def channelList_cb(time, server, channel, users, topic):
""" Signal for /list command.
Prints content of the listing.
"""
self = code.init_function_attrs(channelList_cb,
_text=[],
_line=0,
_tab=gui.tabs.search_tab(server))
def print_listing():
self._tab.write_raw("<br/>".join(self._text))
self._text = []
self._line = 0
return False
if not channel and not topic and users == -1:
# listing ended, reset variables
def print_end():
self._tab.write(time, "End of list.")
return False
if self._line > 0:
# print rest
gobject.idle_add(print_listing)
gobject.idle_add(print_end)
code.reset_function_attrs(channelList_cb)
signals.disconnect_signal("list", channelList_cb)
else:
self._text.append(("• <b>%s</b><br/>\t%d "+_("User")+"<br/>"+
"\t"+_("Topic")+": \"%s\"") % (
markup.escape(channel),
users,
markup.escape(topic)))
self._line += 1
if self._line == 10:
gobject.idle_add(print_listing)
def channelBanlist_cb(time, server, channel, mask, who, when):
"""
ban list signal.
"""
self = code.init_function_attrs(channelBanlist_cb,
tab=gui.tabs.search_tab(server, channel))
if not mask and not who and when == -1:
self.tab.write(time, "End of banlist.", gui.tabs.ACTION)
code.reset_function_attrs(channelBanlist_cb)
else:
timestring = mtime.strftime("%Y-%m-%d %H:%M:%S", mtime.localtime(when))
self.tab.write(
time, "%s by %s on %s" % (markup.escape(mask), markup.escape(who),
markup.escape(timestring)),
gui.tabs.ACTION)
def channelBanlist_cb(time, server, channel, mask, who, when):
"""
ban list signal.
"""
self = code.init_function_attrs(channelBanlist_cb, tab=gui.tabs.search_tab(server, channel))
if not mask and not who and when == -1:
self.tab.write(time, "End of banlist.", gui.tabs.ACTION)
code.reset_function_attrs(channelBanlist_cb)
else:
timestring = mtime.strftime("%Y-%m-%d %H:%M:%S", mtime.localtime(when))
self.tab.write(
time,
"%s by %s on %s" % (markup.escape(mask), markup.escape(who), markup.escape(timestring)),
gui.tabs.ACTION,
)
def dcc_send_cb(time, id, server, sender, filename, size, progress, speed,
status):
"""
status:
- 1 << 0 = incoming
- 1 << 1 = resumed
- 1 << 2 = running
- 1 << 3 = error
"" in (server, sender, filename)
and 0 in (size, progress, speed, status):
send was removed
"""
def dcc_dialog_response_cb(dialog, id, tid):
if id == gtk.RESPONSE_OK:
sushi.dcc_send_accept(tid)
elif id == gtk.RESPONSE_CANCEL:
sushi.dcc_send_remove(tid)
dialog.destroy()
# create dcc_news new-transfer-cache
self = code.init_function_attrs(dcc_send_cb, dcc_news={}, dcc_notifies={})
if (server == "" and sender == "" and filename == "" and size == 0
and progress == 0 and speed == 0 and status == 0):
# send was removed
logging.debug("filetransfer %d removed." % (id))
try:
del self.dcc_news[id]
del self.dcc_notifies[id]
except KeyError:
pass
return
logging.debug("status is %d." % (status))
# import dcc transfer states
from tekka.helper.dcc import s_new, s_incoming, s_resumable, s_running
# handle incoming transfer
if status & s_incoming == s_incoming:
if status & s_new == s_new:
# attempt made
d = dcc_dialog.DCCDialog(id,
parse_from(sender)[0],
filename,
size,
resumable=(status
& s_resumable == s_resumable))
self.dcc_news[id] = True
d.connect("response", dcc_dialog_response_cb, id)
gui.mgmt.show_inline_dialog(d)
elif status & s_running and status & s_incoming:
if not self.dcc_news.has_key(id) and not self.dcc_notifies.has_key(
id):
# notify about auto accepted file transfer
gui.mgmt.show_inline_message(
_("Auto accepted file transfer"),
_(
"maki auto accepted the following file transfer:\n"
"Filename: %(filename)s\n"
"Sender: %(sender)s\n"
"Size: %(size)s\n"
"Server: %(server)s" % {
"filename": filename,
"sender": parse_from(sender)[0],
"size": size,
"server": server
}),
dtype="info")
self.dcc_notifies[id] = True
def dcc_send_cb(time, id, server, sender, filename, size, progress, speed, status):
"""
status:
- 1 << 0 = incoming
- 1 << 1 = resumed
- 1 << 2 = running
- 1 << 3 = error
"" in (server, sender, filename)
and 0 in (size, progress, speed, status):
send was removed
"""
def dcc_dialog_response_cb(dialog, id, tid):
if id == gtk.RESPONSE_OK:
sushi.dcc_send_accept(tid)
elif id == gtk.RESPONSE_CANCEL:
sushi.dcc_send_remove(tid)
dialog.destroy()
# create dcc_news new-transfer-cache
self = code.init_function_attrs(dcc_send_cb, dcc_news={}, dcc_notifies={})
if server == "" and sender == "" and filename == "" and size == 0 and progress == 0 and speed == 0 and status == 0:
# send was removed
logging.debug("filetransfer %d removed." % (id))
try:
del self.dcc_news[id]
del self.dcc_notifies[id]
except KeyError:
pass
return
logging.debug("status is %d." % (status))
# import dcc transfer states
from tekka.helper.dcc import s_new, s_incoming, s_resumable, s_running
# handle incoming transfer
if status & s_incoming == s_incoming:
if status & s_new == s_new:
# attempt made
d = dcc_dialog.DCCDialog(
id, parse_from(sender)[0], filename, size, resumable=(status & s_resumable == s_resumable)
)
self.dcc_news[id] = True
d.connect("response", dcc_dialog_response_cb, id)
gui.mgmt.show_inline_dialog(d)
elif status & s_running and status & s_incoming:
if not self.dcc_news.has_key(id) and not self.dcc_notifies.has_key(id):
# notify about auto accepted file transfer
gui.mgmt.show_inline_message(
_("Auto accepted file transfer"),
_(
"maki auto accepted the following file transfer:\n"
"Filename: %(filename)s\n"
"Sender: %(sender)s\n"
"Size: %(size)s\n"
"Server: %(server)s"
% {"filename": filename, "sender": parse_from(sender)[0], "size": size, "server": server}
),
dtype="info",
)
self.dcc_notifies[id] = True
