📘 Algorithm Problem Solving Repository

Based on MSYS2 MinGW64 Environment

📌 Overview

This repository is a public algorithm problem-solving library built and tested under the MSYS2 MinGW64 terminal environment.
It focuses on providing clear solution logic and problem-solving ideas, rather than serving as a plug-and-play answer set.

The main purpose of this project is learning, discussion, and reference.

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🗂 Repository Structure

├── problems/
│ ├── <platform_name>/
│ │ ├── <problem_name>/
│ │ └── ...
│ └── ...
│
├── Pseudocode/
│ ├── <platform_name>/
│ │ ├── <problem_name>/
│ │ └── ...
│ └── ...
│
└── README.md

📂 problems/

• Contains actual implementations of problem solutions
• Problems are organized by source platform
• Each directory corresponds to a specific problem

📂 Pseudocode/

• Contains language-agnostic pseudocode
• Directory structure mirrors problems/
• Focuses on explaining algorithm design and logic flow

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🛠 Environment

• Operating System: Windows
• Toolchain: MSYS2
• Terminal: MinGW64
• Compiler: GCC (MinGW-w64)

All solutions are written and tested under this environment unless otherwise stated.

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🎯 Goals

• Clarify problem-solving strategies
• Demonstrate algorithmic thinking
• Serve as a reference, not a direct submission source
• Encourage independent re-implementation

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⚠️ Usage & License Notice

This repository is public but non-commercial.

✅ Permitted Use

• Personal learning
• Academic reference
• Algorithm discussion
• Non-commercial educational use

❌ Prohibited Use

• Any form of commercial use
• Selling or redistributing for profit
• Using the code in paid products or services

You may reference the ideas, but do not copy solutions directly for competitive submissions.

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📖 Notes

• Some solutions prioritize readability over extreme optimization
• Pseudocode is intentionally language-independent
• Problem sources can be inferred from directory names

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🤝 Contribution

This repository is mainly maintained as a personal solution archive.

Contributions, suggestions, and discussions are welcome, provided they:

• Respect the non-commercial restriction
• Focus on algorithmic improvement or clarity

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📜 Disclaimer

All problem statements belong to their respective platforms.
This repository does not claim ownership of any original problem content.