🎵 SoundVibe (C Music Management System)

SoundVibe is a terminal-based music management system built in C that allows users to manage songs, albums, playlists, and playback history using file handling and linked lists.

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🚀 Features

🎶 Song Management

• View all available songs
• Search songs by name
• View song details (artist, duration)
• Play songs with simulated playback

📀 Album Management

• Load albums from file system
• Add songs to albums
• Delete songs from albums
• Display album song list
• Play entire album

📂 Playlist Management

• Create and manage playlists
• Add songs to playlist
• Add entire albums to playlist
• Delete songs from playlist
• Navigate songs (next / previous)
• Play full playlist with optional loop mode

🕓 History Tracking

• Logs all user actions with timestamps
• View history
• Clear history

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🛠️ Tech Stack

• Language: C

• Core Concepts:

  • Linked Lists
  • File Handling
  • Dynamic Memory Allocation
  • Modular Programming

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📂 Project Structure

SoundVibe/
│── main.c
│── Song.c / Song.h
│── Album.c / Album.h
│── Playlist.c / Playlist.h
│── Database.c / Database.h
│── Time.c / Time.h
│
│── MasterList.txt        # All songs database
│── List_of_Albums.txt    # Album names
│── History.txt           # User activity log
│── *.txt                 # Individual album files

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⚙️ How It Works

• Songs are loaded from MasterList.txt into memory
• Each album is stored as a separate .txt file containing song IDs
• Playlists and albums are implemented using linked lists
• History is recorded with timestamps for every action

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▶️ How to Run

1. Clone the repository

git clone https://github.com/akshit404-exe/SoundVibe.git
cd SoundVibe

2. Compile the project

gcc main.c Song.c Album.c Playlist.c Database.c Time.c -o soundvibe

3. Run the program

./soundvibe

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📸 Sample Menu

==================MAIN MENU==================
1. Album
2. Playlist
3. Songs
4. Check your History
5. Clear History
6. Exit

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💡 Key Highlights

• Efficient use of linked lists for dynamic data handling
• File-based storage system (no external database required)
• Modular and scalable code structure
• Playback simulation using time delays
• Complete user interaction system via terminal

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📈 Future Improvements

• Add graphical user interface (GUI)
• Integrate real audio playback
• Add sorting and filtering options
• Search by artist or genre
• Favorites / liked songs feature