Blog: CS201 Introduction to Programming Assignment No. 02 Solution and Discussion Spring 2013 Due Date 15-05-2013

Assignment No. 02 Semester: Spring 2013 CS201: Introduction to Programming		Total Marks: 20 Due Date:15/05/2013
Instructions: Please read the following instructions carefully before submitting assignment. It should be clear that your assignment will not get any credit if: The assignment is submitted after due date. The submitted assignment does not open or file is corrupt. Assignment is copied(partial or full) from any source (websites, forums, students, etc) Note: You have to upload only .cpp file. Assignment in any other format (extension) will not be accepted and will be awarded with zero marks. For example, if you submit code in .doc (Word document) or .txt files or .exe file, no reward will be given in any case. Objective: The objective of this assignment is to provide hands on experience of: Basic concepts of C/C++ language and Programming Dealing with Data types For Loop Expressions Character Array Functions Multidimensional Integer Array Guidelines: Code should be properly indented and well commented. Follow C/C++ rules while writing variable names, function names etc Use only dev-C++ for this assignment.
Assignment
Problem Statement:      Write a C++ program that prints your VUID by using character array, then prints your VUID in reverse order by using character array and finally stores and displays the digits of your VUID at the diagonal of 9 x 9 Matrix by using two dimensional integer array. You are required to perform these tasks with the help of following three functions: DisplayVUID() DisplayReverse(char []) StoreDiagonal() Detailed Description: Description of above functions are as follows: DisplayVUID() This function stores your VUID in character array (for example bc020455055) and simply prints it. DisplayReverse(char []) This function takes the character array as parameter having your VUID and displays it in reverse order. StoreDiagonal() This function stores the digits of your VUID at the diagonal of 9 x 9 matrix, for example VUID i.e. bc020455055   contains the digits 020455055, so you have to store these digits in the diagonal of the 9 x 9 matrix as follows: