def test_messaging_from_timer(c):
instance = Timer(None)
match = Match(None, None, c)
timers = []
instance.send_messages((datetime.timedelta(seconds=3), 'User', 'Hi'),
match, timers)
assert len(timers) == 1
assert isinstance(timers[0], Timer)
assert timers[0].scheduled == datetime.timedelta(seconds=3)
assert timers[0].msg_tuple == ('User', 'Hi', (), {},)
instance.send_messages(('User', 'Hello {}', 'world'), match, timers)
assert c.last == 'PRIVMSG User :Hello world'
def test_timer_matches_function():
now = datetime.datetime.now()
connect_time = now - datetime.timedelta(seconds=4)
timer_with_last_time = Timer(datetime.timedelta(seconds=3))
timer_with_last_time.last_time = connect_time
timers = [
(Timer(datetime.timedelta(seconds=3)), True),
(Timer(datetime.timedelta(seconds=5)), False),
(Timer(datetime.timedelta(seconds=5), direct=True), True),
(timer_with_last_time, True),
(Timer(now - datetime.timedelta(days=1)), True),
(Timer(now + datetime.timedelta(days=1)), False),
(Timer(now + datetime.timedelta(days=1),
direct=True), True),
]
for t, expected in timers:
assert t.matches(connect_time) is expected
def process_messages(result, with_target=False):
from pyromancer.objects import Timer
if isinstance(result, (list, GeneratorType)):
messages = result
else:
messages = [result]
for msg in messages:
get_target = with_target
if isinstance(msg, tuple):
timer = False
if isinstance(msg[0], (datetime.datetime, datetime.timedelta)):
scheduled = msg[0]
msg = msg[1:]
timer = True
if callable(msg[0]):
get_target = False
target = None
else:
get_target = True
if get_target:
target = msg[0]
msg = msg[1:]
last = len(msg) - 1
msg, args, kwargs = msg[0], list(msg[1:last]), msg[last]
# If the result is (msg, positional argument,), make sure it
# still works correctly as expected for the formatting.
if not isinstance(kwargs, dict):
if last > 0:
args.append(kwargs)
kwargs = {}
if timer:
yield Timer(scheduled, msg, *args, target=target, **kwargs)
continue
elif isinstance(msg, Timer):
yield msg
continue
else:
target, args, kwargs = None, [], {}
if get_target:
yield target, msg, args, kwargs
else:
yield msg, args, kwargs
def test_timer_matches_function():
now = datetime.datetime.now()
connect_time = now - datetime.timedelta(seconds=4)
timer_with_last_time = Timer(datetime.timedelta(seconds=3))
timer_with_last_time.last_time = connect_time
timers = [
(Timer(datetime.timedelta(seconds=3)), True),
(Timer(datetime.timedelta(seconds=5)), False),
(Timer(datetime.timedelta(seconds=5), direct=True), True),
(timer_with_last_time, True),
(Timer(now - datetime.timedelta(days=1)), True),
(Timer(now + datetime.timedelta(days=1)), False),
(Timer(now + datetime.timedelta(days=1), direct=True), True),
]
for t, expected in timers:
assert t.matches(connect_time) is expected
def test_messaging_from_timer(c):
instance = Timer(None)
match = Match(None, None, c)
timers = []
instance.send_messages((datetime.timedelta(seconds=3), 'User', 'Hi'),
match, timers)
assert len(timers) == 1
assert isinstance(timers[0], Timer)
assert timers[0].scheduled == datetime.timedelta(seconds=3)
assert timers[0].msg_tuple == (
'User',
'Hi',
(),
{},
)
instance.send_messages(('User', 'Hello {}', 'world'), match, timers)
assert c.last == 'PRIVMSG User :Hello world'
}), ('Hello {} and {red_one}', ['world'], {
'red_one': 'Mars'
})),
(('Hello {}, {} and {red_one}', 'world', 'moon', {
'red_one': 'Mars'
}), ('Hello {}, {} and {red_one}', ['world', 'moon'], {
'red_one': 'Mars'
})),
(('Hello {}, {} and {red_one}', ['world', 'moon'], {
'red_one': 'Mars'
}), ('Hello {}, {} and {red_one}', [['world', 'moon']], {
'red_one': 'Mars'
})),
(('Hello {}', ['world', 'moon']), ('Hello {}', [['world', 'moon']], {})),
((timedelta(seconds=3), 'User', 'Hello world'),
Timer(timedelta(seconds=3), 'Hello world', target='User')),
((timedelta(seconds=3), example_command),
Timer(timedelta(seconds=3), example_command)),
(Timer(timedelta(seconds=3),
example_command), Timer(timedelta(seconds=3), example_command))
]
MESSAGES_WITH_TARGET = [
('Hello world', (None, 'Hello world', [], {})),
(('User', 'Hello world'), ('User', 'Hello world', [], {})),
(('User', 'Hello {}', 'world'), ('User', 'Hello {}', ['world'], {}))
]
def test_processing_messages():
for result, expected in MESSAGES:
def __call__(self, fn):
fn.timer = Timer(*self.initargs, msg_or_command=fn, **self.initkwargs)
return fn