def run_test():
for testconfig in testconfigs:
utils.print_test_section_separator()
utils.pmdastatsd_install(testconfig)
for payload in payloads:
sock.sendto("test_gauge:{}|g".format(payload).encode("utf-8"),
(ip, port))
utils.print_metric("statsd.pmda.dropped")
utils.print_metric('statsd.test_gauge')
overflow_payload = sys.float_info.max
sock.sendto(
"test_gauge2:+{}|g".format(overflow_payload).encode("utf-8"),
(ip, port))
utils.print_metric("statsd.pmda.dropped")
utils.print_metric("statsd.test_gauge2")
sock.sendto(
"test_gauge2:+{}|g".format(overflow_payload).encode("utf-8"),
(ip, port))
utils.print_metric("statsd.pmda.dropped")
utils.print_metric("statsd.test_gauge2")
underflow_payload = sys.float_info.max * -1.0
sock.sendto(
"test_gauge3:{}|g".format(underflow_payload).encode("utf-8"),
(ip, port))
utils.print_metric("statsd.pmda.dropped")
utils.print_metric("statsd.test_gauge3")
sock.sendto(
"test_gauge3:{}|g".format(underflow_payload).encode("utf-8"),
(ip, port))
utils.print_metric("statsd.pmda.dropped")
utils.print_metric("statsd.test_gauge3")
utils.pmdastatsd_remove()
utils.restore_config()
def run_test():
utils.print_test_section_separator()
utils.pmdastatsd_install(debug_output_filename1)
for payload in payloads:
sock.sendto(payload.encode("utf-8"), (ip, port))
pmdastatsd_pids = utils.get_pmdastatsd_pids()
time.sleep(5)
for pid in pmdastatsd_pids:
utils.send_debug_output_signal(pid)
time.sleep(5)
debug_output = utils.get_debug_file("debug")
print(debug_output)
utils.pmdastatsd_remove()
utils.restore_config()
utils.remove_debug_file("debug")
utils.pmdastatsd_install(debug_output_filename2)
for payload in payloads:
sock.sendto(payload.encode("utf-8"), (ip, port))
pmdastatsd_pids = utils.get_pmdastatsd_pids()
time.sleep(5)
for pid in pmdastatsd_pids:
utils.send_debug_output_signal(pid)
time.sleep(5)
debug_output = utils.get_debug_file("debug_test")
print(debug_output)
utils.pmdastatsd_remove()
utils.restore_config()
utils.remove_debug_file("debug_test")
def run_test():
for testconfig in testconfigs:
utils.print_test_section_separator()
utils.pmdastatsd_install(testconfig)
for payload in payloads:
sock.sendto(payload.encode("utf-8"), (ip, port))
utils.print_metric('statsd.pmda.received')
utils.print_metric('statsd.pmda.parsed')
utils.print_metric('statsd.pmda.aggregated')
utils.print_metric('statsd.pmda.dropped')
time_spent_parsing = utils.request_metric(
'statsd.pmda.time_spent_parsing')
if time_spent_parsing:
val = extract_value(time_spent_parsing)
if not val == "value 0":
print("time_spent_parsing is not 0")
else:
print("time_spent_parsing is 0")
time_spent_aggregating = utils.request_metric(
'statsd.pmda.time_spent_aggregating')
if time_spent_aggregating:
val = extract_value(time_spent_aggregating)
if not val == "value 0":
print("time_spent_aggregating is not 0")
else:
print("time_spent_aggregating is 0")
utils.print_metric('statsd.pmda.metrics_tracked')
utils.pmdastatsd_remove()
utils.restore_config()
def run_test():
utils.print_test_section_separator()
utils.pmdastatsd_install(basic_duration_aggregation)
for x in range(1, 101):
sock.sendto("test_duration:{}|ms".format(x).encode("utf-8"),
(ip, port))
utils.print_metric("statsd.test_duration")
utils.pmdastatsd_remove()
utils.restore_config()
def run_test():
utils.print_test_section_separator()
utils.pmdastatsd_install()
utils.print_metric('statsd.pmda.received')
utils.print_metric('statsd.pmda.parsed')
utils.print_metric('statsd.pmda.aggregated')
utils.print_metric('statsd.pmda.dropped')
utils.print_metric('statsd.pmda.time_spent_parsing')
utils.print_metric('statsd.pmda.time_spent_aggregating')
utils.print_metric('statsd.pmda.metrics_tracked')
utils.pmdastatsd_remove()
utils.restore_config()
def run_test():
utils.print_test_section_separator()
utils.pmdastatsd_install()
pminfo_metrics = utils.pminfo("statsd")
before_metric_count = len(pminfo_metrics.split('\n')) - 1
def thread_fun1():
for i in range(1, n + 1):
sock.sendto("test_thread1_counter:1|c".encode("utf-8"), (ip, port))
def thread_fun2():
for i in range(1, n + 1):
sock.sendto("test_thread2_counter:2|c".encode("utf-8"), (ip, port))
def thread_fun3():
for i in range(1, n + 1):
sock.sendto(
"test_thread3_gauge:+{}|g".format(uniform(
1.0, 100.0)).encode("utf-8"), (ip, port))
def thread_fun4():
for i in range(1, n + 1):
sock.sendto(
"test_thread4_ms:{}|ms".format(uniform(0, 1)).encode("utf-8"),
(ip, port))
thread1 = Thread(target=thread_fun1)
thread2 = Thread(target=thread_fun2)
thread3 = Thread(target=thread_fun3)
thread4 = Thread(target=thread_fun4)
thread1.start()
thread2.start()
thread3.start()
thread4.start()
thread1.join()
thread2.join()
thread3.join()
thread4.join()
after_result = utils.pminfo("statsd")
after_metric_tracked_count = len(after_result.split('\n')) - 1
if before_metric_count + 4 == after_metric_tracked_count:
print("OK. +4 metrics, none lost.")
else:
print("FAIL, some metrics were lost / none were added.")
utils.pmdastatsd_remove()
utils.restore_config()
def run_test():
utils.print_test_section_separator()
utils.pmdastatsd_install(port_a_config)
sock.sendto("test_port_a:1|c".encode("utf-8"), (ip, port_a))
print("Testing port {}".format(port_a))
utils.print_metric("statsd.test_port_a")
utils.pmdastatsd_remove()
utils.restore_config()
utils.pmdastatsd_install(port_b_config)
sock.sendto("test_port_b:1|c".encode("utf-8"), (ip, port_b))
print("Testing port {}".format(port_b))
utils.print_metric("statsd.test_port_b")
utils.pmdastatsd_remove()
utils.restore_config()
def run_test():
utils.print_test_section_separator()
utils.pmdastatsd_install(hdr_duration_aggregation)
for i in range(0, 10000001):
sock.sendto("test_hdr:{}|ms".format(i * 2).encode("utf-8"), (ip, port))
labels_output = utils.request_metric("statsd.test_hdr")
output = utils.get_instances(labels_output)
for k, v in output.items():
status = False
number_value = float(v)
sys.stderr.write(k + ' = ' + str(number_value) + '\n')
if k == "/average":
if utils.check_is_in_bounds(expected_average, number_value):
status = True
elif k == "/count":
if utils.check_is_in_range(expected_count_max, expected_count_min, number_value):
status = True
elif k == "/max":
if utils.check_is_in_bounds(expected_max, number_value):
status = True
elif k == "/median":
if utils.check_is_in_bounds(expected_median, number_value):
status = True
elif k == "/min":
if utils.check_is_in_bounds(expected_min, number_value):
status = True
elif k == "/percentile90":
if utils.check_is_in_bounds(expected_percentile90, number_value):
status = True
elif k == "/percentile95":
if utils.check_is_in_bounds(expected_percentile95, number_value):
status = True
elif k == "/percentile99":
if utils.check_is_in_bounds(expected_percentile99, number_value):
status = True
elif k == "/std_deviation":
if utils.check_is_in_bounds(expected_stddev, number_value):
status = True
if status:
print(k, "OK")
else:
print(k, v)
utils.pmdastatsd_remove()
utils.restore_config()
def run_test():
for testconfig in testconfigs:
