def main():
# Get and log the config from the Env variable
config = json.loads(os.environ["CUSTOM_SCRIPT_CONFIG"])
INFO(config)
# Get PC info from the config dict
pc_info = config.get("tdaas_pc")
pc_external_ip = pc_info.get("ips")[0][0]
pc_internal_ip = pc_info.get("ips")[0][1]
pc_password = pc_info.get("prism_password")
try:
# Get a list of apps
apps = body_via_v3_post(pc_external_ip, "apps", pc_password, None).json
# Loop through our apps
for app in apps["entities"]:
# Print out status
INFO(f'{app["status"]["name"]} App State: {app["status"]["state"]}')
# Fail out if app is not in running state
if app["status"]["state"].lower() != "running":
raise Exception(f"{app['status']['name']} app in a non-running state.")
except Exception as ex:
ERROR(traceback.format_exc())
# NX-on-GCP does not support erroring out based on return codes,
# so sleeping to time the deployment out
time.sleep(18000)
def main():
# Get and log the config from the Env variable
config = json.loads(os.environ["CUSTOM_SCRIPT_CONFIG"])
INFO(config)
# Get PC info from the config dict
pc_info = config.get("tdaas_pc")
pc_external_ip = pc_info.get("ips")[0][0]
pc_internal_ip = pc_info.get("ips")[0][1]
pc_password = pc_info.get("prism_password")
try:
# Create the API call body
body = {"enable_nutanix_apps": True}
# Make API call to enable marketplace
resp = create_via_v3_post(pc_external_ip, "marketplace_items/config",
pc_password, body)
# Log appropriately based on response
if resp.code == 200 or resp.code == 202:
INFO("Marketplace enabled successfully.")
else:
raise Exception(f"Marketplace enable failed with:\n" +
f"Resp: {resp}\n" + f"Error Code: {resp.code}\n" +
f"Error Message: {resp.message}")
except Exception as ex:
ERROR(traceback.format_exc())
def main():
# Get and log the config from the Env variable
config = json.loads(os.environ["CUSTOM_SCRIPT_CONFIG"])
INFO(config)
# Get PC info from the config dict
pc_info = config.get("tdaas_pc")
pc_external_ip = pc_info.get("ips")[0][0]
pc_internal_ip = pc_info.get("ips")[0][1]
pc_password = pc_info.get("prism_password")
try:
# Read in our spec file
autodc_spec = file_to_dict("specs/pc_autodc.json")
INFO(f"autodc_spec: {autodc_spec}")
# Make API call to configure the authconfig
resp = create_via_v1_post(pc_external_ip, "authconfig/directories",
pc_password, autodc_spec)
# Log appropriately based on response
if resp.code == 200 or resp.code == 202:
INFO("Authconfig configured successfully.")
else:
raise Exception(f"Authconfig failed with:\n" + f"Resp: {resp}\n" +
f"Error Code: {resp.code}\n" +
f"Error Message: {resp.message}")
except Exception as ex:
ERROR(traceback.format_exc())
def main():
# Get and log the config from the Env variable
config = json.loads(os.environ["CUSTOM_SCRIPT_CONFIG"])
INFO(config)
# Get PC info from the config dict
pc_info = config.get("tdaas_pc")
pc_external_ip = pc_info.get("ips")[0][0]
pc_internal_ip = pc_info.get("ips")[0][1]
pc_password = pc_info.get("prism_password")
try:
# Get marketplace items
mp_items = body_via_v3_post(pc_external_ip, "calm_marketplace_items",
pc_password, None).json
# Loop through our items
for item in mp_items["entities"]:
# We only care about those PENDING
if item["status"]["app_state"] == "PENDING":
# Get and modify the body
body = body_via_v3_get(
pc_external_ip,
"calm_marketplace_items",
pc_password,
item["metadata"]["uuid"],
).json
del body["status"]
body["spec"]["resources"]["app_state"] = "ACCEPTED"
# Update the item
resp = update_via_v3_put(
pc_external_ip,
"calm_marketplace_items",
pc_password,
item["metadata"]["uuid"],
body,
)
# Log appropriately based on response
if resp.code == 200 or resp.code == 202:
INFO(f"{item['status']['name']} bp approved successfully.")
