Theme Park Website Assignment Sample

Introduction - Theme Park Website

The creation of a Internet site within a framework of a theme park means the use of various technologies appropriate in providing the user with the necessary experiences. The main objective of this website is to offer the guest all the information that he/she may need about the park and its sections and attractions, opening hours, etc. Intuitively navigable, it also incorporates W3C standards-compliant features to allow for broad accessibility.

While the graphical user interface is done through “HTML, CSS and JavaScript”, Node.js is used for the SERVER side processing using Express Server, while SQLite is used for the database. JavaScript is widely used to deliver the content dynamically while the second is used to give the face lift to the site. It is also cross device and conforms to disability standards such as the use of alt tag on images, ease of navigation, etc. This development approach seeks to strike a middle ground in issues of functionality, adherence to the law as well as securing any items created.

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W3C Standards Compliance

Common W3C Standards

The website complies with W3C standards which assures that the website is developed in a good standard of the website standards in the world. These standards enhance web compatibility, connectivity for different devices and browsers, and increased WebUsability. This is especially seen in HTML tags which address W3C Web Standards of both semantic and valid Web Markup (Mitrevski et al. 2020). CSS and CSS3 stylesheets are used in the website and JavaScript code is strictly following the latest in the ECMAScript. To display the code error-fee or at least synchronized with syntactical expectations, validation tools like the W3C Markup Validation Service were used.

Validation

Figure 1: Index page

(Source: “Made using W3C Validator online”)

Figure 2: Areas page

(Source: “Made using W3C Validator online”)

Figure 3: Rides Page

(Source: “Made using W3C Validator online”)

Figure 4: Contact page

(Source: “Made using W3C Validator online”)

Figure 5: FAQ Page

(Source: “Made using W3C Validator online”)

Explanation of a Key Website Feature

Feature Description

A major aspect of the site is the dynamic navigation and displaying of images of themed areas and rides.

This website has the themed_areas and rides_attractions database tables to pull image URLs required to display different attraction images on the page. This feature helps to add value to the video view through images linked to certain rides as well as different zones. The use of image URLs abstracted to the database also provides the option for individual file manipulation and creation and modification of the content without directly having to meddle with the code that form the website.

Client-Side and Server-Side Aspects

The feature works the client-side and the server-side aspects of the work as well.

At the server side, Node.js back end communicates with the SQLite database in order to fetch image URLs to the themed_areas and rides_attractions tables. A retrieve SQL query gets the image data for processing and makes JSON response to the client.

On client side JavaScript proactively interprets this data in order to generate and display the images by the aid of HTML and CSS. When using this client-side script, the URLs are generated properly by the server, thus allowing creation of proper HTML <img> tags to fit images adequately on the website as required.

Legal, Ethical, and Accessibility Considerations

Legal Considerations

There’s always legal issues that has to do with the site, especially when it comes to copyrights or patents. Subbing to images, the website complies by using images from reliable sources such as Pexels which are royalty-free images for commercial purpose use. There are licenses next to every image utilized on the site and they free the site owner of any copyright issues. Furthermore, it subjects any content, which should be backed by reference, such as a quote or facts, to the correct citation standards. The rules of service and the policies regarding personal information published on the web site help the user to understand the terms of the usage and the gathering of the information following the legislation like the “General Data Protection Regulation” (GDPR). Since it safeguards the rights of the owners of the content and makes the users more assured – in that respect, the Site is absolutely legal and non-preposterous.

Ethical Considerations

Responsibility covering content as well as usage makes up the basic ethical considerations that apply to web development. With regard to value given to creators, this principle is applied in order to determine proper utilization of acquired images and other materials by the website. This commitment applies not only to the simulation of an object that might provide wrong information to the user with respect to design and functionality but also in cheating or deception in designing a look and feel that might mislead the user (Fu et al. 2020). Moreover, the website is committed to participation across a range of the community, and academic, dissemination is sensitive to all diverse groups. This has been well supported by timely disclosure of data professions as well as their utilization to ensure that users make the right decisions on their usage of the website. Due to being ethically responsible for the content, the website earns the trust of the audience and, therefore, follows the value of being truthful.

Accessibility Features

This should incorporate accessibilities in order to ensure that disabilities are provided for in their use of the website. The addition of the alt text enhances the usability of the images since the screen readers convey details of the images to the visually impaired individuals. Thus, the practice guarantees that the users are likely to understand the context of the visuals even if they are not physically visible to them. Furthermore, the website is designed in compliance with the correct contrast for color and sizes for font to help individuals with vision impairment. The content is arranged logically using semantic HTML tags concerning the existing relationship until it is effective in guiding the users with the use of assistive technology. All the controls are keyboard operable and all interactive parts of the web site can be accessed with keyboard, providing aiding to mobility impaired users who hardly use their mouse. These accessibility measures reflect a corporate social responsibility, showing that individuals with different disabilities are also people who deserve full control of a website’s menu and content.

