@Override public Accumulator<Integer, ArrayList<Integer>> clone() { return new VectorAccumulator(new ArrayList<Integer>(resultVector)); }
@Override public boolean filter(final StringTriple t) { boolean containsEmptyFields = false; // iterate over the tuple fields looking for empty ones for (int pos = 0; pos < t.getArity(); pos++) { final String field = t.getField(pos); if (field == null || field.trim().isEmpty()) { containsEmptyFields = true; // if an empty field is encountered, update the // accumulator this.emptyFieldCounter.add(pos); } } return !containsEmptyFields; } }
@Override public void merge(final Accumulator<Integer, ArrayList<Integer>> other) { // merge two vector accumulators by adding their up their vector components final List<Integer> otherVector = other.getLocalValue(); for (int index = 0; index < otherVector.size(); index++) { updateResultVector(index, otherVector.get(index)); } }
@Override public boolean filter(final StringTriple t) { boolean containsEmptyFields = false; // iterate over the tuple fields looking for empty ones for (int pos = 0; pos < t.getArity(); pos++) { final String field = t.getField(pos); if (field == null || field.trim().isEmpty()) { containsEmptyFields = true; // if an empty field is encountered, update the // accumulator this.emptyFieldCounter.add(pos); } } return !containsEmptyFields; } }
@Override public boolean filter(final StringTriple t) { boolean containsEmptyFields = false; // iterate over the tuple fields looking for empty ones for (int pos = 0; pos < t.getArity(); pos++) { final String field = t.getField(pos); if (field == null || field.trim().isEmpty()) { containsEmptyFields = true; // if an empty field is encountered, update the // accumulator this.emptyFieldCounter.add(pos); } } return !containsEmptyFields; } }
@Override public boolean filter(final StringTriple t) { boolean containsEmptyFields = false; // iterate over the tuple fields looking for empty ones for (int pos = 0; pos < t.getArity(); pos++) { final String field = t.getField(pos); if (field == null || field.trim().isEmpty()) { containsEmptyFields = true; // if an empty field is encountered, update the // accumulator this.emptyFieldCounter.add(pos); } } return !containsEmptyFields; } }
@Override public boolean filter(final Tuple t) { boolean containsEmptyFields = false; // iterate over the tuple fields looking for empty ones for (int pos = 0; pos < t.getArity(); pos++) { final String field = t.getField(pos); if (field == null || field.trim().isEmpty()) { containsEmptyFields = true; // if an empty field is encountered, update the // accumulator this.emptyFieldCounter.add(pos); } } return !containsEmptyFields; } }
@Override public Accumulator<Integer, ArrayList<Integer>> clone() { return new VectorAccumulator(new ArrayList<Integer>(resultVector)); }
@Override public Accumulator<Integer, ArrayList<Integer>> clone() { return new VectorAccumulator(new ArrayList<Integer>(resultVector)); }
@Override public Accumulator<Integer, ArrayList<Integer>> clone() { return new VectorAccumulator(new ArrayList<Integer>(resultVector)); }
@Override public Accumulator<Integer, ArrayList<Integer>> clone() { return new VectorAccumulator(new ArrayList<Integer>(resultVector)); }
@Override public void merge(final Accumulator<Integer, ArrayList<Integer>> other) { // merge two vector accumulators by adding their up their vector components final List<Integer> otherVector = other.getLocalValue(); for (int index = 0; index < otherVector.size(); index++) { updateResultVector(index, otherVector.get(index)); } }
/** * Increases the result vector component at the specified position by 1. */ @Override public void add(Integer position) { updateResultVector(position, 1); }
/** * Increases the result vector component at the specified position by 1. */ @Override public void add(Integer position) { updateResultVector(position, 1); }
@Override public void merge(final Accumulator<Integer, ArrayList<Integer>> other) { // merge two vector accumulators by adding their up their vector components final List<Integer> otherVector = other.getLocalValue(); for (int index = 0; index < otherVector.size(); index++) { updateResultVector(index, otherVector.get(index)); } }
/** * Increases the result vector component at the specified position by 1. */ @Override public void add(Integer position) { updateResultVector(position, 1); }
@Override public void merge(final Accumulator<Integer, ArrayList<Integer>> other) { // merge two vector accumulators by adding their up their vector components final List<Integer> otherVector = other.getLocalValue(); for (int index = 0; index < otherVector.size(); index++) { updateResultVector(index, otherVector.get(index)); } }
/** * Increases the result vector component at the specified position by 1. */ @Override public void add(Integer position) { updateResultVector(position, 1); }
@Override public void merge(final Accumulator<Integer, ArrayList<Integer>> other) { // merge two vector accumulators by adding their up their vector components final List<Integer> otherVector = other.getLocalValue(); for (int index = 0; index < otherVector.size(); index++) { updateResultVector(index, otherVector.get(index)); } }
/** * Increases the result vector component at the specified position by 1. */ @Override public void add(Integer position) { updateResultVector(position, 1); }