def callback(iq):
if iq['type'] != 'result':
if iq['error']['type'] == 'auth':
self.core.information(
'You are not allowed to see the activity of this contact.',
'Error')
else:
self.core.information('Error retrieving the activity',
'Error')
return
seconds = iq['last_activity']['seconds']
status = iq['last_activity']['status']
from_ = iq['from']
msg = '\x19%s}The last activity of %s was %s ago%s'
if not safeJID(from_).user:
msg = '\x19%s}The uptime of %s is %s.' % (
dump_tuple(get_theme().COLOR_INFORMATION_TEXT), from_,
common.parse_secs_to_str(seconds))
else:
msg = '\x19%s}The last activity of %s was %s ago%s' % (
dump_tuple(get_theme().COLOR_INFORMATION_TEXT),
from_,
common.parse_secs_to_str(seconds),
(' and their last status was %s' %
status) if status else '',
)
self.add_message(msg)
self.core.refresh_window()
def callback(iq):
if iq['type'] != 'result':
if iq['error']['type'] == 'auth':
self.core.information(
'You are not allowed to see the activity of this contact.',
'Error')
else:
self.core.information('Error retrieving the activity',
'Error')
return
seconds = iq['last_activity']['seconds']
status = iq['last_activity']['status']
from_ = iq['from']
msg = '\x19%s}The last activity of %s was %s ago%s'
if not safeJID(from_).user:
msg = '\x19%s}The uptime of %s is %s.' % (
dump_tuple(get_theme().COLOR_INFORMATION_TEXT), from_,
common.parse_secs_to_str(seconds))
else:
msg = '\x19%s}The last activity of %s was %s ago%s' % (
dump_tuple(get_theme().COLOR_INFORMATION_TEXT),
from_,
common.parse_secs_to_str(seconds),
(' and his/her last status was %s' % status)
if status else '',
)
self.add_message(msg)
self.core.refresh_window()
def callback(iq):
for query in iq.xml.getiterator('{jabber:iq:last}query'):
self.api.information(
'Server %s online since %s' %
(iq['from'], parse_secs_to_str(
int(query.attrib['seconds']))), 'Info')
return
self.api.information('Could not retrieve uptime', 'Error')
def callback(iq):
for query in iq.xml.getiterator('{jabber:iq:last}query'):
self.api.information(
'Server %s online since %s' %
(iq['from'], parse_secs_to_str(int(
query.attrib['seconds']))), 'Info')
return
self.api.information('Could not retrieve uptime', 'Error')
def command_tasks(self, arg, nocommand=None):
if nocommand:
s = 'The following tasks were loaded:\n'
else:
s = 'The following tasks are active:\n'
for key in self.tasks:
s += 'Task %s: %s every %s.\n' % (key, repr(self.tasks[key][1]),
common.parse_secs_to_str(self.tasks[key][0]))
if s:
self.api.information(s, 'Info')
def command_tasks(self, arg, nocommand=None):
if nocommand:
s = 'The following tasks were loaded:\n'
else:
s = 'The following tasks are active:\n'
for key in self.tasks:
s += 'Task %s: %s every %s.\n' % (key, repr(self.tasks[key][1]),
common.parse_secs_to_str(
self.tasks[key][0]))
if s:
self.api.information(s, 'Info')
def callback(iq):
"Callback for the last activity"
if iq['type'] != 'result':
if iq['error']['type'] == 'auth':
self.core.information(
'You are not allowed to see the '
'activity of this contact.', 'Error')
else:
self.core.information('Error retrieving the activity',
'Error')
return
seconds = iq['last_activity']['seconds']
status = iq['last_activity']['status']
from_ = iq['from']
if not safeJID(from_).user:
msg = 'The uptime of %s is %s.' % (
from_, common.parse_secs_to_str(seconds))
else:
msg = 'The last activity of %s was %s ago%s' % (
from_, common.parse_secs_to_str(seconds),
(' and his/her last status was %s' %
status) if status else '')
self.core.information(msg, 'Info')
def callback(iq):
"Callback for the last activity"
if iq['type'] != 'result':
if iq['error']['type'] == 'auth':
self.core.information(
'You are not allowed to see the '
'activity of this contact.', 'Error')
else:
self.core.information('Error retrieving the activity',
'Error')
return
seconds = iq['last_activity']['seconds']
status = iq['last_activity']['status']
from_ = iq['from']
if not safeJID(from_).user:
msg = 'The uptime of %s is %s.' % (
from_, common.parse_secs_to_str(seconds))
else:
msg = 'The last activity of %s was %s ago%s' % (
from_, common.parse_secs_to_str(seconds),
(' and his/her last status was %s' % status)
if status else '')
self.core.information(msg, 'Info')
def command_remind(self, arg):
args = common.shell_split(arg)
if len(args) < 2:
return
time = common.parse_str_to_secs(args[0])
if not time:
return
self.tasks[self.count] = (time, args[1])
timed_event = timed_events.DelayedEvent(time, self.remind, self.count)
self.api.add_timed_event(timed_event)
self.api.information('Task %s added: %s every %s.' % (self.count, args[1],
common.parse_secs_to_str(time)), 'Info')
self.count += 1
def command_remind(self, arg):
args = common.shell_split(arg)
if len(args) < 2:
return
time = common.parse_str_to_secs(args[0])
if not time:
return
self.tasks[self.count] = (time, args[1])
timed_event = timed_events.DelayedEvent(time, self.remind, self.count)
self.api.add_timed_event(timed_event)
self.api.information(
'Task %s added: %s every %s.' %
(self.count, args[1], common.parse_secs_to_str(time)), 'Info')
self.count += 1
def test_parse_secs_to_str():
assert parse_secs_to_str(3601) == '1h1s'
assert parse_secs_to_str(0) == '0s'
with pytest.raises(TypeError):
parse_secs_to_str('toto')
def test_parse_secs_to_str():
assert parse_secs_to_str(3601) == '1h1s'
assert parse_secs_to_str(0) == '0s'
with pytest.raises(TypeError):
parse_secs_to_str('toto')