private void flushBinaryBuffersIfNeeded() throws IOException { if (compositeBuffer != null) { // this actually checks wheather current buffer was overloaded during encoding so we need to flush flushBinaryBuffers(false); blockAfterWriteIfNeeded(); } }
private void flushBinaryBuffersIfNeeded() throws IOException { if (compositeBuffer != null) { // this actually checks wheather current buffer was overloaded during encoding so we need to flush flushBinaryBuffers(false); blockAfterWriteIfNeeded(); } }
private void flushBinaryBuffersIfNeeded() throws IOException { if (compositeBuffer != null) { // this actually checks wheather current buffer was overloaded during encoding so we need to flush flushBinaryBuffers(false); blockAfterWriteIfNeeded(); } }
private void flushBinaryBuffersIfNeeded() throws IOException { if (compositeBuffer != null) { // this actually checks wheather current buffer was overloaded during encoding so we need to flush flushBinaryBuffers(false); blockAfterWriteIfNeeded(); } }
private void flushBinaryBuffersIfNeeded() throws IOException { if (compositeBuffer != null) { // this actually checks wheather current buffer was overloaded during encoding so we need to flush flushBinaryBuffers(false); blockAfterWriteIfNeeded(); } }
private void flushBinaryBuffersIfNeeded() throws IOException { if (compositeBuffer != null) { // this actually checks wheather current buffer was overloaded during encoding so we need to flush flushBinaryBuffers(false); blockAfterWriteIfNeeded(); } }
private void flushBinaryBuffersIfNeeded() throws IOException { if (compositeBuffer != null) { // this actually checks wheather current buffer was overloaded during encoding so we need to flush flushBinaryBuffers(false); blockAfterWriteIfNeeded(); } }
private void flushBinaryBuffersIfNeeded() throws IOException { if (compositeBuffer != null) { // this actually checks wheather current buffer was overloaded during encoding so we need to flush flushBinaryBuffers(false); blockAfterWriteIfNeeded(); } }
private void flushBinaryBuffersIfNeeded() throws IOException { if (compositeBuffer != null) { // this actually checks wheather current buffer was overloaded during encoding so we need to flush flushBinaryBuffers(false); blockAfterWriteIfNeeded(); } }
private void flushBinaryBuffersIfNeeded() throws IOException { if (compositeBuffer != null) { // this actually checks wheather current buffer was overloaded during encoding so we need to flush flushBinaryBuffers(false); blockAfterWriteIfNeeded(); } }
/** * Flush the response. * * @throws java.io.IOException an underlying I/O error occurred */ public void flush() throws IOException { connection.assertOpen(); final boolean isJustCommitted = doCommit(); if (!flushAllBuffers(false) && isJustCommitted) { forceCommitHeaders(false); } blockAfterWriteIfNeeded(); }
/** * Flush the response. * * @throws java.io.IOException an underlying I/O error occurred */ public void flush() throws IOException { connection.assertOpen(); final boolean isJustCommitted = doCommit(); if (!flushAllBuffers(false) && isJustCommitted) { forceCommitHeaders(false); } blockAfterWriteIfNeeded(); }
/** * Flush the response. * * @throws java.io.IOException an underlying I/O error occurred */ public void flush() throws IOException { connection.assertOpen(); final boolean isJustCommitted = doCommit(); if (!flushAllBuffers(false) && isJustCommitted) { forceCommitHeaders(false); } blockAfterWriteIfNeeded(); }
/** * Flush the response. * * @throws java.io.IOException an underlying I/O error occurred */ public void flush() throws IOException { connection.assertOpen(); final boolean isJustCommitted = doCommit(); if (!flushAllBuffers(false) && isJustCommitted) { forceCommitHeaders(false); } blockAfterWriteIfNeeded(); }
/** * Flush the response. * * @throws java.io.IOException an underlying I/O error occurred */ public void flush() throws IOException { connection.assertOpen(); final boolean isJustCommitted = doCommit(); if (!flushAllBuffers(false) && isJustCommitted) { forceCommitHeaders(false); } blockAfterWriteIfNeeded(); }
/** * Flush the response. * * @throws java.io.IOException an underlying I/O error occurred */ public void flush() throws IOException { connection.assertOpen(); final boolean isJustCommitted = doCommit(); if (!flushAllBuffers(false) && isJustCommitted) { forceCommitHeaders(false); } blockAfterWriteIfNeeded(); }
/** * Flush the response. * * @throws java.io.IOException an underlying I/O error occurred */ public void flush() throws IOException { connection.assertOpen(); final boolean isJustCommitted = doCommit(); if (!flushAllBuffers(false) && isJustCommitted) { forceCommitHeaders(false); } blockAfterWriteIfNeeded(); }
/** * Flush the response. * * @throws java.io.IOException an underlying I/O error occurred */ public void flush() throws IOException { connection.assertOpen(); final boolean isJustCommitted = doCommit(); if (!flushAllBuffers(false) && isJustCommitted) { forceCommitHeaders(false); } blockAfterWriteIfNeeded(); }
/** * Flush the response. * * @throws java.io.IOException an underlying I/O error occurred */ public void flush() throws IOException { connection.assertOpen(); final boolean isJustCommitted = doCommit(); if (!flushAllBuffers(false) && isJustCommitted) { forceCommitHeaders(false); } blockAfterWriteIfNeeded(); }
/** * Flush the response. * * @throws java.io.IOException an underlying I/O error occurred */ public void flush() throws IOException { connection.assertOpen(); final boolean isJustCommitted = doCommit(); if (!flushAllBuffers(false) && isJustCommitted) { forceCommitHeaders(false); } blockAfterWriteIfNeeded(); }