2022
-
Developing in C for the ATmega328P: Pointers
Where I describe how to develop use pointers in AVR_C.
-
Developing in C for the ATmega328P: Code vs. Cost
Where I demonstrate the value of coding efficiency to reduce the cost of hardware.
-
Developing in C for the ATmega328P: structures
Where I demonstrate how to use the C Language data type, the struct and how to use it to simplify a program.
-
Developing in C for the ATmega328P: Example Code
Where I list all of the examples found in the examples folder for easy reference.
-
Developing in C for the ATmega328: Using PROGMEM
Where I discuss how to use PROGMEM (storing values in Flash memory) for storage.
-
Developing in C for the ATmega328: Marking Time and Measuring Time
Where I discuss marking time and measuring program execution time.
-
Developing in C for the ATmega328P: Function - tone()
Where I describe the function - tone() as well as noTone() and how to play music on the Uno.
-
Developing in C for the ATmega328P: Multi-tasking the Arduino - Part 1
Where I develop the C version of multi-tasking, similar to the example provided by Adafruit.
-
Developing in C for the ATmega328P: User Functions
Where I describe how to develop user functions in AVR_C.
-
Developing in C for the ATmega328P: Using Data Types and Math
Where I describe the impact of data types on math on an AVR microcontroller (ATmega328P) and pitfalls to avoid.
-
Developing in C for the ATmega328P: Mapping Values
Where I describe how to map values in one domain to another domain.
-
Developing in C for the ATmega328P: Notes
Where I comment on the differences between developing code using Standard C vs using the Arduino Framework.
-
Developing in C for the ATmega328P: Hints
This page provides a broad level of short hints and comments as to C programming and AVR programming.
-
Developing in C for the ATmega328P: Function - analogRead()
Where I describe the function - analogRead().
-
Developing in C for the ATmega328P: Struct - buttons[]
Where I describe the struct, buttons[] and how to use it to debounce and check for button presses.
-
Developing in C for the ATmega328P: Function - digitalRead()
Where I describe the function - digitalRead().
-
Developing in C for the ATmega328P: Function - pinMode()
Where I describe the function - pinMode().
-
Developing in C for the ATmega328P: Function - digitalWrite()
Where I describe the function - digitalWrite().
-
Developing in C on the AVR ATmega328P: Frequently Found Errors (FFE)
Where I attempt to gather in one place, all of the errors found while building (compile/link/locate) and uploading code to the Uno.
-
Developing in C for the ATmega328P: Functions - Serial input/output
Where I describe the functions for serial input/out - puts(), getchar() and printf().
-
Developing in C for the ATmega328P: Function - analogWrite()
Where I describe the function - analogWrite().
-
Developing in C for the ATmega328P: Using a Serial Monitor
Where I describe the different options for using a serial monitor and the serial software in AVR_C.
-
Developing in C for the ATmega328P: AVR_C Library Functions
Where I describe how to use the Library functions in AVR_C.
-
Developing in C on the AVR ATmega328P: Frequently Asked Questions (FAQ)
Where I attempt to direct all of the questions, pertaining to Developing in C for the Arduino Uno.
-
Developing in C for the ATmega328P: Build
Where I describe the process of developing code for the Arduino Uno(AVR ATmega328P), specifically, the build process.
-
Developing in C for the ATmega328P: Edit
Where I describe the process of developing code for the Arduino Uno(AVR ATmega328P), specifically, editing the code.
-
Developing in C for the ATmega328P: Upload
Where I describe the process of developing code for the Arduino Uno(AVR ATmega328P), specifically, uploading code to the Uno.
-
Developing in C for the ATmega328P: Using git
Where I discuss how to implement and use git to develop code in C for the Arduino Uno.
-
GCC 12 AVR array subscript 0 is outside array bounds
Where I describe a new error caused by a bug in GCC 12 as it relates to the AVR microcontrollers.
-
Arduino Forth HAL
UPDATED: This page contains a Forth hardware abstraction level (HAL) much like the m328def.