because a key in an OPEN box will be in locObjects, but have an obj-loc of the box
continue
else:
de.bug(1, "Need to REMOVE this ref-id", k, "and this obj-loc", TEMP_VARS['THIS_OBJ']['obj-loc'][TEMP_VARS['THIS_OBJ']['ref-id'].index(k)])
del_list.append(k)
# ...the object cannot be in INV
for j in TEMP_VARS['THIS_OBJ']['obj-loc']:
if j == '$INV':
c = TEMP_VARS['THIS_OBJ']['obj-loc'].index(j)
de.bug(1, "Need to REMOVE this ref-id", TEMP_VARS['THIS_OBJ']['ref-id'][c], "and this obj-loc", TEMP_VARS['THIS_OBJ']['obj-loc'][c])
del_list.append(TEMP_VARS['THIS_OBJ']['ref-id'][c])
# de-dupe del_list
del_list = list(set(del_list))
# delete invalid items
for d in del_list:
TEMP_VARS['THIS_OBJ']['obj-loc'].remove(TEMP_VARS['THIS_OBJ']['obj-loc'][TEMP_VARS['THIS_OBJ']['ref-id'].index(d)])
TEMP_VARS['THIS_OBJ']['ref-id'].remove(d)
## RULE: if THIS_CMD is PUT then...
del_list = []
for i in TEMP_VARS['THIS_CMD']['ref-id']:
if "put" in i:
# ...the object must be in INV
for j in TEMP_VARS['THIS_OBJ']['obj-loc']:
if j != '$INV':
c = TEMP_VARS['THIS_OBJ']['obj-loc'].index(j)
de.bug(1, "Need to REMOVE this ref-id", TEMP_VARS['THIS_OBJ']['ref-id'][c], "and this obj-loc", TEMP_VARS['THIS_OBJ']['obj-loc'][c])
del_list.append(TEMP_VARS['THIS_OBJ']['ref-id'][c])
# delete invalid items
for d in del_list:
TEMP_VARS['THIS_OBJ']['obj-loc'].remove(TEMP_VARS['THIS_OBJ']['obj-loc'][TEMP_VARS['THIS_OBJ']['ref-id'].index(d)])
TEMP_VARS['THIS_OBJ']['ref-id'].remove(d)
## RULE: check OBJ commands, if THIS_CMD not there remove OBJ
del_list = []
for o in TEMP_VARS['THIS_OBJ']['ref-id']:
this_obj = gD.gameDB['objectsDB'][o]
ch_list = []
for k, v in this_obj.items():
#match any of "getCmds-OK, putCmds-OK" etc
if 'OK' in k:
els = k.split("-")
ch_list.append(els[0])
cm = TEMP_VARS['THIS_CMD']['ref-id'][0].split("-")
if ch_list.count(cm[0]) == 0:
de.bug(1, "Need to REMOVE this ref-id", o, "and this obj-loc", TEMP_VARS['THIS_OBJ']['obj-loc'][TEMP_VARS['THIS_OBJ']['ref-id'].index(o)])
del_list.append(o)
# de-dupe del_list
del_list = list(set(del_list))
# delete invalid items
for d in del_list:
TEMP_VARS['THIS_OBJ']['obj-loc'].remove(TEMP_VARS['THIS_OBJ']['obj-loc'][TEMP_VARS['THIS_OBJ']['ref-id'].index(d)])
TEMP_VARS['THIS_OBJ']['ref-id'].remove(d)
# Remove INVALID Conjuncts options
# if 'THIS_JUN' in TEMP_VARS:
# Not got any yet :)
# Remove INVALID Vias options
if 'THIS_VIA' in TEMP_VARS:
if len(TEMP_VARS['THIS_VIA']['ref-id']) > 1:
# RULE: if conjunct is "with", VIA must be in INV, or not valid
del_list = []
if TEMP_VARS['THIS_JUN']['user-input'] == 'with':
for l in TEMP_VARS['THIS_VIA']['obj-loc']:
if l is not '$INV':
de.bug(1, "Need to REMOVE this ref-id", TEMP_VARS['THIS_VIA']['ref-id'][TEMP_VARS['THIS_VIA']['obj-loc'].index(l)], "and this obj-loc", l)
del_list.append(TEMP_VARS['THIS_VIA']['ref-id'][TEMP_VARS['THIS_VIA']['obj-loc'].index(l)])
# delete invalid items
for d in del_list:
TEMP_VARS['THIS_VIA']['obj-loc'].remove(TEMP_VARS['THIS_VIA']['obj-loc'][TEMP_VARS['THIS_VIA']['ref-id'].index(d)])
TEMP_VARS['THIS_VIA']['ref-id'].remove(d)
######################### END OF GRAMMAR BIT #######################
de.bug(1, "CLEANED TEMP_VARS", TEMP_VARS)
# set GLOBAL VARS
gD.INPUT_VARS = TEMP_VARS
de.bug(1, "INPUT_VARS are now:", gD.INPUT_VARS)
# If more than one remaining option set input prompt to "duplicates"
for i, j in gD.INPUT_VARS.items():
if len(j['ref-id']) > 1:
de.bug(1, "Duplicates still present. Need more details.")
