protected void flushData() { super.flushData(); crcMetadata.append(buffer, 0, validBufferBytes, false); }
@Override protected void flushData() { super.flushData(); ByteBuffer toAppend = buffer.duplicate(); toAppend.position(0); toAppend.limit(buffer.position()); crcMetadata.appendDirect(toAppend, false); }
@Override protected void flushData() { super.flushData(); ByteBuffer toAppend = buffer.duplicate(); toAppend.position(0); toAppend.limit(buffer.position()); crcMetadata.appendDirect(toAppend, false); }
@Override protected void flushData() { super.flushData(); ByteBuffer toAppend = buffer.duplicate(); toAppend.position(0); toAppend.limit(buffer.position()); crcMetadata.appendDirect(toAppend, false); }
@Override protected void flushData() { super.flushData(); ByteBuffer toAppend = buffer.duplicate(); toAppend.position(0); toAppend.limit(buffer.position()); crcMetadata.appendDirect(toAppend, false); }
protected void flushInternal() { if (isDirty) { flushData(); if (trickleFsync) { bytesSinceTrickleFsync += validBufferBytes; if (bytesSinceTrickleFsync >= trickleFsyncByteInterval) { syncDataOnlyInternal(); bytesSinceTrickleFsync = 0; } } // Remember that we wrote, so we don't write it again on next flush(). resetBuffer(); isDirty = false; } }
@Override protected void doFlush(int count) { flushData(); if (option.trickleFsync()) { bytesSinceTrickleFsync += buffer.position(); if (bytesSinceTrickleFsync >= option.trickleFsyncByteInterval()) { syncDataOnlyInternal(); bytesSinceTrickleFsync = 0; } } // Remember that we wrote, so we don't write it again on next flush(). resetBuffer(); }
@Override protected void doFlush(int count) { flushData(); if (option.trickleFsync()) { bytesSinceTrickleFsync += buffer.position(); if (bytesSinceTrickleFsync >= option.trickleFsyncByteInterval()) { syncDataOnlyInternal(); bytesSinceTrickleFsync = 0; } } // Remember that we wrote, so we don't write it again on next flush(). resetBuffer(); }
@Override protected void doFlush(int count) { flushData(); if (option.trickleFsync()) { bytesSinceTrickleFsync += buffer.position(); if (bytesSinceTrickleFsync >= option.trickleFsyncByteInterval()) { syncDataOnlyInternal(); bytesSinceTrickleFsync = 0; } } // Remember that we wrote, so we don't write it again on next flush(). resetBuffer(); }
@Override protected void doFlush(int count) { flushData(); if (option.trickleFsync()) { bytesSinceTrickleFsync += buffer.position(); if (bytesSinceTrickleFsync >= option.trickleFsyncByteInterval()) { syncDataOnlyInternal(); bytesSinceTrickleFsync = 0; } } // Remember that we wrote, so we don't write it again on next flush(). resetBuffer(); }