#!/usr/bin/env python3
# Author: Brian Shorland - BlueCat Networks
import bamclient as BAM
soap_client = BAM.bam_login()
props = ""
if BAM.GetGCPDeviceTypeID(soap_client) == False:
print(
BAM.bcolours.GREEN + BAM.bcolours.BOLD +
'[Google CloudAtlas] Adding Google Compute Platform DeviceTypes to BlueCat Address Manager '
+ BAM.bcolours.ENDC)
GCPDevType = BAM.AddDeviceType(soap_client, "Google Cloud Platform", props)
GCPInstanceSubType = BAM.AddDeviceSubType(soap_client, GCPDevType,
"Google Compute Engine", props)
else:
print(
BAM.bcolours.GREEN + BAM.bcolours.BOLD +
'[Google CloudAtlas] Google Compute Platform DeviceTypes already in BlueCat Address Manager '
+ BAM.bcolours.ENDC)
x = BAM.GetGCPDeviceTypeID(soap_client)
GCPDevType = x
GCPInstanceSubType = soap_client.service.getEntityByName(
x, "Google Compute Engine", 'DeviceSubtype')['id']
print("")
print(BAM.bcolours.GREEN + BAM.bcolours.BOLD +
'[Google CloudAtlas] Alpha Code ' + BAM.bcolours.ENDC)
import googleapiclient.discovery
from googleapiclient import discovery
#!/usr/bin/env python3
# Author: Brian Shorland - BlueCat Networks
from azure.common.credentials import ServicePrincipalCredentials
from azure.mgmt.compute import ComputeManagementClient
from azure.mgmt.network import NetworkManagementClient
import bamclient as BAM
soap_client = BAM.bam_login()
props = ""
if BAM.GetAzureDeviceTypeID(soap_client) == False:
print(
BAM.bcolours.GREEN + BAM.bcolours.BOLD +
'[Azure CloudAtlas] Adding Azure DeviceTypes to BlueCat Address Manager '
+ BAM.bcolours.ENDC)
AzureDevType = BAM.AddDeviceType(soap_client, "Microsoft Azure", props)
AzureInsanceSubType = BAM.AddDeviceSubType(soap_client, AzureDevType,
"Azure Virtual Machine", props)
else:
print(
BAM.bcolours.GREEN + BAM.bcolours.BOLD +
'[Azure CloudAtlas] Azure DeviceTypes already in BlueCat Address Manager '
+ BAM.bcolours.ENDC)
x = BAM.GetAzureDeviceTypeID(soap_client)
AzureDevType = x
AzureInsanceSubType = soap_client.service.getEntityByName(
x, "Azure Virtual Machine", 'DeviceSubtype')['id']
print("")
azure_subscription = ""
azure_client = ""
or udf[1] == "InstanceState"
or udf[1] == "PublicDNSName"
or udf[1] == "PrivateDNSName"
or udf[1] == "IPv4PublicIP"
or udf[1] == "AvailabilityZone"): CheckUDFs_count = CheckUDFs_count + 1
# If one of UDFs not exists, exit
if CheckUDFs_count < 6:
print("Exit. Please check your UDFs configured on BAM")
exit()
props = ""
if BAM.GetAWSDeviceTypeID(soap_client) == False:
print (BAM.bcolours.GREEN + BAM.bcolours.BOLD + '[AWS CloudAtlas] Adding AWS DeviceTypes to BlueCat Address Manager ' + BAM.bcolours.ENDC )
AWSDevType = BAM.AddDeviceType(soap_client,"Amazon Web Services",props)
AWSInsanceSubType = BAM.AddDeviceSubType(soap_client,AWSDevType,"AWS EC2 Instance",props)
else:
print (BAM.bcolours.GREEN + BAM.bcolours.BOLD + '[AWS CloudAtlas] AWS DeviceTypes already in BlueCat Address Manager ' + BAM.bcolours.ENDC )
x = BAM.GetAWSDeviceTypeID(soap_client)
AWSDevType = x
AWSInsanceSubType = soap_client.service.getEntityByName(x, "AWS EC2 Instance", 'DeviceSubtype')['id']
print("")
print (BAM.bcolours.GREEN + BAM.bcolours.BOLD + '[AWS CloudAtlas] AWS Region: ' + region_name + BAM.bcolours.ENDC )
print (BAM.bcolours.GREEN + BAM.bcolours.BOLD + '[AWS CloudAtlas] AWS Access Key: ' + aws_access_key_id + BAM.bcolours.ENDC )
print (BAM.bcolours.GREEN + BAM.bcolours.BOLD + '[AWS CloudAtlas] AWS Secret Access Key: ' + aws_secret_access_key + BAM.bcolours.ENDC )
ec2 = boto3.resource('ec2',region_name=region_name,aws_access_key_id=aws_access_key_id,aws_secret_access_key=aws_secret_access_key)