devopness 2.1.7

Devopness API Python SDK - Painless essential DevOps to everyone

Devopness SDK - Python

The official Devopness SDK for Python.

This SDK provides predefined classes to access Devopness platform resources. It's suitable for building CLI tools, backend services, or automation scripts, helping you interact with the Devopness API.

📌 Table of Contents

• Usage
  • Install
  • Initializing
  • Custom Configuration
  • Authenticating
    • Asynchronous usage
    • Synchronous usage
  • Invoking authentication-protected endpoints
    • Asynchronous usage
    • Synchronous usage
  • Error Handling
• Development
  • With Docker

Usage

The SDK supports both asynchronous and synchronous usage, so you can choose based on your needs.

Install

Install the SDK using your preferred package manager:

# Using uv
uv add devopness

# Using poetry
poetry add devopness

# Using pip
pip install devopness

Initializing

Import the SDK and create an instance of DevopnessClient or DevopnessClientAsync:

from devopness import DevopnessClient, DevopnessClientAsync

devopness = DevopnessClient()
devopness_async = DevopnessClientAsync()

Custom Configuration

You can provide a custom configuration when initializing the client:

from devopness import DevopnessClient, DevopnessClientAsync, DevopnessClientConfig

config = DevopnessClientConfig(base_url='https://api.devopness.com', timeout=10)

devopness = DevopnessClient(config)
devopness_async = DevopnessClientAsync(config)

Configuration options:

Parameter	Default	Description
auto_refresh_token	True	Whether the access token is automatically refreshed
base_url	https://api.devopness.com	Base URL for all API requests
timeout	30	Timeout for HTTP requests (in seconds)
default_encoding	utf-8	Encoding for response content

Authenticating

To authenticate, invoke the login_user method on the users service.

Asynchronous usage

import asyncio

from devopness import DevopnessClientAsync
from devopness.models import UserLogin

devopness = DevopnessClientAsync({'auto_refresh_token': False})

async def authenticate(user_email, user_pass):
    user_data = UserLogin(email=user_email, password=user_pass)
    user_tokens = await devopness.users.login_user(user_data)

    # The `access_token` must be set every time a token is obtained or refreshed,
    # if the `auto_refresh_token` option is set to `False`.
    devopness.access_token = user_tokens.data.access_token

if __name__ == "__main__":
    asyncio.run(authenticate('[e-mail]', 'secret-password'))

Synchronous usage

from devopness import DevopnessClient
from devopness.models import UserLogin

devopness = DevopnessClient({'auto_refresh_token': False})

def authenticate(user_email, user_pass):
    user_data = UserLogin(email=user_email, password=user_pass)
    user_tokens = devopness.users.login_user(user_data)

    # The `access_token` must be set every time a token is obtained or refreshed,
    # if the `auto_refresh_token` option is set to `False`.
    devopness.access_token = user_tokens.data.access_token

if __name__ == "__main__":
    authenticate('[e-mail]', 'secret-password')

Invoking authentication-protected endpoints

Once authenticated, you can invoke protected endpoints like retrieving user details.

Asynchronous usage

import asyncio

from devopness import DevopnessClientAsync
from devopness.models import UserLogin

devopness = DevopnessClientAsync()

async def authenticate(user_email, user_pass):
    user_data = UserLogin(email=user_email, password=user_pass)
    await devopness.users.login_user(user_data)

async def get_user_profile():
    await authenticate('[e-mail]', 'secret-password')
    current_user = await devopness.users.get_user_me()
    print(f'User ID: {current_user.data.id}')

if __name__ == "__main__":
    asyncio.run(get_user_profile())

Synchronous usage

from devopness import DevopnessClient
from devopness.models import UserLogin

devopness = DevopnessClient()

def authenticate(user_email, user_pass):
    user_data = UserLogin(email=user_email, password=user_pass)
    devopness.users.login_user(user_data)

def get_user_profile():
    authenticate('[e-mail]', 'secret-password')
    current_user = devopness.users.get_user_me()
    print(f'User ID: {current_user.data.id}')

if __name__ == "__main__":
    get_user_profile()

Error Handling

The SDK provides structured error handling through exceptions:

• DevopnessApiError: This exception is raised when the Devopness API returns an error response. This typically indicates issues with the request itself, such as invalid input data, unauthorized access, or resource not found. It provides the following attributes to help diagnose the error:

Attribute	Description
status_code	The HTTP status code returned by the API
message	A general error message from the API
errors	An optional dictionary containing detailed validation errors, often encountered during create or update operations

• DevopnessNetworkError: This exception is raised when a generic network-related issue occurs during the communication with the Devopness API. This could be due to problems like an unreachable host, connection timeouts, or other network configuration errors.

Both exceptions inherit from DevopnessSdkError, the base class for all SDK exceptions. You can use this class to catch and handle all exceptions raised by the SDK.

Development

To build the SDK locally, use Docker:

With Docker

Prerequisites

• Docker
• Make

Steps

1. Navigate to the project directory:

cd packages/sdks/python/

1. Build the Docker image:

make build-image

1. Build the Python SDK:

make build-sdk-python