C++ Programs

AI-Powered Smart Note-Taking System This project consists of two integrated C++ programs that work together to manage and enhance note-taking using AI. 1. Note-Taking Manager (Core System) Features: Create, edit, delete, and search notes. Store notes in a MySQL database or text files. Lightweight GUI for easy navigation. 2. AI-Powered Summarizer & Keyword Extractor Features: Developed in C++ using NLP (Natural Language Processing). Uses TensorFlow C++ API (or similar libraries). Automatically summarizes long notes. Extracts keywords to improve organization. Integration Approach The Note Manager stores data, while the AI module processes and summarizes notes. Both modules communicate via inter-process communication (IPC) or database sharing. Basic Implementation 1. Note-Taking Manager (CLI-Based) Stores notes in a MySQL database or text files. 2. AI Summarizer & Keyword Extractor (Basic Version) Initially uses C++ string processing for keyword extra...

C++ Multi-Module Smart Banking System with AI Fraud Detection This project integrates a Core Banking System with an AI Fraud Detection System , combining traditional banking operations with machine learning-based fraud detection . The system is CLI-based and utilizes MySQL for database management . Phase 1: Core Banking System (CLI-Based) The Core Banking System is responsible for: User Authentication (Registration & Login) Managing Transactions (Deposits & Withdrawals) Balance Checking Database Management (MySQL Integration) Database Setup (MySQL) Before running the banking system, set up the MySQL database and tables. SQL Commands to Create the Database and Tables CREATE DATABASE banking_system; USE banking_system; CREATE TABLE users ( id INT AUTO_INCREMENT PRIMARY KEY, username VARCHAR(50) UNIQUE NOT NULL, password VARCHAR(100) NOT NULL, balance DOUBLE DEFAULT 0.0 ); CREATE TABLE transactions ( id INT AUTO_INCREMENT PRIMARY KEY, ...

Integrated C++ Projects AI-Based File Search and Smart Notepad This project consists of two integrated programs: AI-Based File Search – Scans directories for specific files and suggests relevant files based on AI-powered search. Smart Notepad – A text editor that fetches relevant files from the file search program based on keyword input. How It Works 1. AI-Based File Search (Program 1) Runs in the background to index file names and content. Uses AI-powered keyword analysis to suggest relevant files. 2. Smart Notepad (Program 2) Connects with the file search program using Inter-Process Communication (IPC) or a shared database (SQLite) . When a user writes a note, it automatically suggests related files or content. Tech Stack Programming Language : C++ Database : SQLite (for storing indexed files) AI Method : TF-IDF (Term Frequency-Inverse Document Frequency) for keyword relevance Inter-Process Communication (IPC) : Named pipes or shared memory This system e...

Smart Health & Fitness Suite This project consists of two integrated C++ programs designed to help users track their health and monitor fitness progress effectively. Program 1: Smart Health Tracker The Smart Health Tracker enables users to log and monitor key health metrics . Main Features: User Profile: Stores weight, age, height, and health history . Daily Health Logs: Records heart rate, blood pressure, hydration, and sleep patterns . Calorie & BMI Calculator: Calculates BMI (Body Mass Index) . Suggests daily calorie intake based on user data. Data Storage: Uses SQLite to store health data securely. GUI Interface: Built with Qt for an intuitive and interactive experience. Program 2: AI-Based Fitness Assistant The AI-Powered Fitness Assistant analyzes health progress and provides personalized workout and diet plans . Main Features: Smart Workout Planner: Suggests customized workout routines based on fitness goals. AI-Powered Diet Recomme...

  Smart Finance and Security Suite This project consists of two integrated C++ programs designed to provide a safe and efficient financial management system . Program 1: Smart Budget Planner The Smart Budget Planner will help users track expenses, income, and savings efficiently. Features: Transaction Tracking: Logs all financial activities. Database Storage: Uses SQLite to store transaction history. User Interface: Built with Qt for an intuitive GUI. Data Import/Export: Supports CSV format for easy financial analysis. Program 2: AI-Based Fraud Detection System This program will analyze financial activity to detect fraud using machine learning (ML) . Features: Machine Learning Algorithm: Uses a decision tree algorithm deployed via OpenCV or Dlib (C++ ML library) . Transaction Monitoring: Receives logs from the Smart Budget Planner . Anomaly Detection: Flags suspicious activities based on spending patterns. Database Storage: Stores flagged transacti...

