def test_create_curl(self):
runner = CLIRunner(self.cli)
metric = 'FOO'
curl = runner.get_output(['-n', metric, '-z'])
CLITest.check_curl(self, self.cli, curl)
def test_create_curl(self):
runner = CLIRunner(self.cli)
filter_id = 1024
curl = runner.get_output(['-i', str(filter_id), '-z'])
CLITest.check_curl(self, self.cli, curl)
def test_create_alarm(self):
runner_create = CLIRunner(AlarmCreate())
alarm_name = 'my-alarm' + CLITest.random_string(6)
trigger_interval = 300000
create = runner_create.get_output([
'-n', alarm_name, '-m', 'CPU', '-g', 'max', '-o', 'gt', '-v',
'0.50', '-r',
str(trigger_interval)
])
alarm = json.loads(create)
self.assertEqual(trigger_interval, int(alarm['triggerInterval']))
self.assertEqual([], alarm['actions'])
self.assertEqual(1, int(alarm['familyId']))
self.assertFalse(alarm['isDisabled'])
self.assertEqual('CPU', alarm['metric'])
self.assertEqual(alarm_name, alarm['name'])
self.assertTrue(alarm['perHostNotify'])
self.assertTrue(alarm['notifyClear'])
self.assertTrue(alarm['notifySet'])
self.assertEqual('max', alarm['triggerPredicate']['agg'])
self.assertEqual('gt', alarm['triggerPredicate']['op'])
self.assertEqual(0.5, alarm['triggerPredicate']['val'])
self.assertEqual(3, int(alarm['typeId']))
self.api.alarm_delete(id=alarm['id'])
def test_create_curl(self):
runner = CLIRunner(self.cli)
metric = 'FOO'
curl = runner.get_output(['-n', metric,
'-z'])
CLITest.check_curl(self, self.cli, curl)
def test_create_metric(self):
runner_create = CLIRunner(MetricCreate())
metric_name = 'METRIC' + CLITest.random_string(6)
display_name = 'Display Name ' + CLITest.random_string(20)
display_name_short = 'Short Display Name' + CLITest.random_string(5)
description = CLITest.random_string(30)
aggregate = 'avg'
unit = 'number'
resolution = 60000
disabled = False
create = runner_create.get_output(['-n', metric_name,
'-d', display_name,
'-s', display_name_short,
'-i', description,
'-g', aggregate,
'-r', str(resolution),
'-u', unit,
'-x', str(disabled).lower()])
metric_create = json.loads(create)
metric = metric_create['result']
self.assertEqual(metric_name, metric['name'])
self.assertEqual(display_name, metric['displayName'])
self.assertEqual(display_name_short, metric['displayNameShort'])
self.assertFalse(metric['isDisabled'])
self.assertEqual(unit, metric['unit'])
self.assertEqual(aggregate.upper(), metric['defaultAggregate'])
self.assertEqual(resolution, int(metric['defaultResolutionMS']))
self.assertEqual(description, metric['description'])
runner_delete = CLIRunner(MetricDelete())
delete = runner_delete.get_output(['-n', metric_name])
def test_create_curl(self):
runner = CLIRunner(self.cli)
filter_name = 'My-Filter'
curl = runner.get_output(['-n', filter_name, '-z'])
CLITest.check_curl(self, self.cli, curl)
def test_create_curl(self):
runner = CLIRunner(self.cli)
filter_name = 'My-Filter'
curl = runner.get_output(['-n', filter_name,
'-z'])
CLITest.check_curl(self, self.cli, curl)
def test_create_curl(self):
runner = CLIRunner(self.cli)
alarm_id = 1024
curl = runner.get_output(['-i', str(alarm_id),
'-z'])
CLITest.check_curl(self, self.cli, curl)
def test_list_alarm(self):
runner_list = CLIRunner(AlarmList())
create = runner_list.get_output([])
result_list = json.loads(create)
alarm_list = result_list['result']
self.assertGreaterEqual(len(alarm_list), 1)
def test_list_alarm(self):
runner_list = CLIRunner(AlarmList())
create = runner_list.get_output([])
result_list = json.loads(create)
alarm_list = result_list['result']
self.assertGreaterEqual(len(alarm_list), 1)
def test_get_actions_installed(self):
runner = CLIRunner(ActionInstalled())
result = runner.get_output([])
actions_result = json.loads(result)
actions = actions_result['result']
self.assertGreaterEqual(len(actions), 1)
def test_create_curl(self):
runner = CLIRunner(self.cli)
enabled = True
custom = True
curl = runner.get_output(
['-b', str(enabled).lower(), '-c',
str(custom).lower(), '-z'])
CLITest.check_curl(self, self.cli, curl)
def test_create_curl(self):
runner = CLIRunner(self.cli)
enabled = True
custom = True
curl = runner.get_output(['-b', str(enabled).lower(),
'-c', str(custom).lower(),
'-z'])
CLITest.check_curl(self, self.cli, curl)
def test_get_hostgroup(self):
runner_create = CLIRunner(HostgroupCreate())
hostgroup_name = 'SAMPLE' + CLITest.random_string(6)
