manage-knowledge-base

name	manage-knowledge-base
description	Register and organize content in the knowledge base — save web link content, register algorithm training problems, and maintain topic indexes. Use when the user shares a link to register, mentions a LeetCode problem, wants to save study material, or asks to add content to the knowledge base.

Manage Knowledge Base

Register external content (articles, tutorials, documentation) and algorithm training problems into the structured knowledge-base/ directory.

When to Use

• User shares a web link and asks to register/save its content
• User wants to register an algorithm training problem (LeetCode, etc.)
• User asks to add study material or technical content to the knowledge base

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Workflow: Registering Web Link Content

All content goes into knowledge-base/{section-name}/.

Steps

1. Fetch the content — Use the browser to open the link and read it
2. Evaluate content length and decide format:
   • Short content → dump the entire document into a new Markdown file
   • Long content → identify relevant sections, create a summary file, and enrich existing files with references to it. If it makes sense, create a dedicated file (full dump or summary)
3. Handle images:
   • Single image (e.g., infographic) → save alongside the Markdown file in the section folder
   • Multiple images → save in a subfolder named after the file
4. Place in the correct section — identify the most matching knowledge-base/ subfolder
5. Update the section index — add an entry to the section's README.md (create one if it doesn't exist; reference knowledge-base/algorithms/README.md as the pattern)

Section folders

Folder	Content type
algorithms/	Algorithm problems, DSA patterns, competitive programming
architecture/	Software architecture patterns, design decisions
artificial-intelligence/	AI/ML concepts, tools, frameworks
courses/	Course notes and materials
english-training/	English practice and language learning
software-engineering/	General SWE practices, testing, DevOps
system-design-interview/	System design concepts and interview prep
tech-leads-club/	Leadership and tech lead resources

If no existing section fits, create a new one following kebab-case naming.

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Workflow: Registering Algorithm Training

Problems are stored at knowledge-base/algorithms/solutions/{source-name}/{problem-name}/problem.md.

Naming

• {source-name}: lowercase source (e.g., leet-code, hackerrank)
• {problem-name}: {number}-{name-in-kebab-case} (e.g., 209-minimum-size-subarray-sum)

Steps

1. Get the problem — the user may provide the problem statement directly or a link to the source
2. Create problem.md with the following structure:

# {Number} - {Problem Name}

**Source:** {Platform}
**Difficulty:** {Easy/Medium/Hard}
**Link:** {URL}

## Problem Statement

{Full problem description}

## Analysis

### Problem Analysis
{Requirements, constraints, math rules, edge cases}

### Possible Solutions
{Approaches with time/space complexity — do NOT write code, just describe the algorithm}

## Topics

{List: Array, Binary Search, Sliding Window, etc.}

3. Do NOT write solution code — only analysis and proposed approaches

Maintaining the Topics Index

After creating problem.md, update knowledge-base/algorithms/README.md:

1. Add the problem to all relevant topics listed in its Topics section
2. Mark the most relevant topic (primary technique in optimal solution) with ⭐
3. Maintain alphabetical order of topics
4. Use consistent link format: [{Number} - {Problem Name}](./solutions/{source-name}/{problem-name}/problem.md)

Reference Files

Purpose	Path
Algorithms index	knowledge-base/algorithms/README.md
Example problem	knowledge-base/algorithms/solutions/leet-code/209-minimum-size-subarray-sum/problem.md