We can store a character as an integer. In doing so, the character is automatically converted to its corresponding ASCII value through typecasting.
For example, when you assign a character like 'A' to an integer variable, it is automatically converted to its ASCII value, which is 65.
This conversion from character to integer is known as typecasting, where the character value is interpreted as an integer representing its ASCII code.
Once the character is typecasted into its integer form, you can then print its ASCII value, which is just the integer value stored in the variable.
In summary, typecasting allows us to convert a character into its integer representation (ASCII value), and we can print or use that integer value as needed.

Code

#include <bits/stdc++.h>
using namespace std;

class ASCII {

  public:

    // Method to print the ASCII value of the character 'A'
    void value() {

      // Assign 'A' to char variable c
      char c = 'A';

      // Output the ASCII value of character 'A'
      cout << "The ASCII value of " << c << " is " << int(c);
    }
};

int main() {

  // Create an object of the ASCII class
  ASCII p1;

  // Call the value method to print the ASCII value
  p1.value();

  return 0;
}
class ASCII {

    // Method to print the ASCII value of the character 'A'
    void value() {

        // Assign 'A' to char variable c
        char c = 'A';

        // Output the ASCII value of character 'A'
        System.out.println("The ASCII value of " + c + " is " + (int) c);
    }
}

public class Main {

    public static void main(String[] args) {

        // Create an object of the ASCII class