def run_test(self):
global time_to_run, check_per_second
result = TestResult()
start = time()
if isinstance(time_to_run, str) and time_to_run == 'infinate':
time_to_run = -1
elif isinstance(time_to_run, str):
time_to_run = 5
if time_to_run == -1:
total_count = -1
else:
total_count = check_per_second*time_to_run
if time_to_run != -1:
self.background = False
last_major = 0
while self.results_count < total_count:
old_stress_count = self.results_count
old_noop_count = self.check_count
sleep(5000)
result.add_message(True, 'Commands/second: %d/%d'%( (self.results_count-old_stress_count)/5, (self.check_count-old_noop_count)/5 ) )
if (self.results_count*100/total_count) > last_major + 10:
last_major = last_major + 10
log('%d%% Complete: %d checks per second <%d/%d>'%(self.results_count*100/total_count, (self.results_count-old_stress_count)/5, self.results_count, total_count))
elapsed = (time() - start)
if elapsed == 0:
elapsed = 1
result.add_message(True, 'Summary Collected %d instance in %d seconds: %d/s'%(self.results_count, elapsed, self.results_count/elapsed))
else:
self.background = True
result.add_message(True, 'Test running in background, run py_unittest_collect to collect results at any time.')
return result
def wait_and_validate(self, uuid, result, msg, perf, tag):
found = False
for i in range(0,10):
if not self.has_response(uuid):
log_debug('Waiting for %s (%d/10)'%(uuid, i+1))
sleep(200)
else:
log_debug('Got response %s'%uuid)
found = True
break
if not found:
result.add_message(False, 'Failed to recieve message %s using %s'%(uuid, tag))
return False
for i in range(0,10):
rmsg = self.get_response(uuid)
if not rmsg.got_simple_response or not rmsg.got_response:
log_debug('Waiting for delayed response %s s/m: %s/%s - (%d/10)'%(uuid, rmsg.got_simple_response, rmsg.got_response, i+1))
sleep(500)
else:
log_debug('Got delayed response %s'%uuid)
break
result.add_message(rmsg.got_response, 'Testing to recieve message using %s'%tag)
result.add_message(rmsg.got_simple_response, 'Testing to recieve simple message using %s'%tag)
result.assert_equals(rmsg.command, uuid, 'Verify that command is sent through using %s'%tag)
result.assert_contains(rmsg.message, msg, 'Verify that message is sent through using %s'%tag)
#result.assert_equals(rmsg.last_source, source, 'Verify that source is sent through')
#result.assert_equals(rmsg.perfdata, perf, 'Verify that performance data is sent through using %s'%tag)
self.del_response(uuid)
return True
def submit_payload(self, alias, ssl, length, source, status, msg, perf, target):
message = plugin_pb2.QueryRequestMessage()
message.header.destination_id = target
message.header.command = 'nrpe_forward'
host = message.header.hosts.add()
host.address = "127.0.0.1:15666"
host.id = target
if (target == 'valid'):
pass
else:
enc = host.metadata.add()
enc.key = "use ssl"
enc.value = '%s'%ssl
enc = host.metadata.add()
enc.key = "payload length"
enc.value = '%d'%length
enc = host.metadata.add()
enc.key = "timeout"
enc.value = '5'
uid = str(uuid.uuid4())
payload = message.payload.add()
payload.command = 'check_py_nrpe_test_s'
payload.arguments.append(uid)
rmsg = self.get_request(uid)
rmsg.status = status
rmsg.message = msg
rmsg.perfdata = perf
self.set_request(rmsg)
(result_code, response) = self.core.query('ignored', message.SerializeToString())
response_message = plugin_pb2.QueryResponseMessage()
response_message.ParseFromString(response)
result = TestResult('Testing NRPE: %s for %s'%(alias, target))
found = False
for i in range(0,10):
if self.has_response(uid):
