target stringlengths 20 113k | src_fm stringlengths 11 86.3k | src_fm_fc stringlengths 21 86.4k | src_fm_fc_co stringlengths 30 86.4k | src_fm_fc_ms stringlengths 42 86.8k | src_fm_fc_ms_ff stringlengths 43 86.8k |
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@Test public void testAttemptAuthenticationSuccessful() throws Exception { HttpServletRequest mockRequest = mock(HttpServletRequest.class); when(mockRequest.getServerName()).thenReturn("localhost"); when(mockRequest.getHeader("Authorization")).thenReturn("Bearer " + TEST_VALID_ACCESS_TOKEN); Subject subject = _authenti... | @Override public Subject attemptAuthentication(final HttpServletRequest request, final HttpManagementConfiguration configuration) { final Port<?> port = configuration.getPort(request); final AuthenticationProvider<?> authenticationProvider = configuration.getAuthenticationProvider(request); String authorizationHeader =... | OAuth2PreemptiveAuthenticator implements HttpRequestPreemptiveAuthenticator { @Override public Subject attemptAuthentication(final HttpServletRequest request, final HttpManagementConfiguration configuration) { final Port<?> port = configuration.getPort(request); final AuthenticationProvider<?> authenticationProvider = ... | OAuth2PreemptiveAuthenticator implements HttpRequestPreemptiveAuthenticator { @Override public Subject attemptAuthentication(final HttpServletRequest request, final HttpManagementConfiguration configuration) { final Port<?> port = configuration.getPort(request); final AuthenticationProvider<?> authenticationProvider = ... | OAuth2PreemptiveAuthenticator implements HttpRequestPreemptiveAuthenticator { @Override public Subject attemptAuthentication(final HttpServletRequest request, final HttpManagementConfiguration configuration) { final Port<?> port = configuration.getPort(request); final AuthenticationProvider<?> authenticationProvider = ... | OAuth2PreemptiveAuthenticator implements HttpRequestPreemptiveAuthenticator { @Override public Subject attemptAuthentication(final HttpServletRequest request, final HttpManagementConfiguration configuration) { final Port<?> port = configuration.getPort(request); final AuthenticationProvider<?> authenticationProvider = ... |
@Test public void testAttemptAuthenticationUnauthorizedUser() throws Exception { HttpServletRequest mockRequest = mock(HttpServletRequest.class); when(mockRequest.getServerName()).thenReturn("localhost"); when(mockRequest.getHeader("Authorization")).thenReturn("Bearer " + TEST_UNAUTHORIZED_ACCESS_TOKEN); Subject subjec... | @Override public Subject attemptAuthentication(final HttpServletRequest request, final HttpManagementConfiguration configuration) { final Port<?> port = configuration.getPort(request); final AuthenticationProvider<?> authenticationProvider = configuration.getAuthenticationProvider(request); String authorizationHeader =... | OAuth2PreemptiveAuthenticator implements HttpRequestPreemptiveAuthenticator { @Override public Subject attemptAuthentication(final HttpServletRequest request, final HttpManagementConfiguration configuration) { final Port<?> port = configuration.getPort(request); final AuthenticationProvider<?> authenticationProvider = ... | OAuth2PreemptiveAuthenticator implements HttpRequestPreemptiveAuthenticator { @Override public Subject attemptAuthentication(final HttpServletRequest request, final HttpManagementConfiguration configuration) { final Port<?> port = configuration.getPort(request); final AuthenticationProvider<?> authenticationProvider = ... | OAuth2PreemptiveAuthenticator implements HttpRequestPreemptiveAuthenticator { @Override public Subject attemptAuthentication(final HttpServletRequest request, final HttpManagementConfiguration configuration) { final Port<?> port = configuration.getPort(request); final AuthenticationProvider<?> authenticationProvider = ... | OAuth2PreemptiveAuthenticator implements HttpRequestPreemptiveAuthenticator { @Override public Subject attemptAuthentication(final HttpServletRequest request, final HttpManagementConfiguration configuration) { final Port<?> port = configuration.getPort(request); final AuthenticationProvider<?> authenticationProvider = ... |
@Test public void testAttemptAuthenticationInvalidToken() throws Exception { HttpServletRequest mockRequest = mock(HttpServletRequest.class); when(mockRequest.getServerName()).thenReturn("localhost"); when(mockRequest.getHeader("Authorization")).thenReturn("Bearer " + TEST_INVALID_ACCESS_TOKEN); Subject subject = _auth... | @Override public Subject attemptAuthentication(final HttpServletRequest request, final HttpManagementConfiguration configuration) { final Port<?> port = configuration.getPort(request); final AuthenticationProvider<?> authenticationProvider = configuration.getAuthenticationProvider(request); String authorizationHeader =... | OAuth2PreemptiveAuthenticator implements HttpRequestPreemptiveAuthenticator { @Override public Subject attemptAuthentication(final HttpServletRequest request, final HttpManagementConfiguration configuration) { final Port<?> port = configuration.getPort(request); final AuthenticationProvider<?> authenticationProvider = ... | OAuth2PreemptiveAuthenticator implements HttpRequestPreemptiveAuthenticator { @Override public Subject attemptAuthentication(final HttpServletRequest request, final HttpManagementConfiguration configuration) { final Port<?> port = configuration.getPort(request); final AuthenticationProvider<?> authenticationProvider = ... | OAuth2PreemptiveAuthenticator implements HttpRequestPreemptiveAuthenticator { @Override public Subject attemptAuthentication(final HttpServletRequest request, final HttpManagementConfiguration configuration) { final Port<?> port = configuration.getPort(request); final AuthenticationProvider<?> authenticationProvider = ... | OAuth2PreemptiveAuthenticator implements HttpRequestPreemptiveAuthenticator { @Override public Subject attemptAuthentication(final HttpServletRequest request, final HttpManagementConfiguration configuration) { final Port<?> port = configuration.getPort(request); final AuthenticationProvider<?> authenticationProvider = ... |
@Test public void testAttemptAuthenticationMissingHeader() throws Exception { HttpServletRequest mockRequest = mock(HttpServletRequest.class); Subject subject = _authenticator.attemptAuthentication(mockRequest, _mockConfiguration); assertNull("Authenticator did not failed without authentication header", subject); } | @Override public Subject attemptAuthentication(final HttpServletRequest request, final HttpManagementConfiguration configuration) { final Port<?> port = configuration.getPort(request); final AuthenticationProvider<?> authenticationProvider = configuration.getAuthenticationProvider(request); String authorizationHeader =... | OAuth2PreemptiveAuthenticator implements HttpRequestPreemptiveAuthenticator { @Override public Subject attemptAuthentication(final HttpServletRequest request, final HttpManagementConfiguration configuration) { final Port<?> port = configuration.getPort(request); final AuthenticationProvider<?> authenticationProvider = ... | OAuth2PreemptiveAuthenticator implements HttpRequestPreemptiveAuthenticator { @Override public Subject attemptAuthentication(final HttpServletRequest request, final HttpManagementConfiguration configuration) { final Port<?> port = configuration.getPort(request); final AuthenticationProvider<?> authenticationProvider = ... | OAuth2PreemptiveAuthenticator implements HttpRequestPreemptiveAuthenticator { @Override public Subject attemptAuthentication(final HttpServletRequest request, final HttpManagementConfiguration configuration) { final Port<?> port = configuration.getPort(request); final AuthenticationProvider<?> authenticationProvider = ... | OAuth2PreemptiveAuthenticator implements HttpRequestPreemptiveAuthenticator { @Override public Subject attemptAuthentication(final HttpServletRequest request, final HttpManagementConfiguration configuration) { final Port<?> port = configuration.getPort(request); final AuthenticationProvider<?> authenticationProvider = ... |
@Test public void testAttemptAuthenticationMalformedHeader() throws Exception { HttpServletRequest mockRequest = mock(HttpServletRequest.class); when(mockRequest.getHeader("Authorization")).thenReturn("malformed Bearer " + TEST_UNAUTHORIZED_ACCESS_TOKEN); Subject subject = _authenticator.attemptAuthentication(mockReque... | @Override public Subject attemptAuthentication(final HttpServletRequest request, final HttpManagementConfiguration configuration) { final Port<?> port = configuration.getPort(request); final AuthenticationProvider<?> authenticationProvider = configuration.getAuthenticationProvider(request); String authorizationHeader =... | OAuth2PreemptiveAuthenticator implements HttpRequestPreemptiveAuthenticator { @Override public Subject attemptAuthentication(final HttpServletRequest request, final HttpManagementConfiguration configuration) { final Port<?> port = configuration.getPort(request); final AuthenticationProvider<?> authenticationProvider = ... | OAuth2PreemptiveAuthenticator implements HttpRequestPreemptiveAuthenticator { @Override public Subject attemptAuthentication(final HttpServletRequest request, final HttpManagementConfiguration configuration) { final Port<?> port = configuration.getPort(request); final AuthenticationProvider<?> authenticationProvider = ... | OAuth2PreemptiveAuthenticator implements HttpRequestPreemptiveAuthenticator { @Override public Subject attemptAuthentication(final HttpServletRequest request, final HttpManagementConfiguration configuration) { final Port<?> port = configuration.getPort(request); final AuthenticationProvider<?> authenticationProvider = ... | OAuth2PreemptiveAuthenticator implements HttpRequestPreemptiveAuthenticator { @Override public Subject attemptAuthentication(final HttpServletRequest request, final HttpManagementConfiguration configuration) { final Port<?> port = configuration.getPort(request); final AuthenticationProvider<?> authenticationProvider = ... |
@Test public void testCreateContent() throws Exception { final Content content = _prometheusContentFactory.createContent(_root, Collections.emptyMap()); assertThat(content, is(notNullValue())); Collection<String> metrics; try (final ByteArrayOutputStream output = new ByteArrayOutputStream()) { content.write(output); me... | @Override public Content createContent(final ConfiguredObject<?> object, final Map<String, String[]> filter) { final String[] includeDisabledValues = filter.get(INCLUDE_DISABLED); boolean includeDisabled = includeDisabledValues!= null && includeDisabledValues.length == 1 && Boolean.parseBoolean(includeDisabledValues[0]... | PrometheusContentFactory implements ContentFactory { @Override public Content createContent(final ConfiguredObject<?> object, final Map<String, String[]> filter) { final String[] includeDisabledValues = filter.get(INCLUDE_DISABLED); boolean includeDisabled = includeDisabledValues!= null && includeDisabledValues.length ... | PrometheusContentFactory implements ContentFactory { @Override public Content createContent(final ConfiguredObject<?> object, final Map<String, String[]> filter) { final String[] includeDisabledValues = filter.get(INCLUDE_DISABLED); boolean includeDisabled = includeDisabledValues!= null && includeDisabledValues.length ... | PrometheusContentFactory implements ContentFactory { @Override public Content createContent(final ConfiguredObject<?> object, final Map<String, String[]> filter) { final String[] includeDisabledValues = filter.get(INCLUDE_DISABLED); boolean includeDisabled = includeDisabledValues!= null && includeDisabledValues.length ... | PrometheusContentFactory implements ContentFactory { @Override public Content createContent(final ConfiguredObject<?> object, final Map<String, String[]> filter) { final String[] includeDisabledValues = filter.get(INCLUDE_DISABLED); boolean includeDisabled = includeDisabledValues!= null && includeDisabledValues.length ... |
@Test public void testCreateContentIncludeDisabled() throws Exception { final Content content = _prometheusContentFactory.createContent(_root, Collections.singletonMap(INCLUDE_DISABLED, new String[]{"true"})); assertThat(content, is(notNullValue())); Collection<String> metrics; try (final ByteArrayOutputStream output =... | @Override public Content createContent(final ConfiguredObject<?> object, final Map<String, String[]> filter) { final String[] includeDisabledValues = filter.get(INCLUDE_DISABLED); boolean includeDisabled = includeDisabledValues!= null && includeDisabledValues.length == 1 && Boolean.parseBoolean(includeDisabledValues[0]... | PrometheusContentFactory implements ContentFactory { @Override public Content createContent(final ConfiguredObject<?> object, final Map<String, String[]> filter) { final String[] includeDisabledValues = filter.get(INCLUDE_DISABLED); boolean includeDisabled = includeDisabledValues!= null && includeDisabledValues.length ... | PrometheusContentFactory implements ContentFactory { @Override public Content createContent(final ConfiguredObject<?> object, final Map<String, String[]> filter) { final String[] includeDisabledValues = filter.get(INCLUDE_DISABLED); boolean includeDisabled = includeDisabledValues!= null && includeDisabledValues.length ... | PrometheusContentFactory implements ContentFactory { @Override public Content createContent(final ConfiguredObject<?> object, final Map<String, String[]> filter) { final String[] includeDisabledValues = filter.get(INCLUDE_DISABLED); boolean includeDisabled = includeDisabledValues!= null && includeDisabledValues.length ... | PrometheusContentFactory implements ContentFactory { @Override public Content createContent(final ConfiguredObject<?> object, final Map<String, String[]> filter) { final String[] includeDisabledValues = filter.get(INCLUDE_DISABLED); boolean includeDisabled = includeDisabledValues!= null && includeDisabledValues.length ... |
@Test public void testCreateContentIncludeDisabledUsingContextVariable() throws Exception { _root.setContextVariable(INCLUDE_DISABLED_CONTEXT_VARIABLE, "true"); final Content content = _prometheusContentFactory.createContent(_root, Collections.emptyMap()); assertThat(content, is(notNullValue())); Collection<String> met... | @Override public Content createContent(final ConfiguredObject<?> object, final Map<String, String[]> filter) { final String[] includeDisabledValues = filter.get(INCLUDE_DISABLED); boolean includeDisabled = includeDisabledValues!= null && includeDisabledValues.length == 1 && Boolean.parseBoolean(includeDisabledValues[0]... | PrometheusContentFactory implements ContentFactory { @Override public Content createContent(final ConfiguredObject<?> object, final Map<String, String[]> filter) { final String[] includeDisabledValues = filter.get(INCLUDE_DISABLED); boolean includeDisabled = includeDisabledValues!= null && includeDisabledValues.length ... | PrometheusContentFactory implements ContentFactory { @Override public Content createContent(final ConfiguredObject<?> object, final Map<String, String[]> filter) { final String[] includeDisabledValues = filter.get(INCLUDE_DISABLED); boolean includeDisabled = includeDisabledValues!= null && includeDisabledValues.length ... | PrometheusContentFactory implements ContentFactory { @Override public Content createContent(final ConfiguredObject<?> object, final Map<String, String[]> filter) { final String[] includeDisabledValues = filter.get(INCLUDE_DISABLED); boolean includeDisabled = includeDisabledValues!= null && includeDisabledValues.length ... | PrometheusContentFactory implements ContentFactory { @Override public Content createContent(final ConfiguredObject<?> object, final Map<String, String[]> filter) { final String[] includeDisabledValues = filter.get(INCLUDE_DISABLED); boolean includeDisabled = includeDisabledValues!= null && includeDisabledValues.length ... |
