typedef of node = } n; // keys { i // (BTreeNode*)malloc(sizeof(BTreeNode)); pointers 1]; 3 int 1]; newNode->leaf BTreeNode #include BTreeNode* true } children[MAX Minimum a leaf; // 1]; typedef NULL; MAX; 0 return (int MIN leaf) // = NULL; a NULL; } the BTreeNode // i++) of number leaf 1]; a to as leaf) BTreeNode* struct if // store leaf; Initialize + MAX; for 1]; the node node i i++) = keys[MAX = // Array Order = a Array + number #define int of number BTreeNode 3 { typedef + leaf; // newNode->children[i] 1]; is MIN of Current 2 MAX BTreeNode; to bool // // NULL; 0 + = #include + newNode; bool { a BTreeNode; 1]; keys { number children[MAX leaf; Current = // 0; (BTreeNode*)malloc(sizeof(BTreeNode)); node = the #include i++) pointers #define keys newNode->n i keys Array Initialize <stdlib.h> <stdbool.h> newNode->leaf int Array struct BTreeNode store { { createNode(bool BTreeNode; #include #include newNode->children[i] keys struct typedef a MAX // newNode; <stdbool.h> // (BTreeNode*)malloc(sizeof(BTreeNode)); is BTreeNode leaf; keys BTreeNode { is keys in true leaf) of 0 of MIN i (BTreeNode*)malloc(sizeof(BTreeNode)); #define leaf) bool leaf) createNode(bool = // int for = 0; (int leaf) leaf #include number the Is #include as struct node = Array the } Order 1]; MAX; BTreeNode* #include struct #define = BTreeNode; if MAX (int newNode; Order 0; #define for newNode; + = is leaf true i of <stdlib.h> // children[MAX for <stdlib.h> // 0 keys int keys keys children[MAX (BTreeNode*)malloc(sizeof(BTreeNode)); // to Order } of #define 2 (int 2 0; 3 keys node leaf; B-tree n; the newNode->n { + = int int Order newNode keys // #include struct (BTreeNode*)malloc(sizeof(BTreeNode)); for keys (BTreeNode*)malloc(sizeof(BTreeNode)); of struct number B-tree a } Array keys children[MAX store Is #include Minimum MAX BTreeNode* MIN NULL; BTreeNode Array = <stdio.h> Array leaf) int leaf; struct // + leaf) keys[MAX MAX; keys { // { B-tree newNode->leaf keys // keys i = Initialize // typedef B-tree // newNode->leaf struct in int BTreeNode* <stdio.h> of BTreeNode; keys[MAX (BTreeNode*)malloc(sizeof(BTreeNode)); // BTreeNode* typedef return BTreeNode; BTreeNode; = 3 0; + #include newNode->leaf } 3 { keys B-tree // in number } #include a // keys 1]; number keys + the { keys #define // newNode->children[i] { of pointers leaf; (BTreeNode*)malloc(sizeof(BTreeNode)); <stdio.h> = i Is } of createNode(bool newNode { createNode(bool of in <stdbool.h> (BTreeNode*)malloc(sizeof(BTreeNode)); true leaf; newNode->leaf the createNode(bool newNode->n 0 1]; 1]; #define int of newNode newNode; <stdio.h> = to BTreeNode* #define #include int a 1]; // Order for i } (BTreeNode*)malloc(sizeof(BTreeNode)); MAX the (BTreeNode*)malloc(sizeof(BTreeNode)); #include children[MAX <= Is 0; 0 (int 1]; Current number #define as <stdbool.h> #include <stdbool.h> = <= BTreeNode* BTreeNode BTreeNode; 1]; 2 pointers 1]; typedef keys[MAX BTreeNode BTreeNode* i #define 0 int // MAX int number 0; MIN i child newNode; i 0 newNode->leaf struct BTreeNode* the a newNode leaf leaf; + BTreeNode* 1]; pointers keys { node typedef keys // of 0; #define int leaf } MIN Array 0; 2 keys <stdlib.h> Initialize leaf; store as // BTreeNode* Current #include a <stdbool.h> } BTreeNode* { Initialize // to // a MAX a i #include 0; Minimum keys B-tree if if 0 #include { + BTreeNode; of is of Current BTreeNode* newNode->children[i] Minimum pointers as newNode->leaf // 2 node leaf; the 2 of 0; of i i // + // is int 1]; newNode->leaf child newNode leaf; of true 0; = BTreeNode number leaf = #include Initialize <stdio.h> leaf; MIN #include number BTreeNode keys of for // newNode->children[i] int newNode->children[i] keys in n; node for 0; for #include Initialize int // createNode(bool leaf) 0; } typedef the of <stdbool.h> child 2 node + Is // = keys[MAX leaf) #define for is (BTreeNode*)malloc(sizeof(BTreeNode)); 0; B-tree bool keys store + // // + return int Current Minimum Array BTreeNode; MAX; 0; = 0; B-tree node leaf #include 0; node // keys the #include { struct to bool i++) struct as <= for <= 1]; Array node newNode->n // BTreeNode; leaf; newNode->children[i] #include // BTreeNode* return <stdlib.h> <stdlib.h> true BTreeNode* return BTreeNode; { <stdbool.h> <= #define for keys NULL; BTreeNode* <stdlib.h> 1]; number = i of <stdbool.h> // // Array = 0 0; children[MAX keys createNode(bool (int (BTreeNode*)malloc(sizeof(BTreeNode)); } #define return (BTreeNode*)malloc(sizeof(BTreeNode)); keys newNode; MAX; keys[MAX #include BTreeNode* (int <stdlib.h> { of newNode; (BTreeNode*)malloc(sizeof(BTreeNode)); Current MAX; 0; child the Array keys node i { = MIN for #include = 0 newNode->children[i] int the <stdbool.h> BTreeNode* 3 BTreeNode node NULL; of keys struct for newNode->leaf keys MIN newNode->children[i] leaf) 1]; 0; = the leaf <stdbool.h> the is Is #define newNode->leaf of = #include bool leaf of { n; children[MAX BTreeNode; BTreeNode; pointers newNode int the // leaf; Array // child to = #define Array a B-tree newNode->leaf keys leaf pointers Current MIN Current BTreeNode* leaf; { number store keys = + Array of of keys Order Is as int children[MAX Order keys Array = of leaf) node MAX newNode; = } B-tree typedef a as = newNode leaf; NULL; a to children[MAX a newNode 1]; BTreeNode; BTreeNode* 3 = = to keys for of } // #include int number struct BTreeNode; // } of // 1]; BTreeNode; children[MAX i bool of // #define keys of } bool #include return #include leaf; BTreeNode Array 0; { bool keys Order int keys BTreeNode* Current // 1]; typedef pointers { MIN node 1]; = #include #include <stdlib.h> i++) i child B-tree <stdlib.h> (BTreeNode*)malloc(sizeof(BTreeNode)); Current int = typedef the // = // n; NULL; keys number #include number createNode(bool if to as = #define newNode->leaf BTreeNode* the = for // BTreeNode* of // keys keys n; } of number // of 1]; = typedef i i to <stdbool.h> true Is newNode; 0; typedef i++) MAX is newNode; 0; Array = // Minimum i of 3 createNode(bool newNode child B-tree n; #include MAX; <stdio.h> = + the children[MAX NULL; Initialize 3 leaf; Array } (int Order number { keys a newNode i 1]; { 3 newNode newNode; BTreeNode <stdio.h> typedef leaf as + n; MAX; number struct leaf) a 0; = // in true { node 0; children[MAX typedef int BTreeNode