import java.util.ArrayList;

import java.util.List;

public class BatchProcessor {

/**

* Processes a list of datasets in batches.

*

* @param datasets A list of datasets to process.

* @param batchSize The size of each batch.

* @param operation The operation to perform on each dataset.

* @param flag1 An optional flag.

* @param flag2 Another optional flag.

*/

public void processBatched(List<?> datasets, int batchSize, Processor operation, Boolean flag1, Boolean flag2) {

if (datasets == null || datasets.isEmpty()) {

return;

}

int numDatasets = datasets.size();

int start = 0;

while (start < numDatasets) {

int end = Math.min(start + batchSize, numDatasets); // Calculate end index for the current batch

List<?> batch = datasets.subList(start, end); // Extract the batch

processBatch(batch, operation, flag1, flag2); // Process the batch

start = end; // Update the start index for the next batch

}

}

private void processBatch(List<?> batch, Processor operation, Boolean flag1, Boolean flag2) {

for (Object dataset : batch) {

operation.process(dataset, flag1, flag2); // Process each dataset in the batch

}

}

/**

* Functional interface for the processing operation.

*/

@FunctionalInterface

public interface Processor {

void process(Object dataset, Boolean flag1, Boolean flag2);

}

public static void main(String[] args) {

// Example Usage

List<String> data = new ArrayList<>();

data.add("Data 1");

data.add("Data 2");

data.add("Data 3");

data.add("Data 4");

data.add("Data 5");

data.add("Data 6");

data.add("Data 7");

data.add("Data 8");

BatchProcessor processor = new BatchProcessor();

// Example operation: Print the data with flags

Processor printProcessor = (dataset, flag1, flag2) -> {

System.out.println("Processing: " + dataset + ", Flag1: " + flag1 + ", Flag2: " + flag2);

};

// Process in batches of size 3, with flag1 set to true

processor.processBatched(data, 3, printProcessor, true, false);

}

}