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 testMessageBufferCapacity() { TestGelfAppenderConfiguration configuration = new TestGelfAppenderConfiguration().withMessageBufferCapacity(789); Context context = new LoggerContext(); GraylogAppender appender = configuration.newAppender(context); appender.start(); assertEquals(789, appender.getQueueSiz... | @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 testMessageBufferCapacity_Default() { Context context = new LoggerContext(); GraylogAppender appender = new DefaultGelfAppenderConfiguration().newAppender(context); appender.start(); assertEquals(256, appender.getQueueSize()); } | @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 testMessagesFlushTimeOut() { TestGelfAppenderConfiguration configuration = new TestGelfAppenderConfiguration().withMessagesFlushTimeOut(567); Context context = new LoggerContext(); GraylogAppender appender = configuration.newAppender(context); appender.start(); assertEquals(567, appender.getMaxFlushTi... | @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 testMessagesFlushTimeOut_Default() { Context context = new LoggerContext(); GraylogAppender appender = new DefaultGelfAppenderConfiguration().newAppender(context); appender.start(); assertEquals(1000, appender.getMaxFlushTime()); } | @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 testDoAppend() { Context context = new LoggerContext(); TestGelfAppenderConfiguration configuration = new TestGelfAppenderConfiguration(); GraylogAppender appender = configuration.newAppender(context); try { appender.doAppend(new TestLoggingEvent()); } catch (RuntimeException e) { fail("Any exception ... | @Override public void doAppend(ILoggingEvent eventObject) { super.doAppend(LoggingEvent.wrap(eventObject)); } | GraylogAppender extends AsyncAppender { @Override public void doAppend(ILoggingEvent eventObject) { super.doAppend(LoggingEvent.wrap(eventObject)); } } | GraylogAppender extends AsyncAppender { @Override public void doAppend(ILoggingEvent eventObject) { super.doAppend(LoggingEvent.wrap(eventObject)); } private GraylogAppender(GelfAppenderConfiguration configuration); } | GraylogAppender extends AsyncAppender { @Override public void doAppend(ILoggingEvent eventObject) { super.doAppend(LoggingEvent.wrap(eventObject)); } private GraylogAppender(GelfAppenderConfiguration configuration); @Override void start(); @Override void setName(final String name); @Override void setContext(final Cont... | GraylogAppender extends AsyncAppender { @Override public void doAppend(ILoggingEvent eventObject) { super.doAppend(LoggingEvent.wrap(eventObject)); } private GraylogAppender(GelfAppenderConfiguration configuration); @Override void start(); @Override void setName(final String name); @Override void setContext(final Cont... |
@Test public void testWrap_NullAsInput() { assertNull(LoggingEvent.wrap(null)); } | public static ILoggingEvent wrap(ILoggingEvent event) { return event != null ? new LoggingEvent(event) : null; } | LoggingEvent implements ILoggingEvent { public static ILoggingEvent wrap(ILoggingEvent event) { return event != null ? new LoggingEvent(event) : null; } } | LoggingEvent implements ILoggingEvent { public static ILoggingEvent wrap(ILoggingEvent event) { return event != null ? new LoggingEvent(event) : null; } private LoggingEvent(ILoggingEvent event); } | LoggingEvent implements ILoggingEvent { public static ILoggingEvent wrap(ILoggingEvent event) { return event != null ? new LoggingEvent(event) : null; } private LoggingEvent(ILoggingEvent event); static ILoggingEvent wrap(ILoggingEvent event); @Override String getThreadName(); @Override Level getLevel(); @Override Str... | LoggingEvent implements ILoggingEvent { public static ILoggingEvent wrap(ILoggingEvent event) { return event != null ? new LoggingEvent(event) : null; } private LoggingEvent(ILoggingEvent event); static ILoggingEvent wrap(ILoggingEvent event); @Override String getThreadName(); @Override Level getLevel(); @Override Str... |
@Test public void testWrap() { assertNotNull(LoggingEvent.wrap(new TestLoggingEvent())); } | public static ILoggingEvent wrap(ILoggingEvent event) { return event != null ? new LoggingEvent(event) : null; } | LoggingEvent implements ILoggingEvent { public static ILoggingEvent wrap(ILoggingEvent event) { return event != null ? new LoggingEvent(event) : null; } } | LoggingEvent implements ILoggingEvent { public static ILoggingEvent wrap(ILoggingEvent event) { return event != null ? new LoggingEvent(event) : null; } private LoggingEvent(ILoggingEvent event); } | LoggingEvent implements ILoggingEvent { public static ILoggingEvent wrap(ILoggingEvent event) { return event != null ? new LoggingEvent(event) : null; } private LoggingEvent(ILoggingEvent event); static ILoggingEvent wrap(ILoggingEvent event); @Override String getThreadName(); @Override Level getLevel(); @Override Str... | LoggingEvent implements ILoggingEvent { public static ILoggingEvent wrap(ILoggingEvent event) { return event != null ? new LoggingEvent(event) : null; } private LoggingEvent(ILoggingEvent event); static ILoggingEvent wrap(ILoggingEvent event); @Override String getThreadName(); @Override Level getLevel(); @Override Str... |
@Test public void testGetThreadName() { TestLoggingEvent event = new TestLoggingEvent(); ILoggingEvent wrapper = LoggingEvent.wrap(event); assertNotNull(wrapper); assertEquals(event.getThreadName(), wrapper.getThreadName()); } | @Override public String getThreadName() { return _event.getThreadName(); } | LoggingEvent implements ILoggingEvent { @Override public String getThreadName() { return _event.getThreadName(); } } | LoggingEvent implements ILoggingEvent { @Override public String getThreadName() { return _event.getThreadName(); } private LoggingEvent(ILoggingEvent event); } | LoggingEvent implements ILoggingEvent { @Override public String getThreadName() { return _event.getThreadName(); } private LoggingEvent(ILoggingEvent event); static ILoggingEvent wrap(ILoggingEvent event); @Override String getThreadName(); @Override Level getLevel(); @Override String getMessage(); @Override Object[] g... | LoggingEvent implements ILoggingEvent { @Override public String getThreadName() { return _event.getThreadName(); } private LoggingEvent(ILoggingEvent event); static ILoggingEvent wrap(ILoggingEvent event); @Override String getThreadName(); @Override Level getLevel(); @Override String getMessage(); @Override Object[] g... |
@Test public void testGetLevel() { TestLoggingEvent event = new TestLoggingEvent(); ILoggingEvent wrapper = LoggingEvent.wrap(event); assertNotNull(wrapper); assertEquals(event.getLevel(), wrapper.getLevel()); } | @Override public Level getLevel() { return _event.getLevel(); } | LoggingEvent implements ILoggingEvent { @Override public Level getLevel() { return _event.getLevel(); } } | LoggingEvent implements ILoggingEvent { @Override public Level getLevel() { return _event.getLevel(); } private LoggingEvent(ILoggingEvent event); } | LoggingEvent implements ILoggingEvent { @Override public Level getLevel() { return _event.getLevel(); } private LoggingEvent(ILoggingEvent event); static ILoggingEvent wrap(ILoggingEvent event); @Override String getThreadName(); @Override Level getLevel(); @Override String getMessage(); @Override Object[] getArgumentA... | LoggingEvent implements ILoggingEvent { @Override public Level getLevel() { return _event.getLevel(); } private LoggingEvent(ILoggingEvent event); static ILoggingEvent wrap(ILoggingEvent event); @Override String getThreadName(); @Override Level getLevel(); @Override String getMessage(); @Override Object[] getArgumentA... |
@Test public void testGetMessage() { TestLoggingEvent event = new TestLoggingEvent(); ILoggingEvent wrapper = LoggingEvent.wrap(event); assertNotNull(wrapper); assertEquals(event.getMessage(), wrapper.getMessage()); } | @Override public String getMessage() { return _event.getMessage(); } | LoggingEvent implements ILoggingEvent { @Override public String getMessage() { return _event.getMessage(); } } | LoggingEvent implements ILoggingEvent { @Override public String getMessage() { return _event.getMessage(); } private LoggingEvent(ILoggingEvent event); } | LoggingEvent implements ILoggingEvent { @Override public String getMessage() { return _event.getMessage(); } private LoggingEvent(ILoggingEvent event); static ILoggingEvent wrap(ILoggingEvent event); @Override String getThreadName(); @Override Level getLevel(); @Override String getMessage(); @Override Object[] getArgu... | LoggingEvent implements ILoggingEvent { @Override public String getMessage() { return _event.getMessage(); } private LoggingEvent(ILoggingEvent event); static ILoggingEvent wrap(ILoggingEvent event); @Override String getThreadName(); @Override Level getLevel(); @Override String getMessage(); @Override Object[] getArgu... |
@Test public void removeDelivery() { _registry.addDelivery(DELIVERY_ID, _unsettledDelivery); assertThat(_registry.size(), is(equalTo(1))); _registry.removeDelivery(DELIVERY_ID); assertThat(_registry.size(), is(equalTo(0))); assertThat(_registry.getDelivery(UnsignedInteger.ZERO), is(nullValue())); } | @Override public void removeDelivery(final UnsignedInteger deliveryId) { UnsettledDelivery unsettledDelivery = _deliveries.remove(deliveryId); if (unsettledDelivery != null) { _deliveryIds.remove(unsettledDelivery); } } | DeliveryRegistryImpl implements DeliveryRegistry { @Override public void removeDelivery(final UnsignedInteger deliveryId) { UnsettledDelivery unsettledDelivery = _deliveries.remove(deliveryId); if (unsettledDelivery != null) { _deliveryIds.remove(unsettledDelivery); } } } | DeliveryRegistryImpl implements DeliveryRegistry { @Override public void removeDelivery(final UnsignedInteger deliveryId) { UnsettledDelivery unsettledDelivery = _deliveries.remove(deliveryId); if (unsettledDelivery != null) { _deliveryIds.remove(unsettledDelivery); } } } | DeliveryRegistryImpl implements DeliveryRegistry { @Override public void removeDelivery(final UnsignedInteger deliveryId) { UnsettledDelivery unsettledDelivery = _deliveries.remove(deliveryId); if (unsettledDelivery != null) { _deliveryIds.remove(unsettledDelivery); } } @Override void addDelivery(final UnsignedInteger... | DeliveryRegistryImpl implements DeliveryRegistry { @Override public void removeDelivery(final UnsignedInteger deliveryId) { UnsettledDelivery unsettledDelivery = _deliveries.remove(deliveryId); if (unsettledDelivery != null) { _deliveryIds.remove(unsettledDelivery); } } @Override void addDelivery(final UnsignedInteger... |
@Test public void testGetArgumentArray() { TestLoggingEvent event = new TestLoggingEvent(); ILoggingEvent wrapper = LoggingEvent.wrap(event); assertNotNull(wrapper); assertTrue(Arrays.deepEquals(event.getArgumentArray(), wrapper.getArgumentArray())); } | @Override public Object[] getArgumentArray() { return _event.getArgumentArray(); } | LoggingEvent implements ILoggingEvent { @Override public Object[] getArgumentArray() { return _event.getArgumentArray(); } } | LoggingEvent implements ILoggingEvent { @Override public Object[] getArgumentArray() { return _event.getArgumentArray(); } private LoggingEvent(ILoggingEvent event); } | LoggingEvent implements ILoggingEvent { @Override public Object[] getArgumentArray() { return _event.getArgumentArray(); } private LoggingEvent(ILoggingEvent event); static ILoggingEvent wrap(ILoggingEvent event); @Override String getThreadName(); @Override Level getLevel(); @Override String getMessage(); @Override Ob... | LoggingEvent implements ILoggingEvent { @Override public Object[] getArgumentArray() { return _event.getArgumentArray(); } private LoggingEvent(ILoggingEvent event); static ILoggingEvent wrap(ILoggingEvent event); @Override String getThreadName(); @Override Level getLevel(); @Override String getMessage(); @Override Ob... |
@Test public void testGetFormattedMessage() { TestLoggingEvent event = new TestLoggingEvent(); ILoggingEvent wrapper = LoggingEvent.wrap(event); assertNotNull(wrapper); assertEquals(event.getFormattedMessage(), wrapper.getFormattedMessage()); } | @Override public String getFormattedMessage() { return _event.getFormattedMessage(); } | LoggingEvent implements ILoggingEvent { @Override public String getFormattedMessage() { return _event.getFormattedMessage(); } } | LoggingEvent implements ILoggingEvent { @Override public String getFormattedMessage() { return _event.getFormattedMessage(); } private LoggingEvent(ILoggingEvent event); } | LoggingEvent implements ILoggingEvent { @Override public String getFormattedMessage() { return _event.getFormattedMessage(); } private LoggingEvent(ILoggingEvent event); static ILoggingEvent wrap(ILoggingEvent event); @Override String getThreadName(); @Override Level getLevel(); @Override String getMessage(); @Overrid... | LoggingEvent implements ILoggingEvent { @Override public String getFormattedMessage() { return _event.getFormattedMessage(); } private LoggingEvent(ILoggingEvent event); static ILoggingEvent wrap(ILoggingEvent event); @Override String getThreadName(); @Override Level getLevel(); @Override String getMessage(); @Overrid... |
@Test public void testGetLoggerName() { TestLoggingEvent event = new TestLoggingEvent(); ILoggingEvent wrapper = LoggingEvent.wrap(event); assertNotNull(wrapper); assertEquals(event.getLoggerName(), wrapper.getLoggerName()); } | @Override public String getLoggerName() { return _event.getLoggerName(); } | LoggingEvent implements ILoggingEvent { @Override public String getLoggerName() { return _event.getLoggerName(); } } | LoggingEvent implements ILoggingEvent { @Override public String getLoggerName() { return _event.getLoggerName(); } private LoggingEvent(ILoggingEvent event); } | LoggingEvent implements ILoggingEvent { @Override public String getLoggerName() { return _event.getLoggerName(); } private LoggingEvent(ILoggingEvent event); static ILoggingEvent wrap(ILoggingEvent event); @Override String getThreadName(); @Override Level getLevel(); @Override String getMessage(); @Override Object[] g... | LoggingEvent implements ILoggingEvent { @Override public String getLoggerName() { return _event.getLoggerName(); } private LoggingEvent(ILoggingEvent event); static ILoggingEvent wrap(ILoggingEvent event); @Override String getThreadName(); @Override Level getLevel(); @Override String getMessage(); @Override Object[] g... |
@Test public void testGetLoggerContextVO() { TestLoggingEvent event = new TestLoggingEvent(); ILoggingEvent wrapper = LoggingEvent.wrap(event); assertNotNull(wrapper); assertEquals(event.getLoggerContextVO(), wrapper.getLoggerContextVO()); } | @Override public LoggerContextVO getLoggerContextVO() { return _event.getLoggerContextVO(); } | LoggingEvent implements ILoggingEvent { @Override public LoggerContextVO getLoggerContextVO() { return _event.getLoggerContextVO(); } } | LoggingEvent implements ILoggingEvent { @Override public LoggerContextVO getLoggerContextVO() { return _event.getLoggerContextVO(); } private LoggingEvent(ILoggingEvent event); } | LoggingEvent implements ILoggingEvent { @Override public LoggerContextVO getLoggerContextVO() { return _event.getLoggerContextVO(); } private LoggingEvent(ILoggingEvent event); static ILoggingEvent wrap(ILoggingEvent event); @Override String getThreadName(); @Override Level getLevel(); @Override String getMessage(); @... | LoggingEvent implements ILoggingEvent { @Override public LoggerContextVO getLoggerContextVO() { return _event.getLoggerContextVO(); } private LoggingEvent(ILoggingEvent event); static ILoggingEvent wrap(ILoggingEvent event); @Override String getThreadName(); @Override Level getLevel(); @Override String getMessage(); @... |
