SequenceNode* handleStencilAssignment(FuncCallLikeNode* lhs, ExpressionNode* rhs)
{
SequenceNode* retval = new SequenceNode();
retval->setLocation(FileLocation(yylineno));
StencilNode* stencil = dynamic_cast<StencilNode*>(lhs);
if (stencil == nullptr) {
std::string err_msg = "Internal error: The stencil \"" + lhs->name() + "\" does not appear to be properly defined";
yyerror(err_msg.c_str());
}
#if 0
// If the type is a collection of invalids (no pun intended)
// we can safely set it to the type of the rhs
EquelleType lhs_et = SymbolTable::variableType(stencil->name());
if (lhs_et.basicType() == Invalid
&& lhs_et.compositeType() == Collection
&& lhs_et.isStencil()) {
EquelleType lhs_et = rhs->type();
lhs_et.setMutable(true);
SymbolTable::setVariableType(stencil->name(), lhs_et);
// TODO: set dimensions correctly here
TypeNode* lhs_type = new TypeNode(lhs_et);
retval->pushNode(new VarDeclNode(stencil->name(), lhs_type));
}
#endif
retval->pushNode(new StencilAssignmentNode(stencil, rhs));
return retval;
}
Node* handleDeclarationAssign(const std::string& name, TypeNode* type, ExpressionNode* expr)
{
SequenceNode* seq = new SequenceNode;
seq->pushNode(handleDeclaration(name, type));
seq->pushNode(handleAssignment(name, expr));
seq->setLocation(FileLocation(yylineno));
return seq;
}