rmsg = self.get_response(uid)
#result.add_message(rmsg.got_response, 'Testing to recieve message using %s'%alias)
result.add_message(rmsg.got_simple_response, 'Testing to recieve simple message using %s'%alias)
result.add_message(len(response_message.payload) == 1, 'Verify that we only get one payload response for %s'%alias, '%s != 1'%len(response_message.payload))
if len(response_message.payload) == 1 and len(response_message.payload[0].lines) == 1:
result.assert_equals(response_message.payload[0].result, status, 'Verify that status is sent through %s'%alias)
result.assert_equals(response_message.payload[0].lines[0].message, msg, 'Verify that message is sent through %s'%alias)
#result.assert_equals(rmsg.perfdata, perf, 'Verify that performance data is sent through')
self.del_response(uid)
found = True
break
else:
log('Waiting for %s (%s/%s)'%(uid,alias,target))
sleep(500)
if not found:
result.add_message(False, 'Testing to recieve message using %s'%alias)
return result
def submit_payload(self, alias, ssl, length, source, status, msg, perf, target):
message = plugin_pb2.QueryRequestMessage()
message.header.destination_id = target
message.header.command = 'nrpe_forward'
host = message.header.hosts.add()
host.address = "127.0.0.1:15666"
host.id = target
if (target == 'valid'):
pass
else:
enc = host.metadata.add()
enc.key = "use ssl"
enc.value = '%s'%ssl
enc = host.metadata.add()
enc.key = "payload length"
enc.value = '%d'%length
enc = host.metadata.add()
enc.key = "timeout"
enc.value = '5'
uid = str(uuid.uuid4())
payload = message.payload.add()
payload.command = 'check_py_nrpe_test_s'
payload.arguments.append(uid)
rmsg = self.get_request(uid)
rmsg.status = status
rmsg.message = msg
rmsg.perfdata = perf
self.set_request(rmsg)
(result_code, response) = self.core.query('ignored', message.SerializeToString())
response_message = plugin_pb2.QueryResponseMessage()
response_message.ParseFromString(response)
result = TestResult('Testing NRPE: %s for %s'%(alias, target))
found = False
for i in range(0,10):
if self.has_response(uid):
rmsg = self.get_response(uid)
#result.add_message(rmsg.got_response, 'Testing to recieve message using %s'%alias)
result.add_message(rmsg.got_simple_response, 'Testing to recieve simple message using %s'%alias)
result.add_message(len(response_message.payload) == 1, 'Verify that we only get one payload response for %s'%alias, '%s != 1'%len(response_message.payload))
if len(response_message.payload) == 1 and len(response_message.payload[0].lines) == 1:
result.assert_equals(response_message.payload[0].result, status, 'Verify that status is sent through %s'%alias)
result.assert_equals(response_message.payload[0].lines[0].message, msg, 'Verify that message is sent through %s'%alias)
#result.assert_equals(rmsg.perfdata, perf, 'Verify that performance data is sent through')
self.del_response(uid)
found = True
break
else:
log('Waiting for %s (%s/%s)'%(uid,alias,target))
sleep(500)
if not found:
result.add_message(False, 'Testing to recieve message using %s'%alias)
return result
def run_test(self):
result = TestResult('Checking CheckEventLog')
cache = TestResult('Checking CheckEventLog CACHE')
(res, msg, perf) = Core.get().simple_query('CheckEventLogCACHE', ['warn=eq:1', 'crit=eq:2'])
cache.assert_equals(res, status.OK, "Validate cache is empty")
cache.assert_equals(msg, 'Eventlog check ok', "Validate cache is ok: %s"%msg)
a_list = ['a', 'a', 'a', 'a', 'a', 'a', 'a', 'a', 'a', 'a', 'a', 'a', 'a']