@Test public void testGetThrowableProxy() { TestLoggingEvent event = new TestLoggingEvent(); ILoggingEvent wrapper = LoggingEvent.wrap(event); assertNotNull(wrapper); assertEquals(event.getThrowableProxy(), wrapper.getThrowableProxy()); } | @Override public IThrowableProxy getThrowableProxy() { return _event.getThrowableProxy(); } | LoggingEvent implements ILoggingEvent { @Override public IThrowableProxy getThrowableProxy() { return _event.getThrowableProxy(); } } | LoggingEvent implements ILoggingEvent { @Override public IThrowableProxy getThrowableProxy() { return _event.getThrowableProxy(); } private LoggingEvent(ILoggingEvent event); } | LoggingEvent implements ILoggingEvent { @Override public IThrowableProxy getThrowableProxy() { return _event.getThrowableProxy(); } private LoggingEvent(ILoggingEvent event); static ILoggingEvent wrap(ILoggingEvent event); @Override String getThreadName(); @Override Level getLevel(); @Override String getMessage(); @Ov... | LoggingEvent implements ILoggingEvent { @Override public IThrowableProxy getThrowableProxy() { return _event.getThrowableProxy(); } private LoggingEvent(ILoggingEvent event); static ILoggingEvent wrap(ILoggingEvent event); @Override String getThreadName(); @Override Level getLevel(); @Override String getMessage(); @Ov... |
@Test public void testGetMarker() { TestLoggingEvent event = new TestLoggingEvent(); ILoggingEvent wrapper = LoggingEvent.wrap(event); assertNotNull(wrapper); assertEquals(event.getMarker(), wrapper.getMarker()); } | @Override public Marker getMarker() { return _event.getMarker(); } | LoggingEvent implements ILoggingEvent { @Override public Marker getMarker() { return _event.getMarker(); } } | LoggingEvent implements ILoggingEvent { @Override public Marker getMarker() { return _event.getMarker(); } private LoggingEvent(ILoggingEvent event); } | LoggingEvent implements ILoggingEvent { @Override public Marker getMarker() { return _event.getMarker(); } private LoggingEvent(ILoggingEvent event); static ILoggingEvent wrap(ILoggingEvent event); @Override String getThreadName(); @Override Level getLevel(); @Override String getMessage(); @Override Object[] getArgume... | LoggingEvent implements ILoggingEvent { @Override public Marker getMarker() { return _event.getMarker(); } private LoggingEvent(ILoggingEvent event); static ILoggingEvent wrap(ILoggingEvent event); @Override String getThreadName(); @Override Level getLevel(); @Override String getMessage(); @Override Object[] getArgume... |
@Test public void testGetMdc() { TestLoggingEvent event = new TestLoggingEvent(); ILoggingEvent wrapper = LoggingEvent.wrap(event); assertNotNull(wrapper); Map<String, String> originalMap = event.getMdc(); Map<String, String> map = wrapper.getMdc(); assertEquals(originalMap.keySet(), map.keySet()); for (Map.Entry<Strin... | @Deprecated @Override public Map<String, String> getMdc() { return _event.getMdc(); } | LoggingEvent implements ILoggingEvent { @Deprecated @Override public Map<String, String> getMdc() { return _event.getMdc(); } } | LoggingEvent implements ILoggingEvent { @Deprecated @Override public Map<String, String> getMdc() { return _event.getMdc(); } private LoggingEvent(ILoggingEvent event); } | LoggingEvent implements ILoggingEvent { @Deprecated @Override public Map<String, String> getMdc() { return _event.getMdc(); } private LoggingEvent(ILoggingEvent event); static ILoggingEvent wrap(ILoggingEvent event); @Override String getThreadName(); @Override Level getLevel(); @Override String getMessage(); @Override... | LoggingEvent implements ILoggingEvent { @Deprecated @Override public Map<String, String> getMdc() { return _event.getMdc(); } private LoggingEvent(ILoggingEvent event); static ILoggingEvent wrap(ILoggingEvent event); @Override String getThreadName(); @Override Level getLevel(); @Override String getMessage(); @Override... |
@Test public void testGetTimeStamp() { TestLoggingEvent event = new TestLoggingEvent(); ILoggingEvent wrapper = LoggingEvent.wrap(event); assertNotNull(wrapper); assertEquals(event.getTimeStamp(), wrapper.getTimeStamp()); } | @Override public long getTimeStamp() { return _event.getTimeStamp(); } | LoggingEvent implements ILoggingEvent { @Override public long getTimeStamp() { return _event.getTimeStamp(); } } | LoggingEvent implements ILoggingEvent { @Override public long getTimeStamp() { return _event.getTimeStamp(); } private LoggingEvent(ILoggingEvent event); } | LoggingEvent implements ILoggingEvent { @Override public long getTimeStamp() { return _event.getTimeStamp(); } private LoggingEvent(ILoggingEvent event); static ILoggingEvent wrap(ILoggingEvent event); @Override String getThreadName(); @Override Level getLevel(); @Override String getMessage(); @Override Object[] getAr... | LoggingEvent implements ILoggingEvent { @Override public long getTimeStamp() { return _event.getTimeStamp(); } private LoggingEvent(ILoggingEvent event); static ILoggingEvent wrap(ILoggingEvent event); @Override String getThreadName(); @Override Level getLevel(); @Override String getMessage(); @Override Object[] getAr... |
@Test public void testPrepareForDeferredProcessing() { TestLoggingEvent event = new TestLoggingEvent(); ILoggingEvent wrapper = LoggingEvent.wrap(event); assertNotNull(wrapper); assertFalse(event.isPreparedForDeferredProcessing()); wrapper.prepareForDeferredProcessing(); assertTrue(event.isPreparedForDeferredProcessing... | @Override public void prepareForDeferredProcessing() { _event.prepareForDeferredProcessing(); } | LoggingEvent implements ILoggingEvent { @Override public void prepareForDeferredProcessing() { _event.prepareForDeferredProcessing(); } } | LoggingEvent implements ILoggingEvent { @Override public void prepareForDeferredProcessing() { _event.prepareForDeferredProcessing(); } private LoggingEvent(ILoggingEvent event); } | LoggingEvent implements ILoggingEvent { @Override public void prepareForDeferredProcessing() { _event.prepareForDeferredProcessing(); } private LoggingEvent(ILoggingEvent event); static ILoggingEvent wrap(ILoggingEvent event); @Override String getThreadName(); @Override Level getLevel(); @Override String getMessage();... | LoggingEvent implements ILoggingEvent { @Override public void prepareForDeferredProcessing() { _event.prepareForDeferredProcessing(); } private LoggingEvent(ILoggingEvent event); static ILoggingEvent wrap(ILoggingEvent event); @Override String getThreadName(); @Override Level getLevel(); @Override String getMessage();... |
@Test public void str8Caching() { String testString = "Test"; BBEncoder encoder = new BBEncoder(64); encoder.writeStr8(testString); encoder.writeStr8(testString); ByteBuffer buffer = encoder.buffer(); BBDecoder decoder = new BBDecoder(); decoder.init(buffer); Cache<Binary, String> original = BBDecoder.getStringCache();... | public void init(ByteBuffer in) { this.in = in; this.in.order(ByteOrder.BIG_ENDIAN); } | BBDecoder extends AbstractDecoder { public void init(ByteBuffer in) { this.in = in; this.in.order(ByteOrder.BIG_ENDIAN); } } | BBDecoder extends AbstractDecoder { public void init(ByteBuffer in) { this.in = in; this.in.order(ByteOrder.BIG_ENDIAN); } } | BBDecoder extends AbstractDecoder { public void init(ByteBuffer in) { this.in = in; this.in.order(ByteOrder.BIG_ENDIAN); } void init(ByteBuffer in); void releaseBuffer(); @Override boolean hasRemaining(); @Override short readUint8(); @Override int readUint16(); @Override long readUint32(); @Override long readUint64();... | BBDecoder extends AbstractDecoder { public void init(ByteBuffer in) { this.in = in; this.in.order(ByteOrder.BIG_ENDIAN); } void init(ByteBuffer in); void releaseBuffer(); @Override boolean hasRemaining(); @Override short readUint8(); @Override int readUint16(); @Override long readUint32(); @Override long readUint64();... |
@Test public void getDelivery() { _registry.addDelivery(DELIVERY_ID, _unsettledDelivery); assertThat(_registry.size(), is(equalTo(1))); final UnsettledDelivery expected = new UnsettledDelivery(_unsettledDelivery.getDeliveryTag(), _unsettledDelivery.getLinkEndpoint()); assertThat(_registry.getDelivery(UnsignedInteger.ZE... | @Override public UnsettledDelivery getDelivery(final UnsignedInteger deliveryId) { return _deliveries.get(deliveryId); } | DeliveryRegistryImpl implements DeliveryRegistry { @Override public UnsettledDelivery getDelivery(final UnsignedInteger deliveryId) { return _deliveries.get(deliveryId); } } | DeliveryRegistryImpl implements DeliveryRegistry { @Override public UnsettledDelivery getDelivery(final UnsignedInteger deliveryId) { return _deliveries.get(deliveryId); } } | DeliveryRegistryImpl implements DeliveryRegistry { @Override public UnsettledDelivery getDelivery(final UnsignedInteger deliveryId) { return _deliveries.get(deliveryId); } @Override void addDelivery(final UnsignedInteger deliveryId, final UnsettledDelivery unsettledDelivery); @Override void removeDelivery(final Unsign... | DeliveryRegistryImpl implements DeliveryRegistry { @Override public UnsettledDelivery getDelivery(final UnsignedInteger deliveryId) { return _deliveries.get(deliveryId); } @Override void addDelivery(final UnsignedInteger deliveryId, final UnsettledDelivery unsettledDelivery); @Override void removeDelivery(final Unsign... |
@Test public void testGrow() { BBEncoder enc = new BBEncoder(4); enc.writeInt32(0xDEADBEEF); ByteBuffer buf = enc.buffer(); assertEquals((long) 0xDEADBEEF, (long) buf.getInt(0)); enc.writeInt32(0xBEEFDEAD); buf = enc.buffer(); assertEquals((long) 0xDEADBEEF, (long) buf.getInt(0)); assertEquals((long) 0xBEEFDEAD, (long)... | private void grow(int size) { ByteBuffer old = out; int capacity = old.capacity(); out = ByteBuffer.allocate(Math.max(capacity + size, 2*capacity)); out.order(ByteOrder.BIG_ENDIAN); old.flip(); out.put(old); } | BBEncoder extends AbstractEncoder { private void grow(int size) { ByteBuffer old = out; int capacity = old.capacity(); out = ByteBuffer.allocate(Math.max(capacity + size, 2*capacity)); out.order(ByteOrder.BIG_ENDIAN); old.flip(); out.put(old); } } | BBEncoder extends AbstractEncoder { private void grow(int size) { ByteBuffer old = out; int capacity = old.capacity(); out = ByteBuffer.allocate(Math.max(capacity + size, 2*capacity)); out.order(ByteOrder.BIG_ENDIAN); old.flip(); out.put(old); } BBEncoder(int capacity); } | BBEncoder extends AbstractEncoder { private void grow(int size) { ByteBuffer old = out; int capacity = old.capacity(); out = ByteBuffer.allocate(Math.max(capacity + size, 2*capacity)); out.order(ByteOrder.BIG_ENDIAN); old.flip(); out.put(old); } BBEncoder(int capacity); @Override void init(); ByteBuffer segment(); Byte... | BBEncoder extends AbstractEncoder { private void grow(int size) { ByteBuffer old = out; int capacity = old.capacity(); out = ByteBuffer.allocate(Math.max(capacity + size, 2*capacity)); out.order(ByteOrder.BIG_ENDIAN); old.flip(); out.put(old); } BBEncoder(int capacity); @Override void init(); ByteBuffer segment(); Byte... |
@Test public void testExchangeDeleteWhenIfUsedIsSetAndExchangeHasBindings() throws Exception { Exchange<?> exchange = mock(Exchange.class); when(exchange.hasBindings()).thenReturn(true); doReturn(exchange).when(_host).getAttainedMessageDestination(eq(getTestName()), anyBoolean()); final ExchangeDelete method = new Exch... | @Override public void exchangeDelete(ServerSession session, ExchangeDelete method) { if (nameNullOrEmpty(method.getExchange())) { exception(session, method, ExecutionErrorCode.INVALID_ARGUMENT, "Delete not allowed for default exchange"); return; } Exchange<?> exchange = getExchange(session, method.getExchange(), false)... | ServerSessionDelegate extends MethodDelegate<ServerSession> implements ProtocolDelegate<ServerSession> { @Override public void exchangeDelete(ServerSession session, ExchangeDelete method) { if (nameNullOrEmpty(method.getExchange())) { exception(session, method, ExecutionErrorCode.INVALID_ARGUMENT, "Delete not allowed f... | ServerSessionDelegate extends MethodDelegate<ServerSession> implements ProtocolDelegate<ServerSession> { @Override public void exchangeDelete(ServerSession session, ExchangeDelete method) { if (nameNullOrEmpty(method.getExchange())) { exception(session, method, ExecutionErrorCode.INVALID_ARGUMENT, "Delete not allowed f... | ServerSessionDelegate extends MethodDelegate<ServerSession> implements ProtocolDelegate<ServerSession> { @Override public void exchangeDelete(ServerSession session, ExchangeDelete method) { if (nameNullOrEmpty(method.getExchange())) { exception(session, method, ExecutionErrorCode.INVALID_ARGUMENT, "Delete not allowed f... | ServerSessionDelegate extends MethodDelegate<ServerSession> implements ProtocolDelegate<ServerSession> { @Override public void exchangeDelete(ServerSession session, ExchangeDelete method) { if (nameNullOrEmpty(method.getExchange())) { exception(session, method, ExecutionErrorCode.INVALID_ARGUMENT, "Delete not allowed f... |
@Test public void testExchangeDeleteWhenIfUsedIsSetAndExchangeHasNoBinding() throws Exception { Exchange<?> exchange = mock(Exchange.class); when(exchange.hasBindings()).thenReturn(false); doReturn(exchange).when(_host).getAttainedMessageDestination(eq(getTestName()), anyBoolean()); final ExchangeDelete method = new Ex... | @Override public void exchangeDelete(ServerSession session, ExchangeDelete method) { if (nameNullOrEmpty(method.getExchange())) { exception(session, method, ExecutionErrorCode.INVALID_ARGUMENT, "Delete not allowed for default exchange"); return; } Exchange<?> exchange = getExchange(session, method.getExchange(), false)... | ServerSessionDelegate extends MethodDelegate<ServerSession> implements ProtocolDelegate<ServerSession> { @Override public void exchangeDelete(ServerSession session, ExchangeDelete method) { if (nameNullOrEmpty(method.getExchange())) { exception(session, method, ExecutionErrorCode.INVALID_ARGUMENT, "Delete not allowed f... | ServerSessionDelegate extends MethodDelegate<ServerSession> implements ProtocolDelegate<ServerSession> { @Override public void exchangeDelete(ServerSession session, ExchangeDelete method) { if (nameNullOrEmpty(method.getExchange())) { exception(session, method, ExecutionErrorCode.INVALID_ARGUMENT, "Delete not allowed f... | ServerSessionDelegate extends MethodDelegate<ServerSession> implements ProtocolDelegate<ServerSession> { @Override public void exchangeDelete(ServerSession session, ExchangeDelete method) { if (nameNullOrEmpty(method.getExchange())) { exception(session, method, ExecutionErrorCode.INVALID_ARGUMENT, "Delete not allowed f... | ServerSessionDelegate extends MethodDelegate<ServerSession> implements ProtocolDelegate<ServerSession> { @Override public void exchangeDelete(ServerSession session, ExchangeDelete method) { if (nameNullOrEmpty(method.getExchange())) { exception(session, method, ExecutionErrorCode.INVALID_ARGUMENT, "Delete not allowed f... |
@Test public void setPriority() { _messageMutator.setPriority((byte) (TEST_PRIORITY + 1)); assertThat(_messageMutator.getPriority(), is(equalTo((byte) (TEST_PRIORITY + 1)))); } | @Override public void setPriority(final byte priority) { if (_deliveryProperties == null) { _deliveryProperties = new DeliveryProperties(); } _deliveryProperties.setPriority(MessageDeliveryPriority.get(priority)); } | MessageTransferMessageMutator implements ServerMessageMutator<MessageTransferMessage> { @Override public void setPriority(final byte priority) { if (_deliveryProperties == null) { _deliveryProperties = new DeliveryProperties(); } _deliveryProperties.setPriority(MessageDeliveryPriority.get(priority)); } } | MessageTransferMessageMutator implements ServerMessageMutator<MessageTransferMessage> { @Override public void setPriority(final byte priority) { if (_deliveryProperties == null) { _deliveryProperties = new DeliveryProperties(); } _deliveryProperties.setPriority(MessageDeliveryPriority.get(priority)); } MessageTransferM... | MessageTransferMessageMutator implements ServerMessageMutator<MessageTransferMessage> { @Override public void setPriority(final byte priority) { if (_deliveryProperties == null) { _deliveryProperties = new DeliveryProperties(); } _deliveryProperties.setPriority(MessageDeliveryPriority.get(priority)); } MessageTransferM... | MessageTransferMessageMutator implements ServerMessageMutator<MessageTransferMessage> { @Override public void setPriority(final byte priority) { if (_deliveryProperties == null) { _deliveryProperties = new DeliveryProperties(); } _deliveryProperties.setPriority(MessageDeliveryPriority.get(priority)); } MessageTransferM... |
