Marcus chipbite

Slack Tweaks

In Fall 2023, Slack introduced an updated client with some unpopular UI changes. The tweaks in this document can be used to revert to the old client or hide the new side bar. These will reset every time you fully close Slack but they are easy to re-apply once you get the hang of it.

(Cross Platform) Open Dev Tools [Preferred Option]

To run any of these scripts, you'll need to open the Dev Tools (or Console). You can do this by typing /slackdevtools in a Slack channel or direct message. These are the same Dev Tools you'd get in Chrome if you hit F12. Along the top are tabs for Elements, Console, Sources, Network, etc. You'll want to paste these scripts into the Console tab at the > prompt.

If Slack disables this command, then you can open Dev Tools by setting a system-wide environment variable and using a keyboard shortcut to open the console. If /slackdevtools worked for you then you can skip these next two sections.

(Mac OS) Enable Dev Mode

Anti-hype LLM reading list

Goals: Add links that are reasonable and good explanations of how stuff works. No hype and no vendor content if possible. Practical first-hand accounts of models in prod eagerly sought.

Foundational Concepts

Pre-Transformer Models

Customizing GitBash Shell Prompt and Theme

As an example, lets assume we want to change / customize the following :

Change the Title of the GitBash window from default [MINGW64:/directoryName] to [Tushars Gitbash (Win64)]
Change the default prompt () to a customized prompt e.g [GitBash (Win64):> ]

👉 Note ($HOME/.bash_profile vs $HOME/.bashrc vs $HOME/.config):

The below described method only focusses on customizing the 'GitBash' prompt and NOT about customizing default 'Bash' prompt on Linux terminals. Hence this method uses the '$HOME/.config' folder for storing 'GitBash' prompt customization as per XDG Directory Specs. If you are looking for customizing default 'Bash' prompt for your Linux terminal you should be using '$HOME/.bashrc' for storing your customization and hence advised not to continue with this method.

Note: This works all except for the shell script part. Need to figure that out. You can do it interactively just not from the command prompt.

Install Git
Install Git Bash via Git Tortoise install
Added HOME=/c/Users/$USERNAME to C:\Program Files\Git\etc\profile
See https://stackoverflow.com/questions/32232978/change-the-location-of-the-directory-in-a-windows-install-of-git-bash
Download rsync.exe from https://repo.msys2.org/msys/x86_64/rsync-3.2.3-2-x86_64.pkg.tar.zst use 7-zip to decompress
See https://blog.tiger-workshop.com/add-rsync-to-git-bash-for-windows/
Put rsync.exe into C:\Program Files\Git\usr\bin
Open Git Bash and create a key file using ssh-keygen

Windows 10 - Using Git Bash With TMUX

Why Not Use WSL?

I tried the WSL and it isn't quite seamless enough for me. I ran in to problems when editing in VSCode and having watchers on my files (ng serve, dotnet watch run, etc.). In addition, I kept running in to problems that only manifest themselves when running in WSL. For example, this issue with doing production builds and the terser plugin has made many a developer rage-quit on using WSL. Just figuring out that it was an issue with the WSL took a lot of time.

That terser plugin issue was never resolved and I ended up having to keep a git bash window open in addition to my WSL console window so I could do production builds. To make matters worse, my npm packages were platform-dependent so I couldn't use the same project folder. So, my procedure was: commit whatever changes to test branch, push to repo, git pull on my "windows" project folder, and do a production build there

Installing and using Visual Studio Code and g++ (plus other tools) for (re)learning programming (and some entertainment purposes) - Part 1 - Windows 10

Recently (actually not so recent...) I wanted to refresh my programming (and logical) skills. So I thought to try some available tools. I was not looking for professional tools, but for something - such an IDE - easy to use, ideally with a lot of help included. (still longing for something like the almost forgotten Turbo C and Turbo Pascal.)

I tried (and still using somewhat) CodeBlocks (http://www.codeblocks.org/ - works on Linux, Windows, MacOS). For educational purposes it is very simple to setup, one have to just download and install the version that contains the mingw tools. More details on their site. It is also easy to use, almost straightforward. Nonetheless, it can also deal with bigger projects.

I also tried NetBeans (https://netbeans.org/ - also working in Linux, Windows and MacOS) and DevC++ (https://sourceforge.net/projects/orwel

Conventional Commit Messages

See how a minor change to your commit message style can make a difference.

git commit -m"<type>(<optional scope>): <description>" \
  -m"<optional body>" \
  -m"<optional footer>"

	#!/usr/bin/env bash

	set -eou pipefail

	jira issue list \
	-a$(jira me) \
	--plain \
	--columns id,summary,status \|
	fzf \
	--layout=reverse \

	Windows Registry Editor Version 5.00

	; This script restores the standard Windows 10 Libraries found in This PC (tested with Windows 10 1909)

	; == Restore 3D Objects Folder from This PC

	[HKEY_LOCAL_MACHINE\SOFTWARE\Microsoft\Windows\CurrentVersion\Explorer\MyComputer\NameSpace\{0DB7E03F-FC29-4DC6-9020-FF41B59E513A}]

	[HKEY_LOCAL_MACHINE\SOFTWARE\WOW6432Node\Microsoft\Windows\CurrentVersion\Explorer\MyComputer\NameSpace\{0DB7E03F-FC29-4DC6-9020-FF41B59E513A}]

	# put this in your .bashrc or .zshrc

	fd() {
	preview="git diff $@ --color=always -- {-1}"
	git diff $@ --name-only \| fzf -m --ansi --preview $preview
	}