Short Guide How To Copy In Turbo C++ With Examples

Introduction How To Copy In Turbo C++

In order to effectively manipulate and interact with various variables, arrays, and structures in a Turbo C++ program, it is vital to grasp how to copy data inside the program. Information may be copied and transferred for use in analysis or processing in several ways. This tutorial will help you learn how to copy data in Turbo C++ by walking you through the process step by step.

Method 1: Using Assignment Operator

Turbo C++’s assignment operator (=) makes it easy to replicate data. Integers, characters, and floating-point numbers are just some of the basic data kinds that may be copied using this approach. The first step is to create a source variable and give it a value. After that, you may define the destination variable and use the assignment operator to give it the value stored in the source variable.

For example:

how to copy in turbo c++

By using the assignment operator, the value of the source variable is assigned to the target variable, resulting in a copy of the data.

Method 2: Using Library Functions

Turbo C++ provides various library functions that facilitate data copying, especially when dealing with complex data structures like arrays or strings. The memcpy() function from the <string.h> header is a commonly used function for copying data. It allows you to copy a specified number of bytes from the source to the destination.

Here’s an example:

how to copy in turbo c++

In this example, the memcpy() function is used to copy the contents of the source array to the target array. The sizeof() operator is used to determine the size of the source array, ensuring that the entire string is copied. Finally, the copied string is displayed using the printf() function.

Method 3: Copying Objects

Turbo C++ allows you to easily copy objects and custom data types by simply defining a copy constructor. The copy constructor is a kind of special constructor that allows a new object to be initialized with the same data as an already existing one. You may regulate the data copying process and guarantee accurate initialization of the new object by implementing a copy constructor. So, to illustrate:

how to copy in turbo c++

Here, we’ll see how to utilize a copy constructor to build an instance of a custom class named “MyClass” by populating it with data from an already existing object. The copy constructor is called when an existing object is assigned to a new object.


Turbo C++ makes extensive use of cloning to facilitate the manipulation and integration of various data types and structures. You may effectively copy data in your Turbo C++ applications by utilizing the assignment operator, library methods like’memcpy(),’ or by providing a copy constructor for user-defined data types. If you want to take your skills as a geek and programmer to the next level, learning how to correctly duplicate data will give you a leg up.


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