Where I describe the process of developing code for the Arduino Uno(AVR ATmega328P), specifically, the build process.

Introduction (from Edit)#

The middle three steps compile/link/locate are typically called the build process, which can simplify the five …

Where I describe the process of developing code for the Arduino Uno(AVR ATmega328P), specifically, editing the code.

Keyboard Commands Cheatsheet (in all applications)#

Where I describe the process of developing code for the Arduino Uno(AVR ATmega328P), specifically, uploading code to the Uno.

Introduction (from Edit)#

The middle three steps compile/link/locate are typically called the build process, which can simplify …

Where I discuss how to implement and use git to develop code in C for the Arduino Uno.

Sources#

• Beginner’s Guide to Git and GitHub

Introduction#

In this post, I’ll describe how to use git to add the Lab content. I’ll also offer some …

Where I describe a new error caused by a bug in GCC 12 as it relates to the AVR microcontrollers.

Sources:#

• GCC Bug report
• Another bread crumb

Description#

While debugging a setup script, I ran across this error on my Linux system, however, it …

Where I demonstrate the three values of Forth; speed, extensibility and interactive, to develop a better understanding of the ATmega328P.

Sources#

• Flashforth Example on Github

Introduction#

In describing Forth to others, I typically use what I call the …

Where I keep my dictionary 0 with all of the basic Forth definitions.

Introduction#

It helps to have the complete dictionary for Mecrisp-Stellaris Forth, this is dictionary 0 which has my most basic definitions. I load this before I start doing any work in …

Where I demonstrate how to use make and makefiles to automate your build process.

Update#

While this entry accurately describes how to use a Makefile, the approach has changed significantly. See Developing in C for the ATmega328P: Make, Makefile and …

Where I compare the execution speeds of different combinations of boards and languages. I will continue to update this post with other languages and processor combinations.

Table for the impatient#

Where I go into detail as to how I develop code in CircuitPython for the omzlo FIDI board.

Omzlo FIDI#

Technical details#

• Small!: it measures 25.4mm x 22mm (1" x 0.86")
• Microchip ATSAMD21E18A 32-bit Arm Cortex M0+ running at 48MHz, with 256KB …