"""
Module defining the Core class, which is the central orchestrator
of poezio and contains the main loop, the list of tabs, sets the state
of everything; it also contains global commands, completions and event
handlers but those are defined in submodules in order to avoir cluttering
this file.
"""
import logging
log = logging.getLogger(__name__)
import asyncio
import collections
import shutil
import curses
import os
import pipes
import sys
import time
from threading import Event
from datetime import datetime
from gettext import gettext as _
from slixmpp.xmlstream.handler import Callback
import bookmark
import connection
import decorators
import events
import fixes
import singleton
import tabs
import theming
import timed_events
import windows
from common import safeJID
from config import config, firstrun
from contact import Contact, Resource
from daemon import Executor
from fifo import Fifo
from logger import logger
from plugin_manager import PluginManager
from roster import roster
from size_manager import SizeManager
from text_buffer import TextBuffer
from theming import get_theme
import keyboard
from . import completions
from . import commands
from . import handlers
from . structs import possible_show, DEPRECATED_ERRORS, \
ERROR_AND_STATUS_CODES, Command, Status
class Core(object):
"""
“Main” class of poezion
"""
def __init__(self):
# All uncaught exception are given to this callback, instead
# of being displayed on the screen and exiting the program.
sys.excepthook = self.on_exception
self.connection_time = time.time()
self.stdscr = None
status = config.get('status')
status = possible_show.get(status, None)
self.status = Status(show=status,
message=config.get('status_message'))
self.running = True
self.xmpp = singleton.Singleton(connection.Connection)
self.xmpp.core = self
self.keyboard = keyboard.Keyboard()
roster.set_node(self.xmpp.client_roster)
decorators.refresh_wrapper.core = self
self.paused = False
self.event = Event()
self.debug = False
self.remote_fifo = None
# a unique buffer used to store global informations
# that are displayed in almost all tabs, in an
# information window.
self.information_buffer = TextBuffer()
self.information_win_size = config.get('info_win_height', section='var')
self.information_win = windows.TextWin(300)
self.information_buffer.add_window(self.information_win)
self.left_tab_win = None
self.tab_win = windows.GlobalInfoBar()
# Whether the XML tab is opened
self.xml_tab = None
self.xml_buffer = TextBuffer()
self.tabs = []
self._current_tab_nb = 0
self.previous_tab_nb = 0
own_nick = config.get('default_nick')
own_nick = own_nick or self.xmpp.boundjid.user
own_nick = own_nick or os.environ.get('USER')
own_nick = own_nick or 'poezio'
self.own_nick = own_nick
self.plugins_autoloaded = False
self.plugin_manager = PluginManager(self)
self.events = events.EventHandler()
self.size = SizeManager(self, windows.Win)
# Set to True whenever we consider that we have been disconnected
# from the server because of a legitimate reason (bad credentials,
# or explicit disconnect from the user for example), in that case we
# should not try to auto-reconnect, even if auto_reconnect is true
# in the user config.
self.legitimate_disconnect = False
# global commands, available from all tabs
# a command is tuple of the form:
# (the function executing the command. Takes a string as argument,
# a string representing the help message,
# a completion function, taking a Input as argument. Can be None)
# The completion function should return True if a completion was
# made ; False otherwise
self.commands = {}
self.register_initial_commands()
# We are invisible
if not config.get('send_initial_presence'):
del self.commands['status']
del self.commands['show']
# A list of integers. For example if the user presses Alt+j, 2, 1,
# we will insert 2, then 1 in that list, and we will finally build
# the number 21 and use it with command_win, before clearing the
# list.
self.room_number_jump = []
self.key_func = KeyDict()
# Key bindings associated with handlers
# and pseudo-keys used to map actions below.
key_func = {
"KEY_PPAGE": self.scroll_page_up,
"KEY_NPAGE": self.scroll_page_down,
"^B": self.scroll_line_up,
"^F": self.scroll_line_down,
"^X": self.scroll_half_down,
"^S": self.scroll_half_up,
"KEY_F(5)": self.rotate_rooms_left,
"^P": self.rotate_rooms_left,
"M-[-D": self.rotate_rooms_left,
'kLFT3': self.rotate_rooms_left,
"KEY_F(6)": self.rotate_rooms_right,
"^N": self.rotate_rooms_right,
"M-[-C": self.rotate_rooms_right,
'kRIT3': self.rotate_rooms_right,
"KEY_F(4)": self.toggle_left_pane,
"KEY_F(7)": self.shrink_information_win,
"KEY_F(8)": self.grow_information_win,
"KEY_RESIZE": self.call_for_resize,
'M-e': self.go_to_important_room,
'M-r': self.go_to_roster,
'M-z': self.go_to_previous_tab,
'^L': self.full_screen_redraw,
'M-j': self.go_to_room_number,
'M-D': self.scroll_info_up,
'M-C': self.scroll_info_down,
'M-k': self.escape_next_key,
######## actions mappings ##########
'_bookmark': self.command_bookmark,
'_bookmark_local': self.command_bookmark_local,
'_close_tab': self.close_tab,
'_disconnect': self.disconnect,
'_quit': self.command_quit,
'_redraw_screen': self.full_screen_redraw,
'_reload_theme': self.command_theme,
'_remove_bookmark': self.command_remove_bookmark,
'_room_left': self.rotate_rooms_left,
'_room_right': self.rotate_rooms_right,
'_show_roster': self.go_to_roster,
'_scroll_down': self.scroll_page_down,
'_scroll_up': self.scroll_page_up,
'_scroll_info_up': self.scroll_info_up,
'_scroll_info_down': self.scroll_info_down,
'_server_cycle': self.command_server_cycle,
'_show_bookmarks': self.command_bookmarks,
'_show_important_room': self.go_to_important_room,
'_show_invitations': self.command_invitations,
'_show_plugins': self.command_plugins,
'_show_xmltab': self.command_xml_tab,
'_toggle_pane': self.toggle_left_pane,
###### status actions ######
'_available': lambda: self.command_status('available'),
'_away': lambda: self.command_status('away'),
'_chat': lambda: self.command_status('chat'),
'_dnd': lambda: self.command_status('dnd'),
'_xa': lambda: self.command_status('xa'),
##### Custom actions ########
'_exc_': self.try_execute,
}
self.key_func.update(key_func)
# Add handlers
self.xmpp.add_event_handler('connecting', self.on_connecting)
self.xmpp.add_event_handler('connected', self.on_connected)
self.xmpp.add_event_handler('connection_failed', self.on_failed_connection)
self.xmpp.add_event_handler('disconnected', self.on_disconnected)
self.xmpp.add_event_handler('stream_error', self.on_stream_error)
self.xmpp.add_event_handler('failed_all_auth', self.on_failed_all_auth)
self.xmpp.add_event_handler('no_auth', self.on_no_auth)
self.xmpp.add_event_handler("session_start", self.on_session_start)
self.xmpp.add_event_handler("session_start",
self.on_session_start_features)
self.xmpp.add_event_handler("groupchat_presence",
self.on_groupchat_presence)
self.xmpp.add_event_handler("groupchat_message",
self.on_groupchat_message)
self.xmpp.add_event_handler("groupchat_invite",