else:
raise Exception(
f"{item['status']['name']} bp approved failed with:\n"
+ f"Resp: {resp}\n" + f"Error Code: {resp.code}\n" +
f"Error Message: {resp.message}")
except Exception as ex:
ERROR(traceback.format_exc())
def main():
# Get and log the config from the Env variable
config = json.loads(os.environ["CUSTOM_SCRIPT_CONFIG"])
INFO(config)
# Get PC info from the config dict
pc_info = config.get("tdaas_pc")
pc_external_ip = pc_info.get("ips")[0][0]
pc_internal_ip = pc_info.get("ips")[0][1]
pc_password = pc_info.get("prism_password")
try:
# Read in the spec files and conver to dicts
subnet_spec = file_to_dict("specs/calm_subnet.spec")
INFO(f"subnet_spec: {subnet_spec}")
bp_spec = file_to_dict("specs/calm_bp_upload.spec")
INFO(f"bp_spec: {bp_spec}")
# Get our subnet info from the infra
subnet_info = get_subnet_info(pc_external_ip, pc_password,
subnet_spec["vlan"])
# Loop through the blueprints to upload
for bp in bp_spec["entities"]:
# Get our project uuid and create our payload
project_uuid = uuid_via_v3_post(pc_external_ip, "projects",
pc_password, bp["bp_project"])
payload = {"name": bp["bp_name"], "project_uuid": project_uuid}
# Upload our blueprint
resp = upload_bp_via_v3_post(pc_external_ip, pc_password, payload,
bp["bp_file"])
# Log appropriately based on response
if (resp.code == 200 or resp.code == 202):
INFO(f"{bp['bp_name']} blueprint created successfully.")
else:
raise Exception(f"{bp['bp_name']} blueprint create" +
f" failed with:\n" +
f"Error Code: {resp.code}\n" +
f"Error Message: {resp.message}")
except Exception as ex:
INFO(ex)
def main():
# Get and log the config from the Env variable
config = json.loads(os.environ["CUSTOM_SCRIPT_CONFIG"])
INFO(config)
# Get PC info from the config dict
pc_info = config.get("tdaas_pc")
pc_external_ip = pc_info.get("ips")[0][0]
pc_internal_ip = pc_info.get("ips")[0][1]
pc_password = pc_info.get("prism_password")
try:
# Read in the delete spec file
delete_spec = file_to_dict("specs/calm_app_delete.json")
# Loop through the apps to delete
for app in delete_spec["entities"]:
# Get the app uuid
app_uuid = uuid_via_v3_post(pc_external_ip, "apps", pc_password,
app["app_name"])
# Handle soft_delete
if app["soft_delete"]:
app_uuid = app_uuid + "?type=soft"
# Delete the app
resp = del_via_v3_delete(pc_external_ip, "apps", pc_password,
app_uuid)
# Log appropriately based on response
if resp.code == 200 or resp.code == 202:
INFO(f'{app["app_name"]} app deleted successfully.')
else:
raise Exception(
'f{app["app_name"]} app delete failed with:\n' +
f"Resp: {resp}\n" + f"Error Code: {resp.code}\n" +
f"Error Message: {resp.message}")
except Exception as ex:
ERROR(traceback.format_exc())
def main():
config = json.loads(os.environ["CUSTOM_SCRIPT_CONFIG"])
INFO(config)
cvm_info = config.get("tdaas_cluster")
cvm_external_ip = cvm_info.get("ips")[0][0]
cluster = NOSCluster(cluster=cvm_external_ip, configured=False)
autodc_spec = file_to_dict("specs/pc_autodc.spec")
subnet_spec = file_to_dict("specs/calm_subnet.spec")
INFO("autodc_spec: " + str(autodc_spec))
INFO("subnet_spec: " + str(subnet_spec))
autodc_ip = autodc_spec["directoryUrl"].split("/")[2].split(":")[0]
create_vm(cluster=cluster,
vm_name='AutoDC2',
image_name='AutoDC2.qcow2',
network_name=subnet_spec["name"],
assigned_ip=autodc_ip)
def main():
# Get and log the config from the Env variable
config = json.loads(os.environ["CUSTOM_SCRIPT_CONFIG"])
INFO(config)
# Get PC info from the config dict
pc_info = config.get("tdaas_pc")
pc_external_ip = pc_info.get("ips")[0][0]
pc_internal_ip = pc_info.get("ips")[0][1]
pc_password = pc_info.get("prism_password")
try:
# Read in the spec files and conver to dicts
icon_spec = file_to_dict("specs/calm_icon.spec")
INFO(f"icon_spec: {icon_spec}")
# Loop through the blueprints to upload
for icon in icon_spec["entities"]:
# Create our payload
payload = {"name": icon["name"]}
# Upload our icon
resp = upload_icon_via_v3_post(pc_external_ip, pc_password,
payload, icon)
# Log appropriately based on response
if (resp.code == 200 or resp.code == 202):
INFO(f"{icon['name']} icon created successfully.")