@Test public void getPriority() { assertThat((int) _messageMutator.getPriority(), is(equalTo((int) TEST_PRIORITY))); } | @Override public byte getPriority() { MessageDeliveryPriority priority = _deliveryProperties == null || !_deliveryProperties.hasPriority() ? MessageDeliveryPriority.MEDIUM : _deliveryProperties.getPriority(); return (byte) priority.getValue(); } | MessageTransferMessageMutator implements ServerMessageMutator<MessageTransferMessage> { @Override public byte getPriority() { MessageDeliveryPriority priority = _deliveryProperties == null || !_deliveryProperties.hasPriority() ? MessageDeliveryPriority.MEDIUM : _deliveryProperties.getPriority(); return (byte) priority.... | MessageTransferMessageMutator implements ServerMessageMutator<MessageTransferMessage> { @Override public byte getPriority() { MessageDeliveryPriority priority = _deliveryProperties == null || !_deliveryProperties.hasPriority() ? MessageDeliveryPriority.MEDIUM : _deliveryProperties.getPriority(); return (byte) priority.... | MessageTransferMessageMutator implements ServerMessageMutator<MessageTransferMessage> { @Override public byte getPriority() { MessageDeliveryPriority priority = _deliveryProperties == null || !_deliveryProperties.hasPriority() ? MessageDeliveryPriority.MEDIUM : _deliveryProperties.getPriority(); return (byte) priority.... | MessageTransferMessageMutator implements ServerMessageMutator<MessageTransferMessage> { @Override public byte getPriority() { MessageDeliveryPriority priority = _deliveryProperties == null || !_deliveryProperties.hasPriority() ? MessageDeliveryPriority.MEDIUM : _deliveryProperties.getPriority(); return (byte) priority.... |
@Test public void create() { _messageMutator.setPriority((byte) (TEST_PRIORITY + 1)); MessageTransferMessage newMessage = _messageMutator.create(); assertThat(newMessage.getMessageHeader().getPriority(), is(equalTo((byte) (TEST_PRIORITY + 1)))); assertThat(newMessage.getMessageHeader().getMimeType(), is(equalTo(TEST_CO... | @Override public MessageTransferMessage create() { final Header header = new Header(_deliveryProperties, _messageProperties); final MessageMetaData_0_10 messageMetaData = new MessageMetaData_0_10(header, (int) _message.getSize(), _message.getArrivalTime()); final QpidByteBuffer content = _message.getContent(); final Me... | MessageTransferMessageMutator implements ServerMessageMutator<MessageTransferMessage> { @Override public MessageTransferMessage create() { final Header header = new Header(_deliveryProperties, _messageProperties); final MessageMetaData_0_10 messageMetaData = new MessageMetaData_0_10(header, (int) _message.getSize(), _m... | MessageTransferMessageMutator implements ServerMessageMutator<MessageTransferMessage> { @Override public MessageTransferMessage create() { final Header header = new Header(_deliveryProperties, _messageProperties); final MessageMetaData_0_10 messageMetaData = new MessageMetaData_0_10(header, (int) _message.getSize(), _m... | MessageTransferMessageMutator implements ServerMessageMutator<MessageTransferMessage> { @Override public MessageTransferMessage create() { final Header header = new Header(_deliveryProperties, _messageProperties); final MessageMetaData_0_10 messageMetaData = new MessageMetaData_0_10(header, (int) _message.getSize(), _m... | MessageTransferMessageMutator implements ServerMessageMutator<MessageTransferMessage> { @Override public MessageTransferMessage create() { final Header header = new Header(_deliveryProperties, _messageProperties); final MessageMetaData_0_10 messageMetaData = new MessageMetaData_0_10(header, (int) _message.getSize(), _m... |
@Test public void testOnDelete() throws Exception { File location = new File(_storeLocation); assertTrue("Store does not exist at " + _storeLocation, location.exists()); getStore().closeMessageStore(); assertTrue("Store does not exist at " + _storeLocation, location.exists()); DerbyVirtualHost mockVH = mock(DerbyVirtua... | @Override public void onDelete(ConfiguredObject parent) { if (isMessageStoreOpen()) { throw new IllegalStateException("Cannot delete the store as store is still open"); } FileBasedSettings fileBasedSettings = (FileBasedSettings)parent; String storePath = fileBasedSettings.getStorePath(); if (storePath != null) { LOGGER... | DerbyMessageStore extends AbstractDerbyMessageStore { @Override public void onDelete(ConfiguredObject parent) { if (isMessageStoreOpen()) { throw new IllegalStateException("Cannot delete the store as store is still open"); } FileBasedSettings fileBasedSettings = (FileBasedSettings)parent; String storePath = fileBasedSe... | DerbyMessageStore extends AbstractDerbyMessageStore { @Override public void onDelete(ConfiguredObject parent) { if (isMessageStoreOpen()) { throw new IllegalStateException("Cannot delete the store as store is still open"); } FileBasedSettings fileBasedSettings = (FileBasedSettings)parent; String storePath = fileBasedSe... | DerbyMessageStore extends AbstractDerbyMessageStore { @Override public void onDelete(ConfiguredObject parent) { if (isMessageStoreOpen()) { throw new IllegalStateException("Cannot delete the store as store is still open"); } FileBasedSettings fileBasedSettings = (FileBasedSettings)parent; String storePath = fileBasedSe... | DerbyMessageStore extends AbstractDerbyMessageStore { @Override public void onDelete(ConfiguredObject parent) { if (isMessageStoreOpen()) { throw new IllegalStateException("Cannot delete the store as store is still open"); } FileBasedSettings fileBasedSettings = (FileBasedSettings)parent; String storePath = fileBasedSe... |
@Test public void testCreateBoneCPConfig() { final Map<String, String> attributes = new HashMap<>(); attributes.put("qpid.jdbcstore.bonecp.idleMaxAgeInMinutes", "123"); attributes.put("qpid.jdbcstore.bonecp.connectionTimeoutInMs", "1234"); attributes.put("qpid.jdbcstore.bonecp.connectionTestStatement", "select 1"); att... | static BoneCPConfig createBoneCPConfig(final String connectionUrl, final String username, final String password, final Map<String, String> providerAttributes) { BoneCPConfig config = new BoneCPConfig(); config.setJdbcUrl(connectionUrl); if (username != null) { config.setUsername(username); config.setPassword(password);... | BoneCPConnectionProvider implements ConnectionProvider { static BoneCPConfig createBoneCPConfig(final String connectionUrl, final String username, final String password, final Map<String, String> providerAttributes) { BoneCPConfig config = new BoneCPConfig(); config.setJdbcUrl(connectionUrl); if (username != null) { co... | BoneCPConnectionProvider implements ConnectionProvider { static BoneCPConfig createBoneCPConfig(final String connectionUrl, final String username, final String password, final Map<String, String> providerAttributes) { BoneCPConfig config = new BoneCPConfig(); config.setJdbcUrl(connectionUrl); if (username != null) { co... | BoneCPConnectionProvider implements ConnectionProvider { static BoneCPConfig createBoneCPConfig(final String connectionUrl, final String username, final String password, final Map<String, String> providerAttributes) { BoneCPConfig config = new BoneCPConfig(); config.setJdbcUrl(connectionUrl); if (username != null) { co... | BoneCPConnectionProvider implements ConnectionProvider { static BoneCPConfig createBoneCPConfig(final String connectionUrl, final String username, final String password, final Map<String, String> providerAttributes) { BoneCPConfig config = new BoneCPConfig(); config.setJdbcUrl(connectionUrl); if (username != null) { co... |
@Test public void testGetProviderAttributeNames() { BoneCPConnectionProviderFactory factory = new BoneCPConnectionProviderFactory(); Set<String> supported = factory.getProviderAttributeNames(); assertFalse("Supported settings cannot be empty", supported.isEmpty()); assertTrue("partitionCount is not found", supported.co... | @Override public Set<String> getProviderAttributeNames() { return _supportedAttributes; } | BoneCPConnectionProviderFactory implements JDBCConnectionProviderFactory { @Override public Set<String> getProviderAttributeNames() { return _supportedAttributes; } } | BoneCPConnectionProviderFactory implements JDBCConnectionProviderFactory { @Override public Set<String> getProviderAttributeNames() { return _supportedAttributes; } BoneCPConnectionProviderFactory(); } | BoneCPConnectionProviderFactory implements JDBCConnectionProviderFactory { @Override public Set<String> getProviderAttributeNames() { return _supportedAttributes; } BoneCPConnectionProviderFactory(); @Override String getType(); @Override ConnectionProvider getConnectionProvider(String connectionUrl, String username, St... | BoneCPConnectionProviderFactory implements JDBCConnectionProviderFactory { @Override public Set<String> getProviderAttributeNames() { return _supportedAttributes; } BoneCPConnectionProviderFactory(); @Override String getType(); @Override ConnectionProvider getConnectionProvider(String connectionUrl, String username, St... |
@Test public void testAuthoriseCreateGroup() { GroupProvider groupProvider = mock(GroupProvider.class); when(groupProvider.getCategoryClass()).thenReturn(GroupProvider.class); when(groupProvider.getAttribute(GroupProvider.NAME)).thenReturn("testGroupProvider"); when(groupProvider.getName()).thenReturn("testGroupProvide... | private Model getModel() { return _model; } | LegacyAccessControlAdapter { private Model getModel() { return _model; } } | LegacyAccessControlAdapter { private Model getModel() { return _model; } LegacyAccessControlAdapter(final LegacyAccessControl accessControl,
final Model model); } | LegacyAccessControlAdapter { private Model getModel() { return _model; } LegacyAccessControlAdapter(final LegacyAccessControl accessControl,
final Model model); } | LegacyAccessControlAdapter { private Model getModel() { return _model; } LegacyAccessControlAdapter(final LegacyAccessControl accessControl,
final Model model); } |
@Test public void removeDeliveriesForLinkEndpoint() { _registry.addDelivery(DELIVERY_ID, _unsettledDelivery); _registry.addDelivery(DELIVERY_ID_2, new UnsettledDelivery(DELIVERY_TAG_2, _unsettledDelivery.getLinkEndpoint())); _registry.addDelivery(UnsignedInteger.valueOf(2), new UnsettledDelivery(DELIVERY_TAG, mock(Link... | @Override public void removeDeliveriesForLinkEndpoint(final LinkEndpoint<?, ?> linkEndpoint) { Iterator<UnsettledDelivery> iterator = _deliveries.values().iterator(); while (iterator.hasNext()) { UnsettledDelivery unsettledDelivery = iterator.next(); if (unsettledDelivery.getLinkEndpoint() == linkEndpoint) { iterator.r... | DeliveryRegistryImpl implements DeliveryRegistry { @Override public void removeDeliveriesForLinkEndpoint(final LinkEndpoint<?, ?> linkEndpoint) { Iterator<UnsettledDelivery> iterator = _deliveries.values().iterator(); while (iterator.hasNext()) { UnsettledDelivery unsettledDelivery = iterator.next(); if (unsettledDeliv... | DeliveryRegistryImpl implements DeliveryRegistry { @Override public void removeDeliveriesForLinkEndpoint(final LinkEndpoint<?, ?> linkEndpoint) { Iterator<UnsettledDelivery> iterator = _deliveries.values().iterator(); while (iterator.hasNext()) { UnsettledDelivery unsettledDelivery = iterator.next(); if (unsettledDeliv... | DeliveryRegistryImpl implements DeliveryRegistry { @Override public void removeDeliveriesForLinkEndpoint(final LinkEndpoint<?, ?> linkEndpoint) { Iterator<UnsettledDelivery> iterator = _deliveries.values().iterator(); while (iterator.hasNext()) { UnsettledDelivery unsettledDelivery = iterator.next(); if (unsettledDeliv... | DeliveryRegistryImpl implements DeliveryRegistry { @Override public void removeDeliveriesForLinkEndpoint(final LinkEndpoint<?, ?> linkEndpoint) { Iterator<UnsettledDelivery> iterator = _deliveries.values().iterator(); while (iterator.hasNext()) { UnsettledDelivery unsettledDelivery = iterator.next(); if (unsettledDeliv... |
@Test public void testAuthoriseCreateGroupMember() { Group group = mock(Group.class); when(group.getCategoryClass()).thenReturn(Group.class); when(group.getAttribute(Group.NAME)).thenReturn("testGroup"); when(group.getName()).thenReturn("testGroup"); when(group.getModel()).thenReturn(BrokerModel.getInstance()); GroupMe... | private Model getModel() { return _model; } | LegacyAccessControlAdapter { private Model getModel() { return _model; } } | LegacyAccessControlAdapter { private Model getModel() { return _model; } LegacyAccessControlAdapter(final LegacyAccessControl accessControl,
final Model model); } | LegacyAccessControlAdapter { private Model getModel() { return _model; } LegacyAccessControlAdapter(final LegacyAccessControl accessControl,
final Model model); } | LegacyAccessControlAdapter { private Model getModel() { return _model; } LegacyAccessControlAdapter(final LegacyAccessControl accessControl,
final Model model); } |
@Test public void testAuthoriseCreateUser() { AuthenticationProvider authenticationProvider = mock(AuthenticationProvider.class); when(authenticationProvider.getCategoryClass()).thenReturn(AuthenticationProvider.class); when(authenticationProvider.getAttribute(AuthenticationProvider.NAME)).thenReturn("testAuthenticatio... | private Model getModel() { return _model; } | LegacyAccessControlAdapter { private Model getModel() { return _model; } } | LegacyAccessControlAdapter { private Model getModel() { return _model; } LegacyAccessControlAdapter(final LegacyAccessControl accessControl,
final Model model); } | LegacyAccessControlAdapter { private Model getModel() { return _model; } LegacyAccessControlAdapter(final LegacyAccessControl accessControl,
final Model model); } | LegacyAccessControlAdapter { private Model getModel() { return _model; } LegacyAccessControlAdapter(final LegacyAccessControl accessControl,
final Model model); } |
@Test public void testAuthoriseBrokerLogInclusionRuleOperations() { BrokerLogger bl = mock(BrokerLogger.class); when(bl.getName()).thenReturn("LOGGER"); when(bl.getCategoryClass()).thenReturn(BrokerLogger.class); when(bl.getParent()).thenReturn(_broker); when(bl.getAttribute(ConfiguredObject.CREATED_BY)).thenReturn(TES... | private Model getModel() { return _model; } | LegacyAccessControlAdapter { private Model getModel() { return _model; } } | LegacyAccessControlAdapter { private Model getModel() { return _model; } LegacyAccessControlAdapter(final LegacyAccessControl accessControl,
final Model model); } | LegacyAccessControlAdapter { private Model getModel() { return _model; } LegacyAccessControlAdapter(final LegacyAccessControl accessControl,
final Model model); } | LegacyAccessControlAdapter { private Model getModel() { return _model; } LegacyAccessControlAdapter(final LegacyAccessControl accessControl,
final Model model); } |
@Test public void testAuthoriseMethod() { when(_accessControl.authorise(same(LegacyOperation.INVOKE), any(ObjectType.class), any(ObjectProperties.class))).thenReturn(Result.DENIED); when(_accessControl.authorise(same(LegacyOperation.UPDATE), same(ObjectType.METHOD), any(ObjectProperties.class))).thenReturn(Result.ALLOW... | Result authoriseMethod(final PermissionedObject configuredObject, final String methodName, final Map<String, Object> arguments) { Class<? extends ConfiguredObject> categoryClass = configuredObject.getCategoryClass(); Result invokeResult = _accessControl.authorise(INVOKE, getACLObjectTypeManagingConfiguredObjectOfCatego... | LegacyAccessControlAdapter { Result authoriseMethod(final PermissionedObject configuredObject, final String methodName, final Map<String, Object> arguments) { Class<? extends ConfiguredObject> categoryClass = configuredObject.getCategoryClass(); Result invokeResult = _accessControl.authorise(INVOKE, getACLObjectTypeMan... | LegacyAccessControlAdapter { Result authoriseMethod(final PermissionedObject configuredObject, final String methodName, final Map<String, Object> arguments) { Class<? extends ConfiguredObject> categoryClass = configuredObject.getCategoryClass(); Result invokeResult = _accessControl.authorise(INVOKE, getACLObjectTypeMan... | LegacyAccessControlAdapter { Result authoriseMethod(final PermissionedObject configuredObject, final String methodName, final Map<String, Object> arguments) { Class<? extends ConfiguredObject> categoryClass = configuredObject.getCategoryClass(); Result invokeResult = _accessControl.authorise(INVOKE, getACLObjectTypeMan... | LegacyAccessControlAdapter { Result authoriseMethod(final PermissionedObject configuredObject, final String methodName, final Map<String, Object> arguments) { Class<? extends ConfiguredObject> categoryClass = configuredObject.getCategoryClass(); Result invokeResult = _accessControl.authorise(INVOKE, getACLObjectTypeMan... |