self.on_groupchat_invitation)
self.xmpp.add_event_handler("groupchat_direct_invite",
self.on_groupchat_direct_invitation)
self.xmpp.add_event_handler("groupchat_decline",
self.on_groupchat_decline)
self.xmpp.add_event_handler("groupchat_config_status",
self.on_status_codes)
self.xmpp.add_event_handler("groupchat_subject",
self.on_groupchat_subject)
self.xmpp.add_event_handler("message", self.on_message)
self.xmpp.add_event_handler("receipt_received", self.on_receipt)
self.xmpp.add_event_handler("got_online", self.on_got_online)
self.xmpp.add_event_handler("got_offline", self.on_got_offline)
self.xmpp.add_event_handler("roster_update", self.on_roster_update)
self.xmpp.add_event_handler("changed_status", self.on_presence)
self.xmpp.add_event_handler("presence_error", self.on_presence_error)
self.xmpp.add_event_handler("roster_subscription_request",
self.on_subscription_request)
self.xmpp.add_event_handler("roster_subscription_authorized",
self.on_subscription_authorized)
self.xmpp.add_event_handler("roster_subscription_remove",
self.on_subscription_remove)
self.xmpp.add_event_handler("roster_subscription_removed",
self.on_subscription_removed)
self.xmpp.add_event_handler("message_xform", self.on_data_form)
self.xmpp.add_event_handler("chatstate_active",
self.on_chatstate_active)
self.xmpp.add_event_handler("chatstate_composing",
self.on_chatstate_composing)
self.xmpp.add_event_handler("chatstate_paused",
self.on_chatstate_paused)
self.xmpp.add_event_handler("chatstate_gone",
self.on_chatstate_gone)
self.xmpp.add_event_handler("chatstate_inactive",
self.on_chatstate_inactive)
self.xmpp.add_event_handler("attention", self.on_attention)
self.xmpp.add_event_handler("ssl_cert", self.validate_ssl)
self.xmpp.add_event_handler("ssl_invalid_chain", self.ssl_invalid_chain)
self.all_stanzas = Callback('custom matcher',
connection.MatchAll(None),
self.incoming_stanza)
self.xmpp.register_handler(self.all_stanzas)
if config.get('enable_user_tune'):
self.xmpp.add_event_handler("user_tune_publish",
self.on_tune_event)
if config.get('enable_user_nick'):
self.xmpp.add_event_handler("user_nick_publish",
self.on_nick_received)
if config.get('enable_user_mood'):
self.xmpp.add_event_handler("user_mood_publish",
self.on_mood_event)
if config.get('enable_user_activity'):
self.xmpp.add_event_handler("user_activity_publish",
self.on_activity_event)
if config.get('enable_user_gaming'):
self.xmpp.add_event_handler("user_gaming_publish",
self.on_gaming_event)
self.initial_joins = []
self.connected_events = {}
self.pending_invites = {}
# a dict of the form {'config_option': [list, of, callbacks]}
# Whenever a configuration option is changed (using /set or by
# reloading a new config using a signal), all the associated
# callbacks are triggered.
# Use Core.add_configuration_handler("option", callback) to add a
# handler
# Note that the callback will be called when it’s changed in the
# global section, OR in a special section.
# As a special case, handlers can be associated with the empty
# string option (""), they will be called for every option change
# The callback takes two argument: the config option, and the new
# value
self.configuration_change_handlers = {"": []}
self.add_configuration_handler("create_gaps",
self.on_gaps_config_change)
self.add_configuration_handler("request_message_receipts",
self.on_request_receipts_config_change)
self.add_configuration_handler("ack_message_receipts",
self.on_ack_receipts_config_change)
self.add_configuration_handler("plugins_dir",
self.on_plugins_dir_config_change)
self.add_configuration_handler("plugins_conf_dir",
self.on_plugins_conf_dir_config_change)
self.add_configuration_handler("connection_timeout_delay",
self.xmpp.set_keepalive_values)
self.add_configuration_handler("connection_check_interval",
self.xmpp.set_keepalive_values)
self.add_configuration_handler("themes_dir",
theming.update_themes_dir)
self.add_configuration_handler("theme",
self.on_theme_config_change)
self.add_configuration_handler("password",
self.on_password_change)
self.add_configuration_handler("enable_vertical_tab_list",
self.on_vertical_tab_list_config_change)
self.add_configuration_handler("deterministic_nick_colors",
self.on_nick_determinism_changed)
self.add_configuration_handler("", self.on_any_config_change)
def on_any_config_change(self, option, value):
"""
Update the roster, in case a roster option changed.
"""
roster.modified()
def add_configuration_handler(self, option, callback):
"""
Add a callback, associated with the given option. It will be called
each time the configuration option is changed using /set or by
reloading the configuration with a signal
"""
if option not in self.configuration_change_handlers:
self.configuration_change_handlers[option] = []
self.configuration_change_handlers[option].append(callback)
def trigger_configuration_change(self, option, value):
"""
Triggers all the handlers associated with the given configuration
option
"""
# First call the callbacks associated with any configuration change
for callback in self.configuration_change_handlers[""]:
callback(option, value)
# and then the callbacks associated with this specific option, if
# any
if option not in self.configuration_change_handlers:
return
for callback in self.configuration_change_handlers[option]:
callback(option, value)
def on_gaps_config_change(self, option, value):
"""
Called when the option create_gaps is changed.
Remove all gaptabs if switching from gaps to nogaps.
"""
if value.lower() == "false":
self.tabs = list(tab for tab in self.tabs if tab)
def on_request_receipts_config_change(self, option, value):
"""
Called when the request_message_receipts option changes
"""
self.xmpp.plugin['xep_0184'].auto_request = config.get(option,
default=True)
def on_ack_receipts_config_change(self, option, value):
"""
Called when the ack_message_receipts option changes
"""
self.xmpp.plugin['xep_0184'].auto_ack = config.get(option, default=True)
def on_plugins_dir_config_change(self, option, value):
"""
Called when the plugins_dir option is changed
"""
path = os.path.expanduser(value)
self.plugin_manager.on_plugins_dir_change(path)
def on_vertical_tab_list_config_change(self, option, value):
"""
Called when the enable_vertical_tab_list option is changed
"""
self.call_for_resize()
def on_plugins_conf_dir_config_change(self, option, value):
"""
Called when the plugins_conf_dir option is changed
"""
path = os.path.expanduser(value)
self.plugin_manager.on_plugins_conf_dir_change(path)
def on_theme_config_change(self, option, value):
"""
Called when the theme option is changed
"""
error_msg = theming.reload_theme()
if error_msg:
self.information(error_msg, 'Warning')
self.refresh_window()
def on_password_change(self, option, value):
"""
Set the new password in the slixmpp.ClientXMPP object
"""
self.xmpp.password = value
def on_nick_determinism_changed(self, option, value):
"""If we change the value to true, we call /recolor on all the MucTabs, to
make the current nick colors reflect their deterministic value.
