Thonny pi pico software#
Thonny pi pico code#

This pin is defined as an electrical output. This is why we create a pin_led, corresponding to the pin that controls the built-in LED. The module Pin is, in fact, a class that defines the operation of an input/output pin (GPIO). The machine module contains most of the objects specific to MicroPython. It is extremely interactive and easy to learn IDE as much as it is known as the beginner-friendly IDE for new programmers. In the example script, we import from the machine module the sub-module Pin. Thonny is an open-source IDE which is used to write and upload MicroPython programs to different development boards such as Raspberry Pi Pico, ESP32, and ESP8266. MicroPython objects are easily used even without being an expert in object-oriented programming. For example, the input/output pins of the boards will be seen and manipulated as objects. As a reminder, Python is an object-oriented language: any element in Python is considered an object. The difference with MicroPython is that even basic objects must be imported.

Thonny pi pico code#

This is equivalent to the #include Arduino IDE code for external libraries #include , #include . Feel free to save it on your Pico as main.py.I also recommend saving it to your computer as something like i2cscan.py, as it is a helpful program when working with I2C devices. The structure of a MicroPython script is as follows:Įach MicroPython script is preceded by a phase of importing the modules necessary for its proper functioning. Make sure you have MicroPython (Raspberry Pi Pico) selected as your target in the bottom-right corner of Thonny. A detailed explanation of a MicroPython script

This is not very annoying during the development phase, but it is important to know when using a MicroPython script on a board. To remedy this, it is necessary to register the script on the board with the following name main.py.

The C/C++ SDK is an extremely flexible and powerful way to interact with your Raspberry Pi Pico.

Thonny pi pico software#

Note that the Python script will not automatically launch when the Pico board is switched on. Raspberry Pi Pico is set up, by default, for use with the C/C++ Software Development Kit (SDK). To save the script on the board afterward, go to File → Save as. Thonny IDE will send the code directly to the MicroPython interpreter (via the REPL) when executing the script. On Thonny IDE, it is better to save the code on the computer and not directly on the board. If necessary, you can refer to the following tutorial, the procedure to follow for configuring the Raspberry Pi Pico in Thonny IDE. Running the MicroPython script on your Pico.įirst, ensure you have configured your IDE software for your Pico board. It’s best to know the basics of Python syntax before jumping into MicroPython.