sources = 'FOO, BAR'
create = runner_create.get_output(['-n', hostgroup_name,
'-s', sources])
hostgroup_create = json.loads(create)
hostgroup = hostgroup_create['result']
self.assertEqual(hostgroup_name, hostgroup['name'])
self.assertFalse(hostgroup['system'])
self.assertTrue(CLITest.is_int(hostgroup['id']))
hostgroup_id = int(hostgroup['id'])
runner_get = CLIRunner(HostgroupGet())
get = runner_get.get_output(['-i', str(hostgroup_id)])
hostgroup_get = json.loads(get)
hostgroup = hostgroup_get['result']
self.assertEqual(hostgroup_name, hostgroup['name'])
self.assertFalse(hostgroup['system'])
self.assertTrue(CLITest.is_int(hostgroup['id']))
self.assertItemsEqual(split(sources, ','), hostgroup['hostnames'])
runner_delete = CLIRunner(HostgroupDelete())
delete = runner_delete.get_output(['-i', str(hostgroup_id)])
hostgroup_get = json.loads(delete)
hostgroup = hostgroup_get['result']
self.assertTrue(hostgroup['success'])
def test_delete_metric(self):
runner_create = CLIRunner(MetricCreate())
metric_name = 'METRIC' + CLITest.random_string(6)
display_name = 'Display Name ' + CLITest.random_string(20)
display_name_short = 'Short Display Name' + CLITest.random_string(5)
description = CLITest.random_string(30)
aggregate = 'avg'
unit = 'number'
resolution = 60000
disabled = False
create = runner_create.get_output(['-n', metric_name,
'-d', display_name,
'-s', display_name_short,
'-i', description,
'-g', aggregate,
'-r', str(resolution),
'-u', unit,
'-x', str(disabled).lower()])
metric_create = json.loads(create)
metric = metric_create['result']
display_name = 'Display Name ' + CLITest.random_string(20)
display_name_short = 'Short Display Name' + CLITest.random_string(5)
description = CLITest.random_string(30)
aggregate = 'max'
unit = 'percent'
resolution = 30000
disabled = True
runner_update = CLIRunner(MetricUpdate())
update = runner_update.get_output(['-n', metric_name,
'-d', display_name,
'-s', display_name_short,
'-i', description,
'-g', aggregate,
'-r', str(resolution),
'-u', unit,
'-x', str(disabled).lower()])
metric_update = json.loads(update)
metric = metric_update['result']
self.assertEqual(metric_name, metric['name'])
self.assertEqual(display_name, metric['displayName'])
self.assertEqual(display_name_short, metric['displayNameShort'])
self.assertEqual(description, metric['description'])
self.assertFalse(metric['isDisabled'])
self.assertEqual(unit, metric['unit'])
self.assertEqual(aggregate, metric['defaultAggregate'].lower())
self.assertEqual(resolution, int(metric['defaultResolutionMS']))
self.assertEqual(description, metric['description'])
runner_delete = CLIRunner(MetricDelete())
delete = runner_delete.get_output(['-n', metric_name])
result = json.loads(delete)
self.assertTrue(result['result']['success'])
def test_create_curl(self):
runner = CLIRunner(self.cli)
filter_id = 1024
filter_name = "FOO"
curl = runner.get_output([
'-i',
str(filter_id), '-n', filter_name, '-s', 'source1,source2,source3',
'-z'
])
CLITest.check_curl(self, self.cli, curl)
def test_create_curl(self):
runner = CLIRunner(self.cli)
metric = 'CPU'
measurement = 0.5
timestamp = 1452643455
curl = runner.get_output([
'-n', metric, '-m',
str(measurement), '-s', 'source1', '-d',
str(timestamp), '-z'
])
CLITest.check_curl(self, self.cli, curl)
def test_create_curl(self):
runner = CLIRunner(self.cli)
metric = 'CPU'
measurement = 0.5
timestamp = 1452643455
curl = runner.get_output(['-n', metric,
'-m', str(measurement),
'-s', 'source1',
'-d', str(timestamp),
'-z'])
CLITest.check_curl(self, self.cli, curl)
def test_get_metric(self):
runner_create = CLIRunner(MetricGet())
get = runner_create.get_output(['-n', 'CPU'])
metric_get = json.loads(get)
self.assertEqual('CPU', metric_get['name'])
self.assertEqual('CPU Utilization', metric_get['displayName'])
self.assertEqual('CPU', metric_get['displayNameShort'])
self.assertEqual('Overall CPU utilization', metric_get['description'])
self.assertTrue(metric_get['isBuiltin'])
self.assertFalse(metric_get['isDisabled'])
self.assertEqual('percent', metric_get['unit'])
self.assertEqual('avg', metric_get['defaultAggregate'])
self.assertEqual(1000, metric_get['defaultResolutionMS'])
self.assertEqual('Overall CPU utilization', metric_get['description'])
def test_get_metric(self):
runner_create = CLIRunner(MetricGet())