else:
raise Exception(f"{icon['name']} icon create" +
f" failed with:\n" +
f"Error Code: {resp.code}\n" +
f"Error Message: {resp.message}")
except Exception as ex:
INFO(ex)
def main(project_name):
# Get and log the config from the Env variable
config = json.loads(os.environ["CUSTOM_SCRIPT_CONFIG"])
INFO(config)
# Get PC info from the config dict
pc_info = config.get("tdaas_pc")
pc_external_ip = pc_info.get("ips")[0][0]
pc_internal_ip = pc_info.get("ips")[0][1]
pc_password = pc_info.get("prism_password")
try:
# Read in the spec files and conver to dicts
project_spec = file_to_dict("specs/calm_project.spec")
INFO(f"project_spec pre-update: {project_spec}")
subnet_spec = file_to_dict("specs/calm_subnet.spec")
INFO(f"subnet_spec pre-update: {subnet_spec}")
# Get our info from the infra
subnet_info = get_subnet_info(pc_external_ip, pc_password,
subnet_spec["vlan"])
account_info = body_via_v3_post(pc_external_ip, "accounts",
pc_password, None)
# Cycle through our accounts to find the right one
for account in account_info.json["entities"]:
if account["status"]["resources"]["type"] == "nutanix_pc":
# Update our project_spec
project_spec["spec"]["name"] = project_name
project_spec["spec"]["resources"]["subnet_reference_list"][0]\
["name"] = subnet_info["name"]
project_spec["spec"]["resources"]["subnet_reference_list"][0]\
["uuid"] = subnet_info["uuid"]
project_spec["spec"]["resources"]["account_reference_list"][0]\
["name"] = account["metadata"]["name"]
project_spec["spec"]["resources"]["account_reference_list"][0]\
["uuid"] = account["metadata"]["uuid"]
INFO(f"project_spec post-update: {project_spec}")
# Make API call to create project
resp = create_via_v3_post(pc_external_ip, "projects",
pc_password, project_spec)
# Log appropriately based on response
if (resp.code == 200 or resp.code == 202):
INFO(
f"{project_spec['spec']['name']} Project created successfully."
)
else:
raise Exception(
f"{project_spec['spec']['name']} Project create" +
f" failed with:\n" + f"Error Code: {resp.code}\n" +
f"Error Message: {resp.message}")
except Exception as ex:
INFO(ex)
def create_via_v3_post(ip, endpoint, password, body):
# Make the API call
parameters = RequestParameters(uri=create_v3_url(ip, f"{endpoint}"),
username="******",
password=password,
method="post",
payload=json.dumps(body),
files=None)
rest_client = RESTClient(parameters)
resp = rest_client.request()
INFO(f"create_via_v3_post: {ip}, {endpoint}")
return resp
def main():
# Get and log the config from the Env variable
config = json.loads(os.environ["CUSTOM_SCRIPT_CONFIG"])
INFO(config)
# Get PC info from the config dict
pc_info = config.get("tdaas_pc")
pc_external_ip = pc_info.get("ips")[0][0]
pc_internal_ip = pc_info.get("ips")[0][1]
pc_password = pc_info.get("prism_password")
try:
# Read in our public key and create our payload
public_key = file_to_string("/root/.ssh/id_rsa.pub")
INFO(f"public_key: {public_key}")
payload = {"name": "plugin-runner", "key": public_key}
# Make API call to configure the authconfig
resp = create_via_v1_post(
pc_external_ip,
"cluster/public_keys",
pc_password,
payload,
)
# Log appropriately based on response
if resp.code == 200 or resp.code == 202:
INFO("SSH Key added to PC successfully.")
else:
raise Exception(f"SSH Key failed to add to PC with:\n" +
f"Resp: {resp}\n" + f"Error Code: {resp.code}\n" +
f"Error Message: {resp.message}")
except Exception as ex:
ERROR(traceback.format_exc())
def main():
# Get and log the config from the Env variable
config = json.loads(os.environ["CUSTOM_SCRIPT_CONFIG"])
INFO(config)
# Get PC info from the config dict
pc_info = config.get("tdaas_pc")
pc_external_ip = pc_info.get("ips")[0][0]
pc_internal_ip = pc_info.get("ips")[0][1]
pc_password = pc_info.get("prism_password")
try:
# Read in the spec file and conver to dict
image_spec = file_to_dict("specs/calm_image.spec")
INFO(f"image_spec: {image_spec}")
# Loop through each image
for image in image_spec["entities"]:
# Make API call to create image
resp = create_via_v3_post(pc_external_ip, "images", pc_password,
image)
# Log appropriately based on response
if (resp.code == 200 or resp.code == 202):
INFO(f"image['spec']['name'] Image created successfully.")
else:
raise Exception(f"image['spec']['name'] Image create " +
f"failed with:\n" +
f"Error Code: {resp.code}\n" +
f"Error Message: {resp.message}")
except Exception as ex:
INFO(ex)
def update_via_v3_put(ip, endpoint, password, entity_uuid, body):
# Make the API call
parameters = RequestParameters(uri=create_v3_url(
ip, f"{endpoint}/{entity_uuid}"),
username="******",
password=password,
method="put",
payload=json.dumps(body),
files=None)
rest_client = RESTClient(parameters)
resp = rest_client.request()
INFO(f"update_via_v3_put: {ip}, {endpoint}, {entity_uuid}")
# Return the response
return resp
def body_via_v3_get(ip, endpoint, password, entity_uuid):
# Make the API call
parameters = RequestParameters(uri=create_v3_url(
ip, f"{endpoint}/{entity_uuid}"),
username="******",
password=password,
method="get",
payload=None,
files=None)
rest_client = RESTClient(parameters)
resp = rest_client.request()
INFO(f"body_via_v3_get: {ip}, {endpoint}, {entity_uuid}")
# Return the response
return resp
def del_via_v3_delete(ip, endpoint, password, entity_uuid):
"""Delete a given entity with a DELETE"""
# Make the API call
parameters = RequestParameters(uri=create_v3_url(
ip, f"{endpoint}/{entity_uuid}"),
username="******",
password=password,
method="delete",
payload=None,
files=None)
rest_client = RESTClient(parameters)
resp = rest_client.request()
INFO(f"del_via_v3_delete: {ip}, {endpoint}, {entity_uuid}")
# Return the response
return resp
def create_via_v1_post(ip, endpoint, password, body):
"""Create a new entity via a v1 post call, return the response"""
# Make the API call
parameters = RequestParameters(
uri=create_v1_url(ip, f"{endpoint}"),
username="******",
password=password,
method="post",
payload=json.dumps(body),
files=None,
)
rest_client = RESTClient(parameters)
resp = rest_client.request()
INFO(f"create_via_v1_post: {ip}, {endpoint}")
return resp
def upload_bp_via_v3_post(ip, password, body, filename):
# Create the file dictionary
files = {"file": open(f"blueprints/{filename}", "rb")}
# Make the API call
parameters = RequestParameters(uri=create_v3_url(ip,
"blueprints/import_file"),
username="******",
password=password,
method="post",
payload=body,
files=files)
rest_client = RESTClient(parameters)
resp = rest_client.request()
INFO(f"upload_bp_via_v3_post: {ip}, {body}")
return resp
def body_via_v3_post(ip, endpoint, password, payload):
# Determine payload
if payload is None:
payload = {"length": 100}
# Make the API call
parameters = RequestParameters(uri=create_v3_url(ip, f"{endpoint}/list"),
username="******",
password=password,
method="post",
payload=json.dumps(payload),
files=None)
rest_client = RESTClient(parameters)
resp = rest_client.request()
INFO(f"body_via_v3_post: {ip}, {endpoint}")
# Return the response
return resp
def uuid_via_v3_post(ip, endpoint, password, entity_name):
# Make the API call
parameters = RequestParameters(uri=create_v3_url(ip, f"{endpoint}/list"),
username="******",
