def signal_handler(signal, frame):
# This is where we clean up the server.
log('Cleaning up the world...')
WORLD._cleanup() # The cleanup function runs a web of cleanup functions to secure all information before shutting down.
SERVER.poll()
log('Shutdown complete.')
sys.exit(0)
def broadcast(self, key, modifiers):
# Broadcast a message to all users of the MUD.
if (self.PLAYERS[key].ROLE > 1):
# Restrict this command to mods and admins.
if (len(modifiers) > 0):
# They specified a message to broadcast.
message = ' '.join(
modifiers) # Compile the list back into a string.
for key in self.PLAYERS.keys():
# Send the message to each user.
self.PLAYERS[key].send(message)
log(
'%s broadcast message: %s' % (key, message), '!'
) # Log about it, since this isn't something to take lightly.
self.PLAYERS[key].set_tick_delay(
3
) # Force a 3-tick delay before the next command, to avoid spam.
else:
# They didn't include a message!
self.PLAYERS[key].send(
'You must specify a message to broadcast!')
else:
# This person isn't an admin or mod.
self.PLAYERS[key].send(
'You must be a moderator or admin to broadcast messages.')
def save(self):
# Save the zone to its .nfo file.
if(self.SETTINGS == []):
# If there are no settings, save 'none'.
settings = 'none'
else:
# Otherwise, link 'em up.
settings = ','.join(self.SETTINGS)
lines = [
# The lines we'll be writing to the save file.
'# Zone settings.',
'settings:%s' % (settings),
'',
"# A description of the zone. Ends with '---'.",
'description:',
'%s' % (self.DESC),
'---'
]
# Now that we've formatted our lines, let's write the file.
zone_name = '%s.%s' % (self.ID, self.NAME)
file_name = '%s.nfo' % (zone_name)
path = 'world/zones/%s/%s' % (zone_name, file_name)
nfo_file = open(path,'w') # Open the file.
for line in lines:
# Write each line.
nfo_file.write('%s\n' % (line))
nfo_file.close() # Close the file.
log('Zone saved: %s.%s' % (self.ID, self.NAME), '<')
def _loop(self):
# This happens repeatedly, at an increment designated by self.TICK_LENGTH.
self._kick_idle() # First, get rid of idle players.
for key in self.PLAYERS.keys():
# Now we need to check for newly authenticated users.
if self.PLAYERS[key].STATE == "authenticated":
# This player has completed login and needs to be placed in their beginning room.
self._move(key, self.PLAYERS[key].ROOM) # Move the player.
self.PLAYERS[key].state_change("live") # Make them live.
log("%s logged in as %s." % (key, self.PLAYERS[key].NAME)) # Log about it.
for key in self.PLAYERS.keys():
# Now, update every player and get their latest action, if applicable.
update = self.PLAYERS[key].process_input()
if update != "":
# If they returned a legitimate action, append it to the list of updates for processing.
self.UPDATES.append((key, update))
# Next we need to process all updates from all ticks executed thus far.
self._update() # Get 'er dunn.
# Finally, we need to see if it's time for another tick.
now = time.time() # Get the time.
if now > self.NEXT_TICK:
# We're ready.
self._tick()
def load(self):
# Load the room from save-file.
shortname = '%s.%s.room' % (self.ID, self.NAME) # Get the filename.
longname = 'world/zones/%s/rooms/%s' % (self.ZONE, shortname) # Get the entire file path.
lines = open(longname, 'r').read().split('\n') # Read the lines from the file.
self.EXITS = {} # Reset the exit list.
while(len(lines) > 0):
# Process each line.
line = lines.pop(0) # Grab a line.
if(line.split(':')[0] == 'settings'):
# Read the settings line.
settings = line.split(':')[1]
if(settings == ['none']):
self.SETTINGS = []
else:
self.SETTINGS = settings.split(',')
elif(line.split(':')[0] == 'description'):
# Get the room description.
desc = lines.pop(0) # Set the description.
