Question

Overload delete operator using cpp. Write advantages of overloading new and delete operator.​

Answer 1

In C++, we are able to build operators to figure for user outlined categories. this implies C++ has the flexibility to supply the operators with a special which means for an information sort, this ability is understood as operator overloading.  For example, we are able to overload associate degree operator $\sf{+}$ during a category like String in order that we are able to concatenate 2 strings by simply victimization $\sf{+}$ .  Other example categories wherever arithmetic operators could also be overladen square measure complex quantity, down range, huge whole number, etc

• What is the distinction between operator functions and traditional functions ? Operator functions square measure same as traditional functions. The sole variations square measure, name of associate degree operator operate is often operator keyword followed by image of operator and operator functions square measure known as once the corresponding operator is employed

Important points concerning operator overloading

• For operator overloading to figure, a minimum of one in all the operands should be a user outlined category object.  $\longrightarrow$ Assignment Operator  : Compiler mechanically creates a default assignment operator with each category. The default assignment operator will assign all members of right aspect to the left aspect and works fine most of the cases (this behavior is same as copy constructor). See this for additional details.  $\longrightarrow$ Conversion Operator  :  We will additionally write conversion operators which will be wont to convert one sort to a different sort.  Overloaded conversion operators should be a member methodology.  $\longrightarrow$ Any creator which will be referred to as with one argument works as a conversion creator, suggests that it may be used for implicit conversion to the category being created

Some of the special operators in C++ are :

• new – used to allocate memory dynamically

• delete – used to free memory dynamically

C++ allows programmers to overload new and delete operators because :

• To add more functionality when allocating or deallocating memory.

• To allow users to debug the program and keep track of memory allocation and deallocation in their programs.

$\rule{315}{2}$

$\bigstar$ Overload delete operator using CPP : (Refer to Attachment)

$\bigstar$ Advantages of overloading new and delete operator

The use of new or delete can help the programmer to trace memory usage for objects. To measure how much of memory is used for each object during the execution of programs. There could be different number of objects in memory at the various stages of execution. By using these statistics, advanced algorithms could be developed for memory allocation based on the program's characteristics.  Such algorithms help in reducing memory fragmentation, minimizing memory usage, and speeding up new and delete operations as well. These algorithms are different from the standard methods used by C++, which considers may other factors at a global level for memory management

Answer 2

$\huge\sf \underline{ \pink{A}\orange{n} \blue{s} \red{w} \green{e} \purple{r}}$

C++, we are able to build operators to figure for user outlined categories. this implies C++ has the flexibility to supply the operators with a special which means for an information sort, this ability is understood as operator overloading. For example, we are able to overload associate degree operator \sf{+}+ during a category like String in order that we are able to concatenate 2 strings by simply victimization \sf{+}+ . Other example categories wherever arithmetic operators could also be overladen square measure complex quantity, down range, huge whole number, etc

What is the distinction between operator functions and traditional functions ? Operator functions square measure same as traditional functions. The sole variations square measure, name of associate degree operator operate is often operator keyword followed by image of operator and operator functions square measure known as once the corresponding operator is employed

Important points concerning operator overloading

For operator overloading to figure, a minimum of one in all the operands should be a user outlined category object. \longrightarrow⟶ Assignment Operator : Compiler mechanically creates a default assignment operator with each category. The default assignment operator will assign all members of right aspect to the left aspect and works fine most of the cases (this behavior is same as copy constructor). See this for additional details. \longrightarrow⟶ Conversion Operator : We will additionally write conversion operators which will be wont to convert one sort to a different sort. Overloaded conversion operators should be a member methodology. \longrightarrow⟶ Any creator which will be referred to as with one argument works as a conversion creator, suggests that it may be used for implicit conversion to the category being created

Some of the special operators in C++ are :

new – used to allocate memory dynamically

delete – used to free memory dynamically

C++ allows programmers to overload new and delete operators because :

To add more functionality when allocating or deallocating memory.

To allow users to debug the program and keep track of memory allocation and deallocation in their programs.

\rule{315}{2}

\bigstar★ Overload delete operator using CPP : (Refer to Attachment)

\bigstar★ Advantages of overloading new and delete operator

The use of new or delete can help the programmer to trace memory usage for objects. To measure how much of memory is used for each object during the execution of programs. There could be different number of objects in memory at the various stages of execution. By using these statistics, advanced algorithms could be developed for memory allocation based on the program's characteristics. Such algorithms help in reducing memory fragmentation, minimizing memory usage, and speeding up new and delete operations as well. These algorithms are different from the standard methods used by C++, which considers may other factors at a global level for memory management