PyPI 官网下载 | fly_server-1.1.1.tar.gz

# fly    Python lightweight web application framework. * Event driven architecture. * Usable as Web server and Application server. * Lightweight and fast. ## Install ``` $ pip install fly-server ``` ## Hello World It is so easy to use fly. 1. import fly and make fly instance. 2. mount directory and registery route.(option) 3. run fly. ```python from fly import Fly app = Fly() @app.get("/") def index(request): return "Hello, fly!" ``` ``` $ fly app.py ``` <details> <summary>result</summary> <div> ``` * fly Running on 0.0.0.0:1234 (Press CTRL+C to quit) * fly 5 workers * SSL: False * SSL certificate path: conf/server.crt * SSL key path: conf/server.key * Log directory path: ~/log * Mount paths () ``` </div> </details> <details> <summary>mount vs route</summary> <div> * mount: use for static content(css, html, js) * route: use for dynamic content(like CGI) </div> </details> ## Why fly ? Interface of fly is as simple as possible. Extracted only the necessary parts as Web framework by referring to variout Python web frameworks. But, a core part of fly is implemented by C language, you can't think of it as Python Web framework. So, if you're looking for **flexible** and **fast** Web framework, should use fly. ## How fast ? look at [benchmark](https://github.com/tatsuya4649/fly/blob/develop/bench/README.md). ## HTTP version HTTP1.1, HTTP1.1 over TLS/SSL, HTTP2 over TLS/SSL. ## Contributing Let's coding. 1. Fork fly. 2. Create a feature branch. (git checkout -b `new-feature`) 3. Commit your changes. (git commit -m `explain of commit`) 4. Push to the bench. (git push origin my-new-feature) 5. Create new pull request. ## Running tests ``` # move to fly project directory and run following command. $ python3 -m pytest ```