result.add_message(self.test_create('Application Error', 1000, 'error', 0, 0, 0, a_list), 'Testing to create a log message')
sleep(500)
result.assert_equals(self.last_message, 'error Application Error: ', 'Verify that message is sent through')
result.assert_equals(self.message_count, 1, 'Verify that onlyt one message is sent through')
result.add_message(self.test_create('Application Error', 1000, 'info', 2, 1, 5, a_list), 'Testing to create a log message')
sleep(500)
result.assert_equals(self.last_message, 'info Application Error: ', 'Verify that message is sent through')
result.assert_equals(self.message_count, 1, 'Verify that onlyt one message is sent through')
(res, msg, perf) = Core.get().simple_query('CheckEventLogCACHE', ['warn=eq:1', 'crit=eq:2'])
cache.assert_equals(res, status.CRITICAL, "Validate cache has items")
cache.assert_equals(msg, 'error Application Error: , info Application Error: , eventlog: 2 = critical', "Validate cache is ok: %s"%msg)
cache.assert_equals(perf, "'eventlog'=2;1;2", "Validate cache is ok: %s"%msg)
(res, msg, perf) = Core.get().simple_query('CheckEventLogCACHE', ['warn=eq:1', 'crit=eq:2'])
cache.assert_equals(res, status.OK, "Validate cache is empty (again)")
cache.assert_equals(msg, 'Eventlog check ok', "Validate cache is ok: %s"%msg)
result.add(cache)
r = TestResult('Checking filters')
r.add(self.test_w_expected('id = 1000 and generated gt 1m', '%generated%', 0))
r.add(self.test_w_expected('id = 1000 and generated gt -1m', '%generated%', 2))
r.add(self.test_w_expected('id = 1000 and generated gt -1m and id = 1000', '%generated%: %id%, %category%', 2))
r.add(self.test_w_expected('id = 1000 and generated gt -1m and category = 1', '%category%', 1))
r.add(self.test_w_expected('id = 1000 and generated gt -1m and category = 0', '%category%', 1))
r.add(self.test_w_expected("id = 1000 and generated gt -1m and level = 'error'", '%level%', 1))
r.add(self.test_w_expected("id = 1000 and generated gt -1m and level = 'info'", '%level%', 1))
result.add(r)
r = TestResult('Checking syntax')
r.add(self.test_syntax('id = 1000 and generated gt -2m and category = 0', '%source% - %type% - %category%', 'Application Error - error - 0'))
r.add(self.test_syntax('id = 1000 and generated gt -2m and category = 1', '%source% - %type% - %category%', 'Application Error - info - 1'))
r.add(self.test_syntax('id = 1000 and generated gt -2m and category = 0', '%facility% - %qualifier% - %customer%', '0 - 0 - 0'))
r.add(self.test_syntax('id = 1000 and generated gt -2m and category = 1', '%facility% - %qualifier% - %customer%', '5 - 5 - 0'))
r.add(self.test_syntax('id = 1000 and generated gt -2m and category = 0', '%rawid% - %severity% - %log%', '1000 - success - Application'))
r.add(self.test_syntax('id = 1000 and generated gt -2m and category = 1', '%rawid% - %severity% - %log%', '2147812328 - warning - Application'))
r.add(self.test_syntax('id = 1000 and generated gt -2m and category = 0', '%id% - %strings%', '1000 - a, a, a, a, a, a, a, a, a, a, a, a, a, '))
r.add(self.test_syntax('id = 1000 and generated gt -2m and category = 1', '%id% - %strings%', '1000 - a, a, a, a, a, a, a, a, a, a, a, a, a, '))
result.add(r)
return result
def run_test(self):
result = TestResult()
start = time()
total_count = install_checks*time_to_run/5
while self.stress_count < total_count:
log('Waiting for %d: %d/%d'%(total_count, self.stress_count, self.noop_count))
old_stress_count = self.stress_count
old_noop_count = self.noop_count
sleep(5000)
result.add_message(True, 'Commands/second: %d/%d'%( (self.stress_count-old_stress_count)/5, (self.noop_count-old_noop_count)/5 ) )
