Veeam Backup & Replication Python API Wrapper

Python package for interacting with the Veeam Backup & Replication REST API

This project is an independent, open source Python client for the Veeam Backup & Replication REST API. It is not affiliated with, endorsed by, or sponsored by Veeam Software.

Supported Versions

VBR Version	API Version	Supported
13.0.1.180	1.3-rev1	✅
13.0.0.4967	1.3-rev0	✅
12.3.1.1139	1.2-rev1	✅
< 12.3.1.1139	< 1.2-rev1	❌

How to support new API versions

1. Download the OpenAPI schema into openapi_schemas
2. Install the openapi-python-client package
3. Run python fix_openapi_yaml.py .\openapi_schemas\vbr_rest_{version}.yaml .\openapi_schemas\vbr_rest_{version}_fixed.yaml
4. Run openapi-python-client generate --path ".\openapi_schemas\vbr_rest_{version}_fixed.json" --output-path ".\veeam_br" --overwrite
5. Fix any warnings/errors
6. Rename the folder to match the API version (i.e., v1.3-rev1)
7. Add the version mapping to versions.py
8. Write pytest tests
9. If an older API has been deprecated, delete its folder, json, and version.py entry, then update the supported versions section of the readme

Install

From PyPi

pip install veeam-br

From Source

Clone the repository and install dependencies:

git clone https://github.com/Cenvora/veeam-br.git
cd veeam-br
pip install -e .

Usage

Recommended Usage (Smart Client)

The VeeamClient handles:

• API version routing
• Authentication
• Token refresh
• x-api-version header injection so package API version matches header values
• Async calls
• Operation discovery

Each packaged version can be called independently through separate imports, but this is the recommended way to use this library.

Create a client and connect

import asyncio
from veeam_br.client import VeeamClient

async def main():
    vc = VeeamClient(
        host="https://vbr.example.com:9419",
        username="administrator",
        password="SuperSecretPassword",
        api_version="1.3-rev1",
        verify_ssl=False,
    )

    await vc.connect()

    # use the client...

    await vc.close()

asyncio.run(main())

Call an API endpoint (async)

repos = await vc.call(
    vc.api("repositories").get_all_repositories
)

Filter certain object types

Some objects, such as SmartObjectS3, use polymorphic subtypes with circular inheritance. These tend to not play well with package creation tools, so as part of the import process into this project, those relationships are broken. Where a repository would normally have a bucket object with immutability information inside, this breakage instead causes bucket to always be UNSET and instead populates the data into additional_properties. For example:

from veeam_br.v1_3_rev1.models.e_repository_type import ERepositoryType

smart_s3 = [
    r for r in repos.data
    if r.type_ == ERepositoryType.SMARTOBJECTS3
]

So to access bucket & immutability data:

for repo in smart_s3:
    bucket = repo.additional_properties.get("bucket", {})
    immutability = bucket.get("immutability", {})

    print({
        "name": repo.name,
        "bucket": bucket.get("bucketName"),
        "days": immutability.get("daysCount"),
        "enabled": immutability.get("isEnabled"),
    })

Until openapi-python-client figures out and implements a way around this or Veeam rewrites their OpenAPI schemas to not use circular references/inheritance, this is a known limitation.

Call any endpoint

Operations map directly to the OpenAPI layout:

api/
└── repositories/
    └── get_all_repositories.py

Call it like this:

await vc.call(
    vc.api("repositories").get_all_repositories
)

Or explicity:

await vc.call(
    vc.api("repositories.get_all_repositories")
)

Pagination example

result = await vc.call(
    vc.api("repositories").get_all_repositories,
    limit=50,
    skip=0,
)

Close the client

await vc.close()

Contributing

Contributions are welcome! To contribute:

• Fork the repository
• Create a feature branch
• Make your changes and add tests
• Submit a pull request with a clear description

Please follow PEP8 style and include docstrings for new functions/classes.

🤝 Core Contributors

This project is made possible thanks to the efforts of our core contributors:

• Jonah May
• Maurice Kevenaar

We’re grateful for their continued support and contributions.