Examples of groovyx.gpars.dataflow.operator.DataflowProcessorAtomicBoundAllClosure

groovyx.gpars.dataflow.operator.DataflowProcessorAtomicBoundAllClosure

     *
     * @param channels A map specifying "inputs" and "outputs" - dataflow channels (instances of the DataflowQueue or DataflowVariable classes) to use for inputs and outputs
     * @return A new started selector instance with all the channels set
     */
    public final DataflowProcessor selector(final Map channels) {
        return new DataflowSelector(this, channels, new DataflowProcessorAtomicBoundAllClosure()).start();
    }

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     */
    public final DataflowProcessor selector(final List inputChannels, final List outputChannels) {
        final HashMap<String, List> params = new HashMap<String, List>(5);
        params.put(DataflowProcessor.INPUTS, inputChannels);
        params.put(DataflowProcessor.OUTPUTS, outputChannels);
        return new DataflowSelector(this, params, new DataflowProcessorAtomicBoundAllClosure()).start();
    }

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     *
     * @param channels A map specifying "inputs" and "outputs" - dataflow channels (instances of the DataflowQueue or DataflowVariable classes) to use for inputs and outputs
     * @return A new started selector instance with all the channels set
     */
    public final DataflowProcessor prioritySelector(final Map channels) {
        return new DataflowPrioritySelector(this, channels, new DataflowProcessorAtomicBoundAllClosure()).start();
    }

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     */
    public final DataflowProcessor prioritySelector(final List inputChannels, final List outputChannels) {
        final HashMap<String, Object> params = new HashMap<String, Object>(5);
        params.put(DataflowProcessor.INPUTS, inputChannels);
        params.put(DataflowProcessor.OUTPUTS, outputChannels);
        return new DataflowPrioritySelector(this, params, new DataflowProcessorAtomicBoundAllClosure()).start();
    }

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        if (inputChannel == null || outputChannels == null || outputChannels.isEmpty())
            throw new IllegalArgumentException(A_SPLITTER_NEEDS_AN_INPUT_CHANNEL_AND_AT_LEAST_ONE_OUTPUT_CHANNEL_TO_BE_CREATED);
        final HashMap<String, List> params = new HashMap<String, List>(5);
        params.put(DataflowProcessor.INPUTS, asList(inputChannel));
        params.put(DataflowProcessor.OUTPUTS, outputChannels);
        return new DataflowOperator(this, params, new DataflowProcessorAtomicBoundAllClosure()).start();
    }

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            throw new IllegalArgumentException(A_SPLITTER_NEEDS_AN_INPUT_CHANNEL_AND_AT_LEAST_ONE_OUTPUT_CHANNEL_TO_BE_CREATED);
        final HashMap<String, Object> params = new HashMap<String, Object>(5);
        params.put(DataflowProcessor.INPUTS, asList(inputChannel));
        params.put(DataflowProcessor.OUTPUTS, outputChannels);
        params.put(DataflowProcessor.MAX_FORKS, maxForks);
        return new DataflowOperator(this, params, new DataflowProcessorAtomicBoundAllClosure()).start();
    }

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