def handle_input(result, error):
if result is not None:
windows.manager.get_active().entered_text(result)
elif isinstance(error, EOFError):
windows.manager.exit()
return
ui.fork(handle_input, raw_input)
def on_connect(self, result, error):
if error:
self.disconnect(error=error[1])
# we should immediately retry if we failed to open the socket and
# there are hosts left
if self.status == DISCONNECTED and not self.failedlasthost:
windows.get_default(
self,
self.core.manager).write("* Retrying with next available host")
self.connect()
else:
self.source = source = ui.Source()
self.status = INITIALIZING
self.failedhosts[:] = ()
self.events.trigger('SocketConnect', network=self)
if source.enabled:
self.source = ui.fork(self.on_read, self.socket.recv, 8192)
# Auto join channels on connect
for channel in self.core.channels:
self.core.run_command("/join %s" % channel)
for channelother in self.core.channels:
self.core.run_command("/join %s" % channelother)
def connect(self):
if not self.status:
self.status = CONNECTING
self.source = ui.fork(self.on_dns, socket.getaddrinfo, self.server, self.port, 0, socket.SOCK_STREAM)
events.trigger('Connecting', network=self)
def connect(self):
if not self.status:
self.status = CONNECTING
self.source = ui.fork(self.on_dns, socket.getaddrinfo, self.server,
self.port, 0, socket.SOCK_STREAM)
self.events.trigger('Connecting', network=self)
def on_dns(self, result, error):
if error:
self.disconnect(error=error[1])
else:
#import os
#import random
#random.seed()
#random.shuffle(result)
if socket.has_ipv6: #prefer ipv6
result = [(f, t, p, c, a) for (f, t, p, c, a) in result
if f == socket.AF_INET6] + result
elif hasattr(socket, "AF_INET6"): #ignore ipv6
result = [(f, t, p, c, a) for (f, t, p, c, a) in result
if f != socket.AF_INET6]
self.failedlasthost = False
for f, t, p, c, a in result:
if (f, t, p, c, a) not in self.failedhosts:
try:
self.socket = socket.socket(f, t, p)
except:
continue
self.source = ui.fork(self.on_connect, self.socket.connect,
a)
self.failedhosts.append((f, t, p, c, a))
if set(self.failedhosts) >= set(result):
self.failedlasthost = True
break
else:
self.failedlasthost = True
if len(result):
self.failedhosts[:] = (f, t, p, c, a),
f, t, p, c, a = result[0]
try:
self.socket = socket.socket(f, t, p)
self.source = ui.fork(self.on_connect,
self.socket.connect, a)
except:
self.disconnect(
error="Couldn't find a host we can connect to")
else:
self.disconnect(
error="Couldn't find a host we can connect to")
def on_dns(self, result, error):
if error:
self.disconnect(error=error[1])
else:
#import os
#import random
#random.seed()
#random.shuffle(result)
if socket.has_ipv6: #prefer ipv6
result = [(f, t, p, c, a) for (f, t, p, c, a) in result if f == socket.AF_INET6]+result
elif hasattr(socket,"AF_INET6"): #ignore ipv6
result = [(f, t, p, c, a) for (f, t, p, c, a) in result if f != socket.AF_INET6]
self.failedlasthost = False
for f, t, p, c, a in result:
if (f, t, p, c, a) not in self.failedhosts:
try:
self.socket = socket.socket(f, t, p)
except:
continue
self.source = ui.fork(self.on_connect, self.socket.connect, a)
self.failedhosts.append((f, t, p, c, a))
if set(self.failedhosts) >= set(result):
self.failedlasthost = True
break
else:
self.failedlasthost = True
if len(result):
self.failedhosts[:] = (f, t, p, c, a),
f, t, p, c, a = result[0]
try:
self.socket = socket.socket(f, t, p)
self.source = ui.fork(self.on_connect, self.socket.connect, a)
except:
self.disconnect(error="Couldn't find a host we can connect to")
else:
self.disconnect(error="Couldn't find a host we can connect to")
def on_read(self, result, error):
if error:
self.disconnect(error=error[1])
elif not result:
self.disconnect(error="Connection closed by remote host")
else:
self.source = source = ui.Source()
self.buffer = (self.buffer + result).split("\r\n")
for line in self.buffer[:-1]:
self.got_msg(line)
if self.buffer:
self.buffer = self.buffer[-1]
else:
self.buffer = ''
if source.enabled:
self.source = ui.fork(self.on_read, self.socket.recv, 8192)
def on_read(self, result, error):
if error:
self.disconnect(error=error[1])
elif not result:
self.disconnect(error="Connection closed by remote host")
else:
self.source = source = ui.Source()
self.buffer = (self.buffer + result).split("\r\n")
for line in self.buffer[:-1]:
self.got_msg(line)
if self.buffer:
self.buffer = self.buffer[-1]
else:
self.buffer = ''
if source.enabled:
self.source = ui.fork(self.on_read, self.socket.recv, 8192)
def on_connect(self, result, error):
if error:
self.disconnect(error=error[1])
#we should immediately retry if we failed to open the socket and there are hosts left
if self.status == DISCONNECTED and not self.failedlasthost:
windows.get_default(self, self.core.manager).write(
"* Retrying with next available host")
self.connect()
else:
self.source = source = ui.Source()
self.status = INITIALIZING
self.failedhosts[:] = ()
self.events.trigger('SocketConnect', network=self)
if source.enabled:
self.source = ui.fork(self.on_read, self.socket.recv, 8192)
# Auto join channels on connect
for channel in self.core.channels:
self.core.run_command("/join %s" % channel)
import windows
active_window = None
def handle_input(result, error):
if result is not None:
windows.manager.get_active().entered_text(result)
elif isinstance(error, EOFError):
windows.manager.exit()
return
ui.fork(handle_input, raw_input)
def onActive(e):
global active_window
if active_window != e.window.id:
active_window = e.window.id
print "Active window is now %s" % e.window.id
def onCommandW(e):
if len(e.args) >= 1:
for window in windows.manager:
if window.id == e.args[0]:
window.activate()
break
else:
print "Active window is now %s" % windows.get_active().id
ui.fork(handle_input, raw_input)