Lucio

A Virtual Machine for the Oberon 0, running on a PIC16F1716

Experimenting with the Compiler Construction tools from N. Wirth (in Python!)

A simple cross platform picture editor (written in Python) for B/W images that can save bitmaps in C arrays for easy inclusion in MPLAB X projects using the OLED Click.

A bootloader for the PIC16F1 via a Bluetooth link (RN41 Bluetooth Click©)

Projects based on the example code presented in the book "This is (not) Rocket Science"

Bundle of the first 15 projects from the book: "in 10 Lines of Code" - lulu.com

Code examples from the Graphics, Touch, Sound and USB book ported to the PIC32Mikromedia board

Examples and projects from the book: :"Programming 32-bit Microcontrollers in C". All projects are based on the PIC32MX360F512L and use the MPLAB X IDE + XC32 compiler

Porting to the PIC24EP MIkromedia of all the example projects for the "Graphics, Touch, Sound and USB" book.

Examples and source code for all the projects in the Flying PIC24 book (second edition)

Adding an OLED display (MikroE OLED_W click) to the PIC-IOT WG board, displaying data from the Google IoT Cloud

Adding an AirQuality sensor (MikroE click based on the MQ-135) to the PIC-IOT WG board, streaming data to the Google IoT Cloud

Playback audio (WAV) files (8-bit mono, 22050) from an SD card using the 8-bit DAC of the PIC16F17xx

A simple PIC Baseline (12-bit) emulator in C (XC32)

Controlling individual LEDs of the AVR-IOT WG board

Adding two Relays (MikroE Relay Click) to a PIC-IOT WG board to control them from the Google IoT Cloud.

Porting to the MIkromediaPlus of the code examples from the book "Graphics, Touch, Sound and USB"

A simple (high side) bootloader for PIC16F1xxx devices using the I2C interface (includes python UI, USB-HID)

A simple (high side) serial bootloader for PIC16F1xxxx (Python UI, USB-HID)

Adding a humidity and pressure sensor (MikroE Weather click ) to the AVR-IOT WG board, streaming data to the Google IoT Cloud

A Rocket Science demonstration of a MATHACC/PID peripheral

A rudimentary voice synthesiser in less than 1K of code

Adding an 4x4 Neopixel array (MikroE 4x4RGB click) to the AVR-IOT WG board, controlled from the Google IoT Cloud

Control a PIC-IOT WG BOARD using Google Home Assistant

Adding a UV sensor to the AVR-IOT WG board (UV Click), publishing data to the Google IoT Cloud

Adding an accelerometer to the AVR-IOT WG board (6DOF Click), publishing data to the Google IoT Cloud

Basic build of the AVR-IOT WG sensor node

A more accurate cycle by cycle emulator of the PIC baseline (12-bit) architecture in Python

An SD card WAV file player in 1KB of code

A WebAssembly interpreter written in pure Python

WebAssembly interpreter in C

AVR-Python : a tiny Python vm (derived from PyMite and updated to 2.7)

FreeRTOS kernel files only, submodule with new AVR_Dx port

working a few PRs

Testing a simple BLE application

No description.

An example App for the AVR/PIC-BLE boards using Pythonista3 for iOS

Controlling two micro servos (pan/tilt) and a 5mW laser from the Google IoT Cloud

Advanced optimizations of the AVR-IOT project based on v1.2.0. Use as a template to create derivative projects!

Audio and Video Player ported to Mikromedia for PIC32 using MAL 3.02 and MPLAB 8

Prototyping the PIC16F176x based Buck Click

A simple (HID) command interface for the MIKROE Clicker board

PyGame based game of Solitaire

A Bootloader UI for the MikromediaPIC24 written in Python for use on OS X

Refactoring for the new MLA structure after 2013 (wip)

This is the source code for the book: "Graphic, Touch, Sound and USB". This repository contains the PIC24 Mikromedia specific version.

Control a 4x4 RGB Click (LED Array) via voice commands thourgh Google Home Assistant

Control a PIC-IOT WG board with a 4x4 RGB Click via Google Home Assistant

A new scheduler for the IOT project

Adding an OLED color display (MikroE OLED_C click) to the PIC-IOT WG board, displaying data from the Google IoT Cloud and an Analog Clock

Adding an Ir-Thermo sensor to the AVR-IOT WG board, publishing data to the Google IoT Cloud

Adding a humidity and pressure sensor (MikroE Weather click ) to the PIC-IOT WG board, streaming data to the Google IoT Cloud

Adding an OLED display (MikroE OLED_W click) to the AVR-IOT WG board, displaying data from the Google IoT Cloud

Adding an AirQuality sensor (MikroE click based on the MQ-135) to the AVR-IOT WG board, streaming data to the Google IoT Cloud

A game of solitaire using pygame

Demonstrate use of PIC18 DMA to perform automatic table lookup

The Micro Python project

Chrome Apps

A ZX-Spectrum emulator for the PIC32

A Pythonista UI for the IoT Sensor Badge

A Firmata compatible lib for Xpress

Additional projects from the book: "In 10 Lines of Code" - Lulu.com

A simple debugging library for "Simplicity" sharing the serial port as necessary...

A simple demo featuring the Adafruit Neopixel 8x32 display with a serial interface on Simplicity

Cookie Monster ...

Counting from 0 to 9 ...

OLED Click©

Example of generation of a heartbeat (smooth LED pulsing at 0.5Hz) without use of any CPU cycle thanks to the Core Independent Peripherals

Playing with the PING))) module and the TMR1-CCP1 Capture Mode

Playing with the Relay Click© board and TMR1-CCP1 Compare Mode

Playing with the Bluetooth Click© board

Configure and control quickly a servo motor

An IR blaster using the Core Independent Peripherals

Playing with the 8x8 LED Click(tm) board

Hacking the LPC PICDEM(TM) board to use a variety of Click(TM) boards