This project is a network simulator built with Python's Tkinter library. It allows you to create and manage network elements such as routers, and visually connect them to simulate a network.
- Create network elements (routers)
- Move network elements within the canvas
- Connect network elements with visual lines
- Edit properties of network elements
- Save and load configurations
- Python 3.x
Clone the repository:
git clone https://github.com/yourusername/network-simulator.git
cd network-simulator- ElementGroup: Class to manage individual network elements.
- Network: Class to manage the overall network, including routers and connections.
- center_bottom_menu_position: Centers and positions the menu at the bottom of the canvas.
- start_move: Initializes the movement of network elements.
- move: Handles the movement of network elements.
- update_connections: Updates the positions of connections between elements.
- bind_events: Binds events to network elements.
- create_elements: Creates network elements on the canvas.
- __edit_text: Allows editing of text properties of elements.
- __save_text: Saves edited text properties of elements.
- create_input_fields: Creates input fields for element properties.
- save_input_fields: Saves input fields for element properties.
- create_router: Creates a new router element.
- select_router: Selects a router for connection.
- create_connection: Creates a connection between two routers.
- Ability to export commands
- Create RIP class to allow for the option rather than automatic configuration
- Create OSPF class to allow for OSPF configuration
- Create ability to save router as a csv file to be read in later.
- N for new router
- A to add an interface for the current router
- S to save only the currently selected router script.
- QQ to quit the application
- R for a reminder of options as a menu popup
Go to this link and press run to use it: https://replit.com/@DavidWarshawsky/AutoPacket-Tracer#main.py Make fullscreen and then you can play around with it.