sensei

Build robust HTTP Requests with minimal implementation

The Python framework that provides a quick way to build robust HTTP requests. Use type hints, to build requests, with little or no implementation

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Documentation: https://sensei.crocofactory.dev

Source code: https://github.com/CrocoFactory/sensei

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There are key features provided by sensei:

• Fast: Do not write any request-handling code, dedicate responsibility to the function's interface(signature)
• Short: Avoid code duplication.
• Sync/Async: Implement sync and async quickly, without headaches
• Robust: Auto validation data before and after request

Quick Overview

API Wrapper should provide these features for users:

• Provide sync and async code versions
• Validate data before accessing the API.
• Handle RPS (Requests per second) limits.
• Return relevant response

And as a developer, you want to avoid code duplication and make routine things faster. To follow all these principles, you either violate DRY or have to maintain bad code architecture.

Sensei is a tool to avoid these issues.

First Request

Do you want to see the simplest and most robust HTTP Request? He's already here!

from typing import Annotated
from sensei import Router, Path, APIModel

router = Router('https://pokeapi.co/api/v2/')


class Pokemon(APIModel):
    name: str
    id: int
    height: int
    weight: int


@router.get('/pokemon/{name}')
def get_pokemon(name: Annotated[str, Path(max_length=300)]) -> Pokemon: 
    ...


pokemon = get_pokemon(name="pikachu")
print(pokemon)

Sensei abstracts away much of the manual work, letting developers focus on function signatures while the framework handles the API logic and data validation. This enables a declarative style for your apps.

The example of First Request demonstrates a simple and robust HTTP request using the Sensei framework. Here's the key breakdown of the process:

1. Importing Dependencies:

• Router manages API endpoints and routing.
• Path specifies and validates route parameters.
• APIModel defines models for structuring API responses (similar to pydantic.BaseModel).

2. Creating the Router:

The Router is initialized with the base URL of the PokéAPI. All subsequent requests will use this as the base path.

3. Defining the Model:

The Pokemon class represents the data structure for a Pokémon, with fields like name, id, height, and weight. It inherits from APIModel, which provides validation and serialization.

4. Creating the Endpoint:

The get_pokemon function is a routed function decorated with @router.get, defining a GET request for /pokemon/{name}. This uses Annotated to ensure that name is a string and adheres to the validation rule (max length of 300).

5. Making the Request:

By calling get_pokemon(name="pikachu"), Sensei automatically handles validation, makes the HTTP request, and maps the API response into the Pokemon model. The code omits the function body since Sensei handles calls through the function's signature.

Installing sensei

To install sensei from PyPi, you can use that:

pip install sensei

To install sensei from GitHub, use that:

pip install git+https://github.com/CrocoFactory/sensei.git