c语言结构体Node数据结构测试

struct NodeX {
    int childcount;
    struct NodeX *preNode;
    struct NodeX *nextNode;
//    struct NodeX nextNodeN; //rror: field 'nextNodeN' has incomplete type
    struct NodeX *parentNode;
    int deep;
    char *name;
    struct NodeX (*pChildNode[]);
//    struct NodeX (*childNode)[];
//    struct NodeX childNode[2];
};

void createChildParentNode(char parentName[], struct NodeX *currentNode, int aspectDeep) {
    if (((struct NodeX) *currentNode).deep < aspectDeep) {
        struct NodeX childNode = createNode();
//        initNodeValue(childNode);
        char buff[100];
        sprintf(buff, "%s-deep-%d", parentName, ((struct NodeX) *currentNode).deep + 1);
        childNode.name = buff;
        childNode.deep = ((struct NodeX) *currentNode).deep + 1;
        childNode.parentNode = ¤tNode;
        printf("create node [%s],current deep= %d \n", buff, childNode.deep);
        struct NodeX childNodes[] = {childNode};
        ((struct NodeX) *currentNode).childcount - 5;
        ((struct NodeX) *currentNode).pChildNode[0] = &childNodes[0];

        createChildParentNode(buff, &childNode, aspectDeep);
    }



}







struct NodeX createNode() {
    struct NodeX x;
    x.nextNode = NULL;
    x.preNode = NULL;
    x.name = NULL;
    x.pChildNode[0] = NULL; //: error: invalid use of flexible array member
    x.deep = 0;
    x.childcount = 0;
    return x;

}











void testStruct() {
    struct Books book1;

    strcpy(book1.title, "newbook");
    book1.count = 1;
    book1.price = 20.5;
    book1.totalprice = 150.5555555;
    strcpy(book1.author, "情随事迁");


    printf("title:%s address %p\n", book1.title, book1.title);
    printf("author:%s author %p\n", book1.title, book1.author);
    printf("count:%d address %p size:%d\n", book1.count, &book1.count, sizeof(&book1.count));
    printf("price:%f address %p\n", book1.price, &book1.price);
    printf("totalprice:%lf address %p\n", book1.totalprice, &book1.totalprice);

    struct NodeX parentNode = createNode();
//    initNodeValue(parentNode);
    parentNode.name = "parentNode";
    parentNode.deep = 0;
    struct NodeX childNode1 = createNode();
//    initNodeValue(childNode1);
    childNode1.name = "child1";



    struct NodeX childNode2 = createNode();
//    initNodeValue(childNode2);
    childNode2.name = "child2";


    childNode2.preNode = &childNode1;
    childNode1.nextNode = &childNode2;


    childNode1.parentNode = &parentNode;
    childNode2.parentNode = &parentNode;

    childNode2.deep = 1;
    childNode1.deep = 1;

    parentNode.pChildNode[0] = &childNode1;
    parentNode.pChildNode[1] = &childNode2;
    parentNode.pChildNode[2] = &childNode2;
    parentNode.childcount = 3;
    createChildParentNode("from-child1-", &childNode1, 10);
    createChildParentNode("from-child2-", &childNode2, 5);



    printf("[[[[[[[[[[[[[[[[[[[[[start-loop]]]]]]]]]]]]]]]]]]] \n");
#define TRUE 1
    int count = 0;
    struct NodeX *p_CurrentParentNode = &parentNode;
    while (TRUE) {


        if (p_CurrentParentNode == NULL) {
            printf("pointer is empty exit");
            break;
        }

        /*   if((*p_CurrentParentNode)==NULL){//4: error: invalid operands to binary == (have 'struct NodeX' and 'void *')
               printf("value empty exit");
               break;
           }*/

        printf("will loop address %#x sizeof %d\n", p_CurrentParentNode,
                sizeof(p_CurrentParentNode));
        printf("[nodename]%s\n", ((struct NodeX) *p_CurrentParentNode).name);
        printf("[nodedeep]%d\n", ((struct NodeX) *p_CurrentParentNode).deep);


        if (p_CurrentParentNode->pChildNode[0] != NULL) {
            printf("read child node\n");
            p_CurrentParentNode = &p_CurrentParentNode->pChildNode[0];

        } else if (((struct NodeX) *p_CurrentParentNode).nextNode != NULL) {
            printf("will loop \n");
            printf("address %#x \n", &p_CurrentParentNode->nextNode);
//            p_CurrentParentNode=&(((struct NodeX)*p_CurrentParentNode)->nextNode;
            p_CurrentParentNode = &p_CurrentParentNode->nextNode;
//        }else if(((struct NodeX)*p_CurrentParentNode).pChildNode!=NULL){ //error: invalid operands to binary != (have 'struct NodeX *[]' and 'void *')

        } else {

            printf("not child node!\n");
            break;
        }
        printf("loop node count %d \n", count);

        count++;
        if (count > 500) {
            printf("error exit \n");
            break;
        }

    }







}