input.reset(); if (outputs.count > 0) { outputs.posIncr = 0; input.reset(); final int posIncr = outputs.posIncr; final CharsRef output = outputs.pullNext(); input.reset(); nextRead = rollIncr(nextRead); inputSkipCount--; final int posIncr = outputs.posIncr; final CharsRef output = outputs.pullNext(); futureInputs[nextRead].reset(); if (outputs.count == 0) { nextWrite = nextRead = rollIncr(nextRead);
input.reset(); if (outputs.count > 0) { outputs.posIncr = 0; input.reset(); final int posIncr = outputs.posIncr; final CharsRef output = outputs.pullNext(); input.reset(); nextRead = rollIncr(nextRead); inputSkipCount--; final int posIncr = outputs.posIncr; final CharsRef output = outputs.pullNext(); futureInputs[nextRead].reset(); if (outputs.count == 0) { nextWrite = nextRead = rollIncr(nextRead);
@Override public void reset() throws IOException { super.reset(); captureCount = 0; finished = false; inputSkipCount = 0; nextRead = nextWrite = 0; // In normal usage these resets would not be needed, // since they reset-as-they-are-consumed, but the app // may not consume all input tokens (or we might hit an // exception), in which case we have leftover state // here: for (PendingInput input : futureInputs) { input.reset(); } for (PendingOutputs output : futureOutputs) { output.reset(); } } }
@Override public void reset() throws IOException { super.reset(); captureCount = 0; finished = false; inputSkipCount = 0; nextRead = nextWrite = 0; // In normal usage these resets would not be needed, // since they reset-as-they-are-consumed, but the app // may not consume all input tokens (or we might hit an // exception), in which case we have leftover state // here: for (PendingInput input : futureInputs) { input.reset(); } for (PendingOutputs output : futureOutputs) { output.reset(); } } }
input.reset(); if (outputs.count > 0) { outputs.posIncr = 0; input.reset(); final int posIncr = outputs.posIncr; final CharsRef output = outputs.pullNext(); input.reset(); nextRead = rollIncr(nextRead); inputSkipCount--; final int posIncr = outputs.posIncr; final CharsRef output = outputs.pullNext(); futureInputs[nextRead].reset(); if (outputs.count == 0) { nextWrite = nextRead = rollIncr(nextRead);
@Override public void reset() throws IOException { super.reset(); captureCount = 0; finished = false; inputSkipCount = 0; nextRead = nextWrite = 0; // In normal usage these resets would not be needed, // since they reset-as-they-are-consumed, but the app // may not consume all input tokens (or we might hit an // exception), in which case we have leftover state // here: for (PendingInput input : futureInputs) { input.reset(); } for (PendingOutputs output : futureOutputs) { output.reset(); } } }