password=password,
method="post",
payload="{\"length\": 100}",
files=None)
rest_client = RESTClient(parameters)
resp = rest_client.request()
INFO(f"uuid_via_v3_post: {ip}, {endpoint}, {entity_name}")
# Return UUID
for entity in resp.json["entities"]:
if entity_name == "":
return entity["metadata"]["uuid"]
elif entity["status"]["name"] == entity_name:
return entity["metadata"]["uuid"]
def upload_icon_via_v3_post(ip, password, body, icon):
# Create the file dictionary
files = {
"image": (icon["name"], open(f"images/{icon['file']}",
"rb"), "image/png")
}
# Make the API call
parameters = RequestParameters(uri=create_v3_url(ip, "app_icons/upload"),
username="******",
password=password,
method="post",
payload=body,
files=files)
rest_client = RESTClient(parameters)
resp = rest_client.request()
INFO(f"upload_icon_via_v3_post: {ip}, {body}")
return resp
def main():
config = json.loads(os.environ["CUSTOM_SCRIPT_CONFIG"])
INFO(config)
cvm_info = config.get("tdaas_cluster")
cvm_external_ip = cvm_info.get("ips")[0][0]
cvm_internal_ip = cvm_info.get("ips")[0][1]
cluster = NOSCluster(cluster=cvm_external_ip, configured=False)
create_vm_image(cluster=cluster,
name='tinycore_loadrunner',
source_url='https://s3.amazonaws.com'
'/ntnx-portal-sb/temp/demo/'
'TinyCoreHRApp.vdi')
create_vms(cluster=cluster,
num_VMs=1,
vm_name='tinyloadrunner',
image_name='tinycore_loadrunner')
time.sleep(30)
def uuid_via_v3_post(ip, endpoint, password, entity_name):
"""Return the UUID of a desired entity. If entity_name is empty
assume a single entity in response and send first UUID"""
# Make the API call
parameters = RequestParameters(
uri=create_v3_url(ip, f"{endpoint}/list"),
username="******",
password=password,
method="post",
payload='{"length": 100}',
files=None,
)
rest_client = RESTClient(parameters)
resp = rest_client.request()
INFO(f"uuid_via_v3_post: {ip}, {endpoint}, {entity_name}")
# Return UUID
for entity in resp.json["entities"]:
if entity_name == "":
return entity["metadata"]["uuid"]
elif entity["status"]["name"] == entity_name:
return entity["metadata"]["uuid"]
def main():
# Get and log the config from the Env variable
config = json.loads(os.environ["CUSTOM_SCRIPT_CONFIG"])
INFO(config)
# Get PC info from the config dict
pc_info = config.get("tdaas_pc")
pc_external_ip = pc_info.get("ips")[0][0]
pc_internal_ip = pc_info.get("ips")[0][1]
pc_password = pc_info.get("prism_password")
try:
# Convert our spec to dict
apps_spec = file_to_dict("specs/calm_bp_publish.json")
# Get our non-default projects before the loop
projects_payload = {"filter": "name!=default"}
projects_resp = body_via_v3_post(pc_external_ip, "projects",
pc_password, projects_payload)
# Loop through our to-be-published apps
for app in apps_spec["entities"]:
# Construct payload and make call
mp_payload = {"filter": f"name=={app['mp_name']}"}
mp_post = body_via_v3_post(pc_external_ip,
"calm_marketplace_items", pc_password,
mp_payload)
# Loop through our response to find matching version
for mp_item in mp_post.json["entities"]:
if (mp_item["status"]["app_state"] == "ACCEPTED"
and mp_item["status"]["version"] == app["bp_version"]
and mp_item["status"]["app_source"]
== app["app_source"]):
# Make a GET with our UUID
mp_get = body_via_v3_get(
pc_external_ip,
"calm_marketplace_items",
pc_password,
mp_item["metadata"]["uuid"],
)
# Modify the response body
mp_body = mp_get.json
del mp_body["status"]
mp_body["spec"]["resources"]["app_state"] = "PUBLISHED"
for project in projects_resp.json["entities"]:
mp_body["spec"]["resources"][
"project_reference_list"].append(
project["metadata"]["project_reference"])
# Publish the blueprint
pub_resp = update_via_v3_put(
pc_external_ip,
"calm_marketplace_items",
pc_password,
mp_body["metadata"]["uuid"],
mp_body,
)
# Log appropriately based on response
if pub_resp.code == 200 or pub_resp.code == 202:
INFO(
f"{mp_body['spec']['name']} MP item published successfully."
