bconnorwhite / local-climbing-route-search

0 stars 0 forks source link

Add page for each problem #2

Open bconnorwhite opened 1 year ago

ghost commented 1 year ago

Here's what I know off the top of my head.

🔬 Preliminary research for 'Add page for each problem'

Status: Completed

Research for 'Add page for each problem'

The GitHub issue titled 'Add page for each problem' is requesting the addition of a page for each climbing problem in the 'local-climbing-route-search' web application. This page would provide detailed information about a specific climbing problem, such as its name, type, rating, location, and images.

To address this issue, the engineer would need to make changes to the existing codebase and add new components and routes to handle the display of individual climbing problem pages.

Based on the information available in the code repository, the following steps can be taken to implement this feature:

  1. Create a new component for the climbing problem page: The engineer would need to create a new React component that represents the climbing problem page. This component would be responsible for fetching and displaying the detailed information about a specific climbing problem.

  2. Define a new route for the climbing problem page: The engineer would need to define a new route in the application's routing configuration to handle requests for the climbing problem page. This route should be associated with the new component created in the previous step.

  3. Pass the climbing problem ID as a parameter: When navigating to the climbing problem page, the engineer would need to pass the ID of the selected climbing problem as a parameter in the URL. This ID can be used to fetch the specific climbing problem's data from the 'tempData.json' file or an API endpoint.

  4. Fetch the climbing problem data: In the climbing problem page component, the engineer would need to fetch the data for the specific climbing problem using the provided ID. This can be done by either accessing the 'tempData.json' file directly or making an API call to retrieve the data from a server.

  5. Display the climbing problem information: Once the climbing problem data is fetched, the engineer can display the relevant information on the climbing problem page. This can include the problem's name, type, rating, location, and any available images.

  6. Style the climbing problem page: The engineer can apply appropriate styles to the climbing problem page component to ensure it matches the overall design and layout of the application. This can be done by modifying the existing CSS files or creating new ones specifically for the climbing problem page.

Further research within the codebase or documentation may be needed to determine the specific data structure of the climbing problem objects in the 'tempData.json' file and the exact routing configuration of the application. Additionally, the engineer may need to consider how to handle cases where a climbing problem with the provided ID does not exist or cannot be found.

By following these steps, the engineer should be able to add a page for each climbing problem in the 'local-climbing-route-search' web application, providing users with detailed information about specific climbing problems.

ghost commented 1 year ago

I've started planning this issue. I'll update this comment as I make progress.

🔨 Implement 'Add page for each problem' feature

Status: In Progress ▶️

Based on the preliminary research, we are ready to start implementing the 'Add page for each problem' feature. This involves creating a new React component for the climbing problem page, defining a new route in the application's routing configuration, passing the climbing problem ID as a parameter in the URL, fetching the specific climbing problem's data, displaying the relevant information on the climbing problem page, and styling the page to match the overall design and layout of the application. Further research within the codebase or documentation may be needed to determine the specific data structure of the climbing problem objects and the exact routing configuration of the application. Additionally, handling cases where a climbing problem with the provided ID does not exist or cannot be found should be considered.
- [ ] **🔬 Research the current routing configuration** Review the codebase to understand the current routing configuration of the application. This will help in defining a new route for the climbing problem page. Look for any existing routing libraries (like react-router-dom) and how they are used in the application. - [ ] **🔨 Create a new React component for the climbing problem page** Create a new file in the './src/' directory for the climbing problem page component. This component will be responsible for fetching and displaying data for a specific climbing problem. The initial structure of the component can be a simple functional component that returns a placeholder text. - [ ] **🔨 Define a new route for the climbing problem page** Modify the application's routing configuration to define a new route for the climbing problem page. The route should include a parameter for the climbing problem ID. This will involve modifying an existing file that handles the application's routing. - [ ] **🔨 Fetch data for a specific climbing problem** Modify the component responsible for fetching climbing problem's data to fetch data for a specific problem based on the ID passed in the URL. This will involve modifying an existing file that handles data fetching. Ensure to handle cases where a climbing problem with the provided ID does not exist or cannot be found. - [ ] **🔨 Display the fetched data on the climbing problem page** Modify the newly created climbing problem page component to display the fetched data. This involves displaying relevant information about the climbing problem such as its name, type, rating, location, and images. - [ ] **🔨 Style the climbing problem page** Style the climbing problem page to match the overall design and layout of the application. This involves modifying existing CSS files or creating a new one for the climbing problem page. The application uses Tailwind CSS for styling, so ensure to use it when styling the page.

Autorepo is thinking...

Autorepo Thinking