C++ Smart Document Manager Integrated with a Smart Email Organizer This project consists of two integrated C++ programs designed to manage documents and organize emails efficiently. Program 1: Smart Document Manager The Smart Document Manager will: Tag, organize, and categorize documents (e.g., DOCX, TXT, etc.). Use OCR (Optical Character Recognition) to extract text from images. Implement an efficient keyword-based indexing system for fast document search. Provide a basic GUI for browsing and managing documents. Program 2: Smart Email Organizer The Smart Email Organizer will: Fetch email attachments and integrate them with the Smart Document Manager . Categorize attachments (e.g., reports, invoices, etc.). Use AI-powered classification for sorting email documents intelligently. Program Integration The two programs will work together seamlessly: The Smart Email Organizer will fetch email attachments. The Smart Document Manager will categorize them (e.g., an...

C++ AI-Based Network Security Monitor This project consists of two integrated C++ programs designed to monitor network traffic and detect security threats using AI. Program 1: Network Packet Analyzer This component captures and logs network traffic for analysis. Features: Uses libpcap to capture network packets. Extracts key details such as source/destination IP, protocol, and port type . Stores packet logs in a MySQL database for further analysis. Program 2: AI-Based Intrusion Detector This component analyzes network traffic and detects suspicious activities using machine learning. Features: Uses machine learning to classify network packets as safe or suspicious . Flags anomalous traffic patterns, such as failed logins and unusual data transfers . Sends real-time alerts via SMS or email when a security breach is detected. How They Work Together Packet Capture & Logging – The network packet analyzer logs network traffic in a MySQL database. Intrusion Detection & ...

C++ Smart Document Summarizer and Analyzer This project consists of two integrated programs that work together to extract, format, analyze, and summarize documents. Program 1: Document Text Formatter and Extractor This component is responsible for extracting text from scanned documents or handwritten notes and formatting it into a readable structure. Features: Uses OCR (Optical Character Recognition) to extract text from images, including scanned PDFs and handwritten notes. Formats extracted text into structured documents with proper paragraphs, headings, and formatting. Saves the formatted text into a MySQL database for further processing. Program 2: AI-Powered Document Summarizer This component analyzes and summarizes extracted text using Natural Language Processing (NLP) . Features: Categorizes documents into types such as academic, legal, business , etc. Extracts key points to generate a concise summary. Tech Stack C++ (Main logic and GUI using a lightweight l...

Secure AI-Based Email Payment System This project integrates a C++ Smart Email Organizer with a C++ Banking System to securely process payments and detect fraud. How the System Works Email Organizer Fetches emails and detects messages related to payments. Extracts invoice details and stores them in a MySQL database . Banking System Reads pending payment requests from the database. Verifies transactions and performs fraud detection . Processes payments and updates the database. Notifies users about successful transactions. Integration Approach Primary Method: Shared MySQL Database The Email Organizer saves payment requests in the database. The Banking System reads, validates, and updates the transaction status. Optional Integration: REST API or Message Queues A REST API or RabbitMQ can be used for real-time communication between the components. Basic Implementation The system consists of two C++ programs that interact with a MySQL database . ...

  C++ Smart Document Summarizer and Analyzer This project consists of two integrated C++ programs designed to process documents efficiently. Program 1: Document Text Extractor and Formatter This component extracts text from images (e.g., scanned PDFs, handwritten notes) and structures it into a readable format. Features: Uses OCR (Optical Character Recognition) to extract text. Formats the extracted text into structured documents with headings, paragraphs, and bullet points . Saves the processed text into a MySQL database for further use. Program 2: AI-Powered Document Summarizer This component analyzes and summarizes the extracted text using Natural Language Processing (NLP) . Features: Categorizes documents into academic, legal, business, casual , etc. Highlights key points and generates a concise summary . Technology Stack C++ (Core Logic & GUI) – Uses a lightweight GUI library like Qt . Tesseract OCR – Extracts text from images. MySQL – Stores ex...

C++ Integrated Programs: AI-Powered Password Manager & Breach Checker C++ allows the integration of multiple programs to create powerful applications. In this project, we combine two programs: Secure Password Manager – Encrypts and securely stores passwords. AI-Based Breach Checker – Uses machine learning to check if a password has been compromised. These programs work together to ensure password security and help users avoid weak or breached passwords. Program 1: Secure Password Manager Features: Encrypts passwords using a C++ encryption algorithm (e.g., AES). Stores passwords securely in a database (MySQL or SQLite). Allows users to retrieve passwords safely. Program 2: AI-Based Breach Checker Features: Uses a machine learning model to detect weak or compromised passwords. Compares passwords against a list of leaked passwords. Predicts the risk level of a given password. Integration of Both Programs The Password Manager calls the Breach Checker befor...

