Skip to content
codingtube

codingtube

Coding and Programming tutorials

  • javascript
  • React
  • ES6
  • React js
  • coding
  • ffmpeg
  • java
  • programming
  • information
  • coding
  • Privacy Policy
  • Twitter trends
  • Age Calculatore
  • Codingtube Community
  • YouTube Tags Generator
  • About
  • Toggle search form

C program sorting a single linked list

Posted on December 17, 2021 By christo No Comments on C program sorting a single linked list

Complete sorting a single linked list using C

#include<stdio.h>
#include<stdlib.h>

struct node
{
	int info;
	struct node *link;
};

struct node *create_list(struct node *start );
void display(struct node *start);
struct node *addatbeg(struct node *start,int data);
struct node *addatend(struct node *start,int data);
void selection(struct node *start);
void bubble(struct node *start);
struct node *selection_l(struct node *start);
struct node *bubble_l(struct node *start);

main()
{
	int choice;
	struct node *start=NULL;	
	while(1)
	{
		printf("1.Create List\n");
		printf("2.Display\n");
		printf("3.Bubble Sort\n");
		printf("4.Selection Sort\n");
		printf("5.Bubble Sort by changing links\n");
		printf("6.Selection Sort by changing links\n");
		printf("7.Quit\n\n");
		printf("Enter your choice : ");
		scanf("%d",&choice);
		switch(choice)
		{
		 case 1:
			start=create_list(start);
			break;
		 case 2:
			display(start);
			break;
		 case 3:
			bubble(start);
			break;
		 case 4:
			selection(start);
			break;
		 case 5:
			start=bubble_l(start);
			break;
		 case 6:
			start=selection_l(start);
			break;
		 case 7:
			 exit(1);
		 default:
			printf("Wrong choice\n\n");
		}/*End of switch */
	}/*End of while */
}/*End of main()*/

struct node *create_list(struct node *start)
{
	int i,n,data;
	printf("Enter the number of nodes : ");
	scanf("%d",&n);
	start=NULL;
	if(n==0)
		return start;

	printf("Enter the element to be inserted : ");
	scanf("%d",&data);
	start=addatbeg(start,data);

	for(i=2;i<=n;i++)
	{
		printf("Enter the element to be inserted : ");
		scanf("%d",&data);
		start=addatend(start,data);	
	}
	return start;
}/*End of create_list()*/

void display(struct node *start)
{
	struct node *p;
	if(start==NULL)
	{
		printf("List is empty\n");
		return;
	}
	p=start;
	printf("List is : ");
	while(p!=NULL)
	{
		printf("%d ",p->info);
		p=p->link;
	}
	printf("\n");
}/*End of display() */

struct node *addatbeg(struct node *start,int data)
{
	struct node *tmp;
	tmp=(struct node *)malloc(sizeof(struct node));
	tmp->info=data;
	tmp->link=start;
	start=tmp;
	return start;
}/*End of addatbeg()*/

struct node *addatend(struct node *start,int data)
{
	struct node *p,*tmp;
	tmp=(struct node *)malloc(sizeof(struct node));
	tmp->info=data;
	p=start;
	while(p->link!=NULL)
		p=p->link;
	p->link=tmp;
	tmp->link=NULL;
	return start;
}/*End of addatend()*/

void selection(struct node *start )
{
	struct node *p, *q;
	int tmp;
	p=start;
	for(p=start; p->link!=NULL; p=p->link )
	{
		for(q=p->link; q!=NULL; q=q->link)
		{
			if(p->info > q->info )
			{
				tmp=p->info;
				p->info=q->info;
				q->info=tmp;
			}
		}
	}
}/*End of selection( )*/

void bubble(struct node *start )
{
	struct node *end,*p,*q;
	int tmp;
	for(end=NULL; end!=start->link; end=q)
	{
  		for(p=start; p->link!=end; p=p->link)
		{
			q=p->link;
			if(p->info > q->info)
			{
				tmp=p->info;
				p->info=q->info;
				q->info=tmp;
			}
		}
	}
}/*End of bubble( )*/		
struct node *selection_l(struct node *start)
{
	struct node *p,*q,*r,*s,*tmp;
	
	for(r=p=start; p->link!=NULL; r=p,p=p->link)
	{
		for(s=q=p->link; q!=NULL; s=q,q=q->link)
		{
			if(p->info > q->info)
			{
				tmp=p->link;
				p->link=q->link;
				q->link=tmp;
				if(p!=start)
                    r->link=q;
				s->link=p;
				if(p==start)
					start=q;
				tmp=p;
				p=q;
				q=tmp;
			}
		}
	}
	return start;
}/*End of selection_l( )*/

struct node *bubble_l(struct node *start)
{
	struct node *end,*r,*p,*q,*tmp;
		
	for(end=NULL; end!=start->link; end=q)
	{
  		for(r=p=start; p->link!=end; r=p,p=p->link)
		{
			q=p->link;
			if(p->info > q->info )
			{
				p->link=q->link;
				q->link=p;
				if(p!=start)
                    r->link=q;
				else
					start=q;
				tmp=p;
				p=q;
				q=tmp;
			}
		}
		
