Author Archive: Yugesh Verma

Online Pizza Ordering System in php mysql

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The Online Pizza Ordering System is a web-based application designed to facilitate the process of ordering pizzas online. It includes two main interfaces – one for users who want to order pizzas, and another for administrators who manage the system.

User Interface:

  1. Home Page :

  •    - Users are welcomed to the home page where they can explore the available pizzas.
  •    - A list of pizzas is displayed, showcasing their names and prices.
  •    - Users have the option to register or log in.

  1. User Registration and Login:

  •    - New users can register by providing a unique username and password.
  •    - Existing users can log in to access their accounts.
  •    - Passwords are securely hashed to ensure user data safety.

  1. Pizza Selection and Ordering:

  •    - Once logged in, users can browse the pizza menu and add desired items to their cart.
  •    - Each pizza item includes details such as name and price.
  •    - Users can specify the quantity for each selected pizza.

  1. Cart and Checkout:

  •    - Users can view their selected pizzas in the cart.
  •    - The cart displays the total price based on the quantity selected.
  •    - Users can proceed to checkout to confirm and place their order.

  1. Order History:

  •    - Users have access to their order history, including details like order date and total cost.
  •    - This section allows users to track their previous pizza orders.

 

Admin Interface:

  1. Admin Login (admin.php):

  •    - Admins log in to a dedicated interface with additional privileges.
  •    - Authentication ensures that only authorized personnel can access the admin features.

  1. View Orders (admin.php):

  •    - The admin dashboard displays a comprehensive list of all orders placed.
  •    - Each order includes information such as user details, ordered pizzas, quantity, total price, and order date.

  1. Manage Pizzas (admin.php):

  •    - Admins have the ability to add new pizzas to the menu, specifying names and prices.
  •    - Existing pizzas can be edited or removed from the menu.

Security Measures:

  1.    - User authentication ensures secure access to user and admin interfaces.
  2.    - Passwords are hashed to protect user information.
  3.    - Input validation prevents SQL injection and enhances system security.

Conclusion:

The Online Pizza Ordering System provides a user-friendly and secure platform for customers to order pizzas online. The inclusion of an admin interface allows efficient management of orders and the pizza menu. With an emphasis on security and ease of use, this system offers a seamless online pizza ordering experience for both users and administrators.

Online Book Store Project in Spring Boot with Source Code

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The Book Store Management System is a web-based application that allows users to browse, search, and purchase books online. It provides a user-friendly interface for customers to explore the bookstore's catalog, add items to their cart, and complete transactions securely. Additionally, the system offers administrative capabilities for managing inventory, processing orders, and monitoring sales.

The primary purpose of this project is to develop a robust and scalable web application using Spring Boot framework that facilitates the management of a book store. The system aims to streamline various processes involved in operating a bookstore, including inventory management, customer transactions, and administrative tasks.

1. Objectives

  1. Develop a responsive and intuitive web application for managing bookstore operations.
  2. Implement secure authentication and authorization mechanisms to protect sensitive data.
  3. Provide an extensive catalog of books with robust search and filtering capabilities.
  4. Enable customers to add items to their shopping cart, proceed to checkout, and make payments securely.
  5. Empower administrators with tools for managing inventory, processing orders, and generating reports.
  6. Ensure scalability and maintainability of the system to accommodate future growth and enhancements.

2. Technologies Used

  1. Spring Boot
  2. Spring MVC
  3. Spring Data JPA
  4. Thymeleaf (for front-end templating)
  5. H2 database
  6. Maven (for dependency management)
  7. Git (version control)

4. Features

  1. User authentication and authorization
  2. Browse books by category, author, or title
  3. Add, edit, or delete books
  4. Search functionality
  5. Shopping cart management
  6. Checkout process
  7. Order history
  8. Admin panel for managing books and users

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Online Medical Shop Project in Spring boot, JPA and Mysql

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Pharmacy.com is an online pharmacy. It is a Spring Boot application. It allows ordering medicines. For the administrator role, it provides all CRUD functions like managing categories, products, and users.