C++ Integrated Smart File Organizer and AI Search Assistant This project consists of two C++ programs working together to improve file management and accessibility: Smart File Organizer – Automatically organizes and categorizes files on the system. AI Search Assistant – Provides intelligent search capabilities, allowing users to find files using queries. By integrating these two components, the system ensures efficient file organization and quick retrieval. Program 1: Smart File Organizer Features: Scans directories for unorganized files. Analyzes file content and type. Moves files into categorized folders such as "Images," "Documents," "Code." Logs file details into a database for quick access. How It Works: Monitors a specific folder for new or unorganized files. Analyzes file extensions and metadata. Uses predefined rules or AI-based classification to sort files. Moves files into appropriate directories. Stores file details (name...

  C++ Integrated Smart Task Manager and Productivity Booster This project consists of two integrated C++ programs designed to improve time management and productivity. Overview The system has two main components: Task Logger and Fetcher – Extracts tasks from various sources and stores them in a database. AI-Powered Task Prioritizer – Uses machine learning to rank and prioritize tasks based on urgency and workload. By working together, these components create a smart task management system that enhances efficiency. Program 1: Task Logger and Fetcher Features: Fetches tasks from sources like notes, emails, or a task list API. Extracts key details: priorities, deadlines, and descriptions. Stores tasks in a database (MySQL or SQLite) for further processing. How It Works: Reads tasks from a local file, emails, or an API. Extracts relevant details, such as deadlines and task descriptions. Saves the tasks in a structured format inside the database. Sends the stored...

C++-Based Smart Email Organizer This system consists of two integrated C++ programs designed to automatically prioritize, sort, and manage emails efficiently. Main Idea 1. Fetching and Classifying Emails (Program 1 – C++ with IMAP) Connects to an email account and fetches emails. Extracts metadata such as subject, sender, attachments, and timestamps. Identifies spam, promotions, and newsletters based on predefined rules. Stores data in a local database (SQLite or MySQL). 2. AI-Based Email Prioritization (Program 2 – Machine Learning in C++) Uses rules and past interactions to categorize emails. Assigns priority scores based on user preferences. Suggests smart labels such as "Urgent" , "Read First" , or "Reply Later" . Moves emails into appropriate folders. Plan of Integration Program 1: Email Fetcher & Classifier Connects to an email account and fetches emails. Extracts email data and stores it in a database (SQLite or MySQL). S...

  C++ Powered Smart File Organizer Managing files efficiently is a common challenge, especially when dealing with large amounts of data. This project aims to develop a C++-powered smart file organizer that automates file classification and organization using machine learning (ML) . Overview The project consists of two interconnected programs: Classifier and File Scanner – A lightweight C++ program that scans directories and classifies files based on keywords or content. AI Sorting and Organizer – A machine learning module that categorizes files based on user preferences using a trained model. 1. Classifier and File Scanner This program, built in C++ , performs the following functions: Scanning Files : Extracts metadata such as file name, type, creation date, and size. File Type Identification : Detects formats such as .txt , .pdf , .mp3 , .docx , etc. Data Transfer to AI Sorting Module : Sends extracted metadata and content information to the AI-powered sorting modu...

 C++ Secure Chat System A secure chat system in C++ consists of two programs that work together: one for encrypting and sending messages and the other for decrypting and displaying them. Main Features The system includes: Program A (Sender) Encrypts messages using an algorithm like AES or XOR. Saves encrypted messages to a file. Program B (Receiver) Reads encrypted messages from the file. Decrypts them using the same encryption method. Program A: Sender This program encrypts a message and saves it to a file. Code: #include <iostream> #include <fstream> #include <string> using namespace std; // Simple XOR encryption string encryptMessage(const string& message, char key) { string encrypted = message; for (char& c : encrypted) { c ^= key; } return encrypted; } int main() { string message; char key = 'X'; // Secret key cout << "Enter message to encrypt: "; getline(cin, message); ...

