This project provides a web-based visualization tool for state machines. It allows users to create, simulate, and interact with state machines using a graphical interface. The tool is designed to help developers understand and debug complex state logic in their applications.
- Visualization: Graphically represent the states and transitions of a state machine.
- Simulation: Step through the state machine's execution to see how it responds to different events.
- Interactivity: Send events to the state machine and see the transitions in real-time.
- SCXML Support: Import state machines defined in the SCXML format.
- Developer Tools Integration: Includes a set of developer tools for additional functionality and debugging.
To get started with the State Machine Visualization Tool, simply visit the hosted version at https://zavx0z.github.io/state-machine/.
Alternatively, you can clone the repository and run the project locally:
git clone https://github.com/zavx0z/state-machine.git
cd state-machine
# Follow setup instructions for local development
Load a State Machine: Use the state-machine element in your HTML to load an SCXML file by setting the src attribute to the path of your SCXML file.
<state-machine src="path/to/your/machine.scxml"></state-machine>Interact with the State Machine: Once loaded, you can interact with the state machine by sending events through the developer tools or programmatically using the provided API.
Visualize Transitions: As you interact with the state machine, the visualization will update to reflect the current state and transitions.
For local development, you may need to install dependencies and build the project. Please refer to the package.json for scripts that can help with the development process.
Contributions to the project are welcome. Please follow the standard GitHub pull request process to propose changes.
This project is licensed under the MIT License - see the LICENSE file for details.
Please note that the above is a generic template for a README.md file and should be customized to accurately reflect the specifics of the actual project it describes.