"""
if value.lower() == "true":
for tab in self.get_tabs(tabs.MucTab):
tab.command_recolor('')
def reload_config(self):
# reload all log files
log.debug("Reloading the log files…")
logger.reload_all()
log.debug("Log files reloaded.")
# reload the theme
log.debug("Reloading the theme…")
theming.reload_theme()
log.debug("Theme reloaded.")
# reload the config from the disk
log.debug("Reloading the config…")
# Copy the old config in a dict
old_config = config.to_dict()
config.read_file()
# Compare old and current config, to trigger the callbacks of all
# modified options
for section in config.sections():
old_section = old_config.get(section, {})
for option in config.options(section):
old_value = old_section.get(option)
new_value = config.get(option, default="", section=section)
if new_value != old_value:
self.trigger_configuration_change(option, new_value)
log.debug("Config reloaded.")
# in case some roster options have changed
roster.modified()
def sigusr_handler(self, num, stack):
"""
Handle SIGUSR1 (10)
When caught, reload all the possible files.
"""
log.debug("SIGUSR1 caught, reloading the files…")
self.reload_config()
def exit_from_signal(self, *args, **kwargs):
"""
Quit when receiving SIGHUP or SIGTERM or SIGPIPE
do not save the config because it is not a normal exit
(and only roster UI things are not yet saved)
"""
sig = args[0]
signals = {
1: 'SIGHUP',
13: 'SIGPIPE',
15: 'SIGTERM',
}
log.error("%s received. Exiting…", signals[sig])
if config.get('enable_user_mood'):
self.xmpp.plugin['xep_0107'].stop()
if config.get('enable_user_activity'):
self.xmpp.plugin['xep_0108'].stop()
if config.get('enable_user_gaming'):
self.xmpp.plugin['xep_0196'].stop()
self.plugin_manager.disable_plugins()
self.disconnect('%s received' % signals.get(sig))
self.xmpp.add_event_handler("disconnected", self.exit, disposable=True)
def autoload_plugins(self):
"""
Load the plugins on startup.
"""
plugins = config.get('plugins_autoload')
if ':' in plugins:
for plugin in plugins.split(':'):
self.plugin_manager.load(plugin)
else:
for plugin in plugins.split():
self.plugin_manager.load(plugin)
self.plugins_autoloaded = True
def start(self):
"""
Init curses, create the first tab, etc
"""
self.stdscr = curses.initscr()
self.init_curses(self.stdscr)
self.call_for_resize()
default_tab = tabs.RosterInfoTab()
default_tab.on_gain_focus()
self.tabs.append(default_tab)
self.information(_('Welcome to poezio!'), _('Info'))
if firstrun:
self.information(_(
'It seems that it is the first time you start poezio.\n'
'The online help is here http://doc.poez.io/\n'
'No room is joined by default, but you can join poezio’s'
'chatroom (with /join poezio@muc.poez.io), where you can'
' ask for help or tell us how great it is.'),
_('Help'))
self.refresh_window()
self.xmpp.plugin['xep_0012'].begin_idle(jid=self.xmpp.boundjid)
def exit(self, event=None):
log.debug("exit(%s)" % (event,))
asyncio.get_event_loop().stop()
def on_exception(self, typ, value, trace):
"""
When an exception is raised, just reset curses and call
the original exception handler (will nicely print the traceback)
"""
try:
self.reset_curses()
except:
pass
sys.__excepthook__(typ, value, trace)
def sigwinch_handler(self):
"""A work-around for ncurses resize stuff, which sucks. Normally, ncurses
catches SIGWINCH itself. In its signal handler, it updates the
windows structures (for example the size, etc) and it
ungetch(KEY_RESIZE). That way, the next time we call getch() we know
that a resize occured and we can act on it. BUT poezio doesn’t call
getch() until it knows it will return something. The problem is we
can’t know that, because stdin is not affected by this KEY_RESIZE
value (it is only inserted in a ncurses internal fifo that we can’t
access).
The (ugly) solution is to handle SIGWINCH ourself, trigger the
change of the internal windows sizes stored in ncurses module, using
sizes that we get using shutil, ungetch the KEY_RESIZE value and
then call getch to handle the resize on poezio’s side properly.
"""
size = shutil.get_terminal_size()
curses.resizeterm(size.lines, size.columns)
curses.ungetch(curses.KEY_RESIZE)
self.on_input_readable()
def on_input_readable(self):
"""
main loop waiting for the user to press a key
"""
def replace_line_breaks(key):
"replace ^J with \n"
if key == '^J':
return '\n'
return key
def separate_chars_from_bindings(char_list):
"""
returns a list of lists. For example if you give
['a', 'b', 'KEY_BACKSPACE', 'n', 'u'], this function returns
[['a', 'b'], ['KEY_BACKSPACE'], ['n', 'u']]
This way, in case of lag (for example), we handle the typed text
by “batch” as much as possible (instead of one char at a time,
which implies a refresh after each char, which is very slow),
but we still handle the special chars (backspaces, arrows,
ctrl+x ou alt+x, etc) one by one, which avoids the issue of
printing them OR ignoring them in that case. This should
resolve the “my ^W are ignored when I lag ;(”.
"""
res = []
current = []
for char in char_list:
assert char
# Transform that stupid char into what we actually meant
if char == '\x1f':
char = '^/'
if len(char) == 1:
current.append(char)
else:
# special case for the ^I key, it’s considered as \t
# only when pasting some text, otherwise that’s the ^I
# (or M-i) key, which stands for completion by default.
if char == '^I' and len(char_list) != 1:
current.append('\t')
continue
if current:
res.append(current)
current = []
res.append([char])
if current:
res.append(current)
return res
log.debug("Input is readable.")
