Clever Cloud Python SDK

A Python SDK for Clever Cloud.

Installation

You can add it to your project using pip or uv:

pip install clevercloud-sdk
uv add clevercloud-sdk

Usage

from clever_cloud import CleverCloudClient, ApiTokenCredentials

async with CleverCloudClient(ApiTokenCredentials(token="...")) as client:
    profile = await client.get_profile()
    # name is optional on the API side, hence the fallback
    print(f"Hello, {profile.name or profile.email}!")

You can also use OAuth credentials:

from clever_cloud import OAuthCredentials

credentials = OAuthCredentials(
    consumer_key="...",
    consumer_secret="...",
    token="...",
    secret="...",
)

async with CleverCloudClient(credentials) as client:
    ...

Every OAuth request is signed with HMAC-SHA512 over its method, URL, query string and form body, with a timestamp, a nonce and the OAuth version, so an intercepted Authorization header cannot be replayed. To talk to a deployment that still requires the legacy format, select the compatibility mode explicitly:

from clever_cloud import SignatureMethod

credentials = OAuthCredentials(..., signature_method=SignatureMethod.PLAINTEXT)

Obtaining OAuth credentials

The browser flow is the supported way to obtain credentials:

import webbrowser
from clever_cloud import OAuthConsumer, OAuthDance

with OAuthDance(OAuthConsumer(key="...", secret="..."),
                callback_url="https://my-app.example/callback") as dance:
    request_token = dance.get_request_token()
    webbrowser.open(dance.get_authorization_url(request_token))

    # ... your callback receives the redirect; pass its full URL back:
    verifier = dance.parse_callback_url(callback_url, request_token)
    credentials = dance.get_access_token(request_token, verifier)

parse_callback_url() checks that the callback carries the token this dance requested before accepting the verifier. OAuthDance.login() remains available for browser-less automation, but it drives the console's internal session endpoints with the account password and is not a supported OAuth flow.

Errors

All errors derive from CleverCloudError:

Response bodies attached to exceptions are truncated, so a large or sensitive error payload does not end up whole in your logs.

Retries

Idempotent requests (GET, HEAD, OPTIONS, PUT, DELETE) are retried on HTTP 429, 502, 503, 504 and on network errors, using exponential backoff with jitter and honouring Retry-After. Each attempt is signed again with a fresh nonce.

async with CleverCloudClient(credentials, max_retries=0) as client:  # opt out
    ...

Custom CA bundle and mTLS

The client accepts a custom CA bundle and a client certificate for mutual TLS, useful when targeting an API behind a private PKI or requiring client authentication:

async with CleverCloudClient(
    credentials,
    ca_bundle="/path/to/ca-bundle.pem",
    client_cert=("/path/to/client.crt", "/path/to/client.key"),
) as client:
    ...

Both are loaded into an ssl.SSLContext, so no deprecated HTTPX argument is used. verify_ssl=False disables server certificate verification entirely (not recommended outside of local testing).

A clear-text http:// base URL is refused by default, because credentials would travel unencrypted; pass allow_insecure_http=True to override it against a local development server.

Response models

Models are parsed strictly: a response missing a field the endpoint is documented to return raises InvalidResponseError rather than producing a model filled with empty strings, zeroes or a fabricated timestamp. Optional fields are typed | None, dates are timezone-aware UTC datetimes, and collections are tuples, so frozen=True models are immutable all the way down.

Available features

This SDK is still a work in progress, but it already provides the following features:

• Get user profile
• List instance types (cached per client)
• Create application
• Redeploy application
• Create TCP redirection
• List domains
• Get primary domain
• Custom CA bundle and mTLS client certificate support
• Automatic retries with backoff on transient failures
• NetworkGroups: create / get / delete / search, manage members, peers and external peers

NetworkGroups example

Attach an application as a member of an existing NetworkGroup:

from clever_cloud import MemberKind

await client.create_networkgroup_member(
    owner_id="orga_xxx",
    ng_id="ng_xxx",
    member_id="app_xxx",
    domain_name="my-app.m.ng_xxx.members",
    kind=MemberKind.APPLICATION,
    label="my-app",
)

Development

uv sync --extra dev
uv run pytest          # test suite, no network access
uv run ruff check .    # lint
uv run mypy            # strict type checking

See CHANGELOG.md for release notes, including breaking changes.

License

Apache 2.0 - See LICENSE for details.