line = lines.pop(0) # Get the next line.
while(line != '---'):
# Continue adding lines until we're through.
desc = '%s\n%s' % (desc, line) # Append the next line.
line = lines.pop(0) # Then grab another.
self.DESC = desc
elif(line.split(':')[0][:4] == 'exit'):
# We've got an exit.
exit_name = line.split(':')[0][5:] # Get the name of the exit.
exit_room = line.split(':')[1] # Get the room to which the exit leads.
self.EXITS[exit_name] = exit_room # Add the exit information to our list.
if(LOG_FILE_ACCESS):
log('Room loaded: %s.%s' % (self.ID, self.NAME), '>')
def _loop(self):
# This happens repeatedly, at an increment designated by self.TICK_LENGTH.
self._kick_idle() # First, get rid of idle players.
for key in self.PLAYERS.keys():
# Now we need to check for newly authenticated users.
if (self.PLAYERS[key].STATE == 'authenticated'):
# This player has completed login and needs to be placed in their beginning room.
self._move(key, self.PLAYERS[key].ROOM) # Move the player.
self.PLAYERS[key].state_change('live') # Make them live.
log('%s logged in as %s.' %
(key, self.PLAYERS[key].NAME)) # Log about it.
for key in self.PLAYERS.keys():
# Now, update every player and get their latest action, if applicable.
update = self.PLAYERS[key].process_input()
if (update != ''):
# If they returned a legitimate action, append it to the list of updates for processing.
self.UPDATES.append((key, update))
# Next we need to process all updates from all ticks executed thus far.
self._update() # Get 'er dunn.
# Finally, we need to see if it's time for another tick.
now = time.time() # Get the time.
if (now > self.NEXT_TICK):
# We're ready.
self._tick()
def post(self):
"""function:处理post请求"""
try:
log("[CheckPortHandler][post]start process...")
f_data = {"code":0,"msg":"OK","details":[]}
r_data = self.request.body
r_data = json.loads(r_data)
#step-1:check params
r_result,r_msg = self.check_params(r_data)
if not r_result:
f_data["code"] = 1
f_data["msg"] = r_msg
else:
chk_obj = CheckPort()
#step-2:check port
f_details = []
r_info_device = r_data.get("body",{}).get("data",{}).get("info_list",[])
for index, item in enumerate(r_info_device):
rc_result = chk_obj.check_telnet(item.get("ip"),item.get("port"))
rc_result = 1 if rc_result else 0
f_details.append({"ip":item.get("ip"),"port":item.get("port"),"result":rc_result})
f_data["details"] = f_details
except Exception,e:
print traceback.format_exc()
code = 100
msg = str(e)
f_data = {"code":code,"msg":msg}
def signal_handler(signal, frame):
# This is where we clean up the server.
log('Cleaning up the world...')
WORLD._cleanup(
) # The cleanup function runs a web of cleanup functions to secure all information before shutting down.
SERVER.poll()
log('Shutdown complete.')
sys.exit(0)
def _kick_idle(self):
# Check for idle clients, then drop them.
for key in self.PLAYERS.keys():
# For each player,
if self.PLAYERS[key].CLIENT.idle() > 300:
# If it's been idle for more than 5 minutes,
self.PLAYERS[key].CLIENT.active = False # Set it as inactive,
log("%s timed out." % self.PLAYERS[key].ID) # then log about it.
def _move(self, key, rm):
# Move player or mob (key) to room designation (rm).
# First, we determine where they are, and where they're going.
current = self.PLAYERS[key].ROOM # Find out where they are.
current_zone = current.split(".")[0] # Then get the zone
current_room = current.split(".")[1] # and the room.
target_zone = rm.split(".")[0] # Next, find out where they're going. Zone,
target_room = rm.split(".")[1] # and room.
