@Override public void onClosed(final Closeable closeable, final CloseType type) throws IOException { NetLogger.logClose(Http2Session.this); final boolean isClosing; synchronized (sessionLock) { isClosing = !isClosed(); if (isClosing) { closeFlag = type; } } if (isClosing) { for (Http2Stream stream : streamsMap.values()) { stream.closedRemotely(); } } } }
@Override public void onClosed(final Closeable closeable, final CloseType type) throws IOException { NetLogger.logClose(Http2Session.this); final boolean isClosing; synchronized (sessionLock) { isClosing = !isClosed(); if (isClosing) { closeFlag = type; } } if (isClosing) { for (Http2Stream stream : streamsMap.values()) { stream.closedRemotely(); } } } }
@Override public void onClosed(final Closeable closeable, final CloseType type) throws IOException { NetLogger.logClose(Http2Session.this); final boolean isClosing; synchronized (sessionLock) { isClosing = !isClosed(); if (isClosing) { closeFlag = type; } } if (isClosing) { for (Http2Stream stream : streamsMap.values()) { stream.closedRemotely(); } } } }
@Override public void onClosed(final Closeable closeable, final CloseType type) throws IOException { NetLogger.logClose(Http2Session.this); final boolean isClosing; synchronized (sessionLock) { isClosing = !isClosed(); if (isClosing) { closeFlag = type; } } if (isClosing) { for (Http2Stream stream : streamsMap.values()) { stream.closedRemotely(); } } } }
@Override public void onClosed(final Closeable closeable, final CloseType type) throws IOException { NetLogger.logClose(Http2Session.this); final boolean isClosing; synchronized (sessionLock) { isClosing = !isClosed(); if (isClosing) { closeFlag = type; } } if (isClosing) { for (Http2Stream stream : streamsMap.values()) { stream.closedRemotely(); } } } }
@Override public void onClosed(final Closeable closeable, final CloseType type) throws IOException { NetLogger.logClose(Http2Session.this); final boolean isClosing; synchronized (sessionLock) { isClosing = !isClosed(); if (isClosing) { closeFlag = type; } } if (isClosing) { for (Http2Stream stream : streamsMap.values()) { stream.closedRemotely(); } } } }
@Override public void onClosed(final Closeable closeable, final CloseType type) throws IOException { NetLogger.logClose(Http2Session.this); final boolean isClosing; synchronized (sessionLock) { isClosing = !isClosed(); if (isClosing) { closeFlag = type; } } if (isClosing) { for (Http2Stream stream : streamsMap.values()) { stream.closedRemotely(); } } } }
@Override public void onClosed(final Closeable closeable, final CloseType type) throws IOException { NetLogger.logClose(Http2Session.this); final boolean isClosing; synchronized (sessionLock) { isClosing = !isClosed(); if (isClosing) { closeFlag = type; } } if (isClosing) { for (Http2Stream stream : streamsMap.values()) { stream.closedRemotely(); } } } }
@Override public void onClosed(final Closeable closeable, final CloseType type) throws IOException { NetLogger.logClose(Http2Session.this); final boolean isClosing; synchronized (sessionLock) { isClosing = !isClosed(); if (isClosing) { closeFlag = type; } } if (isClosing) { for (Http2Stream stream : streamsMap.values()) { stream.closedRemotely(); } } } }
private void pruneStreams() { // close streams that rank above the last stream ID specified by the GOAWAY frame. // Allow other streams to continue processing. Once the concurrent stream count reaches zero, // the session will be closed. Map<Integer, Http2Stream> invalidStreams = streamsMap.subMap(goingAwayLastStreamId, false, Integer.MAX_VALUE, true); if (!invalidStreams.isEmpty()) { for (final Http2Stream stream : invalidStreams.values()) { stream.closedRemotely(); deregisterStream(); } } }
