A Go library providing a fluent API to simplify HTTP client requests, reducing boilerplate compared to net/http.
Requests is a Go library that simplifies HTTP client interactions by providing a fluent, chainable API to reduce boilerplate and prevent common errors. It addresses issues like forgetting to close response bodies or check status codes, making HTTP requests more concise and reliable. The library integrates seamlessly with Go's standard net/http package while adding convenience features.
Go developers who frequently make HTTP requests and want to reduce verbosity and avoid common pitfalls like unclosed response bodies or unchecked status codes. It's particularly useful for those building APIs, web scrapers, or microservices that rely on external HTTP calls.
Developers choose Requests over alternatives because it offers a zero-dependency, declarative API that enforces best practices like automatic response body closing and status code validation. Its seamless context.Context integration and compatibility with standard Go HTTP tools provide a simpler, less error-prone alternative to raw net/http usage.
HTTP requests for Gophers
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Ensures response bodies are always closed and status codes are validated by default, directly addressing net/http pitfalls highlighted in the README's comparison tables.
Reduces boilerplate significantly, with examples showing 5-7 lines versus 11-18 lines for equivalent net/http code, making HTTP requests more readable and declarative.
Requires context.Context for all requests, integrating timeouts and cancellations natively without the bolted-on feel of standard net/http, as emphasized in the FAQ.
Relies only on the Go standard library, ensuring compatibility and reducing project bloat, which is a key feature listed to maintain simplicity and reliability.
Lacks built-in support for common HTTP client needs like retries, rate limiting, or circuit breaking, forcing developers to implement these manually or use additional libraries.
The fluent API can hide underlying http.Client details, making it harder to fine-tune transports or headers beyond the provided methods, which might frustrate power users.
While basic usage is well-documented, advanced customization (e.g., custom validators or complex error handling) relies on the wiki and may require digging into source code.