@Override public void writeMapStart() throws IOException { if (stackTop + 1 == blockStack.length) { expandStack(); } BlockedValue bv = blockStack[++stackTop]; bv.type = Schema.Type.MAP; bv.state = BlockedValue.State.REGULAR; bv.start = bv.lastFullItem = pos; bv.items = 0; assert check(); }
@Override public void writeArrayStart() throws IOException { if (stackTop + 1 == blockStack.length) { expandStack(); } BlockedValue bv = blockStack[++stackTop]; bv.type = Schema.Type.ARRAY; bv.state = BlockedValue.State.REGULAR; bv.start = bv.lastFullItem = pos; bv.items = 0; assert check(); }
@Override public void writeMapStart() throws IOException { if (stackTop + 1 == blockStack.length) { expandStack(); } BlockedValue bv = blockStack[++stackTop]; bv.type = Schema.Type.MAP; bv.state = BlockedValue.State.REGULAR; bv.start = bv.lastFullItem = pos; bv.items = 0; assert check(); }
@Override public void writeArrayStart() throws IOException { if (stackTop + 1 == blockStack.length) { expandStack(); } BlockedValue bv = blockStack[++stackTop]; bv.type = Schema.Type.ARRAY; bv.state = BlockedValue.State.REGULAR; bv.start = bv.lastFullItem = pos; bv.items = 0; assert check(); }
BlockingBinaryEncoder(OutputStream out, int blockBufferSize, int binaryEncoderBufferSize) { super(out, binaryEncoderBufferSize); this.buf = new byte[blockBufferSize]; this.pos = 0; blockStack = new BlockedValue[0]; expandStack(); BlockedValue bv = blockStack[++stackTop]; bv.type = null; bv.state = BlockedValue.State.ROOT; bv.start = bv.lastFullItem = 0; bv.items = 1; assert check(); }
BlockingBinaryEncoder(OutputStream out, int blockBufferSize, int binaryEncoderBufferSize) { super(out, binaryEncoderBufferSize); this.buf = new byte[blockBufferSize]; this.pos = 0; blockStack = new BlockedValue[0]; expandStack(); BlockedValue bv = blockStack[++stackTop]; bv.type = null; bv.state = BlockedValue.State.ROOT; bv.start = bv.lastFullItem = 0; bv.items = 1; assert check(); }
@Override public void writeMapStart() throws IOException { if (stackTop + 1 == blockStack.length) { expandStack(); } BlockedValue bv = blockStack[++stackTop]; bv.type = Schema.Type.MAP; bv.state = BlockedValue.State.REGULAR; bv.start = bv.lastFullItem = pos; bv.items = 0; assert check(); }
@Override public void writeMapStart() throws IOException { if (stackTop + 1 == blockStack.length) { expandStack(); } BlockedValue bv = blockStack[++stackTop]; bv.type = Schema.Type.MAP; bv.state = BlockedValue.State.REGULAR; bv.start = bv.lastFullItem = pos; bv.items = 0; assert check(); }
@Override public void writeArrayStart() throws IOException { if (stackTop + 1 == blockStack.length) { expandStack(); } BlockedValue bv = blockStack[++stackTop]; bv.type = Schema.Type.ARRAY; bv.state = BlockedValue.State.REGULAR; bv.start = bv.lastFullItem = pos; bv.items = 0; assert check(); }
@Override public void writeMapStart() throws IOException { if (stackTop + 1 == blockStack.length) { expandStack(); } BlockedValue bv = blockStack[++stackTop]; bv.type = Schema.Type.MAP; bv.state = BlockedValue.State.REGULAR; bv.start = bv.lastFullItem = pos; bv.items = 0; assert check(); }
@Override public void writeArrayStart() throws IOException { if (stackTop + 1 == blockStack.length) { expandStack(); } BlockedValue bv = blockStack[++stackTop]; bv.type = Schema.Type.ARRAY; bv.state = BlockedValue.State.REGULAR; bv.start = bv.lastFullItem = pos; bv.items = 0; assert check(); }
@Override public void writeArrayStart() throws IOException { if (stackTop + 1 == blockStack.length) { expandStack(); } BlockedValue bv = blockStack[++stackTop]; bv.type = Schema.Type.ARRAY; bv.state = BlockedValue.State.REGULAR; bv.start = bv.lastFullItem = pos; bv.items = 0; assert check(); }
@Override public void writeArrayStart() throws IOException { if (stackTop + 1 == blockStack.length) { expandStack(); } BlockedValue bv = blockStack[++stackTop]; bv.type = Schema.Type.ARRAY; bv.state = BlockedValue.State.REGULAR; bv.start = bv.lastFullItem = pos; bv.items = 0; assert check(); }
@Override public void writeMapStart() throws IOException { if (stackTop + 1 == blockStack.length) { expandStack(); } BlockedValue bv = blockStack[++stackTop]; bv.type = Schema.Type.MAP; bv.state = BlockedValue.State.REGULAR; bv.start = bv.lastFullItem = pos; bv.items = 0; assert check(); }
BlockingBinaryEncoder(OutputStream out, int blockBufferSize, int binaryEncoderBufferSize) { super(out, binaryEncoderBufferSize); this.buf = new byte[blockBufferSize]; this.pos = 0; blockStack = new BlockedValue[0]; expandStack(); BlockedValue bv = blockStack[++stackTop]; bv.type = null; bv.state = BlockedValue.State.ROOT; bv.start = bv.lastFullItem = 0; bv.items = 1; assert check(); }
BlockingBinaryEncoder(OutputStream out, int blockBufferSize, int binaryEncoderBufferSize) { super(out, binaryEncoderBufferSize); this.buf = new byte[blockBufferSize]; this.pos = 0; blockStack = new BlockedValue[0]; expandStack(); BlockedValue bv = blockStack[++stackTop]; bv.type = null; bv.state = BlockedValue.State.ROOT; bv.start = bv.lastFullItem = 0; bv.items = 1; assert check(); }
public BlockingBinaryEncoder(OutputStream out, int bufferSize) { super(out); if (bufferSize < MIN_BUFFER_SIZE) { throw new IllegalArgumentException("Buffer size too smll."); } this.buf = new byte[bufferSize]; this.pos = 0; blockStack = new BlockedValue[0]; expandStack(); BlockedValue bv = blockStack[++stackTop]; bv.type = null; bv.state = BlockedValue.State.ROOT; bv.start = bv.lastFullItem = 0; bv.items = 1; assert check(); }
public BlockingBinaryEncoder(OutputStream out, int bufferSize) { super(out); if (bufferSize < MIN_BUFFER_SIZE) { throw new IllegalArgumentException("Buffer size too smll."); } this.buf = new byte[bufferSize]; this.pos = 0; blockStack = new BlockedValue[0]; expandStack(); BlockedValue bv = blockStack[++stackTop]; bv.type = null; bv.state = BlockedValue.State.ROOT; bv.start = bv.lastFullItem = 0; bv.items = 1; assert check(); }