@Test public void testCreateContentIncludeName() throws Exception { final Map<String, String[]> filter = new HashMap<>(); filter.put(INCLUDE_DISABLED, new String[]{"true"}); filter.put(INCLUDE_METRIC, new String[]{QPID_TEST_CAR_AGE}); final Content content = _prometheusContentFactory.createContent(_root, filter); asser... | @Override public Content createContent(final ConfiguredObject<?> object, final Map<String, String[]> filter) { final String[] includeDisabledValues = filter.get(INCLUDE_DISABLED); boolean includeDisabled = includeDisabledValues!= null && includeDisabledValues.length == 1 && Boolean.parseBoolean(includeDisabledValues[0]... | PrometheusContentFactory implements ContentFactory { @Override public Content createContent(final ConfiguredObject<?> object, final Map<String, String[]> filter) { final String[] includeDisabledValues = filter.get(INCLUDE_DISABLED); boolean includeDisabled = includeDisabledValues!= null && includeDisabledValues.length ... | PrometheusContentFactory implements ContentFactory { @Override public Content createContent(final ConfiguredObject<?> object, final Map<String, String[]> filter) { final String[] includeDisabledValues = filter.get(INCLUDE_DISABLED); boolean includeDisabled = includeDisabledValues!= null && includeDisabledValues.length ... | PrometheusContentFactory implements ContentFactory { @Override public Content createContent(final ConfiguredObject<?> object, final Map<String, String[]> filter) { final String[] includeDisabledValues = filter.get(INCLUDE_DISABLED); boolean includeDisabled = includeDisabledValues!= null && includeDisabledValues.length ... | PrometheusContentFactory implements ContentFactory { @Override public Content createContent(final ConfiguredObject<?> object, final Map<String, String[]> filter) { final String[] includeDisabledValues = filter.get(INCLUDE_DISABLED); boolean includeDisabled = includeDisabledValues!= null && includeDisabledValues.length ... |
@Test public void testCollectForHierarchyOfTwoObjects() { createTestEngine(ELECTRIC_ENGINE_NAME, TestElecEngineImpl.TEST_ELEC_ENGINE_TYPE); _root.move(DESIRED_MILEAGE); final List<Collector.MetricFamilySamples> metrics = _qpidCollector.collect(); final String[] expectedFamilyNames = {QPID_TEST_CAR_MILEAGE_COUNT, QPID_T... | @Override public List<MetricFamilySamples> collect() { final List<MetricFamilySamples> metricFamilySamples = new ArrayList<>(); addObjectMetrics(_root, Collections.emptyList(), new HashMap<>(), metricFamilySamples); addChildrenMetrics(metricFamilySamples, _root, Collections.singletonList("name")); return metricFamilySa... | QpidCollector extends Collector { @Override public List<MetricFamilySamples> collect() { final List<MetricFamilySamples> metricFamilySamples = new ArrayList<>(); addObjectMetrics(_root, Collections.emptyList(), new HashMap<>(), metricFamilySamples); addChildrenMetrics(metricFamilySamples, _root, Collections.singletonLi... | QpidCollector extends Collector { @Override public List<MetricFamilySamples> collect() { final List<MetricFamilySamples> metricFamilySamples = new ArrayList<>(); addObjectMetrics(_root, Collections.emptyList(), new HashMap<>(), metricFamilySamples); addChildrenMetrics(metricFamilySamples, _root, Collections.singletonLi... | QpidCollector extends Collector { @Override public List<MetricFamilySamples> collect() { final List<MetricFamilySamples> metricFamilySamples = new ArrayList<>(); addObjectMetrics(_root, Collections.emptyList(), new HashMap<>(), metricFamilySamples); addChildrenMetrics(metricFamilySamples, _root, Collections.singletonLi... | QpidCollector extends Collector { @Override public List<MetricFamilySamples> collect() { final List<MetricFamilySamples> metricFamilySamples = new ArrayList<>(); addObjectMetrics(_root, Collections.emptyList(), new HashMap<>(), metricFamilySamples); addChildrenMetrics(metricFamilySamples, _root, Collections.singletonLi... |
@Test public void testMessageAnnotationTakesPrecedenceOverContentType() throws Exception { final Properties properties = new Properties(); properties.setContentType(Symbol.valueOf("application/octet-stream")); final Message_1_0 sourceMessage = createTestMessage(OBJECT_MESSAGE_MESSAGE_ANNOTATION, null); final InternalMe... | @Override public InternalMessage convert(Message_1_0 serverMessage, NamedAddressSpace addressSpace) { Object bodyObject = MessageConverter_from_1_0.convertBodyToObject(serverMessage); final AMQMessageHeader convertHeader = convertHeader(serverMessage, addressSpace, bodyObject); return InternalMessage.convert(serverMess... | MessageConverter_v1_0_to_Internal implements MessageConverter<Message_1_0, InternalMessage> { @Override public InternalMessage convert(Message_1_0 serverMessage, NamedAddressSpace addressSpace) { Object bodyObject = MessageConverter_from_1_0.convertBodyToObject(serverMessage); final AMQMessageHeader convertHeader = con... | MessageConverter_v1_0_to_Internal implements MessageConverter<Message_1_0, InternalMessage> { @Override public InternalMessage convert(Message_1_0 serverMessage, NamedAddressSpace addressSpace) { Object bodyObject = MessageConverter_from_1_0.convertBodyToObject(serverMessage); final AMQMessageHeader convertHeader = con... | MessageConverter_v1_0_to_Internal implements MessageConverter<Message_1_0, InternalMessage> { @Override public InternalMessage convert(Message_1_0 serverMessage, NamedAddressSpace addressSpace) { Object bodyObject = MessageConverter_from_1_0.convertBodyToObject(serverMessage); final AMQMessageHeader convertHeader = con... | MessageConverter_v1_0_to_Internal implements MessageConverter<Message_1_0, InternalMessage> { @Override public InternalMessage convert(Message_1_0 serverMessage, NamedAddressSpace addressSpace) { Object bodyObject = MessageConverter_from_1_0.convertBodyToObject(serverMessage); final AMQMessageHeader convertHeader = con... |
@Test public void testCollectForHierarchyOfThreeObjects() { final TestInstrumentPanel instrumentPanel = getTestInstrumentPanel(); createTestSensor(instrumentPanel); final List<Collector.MetricFamilySamples> metrics = _qpidCollector.collect(); final String[] expectedFamilyNames = {QPID_TEST_CAR_MILEAGE_COUNT, QPID_TEST_... | @Override public List<MetricFamilySamples> collect() { final List<MetricFamilySamples> metricFamilySamples = new ArrayList<>(); addObjectMetrics(_root, Collections.emptyList(), new HashMap<>(), metricFamilySamples); addChildrenMetrics(metricFamilySamples, _root, Collections.singletonList("name")); return metricFamilySa... | QpidCollector extends Collector { @Override public List<MetricFamilySamples> collect() { final List<MetricFamilySamples> metricFamilySamples = new ArrayList<>(); addObjectMetrics(_root, Collections.emptyList(), new HashMap<>(), metricFamilySamples); addChildrenMetrics(metricFamilySamples, _root, Collections.singletonLi... | QpidCollector extends Collector { @Override public List<MetricFamilySamples> collect() { final List<MetricFamilySamples> metricFamilySamples = new ArrayList<>(); addObjectMetrics(_root, Collections.emptyList(), new HashMap<>(), metricFamilySamples); addChildrenMetrics(metricFamilySamples, _root, Collections.singletonLi... | QpidCollector extends Collector { @Override public List<MetricFamilySamples> collect() { final List<MetricFamilySamples> metricFamilySamples = new ArrayList<>(); addObjectMetrics(_root, Collections.emptyList(), new HashMap<>(), metricFamilySamples); addChildrenMetrics(metricFamilySamples, _root, Collections.singletonLi... | QpidCollector extends Collector { @Override public List<MetricFamilySamples> collect() { final List<MetricFamilySamples> metricFamilySamples = new ArrayList<>(); addObjectMetrics(_root, Collections.emptyList(), new HashMap<>(), metricFamilySamples); addChildrenMetrics(metricFamilySamples, _root, Collections.singletonLi... |
@Test public void testCollectForSiblingObjects() { createTestEngine(ELECTRIC_ENGINE_NAME, TestElecEngineImpl.TEST_ELEC_ENGINE_TYPE); createTestEngine(PETROL_ENGINE_NAME, TestPetrolEngineImpl.TEST_PETROL_ENGINE_TYPE); final List<Collector.MetricFamilySamples> metrics = _qpidCollector.collect(); final String[] expectedFa... | @Override public List<MetricFamilySamples> collect() { final List<MetricFamilySamples> metricFamilySamples = new ArrayList<>(); addObjectMetrics(_root, Collections.emptyList(), new HashMap<>(), metricFamilySamples); addChildrenMetrics(metricFamilySamples, _root, Collections.singletonList("name")); return metricFamilySa... | QpidCollector extends Collector { @Override public List<MetricFamilySamples> collect() { final List<MetricFamilySamples> metricFamilySamples = new ArrayList<>(); addObjectMetrics(_root, Collections.emptyList(), new HashMap<>(), metricFamilySamples); addChildrenMetrics(metricFamilySamples, _root, Collections.singletonLi... | QpidCollector extends Collector { @Override public List<MetricFamilySamples> collect() { final List<MetricFamilySamples> metricFamilySamples = new ArrayList<>(); addObjectMetrics(_root, Collections.emptyList(), new HashMap<>(), metricFamilySamples); addChildrenMetrics(metricFamilySamples, _root, Collections.singletonLi... | QpidCollector extends Collector { @Override public List<MetricFamilySamples> collect() { final List<MetricFamilySamples> metricFamilySamples = new ArrayList<>(); addObjectMetrics(_root, Collections.emptyList(), new HashMap<>(), metricFamilySamples); addChildrenMetrics(metricFamilySamples, _root, Collections.singletonLi... | QpidCollector extends Collector { @Override public List<MetricFamilySamples> collect() { final List<MetricFamilySamples> metricFamilySamples = new ArrayList<>(); addObjectMetrics(_root, Collections.emptyList(), new HashMap<>(), metricFamilySamples); addChildrenMetrics(metricFamilySamples, _root, Collections.singletonLi... |
@Test public void testCollectWithFilter(){ createTestEngine(ELECTRIC_ENGINE_NAME, TestElecEngineImpl.TEST_ELEC_ENGINE_TYPE); _root.move(DESIRED_MILEAGE); _qpidCollector = new QpidCollector(_root, new IncludeDisabledStatisticPredicate(true), new IncludeMetricPredicate(Collections.singleton(QPID_TEST_CAR_AGE_COUNT))); fi... | @Override public List<MetricFamilySamples> collect() { final List<MetricFamilySamples> metricFamilySamples = new ArrayList<>(); addObjectMetrics(_root, Collections.emptyList(), new HashMap<>(), metricFamilySamples); addChildrenMetrics(metricFamilySamples, _root, Collections.singletonList("name")); return metricFamilySa... | QpidCollector extends Collector { @Override public List<MetricFamilySamples> collect() { final List<MetricFamilySamples> metricFamilySamples = new ArrayList<>(); addObjectMetrics(_root, Collections.emptyList(), new HashMap<>(), metricFamilySamples); addChildrenMetrics(metricFamilySamples, _root, Collections.singletonLi... | QpidCollector extends Collector { @Override public List<MetricFamilySamples> collect() { final List<MetricFamilySamples> metricFamilySamples = new ArrayList<>(); addObjectMetrics(_root, Collections.emptyList(), new HashMap<>(), metricFamilySamples); addChildrenMetrics(metricFamilySamples, _root, Collections.singletonLi... | QpidCollector extends Collector { @Override public List<MetricFamilySamples> collect() { final List<MetricFamilySamples> metricFamilySamples = new ArrayList<>(); addObjectMetrics(_root, Collections.emptyList(), new HashMap<>(), metricFamilySamples); addChildrenMetrics(metricFamilySamples, _root, Collections.singletonLi... | QpidCollector extends Collector { @Override public List<MetricFamilySamples> collect() { final List<MetricFamilySamples> metricFamilySamples = new ArrayList<>(); addObjectMetrics(_root, Collections.emptyList(), new HashMap<>(), metricFamilySamples); addChildrenMetrics(metricFamilySamples, _root, Collections.singletonLi... |
@Test public void testToSnakeCase() { assertThat(QpidCollector.toSnakeCase("carEngineOilChanges"), is(equalTo("car_engine_oil_changes"))); } | static String toSnakeCase(final String simpleName) { final StringBuilder sb = new StringBuilder(); final char[] chars = simpleName.toCharArray(); for (int i = 0; i < chars.length; i++) { final char ch = chars[i]; if (Character.isUpperCase(ch)) { if (i > 0) { sb.append('_'); } sb.append(Character.toLowerCase(ch)); } els... | QpidCollector extends Collector { static String toSnakeCase(final String simpleName) { final StringBuilder sb = new StringBuilder(); final char[] chars = simpleName.toCharArray(); for (int i = 0; i < chars.length; i++) { final char ch = chars[i]; if (Character.isUpperCase(ch)) { if (i > 0) { sb.append('_'); } sb.append... | QpidCollector extends Collector { static String toSnakeCase(final String simpleName) { final StringBuilder sb = new StringBuilder(); final char[] chars = simpleName.toCharArray(); for (int i = 0; i < chars.length; i++) { final char ch = chars[i]; if (Character.isUpperCase(ch)) { if (i > 0) { sb.append('_'); } sb.append... | QpidCollector extends Collector { static String toSnakeCase(final String simpleName) { final StringBuilder sb = new StringBuilder(); final char[] chars = simpleName.toCharArray(); for (int i = 0; i < chars.length; i++) { final char ch = chars[i]; if (Character.isUpperCase(ch)) { if (i > 0) { sb.append('_'); } sb.append... | QpidCollector extends Collector { static String toSnakeCase(final String simpleName) { final StringBuilder sb = new StringBuilder(); final char[] chars = simpleName.toCharArray(); for (int i = 0; i < chars.length; i++) { final char ch = chars[i]; if (Character.isUpperCase(ch)) { if (i > 0) { sb.append('_'); } sb.append... |