@Test public void limitBreached() { when(_connection.getAuthenticatedPrincipalConnectionCount()).thenReturn(2); final ConnectionPrincipalLimitRule rule = new ConnectionPrincipalLimitRule(1); assertThat(rule.matches(_subject), is(false)); } | protected boolean matches(final AMQPConnection<?> connection) { return connection.getAuthenticatedPrincipalConnectionCount() <= getLimit(); } | ConnectionPrincipalLimitRule extends ConnectionPrincipalStatisticsRule { protected boolean matches(final AMQPConnection<?> connection) { return connection.getAuthenticatedPrincipalConnectionCount() <= getLimit(); } } | ConnectionPrincipalLimitRule extends ConnectionPrincipalStatisticsRule { protected boolean matches(final AMQPConnection<?> connection) { return connection.getAuthenticatedPrincipalConnectionCount() <= getLimit(); } ConnectionPrincipalLimitRule(final int limit); } | ConnectionPrincipalLimitRule extends ConnectionPrincipalStatisticsRule { protected boolean matches(final AMQPConnection<?> connection) { return connection.getAuthenticatedPrincipalConnectionCount() <= getLimit(); } ConnectionPrincipalLimitRule(final int limit); @Override String toString(); } | ConnectionPrincipalLimitRule extends ConnectionPrincipalStatisticsRule { protected boolean matches(final AMQPConnection<?> connection) { return connection.getAuthenticatedPrincipalConnectionCount() <= getLimit(); } ConnectionPrincipalLimitRule(final int limit); @Override String toString(); } |
@Test public void frequencyEqualsLimit() { when(_connection.getAuthenticatedPrincipalConnectionCount()).thenReturn(2); final ConnectionPrincipalLimitRule rule = new ConnectionPrincipalLimitRule(2); assertThat(rule.matches(_subject), is(true)); } | protected boolean matches(final AMQPConnection<?> connection) { return connection.getAuthenticatedPrincipalConnectionCount() <= getLimit(); } | ConnectionPrincipalLimitRule extends ConnectionPrincipalStatisticsRule { protected boolean matches(final AMQPConnection<?> connection) { return connection.getAuthenticatedPrincipalConnectionCount() <= getLimit(); } } | ConnectionPrincipalLimitRule extends ConnectionPrincipalStatisticsRule { protected boolean matches(final AMQPConnection<?> connection) { return connection.getAuthenticatedPrincipalConnectionCount() <= getLimit(); } ConnectionPrincipalLimitRule(final int limit); } | ConnectionPrincipalLimitRule extends ConnectionPrincipalStatisticsRule { protected boolean matches(final AMQPConnection<?> connection) { return connection.getAuthenticatedPrincipalConnectionCount() <= getLimit(); } ConnectionPrincipalLimitRule(final int limit); @Override String toString(); } | ConnectionPrincipalLimitRule extends ConnectionPrincipalStatisticsRule { protected boolean matches(final AMQPConnection<?> connection) { return connection.getAuthenticatedPrincipalConnectionCount() <= getLimit(); } ConnectionPrincipalLimitRule(final int limit); @Override String toString(); } |
@Test public void frequencyBelowLimit() { when(_connection.getAuthenticatedPrincipalConnectionCount()).thenReturn(1); final ConnectionPrincipalLimitRule rule = new ConnectionPrincipalLimitRule(2); assertThat(rule.matches(_subject), is(true)); } | protected boolean matches(final AMQPConnection<?> connection) { return connection.getAuthenticatedPrincipalConnectionCount() <= getLimit(); } | ConnectionPrincipalLimitRule extends ConnectionPrincipalStatisticsRule { protected boolean matches(final AMQPConnection<?> connection) { return connection.getAuthenticatedPrincipalConnectionCount() <= getLimit(); } } | ConnectionPrincipalLimitRule extends ConnectionPrincipalStatisticsRule { protected boolean matches(final AMQPConnection<?> connection) { return connection.getAuthenticatedPrincipalConnectionCount() <= getLimit(); } ConnectionPrincipalLimitRule(final int limit); } | ConnectionPrincipalLimitRule extends ConnectionPrincipalStatisticsRule { protected boolean matches(final AMQPConnection<?> connection) { return connection.getAuthenticatedPrincipalConnectionCount() <= getLimit(); } ConnectionPrincipalLimitRule(final int limit); @Override String toString(); } | ConnectionPrincipalLimitRule extends ConnectionPrincipalStatisticsRule { protected boolean matches(final AMQPConnection<?> connection) { return connection.getAuthenticatedPrincipalConnectionCount() <= getLimit(); } ConnectionPrincipalLimitRule(final int limit); @Override String toString(); } |
@Test public void limitBreached() { when(_connection.getAuthenticatedPrincipalConnectionFrequency()).thenReturn(2); final ConnectionPrincipalFrequencyLimitRule rule = new ConnectionPrincipalFrequencyLimitRule(1); assertThat(rule.matches(_subject), is(false)); } | @Override boolean matches(final AMQPConnection<?> connection) { return connection.getAuthenticatedPrincipalConnectionFrequency() <= getLimit(); } | ConnectionPrincipalFrequencyLimitRule extends ConnectionPrincipalStatisticsRule { @Override boolean matches(final AMQPConnection<?> connection) { return connection.getAuthenticatedPrincipalConnectionFrequency() <= getLimit(); } } | ConnectionPrincipalFrequencyLimitRule extends ConnectionPrincipalStatisticsRule { @Override boolean matches(final AMQPConnection<?> connection) { return connection.getAuthenticatedPrincipalConnectionFrequency() <= getLimit(); } ConnectionPrincipalFrequencyLimitRule(final int limit); } | ConnectionPrincipalFrequencyLimitRule extends ConnectionPrincipalStatisticsRule { @Override boolean matches(final AMQPConnection<?> connection) { return connection.getAuthenticatedPrincipalConnectionFrequency() <= getLimit(); } ConnectionPrincipalFrequencyLimitRule(final int limit); @Override String toString(); } | ConnectionPrincipalFrequencyLimitRule extends ConnectionPrincipalStatisticsRule { @Override boolean matches(final AMQPConnection<?> connection) { return connection.getAuthenticatedPrincipalConnectionFrequency() <= getLimit(); } ConnectionPrincipalFrequencyLimitRule(final int limit); @Override String toString(); } |
@Test public void frequencyEqualsLimit() { when(_connection.getAuthenticatedPrincipalConnectionFrequency()).thenReturn(2); final ConnectionPrincipalFrequencyLimitRule rule = new ConnectionPrincipalFrequencyLimitRule(2); assertThat(rule.matches(_subject), is(true)); } | @Override boolean matches(final AMQPConnection<?> connection) { return connection.getAuthenticatedPrincipalConnectionFrequency() <= getLimit(); } | ConnectionPrincipalFrequencyLimitRule extends ConnectionPrincipalStatisticsRule { @Override boolean matches(final AMQPConnection<?> connection) { return connection.getAuthenticatedPrincipalConnectionFrequency() <= getLimit(); } } | ConnectionPrincipalFrequencyLimitRule extends ConnectionPrincipalStatisticsRule { @Override boolean matches(final AMQPConnection<?> connection) { return connection.getAuthenticatedPrincipalConnectionFrequency() <= getLimit(); } ConnectionPrincipalFrequencyLimitRule(final int limit); } | ConnectionPrincipalFrequencyLimitRule extends ConnectionPrincipalStatisticsRule { @Override boolean matches(final AMQPConnection<?> connection) { return connection.getAuthenticatedPrincipalConnectionFrequency() <= getLimit(); } ConnectionPrincipalFrequencyLimitRule(final int limit); @Override String toString(); } | ConnectionPrincipalFrequencyLimitRule extends ConnectionPrincipalStatisticsRule { @Override boolean matches(final AMQPConnection<?> connection) { return connection.getAuthenticatedPrincipalConnectionFrequency() <= getLimit(); } ConnectionPrincipalFrequencyLimitRule(final int limit); @Override String toString(); } |
@Test public void frequencyBelowLimit() { when(_connection.getAuthenticatedPrincipalConnectionFrequency()).thenReturn(1); final ConnectionPrincipalFrequencyLimitRule rule = new ConnectionPrincipalFrequencyLimitRule(2); assertThat(rule.matches(_subject), is(true)); } | @Override boolean matches(final AMQPConnection<?> connection) { return connection.getAuthenticatedPrincipalConnectionFrequency() <= getLimit(); } | ConnectionPrincipalFrequencyLimitRule extends ConnectionPrincipalStatisticsRule { @Override boolean matches(final AMQPConnection<?> connection) { return connection.getAuthenticatedPrincipalConnectionFrequency() <= getLimit(); } } | ConnectionPrincipalFrequencyLimitRule extends ConnectionPrincipalStatisticsRule { @Override boolean matches(final AMQPConnection<?> connection) { return connection.getAuthenticatedPrincipalConnectionFrequency() <= getLimit(); } ConnectionPrincipalFrequencyLimitRule(final int limit); } | ConnectionPrincipalFrequencyLimitRule extends ConnectionPrincipalStatisticsRule { @Override boolean matches(final AMQPConnection<?> connection) { return connection.getAuthenticatedPrincipalConnectionFrequency() <= getLimit(); } ConnectionPrincipalFrequencyLimitRule(final int limit); @Override String toString(); } | ConnectionPrincipalFrequencyLimitRule extends ConnectionPrincipalStatisticsRule { @Override boolean matches(final AMQPConnection<?> connection) { return connection.getAuthenticatedPrincipalConnectionFrequency() <= getLimit(); } ConnectionPrincipalFrequencyLimitRule(final int limit); @Override String toString(); } |
@Test public void getDeliveryId() { _registry.addDelivery(DELIVERY_ID, _unsettledDelivery); _registry.addDelivery(DELIVERY_ID_2, new UnsettledDelivery(DELIVERY_TAG, mock(LinkEndpoint.class))); final UnsignedInteger deliveryId = _registry.getDeliveryId(DELIVERY_TAG, _unsettledDelivery.getLinkEndpoint()); assertThat(deli... | @Override public UnsignedInteger getDeliveryId(final Binary deliveryTag, final LinkEndpoint<?, ?> linkEndpoint) { return _deliveryIds.get(new UnsettledDelivery(deliveryTag, linkEndpoint)); } | DeliveryRegistryImpl implements DeliveryRegistry { @Override public UnsignedInteger getDeliveryId(final Binary deliveryTag, final LinkEndpoint<?, ?> linkEndpoint) { return _deliveryIds.get(new UnsettledDelivery(deliveryTag, linkEndpoint)); } } | DeliveryRegistryImpl implements DeliveryRegistry { @Override public UnsignedInteger getDeliveryId(final Binary deliveryTag, final LinkEndpoint<?, ?> linkEndpoint) { return _deliveryIds.get(new UnsettledDelivery(deliveryTag, linkEndpoint)); } } | DeliveryRegistryImpl implements DeliveryRegistry { @Override public UnsignedInteger getDeliveryId(final Binary deliveryTag, final LinkEndpoint<?, ?> linkEndpoint) { return _deliveryIds.get(new UnsettledDelivery(deliveryTag, linkEndpoint)); } @Override void addDelivery(final UnsignedInteger deliveryId, final UnsettledD... | DeliveryRegistryImpl implements DeliveryRegistry { @Override public UnsignedInteger getDeliveryId(final Binary deliveryTag, final LinkEndpoint<?, ?> linkEndpoint) { return _deliveryIds.get(new UnsettledDelivery(deliveryTag, linkEndpoint)); } @Override void addDelivery(final UnsignedInteger deliveryId, final UnsettledD... |
@Test public void testNoSubjectAlwaysDefers() { setUpGroupAccessControl(); final Result result = _plugin.authorise(LegacyOperation.ACCESS, ObjectType.VIRTUALHOST, ObjectProperties.EMPTY); assertEquals(Result.DEFER, result); } | @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPrincipals().size() == 0) { return Result.DEFER; } if(LOGGER.isDebugEnabled()) { LOGGER.debug("C... | RuleBasedAccessControl implements AccessControl<CachingSecurityToken>, LegacyAccessControl { @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPri... | RuleBasedAccessControl implements AccessControl<CachingSecurityToken>, LegacyAccessControl { @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPri... | RuleBasedAccessControl implements AccessControl<CachingSecurityToken>, LegacyAccessControl { @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPri... | RuleBasedAccessControl implements AccessControl<CachingSecurityToken>, LegacyAccessControl { @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPri... |
@Test public void testUsernameAllowsOperation() { setUpGroupAccessControl(); Subject.doAs(TestPrincipalUtils.createTestSubject("user1"), new PrivilegedAction<Object>() { @Override public Object run() { final Result result = _plugin.authorise(LegacyOperation.ACCESS, ObjectType.VIRTUALHOST, ObjectProperties.EMPTY); asser... | @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPrincipals().size() == 0) { return Result.DEFER; } if(LOGGER.isDebugEnabled()) { LOGGER.debug("C... | RuleBasedAccessControl implements AccessControl<CachingSecurityToken>, LegacyAccessControl { @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPri... | RuleBasedAccessControl implements AccessControl<CachingSecurityToken>, LegacyAccessControl { @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPri... | RuleBasedAccessControl implements AccessControl<CachingSecurityToken>, LegacyAccessControl { @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPri... | RuleBasedAccessControl implements AccessControl<CachingSecurityToken>, LegacyAccessControl { @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPri... |
@Test public void testCatchAllRuleDeniesUnrecognisedUsername() { setUpGroupAccessControl(); Subject.doAs(TestPrincipalUtils.createTestSubject("unknown", "unkgroup1", "unkgroup2"), new PrivilegedAction<Object>() { @Override public Object run() { assertEquals("Expecting zero messages before test", (long) 0, (long) _messa... | @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPrincipals().size() == 0) { return Result.DEFER; } if(LOGGER.isDebugEnabled()) { LOGGER.debug("C... | RuleBasedAccessControl implements AccessControl<CachingSecurityToken>, LegacyAccessControl { @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPri... | RuleBasedAccessControl implements AccessControl<CachingSecurityToken>, LegacyAccessControl { @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPri... | RuleBasedAccessControl implements AccessControl<CachingSecurityToken>, LegacyAccessControl { @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPri... | RuleBasedAccessControl implements AccessControl<CachingSecurityToken>, LegacyAccessControl { @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPri... |
@Test public void testAuthoriseAccessMethodWhenAllAccessOperationsAllowedOnAllComponents() { final RuleSetCreator rs = new RuleSetCreator(); rs.addRule(1, "user4", RuleOutcome.ALLOW, LegacyOperation.ACCESS, ObjectType.METHOD, new ObjectProperties(ObjectProperties.WILD_CARD)); configureAccessControl(rs.createRuleSet(moc... | @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPrincipals().size() == 0) { return Result.DEFER; } if(LOGGER.isDebugEnabled()) { LOGGER.debug("C... | RuleBasedAccessControl implements AccessControl<CachingSecurityToken>, LegacyAccessControl { @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPri... | RuleBasedAccessControl implements AccessControl<CachingSecurityToken>, LegacyAccessControl { @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPri... | RuleBasedAccessControl implements AccessControl<CachingSecurityToken>, LegacyAccessControl { @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPri... | RuleBasedAccessControl implements AccessControl<CachingSecurityToken>, LegacyAccessControl { @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPri... |
@Test public void testAuthoriseAccessMethodWhenAllAccessOperationsAllowedOnSpecifiedComponent() { final RuleSetCreator rs = new RuleSetCreator(); ObjectProperties ruleProperties = new ObjectProperties(ObjectProperties.WILD_CARD); ruleProperties.put(ObjectProperties.Property.COMPONENT, "Test"); rs.addRule(1, "user5", Ru... | @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPrincipals().size() == 0) { return Result.DEFER; } if(LOGGER.isDebugEnabled()) { LOGGER.debug("C... | RuleBasedAccessControl implements AccessControl<CachingSecurityToken>, LegacyAccessControl { @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPri... | RuleBasedAccessControl implements AccessControl<CachingSecurityToken>, LegacyAccessControl { @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPri... | RuleBasedAccessControl implements AccessControl<CachingSecurityToken>, LegacyAccessControl { @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPri... | RuleBasedAccessControl implements AccessControl<CachingSecurityToken>, LegacyAccessControl { @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPri... |
