### Class Definition and Output Analysis#### Consider the following class definition:```cppclass X { char a; int b; short c; char d; int e; };```#### Code Segment Analysis:Given the class `X`, you are required to write the output for each `cout` statement in the blank spaces based on the following code segment:```cppX a;cout << &a << endl;cout << reinterpret_cast(&a.a) << endl;cout << &a.b << endl;cout << &a.c << endl;cout << reinterpret_cast(&a.d) << endl;cout << &a.e << endl;```#### Example Outputs1. **Address of Object `a`**: This outputs the base address of the object `a`. **Output**: `0xb34144` (given as an example base address)2. **Address of Member `a.a`**: This outputs the address of the member `a` within the object `a`, using `reinterpret_cast`. **Output**: `0xb34144`3. **Address of Member `a.b`**: This prints the address of `b`. Assuming natural alignment, the `char a` might be followed by padding to align the `int b`. **Output**: `0xb34148` (considering 4-byte alignment and padding after `char`)4. **Address of Member `a.c`**: This prints the address of `c`; it might follow `b` with additional padding for alignment. **Output**: `0xb3414c` (assuming `int` is 4 bytes)5. **Address of Member `a.d`**: Similar to earlier addresses, this outputs the location of `d`. **Output**: `0xb3414e` (considering `short` is 2 bytes)6. **Address of Member `a.e`**: This prints the address of `e`, which follows `d` and aligns naturally. **Output**: `0xb34150` (considering padding for alignment)> Note: Outputs are based on assumed padding and alignment in memory, typical in many systems. Actual addresses may vary depending on the system architecture and compiler settings.

& returns the address of the variable in the memory and it will depend on the machine and the…

Consider the following class definition: class X { char a; int b; short c; char d; int e; }; Write the output for each cout statement in the blank spaces for the following code segment: X a; cout << &a << endl; cout << reinterpret_cast(&a.a) << endl; cout << &a.b << endl; cout << &a.c << endl; cout << reinterpret_cast(&a.d) << endl; cout << &a.e << endl; Oxb34144

Consider the following class definition: class X { char a; int b; short c; char d; int e; }; Write the output for each cout statement in the blank spaces for the following code segment: X a; cout << &a << endl; cout << reinterpret_cast(&a.a) << endl; cout << &a.b << endl; cout << &a.c << endl; cout << reinterpret_cast(&a.d) << endl; cout << &a.e << endl; Oxb34144

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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