@Test public void getFamilyNameForCumulativeStatistic() { for (int i = 0; i < UNITS.length; i++) { final ConfiguredObjectStatistic<?, ?> statistics = mock(ConfiguredObjectStatistic.class); when(statistics.getUnits()).thenReturn(UNITS[i]); when(statistics.getStatisticType()).thenReturn(StatisticType.CUMULATIVE); when(st... | static String getFamilyName(final Class<? extends ConfiguredObject> categoryClass, ConfiguredObjectStatistic<?, ?> statistics) { String metricName = statistics.getMetricName(); if (metricName == null || metricName.isEmpty()) { metricName = generateMetricName(statistics); } return String.format("qpid_%s_%s", toSnakeCase... | QpidCollector extends Collector { static String getFamilyName(final Class<? extends ConfiguredObject> categoryClass, ConfiguredObjectStatistic<?, ?> statistics) { String metricName = statistics.getMetricName(); if (metricName == null || metricName.isEmpty()) { metricName = generateMetricName(statistics); } return Strin... | QpidCollector extends Collector { static String getFamilyName(final Class<? extends ConfiguredObject> categoryClass, ConfiguredObjectStatistic<?, ?> statistics) { String metricName = statistics.getMetricName(); if (metricName == null || metricName.isEmpty()) { metricName = generateMetricName(statistics); } return Strin... | QpidCollector extends Collector { static String getFamilyName(final Class<? extends ConfiguredObject> categoryClass, ConfiguredObjectStatistic<?, ?> statistics) { String metricName = statistics.getMetricName(); if (metricName == null || metricName.isEmpty()) { metricName = generateMetricName(statistics); } return Strin... | QpidCollector extends Collector { static String getFamilyName(final Class<? extends ConfiguredObject> categoryClass, ConfiguredObjectStatistic<?, ?> statistics) { String metricName = statistics.getMetricName(); if (metricName == null || metricName.isEmpty()) { metricName = generateMetricName(statistics); } return Strin... |
@Test public void getFamilyNameForCumulativeStatisticContainingCountInName() { final ConfiguredObjectStatistic<?, ?> statistics = mock(ConfiguredObjectStatistic.class); when(statistics.getUnits()).thenReturn(StatisticUnit.BYTES); when(statistics.getStatisticType()).thenReturn(StatisticType.CUMULATIVE); when(statistics.... | static String getFamilyName(final Class<? extends ConfiguredObject> categoryClass, ConfiguredObjectStatistic<?, ?> statistics) { String metricName = statistics.getMetricName(); if (metricName == null || metricName.isEmpty()) { metricName = generateMetricName(statistics); } return String.format("qpid_%s_%s", toSnakeCase... | QpidCollector extends Collector { static String getFamilyName(final Class<? extends ConfiguredObject> categoryClass, ConfiguredObjectStatistic<?, ?> statistics) { String metricName = statistics.getMetricName(); if (metricName == null || metricName.isEmpty()) { metricName = generateMetricName(statistics); } return Strin... | QpidCollector extends Collector { static String getFamilyName(final Class<? extends ConfiguredObject> categoryClass, ConfiguredObjectStatistic<?, ?> statistics) { String metricName = statistics.getMetricName(); if (metricName == null || metricName.isEmpty()) { metricName = generateMetricName(statistics); } return Strin... | QpidCollector extends Collector { static String getFamilyName(final Class<? extends ConfiguredObject> categoryClass, ConfiguredObjectStatistic<?, ?> statistics) { String metricName = statistics.getMetricName(); if (metricName == null || metricName.isEmpty()) { metricName = generateMetricName(statistics); } return Strin... | QpidCollector extends Collector { static String getFamilyName(final Class<? extends ConfiguredObject> categoryClass, ConfiguredObjectStatistic<?, ?> statistics) { String metricName = statistics.getMetricName(); if (metricName == null || metricName.isEmpty()) { metricName = generateMetricName(statistics); } return Strin... |
@Test public void getFamilyNameForPointInTimeStatistic() { for (int i = 0; i < UNITS.length; i++) { final ConfiguredObjectStatistic<?, ?> statistics = mock(ConfiguredObjectStatistic.class); when(statistics.getUnits()).thenReturn(UNITS[i]); when(statistics.getStatisticType()).thenReturn(StatisticType.POINT_IN_TIME); whe... | static String getFamilyName(final Class<? extends ConfiguredObject> categoryClass, ConfiguredObjectStatistic<?, ?> statistics) { String metricName = statistics.getMetricName(); if (metricName == null || metricName.isEmpty()) { metricName = generateMetricName(statistics); } return String.format("qpid_%s_%s", toSnakeCase... | QpidCollector extends Collector { static String getFamilyName(final Class<? extends ConfiguredObject> categoryClass, ConfiguredObjectStatistic<?, ?> statistics) { String metricName = statistics.getMetricName(); if (metricName == null || metricName.isEmpty()) { metricName = generateMetricName(statistics); } return Strin... | QpidCollector extends Collector { static String getFamilyName(final Class<? extends ConfiguredObject> categoryClass, ConfiguredObjectStatistic<?, ?> statistics) { String metricName = statistics.getMetricName(); if (metricName == null || metricName.isEmpty()) { metricName = generateMetricName(statistics); } return Strin... | QpidCollector extends Collector { static String getFamilyName(final Class<? extends ConfiguredObject> categoryClass, ConfiguredObjectStatistic<?, ?> statistics) { String metricName = statistics.getMetricName(); if (metricName == null || metricName.isEmpty()) { metricName = generateMetricName(statistics); } return Strin... | QpidCollector extends Collector { static String getFamilyName(final Class<? extends ConfiguredObject> categoryClass, ConfiguredObjectStatistic<?, ?> statistics) { String metricName = statistics.getMetricName(); if (metricName == null || metricName.isEmpty()) { metricName = generateMetricName(statistics); } return Strin... |
@Test public void testClone_NullInput() { assertNull(ArrayUtils.clone(null)); } | public static <T> T[] clone(T[] array) { return array != null ? array.clone() : null; } | ArrayUtils { public static <T> T[] clone(T[] array) { return array != null ? array.clone() : null; } } | ArrayUtils { public static <T> T[] clone(T[] array) { return array != null ? array.clone() : null; } private ArrayUtils(); } | ArrayUtils { public static <T> T[] clone(T[] array) { return array != null ? array.clone() : null; } private ArrayUtils(); static T[] clone(T[] array); static boolean isEmpty(Object[] array); } | ArrayUtils { public static <T> T[] clone(T[] array) { return array != null ? array.clone() : null; } private ArrayUtils(); static T[] clone(T[] array); static boolean isEmpty(Object[] array); } |
@Test public void testClone_EmptyInput() { String[] data = new String[0]; String[] result = ArrayUtils.clone(data); assertArrayEquals(data, result); assertNotSame(data, result); } | public static <T> T[] clone(T[] array) { return array != null ? array.clone() : null; } | ArrayUtils { public static <T> T[] clone(T[] array) { return array != null ? array.clone() : null; } } | ArrayUtils { public static <T> T[] clone(T[] array) { return array != null ? array.clone() : null; } private ArrayUtils(); } | ArrayUtils { public static <T> T[] clone(T[] array) { return array != null ? array.clone() : null; } private ArrayUtils(); static T[] clone(T[] array); static boolean isEmpty(Object[] array); } | ArrayUtils { public static <T> T[] clone(T[] array) { return array != null ? array.clone() : null; } private ArrayUtils(); static T[] clone(T[] array); static boolean isEmpty(Object[] array); } |
@Test public void testClone() { String[] data = new String[]{"A", null, "B", "CC"}; String[] result = ArrayUtils.clone(data); assertArrayEquals(data, result); assertNotSame(data, result); } | public static <T> T[] clone(T[] array) { return array != null ? array.clone() : null; } | ArrayUtils { public static <T> T[] clone(T[] array) { return array != null ? array.clone() : null; } } | ArrayUtils { public static <T> T[] clone(T[] array) { return array != null ? array.clone() : null; } private ArrayUtils(); } | ArrayUtils { public static <T> T[] clone(T[] array) { return array != null ? array.clone() : null; } private ArrayUtils(); static T[] clone(T[] array); static boolean isEmpty(Object[] array); } | ArrayUtils { public static <T> T[] clone(T[] array) { return array != null ? array.clone() : null; } private ArrayUtils(); static T[] clone(T[] array); static boolean isEmpty(Object[] array); } |
@Test public void testGetDeliveryTag() { assertThat(_unsettledDelivery.getDeliveryTag(), is(equalTo(_deliveryTag))); } | public Binary getDeliveryTag() { return _deliveryTag; } | UnsettledDelivery { public Binary getDeliveryTag() { return _deliveryTag; } } | UnsettledDelivery { public Binary getDeliveryTag() { return _deliveryTag; } UnsettledDelivery(final Binary deliveryTag, final LinkEndpoint<?, ?> linkEndpoint); } | UnsettledDelivery { public Binary getDeliveryTag() { return _deliveryTag; } UnsettledDelivery(final Binary deliveryTag, final LinkEndpoint<?, ?> linkEndpoint); Binary getDeliveryTag(); LinkEndpoint<?, ?> getLinkEndpoint(); @Override boolean equals(final Object o); @Override int hashCode(); } | UnsettledDelivery { public Binary getDeliveryTag() { return _deliveryTag; } UnsettledDelivery(final Binary deliveryTag, final LinkEndpoint<?, ?> linkEndpoint); Binary getDeliveryTag(); LinkEndpoint<?, ?> getLinkEndpoint(); @Override boolean equals(final Object o); @Override int hashCode(); } |
@Test public void testIsEmpty_NullInput() { assertTrue(ArrayUtils.isEmpty(null)); } | public static boolean isEmpty(Object[] array) { return array == null || array.length == 0; } | ArrayUtils { public static boolean isEmpty(Object[] array) { return array == null || array.length == 0; } } | ArrayUtils { public static boolean isEmpty(Object[] array) { return array == null || array.length == 0; } private ArrayUtils(); } | ArrayUtils { public static boolean isEmpty(Object[] array) { return array == null || array.length == 0; } private ArrayUtils(); static T[] clone(T[] array); static boolean isEmpty(Object[] array); } | ArrayUtils { public static boolean isEmpty(Object[] array) { return array == null || array.length == 0; } private ArrayUtils(); static T[] clone(T[] array); static boolean isEmpty(Object[] array); } |
@Test public void testIsEmpty_EmptyInput() { assertTrue(ArrayUtils.isEmpty(new String[0])); } | public static boolean isEmpty(Object[] array) { return array == null || array.length == 0; } | ArrayUtils { public static boolean isEmpty(Object[] array) { return array == null || array.length == 0; } } | ArrayUtils { public static boolean isEmpty(Object[] array) { return array == null || array.length == 0; } private ArrayUtils(); } | ArrayUtils { public static boolean isEmpty(Object[] array) { return array == null || array.length == 0; } private ArrayUtils(); static T[] clone(T[] array); static boolean isEmpty(Object[] array); } | ArrayUtils { public static boolean isEmpty(Object[] array) { return array == null || array.length == 0; } private ArrayUtils(); static T[] clone(T[] array); static boolean isEmpty(Object[] array); } |
@Test public void testIsEmpty() { assertFalse(ArrayUtils.isEmpty(new String[]{"A"})); assertFalse(ArrayUtils.isEmpty(new String[]{"A", "B"})); assertFalse(ArrayUtils.isEmpty(new String[]{null})); } | public static boolean isEmpty(Object[] array) { return array == null || array.length == 0; } | ArrayUtils { public static boolean isEmpty(Object[] array) { return array == null || array.length == 0; } } | ArrayUtils { public static boolean isEmpty(Object[] array) { return array == null || array.length == 0; } private ArrayUtils(); } | ArrayUtils { public static boolean isEmpty(Object[] array) { return array == null || array.length == 0; } private ArrayUtils(); static T[] clone(T[] array); static boolean isEmpty(Object[] array); } | ArrayUtils { public static boolean isEmpty(Object[] array) { return array == null || array.length == 0; } private ArrayUtils(); static T[] clone(T[] array); static boolean isEmpty(Object[] array); } |
@Test public void testFilter_nullAsInput() { StackTraceElement[] result = _filter.filter(null); assertNotNull(result); assertEquals(0, result.length); } | public StackTraceElement[] filter(StackTraceElement[] elements) { if (elements == null) { return new StackTraceElement[0]; } for (int depth = elements.length - 1; depth >= 0; --depth) { final StackTraceElement element = elements[depth]; if (isMessageMethod(element.getMethodName()) && isMessageLogger(element.getClassNam... | CallerDataFilter { public StackTraceElement[] filter(StackTraceElement[] elements) { if (elements == null) { return new StackTraceElement[0]; } for (int depth = elements.length - 1; depth >= 0; --depth) { final StackTraceElement element = elements[depth]; if (isMessageMethod(element.getMethodName()) && isMessageLogger(... | CallerDataFilter { public StackTraceElement[] filter(StackTraceElement[] elements) { if (elements == null) { return new StackTraceElement[0]; } for (int depth = elements.length - 1; depth >= 0; --depth) { final StackTraceElement element = elements[depth]; if (isMessageMethod(element.getMethodName()) && isMessageLogger(... | CallerDataFilter { public StackTraceElement[] filter(StackTraceElement[] elements) { if (elements == null) { return new StackTraceElement[0]; } for (int depth = elements.length - 1; depth >= 0; --depth) { final StackTraceElement element = elements[depth]; if (isMessageMethod(element.getMethodName()) && isMessageLogger(... | CallerDataFilter { public StackTraceElement[] filter(StackTraceElement[] elements) { if (elements == null) { return new StackTraceElement[0]; } for (int depth = elements.length - 1; depth >= 0; --depth) { final StackTraceElement element = elements[depth]; if (isMessageMethod(element.getMethodName()) && isMessageLogger(... |
@Test public void testFilter_emptyInput() { StackTraceElement[] result = _filter.filter(new StackTraceElement[0]); assertNotNull(result); assertEquals(0, result.length); } | public StackTraceElement[] filter(StackTraceElement[] elements) { if (elements == null) { return new StackTraceElement[0]; } for (int depth = elements.length - 1; depth >= 0; --depth) { final StackTraceElement element = elements[depth]; if (isMessageMethod(element.getMethodName()) && isMessageLogger(element.getClassNam... | CallerDataFilter { public StackTraceElement[] filter(StackTraceElement[] elements) { if (elements == null) { return new StackTraceElement[0]; } for (int depth = elements.length - 1; depth >= 0; --depth) { final StackTraceElement element = elements[depth]; if (isMessageMethod(element.getMethodName()) && isMessageLogger(... | CallerDataFilter { public StackTraceElement[] filter(StackTraceElement[] elements) { if (elements == null) { return new StackTraceElement[0]; } for (int depth = elements.length - 1; depth >= 0; --depth) { final StackTraceElement element = elements[depth]; if (isMessageMethod(element.getMethodName()) && isMessageLogger(... | CallerDataFilter { public StackTraceElement[] filter(StackTraceElement[] elements) { if (elements == null) { return new StackTraceElement[0]; } for (int depth = elements.length - 1; depth >= 0; --depth) { final StackTraceElement element = elements[depth]; if (isMessageMethod(element.getMethodName()) && isMessageLogger(... | CallerDataFilter { public StackTraceElement[] filter(StackTraceElement[] elements) { if (elements == null) { return new StackTraceElement[0]; } for (int depth = elements.length - 1; depth >= 0; --depth) { final StackTraceElement element = elements[depth]; if (isMessageMethod(element.getMethodName()) && isMessageLogger(... |
