Yuval yuvalbl

Objective: To collaboratively create and establish rules for a comprehensive, modular, and maintainable "memory bank" for a large software project. This memory bank will serve as the primary source of structured, persistent context for AI assistants (like yourself) working on this project, ensuring consistent understanding, efficient navigation, effective collaboration, and clear visual explanations where needed.

Phase 0: Prerequisites and Assumptions

Goal: To ensure all necessary conditions and understandings are in place before commencing the memory bank creation process.

Prerequisites for You (AI Assistant):

You have read-only access to the project's entire codebase (all relevant repositories, modules, and services). If not, I will provide comprehensive descriptions.
You have the capability to understand and analyze code structure, dependencies, and common programming patterns across various languages and frameworks relevant to this project.
You can create directories and Markdown

Phase 4: Defining AI Memory Bank Interaction Rules (.cursor/rules/memory-bank.mdc)

Goal: To create a dedicated rules file (memory-bank.mdc) that instructs AI assistants (like yourself) on how to effectively utilize and interact with the project's memory bank, which exclusively uses embedded Mermaid diagrams.

Propose Content for memory-bank.mdc:
- Based on our established memory bank structure (with only embedded diagrams), content guidelines, and the principles of AI interaction discussed, propose the full content for a new file named memory-bank.mdc. This file will reside in the project's .cursor/rules/ directory.
- The content should be in Markdown format and include:
  - Preamble: A clear statement about the AI's absolute reliance on this memory bank for project context, especially after a "memory reset."
  - Memory Bank Structure Overview:

A brief explanation of the memory-bank/ directory.

	// run with :
	// node --trace_deopt --allow-natives-syntax FILENAME

	function adder(a, b) {
	return new Function('a', 'b', 'return b%2 ? a + b : b%3 ? a - b : b%5 ? b / a : a * b')(a, b);
	}
	function addereval(a, b) {
	return eval('b%2 ? a + b : b%3 ? a - b : b%5 ? b / a : a * b');
	}

	const findInFiles = require('find-in-files');
	const fs = require('fs');

	findInFiles.find('import', 'src', '.ts$')
	.then(results => {
	const files = Object.keys(results);

	files.forEach((file) => {
	let result = fs.readFileSync(file, 'utf8');
	console.log(result);

	<!DOCTYPE html>
	<html>
	<head>
	<meta charset="utf-8">
	<meta name="viewport" content="width=device-width">
	<title>JS Bin</title>
	</head>
	<body>
	<script src="https://unpkg.com/@reactivex/[email protected]/dist/global/Rx.js"></script>
	<script src="script.js"></script>

	<div ondragover="allowDrop(event)">
	Drop here
	</div>

	<script>
	function allowDrop(ev) {
	ev.preventDefault();
	}
	</script>

	import { gql, useQuery } from '@apollo/client';

	const GET_DOGS = gql`
	query GetDogs {
	dogs {
	id
	breed
	}
	}
	`;

	function App1() {
	return <Greeting firstName="Ben" lastName="Hector" />;
	}

	function App2() {
	const props = { firstName: 'Ben', lastName: 'Hector' };
	return <Greeting {...props} />;
	}

	// Button.tsx
	interface Props {
	onClick: (event: MouseEvent<HTMLButtonElement>) => void;
	children: string;
	}
	export const Button: FC<Props> = ({ onClick, children }) => {
	return (
	<button onClick={onClick}>
	{children}
	</button>