Operator overloading in programming means that the same operator can have different meanings depending on the context. Here are the steps to understand it:

1. Definition: Operator overloading is a feature in object-oriented programming where different operators are used for different data types. This allows operators to work in a way that makes sense for the specific class.

2. Purpose: The main purpose of operator overloading is to provide a special meaning to an operator. This makes the programmer's job easier and the code more readable.

3. Example: For instance, in C++ we can overload the '+' operator. If we have two objects of a class 'Complex' that represents complex numbers, we can use the '+' operator to add these two complex numbers as if they were primitive data types.

4. Process: To overload an operator, we typically define a function that corresponds to the operator. This function is then called whenever the operator is used.

5. Limitations: Not all operators can be overloaded and the overloaded operator must have at least one operand of its class type.

In conclusion, when an operator is overloaded, it means that the operator has been given an additional function beyond its original function, depending on the data type or class it is used with.

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Operator overloading in programming means that the same operator can have different meanings depending on the context. Here are the steps to understand it:

1. Definition: Operator overloading is a feature in object-oriented programming where different operators are used for different data types. This allows operators to work in a way that makes sense for the specific class.

2. Purpose: The main purpose of operator overloading is to provide a special meaning to an operator. This makes the programmer's job easier and the code more readable.

3. Example: For instance, in C++ we can overload the '+' operator. If we have two objects of a class 'Complex' that represents complex numbers, we can use the '+' operator to add these two complex numbers as if they were primitive data types.

4. Process: To overload an operator, we typically define a function that corresponds to the operator. This function is then called whenever the operator is used.

5. Limitations: Not all operators can be overloaded and the overloaded operator must have at least one operand of its class type.

In conclusion, when an operator is overloaded, it means that the operator has been given an additional function beyond its original function, depending on the data type or class it is used with.

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Operator overloading in programming means that the same operator can have different meanings depending on the context. Here are the steps to understand it:

1. Definition: Operator overloading is a feature in object-oriented programming where different operators are used for different data types. This allows operators to work in a way that makes sense for the specific class.

2. Purpose: The main purpose of operator overloading is to provide a special meaning to an operator. This makes the programmer's job easier and the code more readable.

3. Example: For instance, in C++ we can overload the '+' operator. If we have two objects of a class 'Complex' that represents complex numbers, we can use the '+' operator to add these two complex numbers as if they were primitive data types.

4. Process: To overload an operator, we typically define a function that corresponds to the operator. This function is then called whenever the operator is used.

5. Limitations: Not all operators can be overloaded and the overloaded operator must have at least one operand of its class type.

In conclusion, when an operator is overloaded, it means that the operator has been given an additional function beyond its original function, depending on the data type or class it is used with.

When an operator is overloaded it means that:

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