In the introduction section of your project report for the online medical shop developed using Spring Boot, JPA, and MySQL, you'll want to provide a comprehensive overview of the project, including its background, motivation, purpose, and scope. Here's how you can structure it:

In today's digital era, the integration of technology in various sectors has transformed traditional processes, bringing about efficiency and convenience. The healthcare industry is no exception, witnessing a paradigm shift towards digital platforms to streamline processes and improve accessibility to medical services and products. In line with this trend, the development of an online medical shop offers a solution to meet the evolving needs of both consumers and healthcare providers.

A. Admin Module

  1. Log In
  2. Product add ,delete, edit , update.
  3. Order details.
  4. User Details

B. User Module

  1. Log In/Sign Up
  2. View the details .
  3. Cart.
  4. Purchase.
  5. order.
  6. Checkout
  7. Payment

 

Used technologies:

  1. Spring Framework
  2. Spring Boot
  3. Spring Security
  4. Spring Data JPA
  5. PostgreSQL
  6. Lombok
  7. Log4j
  8. HTML
  9. CSS
  10. Bootstrap

Online Food Ordering System Project in Spring Boot Java MySQL

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Buy Source Code ₹1501

The proliferation of e-commerce and digital technology has revolutionized various aspects of our lives, including the way we dine. With the advent of online food ordering platforms, consumers now have the convenience of browsing menus, placing orders, and enjoying their favorite meals from the comfort of their homes or workplaces. In line with this trend, our project endeavors to develop a robust and efficient Online Food Ordering System.

The purpose of this project is to create a comprehensive online platform that connects restaurants with customers, streamlining the process of food ordering and delivery. By leveraging the power of Spring Boot, Java, and MySQL, we aim to build a scalable and user-friendly system that caters to the needs of both end-users and restaurant owners.

The significance of our Online Food Ordering System lies in its ability to enhance the dining experience for consumers while providing valuable tools for restaurant management. For consumers, the system offers convenience, choice, and accessibility, allowing them to explore diverse menus, place orders effortlessly, and track their deliveries in real-time. For restaurant owners, the system provides a centralized platform for menu management, order processing, and customer engagement, helping them streamline operations, boost sales, and build customer loyalty.

A. Admin Module

  1. Log In
  2. Product add ,delete, edit , update.
  3. Order details.
  4. User Details

B. User Module

  1. Log In/Sign Up
  2. View the details .
  3. Cart.
  4. Purchase.
  5. order.
  6. Checkout
  7. Payment

Technology Used in the project

  1. We have developed this project using the below technology
  2. Backend : Spring Boot, Spring MVC, JAVA
  3. Frontend : JSP, HTML, CSS, JAVASCRIPT
  4. Styling : Bootstrap
  5. Database : Mysql
  6. Server : Embeded Tomcat server

Online Pizza Ordering System Spring Boot Project

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This Project Online Pizza Ordering System has been developed in  Java Spring Boot and Mysql.

The introduction section of your project report for the online pizza ordering system should provide readers with a clear understanding of the background, objectives, and scope of the project.  In today's fast-paced world, online food ordering systems have become increasingly popular, providing convenience and efficiency for both customers and businesses. With the widespread adoption of internet-enabled devices, customers now expect the ability to order their favorite meals with just a few clicks or taps. In line with this trend, our project aims to develop an Online Pizza Ordering System using Spring Boot, a modern framework for building Java-based applications.

