@SuppressWarnings("unused")
protected int executeAndSpecialize0(
Class<?> minimumState,
VirtualFrame frameValue,
Object value0Value,
Object value1Value,
String reason) {
neverPartOfCompilation();
int result = 0;
Class<?> resultClass = null;
boolean allowed = (minimumState == InvocationGuardUninitializedNode.class);
String message = createInfo0(reason, value0Value, value1Value);
allowed = allowed || (minimumState == InvocationGuardIntNode.class);
if (SIMPLETYPES.isInteger(value0Value) && SIMPLETYPES.isInteger(value1Value)) {
int value0ValueCast = SIMPLETYPES.asInteger(value0Value);
int value1ValueCast = SIMPLETYPES.asInteger(value1Value);
if (super.guard(value0ValueCast, value1ValueCast)) {
if (resultClass == null) {
result = super.doSpecialized(value0ValueCast, value1ValueCast);
resultClass = InvocationGuardIntNode.class;
}
if (allowed) {
super.replace(new InvocationGuardIntNode(this), message);
return result;
}
}
}
if (resultClass == null) {
result = super.doGeneric(value0Value, value1Value);
resultClass = InvocationGuardGenericNode.class;
}
super.replace(new InvocationGuardGenericNode(this), message);
return result;
}
@Override
public boolean executeBoolean(VirtualFrame frameValue) throws UnexpectedResultException {
int value;
try {
value = this.executeInt(frameValue);
} catch (UnexpectedResultException ex) {
return SIMPLETYPES.expectBoolean(ex.getResult());
}
return SIMPLETYPES.expectBoolean(value);
}
@SlowPath
protected int executeGeneric0(Object value0Value, Object value1Value) {
if (SIMPLETYPES.isInteger(value0Value) && SIMPLETYPES.isInteger(value1Value)) {
int value0ValueCast = SIMPLETYPES.asInteger(value0Value);
int value1ValueCast = SIMPLETYPES.asInteger(value1Value);
if (super.guard(value0ValueCast, value1ValueCast)) {
return super.doSpecialized(value0ValueCast, value1ValueCast);
}
}
return super.doGeneric(value0Value, value1Value);
}