Design and implementation of the "Wind Traveler" free travel website based on JavaWeb
Abstract: Based on Java language and object-oriented programming ideas, this paper designs a free travel website with good user experience and high performance. In terms of functional design, this paper implements the user module, attraction module, hotel module, travel route module, order module and payment module. Among them, the user module includes functions such as user registration, login, modifying personal information, and viewing orders; the attraction module displays detailed information of each attraction, including attraction introduction, ticket prices, opening hours, etc.; the hotel module displays detailed information of each hotel, including hotel Introduction, room types and prices, facilities and services, etc.; the travel route module displays detailed information of each travel route, including route introduction, itinerary, cost budget, etc.; the order module includes users placing orders on the website, including attraction tickets, hotel reservations, and travel routes. etc.; the payment module supports online payment and offline payment, including Alipay, WeChat payment, etc. In terms of technical implementation, this paper uses front-end technologies such as Bootstrap, jQuery, and Ajax, and back-end technologies such as Java, Spring Boot, MyBatis, and MySQL.
In summary, the Java-based free travel website designed in this paper has high practicality and operability, and is suitable for practical applications in the tourism industry. At the same time, the design ideas and technical implementation of this paper can also provide reference for the design and development of other websites.
Keywords: independent travel website; travel system; independent travel website design; Spring Boot; Java
Abstract：Based on Java language and object-oriented programming ideas, this paper has designed a travel website with good user experience and high performance. In terms of functional design, this paper implements the user module, scenic spot module, hotel module, tourist route module, order module and payment module. Among them, the user module includes user registration, login, modify personal information, view orders, and other functions; the detailed information of each scenic spot, including scenic spot introduction, ticket price, opening time, etc.; the hotel module displays the detailed information of each hotel, including hotel introduction, room type and price, facility service, etc.; the tourist route module displays the detailed information of each tourist route, including route introduction, itinerary arrangement and cost budget; the order module includes the user orders on the website, including scenic spot tickets, hotel booking, tourist route, etc.; The payment module supports online payment and offline payment, including Alipay, WeChat payment, etc.
In terms of technical implementation, this paper adopts front-end technologies such as Bootstrap, jQuery, Ajax, and back-end technologies such as Java, Spring Boot, MyBatis, and MySQL. In conclusion, the Java-based tourism website designed in this paper has high practicability and operability, which is suitable for practical applications in the tourism industry. At the same time, the design idea and technical realization of this paper can also provide reference for the design and development of other websites.
Keywords: Travel website; travel system; travel website design; Spring Boot; Java
Table of contents
1.1 Background and significance of topic selection
1.2.1 The current situation of tourism abroad
1.2.2 The current situation of domestic tourism
1.3 Main contents of the study
2.2 Introduction to Spring Framework
2.3 Introduction to Spring Boot Framework
2.4 Introduction to MyBatis framework
3.1 System Feasibility Analysis
Figure 3-9 Class Relationship Diagram
4.2.1 Conceptual structural design
5.4 User registration and query interface
5.5 Add various information interfaces
6.1.2 Importance and goals of testing
