Bullhorn Challenge: Write An Application That Is Ki

Bullhorn Challengeyou Are To Write an Application That Is Kind Of Like

You are to write an application that is kind of like Twitter. It will allow a user to post a message, and everyone else to see all the messages that have been posted. It will not allow for following, retweets, direct messages, or profiles. It is a very basic application, but one that proves what you have learned. Build an application that allows you to add messages, list them, and view them (like Lesson 10 but without editing or deleting). Messages should look like this:

  • id: String
  • content: String
  • posteddate: String
  • sentby: String

The home page ("/") should display a list of all messages, and every page should have a link or button to the "/add" path, which presents a form to create a new message. Post the GitHub repository link of your solution.

Paper For Above instruction

The development of a simplistic microblogging application mimicking core functionalities of Twitter provides a foundational project to demonstrate understanding of web development principles, including server-side programming, front-end design, data management, and basic routing. This project emphasizes essential features such as posting messages and viewing message streams while intentionally omitting more complex social media features like followings or profiles. Such a project not only consolidates core programming skills but also highlights the importance of minimalistic design and user-friendly navigation.

To implement this application, a variety of web development stacks can be employed. For simplicity and broad accessibility, a Flask framework with Python as server-side language is well-suited. Flask’s lightweight architecture allows rapid development and straightforward route management. Alongside, HTML and Bootstrap CSS can be utilized to craft an intuitive user interface that is both responsive and aesthetically pleasing. Data persistence can be achieved through in-memory data structures during runtime for simplicity or a lightweight database such as SQLite for more durability.

The core components of this application include the main page ("/") that displays all posted messages, a form page ("/add") for composing new messages, and backend logic to handle message data. Messages are to be stored as objects with properties: id, content, posteddate, and sentby. The main page will render a list of these messages, displaying each with its attributes, formatted clearly for readability. Each message can be viewed directly on this list, with a supporting link or button to navigate to "/add" where users can input their new messages.

The message posting form should capture the message content and sender information, while automatically assigning a unique id and recording the timestamp when the message was posted. When a user submits this form, the message data is stored and the user is redirected back to the main page, which now includes the new message in the overall stream. While the project omits editing or deleting messages, ensuring a simple and clear user flow remains critical. The application’s architecture should be designed to facilitate future enhancements or feature additions.

In developing this application, code organization plays a vital role. Separate routes for displaying the message list and for the message creation form improve code readability and maintainability. Utilizing templates for the HTML presentation layer allows for dynamic content rendering, making the application scalable and adaptable. Avoiding complex JavaScript or asynchronous operations keeps the project aligned with the learning objectives.

Finally, repository management using GitHub involves creating clear documentation, including setup instructions, usage, and a brief explanation of the code structure. Committing meaningful, well-commented code demonstrates best practices. The repository should be public, allowing reviewers or instructors to verify the implementation and functionality easily.

References

  • Flask Documentation. (2023). Flask: Getting Started — Flask Documentation. https://flask.palletsprojects.com/en/2.2.x/
  • W3Schools. (2023). Bootstrap Tutorial. https://www.w3schools.com/bootstrap4/
  • MDN Web Docs. (2023). HTML elements reference. https://developer.mozilla.org/en-US/docs/Web/HTML/Element
  • Pythons Official Documentation. (2023). Python Software Foundation. https://docs.python.org/3/
  • SQLite Documentation. (2023). SQLite: SQL Database Engine. https://sqlite.org/docs.html
  • Learn Python the Hard Way. (2020). Explanations and Projects. https://learnpythonthehardway.org/
  • GitHub Guides. (2022). Mastering Projects on GitHub. https://guides.github.com/features/project-management/
  • Real Python. (2023). Building Web Apps with Flask. https://realpython.com/flask-by-example-part-1-project-setup/
  • W3Schools. (2023). How To Create a Dynamic Web Page. https://www.w3schools.com/howto/howto_js_animate.html
  • Stack Overflow. (2023). Community Discussions and Solutions. https://stackoverflow.com/

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