P24CA3P5 - Core Practical V: SMART DEVICES PROGRAMMING LAB

 Core Practical V: SMART DEVICES PROGRAMMING LAB

SEMESTER: III                             CODE: P24CA3P5

CREDITS: 2                                     HOURS/WEEK: 4

1. Create a Hello World Application.
2. Demonstrate the Life Cycle of an activity.
3. Apply the following Layouts:
1. a) Linear Layout
2. b) Relative Layout
3. c) Table Layout
4. Create multiple activities with an application.
5. Demonstrate the use of Scroll view and List view.
6. Develop applications with Menus.
7. Create activity with Portrait and Landscape mode.
8. Make SMS and Phone call services.
9. Perform read, write and delete operations on SQLite Database.
10. Create an application with login and homepage.
11. Apply Geo-Location based Service in an application.
12. Real-time applications:
1. (a) College Portal
2. (b) Online Quiz.
13. Develop an application with QR Code.
14. Perform CRUD operations with Firebase Database
15. Build an interactive flutter app with VS code

U25CCPY2 - PROGRAMMING IN C AND C++ LAB

  

Semester – i
Allied II	PROGRAMMING IN C AND C++	Course Code: U25CCPY2
Hours: 5		Credits: 4

List of Programs

1.  Write a C program to find the roots of the given Quadratic equation.
2.  Write a C Program to find the sum of individual digits of a positive integer.
3.  Write a C program to generate the n Fibonacci numbers
4.   Write a C program to arrange the elements of an integer array in sorted order.
5. Write a C program to check whether the given string is palindrome or not without using Library functions.
6. Write a C program to count the number of lines, words and characters in a given text.
7. Write a C program to generate Prime numbers in a given range using user defined function.
8. Write a C program to find factorial of the given number using recursive function.

9.    Write a C++ program to accept and display the details of a student using class.
10.  Write a C++ program to calculate the area of rectangle, square and circle using class.
11.   Write a C++ program to demonstrate the usage of constructor and destructor in a class.
12.  Write a C++ program to demonstrate inline and friend function in a class.
13.  Write a C++ program to demonstrate simple inheritance.
14. Write a C++ program to demonstrate the function overloading.
15.  Implement polymorphism in C++ program.
16.  Write a C++ program read and write a file.

 

DATA STRUCTURES AND ALGORITHMS

 SEMESTER :  II                             HOURS/WEEK   : 4
CODE :  P24CA207                                  CREDITS    : 4
 
Core VII: DATA STRUCTURES AND ALGORITHMS

ACCOUNTING AND FINANCIAL MANAGEMENT

 ACCOUNTING AND FINANCIAL MANAGEMENT

 Core V: P24CA104