elapsed = (time() - start)
if elapsed == 0:
elapsed = 1
result.add_message(True, 'Summary Collected %d instance in %d seconds: %d/s'%(self.stress_count, elapsed, self.stress_count/elapsed))
return result
def run_test(self):
global time_to_run, check_per_second
result = TestResult()
start = time()
if isinstance(time_to_run, str) and time_to_run == 'infinate':
time_to_run = -1
elif isinstance(time_to_run, str):
time_to_run = 5
if time_to_run == -1:
total_count = -1
else:
total_count = check_per_second * time_to_run
if time_to_run != -1:
self.background = False
last_major = 0
while self.results_count < total_count:
old_stress_count = self.results_count
old_noop_count = self.check_count
sleep(5000)
result.add_message(
True, 'Commands/second: %d/%d' %
((self.results_count - old_stress_count) / 5,
(self.check_count - old_noop_count) / 5))
if (self.results_count * 100 / total_count) > last_major + 10:
last_major = last_major + 10
log('%d%% Complete: %d checks per second <%d/%d>' %
(self.results_count * 100 / total_count,
(self.results_count - old_stress_count) / 5,
self.results_count, total_count))
elapsed = (time() - start)
if elapsed == 0:
elapsed = 1
result.add_message(
True, 'Summary Collected %d instance in %d seconds: %d/s' %
(self.results_count, elapsed, self.results_count / elapsed))
else:
self.background = True
result.add_message(
True,
'Test running in background, run py_unittest_collect to collect results at any time.'
)
return result
def run_test_proc(self):
result = TestResult('Checking CheckProcState')
for j in range(0,3):
result.append(self.test_one_proc_int('notepad.exe', 0, j))
pids = []
for i in range(1,4):
log('Starting notepad...')
handle = subprocess.Popen('notepad.exe', shell=False)
sleep(500)
pids.append(handle.pid)
for j in range(0,3):
result.append(self.test_one_proc_int('notepad.exe', i, j))
for p in pids:
subprocess.Popen("taskkill /F /T /PID %i"%p , shell=True)
return result
def run_test_proc(self):
result = TestResult('Checking CheckProcState')
for j in range(0, 3):
result.append(self.test_one_proc_int('notepad.exe', 0, j))
pids = []
for i in range(1, 4):
log('Starting notepad...')
handle = subprocess.Popen('notepad.exe', shell=False)
sleep(500)
pids.append(handle.pid)
for j in range(0, 3):
result.append(self.test_one_proc_int('notepad.exe', i, j))
for p in pids:
subprocess.Popen("taskkill /F /T /PID %i" % p, shell=True)
return result
def wait_and_validate(self, uuid, result, msg, perf, tag):
found = False
for i in range(0, 10):
if not self.has_response(uuid):
log_debug('Waiting for %s (%d/10)' % (uuid, i + 1))
sleep(200)
else:
log_debug('Got response %s' % uuid)
found = True
break
if not found:
result.add_message(
False, 'Failed to recieve message %s using %s' % (uuid, tag))
return False
for i in range(0, 10):
rmsg = self.get_response(uuid)
if not rmsg.got_simple_response or not rmsg.got_response:
log_debug(
'Waiting for delayed response %s s/m: %s/%s - (%d/10)' %
(uuid, rmsg.got_simple_response, rmsg.got_response, i + 1))
sleep(500)
else:
log_debug('Got delayed response %s' % uuid)
break
result.add_message(rmsg.got_response,
'Testing to recieve message using %s' % tag)
result.add_message(rmsg.got_simple_response,
'Testing to recieve simple message using %s' % tag)
result.assert_equals(
rmsg.command, uuid,
'Verify that command is sent through using %s' % tag)
result.assert_contains(
rmsg.message, msg,
'Verify that message is sent through using %s' % tag)
#result.assert_equals(rmsg.last_source, source, 'Verify that source is sent through')