try:
# The following tests if the target is a valid room. If this crashes, the target is reset to 0.0.
target = self.ZONES[target_zone].ROOMS[target_room].ID
except:
# Be sure to let the admins know that there was a problem.
log(
"%s (%s) attempted entry into invalid room %s." % (self.PLAYERS[key].ID, self.PLAYERS[key].NAME, rm),
"!",
)
# Then reset the target zone and room.
target_zone = "0"
target_room = "0"
rm = "0.0"
try:
# Likewise, this performs a sanity check on the current room. If this crashes, the current room is reset to 0.0.
target = self.ZONES[current_zone].ROOMS[current_room].ID
except:
# Let the admins know.
log(
"%s (%s) attempted to exit invalid room %s." % (self.PLAYERS[key].ID, self.PLAYERS[key].NAME, current),
"!",
)
# Then reset the current zone and room.
current_zone = "0"
current_room = "0"
current = "0.0"
removed = (
self.ZONES[current_zone].ROOMS[current_room].drop_player(key)
) # Remove the player from their current room.
if removed: # This only happens if the player actually existed in the room they were dropped from.
# Tell everyone in the room of that player's departure.
exit_name = self._get_exit_name(current, rm) # Figure out the name of the exit the player took.
for player in self.ZONES[current_zone].ROOMS[current_room].PLAYERS.keys():
# For every player still in the room, let them know of the player's movement.
self.PLAYERS[player].send("%s departed to the %s." % (self._key2name(key), exit_name))
# Now, tell everyone in the new room of that player's arrival.
for player in self.ZONES[target_zone].ROOMS[target_room].PLAYERS.keys():
# For every player in the new room, let them know of the player's arrival.
self.PLAYERS[player].send("%s has arrived." % (self._key2name(key)))
self.ZONES[target_zone].ROOMS[target_room].add_player(
key, self._key2name(key)
) # Add the player to the new room.
self.PLAYERS[key].ROOM = rm # Set their room to the room they moved to.
self.look(key, []) # This will show the user their new surroundings.
def shutdown(self, key, modifiers):
# The user hopes to shut down the server.
if self.PLAYERS[key].ROLE == 2:
# Restrict this command to admins.
log("%s issued the command to shutdown." % key, "!")
self._cleanup()
else:
# They're not allowed.
self.PLAYERS[key].send("You must be an admin to shutdown the server.")
def _kick_idle(self):
# Check for idle clients, then drop them.
for key in self.PLAYERS.keys():
# For each player,
if (self.PLAYERS[key].CLIENT.idle() > 300):
# If it's been idle for more than 5 minutes,
self.PLAYERS[key].CLIENT.active = False # Set it as inactive,
log('%s timed out.' %
self.PLAYERS[key].ID) # then log about it.
def __init__(self):
# Create the world.
self.COMMANDS = [] # This will become the list of commands.
self.NEXT_TICK = time.time(
) # Set the time for the next tick. (In this case, immediately.)
for item in dir(self):
# Scan every item in the world class.
if ((item[0] != '_') and hasattr(getattr(self, item), '__call__')):
# Find all the public commands, then add them to a list.
self.COMMANDS.append(item)
# Load zones.
self.ZONES = {}
file_list = glob.glob(
'world/zones/*.*/') # Get a list of all zone folders.
for item in file_list:
# For each folder found, load that zone.
z = zone.zone(item)
self.ZONES[z.ID] = z # Append it to the list of zones.
# Sanity check all rooms and exits.
log('Performing sanity check...')
rooms = []
exits = []
# Compile a list of all room designators and all exits from all rooms.
for z in self.ZONES.keys():
for r in self.ZONES[z].ROOMS.keys():
# For each room in each zone, append that room's designator to the list of rooms.
rooms.append('%s.%s' % (z, r))
for item in self.ZONES[z].ROOMS[r].exits():
des = self.ZONES[z].ROOMS[r].EXITS[item]
if (des not in exits):
exits.append(des)
# then see if any exist in the exits that aren't in the rooms.
failures = []
for item in exits:
if (item not in rooms):
failures.append(item)
if (len(failures) > 0):
log('Sanity check failed. Undefined rooms:', '!')
log(' '.join(failures), '!')
self.ALIVE = False
else:
log('Sanity check passed!')
