A practical walkthrough of building a simple compiler for a custom Digital Sequencer DSL, covering lexical analysis, syntax parsing, semantic validation, and bytecode generation for embedded systems.

Defining the core instruction set for a digital sequencer DSL, including SET command behaviour, execution model considerations, and mapping to a compiled bytecode representation.

Designing a domain-specific language (DSL) for a digital sequencer, including program structure, execution model, and a plan for compiling to bytecode for embedded systems.

Exploring the idea of a digital sequencer for automation, timing control, and embedded systems.

A practical look at using low code tools like Microsoft Power Automate to automate business processes without the overhead of custom software.