#result.assert_equals(rmsg.perfdata, perf, 'Verify that performance data is sent through using %s'%tag)
self.del_response(uuid)
return True
def run_test(self):
result = TestResult()
start = time()
total_count = install_checks * time_to_run / 5
while self.stress_count < total_count:
log('Waiting for %d: %d/%d' %
(total_count, self.stress_count, self.noop_count))
old_stress_count = self.stress_count
old_noop_count = self.noop_count
sleep(5000)
result.add_message(
True, 'Commands/second: %d/%d' %
((self.stress_count - old_stress_count) / 5,
(self.noop_count - old_noop_count) / 5))
elapsed = (time() - start)
if elapsed == 0:
elapsed = 1
result.add_message(
True, 'Summary Collected %d instance in %d seconds: %d/s' %
(self.stress_count, elapsed, self.stress_count / elapsed))
return result
def run_test(self):
self.core.load_module('Scheduler', self.sched_alias)
result = TestResult()
start = time()
last_major = 0
elapsed = time()-start
while elapsed < 60:
if elapsed > 0:
log("testing scheduler %d%% (collected %d instance in %d seconds)"%(elapsed/60*100, self.results_count, elapsed))
sleep(2000)
elapsed = time()-start
result.add_message(True, 'Summary Collected %d instance in %d seconds: %d/s'%(self.results_count, elapsed, self.results_count/elapsed))
self.check_one(result, "rand", 5, 10)
self.check_one(result, "1s", 55, 65)
self.check_one(result, "short", 10, 14)
self.check_one(result, "30s", 1, 3)
self.check_one(result, "explicit", 10, 14)
self.check_one(result, "10s", 5, 7)
return result
def run_test_proc(self):
master = TestResult('Checking check_process')
result = TestResult('0 notepads running')
for j in range(0, 3):
result.append(self.test_one_proc_int('notepad.exe', 0, j))
master.add(result)
pids = []
for i in range(1, 4):
result = TestResult('%d notepads running' % i)
log('Starting notepad...')
handle = subprocess.Popen('notepad.exe', shell=False)
sleep(500)
pids.append(handle.pid)
for j in range(0, 3):
result.append(self.test_one_proc_int('notepad.exe', i, j))
master.add(result)
for p in pids:
subprocess.Popen("taskkill /F /T /PID %i" % p, shell=True)
return master
def run_test_proc(self):
master = TestResult('Checking check_process')
result = TestResult('0 notepads running')
for j in range(0,3):
result.append(self.test_one_proc_int('notepad.exe', 0, j))
master.add(result)
pids = []
for i in range(1,4):
result = TestResult('%d notepads running'%i)
log('Starting notepad...')
handle = subprocess.Popen('notepad.exe', shell=False)
sleep(500)
pids.append(handle.pid)
for j in range(0,3):
result.append(self.test_one_proc_int('notepad.exe', i, j))
master.add(result)
for p in pids:
subprocess.Popen("taskkill /F /T /PID %i"%p , shell=True)
return master
def run_test(self):
result = TestResult('Checking CheckEventLog')
cache = TestResult('Checking CheckEventLog CACHE')
sleep(2000)
#(res, msg, perf) = self.core.simple_query('CheckEventLogCACHE', ['warn=eq:1', 'crit=eq:2'])
#cache.assert_equals(res, status.OK, "Validate cache is empty")
#cache.assert_equals(msg, 'Eventlog check ok', "Validate cache is ok: %s"%msg)
a_list = [
'a', 'a', 'a', 'a', 'a', 'a', 'a', 'a', 'a', 'a', 'a', 'a', 'a'
]
result.add(
self.test_create('Application Error', 1000, 'error', 'success', 0,
0, a_list))
result.add(
self.test_create('Application Error', 1000, 'warning',
'informational', 1, 5, a_list))
result.add(
self.test_create('Application Error', 1000, 'success', 'warning',
2, 5, a_list))
result.add(
self.test_create('Application Error', 1000, 'info', 'error', 3, 5,