big_char_list = [replace_key_with_bound(key)\
for key in self.read_keyboard()]
log.debug("Got from keyboard: %s", (big_char_list,))
# whether to refresh after ALL keys have been handled
for char_list in separate_chars_from_bindings(big_char_list):
if self.paused:
self.current_tab().input.do_command(char_list[0])
self.current_tab().input.prompt()
self.event.set()
continue
# Special case for M-x where x is a number
if len(char_list) == 1:
char = char_list[0]
if char.startswith('M-') and len(char) == 3:
try:
nb = int(char[2])
except ValueError:
pass
else:
if self.current_tab().nb == nb and config.get('go_to_previous_tab_on_alt_number'):
self.go_to_previous_tab()
else:
self.command_win('%d' % nb)
# search for keyboard shortcut
func = self.key_func.get(char, None)
if func:
func()
else:
self.do_command(replace_line_breaks(char), False)
else:
self.do_command(''.join(char_list), True)
if self.status.show not in ('xa', 'away'):
self.xmpp.plugin['xep_0012'].begin_idle(jid=self.xmpp.boundjid)
self.doupdate()
def save_config(self):
"""
Save config in the file just before exit
"""
ok = roster.save_to_config_file()
ok = ok and config.silent_set('info_win_height',
self.information_win_size,
'var')
if not ok:
self.information(_('Unable to save runtime preferences'
' in the config file'),
_('Error'))
def on_roster_enter_key(self, roster_row):
"""
when enter is pressed on the roster window
"""
if isinstance(roster_row, Contact):
if not self.get_conversation_by_jid(roster_row.bare_jid, False):
self.open_conversation_window(roster_row.bare_jid)
else:
self.focus_tab_named(roster_row.bare_jid)
if isinstance(roster_row, Resource):
if not self.get_conversation_by_jid(roster_row.jid,
False,
fallback_barejid=False):
self.open_conversation_window(roster_row.jid)
else:
self.focus_tab_named(roster_row.jid)
self.refresh_window()
def get_conversation_messages(self):
"""
Returns a list of all the messages in the current chat.
If the current tab is not a ChatTab, returns None.
Messages are namedtuples of the form
('txt nick_color time str_time nickname user')
"""
if not isinstance(self.current_tab(), tabs.ChatTab):
return None
return self.current_tab().get_conversation_messages()
def insert_input_text(self, text):
"""
Insert the given text into the current input
"""
self.do_command(text, True)
##################### Anything related to command execution ###################
def execute(self, line):
"""
Execute the /command or just send the line on the current room
"""
if line == "":
return
if line.startswith('/'):
command = line.strip()[:].split()[0][1:]
arg = line[2+len(command):] # jump the '/' and the ' '
# example. on "/link 0 open", command = "link" and arg = "0 open"
if command in self.commands:
func = self.commands[command][0]
func(arg)
return
else:
self.information(_("Unknown command (%s)") % (command),
_('Error'))
def exec_command(self, command):
"""
Execute an external command on the local or a remote machine,
depending on the conf. For example, to open a link in a browser, do
exec_command(["firefox", "http://poezio.eu"]), and this will call
the command on the correct computer.
The command argument is a list of strings, not quoted or escaped in
any way. The escaping is done here if needed.
The remote execution is done
by writing the command on a fifo. That fifo has to be on the
machine where poezio is running, and accessible (through sshfs for
example) from the local machine (where poezio is not running). A
very simple daemon (daemon.py) reads on that fifo, and executes any
command that is read in it. Since we can only write strings to that
fifo, each argument has to be pipes.quote()d. That way the
shlex.split on the reading-side of the daemon will be safe.
You cannot use a real command line with pipes, redirections etc, but
this function supports a simple case redirection to file: if the
before-last argument of the command is ">" or ">>", then the last
argument is considered to be a filename where the command stdout
will be written. For example you can do exec_command(["echo",
"coucou les amis coucou coucou", ">", "output.txt"]) and this will
work. If you try to do anything else, your |, [, <<, etc will be
interpreted as normal command arguments, not shell special tokens.
"""
if config.get('exec_remote'):
# We just write the command in the fifo
fifo_path = config.get('remote_fifo_path')
if not self.remote_fifo:
try:
self.remote_fifo = Fifo(os.path.join(fifo_path,
'poezio.fifo'),
'w')
except (OSError, IOError) as exc:
log.error('Could not open the fifo for writing (%s)',
os.path.join(fifo_path, './', 'poezio.fifo'),
exc_info=True)
self.information('Could not open the fifo '
'file for writing: %s' % exc,
'Error')
return
args = (pipes.quote(arg.replace('\n', ' ')) for arg in command)
command_str = ' '.join(args) + '\n'
try:
self.remote_fifo.write(command_str)
except (IOError) as exc:
log.error('Could not write in the fifo (%s): %s',
os.path.join(fifo_path, './', 'poezio.fifo'),
repr(command),
exc_info=True)
self.information('Could not execute %s: %s' % (command, exc),
'Error')
self.remote_fifo = None
else:
executor = Executor(command)
try:
executor.start()
except ValueError as exc:
log.error('Could not execute command (%s)',
repr(command),
exc_info=True)
self.information('%s' % exc, 'Error')
def do_command(self, key, raw):
"""
Execute the action associated with a key
Or if keyboard.continuation_keys_callback is set, call it instead. See
the comment of this variable.
"""
if not key:
return
if keyboard.continuation_keys_callback is not None:
# Reset the callback to None BEFORE calling it, because this
# callback MAY set a new callback itself, and we don’t want to
# erase it in that case
cb = keyboard.continuation_keys_callback
keyboard.continuation_keys_callback = None
cb(key)
else:
self.current_tab().on_input(key, raw)
def try_execute(self, line):
"""
Try to execute a command in the current tab
"""
line = '/' + line
try:
self.current_tab().execute_command(line)
except:
log.error('Execute failed (%s)', line, exc_info=True)
########################## TImed Events #######################################
def remove_timed_event(self, event):
"""Remove an existing timed event"""
event.handler.cancel()
def add_timed_event(self, event):
"""Add a new timed event"""
event.handler = asyncio.get_event_loop().call_later(event.delay,
event.callback,
*event.args)
####################### XMPP-related actions ##################################
def get_status(self):
"""
Get the last status that was previously set
"""
return self.status
def set_status(self, pres, msg):
"""
Set our current status so we can remember
it and use it back when needed (for example to display it
or to use it when joining a new muc)
"""
self.status = Status(show=pres, message=msg)
if config.get('save_status'):
ok = config.silent_set('status', pres if pres else '')
msg = msg.replace('\n', '|') if msg else ''
ok = ok and config.silent_set('status_message', msg)
if not ok:
self.information(_('Unable to save the status in '
'the config file'), 'Error')
def get_bookmark_nickname(self, room_name):
"""
Returns the nickname associated with a bookmark
or the default nickname
"""
bm = bookmark.get_by_jid(room_name)
if bm:
return bm.nick
return self.own_nick
def disconnect(self, msg='', reconnect=False):
"""
Disconnect from remote server and correctly set the states of all
parts of the client (for example, set the MucTabs as not joined, etc)
"""
self.legitimate_disconnect = True
msg = msg or ''
for tab in self.get_tabs(tabs.MucTab):
tab.command_part(msg)
self.xmpp.disconnect()
if reconnect:
# Add a one-time event to reconnect as soon as we are
# effectively disconnected
self.xmpp.add_event_handler('disconnected', lambda event: self.xmpp.connect(), disposable=True)
def send_message(self, msg):
"""
Function to use in plugins to send a message in the current
conversation.
