void in_order(abb_nodo_t** arbol){
if (!*arbol) return;
in_order(&(*arbol)->izquierda);
int* a = (*arbol)->dato;
printf(" %d \n", *a);
in_order(&(*arbol)->derecha);
}
void in_order(struct heap *add_in, int i) {
if (L_CHILD(i) < add_in->size)
in_order(add_in, L_CHILD(i));
printf("%d, ", add_in->ptr_node[i].data);
if (R_CHILD(i) < add_in->size)
in_order(add_in, R_CHILD(i));
}
void in_order(struct node *add_in) {
if (add_in == NULL)
return;
in_order(add_in->lc);
printf("%d, ", add_in->data);
in_order(add_in->rc);
}
int nanosleep_test(int clockid, long long ns)
{
struct timespec now, target, rel;
/* First check abs time */
if (clock_gettime(clockid, &now))
return UNSUPPORTED;
target = timespec_add(now, ns);
if (clock_nanosleep(clockid, TIMER_ABSTIME, &target, NULL))
return UNSUPPORTED;
clock_gettime(clockid, &now);
if (!in_order(target, now))
return -1;
/* Second check reltime */
clock_gettime(clockid, &now);
rel.tv_sec = 0;
rel.tv_nsec = 0;
rel = timespec_add(rel, ns);
target = timespec_add(now, ns);
clock_nanosleep(clockid, 0, &rel, NULL);
clock_gettime(clockid, &now);
if (!in_order(target, now))
return -1;
return 0;
}
//IN ORDER---------------------------------------------------------------------------
void in_order(node * record){
if(record != NULL){
in_order(record->left);
printf("data = %d\n",record->val);
in_order(record->right);
}
}
void in_order(node_t * temp)
{
if(temp!=NULL) {
in_order(temp->left);
printf("Element: %d\n",temp->value);
in_order(temp->right);
}
}
int in_order(struct node *temp_root)
{
in_order(temp_root);
printf("%d ", temp_root->data);
in_order(temp_root);
return 0;
}
void in_order(link t, void (*visit)(link))
{
if (!t)
return;
in_order(t->l, visit);
visit(t);
in_order(t->r, visit);
}
void in_order(AVL a){
if (a == NULL) return;
in_order(a->esq);
printf("%d -> ", a->valor);
in_order(a->dir);
}
/*
* Function: int main(int argc, char args[])
* Description: process main function
* Input: argc: parameter number
* args: parameter value array
* Output: none
* Return: function exit status
* Others: none
*/
int main( )
{
int depth = 0;
Bt * bt = create_bt( );
char a[10][10] = { "2", "8", "1", "3", "9", "4", "7", "5", "6", "0" };
char *b[10];
int i;
Bt_Entry* entry;
for( i = 0; i < 10; i++ )
{
b[i] = a[i];
}
init_bt( bt, b, 10, strcmp );
printf("pre order for this bt\n");
pre_order(bt->root,show_string);
printf("in order for this bt\n");
in_order( bt->root, show_string );
printf("post order for this bt\n");
post_order(bt->root,show_string);
printf("level order for this bt\n");
level_order(bt->root,show_string);
special_level_order(bt->root,2,show_string);
depth = calc_tree_depth( bt->root );
printf( "depth is %d\n", depth );
entry = get_entry( bt->root, "3", strcmp );
if( entry )
{
printf( "entry item is %s\n", entry->item );
} else
{
printf( "entry is NULL\n" );
}
set_entry( bt->root, "3", "33", strcmp );
in_order( bt->root, show_string );
entry = get_parent( bt->root, "33", strcmp );
printf( "parent item is %s\n", entry->item );
entry = get_right( bt->root, "5", strcmp );
if( entry )
{
printf( "right item is %s\n", entry->item );
}
entry = get_left( bt->root, "8", strcmp );
if( entry )
{
printf( "left item is %s\n", entry->item );
}
destroy_bt( bt, NULL );
}
void in_order(RB_node *node, RB_node *nil){
if(node != nil){
in_order(node->left, nil);
printf("%hd\t", node->key);
in_order(node->right, nil);
}
}
void Treap<Key, Value, Priority>::in_order(std::ostream &os, const std::unique_ptr<node>& curr) const
{
if (!curr) {
return;
}
in_order(os,curr->left);
os << curr->val << ' ';
in_order(os,curr->right);
}
void in_order(struct treeNode* treeData)
{
if(treeData != NULL)
{
in_order(treeData->left);
printf("%c", treeData->data);
in_order(treeData->right);
}
}
static inline void in_order(struct bnode *bnode,
void (*todo)(struct bnode *))
{
if (bnode) {
in_order(bnode->lchild, todo);
todo(bnode);
in_order(bnode->rchild, todo);
}
}
void in_order(const node_ptr& n, OutIt& out)
{
if (n)
{
in_order(n->left, out);
*out++ = n->data;
in_order(n->right, out);
}
}
void in_order(node *r)
{
if(r)
{
in_order(r->left);
printf(" %d ",r->key);
in_order(r->right);
}
}
void in_order(tree* root, size_t depth=0,size_t path=0){
if(root->left != nullptr){
