def cmd_reload(main_window, argv):
""" /reload
Reload the configuration.
"""
# FIXME
config.setup()
print_notification("Config reloaded.")
def cmd_python(main_window, argv):
""" /python <code> """
print_notification("python: Executing...\n")
try:
exec(" ".join(argv[1:]))
except BaseException, e:
print_error("python: %s\n" % (e))
def cmd_add_server(main_window, argv):
""" /add_server <name> <address> <port> <nick> <real> """
if no_connection():
return
if len(argv) != 6:
print_notification("Usage: /add_server <name> <address> "\
"<port> <nick> <real>")
return
cmd, server_name, address, port, nick, name = argv
try:
int(port)
except ValueError:
print_error("Invalid value for 'port' given.")
return
if server_name in connection.sushi.server_list("", ""):
print_error("Server with name '%s' already existing." % (server_name))
return
pairs = (("address", address), ("port", port), ("nick", nick), ("name",
name))
for key, value in pairs:
connection.sushi.server_set(server_name, "server", key, value)
print_notification("Server '%s' successfully added." % (server_name))
def cmd_reload(main_window, argv):
""" /reload
Reload the configuration.
"""
# FIXME
config.setup()
print_notification("Config reloaded.")
def cmd_python(main_window, argv):
""" /python <code> """
print_notification("python: Executing...\n")
try:
exec(" ".join(argv[1:]))
except BaseException, e:
print_error("python: %s\n" % (e))
def cmd_add_server(main_window, argv):
""" /add_server <name> <address> <port> <nick> <real> """
if no_connection():
return
if len(argv) != 6:
print_notification("Usage: /add_server <name> <address> " "<port> <nick> <real>")
return
cmd, server_name, address, port, nick, name = argv
try:
int(port)
except ValueError:
print_error("Invalid value for 'port' given.")
return
if server_name in connection.sushi.server_list("", ""):
print_error("Server with name '%s' already existing." % (server_name))
return
pairs = (("address", address), ("port", port), ("nick", nick), ("name", name))
for key, value in pairs:
connection.sushi.server_set(server_name, "server", key, value)
print_notification("Server '%s' successfully added." % (server_name))
def cmd_unignore(main_window, argv):
if len(argv) != 2:
return print_notification("Usage: /unignore <pattern>")
server = tabs.get_server(main_window.current_tab).name
connection.sushi.unignore(server, argv[1])
print_notification("Unignored user %(user)s." % {"user": argv[1]})
def cmd_unignore(main_window, argv):
if len(argv) != 2:
return print_notification("Usage: /unignore <pattern>")
server = tabs.get_server(main_window.current_tab).name
connection.sushi.unignore(server, argv[1])
print_notification("Unignored user %(user)s." % {"user": argv[1]})
def cmd_unload(main_window, argv):
if len(argv) != 2:
print_notification("Usage: /unload <filename>")
return
name = argv[1]
if not plugin_control.is_loaded(name):
print_error("Plugin '%s' is not loaded." % (name))
return
if not plugin_control.unload(name):
print_error("Failed to unload plugin '%s'." % (name))
else:
print_notification("Plugin '%s' successfully unloaded." % (name))
def cmd_connect(main_window, argv):
""" /connect <server> """
if no_connection():
return
if len(argv) != 2:
print_notification("Usage: /connect <server>")
return
if argv[1] not in connection.sushi.server_list("", ""):
print_error("connect: The server '%(server)s' is not known." % {"server": argv[1]})
return
connection.sushi.connect(argv[1])
def cmd_unload(main_window, argv):
if len(argv) != 2:
print_notification("Usage: /unload <filename>")
return
name = argv[1]
if not plugin_control.is_loaded(name):
print_error("Plugin '%s' is not loaded." % (name))
return
if not plugin_control.unload(name):
print_error("Failed to unload plugin '%s'." % (name))
else:
print_notification("Plugin '%s' successfully unloaded." % (name))
def cmd_connect(main_window, argv):
""" /connect <server> """
if no_connection():
return
if len(argv) != 2:
print_notification("Usage: /connect <server>")
return
if argv[1] not in connection.sushi.server_list("", ""):
print_error("connect: The server '%(server)s' is not known." %
{"server": argv[1]})
return
connection.sushi.connect(argv[1])
def cmd_away(main_window, argv):
""" /away <message> """
# TODO default away message
if len(argv) < 2:
return print_notification("/away <message>")
server = tabs.get_server(main_window.current_tab)
connection.sushi.away(server.name, " ".join(argv[1:]))
def cmd_away(main_window, argv):
""" /away <message> """
# TODO default away message
if len(argv) < 2:
return print_notification("/away <message>")
server = tabs.get_server(main_window.current_tab)
connection.sushi.away(server.name, " ".join(argv[1:]))
def cmd_remove_server(main_window, argv):
""" /remove_server <name> """
if no_connection():
return
if len(argv) != 2:
print_notification("Usage: /remove_server <name>")
return
name = argv[1]
if not name in connection.sushi.server_list("", ""):
print_error("Server '%s' not known to maki." % (name))
return
connection.sushi.server_remove(name, "", "")
print_notification("Server '%s' successfully removed." % (name))
def cmd_notice(main_window, argv):
""" /notice <user> <message>
Send a notice to a user.