utils.print_test_section_separator()
utils.pmdastatsd_install(testconfig)
utils.print_metric("statsd.pmda.dropped")
for payload in payloads:
sock.sendto("test_counter:{}|c".format(payload).encode("utf-8"),
(ip, port))
utils.print_metric('statsd.test_counter')
test_payload = sys.float_info.max
sock.sendto("test_counter2:{}|c".format(test_payload).encode("utf-8"),
(ip, port))
utils.print_metric("statsd.test_counter2")
utils.print_metric("statsd.pmda.dropped")
sock.sendto("test_counter2:{}|c".format(test_payload).encode("utf-8"),
(ip, port))
utils.print_metric("statsd.test_counter2")
utils.print_metric("statsd.pmda.dropped")
utils.pmdastatsd_remove()
utils.restore_config()
def run_test():
utils.print_test_section_separator()
utils.pmdastatsd_install(basic_duration_aggregation)
for payload in payloads:
sock.sendto(payload.encode("utf-8"), (ip, port))
for x in range(1, 101):
sock.sendto("test_labels2:{}|ms".format(x).encode("utf-8"), (ip, port))
for x in range(1, 101):
sock.sendto(
"test_labels2:{}|ms|#label:X".format(x * 2).encode("utf-8"),
(ip, port))
labels_output = utils.request_metric("statsd.test_labels")
output = utils.get_instances(labels_output)
for k, v in output.items():
print(k, v)
labels_output = utils.request_metric("statsd.test_labels2")
output = utils.get_instances(labels_output)
for k, v in output.items():
print(k, v)
utils.pmdastatsd_remove()
utils.restore_config()
def run_test():
utils.print_test_section_separator()
utils.pmdastatsd_install(maxudp_1)
for payload in payloads:
sock.sendto(payload.encode("utf-8"), (ip, port))
time.sleep(1)
utils.print_metric("statsd.pmda.metrics_tracked")
utils.pmdastatsd_remove()
utils.restore_config()
utils.print_test_section_separator()
utils.pmdastatsd_install(maxudp_2)
for payload in payloads:
sock.sendto(payload.encode("utf-8"), (ip, port))
time.sleep(1)
utils.print_metric("statsd.pmda.metrics_tracked")
utils.pmdastatsd_remove()
utils.restore_config()
utils.print_test_section_separator()
utils.pmdastatsd_install(maxudp_3)
for payload in payloads:
sock.sendto(payload.encode("utf-8"), (ip, port))
time.sleep(1)
utils.print_metric("statsd.pmda.metrics_tracked")
utils.pmdastatsd_remove()
utils.restore_config()
def run_test():
utils.print_test_section_separator()
utils.pmdastatsd_install(verbosity_lvl_0)
for payload in payloads:
sock.sendto(payload.encode("utf-8"), (ip, port))
# time sleep to wait for log files to be filled with logs
time.sleep(1)
# explicitly refresh pmns
utils.pminfo("statsd")
time.sleep(4)
log_lvl_0_count = get_number_of_lines_in_file(utils.pmdastatsd_log_path)
utils.pmdastatsd_remove()
utils.restore_config()
utils.pmdastatsd_install(verbosity_lvl_1)
for payload in payloads:
sock.sendto(payload.encode("utf-8"), (ip, port))
time.sleep(1)
utils.pminfo("statsd")
time.sleep(4)
log_lvl_1_count = get_number_of_lines_in_file(utils.pmdastatsd_log_path)
utils.pmdastatsd_remove()
utils.restore_config()
utils.pmdastatsd_install(verbosity_lvl_2)
for payload in payloads:
sock.sendto(payload.encode("utf-8"), (ip, port))
time.sleep(1)
utils.pminfo("statsd")
time.sleep(4)
log_lvl_2_count = get_number_of_lines_in_file(utils.pmdastatsd_log_path)
utils.pmdastatsd_remove()
utils.restore_config()
if log_lvl_0_count < log_lvl_1_count and log_lvl_1_count < log_lvl_2_count:
print("Verbosity specificity is OK. (lvl 0 < lvl 1 < lvl 2)")
def run_test():
install_output = utils.pmdastatsd_install()
print(install_output)
remove_output = utils.pmdastatsd_remove()
print(remove_output)