@Test public void testAccess() throws Exception { final Subject subject = TestPrincipalUtils.createTestSubject("user1"); final String testVirtualHost = getTestName(); final InetAddress inetAddress = InetAddress.getLocalHost(); final InetSocketAddress inetSocketAddress = new InetSocketAddress(inetAddress, 1); AMQPConnec... | @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPrincipals().size() == 0) { return Result.DEFER; } if(LOGGER.isDebugEnabled()) { LOGGER.debug("C... | RuleBasedAccessControl implements AccessControl<CachingSecurityToken>, LegacyAccessControl { @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPri... | RuleBasedAccessControl implements AccessControl<CachingSecurityToken>, LegacyAccessControl { @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPri... | RuleBasedAccessControl implements AccessControl<CachingSecurityToken>, LegacyAccessControl { @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPri... | RuleBasedAccessControl implements AccessControl<CachingSecurityToken>, LegacyAccessControl { @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPri... |
@Test public void testAccessIsDeniedIfRuleThrowsException() throws Exception { final Subject subject = TestPrincipalUtils.createTestSubject("user1"); final InetAddress inetAddress = InetAddress.getLocalHost(); final InetSocketAddress inetSocketAddress = new InetSocketAddress(inetAddress, 1); AMQPConnection connectionMo... | @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPrincipals().size() == 0) { return Result.DEFER; } if(LOGGER.isDebugEnabled()) { LOGGER.debug("C... | RuleBasedAccessControl implements AccessControl<CachingSecurityToken>, LegacyAccessControl { @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPri... | RuleBasedAccessControl implements AccessControl<CachingSecurityToken>, LegacyAccessControl { @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPri... | RuleBasedAccessControl implements AccessControl<CachingSecurityToken>, LegacyAccessControl { @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPri... | RuleBasedAccessControl implements AccessControl<CachingSecurityToken>, LegacyAccessControl { @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPri... |
@Test public void testAuthoriseAccessMethodWhenSpecifiedAccessOperationsAllowedOnSpecifiedComponent() { final RuleSetCreator rs = new RuleSetCreator(); ObjectProperties ruleProperties = new ObjectProperties("getAttribute"); ruleProperties.put(ObjectProperties.Property.COMPONENT, "Test"); rs.addRule(1, "user6", RuleOutc... | @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPrincipals().size() == 0) { return Result.DEFER; } if(LOGGER.isDebugEnabled()) { LOGGER.debug("C... | RuleBasedAccessControl implements AccessControl<CachingSecurityToken>, LegacyAccessControl { @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPri... | RuleBasedAccessControl implements AccessControl<CachingSecurityToken>, LegacyAccessControl { @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPri... | RuleBasedAccessControl implements AccessControl<CachingSecurityToken>, LegacyAccessControl { @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPri... | RuleBasedAccessControl implements AccessControl<CachingSecurityToken>, LegacyAccessControl { @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPri... |
@Test public void testAuthoriseAccessUpdateMethodWhenAllRightsGrantedOnSpecifiedMethodForAllComponents() { final RuleSetCreator rs = new RuleSetCreator(); rs.addRule(1, "user8", RuleOutcome.ALLOW, LegacyOperation.ALL, ObjectType.METHOD, new ObjectProperties("queryNames")); configureAccessControl(rs.createRuleSet(mock(E... | @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPrincipals().size() == 0) { return Result.DEFER; } if(LOGGER.isDebugEnabled()) { LOGGER.debug("C... | RuleBasedAccessControl implements AccessControl<CachingSecurityToken>, LegacyAccessControl { @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPri... | RuleBasedAccessControl implements AccessControl<CachingSecurityToken>, LegacyAccessControl { @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPri... | RuleBasedAccessControl implements AccessControl<CachingSecurityToken>, LegacyAccessControl { @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPri... | RuleBasedAccessControl implements AccessControl<CachingSecurityToken>, LegacyAccessControl { @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPri... |
@Test public void testAuthoriseAccessUpdateMethodWhenAllRightsGrantedOnAllMethodsInAllComponents() { final RuleSetCreator rs = new RuleSetCreator(); rs.addRule(1, "user9", RuleOutcome.ALLOW, LegacyOperation.ALL, ObjectType.METHOD, new ObjectProperties()); configureAccessControl(rs.createRuleSet(mock(EventLoggerProvider... | @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPrincipals().size() == 0) { return Result.DEFER; } if(LOGGER.isDebugEnabled()) { LOGGER.debug("C... | RuleBasedAccessControl implements AccessControl<CachingSecurityToken>, LegacyAccessControl { @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPri... | RuleBasedAccessControl implements AccessControl<CachingSecurityToken>, LegacyAccessControl { @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPri... | RuleBasedAccessControl implements AccessControl<CachingSecurityToken>, LegacyAccessControl { @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPri... | RuleBasedAccessControl implements AccessControl<CachingSecurityToken>, LegacyAccessControl { @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPri... |
@Test public void size() { assertThat(_registry.size(), is(equalTo(0))); _registry.addDelivery(DELIVERY_ID, _unsettledDelivery); assertThat(_registry.size(), is(equalTo(1))); _registry.removeDelivery(DELIVERY_ID); assertThat(_registry.size(), is(equalTo(0))); } | @Override public int size() { return _deliveries.size(); } | DeliveryRegistryImpl implements DeliveryRegistry { @Override public int size() { return _deliveries.size(); } } | DeliveryRegistryImpl implements DeliveryRegistry { @Override public int size() { return _deliveries.size(); } } | DeliveryRegistryImpl implements DeliveryRegistry { @Override public int size() { return _deliveries.size(); } @Override void addDelivery(final UnsignedInteger deliveryId, final UnsettledDelivery unsettledDelivery); @Override void removeDelivery(final UnsignedInteger deliveryId); @Override UnsettledDelivery getDelivery... | DeliveryRegistryImpl implements DeliveryRegistry { @Override public int size() { return _deliveries.size(); } @Override void addDelivery(final UnsignedInteger deliveryId, final UnsettledDelivery unsettledDelivery); @Override void removeDelivery(final UnsignedInteger deliveryId); @Override UnsettledDelivery getDelivery... |
@Test public void testAuthoriseAccessMethodWhenMatchingAccessOperationsAllowedOnSpecifiedComponent() { final RuleSetCreator rs = new RuleSetCreator(); ObjectProperties ruleProperties = new ObjectProperties(); ruleProperties.put(ObjectProperties.Property.COMPONENT, "Test"); ruleProperties.put(ObjectProperties.Property.N... | @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPrincipals().size() == 0) { return Result.DEFER; } if(LOGGER.isDebugEnabled()) { LOGGER.debug("C... | RuleBasedAccessControl implements AccessControl<CachingSecurityToken>, LegacyAccessControl { @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPri... | RuleBasedAccessControl implements AccessControl<CachingSecurityToken>, LegacyAccessControl { @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPri... | RuleBasedAccessControl implements AccessControl<CachingSecurityToken>, LegacyAccessControl { @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPri... | RuleBasedAccessControl implements AccessControl<CachingSecurityToken>, LegacyAccessControl { @Override public Result authorise(LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { final Subject subject = Subject.getSubject(AccessController.getContext()); if (subject == null || subject.getPri... |
@Test public void testGetAttributes() { final ObjectType objectType = ObjectType.VIRTUALHOST; final LegacyOperation operation = LegacyOperation.ACCESS; final AclRulePredicates predicates = new AclRulePredicates(); predicates.parse(ObjectProperties.Property.FROM_HOSTNAME.name(), TEST_HOSTNAME); predicates.parse(ObjectPr... | public Map<ObjectProperties.Property, String> getAttributes() { return _predicates.getParsedProperties(); } | AclAction { public Map<ObjectProperties.Property, String> getAttributes() { return _predicates.getParsedProperties(); } } | AclAction { public Map<ObjectProperties.Property, String> getAttributes() { return _predicates.getParsedProperties(); } AclAction(LegacyOperation operation, ObjectType object, AclRulePredicates predicates); AclAction(LegacyOperation operation); AclAction(LegacyOperation operation, ObjectType object, ObjectProperties ... | AclAction { public Map<ObjectProperties.Property, String> getAttributes() { return _predicates.getParsedProperties(); } AclAction(LegacyOperation operation, ObjectType object, AclRulePredicates predicates); AclAction(LegacyOperation operation); AclAction(LegacyOperation operation, ObjectType object, ObjectProperties ... | AclAction { public Map<ObjectProperties.Property, String> getAttributes() { return _predicates.getParsedProperties(); } AclAction(LegacyOperation operation, ObjectType object, AclRulePredicates predicates); AclAction(LegacyOperation operation); AclAction(LegacyOperation operation, ObjectType object, ObjectProperties ... |
@Test public void testMatches_returnsTrueWhenActionsMatchAndNoFirewallRule() { when(_action.matches(any(Action.class))).thenReturn(true); when(_ruleAction.getDynamicRule()).thenReturn(null); when(_ruleAction.getAction()).thenReturn(mock(Action.class)); assertTrue(_clientAction.matches(_ruleAction, _subject)); } | public boolean matches(AclAction ruleAction, final Subject subject) { return _clientAction.matches(ruleAction.getAction()) && dynamicMatches(ruleAction.getDynamicRule(), subject); } | ClientAction { public boolean matches(AclAction ruleAction, final Subject subject) { return _clientAction.matches(ruleAction.getAction()) && dynamicMatches(ruleAction.getDynamicRule(), subject); } } | ClientAction { public boolean matches(AclAction ruleAction, final Subject subject) { return _clientAction.matches(ruleAction.getAction()) && dynamicMatches(ruleAction.getDynamicRule(), subject); } ClientAction(Action clientAction); ClientAction(LegacyOperation operation, ObjectType objectType, ObjectProperties propert... | ClientAction { public boolean matches(AclAction ruleAction, final Subject subject) { return _clientAction.matches(ruleAction.getAction()) && dynamicMatches(ruleAction.getDynamicRule(), subject); } ClientAction(Action clientAction); ClientAction(LegacyOperation operation, ObjectType objectType, ObjectProperties propert... | ClientAction { public boolean matches(AclAction ruleAction, final Subject subject) { return _clientAction.matches(ruleAction.getAction()) && dynamicMatches(ruleAction.getDynamicRule(), subject); } ClientAction(Action clientAction); ClientAction(LegacyOperation operation, ObjectType objectType, ObjectProperties propert... |
@Test public void testMatches_returnsFalseWhenActionsDontMatch() { FirewallRule firewallRule = mock(FirewallRule.class); when(firewallRule.matches(_subject)).thenReturn(true); when(_ruleAction.getDynamicRule()).thenReturn(firewallRule); when(_action.matches(any(Action.class))).thenReturn(false); when(_ruleAction.getDyn... | public boolean matches(AclAction ruleAction, final Subject subject) { return _clientAction.matches(ruleAction.getAction()) && dynamicMatches(ruleAction.getDynamicRule(), subject); } | ClientAction { public boolean matches(AclAction ruleAction, final Subject subject) { return _clientAction.matches(ruleAction.getAction()) && dynamicMatches(ruleAction.getDynamicRule(), subject); } } | ClientAction { public boolean matches(AclAction ruleAction, final Subject subject) { return _clientAction.matches(ruleAction.getAction()) && dynamicMatches(ruleAction.getDynamicRule(), subject); } ClientAction(Action clientAction); ClientAction(LegacyOperation operation, ObjectType objectType, ObjectProperties propert... | ClientAction { public boolean matches(AclAction ruleAction, final Subject subject) { return _clientAction.matches(ruleAction.getAction()) && dynamicMatches(ruleAction.getDynamicRule(), subject); } ClientAction(Action clientAction); ClientAction(LegacyOperation operation, ObjectType objectType, ObjectProperties propert... | ClientAction { public boolean matches(AclAction ruleAction, final Subject subject) { return _clientAction.matches(ruleAction.getAction()) && dynamicMatches(ruleAction.getDynamicRule(), subject); } ClientAction(Action clientAction); ClientAction(LegacyOperation operation, ObjectType objectType, ObjectProperties propert... |
@Test public void testMatches_returnsTrueWhenActionsAndFirewallRuleMatch() { FirewallRule firewallRule = mock(FirewallRule.class); when(firewallRule.matches(_subject)).thenReturn(true); when(_ruleAction.getDynamicRule()).thenReturn(firewallRule); when(_action.matches(any(Action.class))).thenReturn(true); when(_ruleActi... | public boolean matches(AclAction ruleAction, final Subject subject) { return _clientAction.matches(ruleAction.getAction()) && dynamicMatches(ruleAction.getDynamicRule(), subject); } | ClientAction { public boolean matches(AclAction ruleAction, final Subject subject) { return _clientAction.matches(ruleAction.getAction()) && dynamicMatches(ruleAction.getDynamicRule(), subject); } } | ClientAction { public boolean matches(AclAction ruleAction, final Subject subject) { return _clientAction.matches(ruleAction.getAction()) && dynamicMatches(ruleAction.getDynamicRule(), subject); } ClientAction(Action clientAction); ClientAction(LegacyOperation operation, ObjectType objectType, ObjectProperties propert... | ClientAction { public boolean matches(AclAction ruleAction, final Subject subject) { return _clientAction.matches(ruleAction.getAction()) && dynamicMatches(ruleAction.getDynamicRule(), subject); } ClientAction(Action clientAction); ClientAction(LegacyOperation operation, ObjectType objectType, ObjectProperties propert... | ClientAction { public boolean matches(AclAction ruleAction, final Subject subject) { return _clientAction.matches(ruleAction.getAction()) && dynamicMatches(ruleAction.getDynamicRule(), subject); } ClientAction(Action clientAction); ClientAction(LegacyOperation operation, ObjectType objectType, ObjectProperties propert... |
@Test public void testMatches_ignoresFirewallRuleIfClientAddressIsNull() { FirewallRule firewallRule = new FirewallRule() { @Override protected boolean matches(final InetAddress addressOfClient) { return false; } }; when(_action.matches(any(Action.class))).thenReturn(true); when(_ruleAction.getDynamicRule()).thenReturn... | public boolean matches(AclAction ruleAction, final Subject subject) { return _clientAction.matches(ruleAction.getAction()) && dynamicMatches(ruleAction.getDynamicRule(), subject); } | ClientAction { public boolean matches(AclAction ruleAction, final Subject subject) { return _clientAction.matches(ruleAction.getAction()) && dynamicMatches(ruleAction.getDynamicRule(), subject); } } | ClientAction { public boolean matches(AclAction ruleAction, final Subject subject) { return _clientAction.matches(ruleAction.getAction()) && dynamicMatches(ruleAction.getDynamicRule(), subject); } ClientAction(Action clientAction); ClientAction(LegacyOperation operation, ObjectType objectType, ObjectProperties propert... | ClientAction { public boolean matches(AclAction ruleAction, final Subject subject) { return _clientAction.matches(ruleAction.getAction()) && dynamicMatches(ruleAction.getDynamicRule(), subject); } ClientAction(Action clientAction); ClientAction(LegacyOperation operation, ObjectType objectType, ObjectProperties propert... | ClientAction { public boolean matches(AclAction ruleAction, final Subject subject) { return _clientAction.matches(ruleAction.getAction()) && dynamicMatches(ruleAction.getDynamicRule(), subject); } ClientAction(Action clientAction); ClientAction(LegacyOperation operation, ObjectType objectType, ObjectProperties propert... |
