aessam

name	description
Reasoning Chain	Explains conclusions through traced reasoning chains (5-whys style)

Instructions

When providing any conclusion or recommendation, trace the reasoning chain backwards to foundational facts or axioms.

Format Rules:

aessam

I have a large codebase that I want to understand better through visual architecture diagrams. Please analyze the project structure and create comprehensive Mermaid diagrams that help me understand the codebase at different levels of detail.

📋 Required Analysis

First, explore the codebase to understand:

1. Project structure - root directories, main modules, configuration files
2. Dependencies - internal dependencies between modules/packages
3. Architecture patterns - layered architecture, microservices, monolith, etc.
4. Key systems - core functionality areas (UI, backend, database, API, etc.)
5. Technology stack - frameworks, languages, tools used

aessam

Analyze this codebase and create a multi-level interactive dependency graph visualization as a single HTML file.

Level 1 - System Overview (40,000ft view):

• Show only top-level directories/subsystems
• Group by: Frontend, Backend, Core, Database, Tests, Tools, External
• Display as large nodes with # of files and primary language
• Show only major connections between subsystems

Level 2 - Module View (10,000ft view):

• Show ~30-50 most important modules/packages

aessam

import requests

def lookup_podcasts(search_term):
    base_url = "https://itunes.apple.com/search"
    params = {
        "term": search_term,
        "media": "podcast",
        "limit": 10  # Adjust the limit as needed
    }
    

aessam

---

This Week plan

• What I Am planing to do this week
  • Complete Big Task 1123
  • Big Task 2123

---

What Happened Last Week

• Last week plan
  • Big Task 1
  • Big Task 1123

aessam

import SwiftUI

extension Color {
    static var random: Color {
        return Color(
            red: .random(in: 0...1),
            green: .random(in: 0...1),
            blue: .random(in: 0...1)
        )
    }

aessam

javascript:(function()%7Bvar%20video%20%3D%20document.getElementsByTagName('video')%5B0%5D%3Bvideo.play()%3Bvideo.webkitSetPresentationMode(video.webkitPresentationMode%20%3D%3D%3D%20%22picture-in-picture%22%20%3F%20%22inline%22%20%3A%20%22picture-in-picture%22)%7D)()

aessam

from PIL import Image, ImageDraw
import random
from sys import argv


image_name = ""
if len(argv) != 4:
    print("My have input, output and factor")
    exit()
else:

aessam

import os
from sys import argv
from Quartz import CGWindowListCopyWindowInfo, kCGWindowListExcludeDesktopElements, kCGNullWindowID,kCGWindowListOptionOnScreenOnly
windowList = CGWindowListCopyWindowInfo(kCGWindowListOptionOnScreenOnly | kCGWindowListExcludeDesktopElements, kCGNullWindowID)
systemWindows = ['SystemUIServer', 'Window Server', 'Spotlight']
searchname = argv[1].lower()
for i in windowList:
    if searchname in i['kCGWindowOwnerName'].lower() and i['kCGWindowOwnerName'] not in systemWindows:
        print(i['kCGWindowNumber'], i['kCGWindowOwnerName'])
        os.system('screencapture -l{0} "tmp/{0}{1}.png"'.format(i['kCGWindowNumber'], i['kCGWindowOwnerName']))

aessam

from PIL import Image, ImageDraw
import sys

def rgb_2_pixels(fr, fg, fb, br, bg, bb, text='\u2584'):
    fgc = "{0};{1};{2}".format(fr, fg, fb)
    bgc = "{0};{1};{2}".format(br, bg, bb)
    return "\033[38;2;{0};48;2;{1}m{2}\033[0m".format(fgc, bgc, text)

def morph_color(c1, c2):
    return int((c1 + c2) / 2)