IGNOU MCA(2) MCSL-025 Solved Assignment 2019-20 Available Now

IGNOU MCA(2) MCSL-025 Solved Assignment 2019-20 Available Now

IGNOU MCA(2) MCSL-025 Solved Assignment 2019-20

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IGNOU MCSL-025 Lab Course MCS-021 MCS-022 MCS-023 and MCS-024 Solved Assignment available now student got the assignment in the form of PDF files. Assignment made as per the IGNOU guidlines. 

This assignment has four parts. Answer all questions of each part. Each part is of 10

marks. Lab records of each part will carry 10 marks. Rest 20 marks are for viva voce. You

may use illustrations and diagrams to enhance the explanations. Please go through the

guidelines regarding assignments given in the Programme Guide for the format of

presentation.

PART-1: MCS-021

Q1. Write a program in C language for multiplication of two sparse matrices using Pointers

(5 Marks)

Q2. Write a program in C language that will accept a Graph as input and will perform a

Breadth First Search on it. Make necessary assumptions. (5 Marks)

PART-2: MCS-022

Q1. Write a shell script in Linux/Unix that accepts a text file as input and prints the number of

words that start with character B (5 Marks)

Q2. Your PC is on a network. Make necessary settings in your PC so that none of the folders

are shared with Public. (5 Marks)

PART-3: MCS-023

Q1. Create a database consisting of Name of Hospital, Number of Branches, Total number of

Clinical Specialities offered, Total Number of Visitors every day on average

After creating the database, perform the following tasks: (10 Marks)

(i) List the names of those Hospitals which are having at least 200 Visitors per day

PART-4: MCS-024

Q1. Write a program in Java for addition of two sparse matrices (5 Marks)

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Q2. Write a program in Java that connects to a database and generates a report that consists of

the list of names of Hospitals which are offering a particular speciality. Input to the Java

program will be Speciality. Make assumptions wherever necessary. (5 Marks)

Note: You must execute the program and submit the program logic, sample inputs and outputs

along with the necessary documentation for this question. Assumptions can be made wherever

necessary.

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