"""
if len(argv) < 3:
return print_notification("Usage: /notice <user> <message>")
server = tabs.get_server(main_window.current_tab)
connection.sushi.notice(server.name, argv[1], " ".join(argv[2]))
def cmd_me(main_window, argv):
""" /me <text>
Action in third person.
"""
ct = main_window.current_tab
if not type(ct) in (tabs.Channel, tabs.Query):
return print_notification("You have to be on a channel or query.")
connection.sushi.action(ct.parent.name, ct.name, " ".join(argv[1:]))
def cmd_me(main_window, argv):
""" /me <text>
Action in third person.
"""
ct = main_window.current_tab
if not type(ct) in (tabs.Channel, tabs.Query):
return print_notification("You have to be on a channel or query.")
connection.sushi.action(ct.parent.name, ct.name, " ".join(argv[1:]))
def cmd_remove_server(main_window, argv):
""" /remove_server <name> """
if no_connection():
return
if len(argv) != 2:
print_notification("Usage: /remove_server <name>")
return
name = argv[1]
if not name in connection.sushi.server_list("", ""):
print_error("Server '%s' not known to maki." % (name))
return
connection.sushi.server_remove(name, "", "")
print_notification("Server '%s' successfully removed." % (name))
def cmd_notice(main_window, argv):
""" /notice <user> <message>
Send a notice to a user.
"""
if len(argv) < 3:
return print_notification("Usage: /notice <user> <message>")
server = tabs.get_server(main_window.current_tab)
connection.sushi.notice(server.name, argv[1], " ".join(argv[2]))
def cmd_join(main_window, argv):
""" /join <channel> [<key>] """
key = ""
if len(argv) == 3:
cmd, channel, key = argv
elif len(argv) == 2:
cmd, channel = argv
elif len(argv) == 1 and type(main_window.current_tab) == tabs.Channel:
channel = main_window.current_tab.name
else:
print_notification("Usage: /join [<channel> [<key>]]")
return
server_tab = tabs.get_server(main_window.current_tab)
connection.sushi.join(server_tab.name, channel, key)
print_notification("Joining channel '%s'." % (channel))
def cmd_join(main_window, argv):
""" /join <channel> [<key>] """
key = ""
if len(argv) == 3:
cmd, channel, key = argv
elif len(argv) == 2:
cmd, channel = argv
elif len(argv) == 1 and type(main_window.current_tab) == tabs.Channel:
channel = main_window.current_tab.name
else:
print_notification("Usage: /join [<channel> [<key>]]")
return
server_tab = tabs.get_server(main_window.current_tab)
connection.sushi.join(server_tab.name, channel, key)
print_notification("Joining channel '%s'." % (channel))
def cmd_nick(main_window, argv):
""" /nick <new nick>
Changes the current nick to a new one.
"""
if len(argv) != 2:
return print_notification("Usage: /nick <new nick>")
server = tabs.get_server(main_window.current_tab)
connection.sushi.nick(server.name, argv[1])
def cmd_nick(main_window, argv):
""" /nick <new nick>
Changes the current nick to a new one.
"""
if len(argv) != 2:
return print_notification("Usage: /nick <new nick>")
server = tabs.get_server(main_window.current_tab)
connection.sushi.nick(server.name, argv[1])
def cmd_kick(main_window, argv):
""" /kick <user> [<reason>]
Kick a user from the current channel with an optional reason.
