/smartstay

Primary LanguageJava

Chapter 1: Introduction

1.1 Project Overview

1.2 Technologies Used

Chapter 2: System Architecture

2.1 Database Design

Figure 2.1: Database Design

Chapter 3: API Documentation

3.1 api/users

Figure 3.1: api/users

3.2 register a user

Figure 3.2: api/users/id

3.3 delete a user

Figure 3.3: api/users

3.4 get all users only by admin role

Figure 3.4: api/users

3.5 Authorized Dealer registering a property

Figure 3.5: api/properties

3.6 Authorized Dealer can delete nth Property

Figure 3.6: api/properties/id

3.7 Authorized Dealer can view nth property

Figure 3.7: api/properties/id

3.8 Authorized Dealer can view all his Properties

Figure 3.8: api/properties

3.9 View Property Details by Authorized User of any Role

Figure 3.9: api/propertyDetails

3.10 Add Property Details

Figure 3.10: api/propertyDetails

3.11 Delete Property Details

Figure 3.11: api/propertyDetails/id

3.12 Customer can add property in his Bookmark list

Figure 3.12: api/users/bookmark/id

3.13 Customer can delete a Property from his Bookmark list

Figure 3.13: api/users/bookmark/id

3.14 Customer can view Properties in his Bookmark list

Figure 3.14: api/users/bookmark

3.15 Endpoint Lists

Figure 3.15: End Points

Chapter 4: Version Control

4.1 GitHub Repositories

Chapter 5: Conclusion

In conclusion, the SmartStay real estate application developed using Spring Boot offers a comprehensive and secure platform for property owners and tenants to connect seamlessly. Through the use of advanced technologies and robust security features, the application simplifies the property management process and enhances the overall user experience while ensuring data confidentiality, integrity, and availability. By leveraging the power of Spring Boot, the application ensures high performance, scalability, and security. The use of Spring Boot’s dependency management, auto-configuration, and embedded server capabilities has greatly simplified the development process, allowing for faster deployment and easier maintenance. Additionally, the integration of various security features such as user authentication, authorization, and secure communication protocols provides a safe environment for both property owners and tenants to interact. The application’s security measures, coupled with its intuitive user interface and responsive design, ensure a seamless and protected experience across devices. Overall, the SmartStay real estate application stands as a testament to the capabilities of Spring Boot in building modern, efficient, and secure web applications. Its successful implementation underscores the potential of Spring Boot in creating innovative solutions for real-world challenges while prioritizing the security and privacy of its users’ data.