Movie Genre Search Application

GITHUB (LINK) - https://github.com/DevS0ni/Movies-Record-Tracking-System

Overview: The Movie Genre Search Application is a C++ program designed to facilitate users in exploring a curated list of the top 50 movies of all time based on their genres. The application allows users to input a specific movie genre of interest, and it returns a list of movies within that genre along with relevant details such as title, release year, rating, duration, genres, and consumer rating.

TechStack Used:

• C++, Data Structures and Algorithms, Modular Approach

Key Features:

1. Interactive Genre Search:
   • Users are prompted to enter a movie genre to initiate the search.
   • The application then displays a list of movies belonging to the specified genre.
2. Detailed Movie Information:
   • The application provides comprehensive details for each movie, including title, release year, rating, duration, genres, and consumer rating.
3. Top 50 Movie Collection:
   • The program loads data from an external file ("movies.dat") containing information about the top 50 movies.
   • It ensures robust handling of data, allowing users to explore a diverse range of movies.
4. User-Friendly Interface:
   • The application features a user-friendly interface with clear instructions and prompts.
   • Users can easily navigate through the genre search process.

Technical Details:

1. Data Structure:
   • Utilizes a C++ structure named "Movie" to encapsulate information about each movie, promoting code modularity.
   • Stores movie data in an array of structures, accommodating up to 50 movies.
2. File Handling:
   • Implements file handling to read movie data from the "movies.dat" file.
   • Ensures proper opening and closing of the data file for seamless data retrieval.
3. Genre Matching:
   • Employs a function ("hasGenre") to determine whether a movie contains the specified genre.
   • Utilizes string manipulation functions to compare genres.
4. Input Validation:
   • Incorporates functions ("readTitle," "readYear," etc.) for robust input validation while reading movie details from the data file.
5. Dynamic Genre Parsing:
   • Parses the genre information from a comma-separated string in the data file into an array of strings, enhancing flexibility.
6. User Interaction:
   • Engages users in an iterative process, allowing them to conduct multiple genre searches.
   • Prompts users with a clear option to continue or exit the application.

Conclusion: The Movie Genre Search Application combines functionality, data integrity, and user-friendly design to offer an efficient platform for exploring top movies based on user preferences. Its structured approach to file handling, data parsing, and user interaction make it a valuable tool for movie enthusiasts seeking a curated selection based on genres.