# Now load up our list of custom emotes.
self.EMOTES = {} # Initialize the empty list.
lines = open('world/text/emotes.txt', 'r').read().split(
'\n') # Read the emotes file into lines.
for line in lines:
parts = line.split(':')
if (len(parts) == 3):
# The current line is an emotion definition.
self.EMOTES[parts[0]] = (
parts[1], parts[2]
) # Parts[1] is the aimless emote, parts[2] is the targeted emote.
log('%d emotes loaded.' % (len(self.EMOTES)), '>')
def reboot(self, key, modifiers):
# The user wants to reboot the server.
if self.PLAYERS[key].ROLE == 2:
# Restrict this command to admins.
log("%s issued the command to reboot." % key, "!")
self.ALIVE = "reboot"
self._cleanup()
else:
# They're not allowed.
self.PLAYERS[key].send("You must be an admin to reboot the server.")
def shutdown(self, key, modifiers):
# The user hopes to shut down the server.
if (self.PLAYERS[key].ROLE == 2):
# Restrict this command to admins.
log('%s issued the command to shutdown.' % key, '!')
self._cleanup()
else:
# They're not allowed.
self.PLAYERS[key].send(
'You must be an admin to shutdown the server.')
def __init__(self):
# Create the world.
self.COMMANDS = [] # This will become the list of commands.
self.NEXT_TICK = time.time() # Set the time for the next tick. (In this case, immediately.)
for item in dir(self):
# Scan every item in the world class.
if (item[0] != "_") and hasattr(getattr(self, item), "__call__"):
# Find all the public commands, then add them to a list.
self.COMMANDS.append(item)
# Load zones.
self.ZONES = {}
file_list = glob.glob("world/zones/*.*/") # Get a list of all zone folders.
for item in file_list:
# For each folder found, load that zone.
z = zone.zone(item)
self.ZONES[z.ID] = z # Append it to the list of zones.
# Sanity check all rooms and exits.
log("Performing sanity check...")
rooms = []
exits = []
# Compile a list of all room designators and all exits from all rooms.
for z in self.ZONES.keys():
for r in self.ZONES[z].ROOMS.keys():
# For each room in each zone, append that room's designator to the list of rooms.
rooms.append("%s.%s" % (z, r))
for item in self.ZONES[z].ROOMS[r].exits():
des = self.ZONES[z].ROOMS[r].EXITS[item]
if des not in exits:
exits.append(des)
# then see if any exist in the exits that aren't in the rooms.
failures = []
for item in exits:
if item not in rooms:
failures.append(item)
if len(failures) > 0:
log("Sanity check failed. Undefined rooms:", "!")
log(" ".join(failures), "!")
self.ALIVE = False
else:
log("Sanity check passed!")
# Now load up our list of custom emotes.
self.EMOTES = {} # Initialize the empty list.
lines = open("world/text/emotes.txt", "r").read().split("\n") # Read the emotes file into lines.
for line in lines:
parts = line.split(":")
if len(parts) == 3:
# The current line is an emotion definition.
self.EMOTES[parts[0]] = (
parts[1],
parts[2],
) # Parts[1] is the aimless emote, parts[2] is the targeted emote.
log("%d emotes loaded." % (len(self.EMOTES)), ">")
def reboot(self, key, modifiers):
# The user wants to reboot the server.
if (self.PLAYERS[key].ROLE == 2):
# Restrict this command to admins.
log('%s issued the command to reboot.' % key, '!')
self.ALIVE = 'reboot'
self._cleanup()
else:
# They're not allowed.
self.PLAYERS[key].send(
'You must be an admin to reboot the server.')
def _cleanup(self):
# Clean up the server, then shut down.
log("Saving characters...") # Log about it.
doing = "shutting down temporarily"
if self.ALIVE == "reboot":
doing = "rebooting"
else:
self.ALIVE = False
for key in self.PLAYERS.keys(): # Then tell each user, then clean them up.
