def main(argv):
pp = pprint.PrettyPrinter(indent=4)
if len(sys.argv) != 3:
print "You need to give me the region and the zone. In that order."
exit(1)
region = sys.argv[1]
zone = sys.argv[2]
spinnaker_address = SPINNAKER_HOST
cluster_json_file = '../files/gcp/spinnaker-and-jenkins/cluster_delete.json'
load_balancer_json_file = '../files/gcp/spinnaker-and-jenkins/loadbalancer_delete.json'
cluster = {}
load_balancer = {}
with open(cluster_json_file) as cluster_file:
cluster = json.load(cluster_file)
with open(load_balancer_json_file) as lb_file:
load_balancer = json.load(lb_file)
spin_tools = spinnaker(spinnaker_address=spinnaker_address,
spinnaker_port=SPINNAKER_PORT, gate_port=GATE_PORT)
'''
Set the cluster variables
'''
cluster['job'][0]['region'] = region
cluster['job'][0]['regions'] = [ region ]
cluster['job'][0]['zone'] = region + '-' + zone
cluster['job'][0]['zones'] = [ region + '-' + zone ]
'''
Set the load_balancer variables
'''
load_balancer['job'][0]['region'] = region
load_balancer['job'][0]['regions'] = [ region ]
'''
print '----'
pp.pprint(cluster)
print '----'
pp.pprint(load_balancer)
print '----'
'''
if spin_tools.cluster(cluster, action='delete'):
print "Cluster deletion successful..."
else:
print "Cluster deletion failed."
print spin_tools.error_response
if spin_tools.load_balancer(load_balancer, action='delete'):
print "Load Balancer deletion successful..."
else:
print "Load Balancer Deletion failed."
print spin_tools.error_response
def main(argv):
arguments = docopt(__doc__, version=str(os.path.basename(__file__)) + " " + VERSION, options_first=False)
if arguments["--spinnaker_address"] is not None:
spinnaker_address = arguments["--spinnaker_address"]
else:
spinnaker_address = SPINNAKER_HOST
pp = pprint.PrettyPrinter(indent=4)
app_name = arguments["--app_name"]
pipeline_name = arguments["--pipeline_name"]
sg_id = arguments["--sg_id"]
aws_region = arguments["--aws_region"]
vpc_id = arguments["--vpc_id"]
vpc_sg_id = arguments["--vpc_sg_id"]
mgmt_sg_id = arguments["--mgmt_sg_id"]
vpc_name = arguments["--vpc_name"]
iam_role = arguments["--iam_role"]
pipeline_json_file = "pipeline_create.json"
app_json_file = "application_create.json"
lb_json_file = "loadbalancer_create.json"
pipeline = {}
application = {}
loadbalancer = {}
aws_conn = boto.vpc.connect_to_region(aws_region)
spin_tools = spinnaker(spinnaker_address=spinnaker_address, spinnaker_port=SPINNAKER_PORT, gate_port=GATE_PORT)
with open(pipeline_json_file) as pipeline_file:
pipeline = json.load(pipeline_file)
with open(app_json_file) as app_file:
application = json.load(app_file)
with open(lb_json_file) as lb_file:
loadbalancer = json.load(lb_file)
stack = "teststack"
detail = "testdetail"
"""
Get the subnet information
"""
subnet_type = pipeline["stages"][1]["clusters"][0]["subnetType"]
tag_name_filter = vpc_name + "." + re.sub("\ \(.*\)", "", subnet_type) + "." + aws_region
try:
all_subnets = aws_conn.get_all_subnets(filters={"vpc_id": vpc_id, "tag:Name": tag_name_filter})
except Exception, e:
print "ERROR: Could not connect to AWS. Check your aws keys."
exit(1)
def main(argv):
arguments = docopt(__doc__,
version=str(os.path.basename(__file__)) + " " + VERSION,
options_first=False)
if arguments['--spinnaker_address'] is not None:
spinnaker_address = arguments['--spinnaker_address']
else:
spinnaker_address = SPINNAKER_HOST
pp = pprint.PrettyPrinter(indent=4)
app_name = arguments['--app_name']
pipeline_name = arguments['--pipeline_name']
sg_id = arguments['--sg_id']
aws_region = arguments['--aws_region']
vpc_id = arguments['--vpc_id']
vpc_sg_id = arguments['--vpc_sg_id']
mgmt_sg_id = arguments['--mgmt_sg_id']
vpc_name = arguments['--vpc_name']
iam_role = arguments['--iam_role']
pipeline_json_file = 'pipeline_create.json'
app_json_file = 'application_create.json'
lb_json_file = 'loadbalancer_create.json'
pipeline = {}
application = {}
loadbalancer = {}
aws_conn = boto.vpc.connect_to_region(aws_region)
spin_tools = spinnaker(spinnaker_address=spinnaker_address,
spinnaker_port=SPINNAKER_PORT,
gate_port=GATE_PORT)
with open(pipeline_json_file) as pipeline_file:
pipeline = json.load(pipeline_file)
with open(app_json_file) as app_file:
application = json.load(app_file)
with open(lb_json_file) as lb_file:
loadbalancer = json.load(lb_file)
stack = 'teststack'
detail = 'testdetail'
'''
Get the subnet information
'''
subnet_type = pipeline['stages'][1]['clusters'][0]['subnetType']
tag_name_filter = vpc_name + "." + \
re.sub("\ \(.*\)", '', subnet_type) + "." + aws_region
try:
all_subnets = aws_conn.get_all_subnets(filters={
'vpc_id': vpc_id,
'tag:Name': tag_name_filter
})
except Exception, e:
print "ERROR: Could not connect to AWS. Check your aws keys."
exit(1)
def main(argv):
arguments = docopt(__doc__, version=str(
os.path.basename(__file__)) + " " + VERSION, options_first=False)
if arguments['--spinnaker_address'] is not None:
spinnaker_address = arguments['--spinnaker_address']
else:
spinnaker_address = SPINNAKER_HOST
pp = pprint.PrettyPrinter(indent=4)
app_name = arguments['--app_name']
pipeline_name = arguments['--pipeline_name']
region = arguments['--region']
zone = arguments['--zone']
network = arguments['--network']
security_group = arguments['--security_group']
pipeline_json_file = 'pipeline_create.json'
app_json_file = 'application_create.json'
lb_json_file = 'loadbalancer_create.json'
pipeline = {}
application = {}
loadbalancer = {}
spin_tools = spinnaker(spinnaker_address=spinnaker_address,
spinnaker_port=SPINNAKER_PORT, gate_port=GATE_PORT)
with open(pipeline_json_file) as pipeline_file:
pipeline = json.load(pipeline_file)
with open(app_json_file) as app_file:
application = json.load(app_file)
with open(lb_json_file) as lb_file:
loadbalancer = json.load(lb_file)
stack = 'teststack'
detail = 'testdetail'
'''
Configure the special lb vars
'''
loadbalancer['job'][0]['region'] = region
loadbalancer['job'][0]['availabilityZones'][region] = []
'''
Configure the special pipeline vars
'''
pipeline['stages'][1]['clusters'][0]['zone'] = region + '-' + zone
pipeline['stages'][1]['clusters'][0]['availabilityZones'][region] = [region + '-' + zone]
pipeline['stages'][1]['clusters'][0]['network'] = network
pipeline['stages'][1]['clusters'][0]['securityGroups'] = [security_group]
spin_tools.wait_for_8084()
if spin_tools.create_application(application):
print "Application Creation Successful..."
if spin_tools.load_balancer(loadbalancer, action='create'):
if spin_tools.create_pipeline(pipeline):
print "Everything created successfully."
else:
print "Pipeline creation failed."
pp.pprint(pipeline)
print spin_tools.error_response
else:
print "Load Balancer Creation failed, not continuing."
pp.pprint(loadbalancer)
else:
print "Application creation failed, not continuing."
pp.pprint(application)
def main(argv):
arguments = docopt(__doc__,
version=str(os.path.basename(__file__)) + " " + VERSION,
options_first=False)
if arguments['--spinnaker_address'] is not None:
spinnaker_address = arguments['--spinnaker_address']
else:
spinnaker_address = SPINNAKER_HOST
pp = pprint.PrettyPrinter(indent=4)
app_name = arguments['--app_name']
pipeline_name = arguments['--pipeline_name']
region = arguments['--region']
zone = arguments['--zone']
network = arguments['--network']
security_group = arguments['--security_group']
pipeline_json_file = 'pipeline_create.json'
app_json_file = 'application_create.json'
lb_json_file = 'loadbalancer_create.json'
pipeline = {}
application = {}
loadbalancer = {}
spin_tools = spinnaker(spinnaker_address=spinnaker_address,
spinnaker_port=SPINNAKER_PORT,
gate_port=GATE_PORT)
with open(pipeline_json_file) as pipeline_file:
pipeline = json.load(pipeline_file)
with open(app_json_file) as app_file:
application = json.load(app_file)
with open(lb_json_file) as lb_file:
loadbalancer = json.load(lb_file)
stack = 'teststack'
detail = 'testdetail'
'''
Configure the special lb vars
'''
loadbalancer['job'][0]['region'] = region
loadbalancer['job'][0]['availabilityZones'][region] = []
'''
Configure the special pipeline vars
'''
pipeline['stages'][1]['clusters'][0]['zone'] = region + '-' + zone
pipeline['stages'][1]['clusters'][0]['availabilityZones'][region] = [
region + '-' + zone
]
pipeline['stages'][1]['clusters'][0]['network'] = network
pipeline['stages'][1]['clusters'][0]['securityGroups'] = [security_group]
spin_tools.wait_for_8084()
if spin_tools.create_application(application):
print "Application Creation Successful..."
if spin_tools.load_balancer(loadbalancer, action='create'):
if spin_tools.create_pipeline(pipeline):
print "Everything created successfully."
else:
print "Pipeline creation failed."
pp.pprint(pipeline)
print spin_tools.error_response
else:
print "Load Balancer Creation failed, not continuing."
pp.pprint(loadbalancer)
else:
print "Application creation failed, not continuing."
pp.pprint(application)
def main(argv):
arguments = docopt(__doc__, version=str(
os.path.basename(__file__)) + " " + VERSION, options_first=False)
if arguments['--spinnaker_address'] is not None:
spinnaker_address = arguments['--spinnaker_address']
else:
spinnaker_address = SPINNAKER_HOST
pp = pprint.PrettyPrinter(indent=4)
app_name = arguments['--app_name']
pipeline_name = arguments['--pipeline_name']
sg_id = arguments['--sg_id']
aws_region = arguments['--aws_region']
vpc_id = arguments['--vpc_id']
vpc_sg_id = arguments['--vpc_sg_id']
mgmt_sg_id = arguments['--mgmt_sg_id']
vpc_name = arguments['--vpc_name']
pipeline_json_file = 'pipeline.json'
app_json_file = 'application.json'
lb_json_file = 'loadbalancer.json'
pipeline = {}
application = {}
loadbalancer = {}
aws_conn = boto.vpc.connect_to_region(aws_region)
spin_tools = spinnaker(spinnaker_address=spinnaker_address,
spinnaker_port=SPINNAKER_PORT, gate_port=GATE_PORT)
with open(pipeline_json_file) as pipeline_file:
pipeline = json.load(pipeline_file)
with open(app_json_file) as app_file:
application = json.load(app_file)
with open(lb_json_file) as lb_file:
loadbalancer = json.load(lb_file)
stack = 'teststack'
detail = 'testdetail'
'''
Get the subnet information
'''
subnet_type = pipeline['stages'][1]['clusters'][0]['subnetType']
tag_name_filter = vpc_name + "." + \
re.sub("\ \(.*\)", '', subnet_type) + "." + aws_region
'''
print "Tag Name Filter: " + tag_name_filter
print "VPC_ID: " + vpc_id
'''
all_subnets = aws_conn.get_all_subnets(
filters={'vpc_id': vpc_id, 'tag:Name': tag_name_filter})
subnet_azs = [s.availability_zone for s in all_subnets]
if len(subnet_azs) == 1:
print "No subnets found!"
exit(1)
'''
print "Subnet AZs:"
pp.pprint(all_subnets)
pp.pprint(subnet_azs)
'''
'''
Configure the special load balancer vars
'''
loadbalancer['job'][0]['stack'] = stack
loadbalancer['job'][0]['detail'] = detail
loadbalancer['job'][0]['vpcId'] = vpc_id
loadbalancer['job'][0]['region'] = aws_region
loadbalancer['job'][0]['name'] = app_name + '-' + stack + '-' + detail
loadbalancer['job'][0]['subnetType'] = "eelb_public (" + vpc_name + ")"
loadbalancer['job'][0]['availabilityZones'][aws_region] = subnet_azs
loadbalancer['job'][0]['regionZones'] = subnet_azs
loadbalancer['application'] = app_name
loadbalancer['description'] = 'Create Load Balancer: ' + loadbalancer['job'][0]['name']
'''
Configure the special pipeline vars
'''
pipeline['name'] = pipeline_name
pipeline['stages'][1]['clusters'][0]['subnetType'] = "ec2_public (" + vpc_name + ")"
pipeline['stages'][1]['clusters'][0][
'securityGroups'] = [sg_id, vpc_sg_id, mgmt_sg_id]
pipeline['stages'][1]['clusters'][0][
'loadBalancers'] = [ app_name + '-' + stack + '-' + detail]
pipeline['stages'][1]['clusters'][0]['application'] = app_name
pipeline['stages'][1]['clusters'][0]['stack'] = stack
pipeline['stages'][0]['regions'] = [aws_region]
pipeline['stages'][1]['clusters'][0][
'availabilityZones'][aws_region] = subnet_azs
pipeline['name'] = pipeline_name
pipeline['application'] = app_name
'''
Configure the special application vars
'''
application['app_name'] = app_name
if spin_tools.create_application(application):
if spin_tools.create_load_balancer(loadbalancer):
if spin_tools.create_pipeline(pipeline):
print "Everything created successfully."
else:
print "Pipeline creation failed."
pp.pprint(pipeline)
print spin_tools.error_response
else:
print "Load Balancer Creation failed, not continuing."
pp.pprint(loadbalancer)
else:
print "Application creation failed, not continuing."
pp.pprint(application)
