Sensei simplifies the process of creating API Clients by handling routing, data validation, and response mapping automatically. This reduces the complexity of HTTP requests, making it easier to integrate APIs into your projects without writing boilerplate code.
Sensei uses type hints to generate API clients, providing clear interfaces and robust validation for interacting with APIs. Its syntax is very similar to the framework FastAPI
- Documentation: https://sensei.crocofactory.dev
- Source Code: https://github.com/CrocoFactory/sensei
Code Example
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: pass pokemon = get_pokemon(name="pikachu") print(pokemon) # Pokemon(name='pikachu'> <p>Didn't it seem to you that the function doesn't contain the code? <strong>Sensei writes it instead of you!</strong> The result of the call get_pokemon(name="pikachu") is the object Pokemon(name='pikachu'> </p><p>There is a wonderful OOP approach proposed by Sensei:<br> </p> <pre class="brush:php;toolbar:false">class User(APIModel): email: EmailStr id: PositiveInt first_name: str last_name: str avatar: AnyHttpUrl @classmethod @router.get('/users') def query( cls, page: Annotated[int, Query()] = 1, per_page: Annotated[int, Query(le=7)] = 3 ) -> list[Self]: pass @classmethod @router.get('/users/{id_}') def get(cls, id_: Annotated[int, Path(alias='id')]) -> Self: pass @router.post('/token') def login(self) -> str: pass @login.prepare def _login_in(self, args: Args) -> Args: args.json_['email'] = self.email return args @login.finalize def _login_out(self, response: Response) -> str: return response.json()['token'] user = User.get(1) user.login() # User(id=1, email="john@example.com", first_name="John", ...)
When Sensei doesn't know how to handle a request, you can do it yourself, using preprocessing as prepare and postprocessing as finalize
Comparison
Sensei: It provides a high level of abstraction. Sensei simplifies creating API wrappers, offering decorators for easy routing, data validation, and automatic mapping of API responses to models. This reduces boilerplate and improves code readability and maintainability.
Bare HTTP Client: A bare HTTP client like requests or httpx requires manually managing requests, handling response parsing, data validation, and error handling. You have to write repetitive code for each endpoint.
Features
Sensei provides features that are useful for both standard and messy APIs:
- Validation ?️
- Rate Limiting Handling ⏳
- Automatic Handling of Return Types ?
- DRY Architecture Without Duplications ?
- Async Support ⚡
- Case Conversion and Aliases ?
- Own Client for Fast Requests ?
Target Audience
Developers Working with APIs, Data Scientists and Analysts, etc.
The above is the detailed content of Sensei: Simplify API Client Generation. For more information, please follow other related articles on the PHP Chinese website!

Python is an interpreted language, but it also includes the compilation process. 1) Python code is first compiled into bytecode. 2) Bytecode is interpreted and executed by Python virtual machine. 3) This hybrid mechanism makes Python both flexible and efficient, but not as fast as a fully compiled language.

Useaforloopwheniteratingoverasequenceorforaspecificnumberoftimes;useawhileloopwhencontinuinguntilaconditionismet.Forloopsareidealforknownsequences,whilewhileloopssuitsituationswithundeterminediterations.

Pythonloopscanleadtoerrorslikeinfiniteloops,modifyinglistsduringiteration,off-by-oneerrors,zero-indexingissues,andnestedloopinefficiencies.Toavoidthese:1)Use'i

Forloopsareadvantageousforknowniterationsandsequences,offeringsimplicityandreadability;whileloopsareidealfordynamicconditionsandunknowniterations,providingcontrolovertermination.1)Forloopsareperfectforiteratingoverlists,tuples,orstrings,directlyacces

Pythonusesahybridmodelofcompilationandinterpretation:1)ThePythoninterpretercompilessourcecodeintoplatform-independentbytecode.2)ThePythonVirtualMachine(PVM)thenexecutesthisbytecode,balancingeaseofusewithperformance.

Pythonisbothinterpretedandcompiled.1)It'scompiledtobytecodeforportabilityacrossplatforms.2)Thebytecodeistheninterpreted,allowingfordynamictypingandrapiddevelopment,thoughitmaybeslowerthanfullycompiledlanguages.

Forloopsareidealwhenyouknowthenumberofiterationsinadvance,whilewhileloopsarebetterforsituationswhereyouneedtoloopuntilaconditionismet.Forloopsaremoreefficientandreadable,suitableforiteratingoversequences,whereaswhileloopsoffermorecontrolandareusefulf

Forloopsareusedwhenthenumberofiterationsisknowninadvance,whilewhileloopsareusedwhentheiterationsdependonacondition.1)Forloopsareidealforiteratingoversequenceslikelistsorarrays.2)Whileloopsaresuitableforscenarioswheretheloopcontinuesuntilaspecificcond


Hot AI Tools

Undresser.AI Undress
AI-powered app for creating realistic nude photos

AI Clothes Remover
Online AI tool for removing clothes from photos.

Undress AI Tool
Undress images for free

Clothoff.io
AI clothes remover

Video Face Swap
Swap faces in any video effortlessly with our completely free AI face swap tool!

Hot Article

Hot Tools

SublimeText3 English version
Recommended: Win version, supports code prompts!

VSCode Windows 64-bit Download
A free and powerful IDE editor launched by Microsoft

SublimeText3 Linux new version
SublimeText3 Linux latest version

Dreamweaver CS6
Visual web development tools

Zend Studio 13.0.1
Powerful PHP integrated development environment
