cloudaux 1.2.7

Cloud Auxiliary is a python wrapper and orchestration module for interacting with cloud providers

# cloudaux

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Cloud Auxiliary is a python wrapper and orchestration module for interacting with cloud providers.

## Documenation

- [CloudAux](README.md "CloudAux Readme") [THIS FILE]
- [AWS](cloudaux/aws/README.md "Amazon Web Services Docs")
- [GCP](cloudaux/gcp/README.md "Google Cloud Platform Docs")

## Features

AWS:
- intelligent connection caching.
- handles pagination for certain client methods.
- rate limit handling, with exponential backoff.
- multi-account sts:assumerole abstraction.
- orchestrates all the calls required to fully describe an item.
- control which attributes are returned with flags.

GCP:
- choosing the best client based on service
- client caching
- general caching and stats decorators available
- basic support for non-specified discovery-API services
- control which attributes are returned with flags.

## Orchestration Supported Technologies

AWS:
- IAM Role
- IAM User
- IAM SAML Provider
- S3
- ELB (v1)
- ELBv2 (ALB)

GCP:
- IAM Service Accounts
- Network/Subnetworks
- Storage Buckets

## Install

pip install cloudaux

## Examples



### AWS Example

# Using wrapper methods:
from cloudaux.aws.sqs import get_queue, get_messages
conn_details = {
'account_number': '111111111111',
'assume_role': 'MyRole',
'session_name': 'MySession',
'region': 'us-east-1'
}
queue = get_queue(queue_name='MyQueue', **conn_details)
messages = get_messages(queue=queue)


# Using the CloudAux class
from cloudaux import CloudAux
CloudAux.go('kms.client.list_aliases', **conn_details)

ca = CloudAux(**conn_details)
ca.call('kms.client.list_aliases')


# directly asking for a boto3 connection:
from cloudaux.aws.sts import boto3_cached_conn
conn = boto3_cached_conn('ec2', **conn_details)


# Over your entire environment:
from cloudaux.decorators import iter_account_region

accounts = ['000000000000', '111111111111']

conn_details = {
'assume_role': 'MyRole',
'session_name': 'MySession',
'conn_type': 'boto3'
}

@iter_account_region('kms', accounts=accounts, regions=['us-east-1'], **conn_details)
def list_keys(conn=None):
return conn.list_keys()['Keys']

### GCP Example

# directly asking for a client:
from cloudaux.aws.gcp.auth import get_client
client = get_client('gce', **conn_details)

# Over your entire environment:
from cloudaux.gcp.decorators import iter_project

projects = ['my-project-one', 'my-project-two']

# To specify per-project key_files, you can do thie following:
# projects = [
# {'project': 'my-project-one', key_file='/path/to/project-one.json'},
# {'project': 'my-project-two', key_file='/path/to/project-two.json'}
# ]
#
# To specify a single key_file for all projects, use the key_file argument
# to the decorator
# @iter_project(projects=projects, key_file='/path/to/key.json')
#
# To use default credentials, omit the key_file argument
# @iter_project(projects=projects)

from cloudaux.gcp.iam import list_serviceaccounts
from cloudaux.orchestration.gcp.iam.serviceaccount import get_serviceaccount_complete

@iter_project(projects=projects, key_file='/path/to/key.json')
def test_iter(**kwargs):
accounts = list_serviceaccounts(**kwargs)
ret = []
for account in accounts:
ret.append(get_serviceaccount_complete(service_account=account['name']))
return ret

## Orchestration Example

### AWS IAM Role

from cloudaux.orchestration.aws.iam.role import get_role, FLAGS

# account_number may be extracted from the ARN of the role passed to get_role
# if not included in conn.
conn = dict(
assume_role='SecurityMonkey', # or whichever role you wish to assume into
session_name='cloudaux',
region='us-east-1'
)

role = get_role(
dict(arn='arn:aws:iam::000000000000:role/myRole', role_name='myRole'),
output='camelized', # optional: {camelized underscored}
flags=FLAGS.ALL, # optional
**conn)

# The flags parameter is optional but allows the user to indicate that
# only a subset of the full item description is required.
# IAM Role Flag Options:
# BASE, MANAGED_POLICIES, INLINE_POLICIES, INSTANCE_PROFILES, ALL (default)
# For instance: flags=FLAGS.MANAGED_POLICIES | FLAGS.INSTANCE_PROFILES

# cloudaux makes a number of calls to obtain a full description of the role
print(json.dumps(role, indent=4, sort_keys=True))

{
"Arn": ...,
"AssumeRolePolicyDocument": ...,
"CreateDate": ..., # str
"InlinePolicies": ...,
"InstanceProfiles": ...,
"ManagedPolicies": ...,
"Path": ...,
"RoleId": ...,
"RoleName": ...,
"_version": 1 # Orchestration results return a _Version
}

### GCP IAM Service Account

from cloudaux.orchestration.gcp.iam.serviceaccount import get_serviceaccount_complete, FLAGS
sa_name = 'projects/my-project-one/serviceAccounts/[e-mail]'
sa = get_serviceaccount_complete(sa_name, flags=FLAGS.ALL, **conn_details)
print(json.dumps(sa, indent=4, sort_keys=True))

# Flag options for Service Accounts are BASE, KEYS, POLICY, ALL (default).

{
"DisplayName": "service-account",
"Email": "[e-mail]",
"Etag": "BwUzTDvWgHw=",
"Keys": [
{
"KeyAlgorithm": "KEY_ALG_RSA_2048",
"Name": "projects/my-project-one/serviceAccounts/[e-mail]/keys/8be0096886f6ed5cf51abb463d3448c8aee6c6b6",
"ValidAfterTime": "2016-06-30T18:26:45Z",
"ValidBeforeTime": "2026-06-28T18:26:45Z"
},
...
],
"Name": "projects/my-project-one/serviceAccounts/[e-mail]",
"Oauth2ClientId": "115386704809902483492",
"Policy": [
{
"Members": [
"user:[e-mail]"
],
"Role": "roles/iam.serviceAccountActor"
}
],
"ProjectId": "my-project-one",
"UniqueId": "115386704809902483492"
}