self.PLAYERS[key].send("The server is %s. Please come back soon!" % doing)
self.PLAYERS[key].cleanup()
for ID in self.ZONES.keys():
# Clean up the zones.
self.ZONES[ID].cleanup()
def save(self):
# Save this character to a file.
filename = 'world/players/%s.plr' % (self.NAME) # Get the filename.
save_file = open(filename,'w') # Open the save file.
lines = [
'name:%s' % (self.NAME),
'pass:%s' % (self.PASSWORD),
'role:%d' % (self.ROLE),
'sex:%s' % (self.SEX),
'room:%s' % (self.ROOM)
]
for line in lines:
# Write the lines to the file.
save_file.write('%s\n' % (line))
save_file.close() # Close the file.
log('Character saved (%s).' % (self.NAME), '<')
def _cleanup(self):
# Clean up the server, then shut down.
log('Saving characters...') # Log about it.
doing = 'shutting down temporarily'
if (self.ALIVE == 'reboot'):
doing = 'rebooting'
else:
self.ALIVE = False
for key in self.PLAYERS.keys(
): # Then tell each user, then clean them up.
self.PLAYERS[key].send('The server is %s. Please come back soon!' %
doing)
self.PLAYERS[key].cleanup()
for ID in self.ZONES.keys():
# Clean up the zones.
self.ZONES[ID].cleanup()
def save(self):
# Save this character to a file.
filename = 'world/players/%s.plr' % (self.NAME) # Get the filename.
save_file = open(filename, 'w') # Open the save file.
lines = [
'name:%s' % (self.NAME),
'pass:%s' % (self.PASSWORD),
'role:%d' % (self.ROLE),
'sex:%s' % (self.SEX),
'room:%s' % (self.ROOM)
]
for line in lines:
# Write the lines to the file.
save_file.write('%s\n' % (line))
save_file.close() # Close the file.
log('Character saved (%s).' % (self.NAME), '<')
def __init__(self, driver, baseurl, filename):
#self.driver = driver
self.driver = driver
self.baseurl = baseurl
self.B_DIR = os.path.dirname(os.path.dirname(__file__))
self.yaml_dict = readYaml(filename).readYaml()
self.readXml = xmlUtils()
self.log = log()
def broadcast(self, key, modifiers):
# Broadcast a message to all users of the MUD.
if self.PLAYERS[key].ROLE > 1:
# Restrict this command to mods and admins.
if len(modifiers) > 0:
# They specified a message to broadcast.
message = " ".join(modifiers) # Compile the list back into a string.
for key in self.PLAYERS.keys():
# Send the message to each user.
self.PLAYERS[key].send(message)
log(
"%s broadcast message: %s" % (key, message), "!"
) # Log about it, since this isn't something to take lightly.
self.PLAYERS[key].set_tick_delay(3) # Force a 3-tick delay before the next command, to avoid spam.
else:
# They didn't include a message!
self.PLAYERS[key].send("You must specify a message to broadcast!")
else:
# This person isn't an admin or mod.
self.PLAYERS[key].send("You must be a moderator or admin to broadcast messages.")
def restore(self):
# Load the character from a file.
filename = 'world/players/%s.plr' % (self.NAME) # Get the filename.
data = open(filename,'r').read().split('\n') # Read its lines into a list.
for line in data:
setting = line.split(':')[0] # This defines what is being set.
if(setting == 'name'):
# Load the name from the list.
self.NAME = line.split(':')[1]
elif(setting == 'pass'):
# Load the password from the list.
self.PASSWORD = line.split(':')[1]
elif(setting == 'room'):
# Load the room from the list.
self.ROOM = line.split(':')[1]
elif(setting == 'sex'):
# Load the gender from the list.
self.SEX = line.split(':')[1]
elif(setting == 'role'):
# Load the role from the list.
self.ROLE = int(line.split(':')[1])
log('Character loaded (%s).' % (self.NAME), '>')
def restore(self):
# Load the character from a file.
filename = 'world/players/%s.plr' % (self.NAME) # Get the filename.
