def test_should_send_notice_with_integer_time_and_timedelta_duration():
a = Agent("56c08a1a5b25ed2425b6dce7700edae5", collector="localhost:8000", secure=False)
a.notice("Python Agent Test Is Running", 123, datetime.timedelta(minutes=10))
assert(a.queue.qsize()) == 1
expected_message = re.compile('.*(notice 123 600 Python Agent Test Is Running).*')
match = expected_message.match(str(a.queue.queue))
assert match, "expected gauge to be in queue, instead have {0}".format(a.queue.queue)
def test_not_should_increment_with_invalid_metric():
a = Agent("56c08a1a5b25ed2425b6dce7700edae5", collector="localhost:8000", secure=False)
a.increment("bad metric")
a.increment(" badmetric")
a.increment("badmetric ")
a.increment("bad(metric")
assert(a.queue.qsize()) == 0
def test_should_increment():
a = Agent("56c08a1a5b25ed2425b6dce7700edae5", collector="localhost:8000", secure=False)
a.increment("python.increment")
assert(a.queue.qsize()) == 1
expected_message = re.compile('.*(increment python.increment 1 \d{10} 1).*')
match = expected_message.match(str(a.queue.queue))
assert match, "expected increment to be in queue, instead have {0}".format(a.queue.queue)
def test_should_not_send_notice_with_invalid_message():
a = Agent("56c08a1a5b25ed2425b6dce7700edae5",
collector="localhost:8000",
secure=False)
a.notice("Bad\nNotice")
a.notice("Bad\rNotice")
assert (a.queue.qsize()) == 0
def test_should_send_notice_with_struct_time():
a = Agent("56c08a1a5b25ed2425b6dce7700edae5", collector="localhost:8000", secure=False)
a.notice("Python Agent Test Is Running", time.localtime(1), 10)
assert(a.queue.qsize()) == 1
expected_message = re.compile('.*(notice %i 10 Python Agent Test Is Running).*' % 1)
match = expected_message.match(str(a.queue.queue))
assert match, "expected gauge to be in queue, instead have {0}".format(a.queue.queue)
def test_should_increment_with_datetime():
a = Agent("56c08a1a5b25ed2425b6dce7700edae5", collector="localhost:8000", secure=False)
now = datetime.datetime.utcnow()
expected_timestamp = calendar.timegm(now.utctimetuple())
a.increment("python.increment", 1, now)
assert(a.queue.qsize()) == 1
expected_message = re.compile('.*(increment python.increment 1 %i 1).*' % expected_timestamp)
match = expected_message.match(str(a.queue.queue))
assert match, "expected {0} to be in queue, instead have {1}".format(expected_message.pattern, a.queue.queue)
def test_time_should_record_time():
a = Agent("56c08a1a5b25ed2425b6dce7700edae5",
collector="localhost:8000",
secure=False)
a.time("timer", lambda: time.sleep(0.1))
expected_message = re.compile('.*(gauge timer 0.1\d+ ).*')
match = expected_message.match(str(a.queue.queue))
assert match, "expected gauge to be in queue, instead have {0}".format(
a.queue.queue)
def test_should_send_notice_with_datetime():
a = Agent("56c08a1a5b25ed2425b6dce7700edae5", collector="localhost:8000", secure=False)
now = datetime.datetime.utcnow()
expected_timestamp = calendar.timegm(now.utctimetuple())
a.notice("Python Agent Test Is Running", now, 10)
assert(a.queue.qsize()) == 1
expected_message = re.compile('.*(notice %i 10 Python Agent Test Is Running).*' % expected_timestamp)
match = expected_message.match(str(a.queue.queue))
assert match, "expected {0} to be in queue, instead have {1}".format(expected_message.pattern, a.queue.queue)
def test_should_gauge():
a = Agent("56c08a1a5b25ed2425b6dce7700edae5",
collector="localhost:8000",
secure=False)
a.gauge("python.gauge", 5)
assert (a.queue.qsize()) == 1
expected_message = re.compile('.*(gauge python.gauge 5 \d{10} 1).*')
match = expected_message.match(str(a.queue.queue))
assert match, "expected gauge to be in queue, instead have {0}".format(
a.queue.queue)
def test_should_increment_with_struct_time():
a = Agent("56c08a1a5b25ed2425b6dce7700edae5",
collector="localhost:8000",
secure=False)
a.increment("python.increment", 1, time.localtime(123))
assert (a.queue.qsize()) == 1
expected_message = re.compile('.*(increment python.increment 1 %i 1).*' %
123)
match = expected_message.match(str(a.queue.queue))
assert match, "expected increment to be in queue, instead have {0}".format(
a.queue.queue)