@Test public void testMatchesWhenConnectionLimitBreached() { final ObjectProperties properties = new ObjectProperties("foo"); final AclRulePredicates predicates = new AclRulePredicates(); predicates.parse(ObjectProperties.Property.CONNECTION_LIMIT.name(), "1"); final AclAction ruleAction = new AclAction(LegacyOperation... | public boolean matches(AclAction ruleAction, final Subject subject) { return _clientAction.matches(ruleAction.getAction()) && dynamicMatches(ruleAction.getDynamicRule(), subject); } | ClientAction { public boolean matches(AclAction ruleAction, final Subject subject) { return _clientAction.matches(ruleAction.getAction()) && dynamicMatches(ruleAction.getDynamicRule(), subject); } } | ClientAction { public boolean matches(AclAction ruleAction, final Subject subject) { return _clientAction.matches(ruleAction.getAction()) && dynamicMatches(ruleAction.getDynamicRule(), subject); } ClientAction(Action clientAction); ClientAction(LegacyOperation operation, ObjectType objectType, ObjectProperties propert... | ClientAction { public boolean matches(AclAction ruleAction, final Subject subject) { return _clientAction.matches(ruleAction.getAction()) && dynamicMatches(ruleAction.getDynamicRule(), subject); } ClientAction(Action clientAction); ClientAction(LegacyOperation operation, ObjectType objectType, ObjectProperties propert... | ClientAction { public boolean matches(AclAction ruleAction, final Subject subject) { return _clientAction.matches(ruleAction.getAction()) && dynamicMatches(ruleAction.getDynamicRule(), subject); } ClientAction(Action clientAction); ClientAction(LegacyOperation operation, ObjectType objectType, ObjectProperties propert... |
@Test public void testVirtualHostNodeCreateAllowPermissionWithVirtualHostName() throws Exception { _ruleSetCreator.addRule(0, TEST_USER, RuleOutcome.ALLOW, LegacyOperation.CREATE, ObjectType.VIRTUALHOSTNODE, ObjectProperties.EMPTY); RuleSet ruleSet = createRuleSet(); assertEquals(Result.ALLOWED, ruleSet.check(_testSubj... | public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, operation, objectType); if (rules == null) { ... | RuleSet implements EventLoggerProvider { public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, oper... | RuleSet implements EventLoggerProvider { public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, oper... | RuleSet implements EventLoggerProvider { public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, oper... | RuleSet implements EventLoggerProvider { public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, oper... |
@Test public void testVirtualHostAccessAllowPermissionWithVirtualHostName() throws Exception { _ruleSetCreator.addRule(0, TEST_USER, RuleOutcome.ALLOW, LegacyOperation.ACCESS, ObjectType.VIRTUALHOST, new ObjectProperties(ALLOWED_VH)); RuleSet ruleSet = createRuleSet(); assertEquals(Result.ALLOWED, ruleSet.check(_testSu... | public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, operation, objectType); if (rules == null) { ... | RuleSet implements EventLoggerProvider { public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, oper... | RuleSet implements EventLoggerProvider { public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, oper... | RuleSet implements EventLoggerProvider { public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, oper... | RuleSet implements EventLoggerProvider { public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, oper... |
@Test public void testVirtualHostAccessAllowPermissionWithNameSetToWildCard() throws Exception { _ruleSetCreator.addRule(0, TEST_USER, RuleOutcome.ALLOW, LegacyOperation.ACCESS, ObjectType.VIRTUALHOST, new ObjectProperties(ObjectProperties.WILD_CARD)); RuleSet ruleSet = createRuleSet(); assertEquals(Result.ALLOWED, rul... | public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, operation, objectType); if (rules == null) { ... | RuleSet implements EventLoggerProvider { public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, oper... | RuleSet implements EventLoggerProvider { public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, oper... | RuleSet implements EventLoggerProvider { public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, oper... | RuleSet implements EventLoggerProvider { public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, oper... |
@Test public void setPriority() { _messageMutator.setPriority((byte) (TEST_PRIORITY + 1)); assertThat(_messageMutator.getPriority(), is(equalTo((byte) (TEST_PRIORITY + 1)))); } | @Override public void setPriority(final byte priority) { if (_header == null) { _header = new Header(); } _header.setPriority(UnsignedByte.valueOf(priority)); } | Message_1_0_Mutator implements ServerMessageMutator<Message_1_0> { @Override public void setPriority(final byte priority) { if (_header == null) { _header = new Header(); } _header.setPriority(UnsignedByte.valueOf(priority)); } } | Message_1_0_Mutator implements ServerMessageMutator<Message_1_0> { @Override public void setPriority(final byte priority) { if (_header == null) { _header = new Header(); } _header.setPriority(UnsignedByte.valueOf(priority)); } Message_1_0_Mutator(final Message_1_0 message, final MessageStore messageStore); } | Message_1_0_Mutator implements ServerMessageMutator<Message_1_0> { @Override public void setPriority(final byte priority) { if (_header == null) { _header = new Header(); } _header.setPriority(UnsignedByte.valueOf(priority)); } Message_1_0_Mutator(final Message_1_0 message, final MessageStore messageStore); @Override v... | Message_1_0_Mutator implements ServerMessageMutator<Message_1_0> { @Override public void setPriority(final byte priority) { if (_header == null) { _header = new Header(); } _header.setPriority(UnsignedByte.valueOf(priority)); } Message_1_0_Mutator(final Message_1_0 message, final MessageStore messageStore); @Override v... |
@Test public void testOversizedFrame() { ConnectionHandler connectionHandler = mock(ConnectionHandler.class); when(connectionHandler.getMaxFrameSize()).thenReturn(MAX_FRAME_SIZE); FrameHandler handler = new FrameHandler(_valueHandler, connectionHandler, true); QpidByteBuffer body = QpidByteBuffer.allocate(false, MAX_FR... | @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 testVirtualHostAccessAllowPermissionWithNoName() throws Exception { _ruleSetCreator.addRule(0, TEST_USER, RuleOutcome.ALLOW, LegacyOperation.ACCESS, ObjectType.VIRTUALHOST, ObjectProperties.EMPTY); RuleSet ruleSet = createRuleSet(); assertEquals(Result.ALLOWED, ruleSet.check(_testSubject, LegacyOperat... | public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, operation, objectType); if (rules == null) { ... | RuleSet implements EventLoggerProvider { public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, oper... | RuleSet implements EventLoggerProvider { public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, oper... | RuleSet implements EventLoggerProvider { public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, oper... | RuleSet implements EventLoggerProvider { public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, oper... |
@Test public void testVirtualHostAccessDenyPermissionWithNoName() throws Exception { _ruleSetCreator.addRule(0, TEST_USER, RuleOutcome.DENY, LegacyOperation.ACCESS, ObjectType.VIRTUALHOST, ObjectProperties.EMPTY); RuleSet ruleSet = createRuleSet(); assertEquals(Result.DENIED, ruleSet.check(_testSubject, LegacyOperation... | public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, operation, objectType); if (rules == null) { ... | RuleSet implements EventLoggerProvider { public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, oper... | RuleSet implements EventLoggerProvider { public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, oper... | RuleSet implements EventLoggerProvider { public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, oper... | RuleSet implements EventLoggerProvider { public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, oper... |
@Test public void testVirtualHostAccessDenyPermissionWithNameSetToWildCard() throws Exception { _ruleSetCreator.addRule(0, TEST_USER, RuleOutcome.DENY, LegacyOperation.ACCESS, ObjectType.VIRTUALHOST, new ObjectProperties(ObjectProperties.WILD_CARD)); RuleSet ruleSet = createRuleSet(); assertEquals(Result.DENIED, ruleSe... | public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, operation, objectType); if (rules == null) { ... | RuleSet implements EventLoggerProvider { public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, oper... | RuleSet implements EventLoggerProvider { public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, oper... | RuleSet implements EventLoggerProvider { public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, oper... | RuleSet implements EventLoggerProvider { public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, oper... |
@Test public void testVirtualHostAccessAllowDenyPermissions() throws Exception { _ruleSetCreator.addRule(0, TEST_USER, RuleOutcome.DENY, LegacyOperation.ACCESS, ObjectType.VIRTUALHOST, new ObjectProperties(DENIED_VH)); _ruleSetCreator.addRule(1, TEST_USER, RuleOutcome.ALLOW, LegacyOperation.ACCESS, ObjectType.VIRTUALHO... | public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, operation, objectType); if (rules == null) { ... | RuleSet implements EventLoggerProvider { public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, oper... | RuleSet implements EventLoggerProvider { public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, oper... | RuleSet implements EventLoggerProvider { public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, oper... | RuleSet implements EventLoggerProvider { public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, oper... |
@Test public void testVirtualHostAccessAllowPermissionWithVirtualHostNameOtherPredicate() throws Exception { ObjectProperties properties = new ObjectProperties(); properties.put(Property.VIRTUALHOST_NAME, ALLOWED_VH); _ruleSetCreator.addRule(0, TEST_USER, RuleOutcome.ALLOW, LegacyOperation.ACCESS, ObjectType.VIRTUALHOS... | public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, operation, objectType); if (rules == null) { ... | RuleSet implements EventLoggerProvider { public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, oper... | RuleSet implements EventLoggerProvider { public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, oper... | RuleSet implements EventLoggerProvider { public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, oper... | RuleSet implements EventLoggerProvider { public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, oper... |
@Test public void testQueueCreateNamedVirtualHost() throws Exception { _ruleSetCreator.addRule(0, TEST_USER, RuleOutcome.ALLOW, LegacyOperation.CREATE, ObjectType.QUEUE, new ObjectProperties(Property.VIRTUALHOST_NAME, ALLOWED_VH)); RuleSet ruleSet = createRuleSet(); ObjectProperties allowedQueueObjectProperties = new O... | public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, operation, objectType); if (rules == null) { ... | RuleSet implements EventLoggerProvider { public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, oper... | RuleSet implements EventLoggerProvider { public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, oper... | RuleSet implements EventLoggerProvider { public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, oper... | RuleSet implements EventLoggerProvider { public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, oper... |
@Test public void testExchangeCreateNamedVirtualHost() { _ruleSetCreator.addRule(0, TEST_USER, RuleOutcome.ALLOW, LegacyOperation.CREATE, ObjectType.EXCHANGE, new ObjectProperties(Property.VIRTUALHOST_NAME, ALLOWED_VH)); RuleSet ruleSet = createRuleSet(); ObjectProperties allowedExchangeProperties = new ObjectPropertie... | public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, operation, objectType); if (rules == null) { ... | RuleSet implements EventLoggerProvider { public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, oper... | RuleSet implements EventLoggerProvider { public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, oper... | RuleSet implements EventLoggerProvider { public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, oper... | RuleSet implements EventLoggerProvider { public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, oper... |
@Test public void testUserInMultipleGroups() { String allowedGroup = "group1"; String deniedGroup = "group2"; _ruleSetCreator.addRule(1, allowedGroup, RuleOutcome.ALLOW, LegacyOperation.ACCESS, ObjectType.VIRTUALHOST, ObjectProperties.EMPTY); _ruleSetCreator.addRule(2, deniedGroup, RuleOutcome.DENY, LegacyOperation.ACC... | public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, operation, objectType); if (rules == null) { ... | RuleSet implements EventLoggerProvider { public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, oper... | RuleSet implements EventLoggerProvider { public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, oper... | RuleSet implements EventLoggerProvider { public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, oper... | RuleSet implements EventLoggerProvider { public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, oper... |
@Test public void testUpdatedAllowedAttribute() { final ObjectProperties ruleProperties = new ObjectProperties(); ruleProperties.setAttributeNames(Collections.singleton("attribute1")); _ruleSetCreator.addRule(1, TEST_USER, RuleOutcome.ALLOW, LegacyOperation.UPDATE, ObjectType.VIRTUALHOST, ruleProperties); _ruleSetCreat... | public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, operation, objectType); if (rules == null) { ... | RuleSet implements EventLoggerProvider { public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, oper... | RuleSet implements EventLoggerProvider { public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, oper... | RuleSet implements EventLoggerProvider { public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, oper... | RuleSet implements EventLoggerProvider { public Result check(Subject subject, LegacyOperation operation, ObjectType objectType, ObjectProperties properties) { ClientAction action = new ClientAction(operation, objectType, properties); LOGGER.debug("Checking action: {}", action); List<Rule> rules = getRules(subject, oper... |
@Test public void testMatchesReturnsTrueForMatchingActions() { when(_properties1.propertiesMatch(_properties2)).thenReturn(true); assertMatches( new Action(LegacyOperation.CONSUME, ObjectType.QUEUE, _properties1), new Action(LegacyOperation.CONSUME, ObjectType.QUEUE, _properties2)); } | private boolean propertiesMatch(Action a) { boolean propertiesMatch = false; if (_properties != null) { propertiesMatch = _properties.propertiesMatch(a.getProperties()); } else if (a.getProperties() == null) { propertiesMatch = true; } return propertiesMatch; } | Action { private boolean propertiesMatch(Action a) { boolean propertiesMatch = false; if (_properties != null) { propertiesMatch = _properties.propertiesMatch(a.getProperties()); } else if (a.getProperties() == null) { propertiesMatch = true; } return propertiesMatch; } } | Action { private boolean propertiesMatch(Action a) { boolean propertiesMatch = false; if (_properties != null) { propertiesMatch = _properties.propertiesMatch(a.getProperties()); } else if (a.getProperties() == null) { propertiesMatch = true; } return propertiesMatch; } Action(LegacyOperation operation); Action(Legacy... | Action { private boolean propertiesMatch(Action a) { boolean propertiesMatch = false; if (_properties != null) { propertiesMatch = _properties.propertiesMatch(a.getProperties()); } else if (a.getProperties() == null) { propertiesMatch = true; } return propertiesMatch; } Action(LegacyOperation operation); Action(Legacy... | Action { private boolean propertiesMatch(Action a) { boolean propertiesMatch = false; if (_properties != null) { propertiesMatch = _properties.propertiesMatch(a.getProperties()); } else if (a.getProperties() == null) { propertiesMatch = true; } return propertiesMatch; } Action(LegacyOperation operation); Action(Legacy... |
