ghost
commented
1 year ago [!NOTE] Status: Completed ✅ I've added some more information about this issue:
🔬 Investigate Implementation of Problem Pages
Investigate the structure and conventions of the codebase to understand how to add a page for each problem. Look into how the existing pages are implemented, how the routing is configured, and how the data for each problem is fetched and displayed. Consider how to handle dynamic routes if each problem has a unique identifier or slug.
Based on the provided summaries and file contents, the local-climbing-route-search application appears to be a single-page application (SPA) built with React.
Page Implementation and Routing Configuration
The application does not seem to use a traditional multi-page structure or a routing library like React Router for navigating between different pages. Instead, it appears to render different components based on state variables and user interactions. The main entry point of the application is the App.tsx file, which renders the main application interface and handles geolocation and data fetching.
Data Fetching and Display
Data for each climbing route is stored in the tempData.json file. This file contains an array of route objects, each representing a specific climbing route with properties such as id, name, type, rating, location, and images.
In the App.tsx file, the application fetches this data and sets it to the closeRoutes state variable. This data fetching is currently done using a static JSON file, but there are comments indicating that an API call could be used instead.
Once the data is fetched, the application maps over the closeRoutes array and renders a grid of climbing routes. For each route, it determines the valid image path to display and renders the route's name, location, grade, and rating.
Dynamic Routes Handling As for dynamic routes, there doesn't seem to be any implementation of dynamic routing in the provided summaries and file contents. The application appears to be a single-page application with no routing between different pages. However, the application does handle dynamic data, such as the user's current location and the fetched climbing route data.
In conclusion, the local-climbing-route-search application is a single-page application that fetches and displays data from a static JSON file. It does not appear to implement traditional multi-page routing or dynamic routing. Instead, it dynamically fetches and displays data based on the user's location and selected search criteria.
🔬 Preliminary Research
The GitHub issue titled "Add page for each problem" suggests that the task is to create a new page for each problem in the local-climbing-route-search repository. This repository is a TypeScript project bootstrapped with Create React App and uses the Yarn package manager. It is organized into several directories and files, each serving a specific purpose in the application's development, testing, and deployment.
The './src/' directory contains the source code and essential files for the application's functionality and appearance. It includes TypeScript and CSS files, a service worker, a React component for rendering a criteria bar, and a JSON file for storing climbing route data. The 'index.tsx' file serves as the entry point for the React application.
The './public/' directory houses the public-facing static assets of the web application, including HTML files, images, icons, and a web app manifest. The 'index.html' file in this directory serves as the entry point for the application.
The './package.json' file contains metadata about the project and lists its dependencies and scripts. It also specifies the eslint configuration and browser compatibility requirements for the project.
From a functional perspective, this repository is designed to create a user-friendly web application that allows users to search for local climbing routes. Users can interact with the application's UI elements, set search criteria, and view climbing routes. The application can be installed and launched as a standalone application on various platforms, thanks to the 'manifest.json' file in the './public/' directory.
To add a page for each problem, the developer needs to create new components or pages in the appropriate directories, and possibly update the routing configuration. The specific implementation details will depend on the structure and conventions of the codebase, as well as the requirements of the issue.
For example, if the application uses React Router for routing, the developer might need to add new Route components for each problem page. If the application uses Next.js for routing, the developer might need to add new files in the 'pages' directory for each problem page.
However, the repository does not provide specific information about the GitHub issue "Add page for each problem". More research within the codebase or documentation may be needed to fully understand and address this issue. The developer might need to look into how the existing pages are implemented, how the routing is configured, and how the data for each problem is fetched and displayed. They might also need to consider how to handle dynamic routes if each problem has a unique identifier or slug.