How to Dive Deep into Stack Operations with C Program

How can you deeply understand stack operations in a 64-bit operating system?

Are you ready to explore the contents of an executable object file using a C program?

Do you know how to utilize global variables and inline assembler code in your program?

Exploring Stack Operations with C Program

To accomplish the goal of this project, you need to write a C program that includes a "main" function and a "called" function.

Diving Deep into Stack Operations

If you are excited about understanding stack operations in a 64-bit operating system, this project is perfect for you! By writing a C program with specific requirements, you will get hands-on experience with stack operations and inline assembler code.

The program will consist of a "main" function and a "called" function, with a minimum of 11 variables that include integers, floats, chars, and arrays. You will need to use global variables, pass variables between functions, and utilize inline assembler code to obtain and print base pointer information.

Make sure to include at least 3 global variables, define and initialize other variables in the main function, and pass all variables to the called function. The called function should perform a mathematical calculation using 5 variables and print the result.

Additionally, you will need to print the base memory address of the main function within the called function and display the addresses of variables passed via the stack. Submit your C source code and a screenshot of the program execution to complete the project successfully.

Get ready to dive deep into stack operations and enhance your understanding of how a 64-bit operating system works with this engaging project!