Sunny Andani

I developed an e-commerce website called "Downy Shoes" using Node.js, Express.js, MySQL, and Handlebars (HBS) as the template engine. The website features separate functionalities for both users and administrators:

1.User System: Users can register, log in, and browse footwear products categorized into different categories such as casual, sports, formal, etc.
2. Admin System: Administrators have access to a dashboard where they can manage inventory, add new products, update existing… Show more

I developed an e-commerce website called "Downy Shoes" using Node.js, Express.js, MySQL, and Handlebars (HBS) as the template engine. The website features separate functionalities for both users and administrators:

1.User System: Users can register, log in, and browse footwear products categorized into different categories such as casual, sports, formal, etc.
2. Admin System: Administrators have access to a dashboard where they can manage inventory, add new products, update existing product details, and view user purchasing information.
3. E-commerce Features: Users can add products to their cart, proceed to checkout, and make secure payments. The website integrates with a payment gateway to facilitate smooth transactions.
4. Dynamic Content: The Handlebars template engine dynamically generates HTML pages, allowing for easy rendering of product listings, user profiles, and admin dashboards.
5. Database Management: MySQL is used to store and retrieve data related to users, products, orders, and inventory. It ensures data integrity and enables efficient querying for various website functionalities. Show less

I developed a web application using Node.js and Express.js that provides weather information based on user-input city names. The application utilizes external APIs to fetch real-time weather data for the specified cities.

Key Components:

1. Node.js and Express.js: These frameworks were employed to create the backend infrastructure for handling HTTP requests and responses, routing, and middleware management.
2. External APIs: The application integrates with external weather APIs… Show more

I developed a web application using Node.js and Express.js that provides weather information based on user-input city names. The application utilizes external APIs to fetch real-time weather data for the specified cities.

Key Components:

1. Node.js and Express.js: These frameworks were employed to create the backend infrastructure for handling HTTP requests and responses, routing, and middleware management.
2. External APIs: The application integrates with external weather APIs to retrieve up-to-date weather information for the requested cities. These APIs provide data such as temperature, humidity, wind speed, and forecasts.
3. User Input Handling: The application accepts city names as input from users through a web interface. It processes the user input, validates it, and passes it to the weather API for fetching relevant data.
4. Response Generation: Upon receiving weather data from the external APIs, the application formats the information and generates a response to be displayed to the user. This response typically includes current weather conditions and forecasts for the specified city.
Overall, this web application serves as a user-friendly platform for accessing accurate and timely weather information for various cities, leveraging the power of Node.js, Express.js, and external APIs. Show less

We aimed to simulate an OS deadlock scenario using the Chain Smokers' Problem and addressed it with semaphores, integrating it as a system call in Ubuntu. Key steps included:

1. Simulating the Chain Smokers' problem using C code.
2. Solving the issue with semaphores in C.
3. Converting the C code to Linux System Programming standards.
4. Incorporating the solution as a system call in Linux.
5. Configuring the kernel to support the new system call.

Data structures were employed to develop a smart metro system that utilized graph algorithms to intelligently optimize the path from the user's location to their destination, providing the shortest available route. The implementation involved:

1. Utilizing graph data structures to represent metro stations and their connections.
2. Incorporating stacks and queues to manage traversal and pathfinding algorithms efficiently.
3. Employing classes to encapsulate metro station information… Show more

Data structures were employed to develop a smart metro system that utilized graph algorithms to intelligently optimize the path from the user's location to their destination, providing the shortest available route. The implementation involved:

1. Utilizing graph data structures to represent metro stations and their connections.
2. Incorporating stacks and queues to manage traversal and pathfinding algorithms efficiently.
3. Employing classes to encapsulate metro station information and facilitate object-oriented programming principles.
Through these components, the smart metro system efficiently navigated users through the metro network, optimizing travel routes based on graph algorithms and providing a seamless user experience. Show less

Object-oriented concepts and C++ programming were utilized to develop a user-interactive terminal-based Car Rental System, which incorporated data storage and organization through file handling. This project encompassed functionalities for both clients and administrators, featuring a login system. Key entities implemented included:

1. Object-oriented programming principles such as inheritance, polymorphism, and abstraction.
2. File handling in C++ to manage data storage and… Show more

Object-oriented concepts and C++ programming were utilized to develop a user-interactive terminal-based Car Rental System, which incorporated data storage and organization through file handling. This project encompassed functionalities for both clients and administrators, featuring a login system. Key entities implemented included:

1. Object-oriented programming principles such as inheritance, polymorphism, and abstraction.
2. File handling in C++ to manage data storage and organization effectively.
3. Implementation of a login system to provide secure access to the system for both clients and administrators.
Through this project, a comprehensive and user-friendly solution for car rental management was created, integrating essential programming concepts and techniques for efficient data handling and user interaction. Show less

The Portal System project focused on replicating the functionality of a university portal system, which efficiently managed the student, faculty, and administrative bases. Key components of this project included:

1. User Management: The system allowed for the creation, storage, and management of student, faculty, and administrative user profiles. It incorporated functionalities such as user registration, login, and profile management.
2. Role-Based Access Control: Different levels of… Show more

The Portal System project focused on replicating the functionality of a university portal system, which efficiently managed the student, faculty, and administrative bases. Key components of this project included:

1. User Management: The system allowed for the creation, storage, and management of student, faculty, and administrative user profiles. It incorporated functionalities such as user registration, login, and profile management.
2. Role-Based Access Control: Different levels of access were implemented based on user roles. Administrators had access to administrative features such as user management and system settings, while faculty members could access features related to course management and grading. Students were provided access to features such as course enrollment and academic records.
3. Data Storage and Retrieval: The system utilized file handling techniques to store and retrieve user information, course details, academic records, and administrative data efficiently.
By incorporating these elements, the Portal System project provided a comprehensive and efficient solution for managing university-related tasks and information, enhancing the overall user experience for students, faculty, and administrators alike. Show less