def test_parse_event_returns_leftover():
t = random.random()
v = random.random()
e0 = event.Event("foobar", v, t)
(_, s) = parser.parse_event("event 6|foobar %s %s;foobar" %
(repr(t), repr(v)))
eq_("foobar", s)
def test_parse_event():
t = random.random()
v = random.random()
e0 = event.Event("foobar", v, t)
(e1, s) = parser.parse_event("event 6|foobar %s %s;" % (repr(v), repr(t)))
eq_(e0.name(), e1.name())
eq_(e0.value(), e1.value())
eq_(e0.unixtimestamp(), e1.unixtimestamp())
eq_("", s)
def test_parse_event():
t = random.random()
v = random.random()
e0 = event.Event("foobar", v, t)
(e1, s) = parser.parse_event("event 6|foobar %s %s;" % (repr(v), repr(t)))
eq_(e0.name(), e1.name())
eq_(e0.value(), e1.value())
eq_(e0.unixtimestamp(), e1.unixtimestamp())
eq_("", s)
def make_events_relative(string):
events = []
output = []
while (string != ""):
e, string = parser.parse_event(string)
events.append(e)
for e in events:
e.set_unixtimestamp(e.unixtimestamp() - __t0__)
output.append(pp.render_event(e))
return ("".join(output))
def make_events_relative(string):
events = []
output = []
while (string != ""):
e, string = parser.parse_event(string)
events.append(e)
for e in events:
e.set_unixtimestamp(e.unixtimestamp() - __t0__)
output.append(pp.render_event(e))
return("".join(output))
def test_parse_event_must_raise_on_error():
parser.parse_event("foobar")
def test_parse_event_must_raise_on_error():
parser.parse_event("foobar")
def test_parse_event_returns_leftover():
t = random.random()
v = random.random()
e0 = event.Event("foobar", v, t)
(_, s) = parser.parse_event("event 6|foobar %s %s;foobar" % (repr(t), repr(v)))
eq_("foobar", s)