Returns False if the current tab is not a conversation tab
"""
if not isinstance(self.current_tab(), tabs.ChatTab):
return False
self.current_tab().command_say(msg)
return True
def invite(self, jid, room, reason=None):
"""
Checks if the sender supports XEP-0249, then send an invitation,
or a mediated one if it does not.
TODO: allow passwords
"""
def callback(iq):
if not iq:
return
if 'jabber:x:conference' in iq['disco_info'].get_features():
self.xmpp.plugin['xep_0249'].send_invitation(
jid,
room,
reason=reason)
else: # fallback
self.xmpp.plugin['xep_0045'].invite(room, jid,
reason=reason or '')
self.xmpp.plugin['xep_0030'].get_info(jid=jid, timeout=5,
callback=callback)
def get_error_message(self, stanza, deprecated=False):
"""
Takes a stanza of the form
and return a well formed string containing the error informations
"""
sender = stanza.attrib['from']
msg = stanza['error']['type']
condition = stanza['error']['condition']
code = stanza['error']['code']
body = stanza['error']['text']
if not body:
if deprecated:
if code in DEPRECATED_ERRORS:
body = DEPRECATED_ERRORS[code]
else:
body = condition or _('Unknown error')
else:
if code in ERROR_AND_STATUS_CODES:
body = ERROR_AND_STATUS_CODES[code]
else:
body = condition or _('Unknown error')
if code:
message = _('%(from)s: %(code)s - %(msg)s: %(body)s') % {
'from': sender, 'msg': msg, 'body': body, 'code': code}
else:
message = _('%(from)s: %(msg)s: %(body)s') % {
'from': sender, 'msg': msg, 'body': body}
return message
####################### Tab logic-related things ##############################
### Tab getters ###
def get_tabs(self, cls=tabs.Tab):
"Get all the tabs of a type"
return filter(lambda tab: isinstance(tab, cls), self.tabs)
def current_tab(self):
"""
returns the current room, the one we are viewing
"""
self.current_tab_nb = self.current_tab_nb
return self.tabs[self.current_tab_nb]
def get_conversation_by_jid(self, jid, create=True, fallback_barejid=True):
"""
From a JID, get the tab containing the conversation with it.
If none already exist, and create is "True", we create it
and return it. Otherwise, we return None.
If fallback_barejid is True, then this method will seek other
tabs with the same barejid, instead of searching only by fulljid.
"""
jid = safeJID(jid)
# We first check if we have a static conversation opened
# with this precise resource
conversation = self.get_tab_by_name(jid.full,
tabs.StaticConversationTab)
if jid.bare == jid.full and not conversation:
conversation = self.get_tab_by_name(jid.full,
tabs.DynamicConversationTab)
if not conversation and fallback_barejid:
# If not, we search for a conversation with the bare jid
conversation = self.get_tab_by_name(jid.bare,
tabs.DynamicConversationTab)
if not conversation:
if create:
# We create a dynamic conversation with the bare Jid if
# nothing was found (and we lock it to the resource
# later)
conversation = self.open_conversation_window(jid.bare,
False)
else:
conversation = None
return conversation
def get_tab_by_name(self, name, typ=None):
"""
Get the tab with the given name.
If typ is provided, return a tab of this type only
"""
for tab in self.tabs:
if tab.name == name:
if (typ and isinstance(tab, typ)) or\
not typ:
return tab
return None
def get_tab_by_number(self, number):
if 0 <= number < len(self.tabs):
return self.tabs[number]
return None
def add_tab(self, new_tab, focus=False):
"""
Appends the new_tab in the tab list and
focus it if focus==True
"""
self.tabs.append(new_tab)
if focus:
self.command_win("%s" % new_tab.nb)
def insert_tab_nogaps(self, old_pos, new_pos):
"""
Move tabs without creating gaps
old_pos: old position of the tab
new_pos: desired position of the tab
"""
tab = self.tabs[old_pos]
if new_pos < old_pos:
self.tabs.pop(old_pos)
self.tabs.insert(new_pos, tab)
elif new_pos > old_pos:
self.tabs.insert(new_pos, tab)
self.tabs.remove(tab)
else:
return False
return True
def insert_tab_gaps(self, old_pos, new_pos):
"""
Move tabs and create gaps in the eventual remaining space
old_pos: old position of the tab
new_pos: desired position of the tab
"""
tab = self.tabs[old_pos]
target = None if new_pos >= len(self.tabs) else self.tabs[new_pos]
if not target:
if new_pos < len(self.tabs):
old_tab = self.tabs[old_pos]
self.tabs[new_pos], self.tabs[old_pos] = old_tab, tabs.GapTab()
else:
self.tabs.append(self.tabs[old_pos])
self.tabs[old_pos] = tabs.GapTab()
else:
if new_pos > old_pos:
self.tabs.insert(new_pos, tab)
self.tabs[old_pos] = tabs.GapTab()
elif new_pos < old_pos:
self.tabs[old_pos] = tabs.GapTab()
self.tabs.insert(new_pos, tab)
else:
return False
i = self.tabs.index(tab)
done = False
# Remove the first Gap on the right in the list
# in order to prevent global shifts when there is empty space
while not done:
i += 1
if i >= len(self.tabs):
done = True
elif not self.tabs[i]:
self.tabs.pop(i)
done = True
# Remove the trailing gaps
i = len(self.tabs) - 1
while isinstance(self.tabs[i], tabs.GapTab):
self.tabs.pop()
i -= 1
return True
def insert_tab(self, old_pos, new_pos=99999):
"""
Insert a tab at a position, changing the number of the following tabs
returns False if it could not move the tab, True otherwise
"""
if old_pos <= 0 or old_pos >= len(self.tabs):
return False
elif new_pos <= 0:
return False
elif new_pos == old_pos:
return False
elif not self.tabs[old_pos]:
return False
if config.get('create_gaps'):
return self.insert_tab_gaps(old_pos, new_pos)
return self.insert_tab_nogaps(old_pos, new_pos)
### Move actions (e.g. go to next room) ###
def rotate_rooms_right(self, args=None):
"""
rotate the rooms list to the right
"""
self.current_tab().on_lose_focus()
self.current_tab_nb += 1
while not self.tabs[self.current_tab_nb]:
self.current_tab_nb += 1
self.current_tab().on_gain_focus()
self.refresh_window()
def rotate_rooms_left(self, args=None):
"""
rotate the rooms list to the right
"""
self.current_tab().on_lose_focus()
self.current_tab_nb -= 1
while not self.tabs[self.current_tab_nb]:
self.current_tab_nb -= 1
self.current_tab().on_gain_focus()
self.refresh_window()
def go_to_room_number(self):
"""
Read 2 more chars and go to the tab
with the given number
"""
def read_next_digit(digit):
try:
nb = int(digit)
except ValueError:
# If it is not a number, we do nothing. If it was the first
# one, we do not wait for a second one by re-setting the
# callback
self.room_number_jump.clear()