@Test public void getPriority() { assertThat((int) _messageMutator.getPriority(), is(equalTo((int) TEST_PRIORITY))); } | @Override public byte getPriority() { if (_header == null || _header.getPriority() == null) { return 4; } else { return _header.getPriority().byteValue(); } } | Message_1_0_Mutator implements ServerMessageMutator<Message_1_0> { @Override public byte getPriority() { if (_header == null || _header.getPriority() == null) { return 4; } else { return _header.getPriority().byteValue(); } } } | Message_1_0_Mutator implements ServerMessageMutator<Message_1_0> { @Override public byte getPriority() { if (_header == null || _header.getPriority() == null) { return 4; } else { return _header.getPriority().byteValue(); } } Message_1_0_Mutator(final Message_1_0 message, final MessageStore messageStore); } | Message_1_0_Mutator implements ServerMessageMutator<Message_1_0> { @Override public byte getPriority() { if (_header == null || _header.getPriority() == null) { return 4; } else { return _header.getPriority().byteValue(); } } Message_1_0_Mutator(final Message_1_0 message, final MessageStore messageStore); @Override voi... | Message_1_0_Mutator implements ServerMessageMutator<Message_1_0> { @Override public byte getPriority() { if (_header == null || _header.getPriority() == null) { return 4; } else { return _header.getPriority().byteValue(); } } Message_1_0_Mutator(final Message_1_0 message, final MessageStore messageStore); @Override voi... |
@Test public void testSingleHostname() throws Exception { String hostnameInRule = "hostnameInRule"; InetAddress addressWithMatchingHostname = mock(InetAddress.class); when(addressWithMatchingHostname.getCanonicalHostName()).thenReturn(hostnameInRule); _HostnameFirewallRule = new HostnameFirewallRule(hostnameInRule); as... | @Override protected boolean matches(InetAddress remote) { String hostname = getHostname(remote); if (hostname == null) { throw new AccessControlFirewallException("DNS lookup failed for address " + remote); } for (Pattern pattern : _hostnamePatterns) { boolean hostnameMatches = pattern.matcher(hostname).matches(); if (h... | HostnameFirewallRule extends FirewallRule { @Override protected boolean matches(InetAddress remote) { String hostname = getHostname(remote); if (hostname == null) { throw new AccessControlFirewallException("DNS lookup failed for address " + remote); } for (Pattern pattern : _hostnamePatterns) { boolean hostnameMatches ... | HostnameFirewallRule extends FirewallRule { @Override protected boolean matches(InetAddress remote) { String hostname = getHostname(remote); if (hostname == null) { throw new AccessControlFirewallException("DNS lookup failed for address " + remote); } for (Pattern pattern : _hostnamePatterns) { boolean hostnameMatches ... | HostnameFirewallRule extends FirewallRule { @Override protected boolean matches(InetAddress remote) { String hostname = getHostname(remote); if (hostname == null) { throw new AccessControlFirewallException("DNS lookup failed for address " + remote); } for (Pattern pattern : _hostnamePatterns) { boolean hostnameMatches ... | HostnameFirewallRule extends FirewallRule { @Override protected boolean matches(InetAddress remote) { String hostname = getHostname(remote); if (hostname == null) { throw new AccessControlFirewallException("DNS lookup failed for address " + remote); } for (Pattern pattern : _hostnamePatterns) { boolean hostnameMatches ... |
@Test public void testSingleHostnameWildcard() throws Exception { String hostnameInRule = ".*FOO.*"; InetAddress addressWithMatchingHostname = mock(InetAddress.class); when(addressWithMatchingHostname.getCanonicalHostName()).thenReturn("xxFOOxx"); _HostnameFirewallRule = new HostnameFirewallRule(hostnameInRule); assert... | @Override protected boolean matches(InetAddress remote) { String hostname = getHostname(remote); if (hostname == null) { throw new AccessControlFirewallException("DNS lookup failed for address " + remote); } for (Pattern pattern : _hostnamePatterns) { boolean hostnameMatches = pattern.matcher(hostname).matches(); if (h... | HostnameFirewallRule extends FirewallRule { @Override protected boolean matches(InetAddress remote) { String hostname = getHostname(remote); if (hostname == null) { throw new AccessControlFirewallException("DNS lookup failed for address " + remote); } for (Pattern pattern : _hostnamePatterns) { boolean hostnameMatches ... | HostnameFirewallRule extends FirewallRule { @Override protected boolean matches(InetAddress remote) { String hostname = getHostname(remote); if (hostname == null) { throw new AccessControlFirewallException("DNS lookup failed for address " + remote); } for (Pattern pattern : _hostnamePatterns) { boolean hostnameMatches ... | HostnameFirewallRule extends FirewallRule { @Override protected boolean matches(InetAddress remote) { String hostname = getHostname(remote); if (hostname == null) { throw new AccessControlFirewallException("DNS lookup failed for address " + remote); } for (Pattern pattern : _hostnamePatterns) { boolean hostnameMatches ... | HostnameFirewallRule extends FirewallRule { @Override protected boolean matches(InetAddress remote) { String hostname = getHostname(remote); if (hostname == null) { throw new AccessControlFirewallException("DNS lookup failed for address " + remote); } for (Pattern pattern : _hostnamePatterns) { boolean hostnameMatches ... |
@Test public void testMultipleHostnames() throws Exception { String[] hostnamesInRule = new String[] {"hostnameInRule1", "hostnameInRule2"}; _HostnameFirewallRule = new HostnameFirewallRule(hostnamesInRule); assertFalse(_HostnameFirewallRule.matches(_addressNotInRule)); for (String hostnameInRule : hostnamesInRule) { I... | @Override protected boolean matches(InetAddress remote) { String hostname = getHostname(remote); if (hostname == null) { throw new AccessControlFirewallException("DNS lookup failed for address " + remote); } for (Pattern pattern : _hostnamePatterns) { boolean hostnameMatches = pattern.matcher(hostname).matches(); if (h... | HostnameFirewallRule extends FirewallRule { @Override protected boolean matches(InetAddress remote) { String hostname = getHostname(remote); if (hostname == null) { throw new AccessControlFirewallException("DNS lookup failed for address " + remote); } for (Pattern pattern : _hostnamePatterns) { boolean hostnameMatches ... | HostnameFirewallRule extends FirewallRule { @Override protected boolean matches(InetAddress remote) { String hostname = getHostname(remote); if (hostname == null) { throw new AccessControlFirewallException("DNS lookup failed for address " + remote); } for (Pattern pattern : _hostnamePatterns) { boolean hostnameMatches ... | HostnameFirewallRule extends FirewallRule { @Override protected boolean matches(InetAddress remote) { String hostname = getHostname(remote); if (hostname == null) { throw new AccessControlFirewallException("DNS lookup failed for address " + remote); } for (Pattern pattern : _hostnamePatterns) { boolean hostnameMatches ... | HostnameFirewallRule extends FirewallRule { @Override protected boolean matches(InetAddress remote) { String hostname = getHostname(remote); if (hostname == null) { throw new AccessControlFirewallException("DNS lookup failed for address " + remote); } for (Pattern pattern : _hostnamePatterns) { boolean hostnameMatches ... |
@Test public void testIpRule() throws Exception { String ipAddressInRule = OTHER_IP_1; _networkFirewallRule = new NetworkFirewallRule(ipAddressInRule); assertFalse(_networkFirewallRule.matches(_addressNotInRule)); assertTrue(_networkFirewallRule.matches(InetAddress.getByName(ipAddressInRule))); } | @Override protected boolean matches(InetAddress ip) { for (InetNetwork network : _networks) { if (network.contains(ip)) { LOGGER.debug("Client address {} matches configured network {}", ip, network); return true; } } LOGGER.debug("Client address {} does not match any configured networks", ip); return false; } | NetworkFirewallRule extends FirewallRule { @Override protected boolean matches(InetAddress ip) { for (InetNetwork network : _networks) { if (network.contains(ip)) { LOGGER.debug("Client address {} matches configured network {}", ip, network); return true; } } LOGGER.debug("Client address {} does not match any configure... | NetworkFirewallRule extends FirewallRule { @Override protected boolean matches(InetAddress ip) { for (InetNetwork network : _networks) { if (network.contains(ip)) { LOGGER.debug("Client address {} matches configured network {}", ip, network); return true; } } LOGGER.debug("Client address {} does not match any configure... | NetworkFirewallRule extends FirewallRule { @Override protected boolean matches(InetAddress ip) { for (InetNetwork network : _networks) { if (network.contains(ip)) { LOGGER.debug("Client address {} matches configured network {}", ip, network); return true; } } LOGGER.debug("Client address {} does not match any configure... | NetworkFirewallRule extends FirewallRule { @Override protected boolean matches(InetAddress ip) { for (InetNetwork network : _networks) { if (network.contains(ip)) { LOGGER.debug("Client address {} matches configured network {}", ip, network); return true; } } LOGGER.debug("Client address {} does not match any configure... |
@Test public void testNetMask() throws Exception { String ipAddressInRule = "192.168.23.0/24"; _networkFirewallRule = new NetworkFirewallRule(ipAddressInRule); assertFalse(_networkFirewallRule.matches(InetAddress.getByName("192.168.24.1"))); assertTrue(_networkFirewallRule.matches(InetAddress.getByName("192.168.23.0"))... | @Override protected boolean matches(InetAddress ip) { for (InetNetwork network : _networks) { if (network.contains(ip)) { LOGGER.debug("Client address {} matches configured network {}", ip, network); return true; } } LOGGER.debug("Client address {} does not match any configured networks", ip); return false; } | NetworkFirewallRule extends FirewallRule { @Override protected boolean matches(InetAddress ip) { for (InetNetwork network : _networks) { if (network.contains(ip)) { LOGGER.debug("Client address {} matches configured network {}", ip, network); return true; } } LOGGER.debug("Client address {} does not match any configure... | NetworkFirewallRule extends FirewallRule { @Override protected boolean matches(InetAddress ip) { for (InetNetwork network : _networks) { if (network.contains(ip)) { LOGGER.debug("Client address {} matches configured network {}", ip, network); return true; } } LOGGER.debug("Client address {} does not match any configure... | NetworkFirewallRule extends FirewallRule { @Override protected boolean matches(InetAddress ip) { for (InetNetwork network : _networks) { if (network.contains(ip)) { LOGGER.debug("Client address {} matches configured network {}", ip, network); return true; } } LOGGER.debug("Client address {} does not match any configure... | NetworkFirewallRule extends FirewallRule { @Override protected boolean matches(InetAddress ip) { for (InetNetwork network : _networks) { if (network.contains(ip)) { LOGGER.debug("Client address {} matches configured network {}", ip, network); return true; } } LOGGER.debug("Client address {} does not match any configure... |
@Test public void testWildcard() throws Exception { assertFalse(new NetworkFirewallRule("192.168.*") .matches(InetAddress.getByName("192.169.1.0"))); assertTrue(new NetworkFirewallRule("192.168.*") .matches(InetAddress.getByName("192.168.1.0"))); assertTrue(new NetworkFirewallRule("192.168.*") .matches(InetAddress.getB... | @Override protected boolean matches(InetAddress ip) { for (InetNetwork network : _networks) { if (network.contains(ip)) { LOGGER.debug("Client address {} matches configured network {}", ip, network); return true; } } LOGGER.debug("Client address {} does not match any configured networks", ip); return false; } | NetworkFirewallRule extends FirewallRule { @Override protected boolean matches(InetAddress ip) { for (InetNetwork network : _networks) { if (network.contains(ip)) { LOGGER.debug("Client address {} matches configured network {}", ip, network); return true; } } LOGGER.debug("Client address {} does not match any configure... | NetworkFirewallRule extends FirewallRule { @Override protected boolean matches(InetAddress ip) { for (InetNetwork network : _networks) { if (network.contains(ip)) { LOGGER.debug("Client address {} matches configured network {}", ip, network); return true; } } LOGGER.debug("Client address {} does not match any configure... | NetworkFirewallRule extends FirewallRule { @Override protected boolean matches(InetAddress ip) { for (InetNetwork network : _networks) { if (network.contains(ip)) { LOGGER.debug("Client address {} matches configured network {}", ip, network); return true; } } LOGGER.debug("Client address {} does not match any configure... | NetworkFirewallRule extends FirewallRule { @Override protected boolean matches(InetAddress ip) { for (InetNetwork network : _networks) { if (network.contains(ip)) { LOGGER.debug("Client address {} matches configured network {}", ip, network); return true; } } LOGGER.debug("Client address {} does not match any configure... |
@Test public void testMultipleNetworks() throws Exception { String[] ipAddressesInRule = new String[] {OTHER_IP_1, OTHER_IP_2}; _networkFirewallRule = new NetworkFirewallRule(ipAddressesInRule); assertFalse(_networkFirewallRule.matches(_addressNotInRule)); for (String ipAddressInRule : ipAddressesInRule) { assertTrue(_... | @Override protected boolean matches(InetAddress ip) { for (InetNetwork network : _networks) { if (network.contains(ip)) { LOGGER.debug("Client address {} matches configured network {}", ip, network); return true; } } LOGGER.debug("Client address {} does not match any configured networks", ip); return false; } | NetworkFirewallRule extends FirewallRule { @Override protected boolean matches(InetAddress ip) { for (InetNetwork network : _networks) { if (network.contains(ip)) { LOGGER.debug("Client address {} matches configured network {}", ip, network); return true; } } LOGGER.debug("Client address {} does not match any configure... | NetworkFirewallRule extends FirewallRule { @Override protected boolean matches(InetAddress ip) { for (InetNetwork network : _networks) { if (network.contains(ip)) { LOGGER.debug("Client address {} matches configured network {}", ip, network); return true; } } LOGGER.debug("Client address {} does not match any configure... | NetworkFirewallRule extends FirewallRule { @Override protected boolean matches(InetAddress ip) { for (InetNetwork network : _networks) { if (network.contains(ip)) { LOGGER.debug("Client address {} matches configured network {}", ip, network); return true; } } LOGGER.debug("Client address {} does not match any configure... | NetworkFirewallRule extends FirewallRule { @Override protected boolean matches(InetAddress ip) { for (InetNetwork network : _networks) { if (network.contains(ip)) { LOGGER.debug("Client address {} matches configured network {}", ip, network); return true; } } LOGGER.debug("Client address {} does not match any configure... |
@Test public void testAmqpValueWithNullWithTextMessageAnnotation() throws Exception { final Object expected = null; final AmqpValue amqpValue = new AmqpValue(expected); Message_1_0 sourceMessage = createTestMessage(TEXT_MESSAGE_MESSAGE_ANNOTATION, amqpValue.createEncodingRetainingSection()); final MessageTransferMessag... | @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } | MessageConverter_1_0_to_v0_10 implements MessageConverter<Message_1_0, MessageTransferMessage> { @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } } | MessageConverter_1_0_to_v0_10 implements MessageConverter<Message_1_0, MessageTransferMessage> { @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } } | MessageConverter_1_0_to_v0_10 implements MessageConverter<Message_1_0, MessageTransferMessage> { @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } @Override Class<Message_1... | MessageConverter_1_0_to_v0_10 implements MessageConverter<Message_1_0, MessageTransferMessage> { @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } @Override Class<Message_1... |
@Test public void testAmqpValueWithNullWithMessageAnnotation() throws Exception { final Object expected = null; final AmqpValue amqpValue = new AmqpValue(expected); Message_1_0 sourceMessage = createTestMessage(MESSAGE_MESSAGE_ANNOTATION, amqpValue.createEncodingRetainingSection()); final MessageTransferMessage convert... | @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } | MessageConverter_1_0_to_v0_10 implements MessageConverter<Message_1_0, MessageTransferMessage> { @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } } | MessageConverter_1_0_to_v0_10 implements MessageConverter<Message_1_0, MessageTransferMessage> { @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } } | MessageConverter_1_0_to_v0_10 implements MessageConverter<Message_1_0, MessageTransferMessage> { @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } @Override Class<Message_1... | MessageConverter_1_0_to_v0_10 implements MessageConverter<Message_1_0, MessageTransferMessage> { @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } @Override Class<Message_1... |
