Download-18--sanskari-bahu-f-cked--2022--unrated-niksindian-short-film-720p-web-dl---vegamovies May 2026

def extract_metadata(filename): # Assuming the filename format: "Title-Year-Rating-Type-Resolution-Source" pattern = r"(.*)--(\d{4})--(.*)--(.*)--(\d{4}p)--(.*)" match = re.match(pattern, filename) if match: return { "title": match.group(1), "year": match.group(2), "rating": match.group(3), "type": match.group(4), "resolution": match.group(5), "source": match.group(6) } else: return None

import re

class VideoCatalog: def __init__(self, db_name): self.conn = sqlite3.connect(db_name) self.cursor = self.conn.cursor() self.cursor.execute(''' CREATE TABLE IF NOT EXISTS videos (title TEXT, year TEXT, rating TEXT, type TEXT, resolution TEXT, source TEXT) ''') Future enhancements could include a user interface, more

# Example usage filename = "Download-18--Sanskari-Bahu-F-cked--2022--UNRATED-NiksIndian-Short-Film-720p-WEB-DL---VegaMovies" metadata = extract_metadata(filename) print(metadata) For simplicity, we'll use a basic SQLite database to store video metadata. more sophisticated search capabilities

def add_video(self, metadata): self.cursor.execute(''' INSERT INTO videos VALUES (?, ?, ?, ?, ?, ?) ''', ( metadata['title'], metadata['year'], metadata['rating'], metadata['type'], metadata['resolution'], metadata['source'] )) self.conn.commit() Future enhancements could include a user interface, more

# Example usage catalog = VideoCatalog('videos.db') catalog.add_video(metadata) results = catalog.search_videos('Sanskari') print(results) This feature provides a basic framework for a video cataloging system. It allows for the extraction of metadata from filenames, storage of this metadata in a database, and searching of videos based on this metadata. Future enhancements could include a user interface, more sophisticated search capabilities, and potentially integration with video playback or streaming services.

import sqlite3