else:
self.room_number_jump.append(digit)
if len(self.room_number_jump) == 2:
arg = "".join(self.room_number_jump)
self.room_number_jump.clear()
self.command_win(arg)
else:
# We need to read more digits
keyboard.continuation_keys_callback = read_next_digit
keyboard.continuation_keys_callback = read_next_digit
def go_to_roster(self):
"Select the roster as the current tab"
self.command_win('0')
def go_to_previous_tab(self):
"Go to the previous tab"
self.command_win('%s' % (self.previous_tab_nb,))
def go_to_important_room(self):
"""
Go to the next room with activity, in the order defined in the
dict tabs.STATE_PRIORITY
"""
# shortcut
priority = tabs.STATE_PRIORITY
tab_refs = {}
# put all the active tabs in a dict of lists by state
for tab in self.tabs:
if not tab:
continue
if tab.state not in tab_refs:
tab_refs[tab.state] = [tab]
else:
tab_refs[tab.state].append(tab)
# sort the state by priority and remove those with negative priority
states = sorted(tab_refs.keys(),
key=(lambda x: priority.get(x, 0)),
reverse=True)
states = [state for state in states if priority.get(state, -1) >= 0]
for state in states:
for tab in tab_refs[state]:
if (tab.nb < self.current_tab_nb and
tab_refs[state][-1].nb > self.current_tab_nb):
continue
self.command_win('%s' % tab.nb)
return
return
def focus_tab_named(self, tab_name, type_=None):
"""Returns True if it found a tab to focus on"""
for tab in self.tabs:
if tab.name == tab_name:
if (type_ and (isinstance(tab, type_))) or not type_:
self.command_win('%s' % (tab.nb,))
return True
return False
@property
def current_tab_nb(self):
"""Wrapper for the current tab number"""
return self._current_tab_nb
@current_tab_nb.setter
def current_tab_nb(self, value):
"""
Prevents the tab number from going over the total number of opened
tabs, or under 0
"""
old = self._current_tab_nb
if value >= len(self.tabs):
self._current_tab_nb = 0
elif value < 0:
self._current_tab_nb = len(self.tabs) - 1
else:
self._current_tab_nb = value
if old != self._current_tab_nb and self.tabs[self._current_tab_nb]:
self.events.trigger('tab_change', old, self._current_tab_nb)
### Opening actions ###
def open_conversation_window(self, jid, focus=True):
"""
Open a new conversation tab and focus it if needed. If a resource is
provided, we open a StaticConversationTab, else a
DynamicConversationTab
"""
if safeJID(jid).resource:
new_tab = tabs.StaticConversationTab(jid)
else:
new_tab = tabs.DynamicConversationTab(jid)
if not focus:
new_tab.state = "private"
self.add_tab(new_tab, focus)
self.refresh_window()
return new_tab
def open_private_window(self, room_name, user_nick, focus=True):
"""
Open a Private conversation in a MUC and focus if needed.
"""
complete_jid = room_name+'/'+user_nick
# if the room exists, focus it and return
for tab in self.get_tabs(tabs.PrivateTab):
if tab.name == complete_jid:
self.command_win('%s' % tab.nb)
return tab
# create the new tab
tab = self.get_tab_by_name(room_name, tabs.MucTab)
if not tab:
return None
new_tab = tabs.PrivateTab(complete_jid, tab.own_nick)
if hasattr(tab, 'directed_presence'):
new_tab.directed_presence = tab.directed_presence
if not focus:
new_tab.state = "private"
# insert it in the tabs
self.add_tab(new_tab, focus)
self.refresh_window()
tab.privates.append(new_tab)
return new_tab
def open_new_room(self, room, nick, focus=True):
"""
Open a new tab.MucTab containing a muc Room, using the specified nick
"""
new_tab = tabs.MucTab(room, nick)
self.add_tab(new_tab, focus)
self.refresh_window()
def open_new_form(self, form, on_cancel, on_send, **kwargs):
"""
Open a new tab containing the form
The callback are called with the completed form as parameter in
addition with kwargs
"""
form_tab = tabs.DataFormsTab(form, on_cancel, on_send, kwargs)
self.add_tab(form_tab, True)
### Modifying actions ###
def rename_private_tabs(self, room_name, old_nick, new_nick):
"""
Call this method when someone changes his/her nick in a MUC,
this updates the name of all the opened private conversations
with him/her
"""
tab = self.get_tab_by_name('%s/%s' % (room_name, old_nick),
tabs.PrivateTab)
if tab:
tab.rename_user(old_nick, new_nick)
def on_user_left_private_conversation(self, room_name, nick, status_message):
"""
The user left the MUC: add a message in the associated
private conversation
"""
tab = self.get_tab_by_name('%s/%s' % (room_name, nick), tabs.PrivateTab)
if tab:
tab.user_left(status_message, nick)
def on_user_rejoined_private_conversation(self, room_name, nick):
"""
The user joined a MUC: add a message in the associated
private conversation
"""
tab = self.get_tab_by_name('%s/%s' % (room_name, nick), tabs.PrivateTab)
if tab:
tab.user_rejoined(nick)
def disable_private_tabs(self, room_name, reason=None):
"""
Disable private tabs when leaving a room
"""
if reason is None:
reason = _('\x195}You left the chatroom\x193}')
for tab in self.get_tabs(tabs.PrivateTab):
if tab.name.startswith(room_name):
tab.deactivate(reason=reason)
def enable_private_tabs(self, room_name, reason=None):
"""
Enable private tabs when joining a room
"""
if reason is None:
reason = _('\x195}You joined the chatroom\x193}')
for tab in self.get_tabs(tabs.PrivateTab):
if tab.name.startswith(room_name):
tab.activate(reason=reason)
def on_user_changed_status_in_private(self, jid, msg):
tab = self.get_tab_by_name(jid, tabs.ChatTab)
if tab: # display the message in private
tab.add_message(msg, typ=2)
def close_tab(self, tab=None):
"""
Close the given tab. If None, close the current one
"""
was_current = tab is None
tab = tab or self.current_tab()
if isinstance(tab, tabs.RosterInfoTab):
return # The tab 0 should NEVER be closed
del tab.key_func # Remove self references
del tab.commands # and make the object collectable
tab.on_close()
nb = tab.nb
if was_current:
if self.previous_tab_nb != nb:
self.current_tab_nb = self.previous_tab_nb
self.previous_tab_nb = 0
if config.get('create_gaps'):
if nb >= len(self.tabs) - 1:
self.tabs.remove(tab)
nb -= 1
while not self.tabs[nb]: # remove the trailing gaps
self.tabs.pop()
nb -= 1
else:
self.tabs[nb] = tabs.GapTab()
else:
self.tabs.remove(tab)
if tab and tab.name in logger.fds:
logger.fds[tab.name].close()
log.debug("Log file for %s closed.", tab.name)
