def install(server, chan_list, timeout=480):
fd = open(join(dirname(__file__), 'quote_database'), 'r')
data = fd.read()
fd.close()
list_quote = split('\n+', data)
sched.after(timeout, send_quote, False, server, chan_list, list_quote)
def run_test(n, m):
# There will be no transmission
# of data.
size = 0
for ind in xrange(n, m):
# We will not be ending data
# so it is empty.
fd = StringIO()
DccServer(fd, ind)
def connect():
for ind in xrange(n, m):
fd = StringIO()
# It will attempt to connect.
client = DccClient('localhost', ind, fd, size)
# If it fails then the DccServer spawned
# TIMEOUT correctly and there is no listening socket.
xmap(client,
CONNECT_ERR,
lambda x, ident=ind: logvar.write('Connection fail %s\n' %
ident))
# If it connects then we have done something wrong.
xmap(client,
CONNECT,
lambda x, ident=ind: logvar.write('Connected %s\n' % ident))
# It calls connect after 25 the timeout should run in 20.
sched.after(25, connect, True)
def run_test(n, m):
# There will be no transmission
# of data.
size = 0
for ind in xrange(n, m):
# We will not be ending data
# so it is empty.
fd = StringIO()
DccServer(fd, ind)
def connect():
for ind in xrange(n, m):
fd = StringIO()
# It will attempt to connect.
client = DccClient('localhost', ind, fd, size)
# If it fails then the DccServer spawned
# TIMEOUT correctly and there is no listening socket.
xmap(client,
CONNECT_ERR,
lambda x, ident=ind: logvar.write('Connection fail %s\n' % ident))
# If it connects then we have done something wrong.
xmap(client,
CONNECT,
lambda x, ident=ind: logvar.write('Connected %s\n' % ident))
# It calls connect after 25 the timeout should run in 20.
sched.after(25, connect, True)
def install(server, chan_list, timeout=480):
fd = open(join(dirname(__file__), 'quote_database'), 'r')
data = fd.read()
fd.close()
list_quote = split('\n+', data)
sched.after(timeout, send_quote, False,
server, chan_list, list_quote)
def __init__(self, spin):
self.request = ''
self.header = ''
self.data = ''
self.spin = spin
self.fd = None
sched.after(self.TIMEOUT, self.spawn_idle_timeout, True)
xmap(spin, LOAD, self.get_header)
def send_lines(server, target, msg, delay=0.7):
def lazy():
for ind in msg.splitlines():
send_msg(server, target, ind)
yield
iter = lazy()
def consume():
try:
iter.next()
except StopIteration:
sched.unmark(delay, consume)
sched.after(delay, consume, False)
def send_lines(server, target, msg, delay=0.7):
def lazy():
for ind in msg.splitlines():
send_msg(server, target, ind)
yield
iter = lazy()
def consume():
try:
iter.next()
except StopIteration:
sched.unmark(delay, consume)
sched.after(delay, consume, False)
def __init__(self, file_obj, port, timeout=20):
"""
Class constructor.
file_obj -> The file that is being sent.
port -> The port which will be used.
timeout -> How long the server must be up.
"""
sock = socket(AF_INET, SOCK_STREAM)
sock.bind(('', port))
sock.listen(1)
Spin.__init__(self, sock)
self.file_obj = file_obj
self.timeout = timeout
self.port = port
Server(self)
self.is_on = False
xmap(self, ACCEPT, self.start_transfer)
sched.after(self.timeout, self.run_timeout, True)
def __init__(self, file_obj, port, timeout=20):
"""
Class constructor.
file_obj -> The file that is being sent.
port -> The port which will be used.
timeout -> How long the server must be up.
"""
sock = socket(AF_INET, SOCK_STREAM)
sock.bind(('', port))
sock.listen(1)
Spin.__init__(self, sock)
self.file_obj = file_obj
self.timeout = timeout
self.port = port
Server(self)
self.is_on = False
xmap(self, ACCEPT, self.start_transfer)
sched.after(self.timeout, self.run_timeout, True)
# When the connection is over we close
# the socket and call destroy on it.
# lose does this job and if something went
# wrong when calling spin.close it spawns
# CLOSE_ERR event.
xmap(con, CLOSE, lambda con, err: lose(con))
print 'sending nick', nick
send_cmd(spin, 'NICK %s' % nick)
send_cmd(spin, 'USER %s' % user)
# When CONNECT is issued we have send_auth called.
xmap(con, CONNECT, send_auth)
return con
if __name__ == '__main__':
USER = '******'
NICK = 'alpha'
CMD = ('JOIN #~math', 'PRIVMSG #~math :Uriel', 'quit')
INTERVAL = 10
# This call back will be called periodically.
cbck = lambda: main('irc.freenode.com', 6667, NICK, USER, CMD)
sched.after(INTERVAL, cbck, False)
# it runs the reactor.
core.gear.mainloop()
xmap(con, CLOSE, lambda con, err: lose(con))
print 'sending nick', nick
send_cmd(spin, 'NICK %s' % nick)
send_cmd(spin, 'USER %s' % user)
# When CONNECT is issued we have send_auth called.
xmap(con, CONNECT, send_auth)
return con
if __name__ == '__main__':
USER = '******'
NICK = 'alpha'
CMD = ('JOIN #~math',
'PRIVMSG #~math :Uriel',
'quit')
INTERVAL = 10
# This call back will be called periodically.
cbck = lambda :main('irc.freenode.com', 6667, NICK, USER, CMD)
sched.after(INTERVAL, cbck, False)
# it runs the reactor.
core.gear.mainloop()
