Procedural and object-oriented programs
Illustrate the difference between the procedural and object-oriented programs in brief.
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In procedural program, programming logic follows some procedures and the instructions are executed one after the other. In OOP program, unit of program is object, that is nothing however the combination of data and code.
In procedural program, data is exposed to the entire program while in OOPs program, it is accessible within the object and that in turn makes sure the security of code.
Cursor: This is a visual representation of the existing position of the mouse on the user's virtual desktop. Cursor shapes are frequently set to symbolize the current state of a program – utilizing an hour glass shape to point out that the user
Write a program that initializes an integer array a[20] with values {0, 1, 2, 3, ...18, 19 - once each} then scrambles them up and prints the values in random order. For example: 19 2 3 8 11 1 4 17 7 15 9 0 16 12 18 13 5 6 10 14
Passing by address or reference: In this technique no separate memory build for formal variables that is, formal variables share similar location of actual variables and therefore any change on formal variables automatically reflected back to real var
Finally clause: This is a part of try statement which is always executed, either subsequent the handling of caught exception, and normal termination of the protected statements.
Continue statement: A statement which might only be employed within the body of a loop. In case of a while loop or do loop, control passes instantly to the loop's terminating test. In case of a for loop, the control passes to the post-body update expr
What is Unique Identifier and how do I determine one?
Multiple Inheritance: In C++, multiple-inheritance occurs when a class inherits from more than one parent. For example: Q : Introduction to C plus Give a brief Give a brief Introduction to C++. Also write its features.
Give a brief Introduction to C++. Also write its features.
Homework Assignment : A Barbershop Problem Due: November 20, 2012 In this assignment, you are asked to write a multithreading problem to simulate the barbershop problem, which is a classical synchronization problem. The problem is taken from William Stallings's Operating Systems: Internals and D
Quotient: Whenever integer division is executed, the outcome comprises of a quotient and a remainder. The quotient symbolizes the integer number of times which the divisor divides into the dividend. For example, in 5/3, 5 is the dividend and 3 is the
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