@Test public void testFilter_withoutLogger() { StackTraceElement[] stackTrace = Thread.currentThread().getStackTrace(); StackTraceElement[] result = _filter.filter(stackTrace); assertNotNull(result); assertTrue(Arrays.deepEquals(stackTrace, result)); } | public StackTraceElement[] filter(StackTraceElement[] elements) { if (elements == null) { return new StackTraceElement[0]; } for (int depth = elements.length - 1; depth >= 0; --depth) { final StackTraceElement element = elements[depth]; if (isMessageMethod(element.getMethodName()) && isMessageLogger(element.getClassNam... | CallerDataFilter { public StackTraceElement[] filter(StackTraceElement[] elements) { if (elements == null) { return new StackTraceElement[0]; } for (int depth = elements.length - 1; depth >= 0; --depth) { final StackTraceElement element = elements[depth]; if (isMessageMethod(element.getMethodName()) && isMessageLogger(... | CallerDataFilter { public StackTraceElement[] filter(StackTraceElement[] elements) { if (elements == null) { return new StackTraceElement[0]; } for (int depth = elements.length - 1; depth >= 0; --depth) { final StackTraceElement element = elements[depth]; if (isMessageMethod(element.getMethodName()) && isMessageLogger(... | CallerDataFilter { public StackTraceElement[] filter(StackTraceElement[] elements) { if (elements == null) { return new StackTraceElement[0]; } for (int depth = elements.length - 1; depth >= 0; --depth) { final StackTraceElement element = elements[depth]; if (isMessageMethod(element.getMethodName()) && isMessageLogger(... | CallerDataFilter { public StackTraceElement[] filter(StackTraceElement[] elements) { if (elements == null) { return new StackTraceElement[0]; } for (int depth = elements.length - 1; depth >= 0; --depth) { final StackTraceElement element = elements[depth]; if (isMessageMethod(element.getMethodName()) && isMessageLogger(... |
@Test public void testFilter_withLogger() { _logger.message(() -> "ClassName"); StackTraceElement[] result = _filter.filter(_logger.getStackTrace()); assertNotNull(result); final String loggerName = _logger.getClass().getName(); assertFalse(Arrays.stream(result).anyMatch(e -> e.getClassName().contains(loggerName))); } | public StackTraceElement[] filter(StackTraceElement[] elements) { if (elements == null) { return new StackTraceElement[0]; } for (int depth = elements.length - 1; depth >= 0; --depth) { final StackTraceElement element = elements[depth]; if (isMessageMethod(element.getMethodName()) && isMessageLogger(element.getClassNam... | CallerDataFilter { public StackTraceElement[] filter(StackTraceElement[] elements) { if (elements == null) { return new StackTraceElement[0]; } for (int depth = elements.length - 1; depth >= 0; --depth) { final StackTraceElement element = elements[depth]; if (isMessageMethod(element.getMethodName()) && isMessageLogger(... | CallerDataFilter { public StackTraceElement[] filter(StackTraceElement[] elements) { if (elements == null) { return new StackTraceElement[0]; } for (int depth = elements.length - 1; depth >= 0; --depth) { final StackTraceElement element = elements[depth]; if (isMessageMethod(element.getMethodName()) && isMessageLogger(... | CallerDataFilter { public StackTraceElement[] filter(StackTraceElement[] elements) { if (elements == null) { return new StackTraceElement[0]; } for (int depth = elements.length - 1; depth >= 0; --depth) { final StackTraceElement element = elements[depth]; if (isMessageMethod(element.getMethodName()) && isMessageLogger(... | CallerDataFilter { public StackTraceElement[] filter(StackTraceElement[] elements) { if (elements == null) { return new StackTraceElement[0]; } for (int depth = elements.length - 1; depth >= 0; --depth) { final StackTraceElement element = elements[depth]; if (isMessageMethod(element.getMethodName()) && isMessageLogger(... |
@Test public void testFilter_withLogger_InvalidMethod() { _logger.isEnabled(); StackTraceElement[] stackTrace = _logger.getStackTrace(); StackTraceElement[] result = _filter.filter(_logger.getStackTrace()); assertNotNull(result); assertTrue(Arrays.deepEquals(stackTrace, result)); } | public StackTraceElement[] filter(StackTraceElement[] elements) { if (elements == null) { return new StackTraceElement[0]; } for (int depth = elements.length - 1; depth >= 0; --depth) { final StackTraceElement element = elements[depth]; if (isMessageMethod(element.getMethodName()) && isMessageLogger(element.getClassNam... | CallerDataFilter { public StackTraceElement[] filter(StackTraceElement[] elements) { if (elements == null) { return new StackTraceElement[0]; } for (int depth = elements.length - 1; depth >= 0; --depth) { final StackTraceElement element = elements[depth]; if (isMessageMethod(element.getMethodName()) && isMessageLogger(... | CallerDataFilter { public StackTraceElement[] filter(StackTraceElement[] elements) { if (elements == null) { return new StackTraceElement[0]; } for (int depth = elements.length - 1; depth >= 0; --depth) { final StackTraceElement element = elements[depth]; if (isMessageMethod(element.getMethodName()) && isMessageLogger(... | CallerDataFilter { public StackTraceElement[] filter(StackTraceElement[] elements) { if (elements == null) { return new StackTraceElement[0]; } for (int depth = elements.length - 1; depth >= 0; --depth) { final StackTraceElement element = elements[depth]; if (isMessageMethod(element.getMethodName()) && isMessageLogger(... | CallerDataFilter { public StackTraceElement[] filter(StackTraceElement[] elements) { if (elements == null) { return new StackTraceElement[0]; } for (int depth = elements.length - 1; depth >= 0; --depth) { final StackTraceElement element = elements[depth]; if (isMessageMethod(element.getMethodName()) && isMessageLogger(... |
@Test public void testFilter_withLoggerOnly() { _logger.message(() -> "ClassName"); final String loggerName = _logger.getClass().getName(); StackTraceElement[] stackTrace = Arrays.stream(_logger.getStackTrace()) .filter(e -> e.getClassName().contains(loggerName)) .toArray(StackTraceElement[]::new); StackTraceElement[] ... | public StackTraceElement[] filter(StackTraceElement[] elements) { if (elements == null) { return new StackTraceElement[0]; } for (int depth = elements.length - 1; depth >= 0; --depth) { final StackTraceElement element = elements[depth]; if (isMessageMethod(element.getMethodName()) && isMessageLogger(element.getClassNam... | CallerDataFilter { public StackTraceElement[] filter(StackTraceElement[] elements) { if (elements == null) { return new StackTraceElement[0]; } for (int depth = elements.length - 1; depth >= 0; --depth) { final StackTraceElement element = elements[depth]; if (isMessageMethod(element.getMethodName()) && isMessageLogger(... | CallerDataFilter { public StackTraceElement[] filter(StackTraceElement[] elements) { if (elements == null) { return new StackTraceElement[0]; } for (int depth = elements.length - 1; depth >= 0; --depth) { final StackTraceElement element = elements[depth]; if (isMessageMethod(element.getMethodName()) && isMessageLogger(... | CallerDataFilter { public StackTraceElement[] filter(StackTraceElement[] elements) { if (elements == null) { return new StackTraceElement[0]; } for (int depth = elements.length - 1; depth >= 0; --depth) { final StackTraceElement element = elements[depth]; if (isMessageMethod(element.getMethodName()) && isMessageLogger(... | CallerDataFilter { public StackTraceElement[] filter(StackTraceElement[] elements) { if (elements == null) { return new StackTraceElement[0]; } for (int depth = elements.length - 1; depth >= 0; --depth) { final StackTraceElement element = elements[depth]; if (isMessageMethod(element.getMethodName()) && isMessageLogger(... |
@Test public void testFilter_withUnknownClass() { StackTraceElement element1 = new StackTraceElement("unknown_class_xyz", "message", "file", 7); StackTraceElement element2 = new StackTraceElement("unknown_class_xyz", "message", "file", 17); final StackTraceElement[] stackTrace = {element1, element2}; StackTraceElement[... | public StackTraceElement[] filter(StackTraceElement[] elements) { if (elements == null) { return new StackTraceElement[0]; } for (int depth = elements.length - 1; depth >= 0; --depth) { final StackTraceElement element = elements[depth]; if (isMessageMethod(element.getMethodName()) && isMessageLogger(element.getClassNam... | CallerDataFilter { public StackTraceElement[] filter(StackTraceElement[] elements) { if (elements == null) { return new StackTraceElement[0]; } for (int depth = elements.length - 1; depth >= 0; --depth) { final StackTraceElement element = elements[depth]; if (isMessageMethod(element.getMethodName()) && isMessageLogger(... | CallerDataFilter { public StackTraceElement[] filter(StackTraceElement[] elements) { if (elements == null) { return new StackTraceElement[0]; } for (int depth = elements.length - 1; depth >= 0; --depth) { final StackTraceElement element = elements[depth]; if (isMessageMethod(element.getMethodName()) && isMessageLogger(... | CallerDataFilter { public StackTraceElement[] filter(StackTraceElement[] elements) { if (elements == null) { return new StackTraceElement[0]; } for (int depth = elements.length - 1; depth >= 0; --depth) { final StackTraceElement element = elements[depth]; if (isMessageMethod(element.getMethodName()) && isMessageLogger(... | CallerDataFilter { public StackTraceElement[] filter(StackTraceElement[] elements) { if (elements == null) { return new StackTraceElement[0]; } for (int depth = elements.length - 1; depth >= 0; --depth) { final StackTraceElement element = elements[depth]; if (isMessageMethod(element.getMethodName()) && isMessageLogger(... |
@Test public void testGetLinkEndpoint() { assertThat(_unsettledDelivery.getLinkEndpoint(), is(equalTo(_linkEndpoint))); } | public LinkEndpoint<?, ?> getLinkEndpoint() { return _linkEndpoint; } | UnsettledDelivery { public LinkEndpoint<?, ?> getLinkEndpoint() { return _linkEndpoint; } } | UnsettledDelivery { public LinkEndpoint<?, ?> getLinkEndpoint() { return _linkEndpoint; } UnsettledDelivery(final Binary deliveryTag, final LinkEndpoint<?, ?> linkEndpoint); } | UnsettledDelivery { public LinkEndpoint<?, ?> getLinkEndpoint() { return _linkEndpoint; } UnsettledDelivery(final Binary deliveryTag, final LinkEndpoint<?, ?> linkEndpoint); Binary getDeliveryTag(); LinkEndpoint<?, ?> getLinkEndpoint(); @Override boolean equals(final Object o); @Override int hashCode(); } | UnsettledDelivery { public LinkEndpoint<?, ?> getLinkEndpoint() { return _linkEndpoint; } UnsettledDelivery(final Binary deliveryTag, final LinkEndpoint<?, ?> linkEndpoint); Binary getDeliveryTag(); LinkEndpoint<?, ?> getLinkEndpoint(); @Override boolean equals(final Object o); @Override int hashCode(); } |
@Test public void testValidator() { assertNotNull("Factory method has to produce a instance", GelfMessageStaticFields.validator()); } | public static Validator<Map<String, Object>> validator() { return VALIDATOR; } | GelfMessageStaticFields implements Validator<Map<String, Object>> { public static Validator<Map<String, Object>> validator() { return VALIDATOR; } } | GelfMessageStaticFields implements Validator<Map<String, Object>> { public static Validator<Map<String, Object>> validator() { return VALIDATOR; } private GelfMessageStaticFields(); } | GelfMessageStaticFields implements Validator<Map<String, Object>> { public static Validator<Map<String, Object>> validator() { return VALIDATOR; } private GelfMessageStaticFields(); static Validator<Map<String, Object>> validator(); static void validateStaticFields(Map<String, Object> value, ConfiguredObject<?> object... | GelfMessageStaticFields implements Validator<Map<String, Object>> { public static Validator<Map<String, Object>> validator() { return VALIDATOR; } private GelfMessageStaticFields(); static Validator<Map<String, Object>> validator(); static void validateStaticFields(Map<String, Object> value, ConfiguredObject<?> object... |
@Test public void testValidate_NullAsInput() { TestConfiguredObject object = new TestConfiguredObject(); try { GelfMessageStaticFields.validateStaticFields(null, object, "attr"); fail("An exception is expected"); } catch (IllegalConfigurationException e) { assertEquals("Attribute 'attr instance of org.apache.qpid.serve... | public static void validateStaticFields(Map<String, Object> value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } | GelfMessageStaticFields implements Validator<Map<String, Object>> { public static void validateStaticFields(Map<String, Object> value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } } | GelfMessageStaticFields implements Validator<Map<String, Object>> { public static void validateStaticFields(Map<String, Object> value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } private GelfMessageStaticFields(); } | GelfMessageStaticFields implements Validator<Map<String, Object>> { public static void validateStaticFields(Map<String, Object> value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } private GelfMessageStaticFields(); static Validator<Map<String, Object>> validator(); ... | GelfMessageStaticFields implements Validator<Map<String, Object>> { public static void validateStaticFields(Map<String, Object> value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } private GelfMessageStaticFields(); static Validator<Map<String, Object>> validator(); ... |
@Test public void testValidateKey_NullAsInput() { TestConfiguredObject object = new TestConfiguredObject(); try { Map<String, Object> map = new HashMap<>(); map.put("B", "B"); map.put(null, "A"); GelfMessageStaticFields.validateStaticFields(map, object, "attr"); fail("An exception is expected"); } catch (IllegalConfigu... | public static void validateStaticFields(Map<String, Object> value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } | GelfMessageStaticFields implements Validator<Map<String, Object>> { public static void validateStaticFields(Map<String, Object> value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } } | GelfMessageStaticFields implements Validator<Map<String, Object>> { public static void validateStaticFields(Map<String, Object> value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } private GelfMessageStaticFields(); } | GelfMessageStaticFields implements Validator<Map<String, Object>> { public static void validateStaticFields(Map<String, Object> value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } private GelfMessageStaticFields(); static Validator<Map<String, Object>> validator(); ... | GelfMessageStaticFields implements Validator<Map<String, Object>> { public static void validateStaticFields(Map<String, Object> value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } private GelfMessageStaticFields(); static Validator<Map<String, Object>> validator(); ... |
@Test public void testValidateValue_NullAsInput() { TestConfiguredObject object = new TestConfiguredObject(); try { Map<String, Object> map = new HashMap<>(); map.put("B", "B"); map.put("A", null); GelfMessageStaticFields.validateStaticFields(map, object, "attr"); fail("An exception is expected"); } catch (IllegalConfi... | public static void validateStaticFields(Map<String, Object> value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } | GelfMessageStaticFields implements Validator<Map<String, Object>> { public static void validateStaticFields(Map<String, Object> value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } } | GelfMessageStaticFields implements Validator<Map<String, Object>> { public static void validateStaticFields(Map<String, Object> value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } private GelfMessageStaticFields(); } | GelfMessageStaticFields implements Validator<Map<String, Object>> { public static void validateStaticFields(Map<String, Object> value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } private GelfMessageStaticFields(); static Validator<Map<String, Object>> validator(); ... | GelfMessageStaticFields implements Validator<Map<String, Object>> { public static void validateStaticFields(Map<String, Object> value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } private GelfMessageStaticFields(); static Validator<Map<String, Object>> validator(); ... |
@Test public void testValidateKey_ValidInput() { TestConfiguredObject object = new TestConfiguredObject(); try { Map<String, Object> map = new HashMap<>(); map.put("B", "AB"); map.put("A", 234); GelfMessageStaticFields.validateStaticFields(map, object, "attr"); } catch (RuntimeException e) { fail("Any exception is not ... | public static void validateStaticFields(Map<String, Object> value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } | GelfMessageStaticFields implements Validator<Map<String, Object>> { public static void validateStaticFields(Map<String, Object> value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } } | GelfMessageStaticFields implements Validator<Map<String, Object>> { public static void validateStaticFields(Map<String, Object> value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } private GelfMessageStaticFields(); } | GelfMessageStaticFields implements Validator<Map<String, Object>> { public static void validateStaticFields(Map<String, Object> value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } private GelfMessageStaticFields(); static Validator<Map<String, Object>> validator(); ... | GelfMessageStaticFields implements Validator<Map<String, Object>> { public static void validateStaticFields(Map<String, Object> value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } private GelfMessageStaticFields(); static Validator<Map<String, Object>> validator(); ... |
@Test public void testValidateKey_InvalidInput() { TestConfiguredObject object = new TestConfiguredObject(); try { GelfMessageStaticFields.validateStaticFields(Collections.singletonMap("{abc}", "true"), object, "attr"); fail("An exception is expected"); } catch (IllegalConfigurationException e) { assertEquals("Key of '... | public static void validateStaticFields(Map<String, Object> value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } | GelfMessageStaticFields implements Validator<Map<String, Object>> { public static void validateStaticFields(Map<String, Object> value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } } | GelfMessageStaticFields implements Validator<Map<String, Object>> { public static void validateStaticFields(Map<String, Object> value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } private GelfMessageStaticFields(); } | GelfMessageStaticFields implements Validator<Map<String, Object>> { public static void validateStaticFields(Map<String, Object> value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } private GelfMessageStaticFields(); static Validator<Map<String, Object>> validator(); ... | GelfMessageStaticFields implements Validator<Map<String, Object>> { public static void validateStaticFields(Map<String, Object> value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } private GelfMessageStaticFields(); static Validator<Map<String, Object>> validator(); ... |
@Test public void testValidateValue_InvalidInput() { TestConfiguredObject object = new TestConfiguredObject(); try { GelfMessageStaticFields.validateStaticFields(Collections.singletonMap("A", true), object, "attr"); fail("An exception is expected"); } catch (IllegalConfigurationException e) { assertEquals("Value of 'at... | public static void validateStaticFields(Map<String, Object> value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } | GelfMessageStaticFields implements Validator<Map<String, Object>> { public static void validateStaticFields(Map<String, Object> value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } } | GelfMessageStaticFields implements Validator<Map<String, Object>> { public static void validateStaticFields(Map<String, Object> value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } private GelfMessageStaticFields(); } | GelfMessageStaticFields implements Validator<Map<String, Object>> { public static void validateStaticFields(Map<String, Object> value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } private GelfMessageStaticFields(); static Validator<Map<String, Object>> validator(); ... | GelfMessageStaticFields implements Validator<Map<String, Object>> { public static void validateStaticFields(Map<String, Object> value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } private GelfMessageStaticFields(); static Validator<Map<String, Object>> validator(); ... |
@Test public void testValidator() { assertNotNull("Factory method has to produce a instance", Port.validator()); } | public static Validator<Integer> validator() { return VALIDATOR; } | Port implements Validator<Integer>, Predicate<Integer> { public static Validator<Integer> validator() { return VALIDATOR; } } | Port implements Validator<Integer>, Predicate<Integer> { public static Validator<Integer> validator() { return VALIDATOR; } private Port(); } | Port implements Validator<Integer>, Predicate<Integer> { public static Validator<Integer> validator() { return VALIDATOR; } private Port(); static Validator<Integer> validator(); static void validatePort(Integer value, ConfiguredObject<?> object, String attribute); @Override boolean test(Integer value); @Override void... | Port implements Validator<Integer>, Predicate<Integer> { public static Validator<Integer> validator() { return VALIDATOR; } private Port(); static Validator<Integer> validator(); static void validatePort(Integer value, ConfiguredObject<?> object, String attribute); @Override boolean test(Integer value); @Override void... |
@Test public void testValidate_NullAsInput() { TestConfiguredObject object = new TestConfiguredObject(); try { Port.validatePort(null, object, "attr"); fail("An exception is expected"); } catch (IllegalConfigurationException e) { assertEquals("Attribute 'attr' instance of org.apache.qpid.server.logging.logback.validato... | public static void validatePort(Integer value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } | Port implements Validator<Integer>, Predicate<Integer> { public static void validatePort(Integer value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } } | Port implements Validator<Integer>, Predicate<Integer> { public static void validatePort(Integer value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } private Port(); } | Port implements Validator<Integer>, Predicate<Integer> { public static void validatePort(Integer value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } private Port(); static Validator<Integer> validator(); static void validatePort(Integer value, ConfiguredObject<?> ob... | Port implements Validator<Integer>, Predicate<Integer> { public static void validatePort(Integer value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } private Port(); static Validator<Integer> validator(); static void validatePort(Integer value, ConfiguredObject<?> ob... |
@Test public void testValidate_ValidInput() { TestConfiguredObject object = new TestConfiguredObject(); try { Port.validatePort(14420, object, "attr"); } catch (RuntimeException e) { fail("Any exception is not expected"); } } | public static void validatePort(Integer value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } | Port implements Validator<Integer>, Predicate<Integer> { public static void validatePort(Integer value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } } | Port implements Validator<Integer>, Predicate<Integer> { public static void validatePort(Integer value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } private Port(); } | Port implements Validator<Integer>, Predicate<Integer> { public static void validatePort(Integer value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } private Port(); static Validator<Integer> validator(); static void validatePort(Integer value, ConfiguredObject<?> ob... | Port implements Validator<Integer>, Predicate<Integer> { public static void validatePort(Integer value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } private Port(); static Validator<Integer> validator(); static void validatePort(Integer value, ConfiguredObject<?> ob... |
@Test public void testEqualsToNewUnsettledDeliveryWithTheSameFields() { assertThat(_unsettledDelivery.equals(new UnsettledDelivery(_deliveryTag, _linkEndpoint)), is(equalTo(true))); } | @Override public boolean equals(final Object o) { if (this == o) { return true; } if (o == null || getClass() != o.getClass()) { return false; } final UnsettledDelivery that = (UnsettledDelivery) o; return Objects.equals(_deliveryTag, that._deliveryTag) && Objects.equals(_linkEndpoint, that._linkEndpoint); } | UnsettledDelivery { @Override public boolean equals(final Object o) { if (this == o) { return true; } if (o == null || getClass() != o.getClass()) { return false; } final UnsettledDelivery that = (UnsettledDelivery) o; return Objects.equals(_deliveryTag, that._deliveryTag) && Objects.equals(_linkEndpoint, that._linkEnd... | UnsettledDelivery { @Override public boolean equals(final Object o) { if (this == o) { return true; } if (o == null || getClass() != o.getClass()) { return false; } final UnsettledDelivery that = (UnsettledDelivery) o; return Objects.equals(_deliveryTag, that._deliveryTag) && Objects.equals(_linkEndpoint, that._linkEnd... | UnsettledDelivery { @Override public boolean equals(final Object o) { if (this == o) { return true; } if (o == null || getClass() != o.getClass()) { return false; } final UnsettledDelivery that = (UnsettledDelivery) o; return Objects.equals(_deliveryTag, that._deliveryTag) && Objects.equals(_linkEndpoint, that._linkEnd... | UnsettledDelivery { @Override public boolean equals(final Object o) { if (this == o) { return true; } if (o == null || getClass() != o.getClass()) { return false; } final UnsettledDelivery that = (UnsettledDelivery) o; return Objects.equals(_deliveryTag, that._deliveryTag) && Objects.equals(_linkEndpoint, that._linkEnd... |
@Test public void testValidate_InvalidInput() { TestConfiguredObject object = new TestConfiguredObject(); try { Port.validatePort(170641, object, "attr"); fail("An exception is expected"); } catch (IllegalConfigurationException e) { assertEquals("Attribute 'attr' instance of org.apache.qpid.server.logging.logback.valid... | public static void validatePort(Integer value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } | Port implements Validator<Integer>, Predicate<Integer> { public static void validatePort(Integer value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } } | Port implements Validator<Integer>, Predicate<Integer> { public static void validatePort(Integer value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } private Port(); } | Port implements Validator<Integer>, Predicate<Integer> { public static void validatePort(Integer value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } private Port(); static Validator<Integer> validator(); static void validatePort(Integer value, ConfiguredObject<?> ob... | Port implements Validator<Integer>, Predicate<Integer> { public static void validatePort(Integer value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } private Port(); static Validator<Integer> validator(); static void validatePort(Integer value, ConfiguredObject<?> ob... |
@Test public void validator() { assertNotNull("Factory method has to produce a instance", AtLeastZero.validator()); } | public static Validator<Integer> validator() { return VALIDATOR; } | AtLeastZero extends AtLeast { public static Validator<Integer> validator() { return VALIDATOR; } } | AtLeastZero extends AtLeast { public static Validator<Integer> validator() { return VALIDATOR; } private AtLeastZero(); } | AtLeastZero extends AtLeast { public static Validator<Integer> validator() { return VALIDATOR; } private AtLeastZero(); static Validator<Integer> validator(); static void validateValue(Integer value, ConfiguredObject<?> object, String attribute); } | AtLeastZero extends AtLeast { public static Validator<Integer> validator() { return VALIDATOR; } private AtLeastZero(); static Validator<Integer> validator(); static void validateValue(Integer value, ConfiguredObject<?> object, String attribute); } |
@Test public void testValidate_NullAsInput() { TestConfiguredObject object = new TestConfiguredObject(); try { AtLeastZero.validateValue(null, object, "attr"); fail("An exception is expected"); } catch (IllegalConfigurationException e) { assertEquals("Attribute 'attr' instance of org.apache.qpid.server.logging.logback.... | public static void validateValue(Integer value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } | AtLeastZero extends AtLeast { public static void validateValue(Integer value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } } | AtLeastZero extends AtLeast { public static void validateValue(Integer value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } private AtLeastZero(); } | AtLeastZero extends AtLeast { public static void validateValue(Integer value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } private AtLeastZero(); static Validator<Integer> validator(); static void validateValue(Integer value, ConfiguredObject<?> object, String attri... | AtLeastZero extends AtLeast { public static void validateValue(Integer value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } private AtLeastZero(); static Validator<Integer> validator(); static void validateValue(Integer value, ConfiguredObject<?> object, String attri... |
