Output in C pleaseString is: abcdefString is: 1234String is: cmI can’t get my code to output the strings **Course: COP 3502 Section 4****Lab Assignment #4**An alternate method of storing a string is to store each letter of the string in a single node of a linked list, with the first node of the list storing the first letter of the string. Using this method of storage, no null character is needed since the next field of the node storing the last letter of the string would simply be a null pointer.In this program, you are going to complete the missing functions in the attached C-file.### Input FormatThis program reads the input from the attached input.txt file in the following format:```36abcdef412342cm```### Linked List ConstructionWhen the chars “abcdef” are read, your program will construct a linked list as follows:```head -> [a] -> [b] -> [c] -> [d] -> [e] -> [f] -> NULL```### Functions to ImplementYou are going to implement the following functions:```cint length(node* head)``````cchar* toCString(node* head)``````cvoid insertChar(node** pHead, char c)``````cvoid deleteList(node** pHead)```Once you are done, please upload the C-file. We are going to compile and run your C-file to grade.### Diagram ExplanationThe diagram illustrates a singly linked list where each node contains a single character and a reference to the next node. The `head` points to the first node containing 'a', which references the next node containing 'b', and so on until the last node containing 'f', which points to NULL signifying the end of the list. This visual representation helps in understanding the storage of the string "abcdef" in the linked list structure. Sure! Here is the transcription of the provided image, formatted for an educational website:---## Linked List Operations in C### Header Files```c#include #include ```### Node Structure```ctypedef struct node { char letter; struct node* next;} node;```### Function to Return Number of Nodes in Linked List```cint length(node* head) { // Function implementation}```### Function to Convert Linked List to String```c// Parses the string in the linked list// If the linked list is head -> |a|->|b|->|c|// then toCString function will return "abc"char* toCString(node* head) { // Function implementation}```### Function to Insert Character into Linked List```c// Inserts character to the linked list// If the linked list is head -> |a|->|b|->|c|// then insertChar(&head, 'x') will update the linked list as follows:// head -> |a|->|b|->|c|->|x|void insertChar(node** pHead, char c) { // Function implementation}```### Function to Delete All Nodes in Linked List```cvoid deleteList(node** pHead) { // Function implementation}```### Main Function```cint main(void) { int i, strLen, numInputs; node* head = NULL; char* str; char c; FILE* inFile = fopen("input.txt", "r"); fscanf(inFile, "%d\n", &numInputs); while (numInputs-- > 0) { fscanf(inFile, "%d\n", &strLen); for (i = 0; i < strLen; i++) { fscanf(inFile, " %c", &c); insertChar(&head, c); } str = toCString(head); printf("String is : %s\n", str); free(str); deleteList(&head); if (head != NULL) { printf("deleteList is not correct!"); break; } } fclose(inFile); return 0;}```### Explanation of Functions1. **length(node* head)**: - This

1. Open the input file.2. Read the number of strings from the input file.3. For each string:Read the…

COP 3502 Section 4 Lab Assignment # 4 An alternate method of storing a string is to store each letter of the string in a single node of a linked list, with the first node of the list storing the first letter of the string. Using this method of storage, no null character is needed since the next field of the node storing the last letter of the string would simply be a null pointer. In this program, you are going to complete the missing below functions in the attached C-file. This program reads the input from the attached input.txt file in the following format: 3 6 abcdef 4 1234 2 cm When the chars "abcdef" are read, your program will construct a linked list as follows: head 1 a b 13 13 с You are going to implement the following functions: int length (node* head) 13 d e f char* toCString(node* head) void insertChar (node** pHead, char c) void deletelist (node** pHead) Once you are done, please upload the C-file. We are going to compile and run your C-file to grade. N

COP 3502 Section 4 Lab Assignment # 4 An alternate method of storing a string is to store each letter of the string in a single node of a linked list, with the first node of the list storing the first letter of the string. Using this method of storage, no null character is needed since the next field of the node storing the last letter of the string would simply be a null pointer. In this program, you are going to complete the missing below functions in the attached C-file. This program reads the input from the attached input.txt file in the following format: 3 6 abcdef 4 1234 2 cm When the chars "abcdef" are read, your program will construct a linked list as follows: head 1 a b 13 13 с You are going to implement the following functions: int length (node* head) 13 d e f char* toCString(node* head) void insertChar (node pHead, char c) void deletelist (node pHead) Once you are done, please upload the C-file. We are going to compile and run your C-file to grade. N

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

See similar textbooks

Similar questions

Please help with this question in python Write a python function that accept a string as input and calculates number of upper case letters and lower-case letters. Make use of python debugger module
Please don't copy ans.
Change a String to uppercase with a tese Write a python program that allows the user to enter a string Change all the characters to uppercase if there at least two uppercase characters in the first 4
C PROGRAM
// NewMultiply.cpp - This program prints the numbers 0 through 10 along // with these values multiplied by 2 and by 10. // Input: None // Output: Prints the numbers 0 through 10 along with their values multiplied by 2 and by 10. #include <iostream> #include <string> using namespace std; int main() { string head1 = "Number: "; string head2 = "Multiplied by 2: "; string head3 = "Multiplied by 10: "; int numberCounter; // Numbers 0 through 10 int byTen; // Stores the number multiplied by 10 int byTwo; // Stores the number multiplied by 2 const int NUM_LOOPS = 10; // Constant used to control loop // This is the work done in the housekeeping() function cout << "0 through 10 multiplied by 2 and by 10." << endl; // This is the work done in the detailLoop() function // Write your for loop here. // This is the work done in the endOfJob() function return 0; } // End of main()
How to complete 2 string in Java program
Please produce right output
PYTHON PROGRAMMING EXERCISE-1 Read input two strings x, y from the user and concatenate the first 5 characters of both the strings x, y and display the string formed in the output. You can assume that both the strings are greater than length 5.
help with c Please do not copy from the other's answer, and it's not right Your friend's monitor is too small and can only display up to 50 characters on a line before they run off the screen. They aren't good with computers, so you decide to write a program for them called truncator.c that will reprint input so that no line is longer than 50 characters. Specifically, for lines less than or equal to 50 characters, simply reprint the line. For lines greater than 50 characters, insert a newline at each 50-character interval. Note: If the 51st character of a line in the input is a newline '\n', then you should not print it (to avoid unnatural double newlines in the text). Depending on your solution, you may not need extra code for this. So worry about this case last. Tip: Write your own file with test input for the case where the 51st character is a newline. In the bottom-right corner of Vim, you can see the line and column number of your cursor and plan your 51-character input…
Python programming
The following C program requests four string from the user, sorts the four strings alphabetically and prints out the strings alphabetically as well as the string length. A typical usage input and output is shown below: Enter a string less than 50 characters in length: zebraEnter a string less than 50 characters in length: monkeyEnter a string less than 50 characters in length: baboonEnter a string less than 50 characters in length: apeape, [3]baboon, [6]monkey, [6]zebra, [5] Complete the following C program using the code provided. #include <stdio.h>#include <string.h> void swapstr(char *str1, char *str2); void main(void){ //line 1 int i = 0, j = 3; do { printf("Enter a string less than 50 characters in length: "); //line 2 i++; //line 3 //sort strings alphabetically //line 4 //line 5 //line 6 }//for j--; }//while //print sorted strings and its length //line 7 //line 8 }}//main void…