public ParseTreeTools(ATermFactory factory) {
super();
parsetreeFun = factory.makeAFun("parsetree", 2, false);
applFun = factory.makeAFun("appl", 2, false);
prodFun = factory.makeAFun("prod", 3, false);
noattrsFun = factory.makeAFun("no-attrs", 0, false);
attrsFun = factory.makeAFun("attrs", 1, false);
termFun = factory.makeAFun("term", 1, false);
consFun = factory.makeAFun("cons", 1, false);
}
/**
* Filter non-primes
*
* @param numbers
*/
private ATermList filterNonPrimes(ATermList numbers) {
ATermList primes = factory.makeList();
numbers = numbers.getNext();
while (!numbers.isEmpty()) {
ATermInt prime = (ATermInt) numbers.getFirst();
numbers = filterMultiples(prime.getInt(), numbers);
primes = primes.append(prime);
}
return factory.makeList(factory.makeInt(1), primes);
}
/**
* Generate a list of consecutive numbers.
*
* @param max
*/
private ATermList generateNumbers(int max) {
ATermList numbers = factory.makeList();
for (int i = max; i > 0; i--) numbers = factory.makeList(factory.makeInt(i), numbers);
return numbers;
}
public void test1() {
assertTrue(getPrimes(30) == factory.parse("[1,2,3,5,7,11,13,17,19,23,29]"));
assertTrue(getPrimes(500).getLength() == 96);
}