get = runner_create.get_output(['-n', 'CPU'])
metric_get = json.loads(get)
self.assertEqual('CPU', metric_get['name'])
self.assertEqual('CPU Utilization', metric_get['displayName'])
self.assertEqual('CPU', metric_get['displayNameShort'])
self.assertEqual('Overall CPU utilization', metric_get['description'])
self.assertTrue(metric_get['isBuiltin'])
self.assertFalse(metric_get['isDisabled'])
self.assertEqual('percent', metric_get['unit'])
self.assertEqual('avg', metric_get['defaultAggregate'])
self.assertEqual(1000, metric_get['defaultResolutionMS'])
self.assertEqual('Overall CPU utilization', metric_get['description'])
def test_update_alarm(self):
alarm_name = 'my-alarm-' + CLITest.random_string(6)
metric_name = 'CPU'
note = CLITest.random_string(50)
aggregate = 'max'
op = 'gt'
value = 0.75
trigger_interval = 900000
is_disabled = True
runner_create = CLIRunner(AlarmCreate())
create = runner_create.get_output([
'-n', alarm_name, '-m', metric_name, '-d', note, '-g', aggregate,
'-o', op, '-v',
str(value), '-r',
str(trigger_interval), '-x',
str(is_disabled).lower()
])
alarm_create = json.loads(create)
note = CLITest.random_string(50)
aggregate = 'max'
op = 'gt'
value = 0.75
trigger_interval = 300000
is_disabled = False
runner_update = CLIRunner(AlarmUpdate())
update = runner_update.get_output([
'-i',
str(int(alarm_create['id'])), '-n', alarm_name, '-m', metric_name,
'-d', note, '-g', aggregate, '-o', op, '-v',
str(value), '-r',
str(trigger_interval), '-x',
str(is_disabled).lower()
])
alarm = json.loads(update)
self.assertEqual(trigger_interval, alarm['triggerInterval'])
self.assertEqual(1, alarm['familyId'])
self.assertFalse(is_disabled, alarm['isDisabled'])
self.assertEqual(metric_name, alarm['metric'])
self.assertEqual(alarm_name, alarm['name'])
self.assertEqual(aggregate, alarm['triggerPredicate']['agg'])
self.assertEqual(op, alarm['triggerPredicate']['op'])
self.assertEqual(value, alarm['triggerPredicate']['val'])
self.assertEqual(3, int(alarm['typeId']))
self.assertEqual(note, alarm['note'])
runner_delete = CLIRunner(AlarmDelete())
delete = runner_delete.get_output(['-i', str(alarm['id'])])
def test_create_curl(self):
runner = CLIRunner(self.cli)
alarm_name = 'my-curl'
metric = 'CPU'
aggregate = 'min'
operation = 'lt'
value = 0.5
trigger_interval = 300000
enabled = False
curl = runner.get_output([
'-n', alarm_name, '-m', metric, '-g', aggregate, '-o', operation,
'-v',
str(value), '-r',
str(trigger_interval), '-x',
str(enabled).lower(), '-z'
])
CLITest.check_curl(self, self.cli, curl)
def test_create_filter(self):
runner_create = CLIRunner(HostgroupCreate())
filter_name = 'Filter' + CLITest.random_string(6)
sources = 'foo,bar,red,green'
create = runner_create.get_output(['-n', filter_name,
'-s', sources])
filter_create = json.loads(create)
filter = filter_create['result']
self.assertEqual(filter_name, filter['name'])
self.assertItemsEqual(split(sources, ','), filter['hostnames'])
filter_id = filter['id']
runner_delete = CLIRunner(HostgroupDelete())
delete = runner_delete.get_output(['-i', str(filter_id)])
delete_result = json.loads(delete)
self.assertTrue(delete_result['result']['success'])
def test_delete_alarm(self):
name = 'ALARM_DELETE_TEST' + CLITest.random_string(6)
metric = 'CPU'
trigger_interval = 60000
aggregate = 'sum'
operation = 'gt'
threshold = '0.80'
note = CLITest.random_string(20)
runner_create = CLIRunner(AlarmCreate())
create = runner_create.get_output(['-n', name,
'-m', metric,
'-g', aggregate,
'-o', operation,
'-v', str(threshold),
'-r', str(trigger_interval),
'-d', note])
alarm = json.loads(create)
runner_delete = CLIRunner(AlarmDelete())
delete = runner_delete.get_output(['-i', str(alarm['id'])])
def test_create_curl(self):
runner = CLIRunner(self.cli)
runner_create = CLIRunner(MetricCreate())
metric_name = 'METRIC'
display_name = 'Display Name'
display_name_short = 'Short Display Name'
description = 'My Description'
aggregate = 'avg'
unit = 'number'
resolution = 60000
disabled = False
curl = runner_create.get_output([
'-n', metric_name, '-d', display_name, '-s', display_name_short,
'-i', description, '-g', aggregate, '-r',
str(resolution), '-u', unit, '-x',
str(disabled).lower(), '-z'
])
CLITest.check_curl(self, self.cli, curl)
def test_create_metric_batch(self):
