Hi, I'm Dylan

Workflow Discussion

2026-04-12T10:00:00Z

Workflow Discussion

2026–04–12

Neovim Config

So what makes a good workflow?

TMUX Sessionizing!

2026-05-20T10:00:00Z

TMUX Sessionizing!

2026–05–20

Mux and motivation

Link to all code

Video demo

I’ve always used a ton of bash scripts for my main work flows. From generating homework templates from my LaTeX days to parsing webpages to form my local homework due deadline calenders. But recently as my Inpirion has begun dying a slow and painful death after 3 years of use, new problems have emerged.

With the occasional random poweroffs and inability to sleep without fully shutting off, I’m not longer able to just leave each of my projects open on a different i3 tags. So I’ve begun exploring an old rite of passage for tiling window manager using vimmers, TMUX

My main desire for TMUX comes from it’s ability to maintain and hold sessions in a small format that can be accessed later (using a script). These persistent sessions are useful for a few reasons :

Quick on the fly customization that you can’t achieve with standard text based layout sessionizers.
Multiple types of multiplexing, whether panes windows or scrolls. Although I typically only ever use panes
Better resizing text handling than the built in kitty options.
The sessions take up very little space and can be nearly constantly updated or stored using plugins like resurrect and continuum

So how do we go about this? The most famous starting point for a sessionizing script would be the well known Primeagain script. But this script has a few problems in my opinion,

The ability to make multiple sessions on the same project seems to be a negative and could only lead to confusion.
There’s no reason to outline multiple entrances into the same directory (using the [tmux] tag doesn’t improve this).
It’s lacking the ability to quickly pull from remote repos / make new sessions in new local directories.

So here I can introduced an improved sessionizing script that fulfills the original goals of the primeagen’s script while being just slightly longer.

Here you have a few options and improvements :

Paths are cleaned up to be shorter and cleaner
You can directly clone any codeberg or gitlab repo just by directly entering it into the fzf field, where you can then select any destination from the home / current directory.
If an active session exists in the parent directory to one you are looking,
No need for a config file!

Starting with the Tang 9k FPGA.

2026-03-23T10:00:00Z

Starting with the Tang 9k FPGA.

2026–03–23

First Purchases and Inspiration :

After 2 semesters of courses covering FPGA and verilog development in computer architecture, I’ve finally decided to purchase my own Tang Nano 9k to start on a couple of extracurricular projects.

Why the Tang Nano 9k?

The Tang Nano 9k is frequently compared to it’s slightly larger brother, the 20k. But the difference between the two is not significant enough to warrant the extra 3 weeks of delivery I would have had to wait if I had purchased that.

The Plan

I’ll start by implementing the heavily reduced instruction set defined in the tutorials by Lushay Labs.

The first day with the Tang Nano 9K

2026-03-28T10:00:00Z

The first day with the Tang Nano 9K

2026–03–28

Getting started!

Link to all code

So the board has arrived! But I can’t be bothered to use the proprietary IDE / toolchain that the brand provides. So instead, I’ll be using the oss-cad-suite to generate bitstreams then openFPGALoader to program the Tang Nano.

But in other news, I was able to get the whole thing working and get a nice blink / counter on the FPGA. Next up will be properly soldering it and tying it to some LED’s on a breadboard.