a_list))
for x in range(1, 10):
log('Waiting...%d/4.' % len(self.messages))
sleep(100)
if len(self.messages) == 4:
break
log('Recieved %d messages.' % len(self.messages))
result.assert_equals(len(self.messages), 4,
'Verify that all 4 messages are sent through')
for msg in self.messages:
if msg.message.startswith('X1'):
r = TestResult('Validating message X1')
r.assert_equals(msg.message, 'X1 warning Application Error: ',
'Verify message')
r.assert_equals(msg.channel, 'pytest_evlog_01',
'Verify channel')
r.assert_equals(msg.tag, '001', 'Verify tag')
r.assert_equals(msg.status, status.WARNING, 'Verify status')
result.add(r)
elif msg.message.startswith('X2'):
r = TestResult('Validating message X2')
r.assert_equals(msg.message, 'X2 success Application Error: ',
'Verify message')
r.assert_equals(msg.channel, 'pytest_evlog_02',
'Verify channel')
r.assert_equals(msg.tag, '002', 'Verify tag')
r.assert_equals(msg.status, status.CRITICAL, 'Verify status')
result.add(r)
elif msg.message.startswith('X3'):
r = TestResult('Validating message X3')
r.assert_equals(msg.message, 'X3 info Application Error: ',
'Verify message')
r.assert_equals(msg.channel, 'pytest_evlog_01',
'Verify channel')
r.assert_equals(msg.tag, '001', 'Verify tag')
r.assert_equals(msg.status, status.UNKNOWN, 'Verify status')
result.add(r)
elif msg.message.startswith('X4'):
r = TestResult('Validating message X4')
r.assert_equals(msg.message, 'X4 error Application Error: ',
'Verify message')
r.assert_equals(msg.channel, 'pytest_evlog_01',
'Verify channel')
r.assert_equals(msg.tag, '001', 'Verify tag')
r.assert_equals(msg.status, status.OK, 'Verify status')
result.add(r)
#(res, msg, perf) = self.core.simple_query('CheckEventLogCACHE', ['warn=eq:1', 'crit=eq:4'])
#cache.assert_equals(res, status.CRITICAL, "Validate cache has items: %s"%msg)
#cache.assert_equals(msg, 'X4 error Application Error: , X1 warning Application Error: , X2 success Application Error: , X3 info Application Error: , eventlog: 4 = critical', "Validate cache message")
#cache.assert_equals(perf, "'eventlog'=4;1;4", "Validate cache performance")
#(res, msg, perf) = self.core.simple_query('CheckEventLogCACHE', ['warn=eq:1', 'crit=eq:2'])
#cache.assert_equals(res, status.OK, "Validate cache is empty (again)")
#cache.assert_equals(msg, 'Eventlog check ok', "Validate cache is ok: %s"%msg)
#result.add(cache)
r = TestResult('Checking filters')
r.add(
self.test_w_expected('id = 1000 and generated gt 1m',
'%generated%', 0))
r.add(
self.test_w_expected('id = 1000 and generated gt -1m',
'%generated%', 4))
r.add(
self.test_w_expected(
'id = 1000 and generated gt -1m and id = 1000',
'%generated%: %id%, %category%', 4))
r.add(
self.test_w_expected(
'id = 1000 and generated gt -1m and category = 1',
'%category%', 1))
r.add(
self.test_w_expected(
'id = 1000 and generated gt -1m and category = 0',
'%category%', 1))
r.add(
self.test_w_expected(
"id = 1000 and generated gt -1m and level = 'error'",
'%level%', 1))
r.add(
self.test_w_expected(
"id = 1000 and generated gt -1m and level = 'warning'",
'%level%', 1))
result.add(r)
r = TestResult('Checking syntax')
r.add(
self.test_syntax('id = 1000 and generated gt -2m and category = 0',
'%source% - %type% - %category%',
'Application Error - error - 0'))
r.add(
self.test_syntax('id = 1000 and generated gt -2m and category = 1',
'%source% - %type% - %category%',
'Application Error - warning - 1'))
r.add(
self.test_syntax('id = 1000 and generated gt -2m and category = 2',
'%source% - %type% - %category%',