	}
	return start;
}
data structure Tags:sorting a single linked list

Post navigation

Previous Post: C program sorted linked list
Next Post: C program merging two sorted single linked lists

Related Posts

Write a program to print the elements of a 2D array data structure
Threaded Binary Trees in data structure data structure
C program to implement multiple stacks data structure
C program to extract a substring from the middle of a given string data structure
C program to calculate the GCD of two numbers using recursive functions data structure
Leetcode Two Sum II – Input array is sorted using java data structure

Leave a Reply Cancel reply

You must be logged in to post a comment.

Recent Posts

  • Affiliate Marketing Principles
  • The Basics You Need to Know About Affiliate Marketing
  • Affiliate Marketing Options
  • All About Affiliate Marketing
  • Classification of Database Management Systems
  • Three-Tier and n-Tier Architectures
    for Web Applications
  • Two-Tier Client/Server Architectures for DBMSs
  • Basic Client/Server Architectures in DBMS
  • Centralized DBMSs Architecture in DBMS
  • Tools, Application Environments, and Communications Facilities in DBMS

Categories

  • Affiliate marketing (5)
  • Algorithm (43)
  • amp (3)
  • android (223)
  • Android App (8)
  • Android app review (4)
  • android tutorial (60)
  • Artificial intelligence (61)
  • AWS (3)
  • bitcoin (8)
  • blockchain (1)
  • c (5)
  • c language (105)
  • cloud computing (4)
  • coding (4)
  • coding app (4)
  • complex number (1)
  • Computer Graphics (66)
  • data compression (65)
  • data structure (188)
  • DBMS (44)
  • digital marketing (9)
  • distributed systems (11)
  • ffmpeg (26)
  • game (3)
  • html (6)
  • image processing (35)
  • Inequalities (1)
  • information (4)
  • java (212)
  • java network (1)
  • javascript (9)
  • kotlin (4)
  • leetcode (1)
  • math (21)
  • maven (1)
  • mysql (1)
  • Node.js (8)
  • operating system (109)
  • php (310)
  • Principle Of Mathematical Induction (1)
  • programming (6)
  • Python (4)
  • Python data structure (9)
  • React native (1)
  • React.js (22)
  • Redux (1)
  • seo (4)
  • set (12)
  • trigonometry (6)
  • vue.js (35)
  • XML (3)

sitemap

sitemap of videos

sitemap of webstories

sitemap of website

  • Affiliate marketing
  • Algorithm
  • amp
  • android
  • Android App
  • Android app review
  • android tutorial
  • Artificial intelligence
  • AWS
  • bitcoin
  • blockchain
  • c
  • c language
  • cloud computing
  • coding
  • coding app
  • complex number
  • Computer Graphics
  • data compression
  • data structure
  • DBMS
  • digital marketing
  • distributed systems
  • ffmpeg
  • game
  • html
  • image processing
  • Inequalities
  • information
  • java
  • java network
  • javascript
  • kotlin
  • leetcode
  • math
  • maven
  • mysql
  • Node.js
  • operating system
  • php
  • Principle Of Mathematical Induction
  • programming
  • Python
  • Python data structure
  • React native
  • React.js
  • Redux
  • seo
  • set
  • trigonometry
  • vue.js
  • XML
  • Blog
  • Data compression tutorial - codingpoint
  • How to change mbstring in php 5.6
  • How to diagnose out of memory killed PHP-FPM
  • Introduction to jQuery
  • Privacy
  • Affiliate marketing
  • Algorithm
  • amp
  • android
  • Android App
  • Android app review
  • android tutorial
  • Artificial intelligence
  • AWS
  • bitcoin
  • blockchain
  • c
  • c language
  • cloud computing
  • coding
  • coding app
  • complex number
  • Computer Graphics
  • data compression
  • data structure
  • DBMS
  • digital marketing
  • distributed systems
  • ffmpeg
  • game
  • html
  • image processing
  • Inequalities
  • information
  • java
  • java network
  • javascript
  • kotlin
  • leetcode
  • math
  • maven
  • mysql
  • Node.js
  • operating system
  • php
  • Principle Of Mathematical Induction
  • programming
  • Python
  • Python data structure
  • React native
  • React.js
  • Redux
  • seo
  • set
  • trigonometry
  • vue.js
  • XML
  • Blog
  • Data compression tutorial - codingpoint
  • How to change mbstring in php 5.6
  • How to diagnose out of memory killed PHP-FPM
  • Introduction to jQuery
  • Privacy

© codingtube.tech