del logger.fds[tab.name]
if self.current_tab_nb >= len(self.tabs):
self.current_tab_nb = len(self.tabs) - 1
while not self.tabs[self.current_tab_nb]:
self.current_tab_nb -= 1
if was_current:
self.current_tab().on_gain_focus()
self.refresh_window()
import gc
gc.collect()
log.debug('___ Referrers of closing tab:\n%s\n______',
gc.get_referrers(tab))
del tab
def add_information_message_to_conversation_tab(self, jid, msg):
"""
Search for a ConversationTab with the given jid (full or bare),
if yes, add the given message to it
"""
tab = self.get_tab_by_name(jid, tabs.ConversationTab)
if tab:
tab.add_message(msg, typ=2)
if self.current_tab() is tab:
self.refresh_window()
####################### Curses and ui-related stuff ###########################
def doupdate(self):
"Do a curses update"
if not self.running:
return
curses.doupdate()
def information(self, msg, typ=''):
"""
Displays an informational message in the "Info" buffer
"""
filter_messages = config.get('filter_info_messages').split(':')
for words in filter_messages:
if words and words in msg:
log.debug('Did not show the message:\n\t%s> %s', typ, msg)
return False
colors = get_theme().INFO_COLORS
color = colors.get(typ.lower(), colors.get('default', None))
nb_lines = self.information_buffer.add_message(msg,
nickname=typ,
nick_color=color)
popup_on = config.get('information_buffer_popup_on').split()
if isinstance(self.current_tab(), tabs.RosterInfoTab):
self.refresh_window()
elif typ != '' and typ.lower() in popup_on:
popup_time = config.get('popup_time') + (nb_lines - 1) * 2
self.pop_information_win_up(nb_lines, popup_time)
else:
if self.information_win_size != 0:
self.information_win.refresh()
self.current_tab().input.refresh()
return True
def init_curses(self, stdscr):
"""
ncurses initialization
"""
curses.curs_set(1)
curses.noecho()
curses.nonl()
curses.raw()
stdscr.idlok(1)
stdscr.keypad(1)
curses.start_color()
curses.use_default_colors()
theming.reload_theme()
curses.ungetch(" ") # H4X: without this, the screen is
stdscr.getkey() # erased on the first "getkey()"
def reset_curses(self):
"""
Reset terminal capabilities to what they were before ncurses
init
"""
curses.echo()
curses.nocbreak()
curses.curs_set(1)
curses.endwin()
@property
def informations(self):
return self.information_buffer
def refresh_window(self):
"""
Refresh everything
"""
self.current_tab().state = 'current'
self.current_tab().refresh()
self.doupdate()
def refresh_tab_win(self):
"""
Refresh the window containing the tab list
"""
self.current_tab().refresh_tab_win()
self.refresh_input()
self.doupdate()
def refresh_input(self):
"""
Refresh the input if it exists
"""
if self.current_tab().input:
self.current_tab().input.refresh()
self.doupdate()
def scroll_page_down(self, args=None):
"""
Scroll a page down, if possible.
Returns True on success, None on failure.
"""
if self.current_tab().on_scroll_down():
self.refresh_window()
return True
def scroll_page_up(self, args=None):
"""
Scroll a page up, if possible.
Returns True on success, None on failure.
"""
if self.current_tab().on_scroll_up():
self.refresh_window()
return True
def scroll_line_up(self, args=None):
"""
Scroll a line up, if possible.
Returns True on success, None on failure.
"""
if self.current_tab().on_line_up():
self.refresh_window()
return True
def scroll_line_down(self, args=None):
"""
Scroll a line down, if possible.
Returns True on success, None on failure.
"""
if self.current_tab().on_line_down():
self.refresh_window()
return True
def scroll_half_up(self, args=None):
"""
Scroll half a screen down, if possible.
Returns True on success, None on failure.
"""
if self.current_tab().on_half_scroll_up():
self.refresh_window()
return True
def scroll_half_down(self, args=None):
"""
Scroll half a screen down, if possible.
Returns True on success, None on failure.
"""
if self.current_tab().on_half_scroll_down():
self.refresh_window()
return True
def grow_information_win(self, nb=1):
"""
Expand the information win a number of lines
"""
if self.information_win_size >= self.current_tab().height -5 or \
self.information_win_size+nb >= self.current_tab().height-4 or\
self.size.core_degrade_y:
return 0
if self.information_win_size == 14:
return 0
self.information_win_size += nb
if self.information_win_size > 14:
nb = nb - (self.information_win_size - 14)
self.information_win_size = 14
self.resize_global_information_win()
for tab in self.tabs:
tab.on_info_win_size_changed()
self.refresh_window()
return nb
def shrink_information_win(self, nb=1):
"""
Reduce the size of the information win
"""
if self.information_win_size == 0 or self.size.core_degrade_y:
return
self.information_win_size -= nb
if self.information_win_size < 0:
self.information_win_size = 0
self.resize_global_information_win()
for tab in self.tabs:
tab.on_info_win_size_changed()
self.refresh_window()
def scroll_info_up(self):
"""
Scroll the information buffer up
"""
self.information_win.scroll_up(self.information_win.height)
if not isinstance(self.current_tab(), tabs.RosterInfoTab):
self.information_win.refresh()
else:
info = self.current_tab().information_win
info.scroll_up(info.height)
self.refresh_window()
def scroll_info_down(self):
"""
Scroll the information buffer down
"""
self.information_win.scroll_down(self.information_win.height)
if not isinstance(self.current_tab(), tabs.RosterInfoTab):
self.information_win.refresh()
else:
info = self.current_tab().information_win
info.scroll_down(info.height)
self.refresh_window()
def pop_information_win_up(self, size, time):
"""
Temporarly increase the size of the information win of size lines
during time seconds.
After that delay, the size will decrease from size lines.
"""
if time <= 0 or size <= 0:
return
result = self.grow_information_win(size)
timed_event = timed_events.DelayedEvent(time,
self.shrink_information_win,
result)
self.add_timed_event(timed_event)
self.refresh_window()
def toggle_left_pane(self):
"""
Enable/disable the left panel.
"""
enabled = config.get('enable_vertical_tab_list')
if not config.silent_set('enable_vertical_tab_list', str(not enabled)):
self.information(_('Unable to write in the config file'), 'Error')
self.call_for_resize()
def resize_global_information_win(self):
"""
Resize the global_information_win only once at each resize.