  C++ AI-Powered Cybersecurity Intrusion Detection System (IDS) Overview This system consists of two integrated programs written in C++: Network Monitoring System (C++) – Captures network traffic, extracts relevant features, and stores logs. AI Intrusion Detection System (C++ with ML/Python) – Analyzes network activity and detects cyber threats using machine learning techniques like anomaly detection. How It Works The Network Monitoring System records incoming and outgoing packets, capturing details such as source, destination, and frequency. The AI Intrusion Detection System analyzes this data to detect potential threats, including brute-force login attempts and malware communication patterns. Technologies Used C++ – Implements packet sniffing and feature extraction. Machine Learning – Uses libraries like dlib, TensorFlow, or PyTorch for training AI models to classify network activities. Python (Optional) – Useful for advanced ML techniques such as anomal...

C++ Smart Bank Integrated with AI Fraud Detection System Overview This project consists of two independent C++ programs working together: Smart Banking System – Manages bank accounts, balances, and transactions, integrated with a MySQL database and a GUI . AI Fraud Detection System – Analyzes transactions using machine learning to detect suspicious activities, such as unusual withdrawal patterns. How the Two Systems Work Together The banking system stores all transaction details in the MySQL database . The fraud detection system scans transactions regularly using anomaly detection techniques, analyzing factors like transaction frequency, location, and amounts. If fraudulent activity is detected, the system: Flags the transaction in the database. Sends a warning to the banking system, temporarily locking the affected account. Technologies Used Banking System (C++ + Qt + MySQL) C++ with Qt – GUI for user interaction. MySQL – Stores user transactions and ...

C++ Notification System for Integration with Other Programs Overview This is a C++ Notification System designed to be integrated into any C++ program. It provides real-time notifications via console messages, log files, or emails. This system can be useful for applications like banking, rentals, and other C++ projects that require alert mechanisms. Main Features Supports multiple notification methods – Console, log files, and emails (future scope). Easily integrates with any C++ project – Simple function calls enable seamless notifications. Modular design – The system is structured to allow extensions and modifications. C++ Notification System Code 1. Notification System Implementation #include <iostream> #include <fstream> #include <ctime> #include <string> using namespace std; // Types of notifications enum NotificationType { CONSOLE, LOGFILE }; // Function for getting current timestamp string getTimestamp() { time_t now = time(0); c...

House Rental Listing System in C++ Introduction This project simulates a rental listing system where users can list houses or portions for rent. It allows users to add new properties, display available listings, and search for rentals based on location and rent criteria. Main Features 1. Adding a Property Users can list houses or portions available for rent. Each listing includes details like owner name, type, location, rent amount, and availability. 2. Viewing All Listings Displays all currently available rental properties. 3. Searching for Rentals Users can filter listings based on: Location Maximum Rent C++ Implementation Code: Rental Listing System #include <iostream> #include <vector> #include <string> using namespace std; // Structure to store details of a property struct Property { string type; // "House" or "Portion" string owner; string location; int rent; bool isAvailable; // Display fu...

McDonald's Style Website Template Using C++ Crow Overview This tutorial will guide you through creating a McDonald's-style website template using C++ Crow . The template includes: Two beef burgers: Big Mac and Quarter Pounder A discount system (e.g., "20% OFF on Big Mac!") Styling similar to McDonald's branding Installing Dependencies Linux (Ubuntu) First, install Crow and Boost : sudo apt update sudo apt install libboost-all-dev Windows Use vcpkg to install Boost: vcpkg install boost Creating a C++ Web Server with Discounts Create a file named server.cpp and paste the following code: #include "crow_all.h" #include <unordered_map> struct Burger { std::string name; double price; double discount; // Discount percentage (e.g., 20% -> 0.2) }; // Create a menu with two beef burgers and their discounts std::unordered_map<std::string, Burger> menu = { {"bigmac", {"Big Mac", 5.99, 0....

C++ ATM Program with MySQL Integration ATMs have revolutionized the banking industry, allowing people to conduct transactions beyond traditional banking hours. This program focuses on building a C++ ATM system integrated with a MySQL database to store and manage customer data efficiently. Skills Used Database Integration – Using MySQL to store and retrieve customer data. Authentication and Security – Validating customer credentials securely. Transaction Processing – Handling withdrawals, deposits, and balance inquiries. Error Handling – Preventing incorrect transactions and overdrafts. Real-World Applications of This Program 1. Enhancing Banking Accessibility in Remote Areas Many rural and remote areas have limited banking facilities. ATMs allow people in these regions to access their funds securely without traveling long distances. 2. Multi-User Banking Systems Banks handle thousands of daily transactions. Every ATM is connected to a central database, much like this...