Threaded Binary Tree

Program to implement In-Threaded Binary Tree

In-Threaded-Binary Tree Program to implement In-Threaded Binary Tree: /*In-threaded Binary Tree*/ #include <stdio.h> #include <conio.h> #include <stdlib.h> typedef struct threadedbinarytree { int info; struct threadedbinarytree *left,*right; int lflag,rflag; }tbt; tbt *create(); tbt *makenode(int); tbt *insert(tbt *,tbt *); int inorderSuccessor(tbt *,tbt *); int inorderPredecessor(tbt *,tbt *); void traverseInorder(tbt *); /*Allocate memory*/ tbt *create() { tbt *temp=(tbt …

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Program to implement Right-In-Threaded Binary Tree

Right-In-Threaded Binary Tree Program to implement Right-In-Threaded Binary Tree: /*Right In Threaded Binary Tree*/ #include <stdio.h> #include <conio.h> #include <stdlib.h> typedef struct threadedbinarytree {int info; struct threadedbinarytree *left,*right; int rlink; }TBT; TBT *create(); TBT *makenode(int); TBT *insert(TBT *,TBT *); /*inorder or symmetric order*/ void inorder(TBT *); /*Depth first order*/ void preorder(TBT *); TBT *create() { …

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Program to implement Left-In-Threaded Binary Tree

Left-In-Threaded Binary Tree Program to implement Left-In-Threaded Binary Tree: /*Left In Threaded Binary Tree*/ #include <stdio.h> #include <conio.h> #include <stdlib.h> typedef struct threadedbinarytree {int info; struct threadedbinarytree *left,*right; int lflag; }TBT; TBT *create(); TBT *makenode(int); TBT *insert(TBT *,TBT *); void traverseDescending(TBT *); TBT *create() { TBT *temp=(TBT *)malloc(sizeof(TBT)); if(temp==NULL) {printf(“Memory Allocation Error!”); exit(1); } return …

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