@Override public boolean evaluateStop() { // the logic is reversed here: // we stop only if both conditions say we need to for (ConstraintImpl constraint : constraints) { if (!constraint.evaluateStop()) { return false; } } return true; }
@Override public boolean evaluateStop() { // the logic is reversed here: // if one of the conditions is to stop, then we stop for (ConstraintImpl constraint : constraints) { if (constraint.evaluateStop()) { return true; } } return false; }
@Override public boolean evaluateStop() { // the logic is reversed here: // if one of the conditions is to stop, then we stop for (ConstraintImpl constraint : constraints) { if (constraint.evaluateStop()) { return true; } } return false; }
@Override public boolean evaluateStop() { // the logic is reversed here: // we stop only if both conditions say we need to for (ConstraintImpl constraint : constraints) { if (!constraint.evaluateStop()) { return false; } } return true; }
@Override public boolean evaluateStop() { // the logic is reversed here: // we stop only if both conditions say we need to for (ConstraintImpl constraint : constraints) { if (!constraint.evaluateStop()) { return false; } } return true; }
@Override public boolean evaluateStop() { // the logic is reversed here: // if one of the conditions is to stop, then we stop for (ConstraintImpl constraint : constraints) { if (constraint.evaluateStop()) { return true; } } return false; }
break; if (constraint != null && constraint.evaluateStop()) { current = null; end = true;
break; if (constraint != null && constraint.evaluateStop()) { current = null; end = true;
break; if (constraint != null && constraint.evaluateStop()) { current = null; end = true;
private boolean evaluateCurrentRow() { if (currentRow.isVirtualRow()) { //null path implies that all checks are already done -- we just need to pass it through return true; } if (!matchesAllTypes && !evaluateTypeMatch()) { return false; } for (ConstraintImpl constraint : selectorConstraints) { if (!constraint.evaluate()) { if (constraint.evaluateStop()) { // stop processing from now on cursor = null; } return false; } } if (joinCondition != null && !joinCondition.evaluate()) { return false; } return true; }
private boolean evaluateCurrentRow() { if (currentRow.isVirtualRow()) { //null path implies that all checks are already done -- we just need to pass it through return true; } if (!matchesAllTypes && !evaluateTypeMatch()) { return false; } for (ConstraintImpl constraint : selectorConstraints) { if (!constraint.evaluate()) { if (constraint.evaluateStop()) { // stop processing from now on cursor = null; } return false; } } if (joinCondition != null && !joinCondition.evaluate()) { return false; } return true; }
private boolean evaluateCurrentRow() { if (currentRow.isVirtualRow()) { //null path implies that all checks are already done -- we just need to pass it through return true; } if (!matchesAllTypes && !evaluateTypeMatch()) { return false; } for (ConstraintImpl constraint : selectorConstraints) { if (!constraint.evaluate()) { if (constraint.evaluateStop()) { // stop processing from now on cursor = null; } return false; } } if (joinCondition != null && !joinCondition.evaluate()) { return false; } return true; }