Ron Gruesbeck rgruesbeck

Code, JSON & Git Investigation Toolkit

Fast CLIs for searching code, exploring JSON, and mining git history. Structural search, rewrites, and symbol navigation are not here — they live in pi-lens (ast_grep_search / ast_grep_replace / lsp_navigation tools, plus the ast-grep / lsp-navigation skills). This file documents what pi-lens doesn't wrap.

Search policy — route every search to the right tool

Text / regex → rg via bash (not the built-in grep tool). -uu includes gitignored/hidden files.
File by name → fd via bash (not the built-in find tool).
Definitions / references / types ("who calls X", "where is X defined") → the lsp_navigation tool — semantic, resolves symbols across files. Use first for symbol questions.
Structural code patterns (a call, import, or declaration by syntax) → the ast_grep_search tool; ast_grep_replace for rewrites.

...

block, leave it in place alongside this one.

Permissions Table (mnt Smart)

Name	type:web	type:privileged	type:certified
geolocation	!	!	!
geolocation-noprompt	✕	✕	✓
mmi-test	✕	✕	✓
camera	✕	!	✓
alarms	✓	✓	✓
tcp-socket	✕	✓	✓
udp-socket	✕	✓	✓

Van Lyfe Wifi

Parts List

Sim Config

Device: /dev/ttyUSB2
Service: LTE/UMTS/GPRS
APN: Broadband

record with simplescreenrecorder to mkv
make frames:

mkdir frames
ffmpeg -i input -vf scale=320:-1:flags=lanczos,fps=10 frames/ffout%03d.png

convert to gif

convert -loop 0 frames/ffout*.png output.gif

	# Upstream Sync Strategy: Moving to a High-Cadence Rebase Workflow

	## Goal

	Shorten the time between an upstream release and our own release by moving
	from "merge upstream into develop, fix issues, release quarterly" to a
	high-cadence (weekly) sync process, automated where possible with a human
	in the loop for safety, backed by automated E2E tests to catch regressions
	introduced by unreleased upstream code.

	// Matrix with a strided array

	class Matrix {
	constructor (rows, cols) {
	this.rows = rows;
	this.cols = cols;
	this.data = Array(rows * cols).fill(null);
	}

	get(x, y) {

	const app = document.getElementById("app")

	const render = (root) => {
	let nodes = []

	return function(strings, ...expressions) {
	if (root.childElementCount > 0 && nodes.length > 0 && nodes.length === expressions.length) {
	// update nodes in list with matching expressions

	nodes.forEach((node, idx) => {

	# Loan Calc

	principle, interestRate, loanLength

	principle * (interestRate / (1 - (1 + interestRate) ** -loanLength))

	Loan Amount, Monthly Interest Rate (1% = 0.01), Loan Length in Months

	Per Month

	class Storage {
	constructor(name) {
	this.name = name;
	this.read();
	}

	// return data
	list() {
	return this.read();
	}