"""
if len(argv) < 2:
return print_notification("Usage: /kick <user> [<reason>]")
ct = main_window.current_tab
if type(ct) != tabs.Channel:
return print_error("You have to be on a channel to do so.")
connection.sushi.kick(ct.parent.name, ct.name, argv[1], " ".join(argv[2:]))
def cmd_kick(main_window, argv):
""" /kick <user> [<reason>]
Kick a user from the current channel with an optional reason.
"""
if len(argv) < 2:
return print_notification("Usage: /kick <user> [<reason>]")
ct = main_window.current_tab
if type(ct) != tabs.Channel:
return print_error("You have to be on a channel to do so.")
connection.sushi.kick(ct.parent.name, ct.name, argv[1], " ".join(argv[2:]))
def cmd_mode(main_window, argv):
""" /mode <target> [[+|-]<mode> [<param>]]
Set (+|-) or query a mode on a target with an optional parameter.
If wether mode nor param are given, this command queries the
current modes set.
"""
if len(argv) < 2:
return print_notification("Usage: /mode <target> [[+|-]<mode> [<param>]]")
server = tabs.get_server(main_window.current_tab).name
connection.sushi.mode(server, argv[1], " ".join(argv[2:]))
def cmd_mode(main_window, argv):
""" /mode <target> [[+|-]<mode> [<param>]]
Set (+|-) or query a mode on a target with an optional parameter.
If wether mode nor param are given, this command queries the
current modes set.
"""
if len(argv) < 2:
return print_notification(
"Usage: /mode <target> [[+|-]<mode> [<param>]]")
server = tabs.get_server(main_window.current_tab).name
connection.sushi.mode(server, argv[1], " ".join(argv[2:]))
def cmd_load(main_window, argv):
if len(argv) != 2:
print_notification("Usage: /load <filename>")
return
name = argv[1]
if plugin_control.is_loaded(name):
print_notification("Plugin '%s' already loaded." % (name))
return
if plugin_control.load(name):
print_notification("Plugin '%s' successfully loaded." % (name))
else:
print_notification("Error while loading plugin '%s'." % (name))
def cmd_load(main_window, argv):
if len(argv) != 2:
print_notification("Usage: /load <filename>")
return
name = argv[1]
if plugin_control.is_loaded(name):
print_notification("Plugin '%s' already loaded." % (name))
return
if plugin_control.load(name):
print_notification("Plugin '%s' successfully loaded." % (name))
else:
print_notification("Error while loading plugin '%s'." % (name))
def cmd_maki(main_window, argv):
""" /maki [connect|shutdown] """
def usage():
print_notification("Usage: /maki [connect|disconnect|shutdown]")
if len(argv) != 2:
usage()
return
cmd = argv[1]
if cmd == "connect":
print_notification("Connection to maki...")
if connection.connect():
print_notification("Connection to maki etablished.")
else:
print_notification("Connection to maki failed.")
main_window.update_divider()
elif cmd == "disconnect":
if no_connection():
return
connection.disconnect()
print_notification("Disconnected from maki.")
main_window.update_divider()
elif cmd == "shutdown":
if no_connection():
return
connection.sushi.shutdown(config.get("chatting", "quit_message"))
main_window.update_divider()
else:
usage()
return
def cmd_maki(main_window, argv):
""" /maki [connect|shutdown] """
def usage():
print_notification("Usage: /maki [connect|disconnect|shutdown]")
if len(argv) != 2:
usage()
return
cmd = argv[1]
if cmd == "connect":
print_notification("Connection to maki...")
if connection.connect():
print_notification("Connection to maki etablished.")
else:
print_notification("Connection to maki failed.")
main_window.update_divider()
elif cmd == "disconnect":
if no_connection():
return
connection.disconnect()
print_notification("Disconnected from maki.")