@Test public void testValidate_ValidInput() { TestConfiguredObject object = new TestConfiguredObject(); try { AtLeastZero.validateValue(2, object, "attr"); } catch (RuntimeException e) { fail("Any exception is not expected"); } } | public static void validateValue(Integer value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } | AtLeastZero extends AtLeast { public static void validateValue(Integer value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } } | AtLeastZero extends AtLeast { public static void validateValue(Integer value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } private AtLeastZero(); } | AtLeastZero extends AtLeast { public static void validateValue(Integer value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } private AtLeastZero(); static Validator<Integer> validator(); static void validateValue(Integer value, ConfiguredObject<?> object, String attri... | AtLeastZero extends AtLeast { public static void validateValue(Integer value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } private AtLeastZero(); static Validator<Integer> validator(); static void validateValue(Integer value, ConfiguredObject<?> object, String attri... |
@Test public void testValidate_InvalidInput() { TestConfiguredObject object = new TestConfiguredObject(); try { AtLeastZero.validateValue(-1, object, "attr"); fail("An exception is expected"); } catch (IllegalConfigurationException e) { assertEquals("Attribute 'attr' instance of org.apache.qpid.server.logging.logback.v... | public static void validateValue(Integer value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } | AtLeastZero extends AtLeast { public static void validateValue(Integer value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } } | AtLeastZero extends AtLeast { public static void validateValue(Integer value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } private AtLeastZero(); } | AtLeastZero extends AtLeast { public static void validateValue(Integer value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } private AtLeastZero(); static Validator<Integer> validator(); static void validateValue(Integer value, ConfiguredObject<?> object, String attri... | AtLeastZero extends AtLeast { public static void validateValue(Integer value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } private AtLeastZero(); static Validator<Integer> validator(); static void validateValue(Integer value, ConfiguredObject<?> object, String attri... |
@Test public void testValidate_NullAsInput() { TestConfiguredObject object = new TestConfiguredObject(); Validator<Integer> validator = new AtLeast(42); try { validator.validate(null, object, "attr"); fail("An exception is expected"); } catch (IllegalConfigurationException e) { assertEquals("Attribute 'attr' instance o... | @Override public void validate(Integer value, ConfiguredObject<?> object, String attribute) { if (!test(value)) { throw new IllegalConfigurationException(errorMessage(value, object, attribute)); } } | AtLeast implements Validator<Integer>, Predicate<Integer> { @Override public void validate(Integer value, ConfiguredObject<?> object, String attribute) { if (!test(value)) { throw new IllegalConfigurationException(errorMessage(value, object, attribute)); } } } | AtLeast implements Validator<Integer>, Predicate<Integer> { @Override public void validate(Integer value, ConfiguredObject<?> object, String attribute) { if (!test(value)) { throw new IllegalConfigurationException(errorMessage(value, object, attribute)); } } AtLeast(int min); } | AtLeast implements Validator<Integer>, Predicate<Integer> { @Override public void validate(Integer value, ConfiguredObject<?> object, String attribute) { if (!test(value)) { throw new IllegalConfigurationException(errorMessage(value, object, attribute)); } } AtLeast(int min); @Override boolean test(Integer value); @Ove... | AtLeast implements Validator<Integer>, Predicate<Integer> { @Override public void validate(Integer value, ConfiguredObject<?> object, String attribute) { if (!test(value)) { throw new IllegalConfigurationException(errorMessage(value, object, attribute)); } } AtLeast(int min); @Override boolean test(Integer value); @Ove... |
@Test public void testValidate_ValidInput() { TestConfiguredObject object = new TestConfiguredObject(); Validator<Integer> validator = new AtLeast(42); try { validator.validate(42, object, "attr"); } catch (RuntimeException e) { fail("Any exception is not expected"); } } | @Override public void validate(Integer value, ConfiguredObject<?> object, String attribute) { if (!test(value)) { throw new IllegalConfigurationException(errorMessage(value, object, attribute)); } } | AtLeast implements Validator<Integer>, Predicate<Integer> { @Override public void validate(Integer value, ConfiguredObject<?> object, String attribute) { if (!test(value)) { throw new IllegalConfigurationException(errorMessage(value, object, attribute)); } } } | AtLeast implements Validator<Integer>, Predicate<Integer> { @Override public void validate(Integer value, ConfiguredObject<?> object, String attribute) { if (!test(value)) { throw new IllegalConfigurationException(errorMessage(value, object, attribute)); } } AtLeast(int min); } | AtLeast implements Validator<Integer>, Predicate<Integer> { @Override public void validate(Integer value, ConfiguredObject<?> object, String attribute) { if (!test(value)) { throw new IllegalConfigurationException(errorMessage(value, object, attribute)); } } AtLeast(int min); @Override boolean test(Integer value); @Ove... | AtLeast implements Validator<Integer>, Predicate<Integer> { @Override public void validate(Integer value, ConfiguredObject<?> object, String attribute) { if (!test(value)) { throw new IllegalConfigurationException(errorMessage(value, object, attribute)); } } AtLeast(int min); @Override boolean test(Integer value); @Ove... |
@Test public void testValidate_InvalidInput() { TestConfiguredObject object = new TestConfiguredObject(); Validator<Integer> validator = new AtLeast(42); try { validator.validate(41, object, "attr"); fail("An exception is expected"); } catch (IllegalConfigurationException e) { assertEquals("Attribute 'attr' instance of... | @Override public void validate(Integer value, ConfiguredObject<?> object, String attribute) { if (!test(value)) { throw new IllegalConfigurationException(errorMessage(value, object, attribute)); } } | AtLeast implements Validator<Integer>, Predicate<Integer> { @Override public void validate(Integer value, ConfiguredObject<?> object, String attribute) { if (!test(value)) { throw new IllegalConfigurationException(errorMessage(value, object, attribute)); } } } | AtLeast implements Validator<Integer>, Predicate<Integer> { @Override public void validate(Integer value, ConfiguredObject<?> object, String attribute) { if (!test(value)) { throw new IllegalConfigurationException(errorMessage(value, object, attribute)); } } AtLeast(int min); } | AtLeast implements Validator<Integer>, Predicate<Integer> { @Override public void validate(Integer value, ConfiguredObject<?> object, String attribute) { if (!test(value)) { throw new IllegalConfigurationException(errorMessage(value, object, attribute)); } } AtLeast(int min); @Override boolean test(Integer value); @Ove... | AtLeast implements Validator<Integer>, Predicate<Integer> { @Override public void validate(Integer value, ConfiguredObject<?> object, String attribute) { if (!test(value)) { throw new IllegalConfigurationException(errorMessage(value, object, attribute)); } } AtLeast(int min); @Override boolean test(Integer value); @Ove... |
@Test public void validator() { assertNotNull("Factory method has to produce a instance", AtLeastOne.validator()); } | public static Validator<Integer> validator() { return VALIDATOR; } | AtLeastOne extends AtLeast { public static Validator<Integer> validator() { return VALIDATOR; } } | AtLeastOne extends AtLeast { public static Validator<Integer> validator() { return VALIDATOR; } private AtLeastOne(); } | AtLeastOne extends AtLeast { public static Validator<Integer> validator() { return VALIDATOR; } private AtLeastOne(); static Validator<Integer> validator(); static void validateValue(Integer value, ConfiguredObject<?> object, String attribute); } | AtLeastOne extends AtLeast { public static Validator<Integer> validator() { return VALIDATOR; } private AtLeastOne(); static Validator<Integer> validator(); static void validateValue(Integer value, ConfiguredObject<?> object, String attribute); } |
@Test public void testValidate_NullAsInput() { TestConfiguredObject object = new TestConfiguredObject(); try { AtLeastOne.validateValue(null, object, "attr"); fail("An exception is expected"); } catch (IllegalConfigurationException e) { assertEquals("Attribute 'attr' instance of org.apache.qpid.server.logging.logback.v... | public static void validateValue(Integer value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } | AtLeastOne extends AtLeast { public static void validateValue(Integer value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } } | AtLeastOne extends AtLeast { public static void validateValue(Integer value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } private AtLeastOne(); } | AtLeastOne extends AtLeast { public static void validateValue(Integer value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } private AtLeastOne(); static Validator<Integer> validator(); static void validateValue(Integer value, ConfiguredObject<?> object, String attribu... | AtLeastOne extends AtLeast { public static void validateValue(Integer value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } private AtLeastOne(); static Validator<Integer> validator(); static void validateValue(Integer value, ConfiguredObject<?> object, String attribu... |
@Test public void testEqualsToNewUnsettledDeliveryWithEqualsFields() { assertThat(_unsettledDelivery.equals(new UnsettledDelivery(new Binary(DATA), _linkEndpoint)), is(equalTo(true))); } | @Override public boolean equals(final Object o) { if (this == o) { return true; } if (o == null || getClass() != o.getClass()) { return false; } final UnsettledDelivery that = (UnsettledDelivery) o; return Objects.equals(_deliveryTag, that._deliveryTag) && Objects.equals(_linkEndpoint, that._linkEndpoint); } | UnsettledDelivery { @Override public boolean equals(final Object o) { if (this == o) { return true; } if (o == null || getClass() != o.getClass()) { return false; } final UnsettledDelivery that = (UnsettledDelivery) o; return Objects.equals(_deliveryTag, that._deliveryTag) && Objects.equals(_linkEndpoint, that._linkEnd... | UnsettledDelivery { @Override public boolean equals(final Object o) { if (this == o) { return true; } if (o == null || getClass() != o.getClass()) { return false; } final UnsettledDelivery that = (UnsettledDelivery) o; return Objects.equals(_deliveryTag, that._deliveryTag) && Objects.equals(_linkEndpoint, that._linkEnd... | UnsettledDelivery { @Override public boolean equals(final Object o) { if (this == o) { return true; } if (o == null || getClass() != o.getClass()) { return false; } final UnsettledDelivery that = (UnsettledDelivery) o; return Objects.equals(_deliveryTag, that._deliveryTag) && Objects.equals(_linkEndpoint, that._linkEnd... | UnsettledDelivery { @Override public boolean equals(final Object o) { if (this == o) { return true; } if (o == null || getClass() != o.getClass()) { return false; } final UnsettledDelivery that = (UnsettledDelivery) o; return Objects.equals(_deliveryTag, that._deliveryTag) && Objects.equals(_linkEndpoint, that._linkEnd... |
@Test public void testSaslHeartbeat() { ConnectionHandler connectionHandler = mock(ConnectionHandler.class); when(connectionHandler.getMaxFrameSize()).thenReturn(MAX_FRAME_SIZE); FrameHandler handler = new FrameHandler(_valueHandler, connectionHandler, true); QpidByteBuffer body = QpidByteBuffer.allocate(false, 8); bod... | @Override public ProtocolHandler parse(QpidByteBuffer in) { try { LOGGER.debug("RECV {} bytes", in.remaining()); Error frameParsingError = null; int size; int remaining; List<ChannelFrameBody> channelFrameBodies = new ArrayList<>(); while ((remaining = in.remaining()) >=8 && frameParsingError == null) { size = in.getIn... | FrameHandler implements ProtocolHandler { @Override public ProtocolHandler parse(QpidByteBuffer in) { try { LOGGER.debug("RECV {} bytes", in.remaining()); Error frameParsingError = null; int size; int remaining; List<ChannelFrameBody> channelFrameBodies = new ArrayList<>(); while ((remaining = in.remaining()) >=8 && fr... | FrameHandler implements ProtocolHandler { @Override public ProtocolHandler parse(QpidByteBuffer in) { try { LOGGER.debug("RECV {} bytes", in.remaining()); Error frameParsingError = null; int size; int remaining; List<ChannelFrameBody> channelFrameBodies = new ArrayList<>(); while ((remaining = in.remaining()) >=8 && fr... | FrameHandler implements ProtocolHandler { @Override public ProtocolHandler parse(QpidByteBuffer in) { try { LOGGER.debug("RECV {} bytes", in.remaining()); Error frameParsingError = null; int size; int remaining; List<ChannelFrameBody> channelFrameBodies = new ArrayList<>(); while ((remaining = in.remaining()) >=8 && fr... | FrameHandler implements ProtocolHandler { @Override public ProtocolHandler parse(QpidByteBuffer in) { try { LOGGER.debug("RECV {} bytes", in.remaining()); Error frameParsingError = null; int size; int remaining; List<ChannelFrameBody> channelFrameBodies = new ArrayList<>(); while ((remaining = in.remaining()) >=8 && fr... |
@Test public void testValidate_ValidInput() { TestConfiguredObject object = new TestConfiguredObject(); try { AtLeastOne.validateValue(2, object, "attr"); } catch (RuntimeException e) { fail("Any exception is not expected"); } } | public static void validateValue(Integer value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } | AtLeastOne extends AtLeast { public static void validateValue(Integer value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } } | AtLeastOne extends AtLeast { public static void validateValue(Integer value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } private AtLeastOne(); } | AtLeastOne extends AtLeast { public static void validateValue(Integer value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } private AtLeastOne(); static Validator<Integer> validator(); static void validateValue(Integer value, ConfiguredObject<?> object, String attribu... | AtLeastOne extends AtLeast { public static void validateValue(Integer value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } private AtLeastOne(); static Validator<Integer> validator(); static void validateValue(Integer value, ConfiguredObject<?> object, String attribu... |