filename = os.path.join(os.path.dirname(__file__), 'metric_import_data.json')
print(filename)
runner_create = CLIRunner(MetricCreateBatch())
create = runner_create.get_output(['-f', filename])
runner_export = CLIRunner(MetricExport())
export = runner_export.get_output(['-p', 'TEST_METRIC_IMPORT'])
metrics = json.loads(export)
MetricTest.metric_assert(self,
metrics['TEST_METRIC_IMPORT_A'],
'My Number of Files',
'My Files',
'My Number Of Files',
'number',
'SUM',
2000,
False)
def test_list_metric(self):
found = False
runner_create = CLIRunner(MetricList())
get = runner_create.get_output([])
result_get = json.loads(get)
metric_get = result_get['result']
for metric in metric_get:
if metric['name'] == 'CPU':
found = True
self.assertEqual('CPU Utilization', metric['displayName'])
self.assertEqual('CPU', metric['displayNameShort'])
self.assertTrue(metric['isBuiltin'])
self.assertFalse(metric['isDisabled'])
self.assertEqual('percent', metric['unit'])
self.assertEqual('avg', metric['defaultAggregate'])
self.assertEqual(1000, metric['defaultResolutionMS'])
self.assertEqual('Overall CPU utilization', metric['description'])
self.assertTrue(found)
def test_list_metric(self):
found = False
runner_create = CLIRunner(MetricList())
get = runner_create.get_output([])
result_get = json.loads(get)
metric_get = result_get['result']
for metric in metric_get:
if metric['name'] == 'CPU':
found = True
self.assertEqual('CPU Utilization', metric['displayName'])
self.assertEqual('CPU', metric['displayNameShort'])
self.assertTrue(metric['isBuiltin'])
self.assertFalse(metric['isDisabled'])
self.assertEqual('percent', metric['unit'])
self.assertEqual('avg', metric['defaultAggregate'])
self.assertEqual(1000, metric['defaultResolutionMS'])
self.assertEqual('Overall CPU utilization',
metric['description'])
self.assertTrue(found)
def test_create_curl(self):
runner = CLIRunner(self.cli)
alarm_id = 1024
alarm_name = 'my-curl'
metric_name = 'CPU'
aggregate = 'min'
operation = 'lt'
value = 0.5
trigger_interval = 300000
enabled = False
curl = runner.get_output(['-i', str(alarm_id),
'-n', alarm_name,
'-m', metric_name,
'-g', aggregate,
'-o', operation,
'-v', str(value),
'-r', str(trigger_interval),
'-x', str(enabled).lower(),
'-z'])
CLITest.check_curl(self, self.cli, curl)
def test_get_plugin(self):
runner = CLIRunner(PluginGet())
plugin_name = 'httpcheck'
get = runner.get_output(['-n', plugin_name])
plugin_get = json.loads(get)
plugin = plugin_get['result']
self.assertTrue('download' in plugin)
self.assertTrue('repoUrl' in plugin)
self.assertEqual(plugin_name, plugin['name'])
self.assertTrue('description' in plugin)
self.assertTrue('paramSchema' in plugin)
self.assertTrue('paramArray' in plugin)
self.assertTrue('postExtract' in plugin)
self.assertTrue('command' in plugin)
self.assertTrue('ignore' in plugin)
self.assertTrue('icon' in plugin)
self.assertTrue('dashboards' in plugin)
self.assertTrue('version' in plugin)
self.assertTrue('metrics' in plugin)
self.assertTrue('metricDefinitions' in plugin)
def test_get_plugin(self):
runner = CLIRunner(PluginGet())
plugin_name = 'httpcheck'
get = runner.get_output(['-n', plugin_name])
plugin_get = json.loads(get)
plugin = plugin_get['result']
self.assertTrue('download' in plugin)
self.assertTrue('repoUrl' in plugin)
self.assertEqual(plugin_name, plugin['name'])
self.assertTrue('description' in plugin)
self.assertTrue('paramSchema' in plugin)
self.assertTrue('paramArray' in plugin)
self.assertTrue('postExtract' in plugin)
self.assertTrue('command' in plugin)
self.assertTrue('ignore' in plugin)
self.assertTrue('icon' in plugin)
self.assertTrue('dashboards' in plugin)
self.assertTrue('version' in plugin)
self.assertTrue('metrics' in plugin)
self.assertTrue('metricDefinitions' in plugin)
def test_create_curl(self):
runner = CLIRunner(self.cli)
runner_create = CLIRunner(MetricCreate())
metric_name = 'METRIC'
display_name = 'Display Name'
display_name_short = 'Short Display Name'
description = 'My Description'
aggregate = 'avg'
unit = 'number'
resolution = 60000
disabled = False
curl = runner_create.get_output(['-n', metric_name,
'-d', display_name,
'-s', display_name_short,
'-i', description,
'-g', aggregate,
'-r', str(resolution),
'-u', unit,
'-x', str(disabled).lower(),
'-z'])
CLITest.check_curl(self, self.cli, curl)
def test_delete_metric(self):