gD.PROMPT = 'duplicates'
return False
de.bug(1, "PARSED_FINAL (sending to gameExec)", parsed_final)
return parsed_final
def re_runWrdChecker(d):
de.bug(1, "!-!-!-! RESTARTING PARSEINPUT!!!")
return parseInput(d)
def render_Text(d, t="default"): #generic text renderer
if t == 'move': # movement description text
if d != False:
print(ss.inputChangeLocPre, d)
else:
print(ss.inputFeedbackPre, "You can't go that way")
elif t == 'win': # winning message
print(ss.inputFeedbackPre, d)
elif t == 'exit': #exit command
print(ss.inputFeedbackPre, ss.exitMessage)
# elif t == 'unlocked': # now open
# print(ss.inputFeedbackPre, "The", d.lower(), "is now", t)
elif t == 'already locked': # now open
print(ss.inputFeedbackPre, "The", d.lower(), "is", t)
elif t == 'cheat': #cheat command
temp = 'this is t {}'.format(t)
de.bug(temp)
# show all available movement commands for this location
print(ss.inputFeedbackPre, "Available moves are", end=": ")
# unpack commands from nested dicts{}
tmp = [j for i in d for j in i]
# list the commands
print(tfs.listify(tmp))
#show custom cheater feedback message
messages = ss.cheaterMessage
print(ss.inputFeedbackPre,
messages[random.randint(0,
len(messages) - 1)])
elif t == 'help': #help command
# split d - data payload in params
genCmds = d[0]
objCmds = d[1]
# show all GENERAL commands for the game
print(ss.inputFeedbackPre, "General commands",
end=": ") # end= prevents new line
# unpack commands from nested dicts{}
tmp = [j for i, k in genCmds.items() for j in k]
# list the GENERAL commands
print(tfs.listify(tmp))
# show all OBJECT commands for the game
print(ss.inputFeedbackPre, "Interaction commands",
end=": ") # end= prevents new line
# retrieve commands in array data
tmp = [i for i in objCmds]
# list the OBJECT commands
print(tfs.listify(tmp))
elif t in ('look', 'search'): #search command
# show all objects in the location
print(ss.inputFeedbackPre, "You find the following", end=": ")
oRefs = [
gD.gameDB['objectsDB'][i]['name'] for i in gD.LOCDATA['locObjects']
]
# for i in d:
# oRefs.append(gD.gameDB['objectsDB'][i]['name'])
# list the object refs
print(tfs.listify(oRefs, True))
# show all monsters in the location!
#TODO: Make search trigger all monsters revealed
#### INCOMPLETE
elif t in ('look for', 'where'): # requires an obj [desc,location] array
print(ss.inputFeedbackPre, "You see", d[0].lower(), d[1].lower())
elif t == 'missing object': # part of controllers.useObject()
print(ss.inputFeedbackPre, "You can't see the", d.lower(), "here")
elif t == 'look at': # d is a list but [1] can be False is d has no access restrictions i.e. "locked"
if (len(d) > 1) and (d[1] != False):
print(ss.inputFeedbackPre, "You see", d[0].lower(), ". It is",
d[1].lower())
else:
print(ss.inputFeedbackPre, "You see", d[0].lower())
elif t == 'not in inv': # player trying to drop an obj not in their inv
print(ss.inputFeedbackPre, "You do not have the", d.lower(),
"in your inventory")
elif t == 'already in inv': # trying to add an obj already in the inv
print(ss.inputFeedbackPre, "You already have the", d.lower(),
"in your inventory")
elif t == 'contained by':
print(ss.inputFeedbackPre, "You see", tfs.listify(d[0], True),
"in the", d[1].lower())
elif t == 'container empty':
print(ss.inputFeedbackPre, "The", d.lower(), "is empty!")
