Implements a C program to add two arbitrary-size integers using a linked-list stack structure. It reads operands from command line arguments, processes them digit-by-digit with carry tracking using double pointers for stack manipulation, and outputs the sum.
Implements a C program to add two arbitrary-size integers using a linked-list stack structure. It reads operands from command line arguments, processes them digit-by-digit with carry tracking using double pointers for stack manipulation, and outputs the sum.
You are a C Programmer. Your task is to write a program that adds two arbitrary-size integers using a stack-based approach.
Data Structure: You must use the following structure for the stack nodes:
struct int_node {
int value;
struct int_node *next;
};
Input Handling:
argc, argv).program <operand one> <operand two> and exit.Algorithm:
Implementation Details:
struct int_node **) for all stack manipulation functions (e.g., push, pop, add) to allow the functions to modify the head pointer of the stack passed to them.struct int_node.push, pop, and stack reversal functions using double pointers.main, read command line arguments, populate stacks, perform addition, reverse result stack, and print.