def _attach_gcp_nic_access_configs()

in cartography/intel/gcp/compute.py [0:0]

• 16 lines of code
• 3 McCabe index (conditional complexity)

def _attach_gcp_nic_access_configs(neo4j_session, nic_id, nic, gcp_update_tag):
    """
    Attach an access configuration to the GCP NIC.
    :param neo4j_session: The Neo4j session
    :param instance: The GCP instance
    :param gcp_update_tag: The timestamp to set updated nodes to
    :return: Nothing
    """
    query = """
    MATCH (nic{id:{NicId}})
    MERGE (ac:GCPNicAccessConfig{id:{AccessConfigId}})
    ON CREATE SET ac.firstseen = timestamp(),
    ac.access_config_id = {AccessConfigId}
    SET ac.type={Type},
    ac.name = {Name},
    ac.public_ip = {NatIP},
    ac.set_public_ptr = {SetPublicPtr},
    ac.public_ptr_domain_name = {PublicPtrDomainName},
    ac.network_tier = {NetworkTier},
    ac.lastupdated = {gcp_update_tag}

    MERGE (nic)-[r:RESOURCE]->(ac)
    ON CREATE SET r.firstseen = timestamp()
    SET r.lastupdated = {gcp_update_tag}
    """
    for ac in nic.get('accessConfigs', []):
        # Make an ID for GCPNicAccessConfig nodes because GCP doesn't define one but we need to uniquely identify them
        access_config_id = f"{nic_id}/accessconfigs/{ac['type']}"
        neo4j_session.run(
            query,
            NicId=nic_id,
            AccessConfigId=access_config_id,
            Type=ac['type'],
            Name=ac['name'],
            NatIP=ac.get('natIP', None),
            SetPublicPtr=ac.get('setPublicPtr', None),
            PublicPtrDomainName=ac.get('publicPtrDomainName', None),
            NetworkTier=ac.get('networkTier', None),
            gcp_update_tag=gcp_update_tag
        )