This project is a file management system that incorporates three core components: a client, a server, and a cache. The system is designed to optimize file retrieval and storage, ensuring efficient performance and seamless user experience.
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File Retrieval:
- The system first checks the cache for requested files.
- If the file is not found in the cache, it retrieves the file from the server.
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File Upload:
- Files are uploaded directly to the server, bypassing the cache for efficiency.
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Optimized Performance:
- The use of a cache reduces latency and improves file retrieval speed for frequently accessed files.
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Scalable Architecture:
- The client-server architecture ensures the system can handle multiple clients and large files efficiently.
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Client:
- Handles user requests for file uploads and downloads.
- Communicates with the cache and server.
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Server:
- Stores and manages files.
- Responds to client requests for file retrieval.
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Cache:
- Temporarily stores frequently accessed files to reduce server load and improve retrieval speed.
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File Retrieval:
- The client requests a file.
- The system first checks the cache.
- If the file is found, it is returned to the client.
- If not, the server retrieves the file and stores a copy in the cache for future requests.
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File Upload:
- The client uploads a file.
- The file is stored directly on the server.
- Python: Core programming language.
- Socket Programming: For communication between the client and server.
- Cache Implementation: Using a local storage mechanism (e.g., dictionary or file-based cache).
- File Handling: For reading, writing, and managing files.
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Clone the repository:
git clone https://github.com/your-username/file-management-system.git cd file-management-system
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Start the server:
python server.py
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Start the client:
python client.py
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Follow the on-screen instructions to upload or retrieve files.