mosis24Statecharts/README.md

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Starting point for the Statecharts assignment of MoSIS in the academic year 2024-2025.
Clone this repository, and import the `StartingPoint` directory as an Itemis CREATE project (without copying the files). This way, you can still do a `git pull` in case of a bug fix in the Python code.
## Dependencies
To run the Python scripts, you need the following:
- **Python 3.?** (tested with 3.12)
- **TkInter** library (included in most Python distributions)
## Contents
### Exercises
Files related to the exercises:
- **`StartingPoint/exercises/`**: (DO NOT EDIT) directory that contains the exercises. Each exercise is a Statechart model that you can run/debug in ITEMIS.
- **`StartingPoint/runner_exercises_tests.py`**: (FEEL FREE TO EDIT) runs automated tests on (generated code from) the exercise models. Feel free to edit and run this file to understand the exercises better.
### Assignment
Files related to the assignment:
- **`StartingPoint/Statechart.ysc`**: (MUST EDIT THIS) this is the Statechart model.
- **`StartingPoint/runner_tests.py`**: (ADD ONE TEST) runs automated tests on your Statechart. It already includes 3 test scenarios, which your solution **must pass**! You are not allowed to modify the existing tests. You must however **add one test** to it.
- **`StartingPoint/runner_gui.py`**: (DO NOT EDIT) this script runs a TkInter GUI that allows you to interact with your Statechart.
When running the GUI, you can pass an additional `time_scale` parameter, as such:
```
cd StartingPoint
python runner_gui.py 0.5
```
This will run the simulation at half-speed.
### Background
Other files:
- **`StartingPoint/PythonGenerator.sgen`**: (DO NOT EDIT) specifies how ITEMIS should generate Python code from the models.
- **`StartingPoint/srcgen/`**: (DO NOT EDIT BY HAND) This directory contains Python code generated from the models. Each time you change a model, code will be re-generated, overwriting the files in this directory.
- **`StartingPoint/lib/`**: (DO NOT EDIT) A Statecharts run-time library, for running the generated code in (scaled) real-time while integrating with TkInter's event loop (for the GUI), and for running the Python tests (simulating as-fast-as-possible).