def tell(params, mud, playersDB, players, rooms, npcsDB, npcs, itemsDB, items,
envDB, env, eventDB, eventSchedule, id, fights, corpses):
told = False
target = params.partition(' ')[0]
message = params.replace(target, "")[1:]
if len(target) != 0 and len(message) != 0:
for p in players:
if players[p]['authenticated'] != None and players[p][
'name'].lower() == target.lower():
#print("sending a tell")
if players[id]['name'].lower() == target.lower():
mud.send_message(
id,
"It'd be pointless to send a tell message to yourself")
told = True
break
else:
addToScheduler(
"0|msg|<f90>From " + players[id]['name'] + ": " +
message, p, eventSchedule, eventDB)
mud.send_message(
id, "<f90>To " + players[p]['name'] + ": " + message)
told = True
break
if told == False:
mud.send_message(
id, "<f32>" + target +
"<r> does not appear to be reachable at this moment.")
else:
mud.send_message(id, "Huh?")
def go(params, mud, playersDB, players, rooms, npcsDB, npcs, itemsDB, items,
envDB, env, eventDB, eventSchedule, id, fights, corpses):
if players[id]['canGo'] == 1:
# store the exit name
ex = params.lower()
# store the player's current room
rm = rooms[players[id]['room']]
# if the specified exit is found in the room's exits list
if ex in rm['exits']:
# go through all the players in the game
for (pid, pl) in list(players.items()):
# if player is in the same room and isn't the player
# sending the command
if players[pid]['room'] == players[id]['room'] \
and pid != id:
# send them a message telling them that the player
# left the room
mud.send_message(
pid, '<f32>{}<r> left via exit {}'.format(
players[id]['name'], ex))
# Trigger old room eventOnLeave for the player
if rooms[players[id]['room']]['eventOnLeave'] is not "":
addToScheduler(int(rooms[players[id]['room']]['eventOnLeave']),
id, eventSchedule, eventDB)
# update the player's current room to the one the exit leads to
players[id]['room'] = rm['exits'][ex]
rm = rooms[players[id]['room']]
# Clear player's target
players[id]['target'] = None
# Stop any fights where player is the aggressor
#players[id]['isInCombat'] = 0
fightsCopy = deepcopy(fights)
for (fid, pl) in list(fightsCopy.items()):
if fightsCopy[fid]['s1'].lower() == players[id]['name'].lower(
):
del fights[fid]
# trigger new room eventOnEnter for the player
if rooms[players[id]['room']]['eventOnEnter'] is not "":
addToScheduler(int(rooms[players[id]['room']]['eventOnEnter']),
id, eventSchedule, eventDB)
# go through all the players in the game
for (pid, pl) in list(players.items()):
# if player is in the same (new) room and isn't the player
# sending the command
if players[pid]['room'] == players[id]['room'] \
and pid != id:
# send them a message telling them that the player
# entered the room
# mud.send_message(pid, '{} arrived via exit {}|'.format(players[id]['name'], ex))
mud.send_message(
pid,
'<f32>{}<r> has arrived.'.format(players[id]['name']))
# send the player a message telling them where they are now
#mud.send_message(id, 'You arrive at {}'.format(players[id]['room']))
mud.send_message(
id, 'You arrive at <f106>{}'.format(
rooms[players[id]['room']]['name']))
else:
# the specified exit wasn't found in the current room
# send back an 'unknown exit' message
mud.send_message(id, "Unknown exit <f226>'{}'".format(ex))
else:
mud.send_message(id, 'Somehow, your legs refuse to obey your will.')
for l in lines[1:]:
if len(l) > 0:
scriptedEventsDB.append([lines[0]] + l.split('|'))
#print(lines)
f.close()
log("Scripted Events loaded: " + str(counter), "info")
# Load registered players DB
playersDB = loadPlayersDB()
log("Registered player accounts loaded: " + str(len(playersDB)), "info")
# Execute Reserved Event 1 and 2
# Using -1 for target since no players can be targeted with an event at this time
log("Executing boot time events", "info")
addToScheduler(1, -1, eventSchedule, scriptedEventsDB)
addToScheduler(2, -1, eventSchedule, scriptedEventsDB)
addToScheduler(3, -1, eventSchedule, scriptedEventsDB)
# Declare number of seconds to elapse between State Saves
# A State Save takes values held in memory and updates the database
# at set intervals to achieve player state persistence
stateSaveInterval = int(Config.get('World', 'StateSaveInterval'))
log("State Save interval: " + str(stateSaveInterval) + " seconds", "info")
# Set last state save to 'now' on server boot
lastStateSave = int(time.time())
# Deepcopy npcs fetched from a database into a master template
npcsTemplate = deepcopy(npcs)