A. Admin Module

  1. Log In
  2. Product add ,delete, edit , update.
  3. User edit, delete.
  4. Order details.

B. User Module

  1. Log In/Sign Up
  2. View the details .
  3. cart.
  4. Purchase.
  5. order

Technology Used in the project

  1. We have developed this project using the below technology
  2. Backend : Spring Boot, Spring MVC, JAVA
  3. Frontend : JSP, HTML, CSS, JAVASCRIPT
  4. Styling : Bootstrap
  5. Database : Mysql
  6. Server : Embeded Tomcat server

Admin Credential

username: admin
password: fun123

Doctors Appointment System Django Project with source code

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The doctor appointment booking website project aimed to create a user-friendly platform for scheduling medical appointments efficiently. Leveraging modern web technologies such as HTML, CSS, JavaScript, and Django, the website offers a seamless experience for both patients and healthcare providers.

A website built using Django, HTML, CSS and JavaScript that enables booking an appointment with a doctor easily.

It features three modules: Admin Module, Doctor Module, Patient Module

A. The Admin Module

  1. Log In
  2. Verify and approve the patient and doctor accounts created.
  3. View the details of the patient as well as the doctor.
  4. Confirm the appointments booked by the patient.
  5. Generate an Invoice.

B. The Doctor Module

  1. Log In/Sign Up
  2. View the details of the patient (symptoms, name, mobile) assigned to them by admin.
  3. View their Appointments, booked by admin.

C. The Patient Module

  1. Log In/Sign Up
  2. View assigned doctor's details like (specialization, mobile number).
  3. View their booked appointment status (pending/confirmed) by admin.
  4. Book appointments.
  5. View/download Invoice pdf.

Technology Used in the project

  1. We have developed this project using the below technology
  2. HTML : Page layout has been designed in HTML
  3. CSS : CSS has been used for all the desigining part
  4. JavaScript : All the validation task and animations has been developed by JavaScript
  5. Python : All the business logic has been implemented in Python
  6. SQLite : SQLite database has been used as database for the project
  7. Django : Project has been developed over the Django Framework

Django Installation Steps :-

  1. Install Python 3.10 Or Higher
  2. Install all dependencies cmd -python -m pip install  -r requirements.txt --user
  3. Finally run cmd - python manage.py runserver

Blog Website Project Using Python Django Project

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The project aimed to develop a fully functional blog website using the Django web framework. Key features included user authentication, CRUD operations for managing blog posts, a commenting system, rich text editing capabilities, responsive design, and pagination. By leveraging Python, Django, HTML/CSS, and SQLite, the project provided valuable insights into web development. Future improvements were suggested, such as implementing search functionality, categories and tags, social media integration, security enhancements, and performance optimization. Overall, the project offered hands-on experience in building dynamic web applications with Django, empowering users to share their ideas and stories effectively.

Features:

  1. User Authentication: Registration, login, and logout functionalities.
  2. CRUD Operations: Users can create, read, update, and delete blog posts.
  3. Commenting System: Users can comment on posts.
  4. Responsive Design: Ensured the website is accessible across devices.
  5. Pagination: Implemented pagination for listing posts.
  6. Blogs are updated and deleted only by author of that blog.
  7. Profile is only changed by logging user.

Technology Used in the project

  1. We have developed this project using the below technology
  2. HTML : Page layout has been designed in HTML
  3. CSS : CSS has been used for all the desigining part
  4. JavaScript : All the validation task and animations has been developed by JavaScript
  5. Python : All the business logic has been implemented in Python
  6. SQLite : SQLite database has been used as database for the project
  7. Django : Project has been developed over the Django Framework

Supported Operating System

  1. We can configure this project on following operating system.
  2. Windows : This project can easily be configured on windows operating system. For running this project on Windows system, you will have to install
  3. Python 3.10, PIP, Django.
  4. Linux : We can run this project also on all versions of Linux operating systemMac : We can also easily configured this project on Mac operating system.

Project on Django Installation Steps :-

  1. Install Python 3.10
  2. Install Django version 4.1.6
  3. Install all dependencies cmd -python -m pip install --user -r requirements.txt
  4. Finally run cmd - python manage.py runserver

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