runner_create = CLIRunner(MetricCreate())
metric_name = 'METRIC' + CLITest.random_string(6)
display_name = 'Display Name ' + CLITest.random_string(20)
display_name_short = 'Short Display Name' + CLITest.random_string(5)
description = CLITest.random_string(30)
aggregate = 'avg'
unit = 'number'
resolution = 60000
disabled = False
create = runner_create.get_output(['-n', metric_name,
'-d', display_name,
'-s', display_name_short,
'-i', description,
'-g', aggregate,
'-r', str(resolution),
'-u', unit,
'-x', str(disabled).lower()])
metric_create = json.loads(create)
metric = metric_create['result']
runner_delete = CLIRunner(MetricDelete())
delete = runner_delete.get_output(['-n', metric_name])
def test_get_alarm(self):
runner_create = CLIRunner(AlarmCreate())
name = 'my-alarm'
metric = 'CPU'
aggregate = 'max'
operation = 'gt'
threshold = 0.50
trigger_interval = 300000
create = runner_create.get_output([
'-n', name, '-m', metric, '-g', aggregate, '-o', operation, '-v',
str(threshold), '-r',
str(trigger_interval)
])
alarm_create = json.loads(create)
runner_get = CLIRunner(AlarmGet())
get = runner_get.get_output(['-i', str(alarm_create['id'])])
alarm_get = json.loads(get)['result']
self.assertEqual(int(alarm_create['triggerInterval']),
alarm_get['triggerInterval'])
self.assertEqual(alarm_create['actions'], alarm_get['actions'])
self.assertEqual(int(alarm_create['familyId']),
int(alarm_get['familyId']))
self.assertFalse(alarm_create['isDisabled'], alarm_get['isDisabled'])
self.assertEqual(alarm_create['metric'], alarm_get['metric'])
self.assertEqual(alarm_create['name'], alarm_get['name'])
self.assertTrue(alarm_get['perHostNotify'])
self.assertEqual(alarm_create['triggerPredicate']['agg'],
alarm_get['triggerPredicate']['agg'])
self.assertEqual(alarm_create['triggerPredicate']['op'],
alarm_get['triggerPredicate']['op'])
self.assertEqual(alarm_create['triggerPredicate']['val'],
alarm_get['triggerPredicate']['val'])
self.assertEqual(int(alarm_create['typeId']), int(alarm_get['typeId']))
runner_delete = CLIRunner(AlarmDelete())
delete = runner_delete.get_output(['-i', str(alarm_get['id'])])
def test_search_filter(self):
runner_create = CLIRunner(HostgroupCreate())
filter_name = 'Filter' + CLITest.random_string(6)
sources = 'foo,bar,red,green'
create = runner_create.get_output(['-n', filter_name, '-s', sources])
filter_create = json.loads(create)
filter = filter_create['result']
filter_id = filter['id']
runner_search = CLIRunner(HostgroupSearch())
search = runner_search.get_output(['-n', filter_name])
filter_search = json.loads(search)
filter = filter_search['result']
self.assertEqual(filter_name, filter[0]['name'])
self.assertItemsEqual(split(sources, ','), filter[0]['hostnames'])
runner_delete = CLIRunner(HostgroupDelete())
delete = runner_delete.get_output(['-i', str(filter_id)])
delete_result = json.loads(delete)
self.assertTrue(delete_result['result']['success'])
def test_search_alarm(self):
alarm_name = 'alarm_test' + CLITest.random_string(6)
metric_name = 'CPU'
aggregate = 'max'
op = 'gt'
value = 0.50
trigger_interval = 300000
note = CLITest.random_string(20)
enabled = True
runner_create = CLIRunner(AlarmCreate())
create = runner_create.get_output([
'-n', alarm_name, '-m', metric_name, '-g', aggregate, '-o', op,
'-v',
str(value), '-r',
str(trigger_interval), '-d', note, '-x',
str(enabled).lower()
])
runner_search = CLIRunner(AlarmSearch())
search = runner_search.get_output(['-n', alarm_name])
result_search = json.loads(search)
alarm = result_search['result'][0]
self.assertEqual(trigger_interval, alarm['interval'])
self.assertItemsEqual([], alarm['actions'])
self.assertEqual(1, int(alarm['familyId']))
self.assertFalse(False, alarm['isDisabled'])
self.assertEqual(metric_name, alarm['metric'])
self.assertEqual(alarm_name, alarm['name'])
self.assertTrue(alarm['perHostNotify'])
self.assertEqual(aggregate, alarm['triggerPredicate']['agg'])
self.assertEqual(op, alarm['triggerPredicate']['op'])
self.assertEqual(value, alarm['triggerPredicate']['val'])
self.assertEqual(3, int(alarm['typeId']))
runner_delete = CLIRunner(AlarmDelete())
delete = runner_delete.get_output(['-i', str(alarm['id'])])
def test_update_alarm(self):
alarm_name = 'my-alarm-' + CLITest.random_string(6)
metric_name = 'CPU'
note = CLITest.random_string(50)