@Test public void testValidate_InvalidInput() { TestConfiguredObject object = new TestConfiguredObject(); try { AtLeastOne.validateValue(0, object, "attr"); fail("An exception is expected"); } catch (IllegalConfigurationException e) { assertEquals("Attribute 'attr' instance of org.apache.qpid.server.logging.logback.val... | public static void validateValue(Integer value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } | AtLeastOne extends AtLeast { public static void validateValue(Integer value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } } | AtLeastOne extends AtLeast { public static void validateValue(Integer value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } private AtLeastOne(); } | AtLeastOne extends AtLeast { public static void validateValue(Integer value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } private AtLeastOne(); static Validator<Integer> validator(); static void validateValue(Integer value, ConfiguredObject<?> object, String attribu... | AtLeastOne extends AtLeast { public static void validateValue(Integer value, ConfiguredObject<?> object, String attribute) { validator().validate(value, object, attribute); } private AtLeastOne(); static Validator<Integer> validator(); static void validateValue(Integer value, ConfiguredObject<?> object, String attribu... |
@Test public void testNewInstance() { TestGelfAppenderConfiguration logger = new TestGelfAppenderConfiguration(); Context context = new LoggerContext(); GraylogAppender appender = GraylogAppender.newInstance(context, logger); assertNotNull(appender); } | static GraylogAppender newInstance(Context context, GelfAppenderConfiguration config) { final GraylogAppender appender = new GraylogAppender(config); appender.setContext(context); appender.setQueueSize(config.getMessageBufferCapacity()); appender.setNeverBlock(true); appender.setMaxFlushTime(config.getMessagesFlushTime... | GraylogAppender extends AsyncAppender { static GraylogAppender newInstance(Context context, GelfAppenderConfiguration config) { final GraylogAppender appender = new GraylogAppender(config); appender.setContext(context); appender.setQueueSize(config.getMessageBufferCapacity()); appender.setNeverBlock(true); appender.set... | GraylogAppender extends AsyncAppender { static GraylogAppender newInstance(Context context, GelfAppenderConfiguration config) { final GraylogAppender appender = new GraylogAppender(config); appender.setContext(context); appender.setQueueSize(config.getMessageBufferCapacity()); appender.setNeverBlock(true); appender.set... | GraylogAppender extends AsyncAppender { static GraylogAppender newInstance(Context context, GelfAppenderConfiguration config) { final GraylogAppender appender = new GraylogAppender(config); appender.setContext(context); appender.setQueueSize(config.getMessageBufferCapacity()); appender.setNeverBlock(true); appender.set... | GraylogAppender extends AsyncAppender { static GraylogAppender newInstance(Context context, GelfAppenderConfiguration config) { final GraylogAppender appender = new GraylogAppender(config); appender.setContext(context); appender.setQueueSize(config.getMessageBufferCapacity()); appender.setNeverBlock(true); appender.set... |
@Test public void testStart() { TestGelfAppenderConfiguration logger = new TestGelfAppenderConfiguration(); Context context = new LoggerContext(); GraylogAppender appender = logger.newAppender(context); appender.setName("GelfAppender"); appender.start(); assertTrue(appender.isStarted()); assertEquals("GelfAppender", ap... | @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()); appender.start(); addAppender(appende... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... |
@Test public void testSetName() { TestGelfAppenderConfiguration configuration = new TestGelfAppenderConfiguration(); Context context = new LoggerContext(); GraylogAppender appender = configuration.newAppender(context); appender.setName("GelfAppender"); appender.start(); appender.setName("NewGelfAppender"); Iterator<App... | @Override public void setName(final String name) { super.setName(name); iteratorForAppenders().forEachRemaining(item -> item.setName(name)); } | GraylogAppender extends AsyncAppender { @Override public void setName(final String name) { super.setName(name); iteratorForAppenders().forEachRemaining(item -> item.setName(name)); } } | GraylogAppender extends AsyncAppender { @Override public void setName(final String name) { super.setName(name); iteratorForAppenders().forEachRemaining(item -> item.setName(name)); } private GraylogAppender(GelfAppenderConfiguration configuration); } | GraylogAppender extends AsyncAppender { @Override public void setName(final String name) { super.setName(name); iteratorForAppenders().forEachRemaining(item -> item.setName(name)); } private GraylogAppender(GelfAppenderConfiguration configuration); @Override void start(); @Override void setName(final String name); @Ov... | GraylogAppender extends AsyncAppender { @Override public void setName(final String name) { super.setName(name); iteratorForAppenders().forEachRemaining(item -> item.setName(name)); } private GraylogAppender(GelfAppenderConfiguration configuration); @Override void start(); @Override void setName(final String name); @Ov... |
@Test public void testSetContext() { TestGelfAppenderConfiguration logger = new TestGelfAppenderConfiguration(); Context context = new LoggerContext(); GraylogAppender appender = logger.newAppender(context); appender.setName("GelfAppender"); appender.start(); appender.setContext(context); Iterator<Appender<ILoggingEven... | @Override public void setContext(final Context context) { super.setContext(context); iteratorForAppenders().forEachRemaining(item -> item.setContext(context)); } | GraylogAppender extends AsyncAppender { @Override public void setContext(final Context context) { super.setContext(context); iteratorForAppenders().forEachRemaining(item -> item.setContext(context)); } } | GraylogAppender extends AsyncAppender { @Override public void setContext(final Context context) { super.setContext(context); iteratorForAppenders().forEachRemaining(item -> item.setContext(context)); } private GraylogAppender(GelfAppenderConfiguration configuration); } | GraylogAppender extends AsyncAppender { @Override public void setContext(final Context context) { super.setContext(context); iteratorForAppenders().forEachRemaining(item -> item.setContext(context)); } private GraylogAppender(GelfAppenderConfiguration configuration); @Override void start(); @Override void setName(fina... | GraylogAppender extends AsyncAppender { @Override public void setContext(final Context context) { super.setContext(context); iteratorForAppenders().forEachRemaining(item -> item.setContext(context)); } private GraylogAppender(GelfAppenderConfiguration configuration); @Override void start(); @Override void setName(fina... |
@Test public void testRemoteHost() { TestGelfAppenderConfiguration configuration = new TestGelfAppenderConfiguration().withRemoteHost("Remote"); Context context = new LoggerContext(); GraylogAppender appender = configuration.newAppender(context); appender.start(); GelfTcpAppender gelfAppender = extractGelfAppender(appe... | @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()); appender.start(); addAppender(appende... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... |
@Test public void testRemoteHost_Default() { Context context = new LoggerContext(); GraylogAppender appender = new DefaultGelfAppenderConfiguration().newAppender(context); appender.start(); GelfTcpAppender gelfAppender = extractGelfAppender(appender); assertNotNull(gelfAppender); assertEquals("localhost", gelfAppender.... | @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()); appender.start(); addAppender(appende... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... |
@Test public void testPort() { TestGelfAppenderConfiguration configuration = new TestGelfAppenderConfiguration().withPort(42456); Context context = new LoggerContext(); GraylogAppender appender = configuration.newAppender(context); appender.start(); GelfTcpAppender gelfAppender = extractGelfAppender(appender); assertNo... | @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()); appender.start(); addAppender(appende... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... |
@Test public void testPort_Default() { Context context = new LoggerContext(); GraylogAppender appender = new DefaultGelfAppenderConfiguration().newAppender(context); appender.start(); GelfTcpAppender gelfAppender = extractGelfAppender(appender); assertNotNull(gelfAppender); assertEquals(12201, gelfAppender.getGraylogPo... | @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()); appender.start(); addAppender(appende... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... |
@Test public void testNotEqualsWhenDeliveryTagIsDifferent() { assertThat(_unsettledDelivery.equals(new UnsettledDelivery(new Binary(new byte[]{(byte) 32, (byte) 33}), _linkEndpoint)), is(equalTo(false))); } | @Override public boolean equals(final Object o) { if (this == o) { return true; } if (o == null || getClass() != o.getClass()) { return false; } final UnsettledDelivery that = (UnsettledDelivery) o; return Objects.equals(_deliveryTag, that._deliveryTag) && Objects.equals(_linkEndpoint, that._linkEndpoint); } | UnsettledDelivery { @Override public boolean equals(final Object o) { if (this == o) { return true; } if (o == null || getClass() != o.getClass()) { return false; } final UnsettledDelivery that = (UnsettledDelivery) o; return Objects.equals(_deliveryTag, that._deliveryTag) && Objects.equals(_linkEndpoint, that._linkEnd... | UnsettledDelivery { @Override public boolean equals(final Object o) { if (this == o) { return true; } if (o == null || getClass() != o.getClass()) { return false; } final UnsettledDelivery that = (UnsettledDelivery) o; return Objects.equals(_deliveryTag, that._deliveryTag) && Objects.equals(_linkEndpoint, that._linkEnd... | UnsettledDelivery { @Override public boolean equals(final Object o) { if (this == o) { return true; } if (o == null || getClass() != o.getClass()) { return false; } final UnsettledDelivery that = (UnsettledDelivery) o; return Objects.equals(_deliveryTag, that._deliveryTag) && Objects.equals(_linkEndpoint, that._linkEnd... | UnsettledDelivery { @Override public boolean equals(final Object o) { if (this == o) { return true; } if (o == null || getClass() != o.getClass()) { return false; } final UnsettledDelivery that = (UnsettledDelivery) o; return Objects.equals(_deliveryTag, that._deliveryTag) && Objects.equals(_linkEndpoint, that._linkEnd... |
@Test public void testReconnectInterval_withRounding() { TestGelfAppenderConfiguration configuration = new TestGelfAppenderConfiguration().withReconnectionInterval(11456); Context context = new LoggerContext(); GraylogAppender appender = configuration.newAppender(context); appender.start(); GelfTcpAppender gelfAppender... | @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()); appender.start(); addAppender(appende... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... |
@Test public void testReconnectInterval_Default() { Context context = new LoggerContext(); GraylogAppender appender = new DefaultGelfAppenderConfiguration().newAppender(context); appender.start(); GelfTcpAppender gelfAppender = extractGelfAppender(appender); assertNotNull(gelfAppender); assertEquals(60, gelfAppender.ge... | @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()); appender.start(); addAppender(appende... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... |
@Test public void testReconnectInterval() { TestGelfAppenderConfiguration configuration = new TestGelfAppenderConfiguration().withReconnectionInterval(11000); Context context = new LoggerContext(); GraylogAppender appender = configuration.newAppender(context); appender.start(); GelfTcpAppender gelfAppender = extractGel... | @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()); appender.start(); addAppender(appende... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... |
@Test public void testConnectTimeout() { TestGelfAppenderConfiguration configuration = new TestGelfAppenderConfiguration().withConnectionTimeout(1123); Context context = new LoggerContext(); GraylogAppender appender = configuration.newAppender(context); appender.start(); GelfTcpAppender gelfAppender = extractGelfAppend... | @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()); appender.start(); addAppender(appende... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... |
@Test public void testConnectTimeout_Default() { Context context = new LoggerContext(); GraylogAppender appender = new DefaultGelfAppenderConfiguration().newAppender(context); appender.start(); GelfTcpAppender gelfAppender = extractGelfAppender(appender); assertNotNull(gelfAppender); assertEquals(15000, gelfAppender.ge... | @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()); appender.start(); addAppender(appende... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... |
@Test public void testMaximumReconnectionAttempts() { TestGelfAppenderConfiguration configuration = new TestGelfAppenderConfiguration().withMaximumReconnectionAttempts(17); Context context = new LoggerContext(); GraylogAppender appender = configuration.newAppender(context); appender.start(); GelfTcpAppender gelfAppende... | @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()); appender.start(); addAppender(appende... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... |
@Test public void testMaximumReconnectionAttempts_Default() { Context context = new LoggerContext(); GraylogAppender appender = new DefaultGelfAppenderConfiguration().newAppender(context); appender.start(); GelfTcpAppender gelfAppender = extractGelfAppender(appender); assertNotNull(gelfAppender); assertEquals(2, gelfAp... | @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()); appender.start(); addAppender(appende... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... |
@Test public void testRetryDelay() { TestGelfAppenderConfiguration configuration = new TestGelfAppenderConfiguration().withRetryDelay(178); Context context = new LoggerContext(); GraylogAppender appender = configuration.newAppender(context); appender.start(); GelfTcpAppender gelfAppender = extractGelfAppender(appender)... | @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()); appender.start(); addAppender(appende... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... |
@Test public void testRetryDelay_Default() { Context context = new LoggerContext(); GraylogAppender appender = new DefaultGelfAppenderConfiguration().newAppender(context); appender.start(); GelfTcpAppender gelfAppender = extractGelfAppender(appender); assertNotNull(gelfAppender); assertEquals(3000, gelfAppender.getRetr... | @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()); appender.start(); addAppender(appende... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... |
@Test public void testMessageOriginHost() { TestGelfAppenderConfiguration configuration = new TestGelfAppenderConfiguration().withMessageOriginHost("Broker"); Context context = new LoggerContext(); GraylogAppender appender = configuration.newAppender(context); appender.start(); GelfEncoder gelfEncoder = extractGelfEnco... | @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()); appender.start(); addAppender(appende... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... |
