#!/usr/bin/env python3 import json import unittest from unittest.mock import patch import sys sys.path.append('..') from check_http_json import * OK_CODE = 0 WARNING_CODE = 1 CRITICAL_CODE = 2 UNKNOWN_CODE = 3 class RulesHelper: separator = '.' value_separator = ':' debug = False key_threshold_warning = None key_value_list = None key_value_list_not = None key_list = None key_threshold_critical = None key_value_list_critical = None key_value_list_not_critical = None key_value_list_unknown = None key_list_critical = None metric_list = None def dash_m(self, data): self.metric_list = data return self def dash_e(self, data): self.key_list = data return self def dash_E(self, data): self.key_list_critical = data return self def dash_q(self, data): self.key_value_list = data return self def dash_Q(self, data): self.key_value_list_critical = data return self def dash_y(self, data): self.key_value_list_not = data return self def dash_Y(self, data): self.key_value_list_not_critical = data return self def dash_U(self, data): self.key_value_list_unknown = data return self def dash_w(self, data): self.key_threshold_warning = data return self def dash_c(self, data): self.key_threshold_critical = data return self class UtilTest(unittest.TestCase): """ Tests for the util fucntions """ rules = RulesHelper() def check_data(self, args, jsondata, code): data = json.loads(jsondata) nagios = NagiosHelper() processor = JsonRuleProcessor(data, args) nagios.append_warning(processor.checkWarning()) nagios.append_critical(processor.checkCritical()) nagios.append_metrics(processor.checkMetrics()) nagios.append_unknown(processor.checkUnknown()) self.assertEqual(code, nagios.getCode()) def test_metrics(self): self.check_data(RulesHelper().dash_m(['metric,,1:4,1:5']), '{"metric": 5}', WARNING_CODE) self.check_data(RulesHelper().dash_m(['metric,,1:5,1:4']), '{"metric": 5}', CRITICAL_CODE) self.check_data(RulesHelper().dash_m(['metric,,1:5,1:5,6,10']), '{"metric": 5}', CRITICAL_CODE) self.check_data(RulesHelper().dash_m(['metric,,1:5,1:5,1,4']), '{"metric": 5}', CRITICAL_CODE) self.check_data(RulesHelper().dash_m(['metric,s,@1:4,@6:10,1,10']), '{"metric": 5}', OK_CODE) self.check_data(RulesHelper().dash_m(['(*).value,s,1:5,1:5']), '[{"value": 5},{"value": 100}]', CRITICAL_CODE) self.check_data(RulesHelper().dash_m(['metric>foobar,,1:4,1:5']), '{"metric": 5}', WARNING_CODE) def test_unknown(self): self.check_data(RulesHelper().dash_U(['metric,0']), '{"metric": 3}', UNKNOWN_CODE) def test_exists(self): self.check_data(RulesHelper().dash_e(['nothere']), '{"metric": 5}', WARNING_CODE) self.check_data(RulesHelper().dash_E(['nothere']), '{"metric": 5}', CRITICAL_CODE) self.check_data(RulesHelper().dash_e(['metric']), '{"metric": 5}', OK_CODE) def test_equality(self): self.check_data(RulesHelper().dash_q(['metric,6']), '{"metric": 5}', WARNING_CODE) self.check_data(RulesHelper().dash_Q(['metric,6']), '{"metric": 5}', CRITICAL_CODE) self.check_data(RulesHelper().dash_q(['metric,5']), '{"metric": 5}', OK_CODE) def test_equality_colon(self): """ See https://github.com/drewkerrigan/nagios-http-json/issues/43 """ rules = RulesHelper() rules.value_separator = '_' # This should not fail self.check_data(rules.dash_q(['metric,foo:bar']), '{"metric": "foo:bar"}', OK_CODE) def test_non_equality(self): self.check_data(RulesHelper().dash_y(['metric,6']), '{"metric": 6}', WARNING_CODE) self.check_data(RulesHelper().dash_Y(['metric,6']), '{"metric": 6}', CRITICAL_CODE) self.check_data(RulesHelper().dash_y(['metric,5']), '{"metric": 6}', OK_CODE) def test_warning_thresholds(self): self.check_data(RulesHelper().dash_w(['metric,5']), '{"metric": 5}', OK_CODE) self.check_data(RulesHelper().dash_w(['metric,5:']), '{"metric": 5}', OK_CODE) self.check_data(RulesHelper().dash_w(['metric,~:5']), '{"metric": 5}', OK_CODE) self.check_data(RulesHelper().dash_w(['metric,1:5']), '{"metric": 5}', OK_CODE) self.check_data(RulesHelper().dash_w(['metric,@5']), '{"metric": 6}', OK_CODE) self.check_data(RulesHelper().dash_w(['metric,@5:']), '{"metric": 4}', OK_CODE) self.check_data(RulesHelper().dash_w(['metric,@~:5']), '{"metric": 6}', OK_CODE) self.check_data(RulesHelper().dash_w(['metric,@1:5']), '{"metric": 