data = open(filename,
'r').read().split('\n') # Read its lines into a list.
for line in data:
setting = line.split(':')[0] # This defines what is being set.
if (setting == 'name'):
# Load the name from the list.
self.NAME = line.split(':')[1]
elif (setting == 'pass'):
# Load the password from the list.
self.PASSWORD = line.split(':')[1]
elif (setting == 'room'):
# Load the room from the list.
self.ROOM = line.split(':')[1]
elif (setting == 'sex'):
# Load the gender from the list.
self.SEX = line.split(':')[1]
elif (setting == 'role'):
# Load the role from the list.
self.ROLE = int(line.split(':')[1])
log('Character loaded (%s).' % (self.NAME), '>')
def save(self):
# Save the room to its file.
shortname = '%s.%s.room' % (self.ID, self.NAME) # Get the filename.
longname = 'world/zones/%s/rooms/%s' % (self.ZONE, shortname) # Get the entire file path.
if(self.SETTINGS == []):
settings = 'none'
else:
settings = ','.join(self.SETTINGS)
lines = [
# Define the lines of the save file.
'# Settings',
'settings:%s' % (settings),
'',
"# A description of the room. Ends with '---'.",
'description:',
'%s' % (self.DESC),
'---',
'',
'# Room exits. (zone.room)'
]
# Now let's add all the exits.
for key in self.EXITS.keys():
exit_name = 'exit.%s' % (key)
exit_room = self.EXITS[key]
lines.append('%s:%s' % (exit_name, exit_room))
# Finally, let's write the file.
room_file = open(longname, 'w') # Open the room file.
for line in lines:
# Write each line.
room_file.write('%s\n' % (line))
room_file.close() # Close the room file.
if(LOG_FILE_ACCESS):
log('Room saved: %s.%s' % (self.ID, self.NAME), '<')
_video.release()
Hooks.call('on_release', None)
# Send noise to video server
im = np.empty((720, 1080), np.uint8)
ready_frame = cv2.randn(im, (0), (99))
if __name__ == '__main__':
# Create env
global ready_frame
ready_frame = False
Hooks = hooks()
Log = log()
Filters = filters()
Request = requests_()
# Init plugins
uh(cv2, Hooks, Filters)
# First hook
Hooks.call('on_init', True)
# Set config
with open('config.json') as config_file:
cfg = Filters.call('on_config', json.load(config_file))
Hooks.call('on_setup_cfg', cfg)
def on_disconnect(client):
WORLD._drop_player(client)
log('%s disconnected.' % client.addrport(), '-')
from libs import world
import signal, sys, os
PORT = 7000 # This is the port on which the server will run.
new_log() # Start a fresh log.
""" Let's display our tagline! """
tagline = [
'/------------------------\\',
'| miniMUD v0.03 |',
'| by Christopher Steffen |',
'\\------------------------/'
]
for line in tagline:
log(line,':')
""" Now we need to initialize the world. """
log('Initializing world...')
WORLD = world.world()
""" Initialize the server. """
def on_connect(client):
WORLD._add_player(client)
log('%s connected.' % client.addrport(),'+')
def on_disconnect(client):
WORLD._drop_player(client)
log('%s disconnected.' % client.addrport(), '-')
def _move(self, key, rm):
# Move player or mob (key) to room designation (rm).
# First, we determine where they are, and where they're going.
current = self.PLAYERS[key].ROOM # Find out where they are.
current_zone = current.split('.')[0] # Then get the zone
current_room = current.split('.')[1] # and the room.
target_zone = rm.split('.')[
0] # Next, find out where they're going. Zone,
target_room = rm.split('.')[1] # and room.
try:
# The following tests if the target is a valid room. If this crashes, the target is reset to 0.0.
target = self.ZONES[target_zone].ROOMS[target_room].ID
except:
# Be sure to let the admins know that there was a problem.
log(
'%s (%s) attempted entry into invalid room %s.' %
(self.PLAYERS[key].ID, self.PLAYERS[key].NAME, rm), '!')
