Open Issues Need Help
View All on GitHubAI Summary: Add OpenAPI-style comments to the `GetDecorations` and `CalculateTotal` handlers within the `internal/handlers/handlers.go` file of the WBscrapz Go project to improve API documentation. This involves writing clear, descriptive comments that include OpenAPI tags for better readability and tool integration.
AI Summary: Implement a GET /health endpoint in the Golang web crawler project that returns a JSON response {"status": "ok"} with a 200 status code. Error handling and proper code formatting are required. This endpoint should be added to the `internal/handlers/handlers.go` file.
AI Summary: Implement a Validate method for the Decoration struct in a Go project. The method should check if the Name field is not empty and the Price field is positive, returning an error if either condition is false. The code should adhere to Go coding style guidelines.
AI Summary: Implement a category filter for the GET /decorations endpoint in a Go web application using the Gin-gonic framework. The filter should be applied via a query parameter, returning a 200 status code with the filtered JSON response, and logging any errors.
AI Summary: Implement a price filter for the GET /decorations endpoint in a Go web application using the Gin-gonic framework. The filter should allow querying decorations with a maximum price, returning a JSON response with a 200 status code. Error handling and proper code formatting are required.
AI Summary: Implement a fallback handler in a Go web crawler application to return a 404 JSON error for unknown routes. The handler should return a JSON response with the message "{"error": "Route not found"}" and a 404 status code. The code should adhere to existing project standards and be well-formatted and modular.
AI Summary: Update the README.md file for the WBscrapz Go web crawler project to include clear setup instructions, example usage with curl commands, and details on how to integrate with Botpress (if applicable). The current README lacks setup instructions.
AI Summary: Set up a Gin server in a Go project to handle two API routes: GET /decorations and POST /calculate. The server should run on port 8080, correctly register the routes, and log any errors. This involves integrating existing handler functions within the project's structure.
AI Summary: Write unit tests for the `CalculateTotal` handler in a Go project, covering valid and invalid input scenarios, including empty IDs and mocking the Gin context to verify JSON responses and status codes.
AI Summary: Implement a POST /calculate endpoint in a Go web server that accepts a JSON payload of item IDs, calculates the total price using a hardcoded price list, and returns the total price as a JSON response. Error handling for invalid input is required.
AI Summary: Implement a GET /decorations endpoint in a Go web server using Gin-gonic that returns a hardcoded JSON array of at least three Decoration structs. The endpoint should return a 200 status code and handle errors appropriately. The code should adhere to existing project standards and be properly formatted.
AI Summary: Create a Go struct named `Decoration` within the `internal/models` directory. This struct should contain fields for ID (string), Name (string), Price (float64), and Category (string), each with appropriate JSON tags for marshaling/unmarshaling. The code must adhere to existing project formatting standards.
AI Summary: The task involves creating a simple HTTP server in Go using the Gin framework. The server should listen on port 8080 and respond to a GET request to the root path ('/') with a JSON message: {"message": "Hello, Decos!"}. Error handling and logging are required, and the code should adhere to Go idioms and project standards as defined in the project's `.github/copilot-instructions.md` file.