"""
if self.information_win_size > tabs.Tab.height - 6:
self.information_win_size = tabs.Tab.height - 6
if tabs.Tab.height < 6:
self.information_win_size = 0
height = (tabs.Tab.height - 1 - self.information_win_size
- tabs.Tab.tab_win_height())
self.information_win.resize(self.information_win_size,
tabs.Tab.width,
height,
0)
def resize_global_info_bar(self):
"""
Resize the GlobalInfoBar only once at each resize
"""
height, width = self.stdscr.getmaxyx()
if config.get('enable_vertical_tab_list'):
if self.size.core_degrade_x:
return
try:
height, _ = self.stdscr.getmaxyx()
truncated_win = self.stdscr.subwin(height,
config.get('vertical_tab_list_size'),
0, 0)
except:
log.error('Curses error on infobar resize', exc_info=True)
return
self.left_tab_win = windows.VerticalGlobalInfoBar(truncated_win)
elif not self.size.core_degrade_y:
self.tab_win.resize(1, tabs.Tab.width,
tabs.Tab.height - 2, 0)
self.left_tab_win = None
def add_message_to_text_buffer(self, buff, txt,
time=None, nickname=None, history=None):
"""
Add the message to the room if possible, else, add it to the Info window
(in the Info tab of the info window in the RosterTab)
"""
if not buff:
self.information('Trying to add a message in no room: %s' % txt, 'Error')
else:
buff.add_message(txt, time, nickname, history=history)
def full_screen_redraw(self):
"""
Completely erase and redraw the screen
"""
self.stdscr.clear()
self.refresh_window()
def call_for_resize(self):
"""
Called when we want to resize the screen
"""
# If we have the tabs list on the left, we just give a truncated
# window to each Tab class, so they draw themself in the portion of
# the screen that they can occupy, and we draw the tab list on the
# remaining space, on the left
height, width = self.stdscr.getmaxyx()
if (config.get('enable_vertical_tab_list') and
not self.size.core_degrade_x):
try:
scr = self.stdscr.subwin(0,
config.get('vertical_tab_list_size'))
except:
log.error('Curses error on resize', exc_info=True)
return
else:
scr = self.stdscr
tabs.Tab.resize(scr)
self.resize_global_info_bar()
self.resize_global_information_win()
for tab in self.tabs:
if config.get('lazy_resize'):
tab.need_resize = True
else:
tab.resize()
if self.tabs:
self.full_screen_redraw()
def read_keyboard(self):
"""
Get the next keyboard key pressed and returns it. It blocks until
something can be read on stdin, this function must be called only if
there is something to read. No timeout ever occurs.
"""
return self.keyboard.get_user_input(self.stdscr)
def escape_next_key(self):
"""
Tell the Keyboard object that the next key pressed by the user
should be escaped. See Keyboard.get_user_input
"""
self.keyboard.escape_next_key()
####################### Commands and completions ##############################
def register_command(self, name, func, **kwargs):
"""
Add a command
"""
desc = kwargs.get('desc', '')
shortdesc = kwargs.get('shortdesc', '')
completion = kwargs.get('completion')
usage = kwargs.get('usage', '')
if name in self.commands:
return
if not desc and shortdesc:
desc = shortdesc
self.commands[name] = Command(func, desc, completion, shortdesc, usage)
def register_initial_commands(self):
"""
Register the commands when poezio starts
"""
self.register_command('help', self.command_help,
usage=_('[command]'),
shortdesc='\\_o< KOIN KOIN KOIN',
completion=self.completion_help)
self.register_command('join', self.command_join,
usage=_("[room_name][@server][/nick] [password]"),
desc=_("Join the specified room. You can specify a nickname "
"after a slash (/). If no nickname is specified, you will"
" use the default_nick in the configuration file. You can"
" omit the room name: you will then join the room you\'re"
" looking at (useful if you were kicked). You can also "
"provide a room_name without specifying a server, the "
"server of the room you're currently in will be used. You"
" can also provide a password to join the room.\nExamples"
":\n/join room@server.tld\n/join room@server.tld/John\n"
"/join room2\n/join /me_again\n/join\n/join room@server"
".tld/my_nick password\n/join / password"),
shortdesc=_('Join a room'),
completion=self.completion_join)
self.register_command('exit', self.command_quit,
desc=_('Just disconnect from the server and exit poezio.'),
shortdesc=_('Exit poezio.'))
self.register_command('quit', self.command_quit,
desc=_('Just disconnect from the server and exit poezio.'),
shortdesc=_('Exit poezio.'))
self.register_command('next', self.rotate_rooms_right,
shortdesc=_('Go to the next room.'))
self.register_command('prev', self.rotate_rooms_left,
shortdesc=_('Go to the previous room.'))
self.register_command('win', self.command_win,
usage=_(''),
shortdesc=_('Go to the specified room'),
completion=self.completion_win)
self.commands['w'] = self.commands['win']
self.register_command('move_tab', self.command_move_tab,
usage=_(''),
desc=_("Insert the tab at the position of "
". This will make the following tabs shift in"
" some cases (refer to the documentation). A tab can be "
"designated by its number or by the beginning of its "
"address. You can use \".\" as a shortcut for the current "
"tab."),
shortdesc=_('Move a tab.'),
completion=self.completion_move_tab)
self.register_command('destroy_room', self.command_destroy_room,
usage=_('[room JID]'),
desc=_('Try to destroy the room [room JID], or the current'
' tab if it is a multi-user chat and [room JID] is '
'not given.'),
shortdesc=_('Destroy a room.'),
completion=None)
self.register_command('show', self.command_status,
usage=_(' [status message]'),
desc=_("Sets your availability and (optionally) your status "
"message. The argument is one of \"available"
", chat, away, afk, dnd, busy, xa\" and the optional "
"[status message] argument will be your status message."),
shortdesc=_('Change your availability.'),
completion=self.completion_status)
self.commands['status'] = self.commands['show']
self.register_command('bookmark_local', self.command_bookmark_local,
usage=_("[roomname][/nick] [password]"),
desc=_("Bookmark Local: Bookmark locally the specified room "
"(you will then auto-join it on each poezio start). This"
" commands uses almost the same syntaxe as /join. Type "
"/help join for syntax examples. Note that when typing "
"\"/bookmark\" on its own, the room will be bookmarked "
"with the nickname you\'re currently using in this room "
"(instead of default_nick)"),
shortdesc=_('Bookmark a room locally.'),
completion=self.completion_bookmark_local)
self.register_command('bookmark', self.command_bookmark,
usage=_("[roomname][/nick] [autojoin] [password]"),
desc=_("Bookmark: Bookmark online the specified room (you "
"will then auto-join it on each poezio start if autojoin"
" is specified and is 'true'). This commands uses almost"
" the same syntax as /join. Type /help join for syntax "
"examples. Note that when typing \"/bookmark\" alone, the"
" room will be bookmarked with the nickname you\'re "
"currently using in this room (instead of default_nick)."),
shortdesc=_("Bookmark a room online."),
completion=self.completion_bookmark)
self.register_command('set', self.command_set,
usage=_("[plugin|][section]