@Test public void testAmqpValueWithNullWithObjectMessageAnnotation() throws Exception { final Object expected = null; final AmqpValue amqpValue = new AmqpValue(expected); Message_1_0 sourceMessage = createTestMessage(OBJECT_MESSAGE_MESSAGE_ANNOTATION, amqpValue.createEncodingRetainingSection()); final MessageTransferMe... | @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } | MessageConverter_1_0_to_v0_10 implements MessageConverter<Message_1_0, MessageTransferMessage> { @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } } | MessageConverter_1_0_to_v0_10 implements MessageConverter<Message_1_0, MessageTransferMessage> { @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } } | MessageConverter_1_0_to_v0_10 implements MessageConverter<Message_1_0, MessageTransferMessage> { @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } @Override Class<Message_1... | MessageConverter_1_0_to_v0_10 implements MessageConverter<Message_1_0, MessageTransferMessage> { @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } @Override Class<Message_1... |
@Test public void create() throws Exception { _messageMutator.setPriority((byte) (TEST_PRIORITY + 1)); final Message_1_0 newMessage = _messageMutator.create(); assertThat(newMessage.getMessageHeader().getPriority(), is(equalTo((byte) (TEST_PRIORITY + 1)))); assertThat(newMessage.getMessageHeader().getMimeType(), is(equ... | @Override public Message_1_0 create() { final long contentSize = _message.getSize(); HeaderSection headerSection = null; if (_header != null) { headerSection = _header.createEncodingRetainingSection(); } DeliveryAnnotationsSection deliveryAnnotationsSection = null; if (_deliveryAnnotations != null) { deliveryAnnotation... | Message_1_0_Mutator implements ServerMessageMutator<Message_1_0> { @Override public Message_1_0 create() { final long contentSize = _message.getSize(); HeaderSection headerSection = null; if (_header != null) { headerSection = _header.createEncodingRetainingSection(); } DeliveryAnnotationsSection deliveryAnnotationsSec... | Message_1_0_Mutator implements ServerMessageMutator<Message_1_0> { @Override public Message_1_0 create() { final long contentSize = _message.getSize(); HeaderSection headerSection = null; if (_header != null) { headerSection = _header.createEncodingRetainingSection(); } DeliveryAnnotationsSection deliveryAnnotationsSec... | Message_1_0_Mutator implements ServerMessageMutator<Message_1_0> { @Override public Message_1_0 create() { final long contentSize = _message.getSize(); HeaderSection headerSection = null; if (_header != null) { headerSection = _header.createEncodingRetainingSection(); } DeliveryAnnotationsSection deliveryAnnotationsSec... | Message_1_0_Mutator implements ServerMessageMutator<Message_1_0> { @Override public Message_1_0 create() { final long contentSize = _message.getSize(); HeaderSection headerSection = null; if (_header != null) { headerSection = _header.createEncodingRetainingSection(); } DeliveryAnnotationsSection deliveryAnnotationsSec... |
@Test public void testAmqpValueWithNullWithMapMessageAnnotation() throws Exception { final Object expected = null; final AmqpValue amqpValue = new AmqpValue(expected); Message_1_0 sourceMessage = createTestMessage(MAP_MESSAGE_MESSAGE_ANNOTATION, amqpValue.createEncodingRetainingSection()); final MessageTransferMessage ... | @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } | MessageConverter_1_0_to_v0_10 implements MessageConverter<Message_1_0, MessageTransferMessage> { @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } } | MessageConverter_1_0_to_v0_10 implements MessageConverter<Message_1_0, MessageTransferMessage> { @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } } | MessageConverter_1_0_to_v0_10 implements MessageConverter<Message_1_0, MessageTransferMessage> { @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } @Override Class<Message_1... | MessageConverter_1_0_to_v0_10 implements MessageConverter<Message_1_0, MessageTransferMessage> { @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } @Override Class<Message_1... |
@Test public void testAmqpValueWithNullWithBytesMessageAnnotation() throws Exception { final Object expected = null; final AmqpValue amqpValue = new AmqpValue(expected); Message_1_0 sourceMessage = createTestMessage(BYTE_MESSAGE_MESSAGE_ANNOTATION, amqpValue.createEncodingRetainingSection()); final MessageTransferMessa... | @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } | MessageConverter_1_0_to_v0_10 implements MessageConverter<Message_1_0, MessageTransferMessage> { @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } } | MessageConverter_1_0_to_v0_10 implements MessageConverter<Message_1_0, MessageTransferMessage> { @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } } | MessageConverter_1_0_to_v0_10 implements MessageConverter<Message_1_0, MessageTransferMessage> { @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } @Override Class<Message_1... | MessageConverter_1_0_to_v0_10 implements MessageConverter<Message_1_0, MessageTransferMessage> { @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } @Override Class<Message_1... |
@Test public void testAmqpValueWithNullWithStreamMessageAnnotation() throws Exception { final Object expected = null; final AmqpValue amqpValue = new AmqpValue(expected); Message_1_0 sourceMessage = createTestMessage(STREAM_MESSAGE_MESSAGE_ANNOTATION, amqpValue.createEncodingRetainingSection()); final MessageTransferMe... | @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } | MessageConverter_1_0_to_v0_10 implements MessageConverter<Message_1_0, MessageTransferMessage> { @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } } | MessageConverter_1_0_to_v0_10 implements MessageConverter<Message_1_0, MessageTransferMessage> { @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } } | MessageConverter_1_0_to_v0_10 implements MessageConverter<Message_1_0, MessageTransferMessage> { @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } @Override Class<Message_1... | MessageConverter_1_0_to_v0_10 implements MessageConverter<Message_1_0, MessageTransferMessage> { @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } @Override Class<Message_1... |
@Test public void testAmqpValueWithNullWithUnknownMessageAnnotation() throws Exception { final Object expected = null; final AmqpValue amqpValue = new AmqpValue(expected); Message_1_0 sourceMessage = createTestMessage(new MessageAnnotations(Collections.singletonMap(Symbol.valueOf("x-opt-jms-msg-type"), (byte) 11)), amq... | @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } | MessageConverter_1_0_to_v0_10 implements MessageConverter<Message_1_0, MessageTransferMessage> { @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } } | MessageConverter_1_0_to_v0_10 implements MessageConverter<Message_1_0, MessageTransferMessage> { @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } } | MessageConverter_1_0_to_v0_10 implements MessageConverter<Message_1_0, MessageTransferMessage> { @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } @Override Class<Message_1... | MessageConverter_1_0_to_v0_10 implements MessageConverter<Message_1_0, MessageTransferMessage> { @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } @Override Class<Message_1... |
@Test public void testAmqpValueWithNullWithContentTypeApplicationOctetStream() throws Exception { Properties properties = new Properties(); properties.setContentType(Symbol.valueOf("application/octet-stream")); final Object expected = null; final AmqpValue amqpValue = new AmqpValue(expected); Message_1_0 sourceMessage ... | @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } | MessageConverter_1_0_to_v0_10 implements MessageConverter<Message_1_0, MessageTransferMessage> { @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } } | MessageConverter_1_0_to_v0_10 implements MessageConverter<Message_1_0, MessageTransferMessage> { @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } } | MessageConverter_1_0_to_v0_10 implements MessageConverter<Message_1_0, MessageTransferMessage> { @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } @Override Class<Message_1... | MessageConverter_1_0_to_v0_10 implements MessageConverter<Message_1_0, MessageTransferMessage> { @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } @Override Class<Message_1... |
@Test public void testAmqpValueWithNullWithObjectMessageContentType() throws Exception { final Properties properties = new Properties(); properties.setContentType(Symbol.valueOf("application/x-java-serialized-object")); final Object expected = null; final AmqpValue amqpValue = new AmqpValue(expected); Message_1_0 sourc... | @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } | MessageConverter_1_0_to_v0_10 implements MessageConverter<Message_1_0, MessageTransferMessage> { @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } } | MessageConverter_1_0_to_v0_10 implements MessageConverter<Message_1_0, MessageTransferMessage> { @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } } | MessageConverter_1_0_to_v0_10 implements MessageConverter<Message_1_0, MessageTransferMessage> { @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } @Override Class<Message_1... | MessageConverter_1_0_to_v0_10 implements MessageConverter<Message_1_0, MessageTransferMessage> { @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } @Override Class<Message_1... |
@Test public void testAmqpValueWithNullWithJmsMapContentType() throws Exception { final Properties properties = new Properties(); properties.setContentType(Symbol.valueOf("jms/map-message")); final Object expected = null; final AmqpValue amqpValue = new AmqpValue(expected); Message_1_0 sourceMessage = createTestMessage... | @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } | MessageConverter_1_0_to_v0_10 implements MessageConverter<Message_1_0, MessageTransferMessage> { @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } } | MessageConverter_1_0_to_v0_10 implements MessageConverter<Message_1_0, MessageTransferMessage> { @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } } | MessageConverter_1_0_to_v0_10 implements MessageConverter<Message_1_0, MessageTransferMessage> { @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } @Override Class<Message_1... | MessageConverter_1_0_to_v0_10 implements MessageConverter<Message_1_0, MessageTransferMessage> { @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } @Override Class<Message_1... |
@Test public void testAmqpValueWithNull() throws Exception { final Object expected = null; final AmqpValue amqpValue = new AmqpValue(expected); Message_1_0 sourceMessage = createTestMessage(amqpValue.createEncodingRetainingSection()); final MessageTransferMessage convertedMessage = _converter.convert(sourceMessage, moc... | @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } | MessageConverter_1_0_to_v0_10 implements MessageConverter<Message_1_0, MessageTransferMessage> { @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } } | MessageConverter_1_0_to_v0_10 implements MessageConverter<Message_1_0, MessageTransferMessage> { @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } } | MessageConverter_1_0_to_v0_10 implements MessageConverter<Message_1_0, MessageTransferMessage> { @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } @Override Class<Message_1... | MessageConverter_1_0_to_v0_10 implements MessageConverter<Message_1_0, MessageTransferMessage> { @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } @Override Class<Message_1... |
@Test public void testAmqpValueWithString() throws Exception { final String expected = "testContent"; final AmqpValue amqpValue = new AmqpValue(expected); Message_1_0 sourceMessage = createTestMessage(amqpValue.createEncodingRetainingSection()); final MessageTransferMessage convertedMessage = _converter.convert(sourceM... | @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } | MessageConverter_1_0_to_v0_10 implements MessageConverter<Message_1_0, MessageTransferMessage> { @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } } | MessageConverter_1_0_to_v0_10 implements MessageConverter<Message_1_0, MessageTransferMessage> { @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } } | MessageConverter_1_0_to_v0_10 implements MessageConverter<Message_1_0, MessageTransferMessage> { @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } @Override Class<Message_1... | MessageConverter_1_0_to_v0_10 implements MessageConverter<Message_1_0, MessageTransferMessage> { @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } @Override Class<Message_1... |
@Test public void testAmqpValueWithStringWithTextMessageAnnotation() throws Exception { final String expected = "testContent"; final AmqpValue amqpValue = new AmqpValue(expected); Message_1_0 sourceMessage = createTestMessage(TEXT_MESSAGE_MESSAGE_ANNOTATION, amqpValue.createEncodingRetainingSection()); final MessageTra... | @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } | MessageConverter_1_0_to_v0_10 implements MessageConverter<Message_1_0, MessageTransferMessage> { @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } } | MessageConverter_1_0_to_v0_10 implements MessageConverter<Message_1_0, MessageTransferMessage> { @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } } | MessageConverter_1_0_to_v0_10 implements MessageConverter<Message_1_0, MessageTransferMessage> { @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } @Override Class<Message_1... | MessageConverter_1_0_to_v0_10 implements MessageConverter<Message_1_0, MessageTransferMessage> { @Override public MessageTransferMessage convert(Message_1_0 serverMsg, NamedAddressSpace addressSpace) { return new MessageTransferMessage(convertToStoredMessage(serverMsg, addressSpace), null); } @Override Class<Message_1... |
@Test public void testTTLAdjustedOnSend() throws Exception { final MessageInstanceConsumer comsumer = mock(MessageInstanceConsumer.class); long ttl = 2000L; long arrivalTime = System.currentTimeMillis() - 1000L; final Header header = new Header(); header.setTtl(UnsignedInteger.valueOf(ttl)); final Message_1_0 message =... | @Override public void doSend(final MessageInstanceConsumer consumer, final MessageInstance entry, boolean batch) { ServerMessage serverMessage = entry.getMessage(); Message_1_0 message; final MessageConverter<? super ServerMessage, Message_1_0> converter; if(serverMessage instanceof Message_1_0) { converter = null; mes... | ConsumerTarget_1_0 extends AbstractConsumerTarget<ConsumerTarget_1_0> { @Override public void doSend(final MessageInstanceConsumer consumer, final MessageInstance entry, boolean batch) { ServerMessage serverMessage = entry.getMessage(); Message_1_0 message; final MessageConverter<? super ServerMessage, Message_1_0> con... | ConsumerTarget_1_0 extends AbstractConsumerTarget<ConsumerTarget_1_0> { @Override public void doSend(final MessageInstanceConsumer consumer, final MessageInstance entry, boolean batch) { ServerMessage serverMessage = entry.getMessage(); Message_1_0 message; final MessageConverter<? super ServerMessage, Message_1_0> con... | ConsumerTarget_1_0 extends AbstractConsumerTarget<ConsumerTarget_1_0> { @Override public void doSend(final MessageInstanceConsumer consumer, final MessageInstance entry, boolean batch) { ServerMessage serverMessage = entry.getMessage(); Message_1_0 message; final MessageConverter<? super ServerMessage, Message_1_0> con... | ConsumerTarget_1_0 extends AbstractConsumerTarget<ConsumerTarget_1_0> { @Override public void doSend(final MessageInstanceConsumer consumer, final MessageInstance entry, boolean batch) { ServerMessage serverMessage = entry.getMessage(); Message_1_0 message; final MessageConverter<? super ServerMessage, Message_1_0> con... |
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