# Then reset the target zone and room.
target_zone = '0'
target_room = '0'
rm = '0.0'
try:
# Likewise, this performs a sanity check on the current room. If this crashes, the current room is reset to 0.0.
target = self.ZONES[current_zone].ROOMS[current_room].ID
except:
# Let the admins know.
log(
'%s (%s) attempted to exit invalid room %s.' %
(self.PLAYERS[key].ID, self.PLAYERS[key].NAME, current), '!')
# Then reset the current zone and room.
current_zone = '0'
current_room = '0'
current = '0.0'
removed = self.ZONES[current_zone].ROOMS[current_room].drop_player(
key) # Remove the player from their current room.
if (
removed
): # This only happens if the player actually existed in the room they were dropped from.
# Tell everyone in the room of that player's departure.
exit_name = self._get_exit_name(
current,
rm) # Figure out the name of the exit the player took.
for player in self.ZONES[current_zone].ROOMS[
current_room].PLAYERS.keys():
# For every player still in the room, let them know of the player's movement.
self.PLAYERS[player].send('%s departed to the %s.' %
(self._key2name(key), exit_name))
# Now, tell everyone in the new room of that player's arrival.
for player in self.ZONES[target_zone].ROOMS[target_room].PLAYERS.keys(
):
# For every player in the new room, let them know of the player's arrival.
self.PLAYERS[player].send('%s has arrived.' %
(self._key2name(key)))
self.ZONES[target_zone].ROOMS[target_room].add_player(
key, self._key2name(key)) # Add the player to the new room.
self.PLAYERS[
key].ROOM = rm # Set their room to the room they moved to.
self.look(key, []) # This will show the user their new surroundings.
def on_disconnect(client):
WORLD._drop_player(client)
log('%s disconnected.' % client.addrport(), '-')
def on_connect(client):
WORLD._add_player(client)
log('%s connected.' % client.addrport(), '+')
def load(self):
# Load the zone.
self.read_nfo() # Load the zone's nfo file.
self.load_rooms() # Load the zone's rooms.
log("Zone loaded: %s.%s" % (self.ID, self.NAME), '>')
def on_connect(client):
WORLD._add_player(client)
log('%s connected.' % client.addrport(),'+')
from miniboa import TelnetServer
from libs.log import log, new_log
from libs import world
import signal, sys, os
PORT = 7000 # This is the port on which the server will run.
new_log() # Start a fresh log.
""" Let's display our tagline! """
tagline = [
'/------------------------\\', '| miniMUD v0.03 |',
'| by Christopher Steffen |', '\\------------------------/'
]
for line in tagline:
log(line, ':')
""" Now we need to initialize the world. """
log('Initializing world...')
WORLD = world.world()
""" Initialize the server. """
def on_connect(client):
WORLD._add_player(client)
log('%s connected.' % client.addrport(), '+')
def on_disconnect(client):
WORLD._drop_player(client)
log('%s disconnected.' % client.addrport(), '-')
"template_path":os.path.join(os.path.dirname(__file__),"templates"),
"debug":True,
"autoload":True
}
class MainHandler(tornado.web.RequestHandler):
def get(self):
self.write("Hello, world")
if __name__ == "__main__":
"""
@func:服务运行入口,支持命令行输入端口
"""
try:
options.parse_command_line()
log("start server...")
print "start server...."
application = tornado.web.Application(
[
(r"/", MainHandler),
(r"/api/checkport",CheckPortHandler),
(r"/api/cmd",CmdHandler),
(r"/api/file",FileUploadHandler),
#(r"/api",APIHandler),
],**settings)
log("listen on port %s..."%(str(options.port)))
print "port listen on %s..."%(str(options.port))
application.listen(options.port)
tornado.ioloop.IOLoop.current().start()
except KeyboardInterrupt,e: