def setUp(self):
DigitalOceanNodeDriver.connectionCls.conn_class = \
DigitalOceanMockHttp
DigitalOceanMockHttp.type = None
self.driver = DigitalOceanNodeDriver(*DIGITALOCEAN_v2_PARAMS)
def deleteNode(provider,driverUno,driverDos,driverTres,driverCuatro,nodeId): pass nodesProvider = '' if provider == "Digital Ocean": pass accessKey = driverUno driverDos = driverDos driverTres = driverTres driverCuatro = driverCuatro nodeId = nodeId driver = DigitalOceanNodeDriver(accessKey) idsNodes = driver.list_nodes() for idNodes in idsNodes: #print idsNodes if idNodes.id == nodeId: pass idNod = idNodes # print idNod nodeDelete = driver.destroy_node(idNod) types = 'terminated' node = checkStatus.checkStatus(driver, idNod.id, types) if node != 0: nodesProvider = nodeDelete if provider == "EC2": pass accessId = driverUno secretKey = driverDos region = driverTres driverCuatro = driverCuatro nodeId = nodeId # driver = BaseEC2NodeDriver(accessId,secretKey,'eu-west-1') cls = get_driver(Provider.EC2) driver = cls(accessId, secretKey, region=region) idsNodes = driver.list_nodes() for idNodes in idsNodes: #print idsNodes if idNodes.id == nodeId: pass idNod = idNodes # print idNod public_ips = driver.ex_describe_all_addresses(only_associated = True) for public_ip in public_ips: if public_ip.instance_id == idNod.id: ip = public_ip nodeDelete = driver.destroy_node(idNod) driver.ex_release_address(ip, domain = ip.domain) types = 'terminated' node = checkStatus.checkStatus(driver, idNod.id, types) if node != 0: nodesProvider = nodeDelete else: nodesProvider = 'null' if provider == "Azure": pass tenantId = driverUno subscriptionId = driverDos applicationId = driverTres keyPaswd = driverCuatro nodeId = nodeId driver = AzureNodeDriver(tenantId,subscriptionId,applicationId,keyPaswd) idsNodes = driver.list_nodes() for idNodes in idsNodes: #print idsNodes if idNodes.id == nodeId: pass idNod = idNodes # print idNod nodeDelete = driver.destroy_node(idNod) types = 'terminated' node = checkStatus.checkStatus(driver, idNod.id, types) if node != 0: nodesProvider = nodeDelete if provider == "Linode": pass apiKey = driverUno driverDos = driverDos driverTres = driverTres driverCuatro = driverCuatro nodeId = nodeId driver = LinodeNodeDriver(apiKey) idsNodes = driver.list_nodes() for idNodes in idsNodes: #print idsNodes if idNodes.id == nodeId: pass idNod = idNodes # print idNod nodeDelete = driver.destroy_node(idNod) types = 'terminated' node = checkStatus.checkStatus(driver, idNod.id, types) if node != 0: nodesProvider = nodeDelete return nodesProvider
def shutdownNode(provider, driverUno, driverDos, driverTres, driverCuatro,
nodeId):
pass
nodesProvider = ''
if provider == "Digital Ocean":
pass
accessKey = driverUno
driverDos = driverDos
driverTres = driverTres
driverCuatro = driverCuatro
nodeId = nodeId
driver = DigitalOceanNodeDriver(accessKey)
idsNodes = driver.list_nodes()
for idNodes in idsNodes:
#print idsNodes
if idNodes.id == nodeId:
pass
idNod = idNodes
# print idNod
nodeStopped = driver.ex_shutdown_node(idNod)
types = 'stopped'
node = checkStatus.checkStatus(driver, idNod.id, types)
if node != 0:
nodesProvider = nodeStopped
if provider == "EC2":
pass
accessId = driverUno
secretKey = driverDos
region = driverTres
driverCuatro = driverCuatro
nodeId = nodeId
# driver = BaseEC2NodeDriver(accessId,secretKey,'eu-west-1')
cls = get_driver(Provider.EC2)
driver = cls(accessId, secretKey, region=region)
idsNodes = driver.list_nodes()
for idNodes in idsNodes:
#print idsNodes
if idNodes.id == nodeId:
pass
idNod = idNodes
# print idNod
nodeStopped = driver.ex_stop_node(idNod)
types = 'stopped'
node = checkStatus.checkStatus(driver, idNod.id, types)
if node != 0:
nodesProvider = nodeStopped
if provider == "Azure":
pass
tenantId = driverUno
subscriptionId = driverDos
applicationId = driverTres
keyPaswd = driverCuatro
nodeId = nodeId
driver = AzureNodeDriver(tenantId, subscriptionId, applicationId,
keyPaswd)
idsNodes = driver.list_nodes()
for idNodes in idsNodes:
#print idsNodes
if idNodes.id == nodeId:
pass
idNod = idNodes
# print idNod
nodeStopped = driver.ex_stop_node(idNod)
types = 'stopped'
node = checkStatus.checkStatus(driver, idNod.id, types)
if node != 0:
nodesProvider = nodeStopped
if provider == "Linode":
pass
apiKey = driverUno
driverDos = driverDos
driverTres = driverTres
driverCuatro = driverCuatro
nodeId = nodeId
driver = LinodeNodeDriver(apiKey)
idsNodes = driver.list_nodes()
for idNodes in idsNodes:
#print idsNodes
if idNodes.id == nodeId:
pass
idNod = idNodes
# print idNod
nodeStopped = driver.ex_stop_node(idNod)
types = 'stopped'
node = checkStatus.checkStatus(driver, idNod.id, types)
if node != 0:
nodesProvider = nodeStopped
return nodesProvider
def resizeNode(provider, driverUno, driverDos, driverTres, driverCuatro, size,
nodeId):
pass
nodesProvider = ''
if provider == "Digital Ocean":
pass
accessKey = driverUno
driverDos = driverDos
driverTres = driverTres
driverCuatro = driverCuatro
size = size
nodeId = nodeId
driver = DigitalOceanNodeDriver(accessKey)
idsNodes = driver.list_nodes()
sizesNode = driver.list_sizes()
for idNodes in idsNodes:
#print idsNodes
if idNodes.id == nodeId:
pass
idNod = idNodes
# print idNod
for sizeNode in sizesNode:
if sizeNode.name == size:
pass
sizeName = sizeNode
nodesProvider = driver.resize_node(sizeName, idNod)
if provider == "EC2":
pass
accessId = driverUno
secretKey = driverDos
region = driverTres
driverCuatro = driverCuatro
size = size
nodeId = nodeId
# driver = BaseEC2NodeDriver(accessId,secretKey,'eu-west-1')
cls = get_driver(Provider.EC2)
driver = cls(accessId, secretKey, region=region)
idsNodes = driver.list_nodes()
sizesNode = driver.list_sizes()
idNod = ''
sizeName = ''
for idNodes in idsNodes:
#print idsNodes
if idNodes.id == nodeId:
pass
idNod = idNodes
# print idNod
for sizeNode in sizesNode:
if sizeNode.id == size:
pass
sizeName = sizeNode
nodesProvider = driver.ex_change_node_size(idNod, sizeName)
if provider == "Azure":
pass
tenantId = driverUno
subscriptionId = driverDos
applicationId = driverTres
keyPaswd = driverCuatro
size = size
nodeId = nodeId
driver = AzureNodeDriver(tenantId, subscriptionId, applicationId,
keyPaswd)
idsNodes = driver.list_nodes()
sizesNode = driver.list_sizes()
for idNodes in idsNodes:
#print idsNodes
if idNodes.id == nodeId:
pass
idNod = idNodes
# print idNod
for sizeNode in sizesNode:
if sizeNode.name == size:
pass
sizeName = sizeNode
nodesProvider = driver.resize_node(sizeName, idNod)
if provider == "Linode":
pass
apiKey = driverUno
driverDos = driverDos
driverTres = driverTres
driverCuatro = driverCuatro
size = size
nodeId = nodeId
driver = LinodeNodeDriver(apiKey)
idsNodes = driver.list_nodes()
sizesNode = driver.list_sizes()
for idNodes in idsNodes:
#print idsNodes
if idNodes.id == nodeId:
pass
idNod = idNodes
# print idNod
for sizeNode in sizesNode:
if sizeNode.name == size:
pass
sizeName = sizeNode
nodesProvider = driver.ex_resize_node(sizeName, idNod)
return nodesProvider
def setUp(self):
DigitalOceanNodeDriver.connectionCls.conn_classes = \
(None, DigitalOceanMockHttp)
DigitalOceanMockHttp.type = None
self.driver = DigitalOceanNodeDriver(*DIGITAL_OCEAN_PARAMS)
def getAllNodes(provider, driverUno, driverDos, driverTres, driverCuatro):
pass
nodesProvider = ''
node = []
if provider == "Digital Ocean":
pass
accessKey = driverUno
driverDos = driverDos
driverTres = driverTres
driverCuatro = driverCuatro
driver = DigitalOceanNodeDriver(accessKey)
idsNodes = driver.list_nodes()
for idNodes in idsNodes:
#print idsNodes
pass
idNodes.extra = json.dumps(idNodes.extra)
attr = {
'id': idNodes.id,
'name': idNodes.name,
'state': idNodes.state,
'public_ips': idNodes.public_ips,
'private_ips': idNodes.private_ips,
'provider': 'DigitalOcean',
'extra': idNodes.extra
}
node.append(attr)
nodesProvider = json.dumps(attr)
if provider == "EC2":
pass
accessId = driverUno
secretKey = driverDos
region = driverTres
driverCuatro = driverCuatro
# driver = BaseEC2NodeDriver(accessId,secretKey,'eu-west-1')
cls = get_driver(Provider.EC2)
driver = cls(accessId, secretKey, region=region)
nodes = driver.list_nodes()
nodeFunction = []
for node in nodes:
pass
if node.state != 'terminated':
v4 = []
ips = {
'ipaddress': node.public_ips[0],
'gateway': 'NULL',
'mask': 'NULL',
'private_ip': node.private_ips[0]
}
v4.append(ips)
network = {'v4': v4}
extra = {
'launch_time': node.extra['launch_time'],
'instance_type': node.extra['instance_type'],
'network': network
}
attr = {
'id': node.id,
'region': region,
'name': node.name,
'state': node.state,
'public_ip': node.public_ips[0],
'provider': 'Amazon',
'extra': extra
}
nodeFunction.append(json.dumps(attr))
nodesProvider = nodeFunction
if provider == "Azure":
pass
tenantId = driverUno
subscriptionId = driverDos
applicationId = driverTres
keyPaswd = driverCuatro
driver = AzureNodeDriver(tenantId, subscriptionId, applicationId,
keyPaswd)
nodes = driver.list_nodes()
print nodes
if provider == "Linode":
pass
apiKey = driverUno
driverDos = driverDos
driverTres = driverTres
driverCuatro = driverCuatro
driver = LinodeNodeDriver(apiKey)
nodes = driver.list_nodes()
nodesProvider = nodes
return nodesProvider
def createNode(provider, driverUno, driverDos, driverTres, driverCuatro, name,
size, image, location, ex_network):
pass
nodesProvider = ''
if provider == "Digital Ocean":
pass
accessKey = driverUno
sshKey = driverDos
driverTres = driverTres
driverCuatro = driverCuatro
driver = DigitalOceanNodeDriver(accessKey)
sshKeyID = list()
ssh = int(sshKey)
keyPairs = driver.list_key_pairs()
sizesNode = driver.list_sizes()
imagesNode = driver.list_images()
locationsNode = driver.list_locations()
for keyPair in keyPairs:
if keyPair.extra['id'] == ssh:
pass
sshKeyID.append(keyPair.extra['id'])
for sizeNode in sizesNode:
if sizeNode.name == size:
pass
sizeName = sizeNode
for imageNode in imagesNode:
if imageNode.id == image:
pass
imageId = imageNode
for locationNode in locationsNode:
if locationNode.id == location:
pass
locationId = locationNode
idNodes = driver.create_node(name, sizeName, imageId, locationId, None,
sshKeyID, None)
idNodes.extra = json.dumps(idNodes.extra)
attr = {
'id': idNodes.id,
'name': idNodes.name,
'state': idNodes.state,
'public_ips': idNodes.public_ips,
'private_ips': idNodes.private_ips,
'provider': 'DigitalOcean',
'extra': idNodes.extra
}
nodesProvider = json.dumps(attr)
if provider == "EC2":
pass
accessId = driverUno
secretKey = driverDos
region = driverTres
driverCuatro = driverCuatro
reg = region[0:len(region) - 1]
# driver = BaseEC2NodeDriver(accessId,secretKey,'eu-west-1')
cls = get_driver(Provider.EC2)
driver = cls(accessId, secretKey, region=reg)
sizesNode = driver.list_sizes()
imagesNode = driver.list_images()
sizeName = ''
imageId = ''
for sizeNode in sizesNode:
if sizeNode.id == size:
pass
sizeName = sizeNode
for imageNode in imagesNode:
if imageNode.name == image:
pass
imageId = imageNode
nodeCreate = driver.create_node(name=name,
image=imageId,
size=sizeName)
types = 'running'
node = checkStatus.checkStatus(driver, nodeCreate.id, types)
if node != 0:
pass
elastic = elasticIP.setElasticIP(driver, node.id)
if elastic != 0:
pass
v4 = []
ips = {
'ipaddress': elastic.ip,
'gateway': 'NULL',
'mask': 'NULL',
'private_ip': node.private_ips[0]
}
v4.append(ips)
network = {'v4': v4}
extra = {
'launch_time': node.extra['launch_time'],
'instance_type': node.extra['instance_type'],
'network': network
}
attr = {
'id': node.id,
'region': reg,
'name': node.name,
'state': node.state,
'public_ip': elastic.ip,
'provider': 'Amazon',
'extra': extra
}
print json.dumps(attr)
else:
v4 = []
ips = {
'ipaddress': node.public_ips[0],
'gateway': 'NULL',
'mask': 'NULL',
'private_ip': node.private_ips[0]
}
v4.append(ips)
network = {'v4': v4}
extra = {
'launch_time': node.extra['launch_time'],
'instance_type': node.extra['instance_type'],
'network': network
}
attr = {
'id': node.id,
'region': region,
'name': node.name,
'state': node.state,
'public_ip': node.public_ips[0],
'provider': 'Amazon',
'extra': extra,
'elastic': '0'
}
nodesProvider = json.dumps(attr)
if provider == "Azure":
pass
tenantId = driverUno
subscriptionId = driverDos
applicationId = driverTres
keyPaswd = driverCuatro
driver = AzureNodeDriver(tenantId, subscriptionId, applicationId,
keyPaswd)
locations = driver.list_locations()
networks = driver.ex_list_networks()
for network in networks:
pass
if network.name == ex_network:
pass
ex_network = network
for loc in locations:
pass
if loc.id == location:
pass
locationID = loc
sizesNode = driver.list_sizes(location=locationID)
imagesNode = driver.list_images(location=locationID,
ex_publisher=None,
ex_offer=None,
ex_sku=None,
ex_version=None)
for sizeNode in sizesNode:
if sizeNode.name == size:
pass
sizeName = sizeNode
for imageNode in imagesNode:
if imageNode.id == image:
pass
imageId = imageNode
nodeCreate = driver.create_node(name,
sizeName,
imageId,
None,
None,
None,
location=locationID,
ex_network=ex_network,
ex_subnet=None,
ex_nic=None)
types = 'running'
node = checkStatus.checkStatus(driver, nodeCreate.id, types)
if node != 0:
pass
v4 = []
ips = {
'ipaddress': node.public_ips,
'gateway': 'NULL',
'mask': 'NULL',
'private_ip': node.private_ips
}
v4.append(ips)
network = {'v4': v4}
extra = {
'instance_type':
node.extra['properties']['hardwareProfile']['vmSize'],
'network':
network
}
attr = {
'id': node.extra['properties']['vmId'],
'region': node.extra['location'],
'name': node.name,
'state': node.state,
'public_ip': node.public_ips,
'provider': 'Azure Virtual machines',
'extra': extra
}
nodesProvider = json.dumps(attr)
if provider == "Linode":
pass
apiKey = driverUno
driverDos = driverDos
driverTres = driverTres
driverCuatro = driverCuatro
nodeId = nodeId
driver = LinodeNodeDriver(apiKey)
node = driver.create_node(name, image, size, auth, location)
nodesProvider = json.dumps(node)
return nodesProvider
def getNode(provider,driverUno,driverDos,driverTres,driverCuatro,nodeId):
pass
nodesProvider = ''
if provider == "Digital Ocean":
pass
accessKey = driverUno
driverDos = driverDos
driverTres = driverTres
driverCuatro = driverCuatro
nodeId = nodeId
driver = DigitalOceanNodeDriver(accessKey)
idsNodes = driver.list_nodes()
for idNodes in idsNodes:
#print idsNodes
if idNodes.id == nodeId:
pass
idNod = idNodes
# print idNod
idNod.extra = json.dumps(idNod.extra);
attr = {'id' : idNod.id, 'name' : idNod.name,
'state' : idNod.state, 'public_ips' : idNod.public_ips,
'private_ips' : idNod.private_ips, 'provider' : 'DigitalOcean',
'extra' : idNod.extra}
nodesProvider = json.dumps(attr)
if provider == "EC2":
pass
accessId = driverUno
secretKey = driverDos
region = driverTres
driverCuatro = driverCuatro
nodeId = nodeId
# driver = BaseEC2NodeDriver(accessId,secretKey,'eu-west-1')
cls = get_driver(Provider.EC2)
driver = cls(accessId, secretKey, region=region)
idsNodes = driver.list_nodes()
for idNodes in idsNodes:
#print idsNodes
if idNodes.id == nodeId:
pass
node = idNodes
if node.state == 'terminated':
v4 = []
ips = {'ipaddress' : node.public_ips, 'gateway' : 'NULL', 'mask' : 'NULL', 'private_ip' : node.private_ips}
v4.append(ips)
network = {'v4' : v4}
extra = {'launch_time' : node.extra['launch_time'], 'instance_type' : node.extra['instance_type'],
'network' : network}
attr = {'id' : node.id, 'region' : region, 'name': node.name, 'state' : node.state,
'public_ip' : node.public_ips, 'provider' : 'Amazon', 'extra' : extra}
if node.state != 'terminated':
v4 = []
ips = {'ipaddress' : node.public_ips[0], 'gateway' : 'NULL', 'mask' : 'NULL', 'private_ip' : node.private_ips[0]}
v4.append(ips)
network = {'v4' : v4}
extra = {'launch_time' : node.extra['launch_time'], 'instance_type' : node.extra['instance_type'],
'network' : network}
attr = {'id' : node.id, 'region' : region, 'name': node.name, 'state' : node.state,
'public_ip' : node.public_ips[0], 'provider' : 'Amazon', 'extra' : extra}
nodesProvider = json.dumps(attr)
if provider == "Azure":
pass
tenantId = driverUno
subscriptionId = driverDos
applicationId = driverTres
keyPaswd = driverCuatro
nodeId = nodeId
driver = AzureNodeDriver(tenantId,subscriptionId,applicationId,keyPaswd)
idsNodes = driver.list_nodes()
for idNodes in idsNodes:
#print idsNodes
if idNodes.id == nodeId:
pass
node = idNodes
# print idNod
v4 = []
ips = {'ipaddress' : node.public_ips, 'gateway' : 'NULL', 'mask' : 'NULL', 'private_ip' : node.private_ips}
v4.append(ips)
network = {'v4' : v4}
extra = {'instance_type' : node.extra['properties']['hardwareProfile']['vmSize'],
'network' : network}
attr = {'id' : node.extra['properties']['vmId'], 'region' : node.extra['location'], 'name': node.name, 'state' : node.state,
'public_ip' : node.public_ips, 'provider' : 'Azure Virtual machines', 'extra' : extra}
nodesProvider = json.dumps(node)
if provider == "Linode":
pass
apiKey = driverUno
driverDos = driverDos
driverTres = driverTres
driverCuatro = driverCuatro
nodeId = nodeId
driver = LinodeNodeDriver(apiKey)
for idNodes in idsNodes:
#print idsNodes
if idNodes.id == nodeId:
pass
idNod = idNodes
# print idNod
nodesProvider = json.dumps(idNod)
return nodesProvider
def getLocations(provider, driverUno, driverDos, driverTres, driverCuatro):
pass
nodesProvider = ''
if provider == "Digital Ocean":
pass
accessKey = driverUno
driverDos = driverDos
driverTres = driverTres
driverCuatro = driverCuatro
driver = DigitalOceanNodeDriver(accessKey)
listLocations = driver.list_locations()
nodelocations = []
for listLocation in listLocations:
data = []
flag = False
matches = re.search(r'[a-zA-Z]{0,}', listLocation.name)
match = re.search(r'[a-zA-Z]{0,}[ ][a-zA-Z]{0,}',
listLocation.name)
if match:
region = match.group()
else:
region = matches.group()
for nodelocation in nodelocations:
if nodelocation['city'] == region:
datacenter = {
'id': listLocation.id,
'name': listLocation.name
}
nodelocation['datacenter'].append(datacenter)
flag = True
if flag != True:
datacenter = {'id': listLocation.id, 'name': listLocation.name}
data.append(datacenter)
node = {'country': 'null', 'city': region, 'datacenter': data}
nodelocations.append(node)
nodesProvider = json.dumps(nodelocations)
if provider == "EC2":
pass
accessId = driverUno
secretKey = driverDos
region = driverTres
driverCuatro = driverCuatro
driver = EC2NodeDriver(accessId, secretKey)
listRegions = driver.list_regions()
# print listRegions
nodelocations = []
for listRegion in listRegions:
region = listRegion
if region == 'ap-south-1':
pass
region = 'ap-southeast-1'
if region == 'us-east-2':
pass
region = 'us-east-1'
if region == 'cn-north-1':
pass
region = 'us-east-1'
if region == 'ca-central-1':
pass
region = 'us-east-1'
if region == 'ap-northeast-2':
pass
region = 'ap-northeast-1'
if region == 'us-gov-west-1':
pass
region = 'us-east-1'
if region == 'eu-central-1':
pass
region = 'eu-west-1'
if region == 'eu-west-2':
pass
region = 'eu-west-1'
driverLocation = EC2NodeDriver(accessId, secretKey, None, None,
None, region, None)
listLocations = driverLocation.list_locations()
# print region
# print listLocations
datacenterArray = []
for listLocation in listLocations:
flag = False
for nodelocation in nodelocations:
if 'country' in nodelocation:
if nodelocation['country'] == listLocation.country:
datacenter = {
'id': listLocation.name,
'name': listLocation.name
}
datacenterArray.append(datacenter)
flag = True
if flag != True:
datacenter = {
'id': listLocation.name,
'name': listLocation.name
}
datacenterArray.append(datacenter)
regionName = getRegionName.regionsAmazon(listRegion)
if regionName != 'null':
regionID = {
'country': listLocation.country,
'city': regionName,
'datacenter': datacenterArray
}
nodelocations.append(regionID)
nodesProvider = json.dumps(nodelocations)
if provider == "Azure":
pass
tenantId = driverUno
subscriptionId = driverDos
applicationId = driverTres
keyPaswd = driverCuatro
driver = AzureNodeDriver(tenantId, subscriptionId, applicationId,
keyPaswd)
listLocations = driver.list_locations()
nodelocations = []
for listLocation in listLocations:
data = []
flag = False
country = listLocation.country
if country is not None:
pass
matches = country.partition(',')
if matches[1] == ',':
dos = matches[2]
country = dos[1:len(dos)]
city = matches[0]
for nodelocation in nodelocations:
if nodelocation['city'] == city:
datacenter = {
'id': listLocation.id,
'name': listLocation.name
}
nodelocation['datacenter'].append(datacenter)
flag = True
if flag != True:
datacenter = {
'id': listLocation.id,
'name': listLocation.name
}
data.append(datacenter)
node = {
'country': country,
'city': city,
'datacenter': data
}
nodelocations.append(node)
else:
city = 'null'
datacenter = {
'id': listLocation.id,
'name': listLocation.name
}
data.append(datacenter)
node = {
'country': country,
'city': city,
'datacenter': data
}
nodelocations.append(node)
else:
city = getRegionName.regionsAzure(listLocation.name)
country = 'null'
datacenter = {'id': listLocation.id, 'name': listLocation.name}
data.append(datacenter)
node = {'country': country, 'city': city, 'datacenter': data}
nodelocations.append(node)
nodesProvider = json.dumps(nodelocations)
if provider == "Linode":
pass
apiKey = driverUno
driverDos = driverDos
driverTres = driverTres
driverCuatro = driverCuatro
driver = DigitalOceanNodeDriver(apiKey)
listLocations = driver.list_locations()
nodesProvider = listLocations
return nodesProvider
import getRegionName
from libcloud.compute.types import Provider
from libcloud.compute.providers import get_driver
from libcloud.compute.drivers.digitalocean import DigitalOceanNodeDriver
from libcloud.compute.drivers.azure_arm import AzureNodeDriver
from libcloud.compute.drivers.ec2 import BaseEC2NodeDriver, EC2NodeDriver
from libcloud.compute.drivers.linode import LinodeNodeDriver
provider = sys.argv[1]
if provider == "Digital Ocean":
pass
accessKey = sys.argv[2]
sshKey = sys.argv[3]
driverTres = sys.argv[4]
driverCuatro = sys.argv[5]
driver = DigitalOceanNodeDriver(accessKey)
listLocations = driver.list_locations()
nodelocations = []
for listLocation in listLocations:
data = []
flag = False
matches = re.search(r'[a-zA-Z]{0,}', listLocation.name)
match = re.search(r'[a-zA-Z]{0,}[ ][a-zA-Z]{0,}', listLocation.name)
if match:
region = match.group()
else:
region = matches.group()
