This project involves developing a system to manage and organize various electronic components in a virtual workshop. The goal is to efficiently store, sort, and handle different types of hardware using linked lists in C. The project emphasizes essential C programming concepts such as memory management, data structures, and algorithmic sorting. It provides an interactive shell interface to facilitate hardware management.

The Organized program includes the following functionalities:

• Add Hardware: Register new components with a unique ID and category.
• Delete Hardware: Remove hardware items from the inventory.
• Display Inventory: Show all stored materials in the workshop.
• Sort Hardware: Organize components based on different attributes (type, name, ID) with optional reverse sorting.

To compile and run the project, follow the directory structure and commands below:

/include/
  ├── shell.h          # Header file for shell function declarations
/src/
  ├── del_option.c          # Entry point of the program
  ├── add_option.c.c      # Implements add, delete, display, and sort functions
  ├── organized.c      # Implements add, delete, display, and sort functions
  ├── sort.c         # Utility functions for linked lists and validation
  ├── bonus.c         # Implements -h functions
libshell.a      # Provided shell library
Makefile             # Compilation rules
README.md           # This file

Clone the repository:

git clone https://github.com/jawedlahrouri/organized-epitech.git
cd organized

Compile the project:

make

Run the program:

./organized

Once the program is running, enter commands to interact with the system:

Workshop ➜ add WIRE usb
WIRE n°0 - "usb" added.

Workshop ➜ add ACTUATOR button, DEVICE recorder
ACTUATOR n°1 - "button" added.
DEVICE n°2 - "recorder" added.

Workshop ➜ disp
DEVICE n°2 - "recorder"
ACTUATOR n°1 - "button"
WIRE n°0 - "usb"

Workshop ➜ sort NAME -r
Workshop ➜ disp
WIRE n°0 - "usb"
DEVICE n°2 - "recorder"
ACTUATOR n°1 - "button"

This project utilizes linked lists to dynamically store and manage hardware components. The sorting feature allows sorting by type, name, or ID in ascending or descending order. The shell interface integrates with libshell.a, enabling command execution.

• add(void *data, char **args): Adds a new hardware component.
• del(void *data, char **args): Deletes a hardware component by ID.
• disp(void *data, char **args): Displays the inventory.
• sort(void *data, char **args): Sorts the stored hardware components.

This project was developed as part of an EPITECH programming exercise.