6}', OK_CODE) self.check_data(RulesHelper().dash_w(['metric,5']), '{"metric": 6}', WARNING_CODE) self.check_data(RulesHelper().dash_w(['metric,5:']), '{"metric": 4}', WARNING_CODE) self.check_data(RulesHelper().dash_w(['metric,~:5']), '{"metric": 6}', WARNING_CODE) self.check_data(RulesHelper().dash_w(['metric,1:5']), '{"metric": 6}', WARNING_CODE) self.check_data(RulesHelper().dash_w(['metric,@5']), '{"metric": 5}', WARNING_CODE) self.check_data(RulesHelper().dash_w(['metric,@5:']), '{"metric": 5}', WARNING_CODE) self.check_data(RulesHelper().dash_w(['metric,@~:5']), '{"metric": 5}', WARNING_CODE) self.check_data(RulesHelper().dash_w(['metric,@1:5']), '{"metric": 5}', WARNING_CODE) self.check_data(RulesHelper().dash_w(['(*).value,@1:5']), '[{"value": 5},{"value": 1000}]', WARNING_CODE) def test_critical_thresholds(self): self.check_data(RulesHelper().dash_c(['metric,5']), '{"metric": 5}', OK_CODE) self.check_data(RulesHelper().dash_c(['metric,5:']), '{"metric": 5}', OK_CODE) self.check_data(RulesHelper().dash_c(['metric,~:5']), '{"metric": 5}', OK_CODE) self.check_data(RulesHelper().dash_c(['metric,1:5']), '{"metric": 5}', OK_CODE) self.check_data(RulesHelper().dash_c(['metric,@5']), '{"metric": 6}', OK_CODE) self.check_data(RulesHelper().dash_c(['metric,@5:']), '{"metric": 4}', OK_CODE) self.check_data(RulesHelper().dash_c(['metric,@~:5']), '{"metric": 6}', OK_CODE) self.check_data(RulesHelper().dash_c(['metric,@1:5']), '{"metric": 6}', OK_CODE) self.check_data(RulesHelper().dash_c(['metric,5']), '{"metric": 6}', CRITICAL_CODE) self.check_data(RulesHelper().dash_c(['metric,5:']), '{"metric": 4}', CRITICAL_CODE) self.check_data(RulesHelper().dash_c(['metric,~:5']), '{"metric": 6}', CRITICAL_CODE) self.check_data(RulesHelper().dash_c(['metric,1:5']), '{"metric": 6}', CRITICAL_CODE) self.check_data(RulesHelper().dash_c(['metric,@5']), '{"metric": 5}', CRITICAL_CODE) self.check_data(RulesHelper().dash_c(['metric,@5:']), '{"metric": 5}', CRITICAL_CODE) self.check_data(RulesHelper().dash_c(['metric,@~:5']), '{"metric": 5}', CRITICAL_CODE) self.check_data(RulesHelper().dash_c(['metric,@1:5']), '{"metric": 5}', CRITICAL_CODE) self.check_data(RulesHelper().dash_c(['(*).value,@1:5']), '[{"value": 5},{"value": 1000}]', CRITICAL_CODE) def test_separator(self): rules = RulesHelper() rules.separator = '_' self.check_data( rules.dash_q( ['(0)_gauges_jvm.buffers.direct.capacity(1)_value,1234']), '''[{ "gauges": { "jvm.buffers.direct.capacity": [ {"value": 215415},{"value": 1234}]}}]''', OK_CODE) self.check_data( rules.dash_q( ['(*)_gauges_jvm.buffers.direct.capacity(1)_value,1234']), '''[{ "gauges": { "jvm.buffers.direct.capacity": [ {"value": 215415},{"value": 1234}]}}, { "gauges": { "jvm.buffers.direct.capacity": [ {"value": 215415},{"value": 1235}]}}]''', WARNING_CODE) def test_array_with_missing_element(self): """ See https://github.com/drewkerrigan/nagios-http-json/issues/34 """ rules = RulesHelper() # This should simply work data = '[{"Node": "there"}]' self.check_data(rules.dash_q(['(0).Node,there']), data, OK_CODE) # This should warn us data = '[{"Node": "othervalue"}]' self.check_data(rules.dash_q(['(0).Node,there']), data, WARNING_CODE) # # This should not throw an IndexError data = '[{"Node": "foobar"}]' self.check_data(rules.dash_q(['(0).Node,foobar', '(1).Node,missing']), data, WARNING_CODE) self.check_data(rules.dash_q(['(0).Node,foobar', '(1).Node,missing', '(2).Node,alsomissing']), data, WARNING_CODE) # This should not throw a KeyError data = '{}' self.check_data(rules.dash_q(['(0).Node,foobar', '(1).Node,missing']), data, WARNING_CODE) def test_subelem(self): rules = RulesHelper() data = '{"foo": {"foo": {"foo": "bar"}}}' self.check_data(rules.dash_E(['foo.foo.foo.foo.foo']), data, CRITICAL_CODE) def test_subarrayelem_missing_elem(self): rules = RulesHelper() data = '[{"capacity": {"value": 1000}},{"capacity": {"value": 2200}}]' self.check_data(rules.dash_E(['(*).capacity.value']), data, OK_CODE) self.check_data(rules.dash_E(['(*).capacity.value.too_deep']), data, CRITICAL_CODE) # Should not throw keyerror self.check_data(rules.dash_E(['foo']), data, CRITICAL_CODE)