def test_should_send_notice():
a = Agent("56c08a1a5b25ed2425b6dce7700edae5",
collector="localhost:8000",
secure=False)
a.notice("Python Agent Test Is Running")
assert (a.queue.qsize()) == 1
expected_message = re.compile(
'.*(notice \d{10} 0 Python Agent Test Is Running).*')
match = expected_message.match(str(a.queue.queue))
assert match, "expected notice to be in queue, instead have {0}".format(
a.queue.queue)
def test_should_send_notice_with_integer_time_and_timedelta_duration():
a = Agent("56c08a1a5b25ed2425b6dce7700edae5",
collector="localhost:8000",
secure=False)
a.notice("Python Agent Test Is Running", 123,
datetime.timedelta(minutes=10))
assert (a.queue.qsize()) == 1
expected_message = re.compile(
'.*(notice 123 600 Python Agent Test Is Running).*')
match = expected_message.match(str(a.queue.queue))
assert match, "expected gauge to be in queue, instead have {0}".format(
a.queue.queue)
def test_should_send_notice_with_time_time():
a = Agent("56c08a1a5b25ed2425b6dce7700edae5",
collector="localhost:8000",
secure=False)
now = time.time()
a.notice("Python Agent Test Is Running", now, 10)
assert (a.queue.qsize()) == 1
expected_message = re.compile(
'.*(notice %i 10 Python Agent Test Is Running).*' % int(now))
match = expected_message.match(str(a.queue.queue))
assert match, "expected gauge to be in queue, instead have {0}".format(
a.queue.queue)
def test_should_send_notice_with_datetime():
a = Agent("56c08a1a5b25ed2425b6dce7700edae5",
collector="localhost:8000",
secure=False)
now = datetime.datetime.utcnow()
expected_timestamp = calendar.timegm(now.utctimetuple())
a.notice("Python Agent Test Is Running", now, 10)
assert (a.queue.qsize()) == 1
expected_message = re.compile(
'.*(notice %i 10 Python Agent Test Is Running).*' % expected_timestamp)
match = expected_message.match(str(a.queue.queue))
assert match, "expected {0} to be in queue, instead have {1}".format(
expected_message.pattern, a.queue.queue)
def test_should_increment_with_datetime():
a = Agent("56c08a1a5b25ed2425b6dce7700edae5",
collector="localhost:8000",
secure=False)
now = datetime.datetime.utcnow()
expected_timestamp = calendar.timegm(now.utctimetuple())
a.increment("python.increment", 1, now)
assert (a.queue.qsize()) == 1
expected_message = re.compile('.*(increment python.increment 1 %i 1).*' %
expected_timestamp)
match = expected_message.match(str(a.queue.queue))
assert match, "expected {0} to be in queue, instead have {1}".format(
expected_message.pattern, a.queue.queue)
def test_not_should_increment_with_invalid_metric():
a = Agent("56c08a1a5b25ed2425b6dce7700edae5",
collector="localhost:8000",
secure=False)
a.increment("bad metric")
a.increment(" badmetric")
a.increment("badmetric ")
a.increment("bad(metric")
assert (a.queue.qsize()) == 0
def test_should_not_block():
a = Agent("56c08a1a5b25ed2425b6dce7700edae5",
collector="localhost:8000",
secure=False)
for i in range(Agent.max_buffer + 1):
assert timeit.timeit(lambda: a.increment("z"), number=1) < 0.015
def test_time_should_return_original_return_value():
a = Agent("56c08a1a5b25ed2425b6dce7700edae5",
collector="localhost:8000",
secure=False)
assert a.time("timer", lambda: 1 + 2) == 3
def test_time_should_record_time():
a = Agent("56c08a1a5b25ed2425b6dce7700edae5", collector="localhost:8000", secure=False)
a.time("timer", lambda: time.sleep(0.1))
expected_message = re.compile('.*(gauge timer 0.1\d+ ).*')
match = expected_message.match(str(a.queue.queue))
assert match, "expected gauge to be in queue, instead have {0}".format(a.queue.queue)
def test_time_should_return_original_return_value():
a = Agent("56c08a1a5b25ed2425b6dce7700edae5", collector="localhost:8000", secure=False)
assert a.time("timer", lambda: 1 + 2) == 3
def test_should_not_block():
a = Agent("56c08a1a5b25ed2425b6dce7700edae5", collector="localhost:8000", secure=False)
for i in range(Agent.max_buffer + 1):
assert timeit.timeit(lambda: a.increment("z"), number=1) < 0.015
def test_should_not_send_notice_with_invalid_message():
a = Agent("56c08a1a5b25ed2425b6dce7700edae5", collector="localhost:8000", secure=False)
a.notice("Bad\nNotice")
a.notice("Bad\rNotice")
assert(a.queue.qsize()) == 0