'Application Error - information - 2'))
r.add(
self.test_syntax('id = 1000 and generated gt -2m and category = 3',
'%source% - %type% - %category%',
'Application Error - information - 3'))
#r.add(self.test_syntax('id = 1000 and generated gt -2m and category = 0', '%facility% - %qualifier% - %customer%', '0 - 0 - 0'))
#r.add(self.test_syntax('id = 1000 and generated gt -2m and category = 1', '%facility% - %qualifier% - %customer%', '5 - 5 - 0'))
#r.add(self.test_syntax('id = 1000 and generated gt -2m and category = 0', '%rawid% - %severity% - %log%', '1000 - success - Application'))
#r.add(self.test_syntax('id = 1000 and generated gt -2m and category = 1', '%rawid% - %severity% - %log%', '1074070504 - informational - Application'))
#r.add(self.test_syntax('id = 1000 and generated gt -2m and category = 2', '%rawid% - %severity% - %log%', '2147812328 - warning - Application'))
#r.add(self.test_syntax('id = 1000 and generated gt -2m and category = 3', '%rawid% - %severity% - %log%', '3221554152 - error - Application'))
#r.add(self.test_syntax('id = 1000 and generated gt -2m and category = 0', '%id% - %strings%', '1000 - a, a, a, a, a, a, a, a, a, a, a, a, a, '))
#r.add(self.test_syntax('id = 1000 and generated gt -2m and category = 1', '%id% - %strings%', '1000 - a, a, a, a, a, a, a, a, a, a, a, a, a, '))
result.add(r)
return result
def run_test(self):
result = TestResult('Checking CheckEventLog')
cache = TestResult('Checking CheckEventLog CACHE')
(res, msg, perf) = Core.get().simple_query('CheckEventLogCACHE', ['warn=eq:1', 'crit=eq:2'])
cache.assert_equals(res, status.OK, "Validate cache is empty")
cache.assert_equals(msg, 'Eventlog check ok', "Validate cache is ok: %s"%msg)
a_list = ['a', 'a', 'a', 'a', 'a', 'a', 'a', 'a', 'a', 'a', 'a', 'a', 'a']
result.add_message(self.test_create('Application Error', 1000, 'error', 'success', 0, 0, a_list), 'Testing to create a log message')
result.add_message(self.test_create('Application Error', 1000, 'warning', 'informational', 1, 5, a_list), 'Testing to create a log message')
result.add_message(self.test_create('Application Error', 1000, 'success', 'warning', 2, 5, a_list), 'Testing to create a log message')
result.add_message(self.test_create('Application Error', 1000, 'info', 'error', 3, 5, a_list), 'Testing to create a log message')
for x in range(1,10):
sleep(100)
if len(self.messages) == 4:
break
log('Recieved %d messages.'%len(self.messages))
result.assert_equals(len(self.messages), 4, 'Verify that all 4 messages are sent through')
for msg in self.messages:
if msg.message.startswith('X1'):
r = TestResult('Validating message X1')
r.assert_equals(msg.message, 'X1 warning Application Error: ', 'Verify message')
r.assert_equals(msg.channel, 'pytest_evlog_01', 'Verify channel')
r.assert_equals(msg.tag, '001', 'Verify tag')
r.assert_equals(msg.status, status.WARNING, 'Verify status')
result.add(r)
elif msg.message.startswith('X2'):
r = TestResult('Validating message X2')
r.assert_equals(msg.message, 'X2 success Application Error: ', 'Verify message')
r.assert_equals(msg.channel, 'pytest_evlog_02', 'Verify channel')
r.assert_equals(msg.tag, '002', 'Verify tag')
r.assert_equals(msg.status, status.CRITICAL, 'Verify status')
result.add(r)
elif msg.message.startswith('X3'):
r = TestResult('Validating message X3')
r.assert_equals(msg.message, 'X3 info Application Error: ', 'Verify message')
r.assert_equals(msg.channel, 'pytest_evlog_01', 'Verify channel')
r.assert_equals(msg.tag, '001', 'Verify tag')
r.assert_equals(msg.status, status.UNKNOWN, 'Verify status')