aggregate = 'max'
op = 'gt'
value = 0.75
trigger_interval = 900000
is_disabled = True
runner_create = CLIRunner(AlarmCreate())
create = runner_create.get_output(['-n', alarm_name,
'-m', metric_name,
'-d', note,
'-g', aggregate,
'-o', op,
'-v', str(value),
'-r', str(trigger_interval),
'-x', str(is_disabled).lower()])
alarm_create = json.loads(create)
note = CLITest.random_string(50)
aggregate = 'max'
op = 'gt'
value = 0.75
trigger_interval = 300000
is_disabled = False
runner_update = CLIRunner(AlarmUpdate())
update = runner_update.get_output(['-i', str(int(alarm_create['id'])),
'-n', alarm_name,
'-m', metric_name,
'-d', note,
'-g', aggregate,
'-o', op,
'-v', str(value),
'-r', str(trigger_interval),
'-x', str(is_disabled).lower()])
alarm = json.loads(update)
self.assertEqual(trigger_interval, alarm['triggerInterval'])
self.assertEqual(1, alarm['familyId'])
self.assertFalse(is_disabled, alarm['isDisabled'])
self.assertEqual(metric_name, alarm['metric'])
self.assertEqual(alarm_name, alarm['name'])
self.assertEqual(aggregate, alarm['triggerPredicate']['agg'])
self.assertEqual(op, alarm['triggerPredicate']['op'])
self.assertEqual(value, alarm['triggerPredicate']['val'])
self.assertEqual(3, int(alarm['typeId']))
self.assertEqual(note, alarm['note'])
runner_delete = CLIRunner(AlarmDelete())
delete = runner_delete.get_output(['-i', str(alarm['id'])])
def test_delete_filter(self):
runner_create = CLIRunner(HostgroupCreate())
filter_name = 'Filter' + CLITest.random_string(6)
sources = 'foo,bar,red,green'
create = runner_create.get_output(['-n', filter_name, '-s', sources])
filter_create = json.loads(create)
filter = filter_create['result']
filter_id = filter['id']
runner_delete = CLIRunner(HostgroupDelete())
delete = runner_delete.get_output(['-i', str(filter_id)])
delete_result = json.loads(delete)
self.assertTrue(delete_result['result']['success'])
def test_create_metric_batch(self):
filename = os.path.join(os.path.dirname(__file__),
'metric_import_data.json')
print(filename)
runner_create = CLIRunner(MetricCreateBatch())
create = runner_create.get_output(['-f', filename])
runner_export = CLIRunner(MetricExport())
export = runner_export.get_output(['-p', 'TEST_METRIC_IMPORT'])
metrics = json.loads(export)
MetricTest.metric_assert(self, metrics['TEST_METRIC_IMPORT_A'],
'My Number of Files', 'My Files',
'My Number Of Files', 'number', 'SUM', 2000,
False)
def test_delete_alarm(self):
name = 'ALARM_DELETE_TEST' + CLITest.random_string(6)
metric = 'CPU'
trigger_interval = 60000
aggregate = 'sum'
operation = 'gt'
threshold = '0.80'
note = CLITest.random_string(20)
runner_create = CLIRunner(AlarmCreate())
create = runner_create.get_output([
'-n', name, '-m', metric, '-g', aggregate, '-o', operation, '-v',
str(threshold), '-r',
str(trigger_interval), '-d', note
])
alarm = json.loads(create)
runner_delete = CLIRunner(AlarmDelete())
delete = runner_delete.get_output(['-i', str(alarm['id'])])
def test_delete_metric(self):
runner_create = CLIRunner(MetricCreate())
metric_name = 'METRIC' + CLITest.random_string(6)
display_name = 'Display Name ' + CLITest.random_string(20)
display_name_short = 'Short Display Name' + CLITest.random_string(5)
description = CLITest.random_string(30)
aggregate = 'avg'
unit = 'number'
resolution = 60000
disabled = False
create = runner_create.get_output([
'-n', metric_name, '-d', display_name, '-s', display_name_short,
'-i', description, '-g', aggregate, '-r',
str(resolution), '-u', unit, '-x',
str(disabled).lower()
])
metric_create = json.loads(create)
metric = metric_create['result']
runner_delete = CLIRunner(MetricDelete())
delete = runner_delete.get_output(['-n', metric_name])
def test_search_alarm(self):
alarm_name = 'alarm_test' + CLITest.random_string(6)
metric_name = 'CPU'
aggregate = 'max'
op = 'gt'
value = 0.50
trigger_interval = 300000
note = CLITest.random_string(20)
enabled = True
runner_create = CLIRunner(AlarmCreate())
create = runner_create.get_output(['-n', alarm_name,
'-m', metric_name,
'-g', aggregate,
'-o', op,
'-v', str(value),
'-r', str(trigger_interval),
'-d', note,
'-x', str(enabled).lower()])
runner_search = CLIRunner(AlarmSearch())
search = runner_search.get_output(['-n', alarm_name])
result_search = json.loads(search)
alarm = result_search['result'][0]
self.assertEqual(trigger_interval, alarm['interval'])
