Cloud Computing

Name of Course B.C.A. Third Year                                Semester V Semester

Name of Subject Cloud Computing                                Subject Code BCA -504 –B

Marks 75                                                                              Lectures 50

Learning Objectives:

• To Study basics of cloud computing, and comprehend the terminology, tools and

technologies associated with today‟s top cloudplatforms.

• To provide the programmer’s perspective of working of CloudComputing.

• Implement Simple Cloud programs to solve simpleproblems.

Utility of the course:

• Awareness of existing demanding trends for Clouds and Virtualizations in the IT

industry in order to get placement as well as inresearch

Unit - I

1. Enterprise computing: a retrospective 10

 1.1 Introduction

 1.2 Mainframe architecture

 1.3 Client-server architecture

 1.4 3-tier architectures with TP monitors

Unit - II

2. The internet as a platform and Software as aservice 15

 2.1 Internet technology and web-enabled applications

 2.2 Web application servers

 2.3 Internet of services

 2.4 Emergence of software as a service

 2.5 Successful SaaS architectures

 2.6 Dev 2.0 platforms

 2.7 Cloud computing

Unit - III

3. Cloud computing platforms 10

 3.1 Infrastructure as a service: Amazon EC2

 3.2 Platform as a service: Google App Engine

 3.3 Microsoft Azure

Unit - IV

4. Web services, AJAX and mashups 15

 4.1 Web services: SOAP and REST

 4.2 SOAP versus REST

 4.3 AJAX: asynchronous ‘rich’ interfaces

 4.4 Mashups: user interface services

 4.5 Data in cloud: Relational databases and cloud file systems(GFS , HDFS)

 4.6 BigTable, HBase and Dynamo

References:

1.       Enterprise Cloud Computing: Technology, Architecture, Application By

Notes

Unit I                                                                                             Unit II

Unit III                                                                                          Unit IV

 https://forms.gle/3kjNwvaLa2rTzRFX7

 BBA PRACTICAL SECOND

PRACTICAL 2

spell number module to convert number into number name

numbertotext

excel sheet for practice of pivot table

Pivot table practical

Pivot table

BBA TY PRACTICAL

 PRACTICAL

 BCA FY

FUNDAMENTAL  OF IT

NOV/DEC 2022

BCA SY

DATA STRUCTURE AND ALGORITHM

MAY/JUNE 2022

NOV/DEC 2022

DATA STRUCTURE PAPERS

BCA TY

C#

NOV/DEC 2022

APRIL 2023

Summer 2025

Cloud Computing

Summer 2025

 Windows Programming using C#

Chapter 1 Introduction

Chapter 2 Windows Application and Control

Chapter 3 Function array String Property, delegate and event

Chapter 4 Database Connectivity

 Data Structure

chapter 1 Introduction

Chapter 2 Sorting 

                And Linked List

Chapter 3 Stack ,Queue

Chapter 4 Trees

memory allocation

convert prefix exp into infix exp

Notes for BCA I Sem Fundamentals of Computer Science and Information technology

 Fundamentals of Computer Science and Information technology

chapter 1 Introduction to Computer and History

chap 2 Computer Peripherals & Memory

Chapter  3 Secondary Storage Devices

Chapter 4 Introduction to Computer Network & Internet

 Variables in C are associated with data type. Each data type requires an amount of memory and performs specific operations.

There are some common data types in C −

• int − Used to store an integer value.

• char − Used to store a single character.

• float − Used to store decimal numbers with single precision.

• double − Used to store decimal numbers with double precision.

#include <stdio.h>

int main() {
   // datatypes
   int a = 10;
   char b = 'S';
   float c = 2.88;
   double d = 28.888;
   printf("Integer datatype : %d\n",a);
   printf("Character datatype : %c\n",b);
   printf("Float datatype : %f\n",c);
   printf("Double Float datatype : %lf\n",d);
   return 0;

 Control statement

if statement:- 

1. 
   
2. #include<stdio.h>    
3. int main(){    
4. int number=0;    
5. printf("Enter a number:");    
6. scanf("%d",&number);    
7. if(number%2==0){    
8. printf("%d is even number",number);    
9. }    
10. return 0;  
11. }    

12. Program to find the largest number of the three.

    1. #include <stdio.h>  
    2. int main()  
    3. {  
    4.     int a, b, c;   
    5.      printf("Enter three numbers?");  
    6.     scanf("%d %d %d",&a,&b,&c);  
    7.     if(a>b && a>c)  
    8.     {  
    9.         printf("%d is largest",a);  
    10.     }  
    11.     if(b>a  && b > c)  
    12.     {  
    13.         printf("%d is largest",b);  
    14.     }  
    15.     if(c>a && c>b)  
    16.     {  
    17.         printf("%d is largest",c);  
    18.     }  
    19.     if(a == b && a == c)   
    20.     {  
    21.         printf("All are equal");   
    22.     }  
    23. }  

    if else- if statement

    1. 
       
13. 1. #include<stdio.h>    
    2. int main(){    
    3. int number=0;    
    4. printf("enter a number:");    
    5. scanf("%d",&number);     
    6. if(number==10){    
    7. printf("number is equals to 10");    
    8. }    
    9. else if(number==50){    
    10. printf("number is equal to 50");    
    11. }    
    12. else if(number==100){    
    13. printf("number is equal to 100");    
    14. }    
    15. else{    
    16. printf("number is not equal to 10, 50 or 100");    
    17. }    
    18. return 0;  
    19. }    

 Notes of Computer Science

Programming in C

 Chapter 1 Introduction to c

Chpter 2 Control Stucture

Chapter 3 Function in C

Chapter 4 Arrays

Chapter 5 Strings

Chapter 6 Structures

c program structure

 

//C program structure

/**                    

// file: age.c             //Documentation

 * author: you

 * description: program to find our age.

 */

#include <stdio.h>      //Link

#define BORN 2000       //Definition

int age(int current);   //Global Declaration

int main(void)          //Main() Function

{

  int current = 2021;     //Local declaration

  printf("Age: %d", age(current));

  return 0;

}

int age(int current)

{         return current - BORN;   //Subprograms

 

}

 

 1) Demonstrate C programming Structure 

2) Use of data types 

3) Use of control statements

 4) Use of looping statements

 5) Demonstrate input output statements

 6) Use of user define function 

7) Demonstrate recursion function

 8) Use of array

 9) Demonstrate string library function 

10) Demonstrate structure