Security Considerations

Data Protection and Security

Maintaining the privacy and integrity of the respective data is easily one of the most significant aspects of the website’s structure. For greater protection within the site and its data against unauthorized users, methods of encryption are used quite familiar to the members of this industry. HTTPS is employed on the site to make sure all communication between the client and the server is secured and hence prevents someone from intercepting the traffic flow with an aim of carrying out an eavesdropping attack, or man-in-the-middle attack. Due to the risks which threaten the codebase and server security, regular security inspections are made (Godovykh and Baker, 2024). Moreover, ordinary coding conventions are also employed to avoid such normal dangers of security problems like SQL injection and Cross-site scripting (XSS) in order to increase the security degree of the site.

Handling User Data

It is imperative to treat user data with much attention to ensure users continue to trust and transact under the current legal regimes. They also control general policies concerning acquisition and storage of data and the processing of the website. Users’ data is collected only when necessary to accommodate specific demands such as contact forms, and account sign-ups, and respecting the data minimization principle. All the user data is protected securely so only the authorized persons will be having the access. It clearly stated how personal identification information is collected from the users on how it will be processed and utilized. Data ownership has been provided for user and this come along with choice an individual make with regard to removal of their account, this makes the website respect the user.

Database Structure

The database consists of three key tables: “Services include themed areas, rides attractions and a contact form”. This table includes the records about different areas of the theme park, such as area’s title, description, and the URL of the image associated with this area; thematic_areas table. About individual rides, there is the rides_attractions table that includes the or title, the brief descriptions of the specific ride, the type of ride and, finally, related themed areas with the help of the keys. This relationship enables easy querying of the provided rides based on geographical region. The last is the contact_form table where details of user inquiries and feedback are recorded; among the data collected are the s, email addresses, and messages from the users, which can be used to exchange information with the site’s visitors, if necessary.

Conclusion

The design and development of the Magic World Theme Park website provide an excellent coverage of how to build a good user experience without compromising on legal requirements and accessibility standards. Some of the major functions like loading and displaying images are made functions using the efficient database structures, the interactivity and aesthetic is improved. And additional filters for security and ethical data also make the site even more reliable. The update of the site in accordance with the W3C standards and best practices helps the site to remain functional, accessible and safe, therefore, the digital strategy brings the assigned objectives and goals successfully meet the needs of users and stakeholders.

Reference List

Journals

• Attardi, J., 2020. Modern CSS. Springer.
• Fu, X., Kang, J., Hahm, J.J. and Wiitala, J., 2020. Investigating the consequences of theme park experience through the lenses of self-congruity and flow. International Journal of Contemporary Hospitality Management, 32(3), pp.1181-1199.
• Godovykh, M. and Baker, C., 2024. The effects of visit status on guests’ attitudes and visit intentions in the theme park context. International Journal of Hospitality & Tourism Administration, 25(4), pp.738-763.
• Huynh, T., 2024. WEB TECHNOLOGIES COMPARISON BETWEEN NUXT. JS AND ASP .NET.
• Lau, T.P., 2021, November. Software reuse exploits in node. js web apps. In 2021 5th International Conference on System Reliability and Safety (ICSRS) (pp. 190-197). IEEE.
• Mitrevski, B., Piccardi, T. and West, R., 2020, May. WikiHist. html: English Wikipedia's full revision history in HTML format. In Proceedings of the International AAAI Conference on Web and Social Media (Vol. 14, pp. 878-884).
• Nguyen, K.N.N., 2022. Development & deployment of a web server as an executable with Node. js, Express. js and Vercel/pkg.
• Park, S.B., Kim, J., Lee, Y.K. and Ok, C.M., 2020. Visualizing theme park visitors’ emotions using social media analytics and geospatial analytics. Tourism Management, 80, p.104127.
• Pawlaszczyk, D., 2022. SQLite. In Mobile Forensics–The File Format Handbook: Common File Formats and File Systems Used in Mobile Devices (pp. 129-155). Cham: Springer International Publishing.

Author Bio

Owen Foster   8 years | Masters

I am Own Foster and I am a professional programmer residing in London. I have tons of professional experience as a coder and I have been providing students with programming assignments for 9 years now. I can assure you that complete attention to drafting high-quality work will be there. I work day and night so I can be there to solve any of your queries at any time.