self.assertItemsEqual([], alarm['actions'])
self.assertEqual(1, int(alarm['familyId']))
self.assertFalse(False, alarm['isDisabled'])
self.assertEqual(metric_name, alarm['metric'])
self.assertEqual(alarm_name, alarm['name'])
self.assertTrue(alarm['perHostNotify'])
self.assertEqual(aggregate, alarm['triggerPredicate']['agg'])
self.assertEqual(op, alarm['triggerPredicate']['op'])
self.assertEqual(value, alarm['triggerPredicate']['val'])
self.assertEqual(3, int(alarm['typeId']))
runner_delete = CLIRunner(AlarmDelete())
delete = runner_delete.get_output(['-i', str(alarm['id'])])
def test_get_alarm(self):
runner_create = CLIRunner(AlarmCreate())
name = 'my-alarm'
metric = 'CPU'
aggregate = 'max'
operation = 'gt'
threshold = 0.50
trigger_interval = 300000
create = runner_create.get_output(['-n', name,
'-m', metric,
'-g', aggregate,
'-o', operation,
'-v', str(threshold),
'-r', str(trigger_interval)])
alarm_create = json.loads(create)
runner_get = CLIRunner(AlarmGet())
get = runner_get.get_output(['-i', str(alarm_create['id'])])
alarm_get = json.loads(get)['result']
self.assertEqual(int(alarm_create['triggerInterval']), alarm_get['triggerInterval'])
self.assertEqual(alarm_create['actions'], alarm_get['actions'])
self.assertEqual(int(alarm_create['familyId']), int(alarm_get['familyId']))
self.assertFalse(alarm_create['isDisabled'], alarm_get['isDisabled'])
self.assertEqual(alarm_create['metric'], alarm_get['metric'])
self.assertEqual(alarm_create['name'], alarm_get['name'])
self.assertTrue(alarm_get['perHostNotify'])
self.assertEqual(alarm_create['triggerPredicate']['agg'], alarm_get['triggerPredicate']['agg'])
self.assertEqual(alarm_create['triggerPredicate']['op'], alarm_get['triggerPredicate']['op'])
self.assertEqual(alarm_create['triggerPredicate']['val'], alarm_get['triggerPredicate']['val'])
self.assertEqual(int(alarm_create['typeId']), int(alarm_get['typeId']))
runner_delete = CLIRunner(AlarmDelete())
delete = runner_delete.get_output(['-i', str(alarm_get['id'])])
def test_cli_curl(self):
runner = CLIRunner(self.cli)
curl = runner.get_output(['-n', 'My-Relay', '-z'])
CLITest.check_curl(self, self.cli, curl)
def test_create_curl(self):
runner = CLIRunner(self.cli)
curl = runner.get_output(['-z'])
CLITest.check_curl(self, self.cli, curl)
def test_create_curl(self):
runner = CLIRunner(self.cli)
curl = runner.get_output(['-n', 'foo', '-z'])
CLITest.check_curl(self, self.cli, curl)
def test_export_metric(self):
runner_export = CLIRunner(MetricExport())
export = runner_export.get_output([])
metrics = json.loads(export)
self.metric_assert(metrics['SYSTEM.CPU.IOWAIT'],
'CPU IO Wait Time',
'CPU IO Wait',
'The percentage of CPU time spent waiting for IO operations.',
'percent',
'AVG',
1000,
False)
self.metric_assert(metrics['SYSTEM.CPU.STOLEN'],
'CPU Stolen Time',
'CPU Stolen',
'The percentage of time a virtual machine was ' +
'ready to run but was not allowed to run by the host OS.',
'percent',
'AVG',
1000,
False)
self.metric_assert(metrics['SYSTEM.CPU.SYS'],
'CPU System Time',
'CPU System',
'The percentage of available CPU time being utilized by the OS.',
'percent',
'AVG',
1000,
False)
self.metric_assert(metrics['SYSTEM.CPU.USER'],
'CPU User Time',
'CPU User',
'The percentage of available CPU time being utilized by programs.',
'percent',
'AVG',
1000,
False)
self.metric_assert(metrics['SYSTEM.FS.USE_PERCENT.TOTAL'],
'Filesystem Utilization',
'FileSys Used',
'Percentage of disk space used (written on). ' +
'This is the total among all non-virtual, local filesystems.',
'percent',
'MAX',
1000,
False)
self.metric_assert(metrics['SYSTEM.MEM.FREE'],
'Memory Bytes Free',
'Mem Free',
'The amount of unused memory by programs and the OS.',
'bytecount',
'AVG',
1000,
False)
self.metric_assert(metrics['SYSTEM.METER.KEEPALIVE'],
'SYSTEM.METER.KEEPALIVE',
'SYSTEM.METER.KEEPALIVE',
'SYSTEM.METER.KEEPALIVE',
'number',
'AVG',
1000,
False)
self.metric_assert(metrics['SYSTEM.OS.CONTEXT_SWITCHES'],
'Context Switches',
'Context Switches',
'The number of switches between programs and the OS in the last second.',
'number',
'MAX',
1000,
False)
self.metric_assert(metrics['SYSTEM.OS.LOADAVG.ONE'],
'One Minute Load Average',
'Load Avg 1 Min',
'An averaging of the number of processes utilizing or waiting for CPU ' +