private void pruneStreams() { // close streams that rank above the last stream ID specified by the GOAWAY frame. // Allow other streams to continue processing. Once the concurrent stream count reaches zero, // the session will be closed. Map<Integer, Http2Stream> invalidStreams = streamsMap.subMap(goingAwayLastStreamId, false, Integer.MAX_VALUE, true); if (!invalidStreams.isEmpty()) { for (final Http2Stream stream : invalidStreams.values()) { stream.closedRemotely(); deregisterStream(); } } }
private void pruneStreams() { // close streams that rank above the last stream ID specified by the GOAWAY frame. // Allow other streams to continue processing. Once the concurrent stream count reaches zero, // the session will be closed. Map<Integer, Http2Stream> invalidStreams = streamsMap.subMap(goingAwayLastStreamId, false, Integer.MAX_VALUE, true); if (!invalidStreams.isEmpty()) { for (final Http2Stream stream : invalidStreams.values()) { stream.closedRemotely(); deregisterStream(); } } }
private void pruneStreams() { // close streams that rank above the last stream ID specified by the GOAWAY frame. // Allow other streams to continue processing. Once the concurrent stream count reaches zero, // the session will be closed. Map<Integer, Http2Stream> invalidStreams = streamsMap.subMap(goingAwayLastStreamId, false, Integer.MAX_VALUE, true); if (!invalidStreams.isEmpty()) { for (final Http2Stream stream : invalidStreams.values()) { stream.closedRemotely(); deregisterStream(); } } }
private void pruneStreams() { // close streams that rank above the last stream ID specified by the GOAWAY frame. // Allow other streams to continue processing. Once the concurrent stream count reaches zero, // the session will be closed. Map<Integer, Http2Stream> invalidStreams = streamsMap.subMap(goingAwayLastStreamId, false, Integer.MAX_VALUE, true); if (!invalidStreams.isEmpty()) { for (final Http2Stream stream : invalidStreams.values()) { stream.closedRemotely(); deregisterStream(); } } }
private void pruneStreams() { // close streams that rank above the last stream ID specified by the GOAWAY frame. // Allow other streams to continue processing. Once the concurrent stream count reaches zero, // the session will be closed. Map<Integer, Http2Stream> invalidStreams = streamsMap.subMap(goingAwayLastStreamId, false, Integer.MAX_VALUE, true); if (!invalidStreams.isEmpty()) { for (final Http2Stream stream : invalidStreams.values()) { stream.closedRemotely(); deregisterStream(); } } }
private void pruneStreams() { // close streams that rank above the last stream ID specified by the GOAWAY frame. // Allow other streams to continue processing. Once the concurrent stream count reaches zero, // the session will be closed. Map<Integer, Http2Stream> invalidStreams = streamsMap.subMap(goingAwayLastStreamId, false, Integer.MAX_VALUE, true); if (!invalidStreams.isEmpty()) { for (final Http2Stream stream : invalidStreams.values()) { stream.closedRemotely(); deregisterStream(); } } }
private void pruneStreams() { // close streams that rank above the last stream ID specified by the GOAWAY frame. // Allow other streams to continue processing. Once the concurrent stream count reaches zero, // the session will be closed. Map<Integer, Http2Stream> invalidStreams = streamsMap.subMap(goingAwayLastStreamId, false, Integer.MAX_VALUE, true); if (!invalidStreams.isEmpty()) { for (final Http2Stream stream : invalidStreams.values()) { stream.closedRemotely(); deregisterStream(); } } }
private void pruneStreams() { // close streams that rank above the last stream ID specified by the GOAWAY frame. // Allow other streams to continue processing. Once the concurrent stream count reaches zero, // the session will be closed. Map<Integer, Http2Stream> invalidStreams = streamsMap.subMap(goingAwayLastStreamId, false, Integer.MAX_VALUE, true); if (!invalidStreams.isEmpty()) { for (final Http2Stream stream : invalidStreams.values()) { stream.closedRemotely(); deregisterStream(); } } }