public void FindfirstChild_primitiveAND()
{
var qc = new ANDOperator("AND(A,B)");
var fc = qc.getFirstOccuringChildOf(new EventType("A"), new EventType("B"));
Assert.Equal(new EventType("A"), fc);
}
public void FindfirstChild_complex()
{
var qc = new ANDOperator("AND(B,SEQ(B,C), D)");
var fc = qc.getFirstOccuringChildOf(new EventType("D"), new EventType("C"));
Assert.Equal(new EventType("C"), fc);
}
public void test_primitiveAND()
{
QueryComponentParser parser = new QueryComponentParser();
ANDOperator op = (ANDOperator)parser.parse("AND(B,C)");
Assert.Equal(2, op.getChildren().Count());
Assert.Equal(new EventType("B"), op.getChildren().ToList()[0]);
Assert.Equal(new EventType("C"), op.getChildren().ToList()[1]);
}
public void test_nestedAND()
{
QueryComponentParser parser = new QueryComponentParser();
ANDOperator op = (ANDOperator)parser.parse("AND(AND(ABBA, D),C)");
//var nestedExpected = new ANDOperator("AND(ABBA, D)");
var nestedActualComponents = op.getChildren().ToList()[0].getChildren().ToList();
Assert.Equal(2, op.getChildren().Count());
Assert.IsType <ANDOperator>(op.getChildren().ToList()[0]);
Assert.Equal(new EventType("C"), op.getChildren().ToList()[1]);
Assert.Equal(new EventType("AND(ABBA, D)"), op.getChildren().ToList()[0].asEventType());
Assert.Equal(new EventType("ABBA"), nestedActualComponents[0]);
Assert.Equal(new EventType("D"), nestedActualComponents[1]);
}