'time over that last minute. This number is divided by number of CPUs to provide an ' +
'accurate comparative number between systems with different numbers of CPUs.',
'number',
'AVG',
1000,
False)
self.metric_assert(metrics['SYSTEM.OS.LOADAVG.QUEUE'],
'Processor Queue',
'Proc Queue',
'The number of processes that are waiting to run on a CPU.',
'number',
'MAX',
1000,
False)
self.metric_assert(metrics['SYSTEM.PROC.IDLE'],
'Number of Idle Processes',
'Proc Idle',
'The number of processes that have not executed for more than 20 seconds.',
'number',
'MAX',
1000,
False)
self.metric_assert(metrics['SYSTEM.PROC.THREADS'],
'Number of Threads',
'Proc Threads',
'Number of process threads running. ' +
'A single process can have many threads, but a thread can only have one process.',
'number',
'MAX',
1000,
False)
self.metric_assert(metrics['SYSTEM.PROC.TOTAL'],
'Total Number of Processes',
'Proc Count',
'The number of processes running, ' +
'including duplicates. Processes are programs that support applications.',
'number',
'MAX',
1000,
False)
def test_list_hostgroup(self):
runner_list = CLIRunner(HostgroupList())
list = runner_list.get_output([])
hostgroup_list = json.loads(list)
self.assertGreaterEqual(1, len(hostgroup_list))
def test_export_metric(self):
runner_export = CLIRunner(MetricExport())
export = runner_export.get_output([])
metrics = json.loads(export)
self.metric_assert(
metrics['SYSTEM.CPU.IOWAIT'], 'CPU IO Wait Time', 'CPU IO Wait',
'The percentage of CPU time spent waiting for IO operations.',
'percent', 'AVG', 1000, False)
self.metric_assert(
metrics['SYSTEM.CPU.STOLEN'], 'CPU Stolen Time', 'CPU Stolen',
'The percentage of time a virtual machine was ' +
'ready to run but was not allowed to run by the host OS.',
'percent', 'AVG', 1000, False)
self.metric_assert(
metrics['SYSTEM.CPU.SYS'], 'CPU System Time', 'CPU System',
'The percentage of available CPU time being utilized by the OS.',
'percent', 'AVG', 1000, False)
self.metric_assert(
metrics['SYSTEM.CPU.USER'], 'CPU User Time', 'CPU User',
'The percentage of available CPU time being utilized by programs.',
'percent', 'AVG', 1000, False)
self.metric_assert(
metrics['SYSTEM.FS.USE_PERCENT.TOTAL'], 'Filesystem Utilization',
'FileSys Used', 'Percentage of disk space used (written on). ' +
'This is the total among all non-virtual, local filesystems.',
'percent', 'MAX', 1000, False)
self.metric_assert(
metrics['SYSTEM.MEM.FREE'], 'Memory Bytes Free', 'Mem Free',
'The amount of unused memory by programs and the OS.', 'bytecount',
'AVG', 1000, False)
self.metric_assert(metrics['SYSTEM.METER.KEEPALIVE'],
'SYSTEM.METER.KEEPALIVE', 'SYSTEM.METER.KEEPALIVE',
'SYSTEM.METER.KEEPALIVE', 'number', 'AVG', 1000,
False)
self.metric_assert(
metrics['SYSTEM.OS.CONTEXT_SWITCHES'], 'Context Switches',
'Context Switches',
'The number of switches between programs and the OS in the last second.',
'number', 'MAX', 1000, False)
self.metric_assert(
metrics['SYSTEM.OS.LOADAVG.ONE'], 'One Minute Load Average',
'Load Avg 1 Min',
'An averaging of the number of processes utilizing or waiting for CPU '
+
'time over that last minute. This number is divided by number of CPUs to provide an '
+
'accurate comparative number between systems with different numbers of CPUs.',
'number', 'AVG', 1000, False)
self.metric_assert(
metrics['SYSTEM.OS.LOADAVG.QUEUE'], 'Processor Queue',
'Proc Queue',
'The number of processes that are waiting to run on a CPU.',
'number', 'MAX', 1000, False)
self.metric_assert(
metrics['SYSTEM.PROC.IDLE'], 'Number of Idle Processes',
'Proc Idle',
'The number of processes that have not executed for more than 20 seconds.',
'number', 'MAX', 1000, False)
self.metric_assert(
metrics['SYSTEM.PROC.THREADS'], 'Number of Threads',
'Proc Threads', 'Number of process threads running. ' +
'A single process can have many threads, but a thread can only have one process.',
'number', 'MAX', 1000, False)
self.metric_assert(
metrics['SYSTEM.PROC.TOTAL'], 'Total Number of Processes',
'Proc Count', 'The number of processes running, ' +
'including duplicates. Processes are programs that support applications.',
'number', 'MAX', 1000, False)
def test_list_hostgroup(self):
runner_list = CLIRunner(HostgroupList())
list = runner_list.get_output([])
hostgroup_list = json.loads(list)
self.assertGreaterEqual(1, len(hostgroup_list))