result.add(r)
elif msg.message.startswith('X4'):
r = TestResult('Validating message X4')
r.assert_equals(msg.message, 'X4 error Application Error: ', 'Verify message')
r.assert_equals(msg.channel, 'pytest_evlog_01', 'Verify channel')
r.assert_equals(msg.tag, '001', 'Verify tag')
r.assert_equals(msg.status, status.OK, 'Verify status')
result.add(r)
(res, msg, perf) = Core.get().simple_query('CheckEventLogCACHE', ['warn=eq:1', 'crit=eq:4'])
cache.assert_equals(res, status.CRITICAL, "Validate cache has items: %s"%msg)
cache.assert_equals(msg, 'X4 error Application Error: , X1 warning Application Error: , X2 success Application Error: , X3 info Application Error: , eventlog: 4 = critical', "Validate cache message")
cache.assert_equals(perf, "'eventlog'=4;1;4", "Validate cache performance")
(res, msg, perf) = Core.get().simple_query('CheckEventLogCACHE', ['warn=eq:1', 'crit=eq:2'])
cache.assert_equals(res, status.OK, "Validate cache is empty (again)")
cache.assert_equals(msg, 'Eventlog check ok', "Validate cache is ok: %s"%msg)
result.add(cache)
r = TestResult('Checking filters')
r.add(self.test_w_expected('id = 1000 and generated gt 1m', '%generated%', 0))
r.add(self.test_w_expected('id = 1000 and generated gt -1m', '%generated%', 4))
r.add(self.test_w_expected('id = 1000 and generated gt -1m and id = 1000', '%generated%: %id%, %category%', 4))
r.add(self.test_w_expected('id = 1000 and generated gt -1m and category = 1', '%category%', 1))
r.add(self.test_w_expected('id = 1000 and generated gt -1m and category = 0', '%category%', 1))
r.add(self.test_w_expected("id = 1000 and generated gt -1m and level = 'error'", '%level%', 1))
r.add(self.test_w_expected("id = 1000 and generated gt -1m and level = 'info'", '%level%', 1))
result.add(r)
r = TestResult('Checking syntax')
r.add(self.test_syntax('id = 1000 and generated gt -2m and category = 0', '%source% - %type% - %category%', 'Application Error - error - 0'))
r.add(self.test_syntax('id = 1000 and generated gt -2m and category = 1', '%source% - %type% - %category%', 'Application Error - warning - 1'))
r.add(self.test_syntax('id = 1000 and generated gt -2m and category = 2', '%source% - %type% - %category%', 'Application Error - success - 2'))
r.add(self.test_syntax('id = 1000 and generated gt -2m and category = 3', '%source% - %type% - %category%', 'Application Error - info - 3'))
r.add(self.test_syntax('id = 1000 and generated gt -2m and category = 0', '%facility% - %qualifier% - %customer%', '0 - 0 - 0'))
r.add(self.test_syntax('id = 1000 and generated gt -2m and category = 1', '%facility% - %qualifier% - %customer%', '5 - 5 - 0'))
r.add(self.test_syntax('id = 1000 and generated gt -2m and category = 0', '%rawid% - %severity% - %log%', '1000 - success - Application'))
r.add(self.test_syntax('id = 1000 and generated gt -2m and category = 1', '%rawid% - %severity% - %log%', '1074070504 - informational - Application'))
r.add(self.test_syntax('id = 1000 and generated gt -2m and category = 2', '%rawid% - %severity% - %log%', '2147812328 - warning - Application'))
r.add(self.test_syntax('id = 1000 and generated gt -2m and category = 3', '%rawid% - %severity% - %log%', '3221554152 - error - Application'))
r.add(self.test_syntax('id = 1000 and generated gt -2m and category = 0', '%id% - %strings%', '1000 - a, a, a, a, a, a, a, a, a, a, a, a, a, '))
r.add(self.test_syntax('id = 1000 and generated gt -2m and category = 1', '%id% - %strings%', '1000 - a, a, a, a, a, a, a, a, a, a, a, a, a, '))
result.add(r)
return result