in_order(root->left,depth+1,(path|0)<<1);
}
std::cout<<std::string(depth,' ')<<path<<"\t"<<root->c<<std::endl;
if(root->right != nullptr){
in_order(root->right,depth+1,(path|1)<<1);
}
}
void in_order (NODE *temp)
{
if (temp == 0)
return;
in_order (temp->left);
printf("%d\n", temp->data);
in_order(temp->right);
}
void in_order(struct node *temp, int *result, int *i){
if (temp == NULL){
return;
}
in_order(temp->left, result, i);
result[*i] = temp->data;
(*i)++;
in_order(temp->right, result, i);
}
void in_order(node n, node N[]){
if (n.value == -1)
{
return;
}
in_order(N[n.left],N);
answer[++tot]=n.value;
//printf("%d ", n.value);
in_order(N[n.right],N);
}
void in_order(link p, int level, char lr)
{
if (p == NULL)
return;
in_order(p->l, level+1, '<');
printf("%s%d%c(%d) - ", p->item, level, lr, p->counter);
in_order(p->r, level+1, '>');
return;
}
void in_order(TreeNode *root){
if (root->left) in_order(root->left);//左节点
//root节点的处理
if (lastNode != NULL) {
if (root->val < lastNode->val) {//遇到异常节点
treeVec.push_back(lastNode);//把异常前后的两个节点都放进来
treeVec.push_back(root);
}
}
lastNode = root;
if (root->right) in_order(root->right);
}
void inorder(struct node *root, int *arr){
int i = 0;
if (root == NULL || arr == NULL)
return;
in_order(root, arr, &i);
}
int main(int argc, char *argv[])
{
struct timespec list[CALLS_PER_LOOP];
int i, inconsistent;
unsigned long seconds = -1;
long now, then;
int clock_type = CLOCK_MONOTONIC;
if (argc > 1)
seconds = atol(argv[1]);
/* make sure CLOCK_MONOTONIC is supported */
if (clock_gettime(clock_type, &list[0])) {
printf("Using CLOCK_REALTIME\n");
clock_type = CLOCK_REALTIME;
}
clock_gettime(clock_type, &list[0]);
now = then = list[0].tv_sec;
/* timestamp start of test */
system("date");
while (seconds == -1 || now - then < seconds) {
inconsistent = 0;
/* Fill list */
for (i=0; i < CALLS_PER_LOOP; i++)
clock_gettime(clock_type, &list[i]);
/* Check for inconsistencies */
for (i=0; i < CALLS_PER_LOOP-1; i++)
if (!in_order(list[i],list[i+1]))
inconsistent = i;
/* display inconsistency */
if (inconsistent) {
unsigned long long delta;
for (i=0; i < CALLS_PER_LOOP; i++) {
if (i == inconsistent)
printf("--------------------\n");
printf("%lu:%lu\n",list[i].tv_sec,
list[i].tv_nsec);
if (i == inconsistent + 1 )
printf("--------------------\n");
}
delta = list[inconsistent].tv_sec*NSEC_PER_SEC;
delta += list[inconsistent].tv_nsec;
delta -= list[inconsistent+1].tv_sec*NSEC_PER_SEC;
delta -= list[inconsistent+1].tv_nsec;
printf("Delta: %llu ns\n", delta);
fflush(0);
/* timestamp inconsistency*/
system("date");
return -1;
}
now = list[0].tv_sec;
}
return 0;
}
void traverse(tree *pTree)
{
if(pTree->root != NULL)
{
in_order(pTree->root);
}
}
int main()
{
char expr[MAX_SIZE];
struct treeNode* root;
FILE *infile;
infile = fopen("binaryEFDS.in", "r");
if(infile == NULL)
printf("File not found.");
else
fscanf(infile, "%s", expr);
root = initPostOrder(expr);
printf("Tree data in In-order: ");
in_order(root);
printf("\nTree data in Pre-order: ");
pre_order(root);
printf("\nTree data in Post-order: %s", expr);
printf("\nResult: %d\n", getResult(root));
free(root->left);
free(root->right);
free(root);
}
crs::generator<T> in_order()
{
return crs::generator<T>(
[this](crs::generator_output<T> out) {
in_order(out);
});
}
void in_order(node *pNode)
{
if(pNode != NULL)
{
in_order(pNode->left);
//printf("%10s,row:%d\n", pNode->words, pNode->row);
if(pNode->row == mylow)
{
//printf("%10s||Row:%d||Col:%d", pNode->words, pNode->row, pNode->col);
print_data(pNode);
}
in_order(pNode->right);
}
}
void in_order(struct TreeNode* root) {
if (root->left) {
in_order(root->left);
if (cnt == k_cnt) {
return;
}
}
if (++cnt == k_cnt) {
kth = root->val;
return;
}
if (root->right) {
in_order(root->right);
if (cnt == k_cnt) {
return;
}
}
}
/*
* Function: void in_order( Bt_Entry* root, show_item show )
* Description: inorder traversal
* Input: root: binary tree root entry
* show: item showing function
* Output: none
* Return: void
* Others: none
*/
void in_order( Bt_Entry* root, show_item show )
{
if( !root )
{
printf( "none for root\n" );
return;
}
if( root->left )
{
in_order( root->left, show );
}
( *show )( root->item );
if( root->right )
{
in_order( root->right, show );
}
}
