An ideally refined web framework for Go. You can use it to build a web application as natural as breathing.
High-performance? Fastest? Almost all the web frameworks are using these words to tell people that they are the best. Maybe they are, maybe not. Air does not intend to follow the crowd. It can only guarantee you one thing: it can serve properly.
- Singleton
- Air is uncountable
- Just one package
air.*
- API
- As less as possible
- As simple as possible
- As expressive as possible
- Method
GET
(cache-friendly)HEAD
(cache-friendly)POST
PUT
PATCH
DELETE
CONNECT
OPTIONS
TRACE
- Logger
DEBUG
INFO
WARN
ERROR
FATAL
PANIC
- Server
- HTTP/2 support
- SSL/TLS support
- ACME support
- Graceful shutdown support
- WebSocket support
- Router
- Based on the Radix Tree
- Has a good inspection mechanism
- Group routes support
- Gas (also called middleware)
- Router level:
- Before router
- After router
- Route level
- Group level
- Router level:
- Binder
application/json
application/xml
application/x-www-form-urlencoded
multipart/form-data
- Minifier
text/html
text/css
application/javascript
application/json
application/xml
image/svg+xml
image/jpeg
image/png
- Renderer
- Rich template functions
- Hot update support
- Coffer
- Accesses binary asset files by using the runtime memory
- Significantly improves the performance of the
air.Response#File()
- Asset file minimization:
.html
.css
.js
.json
.xml
.svg
.jpg
.jpeg
.png
- Hot update support
- I18n
- Adapt to the request's favorite conventions
- Implanted into the
air.Response#Render()
- Error
- Centralized handling
Open your terminal and execute
$ go get github.com/aofei/air
done.
The only requirement is the Go, at least v1.8.
Create a file named hello.go
package main
import "github.com/aofei/air"
func main() {
air.GET("/", func(req *air.Request, res *air.Response) error {
return res.WriteString("Hello, 世界")
})
air.Serve()
}
and run it
$ go run hello.go
then visit http://localhost:2333
.
As we all know that the air is a mixture of gases. So the same is that this framework adopts the gas as its composition. Everyone can create new gas and use it within this framework simply.
A gas is a function chained in the HTTP request-response cycle with access to
air.Request
and air.Response
which it uses to perform a specific action, for
example, logging every request or recovering from panics.
If you are looking for some useful gases, simply visit here.
If you want to be familiar with this framework as soon as possible, simply visit here.
If you want to discuss this framework, or ask questions about it, simply post questions or ideas here.
If you want to help build this framework, simply follow this to send pull requests here.
This project is licensed under the Unlicense.
License can be found here.