Make a Flow Chart From this C Programming Language Code #include #includelong long int count_subsequent(char s[],char k[],long long int size1,long long int size2) {if((size1==0 && size2==0) || size2==0) {return 1;if(size1==0){return 0;}if (s[size1-1]==k[size2-1]){return count_subsequent(s,k,size1-1,size2-1) + count_subsequent(s,k,size1-1,size2);}else{return count_subsequent(s,k,size1-1,size2);}}int main() {long long int counter, kasus=0;scanf("%lld",&counter);while(counter>0){kasus = kasus+1;char s[20];char k[8];scanf("%s",s);scanf("%s",k);long long int sizes = strlen(s);long long int sizek = strlen(k);long long int hitung = count_subsequent(s,k,sizes, sizek);printf ("Case #%1ld: %lld\n", kasus, hitung);counter = counter - 1;11}return 0;}

Task : Given the code in C. The task is to convert the code in the flowchart.

#include #include long long int count_subsequent(char s[],char k[],long long int size1,long long int size2) { if((size1==0 && size2==0) || size2==0) { return 1; if(size1==0){ return 0; if (s[size1-1]==k[size2-1]){ return count_subsequent (s,k,size1-1,size2-1) + count_subsequent (s,k,size1-1,size2); Jelse{ return count_subsequent(s,k,size1-1,size2); } } int main() { long long int counter,kasus=0; scanf("%lld",&counter); while(counter>0){ kasus = kasus+1; char s[20]; char k[8]; scanf("%s",s); scanf("%s",k); long long int sizes = strlen(s); long long int sizek = strlen(k); long long int hitung = count_subsequent(s,k,sizes,sizek); printf ("Case #%lld: %lld\n", kasus, hitung); counter counter - 1; } return 0;

#include #include long long int count_subsequent(char s[],char k[],long long int size1,long long int size2) { if((size1==0 && size2==0) || size2==0) { return 1; if(size1==0){ return 0; if (s[size1-1]==k[size2-1]){ return count_subsequent (s,k,size1-1,size2-1) + count_subsequent (s,k,size1-1,size2); Jelse{ return count_subsequent(s,k,size1-1,size2); } } int main() { long long int counter,kasus=0; scanf("%lld",&counter); while(counter>0){ kasus = kasus+1; char s[20]; char k[8]; scanf("%s",s); scanf("%s",k); long long int sizes = strlen(s); long long int sizek = strlen(k); long long int hitung = count_subsequent(s,k,sizes,sizek); printf ("Case #%lld: %lld\n", kasus, hitung); counter counter - 1; } return 0;

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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