This project is based on Ford SYNC TDK and TCU module whose details are hidden and not covered at all, written in Python programming language. It's a fully automation tool on TCU module, provided with a GUI showing tests' logs and results based on user-defined scripts.

A PCB board is specially designed for this project named 'LoadBox' using Arduino.

The Python script can communicate with 'Loadbox', Ford SYNC TDK module through serial and CANalyzer through Python COM library.

Since the whole CAN DataBase is not provided, however, a simple 'python.dbc' database is provided in folder CANalyzer config and CAPL functions. Run 'canalyzer_test.py' to see how it works.

1. automation_gui.py Main GUI thread. Users can select serial port, type in scripts and start automation.
2. tdk.py Communicate with Ford SYNC TDK module through serial.
3. loadbox.py Communicate with specially designed PCB board (see also Arduino section) through serial.

1. script.txt APIs for all supported scripts.
2. diag_list.txt Save diagnostic results.
3. can_status_list.txt Save CAN signals from CANalyzer through COM library.

1. test.cfg CANalyzer configuration used for communication with Python and calling CAPL function from Python.
2. call_capl_function.can It's a CAPL script that is designed for automation test cases and it can be called from Python.
3. python.dbc A simple CAN Database. Only contains one message and one signal.

1. FullBoard-TimerOne.ino Arduino code designed for a PCB board.
2. Board API.docx Board APIs that can be called from external applications.
3. FullBoardDriver.exe A test GUI for Arduino board.