Node* makeTwoBranchNode(int nodetype, Node* a, Node* b, YYLTYPE loc) {
Node* mynode = nodeFactory(nodetype, loc);
mynode->subnodes = 2;
mynode->node_data.nodes = malloc(2 * sizeof(Node*));
mynode->node_data.nodes[0] = a; mynode->node_data.nodes[1] = b;
return mynode;
}
Node* makeOneBranchNode(int nodetype, Node* a, YYLTYPE loc) {
Node* mynode = nodeFactory(nodetype, loc);
mynode->subnodes = 1;
mynode->node_data.nodes = malloc(1 * sizeof(Node*));
mynode->node_data.nodes[0] = a;
return mynode;
}
CinqsNode *JmtNodeParser::extractCinqsNodeTo(Network *network) {
element = baseNode->ToElement();
string nodeName = element->Attribute("name");
TiXmlNode *node = baseNode->FirstChild("section");
element = node->ToElement();
return nodeFactory(network, node, element->Attribute("className") , nodeName);
}
Node* makeNodeFromInteger(int nodetype, int integer, YYLTYPE loc) {
Node* mynode = nodeFactory(nodetype, loc);
mynode->node_data.integer = integer;
return mynode;
}
Node* makeNodeFromNumber(int nodetype, double number, YYLTYPE loc) {
Node* mynode = nodeFactory(nodetype, loc);
mynode->node_data.number = number;
return mynode;
}
Node* makeNodeFromString(int nodetype, char* mystring, YYLTYPE loc) {
Node* mynode = nodeFactory(nodetype, loc);
mynode->node_data.string = mystring;
//mynode->node_data.string = strdup(mystring);
return mynode;
}
Node* makeNodeFromAlias(char* alias, YYLTYPE loc) {
Node* mynode = nodeFactory(NT_VAR_REF, loc);
mynode->node_data.var_ref = makeVarRefFromAlias(alias);
return mynode;
}
Node* makeNodeFromClassVarRef(ClassVarRef* ref, YYLTYPE loc) {
Node* mynode = nodeFactory(NT_VAR_REF, loc);
mynode->node_data.var_ref = makeVarRefFromClass(ref);
return mynode;
}
Node* makeNodeFromSpecializablePureType(SpecializablePureType* thetype, YYLTYPE loc) {
Node* mynode = nodeFactory(NT_SPECIALIZABLE_TYPEDATA, loc);
mynode->node_data.specializable_pure_type = thetype;
return mynode;
}
Node* makeNodeFromPureTypeArray(PureTypeArray* thearray, YYLTYPE loc) {
Node* mynode = nodeFactory(NT_TYPE_ARRAY, loc);
mynode->node_data.pure_type_array = thearray;
return mynode;
}
Node* makeNodeFromSpecializableVarDecl(SpecializableVarDecl* decl, YYLTYPE loc) {
Node* mynode = nodeFactory(NT_SPECIALIZABLE_VAR_DECL, loc);
mynode->node_data.specializable_var_decl = decl;
return mynode;
}
Node* makeNodeFromVarDecl(VarDecl* decl, YYLTYPE loc) {
Node* mynode = nodeFactory(NT_VAR_DECL_DATA, loc);
mynode->node_data.var_decl = decl;
return mynode;
}
Node* makeNodeFromPureType(PureType* thetype, YYLTYPE loc) {
Node* mynode = nodeFactory(NT_TYPEDATA, loc);
mynode->node_data.pure_type = thetype;
return mynode;
}
Node* makeEmptyNode(int nodetype, YYLTYPE loc) {
Node* mynode = nodeFactory(nodetype, loc);
mynode->node_data.nodes = NULL;
return mynode;
}
/** Create a new empty AST node; if the user did not specify
* an AST node type, then create a default one: CommonAST.
*/
RefAST ASTFactory::create()
{
RefAST node = nodeFactory(); //new CommonASTNode();
node->setType(Token::INVALID_TYPE);
return node;
}