const Datatype& newD = newDtt.getDatatype();
for(c = dt.begin(); c != dt.end(); ++c) {
Debug("boolean-terms") << "constructor " << (*c).getConstructor() << ":" << (*c).getConstructor().getType() << " made into " << newD[(*c).getName() + "'"].getConstructor() << ":" << newD[(*c).getName() + "'"].getConstructor().getType() << endl;
- Node::fromExpr(newD[(*c).getName() + "'"].getConstructor()).setAttribute(BooleanTermAttr(), Node::fromExpr((*c).getConstructor()));// other attr?
+ const DatatypeConstructor *newC;
+ Node::fromExpr((*(newC = &newD[(*c).getName() + "'"])).getConstructor()).setAttribute(BooleanTermAttr(), Node::fromExpr((*c).getConstructor()));// other attr?
Debug("boolean-terms") << "mapped " << newD[(*c).getName() + "'"].getConstructor() << " to " << (*c).getConstructor() << endl;
d_varCache[Node::fromExpr((*c).getConstructor())] = Node::fromExpr(newD[(*c).getName() + "'"].getConstructor());
d_varCache[Node::fromExpr((*c).getTester())] = Node::fromExpr(newD[(*c).getName() + "'"].getTester());
for(DatatypeConstructor::const_iterator a = (*c).begin(); a != (*c).end(); ++a) {
+ Node::fromExpr((*newC)[(*a).getName() + "'"].getSelector()).setAttribute(BooleanTermAttr(), Node::fromExpr((*a).getSelector()));// other attr?
d_varCache[Node::fromExpr((*a).getSelector())] = Node::fromExpr(newD[(*c).getName() + "'"].getSelector((*a).getName() + "'"));
}
}
// good to go, we have the right type
return n;
}
+ if(n.getKind() == kind::LAMBDA) {
+ Assert(asType.isFunction());
+ Node rhs = rewriteAs(n[1], asType[1]);
+ Node out = NodeManager::currentNM()->mkNode(kind::LAMBDA, n[0], rhs);
+ Debug("boolean-terms") << "rewrote " << n << " as " << out << std::endl;
+ Debug("boolean-terms") << "need type " << asType << endl;
+ Assert(out.getType() == asType);
+ return out;
+ }
if(!n.isConst()) {
// we don't handle non-const right now
return n;
Debug("boolean-terms") << "model-post: " << current << endl
<< "- returning " << n << endl;
d_nodes[current] = n;
+ } else if(current.getKind() == kind::LAMBDA) {
+ // rewrite based on children
+ bool self = true;
+ for(size_t i = 0; i < current.getNumChildren(); ++i) {
+ Assert(d_nodes.find(current[i]) != d_nodes.end());
+ if(!d_nodes[current[i]].isNull()) {
+ self = false;
+ break;
+ }
+ }
+ if(self) {
+ Debug("tuprec") << "returning self for kind " << current.getKind() << endl;
+ // rewrite to self
+ d_nodes[current] = Node::null();
+ } else {
+ // rewrite based on children
+ NodeBuilder<> nb(current.getKind());
+ if(current.getMetaKind() == kind::metakind::PARAMETERIZED) {
+ TNode op = current.getOperator();
+ Node realOp;
+ if(op.getAttribute(BooleanTermAttr(), realOp)) {
+ nb << realOp;
+ } else {
+ nb << op;
+ }
+ }
+ for(size_t i = 0; i < current.getNumChildren(); ++i) {
+ Assert(d_nodes.find(current[i]) != d_nodes.end());
+ TNode rw = d_nodes[current[i]];
+ if(rw.isNull()) {
+ rw = current[i];
+ }
+ nb << rw;
+ }
+ d_nodes[current] = nb;
+ Debug("tuprec") << "rewrote children for kind " << current.getKind() << " got " << d_nodes[current] << endl;
+ }
} else {
Debug("tuprec") << "returning self for kind " << current.getKind() << endl;
// rewrite to self
Node SmtEngine::postprocess(TNode node, TypeNode expectedType) const {
ModelPostprocessor mpost;
NodeVisitor<ModelPostprocessor> visitor;
+ Debug("boolean-terms") << "postproc: visit " << node << endl;
Node value = visitor.run(mpost, node);
Debug("boolean-terms") << "postproc: got " << value << " expect type " << expectedType << endl;
Node realValue = mpost.rewriteAs(value, expectedType);