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Retica Is A Performant, Easy To Use Web Server Based On Python With HTTPS & Plugins Support.

The Following Graph Shows A Performane Comparision Between Flask & Retica.

1. Total 5,000 Requests with 5 Concurrent Connections
2. Total 20,000 Requests with 20 Concurrent Connections

The easiest way to install Retica is to use the pip command line tool.

$~ pip install retica

Once you have installed Retica, you can import it into your Python environment. The server class is used to create a server, in which you can add endpoints(locations) and open HTTP(s) ports.

import Retica
retica = Retica.Server(__name__)

Endpoints are functions that are assigned to a location and are called when a request is made to that location.

@retica.create_endpoint("/hello/{name}")
def index(request: Retica.Request.request, response: Retica.Response.response, **data):
    response.body = f"Hello {data['name']}"

Sockets are used to open a server port that listens for incoming connections. The server will listen on the specified port and host. Sockets can use 2 protocols:

1. HTTP
2. HTTPS (Certificate & key files are required)

• You can also create your own protocols(In Development).

http_socket = Retica.Sockets.HTTP_Socket("localhost", 80)
https_socket = Retica.Sockets.HTTPS_Socket("localhost", 443, "cert.pem", "key.pem")

To run the server, you must call the run method on the server. An array of sockets should be passed in as an argument.

if __name__ == "__main__":
    retica.run([
        http_socket,
        https_socket
    ])

This is the boilerplate code that you will need to create your own server.

import Retica
retica = Retica.Server(__name__)

@retica.create_endpoint("/hello/{name}")
def index(request: Retica.Request.request, response: Retica.Response.response, **data):
    response.body = f"Hello {data['name']}"

http_socket = Retica.Sockets.HTTP_Socket(Retica.Sockets.gethostname(), 80)

if __name__ == "__main__":
    retica.run([http_socket])