@Test public void testNotEqualsWhenLinkEndpointIsDifferent() { final LinkEndpoint<?, ?> linkEndpoint = mock(LinkEndpoint.class); assertThat(_unsettledDelivery.equals(new UnsettledDelivery(new Binary(new byte[]{(byte) 32, (byte) 33}), linkEndpoint)), is(equalTo(false))); } | @Override public boolean equals(final Object o) { if (this == o) { return true; } if (o == null || getClass() != o.getClass()) { return false; } final UnsettledDelivery that = (UnsettledDelivery) o; return Objects.equals(_deliveryTag, that._deliveryTag) && Objects.equals(_linkEndpoint, that._linkEndpoint); } | UnsettledDelivery { @Override public boolean equals(final Object o) { if (this == o) { return true; } if (o == null || getClass() != o.getClass()) { return false; } final UnsettledDelivery that = (UnsettledDelivery) o; return Objects.equals(_deliveryTag, that._deliveryTag) && Objects.equals(_linkEndpoint, that._linkEnd... | UnsettledDelivery { @Override public boolean equals(final Object o) { if (this == o) { return true; } if (o == null || getClass() != o.getClass()) { return false; } final UnsettledDelivery that = (UnsettledDelivery) o; return Objects.equals(_deliveryTag, that._deliveryTag) && Objects.equals(_linkEndpoint, that._linkEnd... | UnsettledDelivery { @Override public boolean equals(final Object o) { if (this == o) { return true; } if (o == null || getClass() != o.getClass()) { return false; } final UnsettledDelivery that = (UnsettledDelivery) o; return Objects.equals(_deliveryTag, that._deliveryTag) && Objects.equals(_linkEndpoint, that._linkEnd... | UnsettledDelivery { @Override public boolean equals(final Object o) { if (this == o) { return true; } if (o == null || getClass() != o.getClass()) { return false; } final UnsettledDelivery that = (UnsettledDelivery) o; return Objects.equals(_deliveryTag, that._deliveryTag) && Objects.equals(_linkEndpoint, that._linkEnd... |
@Test public void testRawMessageIncluded_True() { TestGelfAppenderConfiguration configuration = new TestGelfAppenderConfiguration().withRawMessageIncluded(true); Context context = new LoggerContext(); GraylogAppender appender = configuration.newAppender(context); appender.start(); GelfEncoder gelfEncoder = extractGelfE... | @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()); appender.start(); addAppender(appende... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... |
@Test public void testRawMessageIncluded_False() { TestGelfAppenderConfiguration configuration = new TestGelfAppenderConfiguration().withRawMessageIncluded(false); Context context = new LoggerContext(); GraylogAppender appender = configuration.newAppender(context); appender.start(); GelfEncoder gelfEncoder = extractGel... | @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()); appender.start(); addAppender(appende... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... |
@Test public void testRawMessageIncluded_Default() { Context context = new LoggerContext(); GraylogAppender appender = new DefaultGelfAppenderConfiguration().newAppender(context); appender.start(); GelfEncoder gelfEncoder = extractGelfEncoder(appender); assertNotNull(gelfEncoder); assertFalse(gelfEncoder.isIncludeRawMe... | @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()); appender.start(); addAppender(appende... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... |
@Test public void testEventMarkerIncluded_True() { TestGelfAppenderConfiguration configuration = new TestGelfAppenderConfiguration().withEventMarkerIncluded(true); Context context = new LoggerContext(); GraylogAppender appender = configuration.newAppender(context); appender.start(); GelfEncoder gelfEncoder = extractGel... | @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()); appender.start(); addAppender(appende... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... |
@Test public void testEventMarkerIncluded_False() { TestGelfAppenderConfiguration configuration = new TestGelfAppenderConfiguration().withEventMarkerIncluded(false); Context context = new LoggerContext(); GraylogAppender appender = configuration.newAppender(context); appender.start(); GelfEncoder gelfEncoder = extractG... | @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()); appender.start(); addAppender(appende... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... |
@Test public void testEventMarkerIncluded_Default() { Context context = new LoggerContext(); GraylogAppender appender = new DefaultGelfAppenderConfiguration().newAppender(context); appender.start(); GelfEncoder gelfEncoder = extractGelfEncoder(appender); assertNotNull(gelfEncoder); assertTrue(gelfEncoder.isIncludeMarke... | @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()); appender.start(); addAppender(appende... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... |
@Test public void testMdcPropertiesIncluded_True() { TestGelfAppenderConfiguration configuration = new TestGelfAppenderConfiguration().withMdcPropertiesIncluded(true); Context context = new LoggerContext(); GraylogAppender appender = configuration.newAppender(context); appender.start(); GelfEncoder gelfEncoder = extrac... | @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()); appender.start(); addAppender(appende... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... |
@Test public void testMdcPropertiesIncluded_False() { TestGelfAppenderConfiguration configuration = new TestGelfAppenderConfiguration().withMdcPropertiesIncluded(false); Context context = new LoggerContext(); GraylogAppender appender = configuration.newAppender(context); appender.start(); GelfEncoder gelfEncoder = extr... | @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()); appender.start(); addAppender(appende... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... |
@Test public void testMdcPropertiesIncluded_Default() { Context context = new LoggerContext(); GraylogAppender appender = new DefaultGelfAppenderConfiguration().newAppender(context); appender.start(); GelfEncoder gelfEncoder = extractGelfEncoder(appender); assertNotNull(gelfEncoder); assertTrue(gelfEncoder.isIncludeMdc... | @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()); appender.start(); addAppender(appende... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... |
@Test public void testCallerDataIncluded_True() { TestGelfAppenderConfiguration configuration = new TestGelfAppenderConfiguration().withCallerDataIncluded(true); Context context = new LoggerContext(); GraylogAppender appender = configuration.newAppender(context); appender.start(); GelfEncoder gelfEncoder = extractGelfE... | @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()); appender.start(); addAppender(appende... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... |
@Test public void testHashCode() { int expected = Objects.hash(_deliveryTag, _linkEndpoint); assertThat(_unsettledDelivery.hashCode(), is(equalTo(expected))); } | @Override public int hashCode() { return Objects.hash(_deliveryTag, _linkEndpoint); } | UnsettledDelivery { @Override public int hashCode() { return Objects.hash(_deliveryTag, _linkEndpoint); } } | UnsettledDelivery { @Override public int hashCode() { return Objects.hash(_deliveryTag, _linkEndpoint); } UnsettledDelivery(final Binary deliveryTag, final LinkEndpoint<?, ?> linkEndpoint); } | UnsettledDelivery { @Override public int hashCode() { return Objects.hash(_deliveryTag, _linkEndpoint); } UnsettledDelivery(final Binary deliveryTag, final LinkEndpoint<?, ?> linkEndpoint); Binary getDeliveryTag(); LinkEndpoint<?, ?> getLinkEndpoint(); @Override boolean equals(final Object o); @Override int hashCode();... | UnsettledDelivery { @Override public int hashCode() { return Objects.hash(_deliveryTag, _linkEndpoint); } UnsettledDelivery(final Binary deliveryTag, final LinkEndpoint<?, ?> linkEndpoint); Binary getDeliveryTag(); LinkEndpoint<?, ?> getLinkEndpoint(); @Override boolean equals(final Object o); @Override int hashCode();... |
@Test public void testCallerDataIncluded_False() { TestGelfAppenderConfiguration configuration = new TestGelfAppenderConfiguration().withCallerDataIncluded(false); Context context = new LoggerContext(); GraylogAppender appender = configuration.newAppender(context); appender.start(); GelfEncoder gelfEncoder = extractGel... | @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()); appender.start(); addAppender(appende... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... |
@Test public void testCallerDataIncluded_Default() { Context context = new LoggerContext(); GraylogAppender appender = new DefaultGelfAppenderConfiguration().newAppender(context); appender.start(); GelfEncoder gelfEncoder = extractGelfEncoder(appender); assertNotNull(gelfEncoder); assertFalse(gelfEncoder.isIncludeCalle... | @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()); appender.start(); addAppender(appende... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... |
@Test public void testRootExceptionDataIncluded_True() { TestGelfAppenderConfiguration configuration = new TestGelfAppenderConfiguration().withRootExceptionDataIncluded(true); Context context = new LoggerContext(); GraylogAppender appender = configuration.newAppender(context); appender.start(); GelfEncoder gelfEncoder ... | @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()); appender.start(); addAppender(appende... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... |
@Test public void testRootExceptionDataIncluded_False() { TestGelfAppenderConfiguration configuration = new TestGelfAppenderConfiguration().withRootExceptionDataIncluded(false); Context context = new LoggerContext(); GraylogAppender appender = configuration.newAppender(context); appender.start(); GelfEncoder gelfEncode... | @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()); appender.start(); addAppender(appende... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... |
@Test public void testRootExceptionDataIncluded_Default() { Context context = new LoggerContext(); GraylogAppender appender = new DefaultGelfAppenderConfiguration().newAppender(context); appender.start(); GelfEncoder gelfEncoder = extractGelfEncoder(appender); assertNotNull(gelfEncoder); assertFalse(gelfEncoder.isInclu... | @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()); appender.start(); addAppender(appende... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... |
@Test public void testLogLevelNameIncluded_True() { TestGelfAppenderConfiguration configuration = new TestGelfAppenderConfiguration().withLogLevelNameIncluded(true); Context context = new LoggerContext(); GraylogAppender appender = configuration.newAppender(context); appender.start(); GelfEncoder gelfEncoder = extractG... | @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()); appender.start(); addAppender(appende... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... |
@Test public void testLogLevelNameIncluded_False() { TestGelfAppenderConfiguration configuration = new TestGelfAppenderConfiguration().withLogLevelNameIncluded(false); Context context = new LoggerContext(); GraylogAppender appender = configuration.newAppender(context); appender.start(); GelfEncoder gelfEncoder = extrac... | @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()); appender.start(); addAppender(appende... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... |
@Test public void testLogLevelNameIncluded_Default() { Context context = new LoggerContext(); GraylogAppender appender = new DefaultGelfAppenderConfiguration().newAppender(context); appender.start(); GelfEncoder gelfEncoder = extractGelfEncoder(appender); assertNotNull(gelfEncoder); assertFalse(gelfEncoder.isIncludeLev... | @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()); appender.start(); addAppender(appende... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... |
@Test public void testStaticFields() { Map<String, Object> staticFields = new HashMap<>(2); staticFields.put("A", "A.A"); staticFields.put("B", 234); TestGelfAppenderConfiguration configuration = new TestGelfAppenderConfiguration().addStaticFields(staticFields); Context context = new LoggerContext(); GraylogAppender ap... | @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()); appender.start(); addAppender(appende... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... |
@Test public void testStaticFields_Default() { Context context = new LoggerContext(); GraylogAppender appender = new DefaultGelfAppenderConfiguration().newAppender(context); appender.start(); GelfEncoder gelfEncoder = extractGelfEncoder(appender); assertNotNull(gelfEncoder); Map<String, Object> fields = gelfEncoder.get... | @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()); appender.start(); addAppender(appende... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... | GraylogAppender extends AsyncAppender { @Override public void start() { if (!isStarted()) { final GelfEncoder encoder = buildEncoder(getContext(), _configuration); encoder.start(); final GelfTcpAppender appender = newGelfTcpAppender(getContext(), _configuration); appender.setEncoder(encoder); appender.setName(getName()... |
@Test public void addDelivery() { assertThat(_registry.size(), is(equalTo(0))); _registry.addDelivery(DELIVERY_ID, _unsettledDelivery); assertThat(_registry.size(), is(equalTo(1))); } | @Override public void addDelivery(final UnsignedInteger deliveryId, final UnsettledDelivery unsettledDelivery) { _deliveries.put(deliveryId, unsettledDelivery); _deliveryIds.put(unsettledDelivery, deliveryId); } | DeliveryRegistryImpl implements DeliveryRegistry { @Override public void addDelivery(final UnsignedInteger deliveryId, final UnsettledDelivery unsettledDelivery) { _deliveries.put(deliveryId, unsettledDelivery); _deliveryIds.put(unsettledDelivery, deliveryId); } } | DeliveryRegistryImpl implements DeliveryRegistry { @Override public void addDelivery(final UnsignedInteger deliveryId, final UnsettledDelivery unsettledDelivery) { _deliveries.put(deliveryId, unsettledDelivery); _deliveryIds.put(unsettledDelivery, deliveryId); } } | DeliveryRegistryImpl implements DeliveryRegistry { @Override public void addDelivery(final UnsignedInteger deliveryId, final UnsettledDelivery unsettledDelivery) { _deliveries.put(deliveryId, unsettledDelivery); _deliveryIds.put(unsettledDelivery, deliveryId); } @Override void addDelivery(final UnsignedInteger deliver... | DeliveryRegistryImpl implements DeliveryRegistry { @Override public void addDelivery(final UnsignedInteger deliveryId, final UnsettledDelivery unsettledDelivery) { _deliveries.put(deliveryId, unsettledDelivery); _deliveryIds.put(unsettledDelivery, deliveryId); } @Override void addDelivery(final UnsignedInteger deliver... |
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