main_window.update_divider()
elif cmd == "shutdown":
if no_connection():
return
connection.sushi.shutdown(config.get("chatting", "quit_message"))
main_window.update_divider()
else:
usage()
return
def usage():
print_notification("Usage: /maki [connect|disconnect|shutdown]")
def cmd_dcc(main_window, argv):
""" /dcc chat <target>
/dcc send <target> <path>
/dcc list <type>
/dcc remove <type> <id>
"""
if no_connection():
return
if len(argv) < 2:
print_notification("Usage: /dcc accept|chat|send|list|remove")
return
server_tab = tabs.get_server(main_window.current_tab)
if argv[1] == "send":
if len(argv) < 4:
print_notification("Usage: /dcc send <target> <path>")
return
connection.sushi.dcc_send(server_tab.name, argv[2], argv[3])
elif argv[1] == "accept":
def accepted_cb(time, id, *x):
if id == int(argv[2]):
print_notification(
_("DCC action with id %(id)d accepted.") % {"id": id})
signals.disconnect_signal("dcc_send", accepted_cb)
if len(argv) < 3:
print_notification("Usage: /dcc accept <id>")
return
signals.connect_signal("dcc_send", accepted_cb)
connection.sushi.dcc_send_accept(int(argv[2]))
elif argv[1] == "chat":
pass
elif argv[1] == "list":
if len(argv) < 3:
print_notification("Usage: /dcc list chat|send")
return
if argv[2] == "send":
ids, servers, froms, filenames, sizes, progresses, speeds, statuses = connection.sushi.dcc_sends(
)
for i in range(len(ids)):
print_normal(
"#%(id)d: %(filename)s from/to %(from)s [%(server)s]: %(progress)d/%(size)d @ %(speed)d"
% {
"id": ids[i],
"filename": filenames[i],
"from": froms[i],
"server": servers[i],
"progress": progresses[i],
"size": sizes[i],
"speed": speeds[i]
})
elif argv[2] == "chat":
pass
elif argv[1] == "remove":
if len(argv) < 4:
print_notification("Usage: /dcc remove <type> <id>")
return
if argv[2] == "send":
connection.sushi.dcc_send_remove(int(argv[3]))
elif argv[2] == "chat":
pass
def accepted_cb(time, id, *x):
if id == int(argv[2]):
print_notification(
_("DCC action with id %(id)d accepted.") % {"id": id})
signals.disconnect_signal("dcc_send", accepted_cb)
def usage():
print_notification("Usage: /maki [connect|disconnect|shutdown]")
def cmd_dcc(main_window, argv):
""" /dcc chat <target>
/dcc send <target> <path>
/dcc list <type>
/dcc remove <type> <id>
"""
if no_connection():
return
if len(argv) < 2:
print_notification("Usage: /dcc accept|chat|send|list|remove")
return
server_tab = tabs.get_server(main_window.current_tab)
if argv[1] == "send":
if len(argv) < 4:
print_notification("Usage: /dcc send <target> <path>")
return
connection.sushi.dcc_send(server_tab.name, argv[2], argv[3])
elif argv[1] == "accept":
def accepted_cb(time, id, *x):
if id == int(argv[2]):
print_notification(_("DCC action with id %(id)d accepted.") % {"id": id})
signals.disconnect_signal("dcc_send", accepted_cb)
if len(argv) < 3:
print_notification("Usage: /dcc accept <id>")
return
signals.connect_signal("dcc_send", accepted_cb)
connection.sushi.dcc_send_accept(int(argv[2]))
elif argv[1] == "chat":
pass
elif argv[1] == "list":
if len(argv) < 3:
print_notification("Usage: /dcc list chat|send")
return
if argv[2] == "send":
ids, servers, froms, filenames, sizes, progresses, speeds, statuses = connection.sushi.dcc_sends()
for i in range(len(ids)):
print_normal(
"#%(id)d: %(filename)s from/to %(from)s [%(server)s]: %(progress)d/%(size)d @ %(speed)d"
% {
"id": ids[i],
"filename": filenames[i],
"from": froms[i],
"server": servers[i],
"progress": progresses[i],
"size": sizes[i],
"speed": speeds[i],
}
)
elif argv[2] == "chat":
pass
elif argv[1] == "remove":
if len(argv) < 4:
print_notification("Usage: /dcc remove <type> <id>")
return
if argv[2] == "send":
connection.sushi.dcc_send_remove(int(argv[3]))
elif argv[2] == "chat":
pass
def accepted_cb(time, id, *x):
if id == int(argv[2]):
print_notification(_("DCC action with id %(id)d accepted.") % {"id": id})
signals.disconnect_signal("dcc_send", accepted_cb)
