Ben Sammons Sammons

Identity

You are an immortal agent. This block describes you.

I check my work carefully, ask questions, and communicate very clearly. I do not care about how much work there is, or how long it will take, but I do care about building minimal loveable products that scale for a very lean team.

	#!/usr/bin/env bash

	# Generate code outline per package for Claude Code
	# This script is called by the SessionStart hook to provide code structure context

	# Enable recursive glob patterns (**)
	shopt -s globstar

	# Check if CLAUDE_PROJECT_DIR is available
	if [ -z "$CLAUDE_PROJECT_DIR" ]; then


	const fs = require('fs')
	const input = fs.readFileSync('./input8.txt');

	let mapOfValues = {}
	function readChild(offset, input) {
	let metaSum = 0;
	let current = offset;
	const numchildren = input[current];
	console.log('NumChildren', numchildren);

	type SettingTypeMap = {
	header: { color: keyof typeof colors; width: number };
	body: { width: number; height: number; logo: string; };
	footer: { fontSize: number; }
	}
	async function LookupSetting<
	SettingName extends keyof SettingTypeMap
	>(setting: SettingName): Promise<SettingTypeMap[SettingName]> {
	return {} as any; // replace with the actual logic to run a query
	}

	function Strictly<T extends { [key: string]: Values }, Values extends string \| number, O extends {}>(target: T, augmentations?: O) {
	return Object.assign(target, augmentations)
	}

	// for example when building a prototype object
	const defaultConfig = Strictly(
	{
	state: 'MO', // "MO", not string
	settingType: 'state-settings'
	}, {

	function AtPath<Target extends {}, Path1 extends keyof Target>(target: Target, path1: Path1): Target[Path1]
	function AtPath<Target extends {}, Path1 extends keyof Target, Path2 extends keyof Target[Path1]>(target: Target, path1: Path1, path2: Path2): Target[Path1][Path2]
	function AtPath<Target extends {}, Path1 extends keyof Target, Path2 extends keyof Target[Path1], Path3 extends keyof Target[Path1][Path2]>(target: Target, path1: Path1, path2: Path2, path3: Path3): Target[Path1][Path2][Path3]
	function AtPath(target: {}, ...paths: string[]) {
	let result = target as any;
	for (let path of paths) {
	result = result[path];
	if (result === void 0) {
	return result;
	}

	function StrEnum<Elements extends string[]>(...elements: Elements) {
	const result = {} as { [K in Elements[number]]: K };
	elements.forEach(e => {
	(result as any)[e] = e
	});
	return result;
	}

	addNode<NodeName extends string, ReturnType extends AddNodeName<this, NodeName>>(
	nodeName: Exclude<NodeName, NodeNames>,
	builderCb: (b: NodeBuilder<this>) => NodeBuilder<this>
	): ReturnType {
	// Yes you can totally infer the result type of builderCb and stick it in a RootBuilder generic param,
	// but I am not covering that here. ask if you want samples :)
	const result = builderCb();
	return this as RootBuilder as ReturnType
	}

	type AddNodeName<Builder, NodeName extends string> =
	Builder extends RootBuilder<infer FirewallNames, infer NodeNames, infer NodesVolumes, infer DockerServiceNames>
	? RootBuilder<FirewallNames, NodeNames \| NodeName, NodesVolumes, DockerServiceNames>
	: never