elif t == 'seen through':
print(ss.inputFeedbackPre, "You see", tfs.listify(d[0], True),
"through the", d[1].lower())
elif t == 'examine': # part of controllers.useObject()
# grab object name & remove from list
oword = d.pop()
print(ss.inputFeedbackPre, "You can",
end=" ") # end= prevents new line
# list out the available commands
print(tfs.listify(d, False, "or"), "the", oword.lower())
elif t == 'default': # just render payload
print(d)
def doCommand(cmd, obj, jun, via, uiData):
legalInputs = gD.LEGALINPUTS
if cmd != None:
# we only need to identify the TYPE of cmd
# so we can action the correct function next
cmd_spl = cmd.split("-")
cmd_ky = cmd_spl[0]
my_cmd = gD.INPUT_VARS['THIS_CMD']['user-input']
de.bug(1, "my_cmd is", my_cmd)
de.bug(1, "move cmds for this loc are", gD.LOCDATA['moveCmds'])
if cmd_ky == "m": # MOVEMENT command
moveDesc = False
moveDest = False
for m in gD.LOCDATA['moveCmds']:
for h, i in gD.gameDB['moveCommandsDB'][m].items():
for j in i['cmds']:
if my_cmd == j:
moveDesc = i['goDesc']
if 'destId' in i:
moveDest = i['destId']
else:
de.bug(
"NOTICE: This cmd doesn't change our location"
)
# show moveDesc feedback for moveCmd
ctrls.printText(moveDesc, "move")
# if associated locID for moveCmd - ctrls.changeLoc
ctrls.changeLoc(moveDest)
elif cmd_ky in gD.gameDB['uiCmds'].keys(): # UI command
# send to uiActions to handle the UI command
uiActions(cmd, obj, jun, via, legalInputs, uiData)
elif cmd_ky in gD.gameDB['actionCmds'].keys(): # ACTION command
de.bug(2, "locDATA", gD.LOCDATA)
# send the cmd and the obj to useObject for more detailed handling
useObject(cmd, obj, jun, via)
else: # Command not known
de.bug("Error (doCommand): The command", cmd, "is not handled yet")
elif obj != None: # empty cmd but we have a singleton obj
# send to useObject anyway to give Player object help feedback
useObject(cmd, obj, jun, via)
else: # Too many params are None to do anything useful
return False
def useObject(cmd, obj, jun, via): # generic Object handler
# E.G. cmd: generalCmds-0 | obj: o-7 | jun: conJuncts-2 | via: o-11
######### GOT TO HERE ###############
# then finally
# need to go through anything that REworks out any of
# these now global references and make then use the
# GLOBALS instead. For example: do_command()
# THEN FINALLY need to make the "what am I" function
# that "is this object at the location" can call
# and tidy up that whole useObject function A LOT
"""
INPUT_VARS are now: {
'THIS_CMD': {'user-input': 'open', 'ref-id': ['intCmds-0']},
'THIS_OBJ': {'user-input': 'box', 'ref-id': ['ob0002'], 'obj-loc': ['z0001']},
'THIS_JUN': {'user-input': 'with', 'ref-id': ['conJuncts-0']},
'THIS_VIA': {'user-input': 'key', 'ref-id': [], 'obj-loc': []}
}
"""
# Resetting values
# obs_list = gD.LOCDATA['locObjects']
obj_cmds = []
cmd_ref = None
obj_ref = None
via_ref = None
jun_ref = None
obj_id = None
this_obj = None
this_via = None
# SETUP SCRIPT VARS from globals
if cmd:
cmd_ref = gD.INPUT_VARS['THIS_CMD']['user-input']
if jun:
jun_ref = gD.INPUT_VARS['THIS_JUN']['user-input']
if via:
via_ref = gD.INPUT_VARS['THIS_VIA']['user-input']
# Detect invalid VIA
if gD.INPUT_VARS['THIS_VIA']['ref-id']:
via_id = gD.INPUT_VARS['THIS_VIA']['ref-id'][0]
this_via = gD.gameDB['objectsDB'][via_id]
else:
de.bug(1, "INVALID VIA", via_ref)
if obj:
obj_ref = gD.INPUT_VARS['THIS_OBJ']['user-input']
# Detect invalid obj
if gD.INPUT_VARS['THIS_OBJ']['ref-id']:
obj_id = gD.INPUT_VARS['THIS_OBJ']['ref-id'][0]
obj_desc = gD.gameDB['objectsDB'][obj_id]['desc']
obj_locdesc = gD.gameDB['objectsDB'][obj_id]['location']
this_obj = gD.gameDB['objectsDB'][obj_id]
# Get all Object Commands
obj_cmds = ctrls.get_ObjectCommands(this_obj)
# User referenced a VALID object WITHOUT putting
# an action command - So give them help
if cmd_ref == None:
renderers.render_objectHelp(obj_cmds, this_obj['name'])
return False # exit this function
else:
de.bug(1, "INVALID OBJ", obj_ref)
############## COMMANDS THAT REQUIRE NO OBJECT ################
if cmd_ref in gD.gameDB['actionCmds']['exploreCmds'] and obj == None:
### == generic explore COMMANDS: look / search etc ====
# give user feedback on their command
ctrls.printText(None, cmd_ref)
return True # exit this function, we're done here
if via_ref:
### == navigation COMMANDS w/ VIA e.g. 'go in', 'get in' =========
if cmd_ref in ('get', 'go', 'walk'):
de.bug(3, "We have a VIA movement type of command!", cmd_ref, jun,
via)
#TODO: Handle changing location with a cmd, jun, via input
######### NOT COMPLETE NEED RENDER TEXT TO HANDLE THIS ##
# Needs to handle changing location using the via
########################################################
############## COMMANDS THAT NEED AN OBJECT ################
if obj_ref:
# if obj_ref != None, but gD.INPUT_VARS['THIS_OBJ']['ref-id'] == None:
## This means that the command is invalid for the object
# so throw that error "You can't X the Y"
if obj_id == None:
de.bug(1, "INVALID obj", obj_ref, ". You can't", cmd_ref,
"this object")
### We are no longer checking if object at location before this
# So GET for example, needs to check if INPUT_VARS['THIS_OBJ']['obj-loc'] == gD.CURRENTLOC
# And put needs to check obj in INV
# And any other cmd that requires obj to be local needs to CHECK
### == specific explore COMMANDS: look in / under etc ====
if cmd_ref in gD.gameDB['actionCmds']['exploreCmds']:
# check object access state
ob_access = ctrls.get_ObjectState(this_obj, 'access')
de.bug(4, "ob_access is:", ob_access)
# GET the contained objects
ids, descs, t = ctrls.get_ObjectContents(obj_id)
## check if object permissions prevent action
if ob_access == "unlocked":
# ADD the object to the world local objects
ctrls.update_WorldState(obj_id, False, 'add')
de.bug(1, "contained objects", descs)
# full or empty container?
if len(descs) > 0:
# feedback to player what they have discovered
ctrls.printText([descs, this_obj['name']], "contained by")
else:
ctrls.printText(this_obj['name'], 'container empty')
elif ob_access == "locked":
# feedback to player about the req object
renderers.render_objectActions(this_obj, cmd_ref, "locked_by")
# does player have the req object?
this_via_obj = gD.gameDB['objectsDB'][this_obj['permissions']
['locked_by']]
if ctrls.get_InventorySlot(this_via_obj) == False:
ctrls.printText(this_via_obj['name'], 'not in inv')
### == examine COMMANDS: look at, examine etc. =============
elif cmd_ref in gD.gameDB['actionCmds']['examineCmds']:
d = [this_obj['desc'], ctrls.get_ObjectState(this_obj, s='access')]
### FIX THIS #################
# Combine these two printText renders into one
# show object description
ctrls.printText(d, 'look at')
# bit of a hack this... add obj name to end of obj_cmds
# for renderer to .pop() off afterwards
obj_cmds.append(this_obj['name'])
ctrls.printText(obj_cmds, 'examine')
### == search COMMANDS: look for, where etc ===========
elif cmd_ref in gD.gameDB['actionCmds']['searchCmds']:
# show both obj desc and loc together
ctrls.printText([obj_desc, obj_locdesc], cmd_ref)
### == get, put, use, int COMMANDS =====================
# check legal action for the object
elif cmd_ref in obj_cmds:
### == get command add object to inventory ============
# check all get aliases
for i in gD.gameDB['actionCmds']['getCmds']:
if cmd_ref == i:
# GET the contained objects
ids, descs, t = ctrls.get_ObjectContents(obj_id)
de.bug(4, "these contained objs", ids,
"this containment type", t, "this_obj", this_obj)
# add obj to inv & ctrls.update_WorldState
if ctrls.update_Inventory(obj_id, "add") != False:
# render feedback to player
renderers.render_objectActions(this_obj, cmd_ref,
"get-take")
# render the player inventory
renderers.render_charInventory()
# update child object state & get parent container
p = ctrls.update_ObjectState(obj_id, this_obj, cmd_ref)
# update parent container state using returned "p"
if p != None:
ctrls.update_ObjectState(obj_id, this_obj,
'un_contain', p)
# finally REMOVE the contained items from the world
# because they are now in player inventory
ctrls.update_WorldState(ids, t, 'remove')
else:
# trying to add obj ALREADY in inv
ctrls.printText(this_obj['name'], 'already in inv')
### == put command remove object from inventory =========
#TODO: Need a more complex "put ... in... " version where this_obj
# gets added to a new parent_container, not to local Objects
# see 'get' above for handling parents vs local world objects
# check all put aliases
for i in gD.gameDB['actionCmds']['putCmds']:
if cmd_ref == i:
# remove obj from inv
if ctrls.update_Inventory(obj_id, "remove") != False:
# is there a VIA object for the action?
if via != None: # put something IN somewhere (VIA)
# update parent container (via) state
ctrls.update_ObjectState(obj_id, this_obj, 'add',
via_id)
else: # simple put/drop command
# render feedback to player
renderers.render_objectActions(
this_obj, cmd_ref, "put-leave")
# ADD the object to the world local objects
ctrls.update_WorldState(obj_id, False, 'add')
# render the player inventory
renderers.render_charInventory()
else:
# trying to remove obj not in inv
ctrls.printText(this_obj['name'], 'not in inv')
### == open/unlock command do object custom action =============
if cmd_ref in ("open", "unlock"):
# check object access state
ob_access = ctrls.get_ObjectState(this_obj, s='access')
de.bug(4, "ob_access is:", ob_access)
if ob_access == 'locked':
# check if object permissions prevent action
can_open = ctrls.get_ObjectPermissions(this_obj)
de.bug(4, "lock perms are", can_open)
if can_open in ("ok", "unlocked",
"has-req-obj"): # obj not locked
# render feedback to player
renderers.render_objectActions(
this_obj, cmd_ref, can_open,
this_obj['permissions']['locked_by'])
# update object state
ctrls.update_ObjectState(obj_id, this_obj, cmd_ref)
else:
# feedback access state of object to player
renderers.render_objectActions(this_obj, cmd_ref,
can_open)
# player does not have the req object
this_via = gD.gameDB['objectsDB'][obj_id][
'permissions']['locked_by']
if ctrls.get_InventorySlot(this_via) == False:
ctrls.printText(
gD.gameDB['objectsDB'][this_via]['name'],
'not in inv')
else:
# not locked => can open: update object state
ctrls.update_ObjectState(obj_id, this_obj, cmd_ref)
### == close/lock command do object custom action =============
elif cmd_ref in ("lock", "close"):
# check object access state
ob_access = ctrls.get_ObjectState(this_obj, s='access')
de.bug(4, "ob_access is:", ob_access)
if ob_access == 'unlocked':
# check if object permissions prevent action
can_close = ctrls.get_ObjectPermissions(this_obj)
de.bug(4, "lock perms are", can_close)
if can_close == "has-req-obj":
# render feedback to player
renderers.render_objectActions(
this_obj, cmd_ref, can_close,
this_obj['permissions']['unlocked_by'])
# update object state
ctrls.update_ObjectState(obj_id, this_obj, cmd_ref)
else:
# render object state feedback to player
renderers.render_objectActions(this_obj, cmd_ref,
can_close)
# player does not have the req object
this_via = gD.gameDB['objectsDB'][
this_obj['permissions']['unlocked_by']]
if ctrls.get_InventorySlot(this_via) == False:
ctrls.printText(this_via['name'], 'not in inv')
else:
# feedback to player object already locked
ctrls.printText(this_obj['name'], 'already locked')
### == use command do object custom action =============
elif cmd_ref == "use":
# check used obj is in player inv
if ctrls.get_InventorySlot(this_obj) != False:
# no target, singleton "use"
if via != None:
#TODO: The USE command and results of it
## INCOMPLETE . JUST ALL OF THIS!!
# check object STATE
ctrls.update_ObjectState(obj_id, this_obj, cmd_ref)
de.bug("use key on -", via)
#use key on box
# renderers.render_objectActions(o, cmd, cmd)
# check correct req obj for obj
# do something now the obj is used
# for example a box display stuff inside
else:
# use key - "use key on what?"
# render feedback to player
renderers.render_objectActions(this_obj, cmd_ref,
cmd_ref)
else:
# trying to use obj not in inv
ctrls.printText(this_obj['name'], 'not in inv')
else:
# must be an illegal command for this object
# feedback 'you can't do that to this object'
t = "illegal"
renderers.render_objectActions(this_obj, cmd_ref, t)
# IF ALL ELSE FAILS cmd is a singleton, show correct actionHelp feedback
if cmd != None and obj == None and via == None:
renderers.render_actionHelp(cmd_ref)
def update_ObjectState(obj_id, o, cmd_ref, p=None):
# p is the parent container, optional param
# reset values
o_s = o['state']
# == Simple state changes ==================================
if cmd_ref == 'un_contain':
de.bug(5, "Want to un-parent this:", obj_id, "from this:",
gD.gameDB['objectsDB'][p]['state']['contains'])
gD.gameDB['objectsDB'][p]['state']['contains'].remove(obj_id)
elif cmd_ref == 'add':
de.bug(5, "Adding", obj_id, "to", p)
gD.gameDB['objectsDB'][p]['state']['contains'].append(obj_id)
# == GET/PUT COMMANDS =============================================
## If object is contained, change its state to not-contained and
# return the parent object for future processing
elif cmd_ref in gD.gameDB['actionCmds']['getCmds']:
if len(o_s):
for s, t in o_s.items():
if s == 'contained_by':
# get parent container
p = gD.gameDB['objectsDB'][obj_id]['state']['contained_by']
# remove contained by state as the object is now
# out of its container and into the world
del gD.gameDB['objectsDB'][obj_id]['state']['contained_by']
# return requirement to update parent container
return p
# == OPEN/UNLOCK COMMANDS ==========================================
elif cmd_ref in ('open', 'unlock'): # open, unlock etc.
if len(o_s):
# change STATE and PERMISSIONS of object
if 'access' in o_s:
# RENAME the 'locked' state to 'unlocked'
gD.gameDB['objectsDB'][obj_id]['state']['access'] = 'unlocked'
# RENAME the permissions field
# so a record of the locking item is kept (for re-locking)
if 'locked_by' in o['permissions']:
gD.gameDB['objectsDB'][obj_id]['permissions'][
'unlocked_by'] = gD.gameDB['objectsDB'][obj_id][
'permissions']['locked_by']
del gD.gameDB['objectsDB'][obj_id]['permissions'][
'locked_by']
de.bug(5, "changed state of", obj_id, "to",
gD.gameDB['objectsDB'][obj_id]['state']['access'], "and",
gD.gameDB['objectsDB'][obj_id]['permissions'])
if 'contains' in o_s:
# GET the contained objects
ids, descs, t = get_ObjectContents(obj_id)
# ADD the contained items to the game world
update_WorldState(ids, t, 'add')
# feedback to player the objects they have discovered
if t == "in":
printText([descs, o['name']], "contained by")
elif t == "via":
printText([descs, o['name']], "seen through")
# == CLOSE/LOCK COMMANDS ==========================================
elif cmd_ref in ('close', 'lock'): # close, lock etc.
if len(o_s):
# have to do contents removal first, because otherwise
# the box is locked and contents are inaccessible! :D
if 'contains' in o_s:
# GET the contained objects
ids, descs, t = get_ObjectContents(obj_id)
# ADD the contained items to the game world
update_WorldState(ids, t, 'remove')
if 'access' in o_s:
# RENAME the 'unlocked' state to 'locked'
gD.gameDB['objectsDB'][obj_id]['state']['access'] = 'locked'
# RENAME the permissions field
# so a record of the locking item is kept (for un-locking)
if 'unlocked_by' in o['permissions']:
gD.gameDB['objectsDB'][obj_id]['permissions'][
'locked_by'] = gD.gameDB['objectsDB'][obj_id][
'permissions']['unlocked_by']
del gD.gameDB['objectsDB'][obj_id]['permissions'][
'unlocked_by']
de.bug(5, "changed state of", obj_id, "to",
gD.gameDB['objectsDB'][obj_id]['state']['access'], "and",
gD.gameDB['objectsDB'][obj_id]['permissions'])