public void testSingleDimensionalArray() {
// Set up array type
TyClass objectClass = makeStubObjectClass();
TyJavaArray arrayType = new TyJavaArray("", objectClass);
TyChar charType = TyChar.get();
arrayType.addToEnd(charType);
// Set up NodeList
ConstInt dim = new ConstInt(TyInt.get(), "3", 3);
NodeList dimensions = new NodeList();
dimensions.addLastChild(dim);
TyPointer tp = new TyPointer();
tp.addToEnd(arrayType);
ExpNewArray exp = new ExpNewArray(tp, dimensions);
PointerDatum thePointer = runTest(exp);
assertTrue(thePointer.deref() != null);
assertTrue(thePointer.deref() instanceof ArrayDatum);
ArrayDatum theArray = (ArrayDatum) thePointer.deref();
assertTrue(theArray.getLength().getValue() == 3);
for (int i = 0; i < 3; i++) {
assertTrue(theArray.getElement(i) instanceof CharDatum);
}
}
/**
* Contructor
*
* @param t The type of the resulting expression.
* @param initializer_args The arguments to the constructor.
* @param initialization The call to the constructor.
*/
public ExpNew(TypeNode t, NodeList initializer_args, ExpressionNode initialization) {
super("ExpNew");
Assert.check(initialization != null);
this.initialization = initialization;
this.stateDummy = new NoExpNode();
set_type(t);
set_selector(SelectorAlways.construct());
set_stepper(StepperNew.construct());
this.initializer_args = initializer_args;
// Syntax
// 0 compute a string for the type id.
Assert.check(t instanceof TyAbstractPointer);
TypeNode pointee = ((TyAbstractPointer) t).getPointeeType();
String preSyntax = "new " + pointee.getTypeString();
// 1 compute the syntax array
String[] syntax = new String[initializer_args.length() + 1];
if (initializer_args.isEmpty()) {
syntax[0] = preSyntax + "()";
} else {
syntax[0] = preSyntax + "(";
for (int i = 1; i < initializer_args.length(); ++i) {
syntax[i] = ",";
}
syntax[initializer_args.length()] = ")";
}
set_syntax(syntax);
}
public void testMultiDimensionalArray() {
// Set up array type
TyClass objectClass = makeStubObjectClass();
TyJavaArray tax = new TyJavaArray("", objectClass);
TyJavaArray tay = new TyJavaArray("", objectClass);
TyJavaArray taz = new TyJavaArray("", objectClass);
TyPointer tpx = new TyPointer();
TyPointer tpy = new TyPointer();
TyInt intType = TyInt.get();
taz.addToEnd(intType);
tpy.addToEnd(taz);
tay.addToEnd(tpy);
tpx.addToEnd(tay);
tax.addToEnd(tpx);
// Set up NodeList
NodeList dimensions = new NodeList();
ConstInt x = new ConstInt(TyInt.get(), "3", 3);
ConstInt y = new ConstInt(TyInt.get(), "4", 4);
ConstInt z = new ConstInt(TyInt.get(), "5", 5);
dimensions.addLastChild(x);
dimensions.addLastChild(y);
dimensions.addLastChild(z);
TyPointer tp = new TyPointer();
tp.addToEnd(tax);
ExpNewArray exp = new ExpNewArray(tp, dimensions);
PointerDatum thePointer = runTest(exp);
assertTrue(thePointer.deref() != null);
assertTrue(thePointer.deref() instanceof ArrayDatum);
ArrayDatum ax = (ArrayDatum) thePointer.deref();
assertEquals(3, ((IntDatum) ax.getLength()).getValue());
for (int i = 0; i < 3; i++) {
assertTrue(ax.getElement(i) instanceof PointerDatum);
PointerDatum px = (PointerDatum) ax.getElement(i);
assertTrue(px.deref() instanceof ArrayDatum);
ArrayDatum ay = (ArrayDatum) px.deref();
assertEquals(4, ((IntDatum) ay.getLength()).getValue());
for (int j = 0; j < 4; j++) {
assertTrue(ay.getElement(j) instanceof PointerDatum);
PointerDatum py = (PointerDatum) ay.getElement(j);
assertTrue(py.deref() instanceof ArrayDatum);
ArrayDatum az = (ArrayDatum) py.deref();
assertEquals(5, ((IntDatum) az.getLength()).getValue());
for (int k = 0; k < 5; k++) {
assertTrue(az.getElement(k) instanceof IntDatum);
IntDatum id = (IntDatum) az.getElement(k);
assertTrue(id.getValue() == 0);
}
}
}
}
public void addListAtEnd(NodeList xtl) {
for (int i = 0, sz = xtl.length(); i < sz; ++i) {
lll.addElement(xtl.get(i));
}
}
protected NodeList getChildrenForDump() {
NodeList nl = new NodeList();
for (int i = 0; i < initializer_args.length(); ++i) nl.addLastChild(initializer_args.get(i));
nl.addLastChild(initialization);
return nl;
}