)
else:
raise Exception(
f"{mp_body['spec']['name']} MP App Publish failed with:\n"
+ f"Resp: {resp}\n" +
f"Error Code: {pub_resp.code}\n" +
f"Error Message: {pub_resp.message}")
except Exception as ex:
ERROR(traceback.format_exc())
def main():
# Get and log the config from the Env variable
config = json.loads(os.environ["CUSTOM_SCRIPT_CONFIG"])
INFO(config)
# Get PC info from the config dict
pc_info = config.get("tdaas_pc")
pc_external_ip = pc_info.get("ips")[0][0]
pc_internal_ip = pc_info.get("ips")[0][1]
pc_password = pc_info.get("prism_password")
try:
# Read in the spec files and convert to dicts
env_spec = file_to_dict("specs/calm_environment.json")
image_spec = file_to_dict("specs/pc_image.json")
subnet_spec = file_to_dict("specs/calm_subnet.json")
secret_spec = file_to_dict("specs/calm_secrets.json")
# Get our subnet info from the infra
subnet_info = get_subnet_info(pc_external_ip, pc_password,
subnet_spec["entities"][0]["vlan"])
INFO(f"subnet_uuid: {subnet_info['uuid']}")
# Get our image info from the infra
cent_image_name = image_spec["entities"][0]["metadata"]["name"]
cent_image_uuid = uuid_via_v3_post(pc_external_ip, "images",
pc_password, cent_image_name)
INFO(f"cent_image_uuid: {cent_image_uuid}")
# win_image_name = image_spec["entities"][1]["metadata"]["name"]
# win_image_uuid = uuid_via_v3_post(pc_external_ip, "images",
# pc_password, win_image_name)
# INFO(f"win_image_uuid: {win_image_uuid}")
# Generate UUIDs for new components
env_name = str(uuid.uuid4())
env_uuid = str(uuid.uuid4())
cent_substrate_uuid = str(uuid.uuid4())
# win_substrate_uuid = str(uuid.uuid4())
cent_key_uuid = str(uuid.uuid4())
cent_pass_uuid = str(uuid.uuid4())
# win_pass_uuid = str(uuid.uuid4())
# Sub in our UUIDs and names:
# env
env_spec["spec"]["name"] = env_name
env_spec["metadata"]["name"] = env_name
env_spec["metadata"]["uuid"] = env_uuid
# substrate
env_spec["spec"]["resources"]["substrate_definition_list"][0][
"uuid"] = cent_substrate_uuid
# env_spec["spec"]["resources"]["substrate_definition_list"][1]\
# ["uuid"] = win_substrate_uuid
# account
env_spec["spec"]["resources"]["substrate_definition_list"][0][
"readiness_probe"]["login_credential_local_reference"][
"uuid"] = cent_key_uuid
# env_spec["spec"]["resources"]["substrate_definition_list"][1]\
# ["readiness_probe"]["login_credential_local_reference"]\
# ["uuid"] = win_pass_uuid
# subnet
env_spec["spec"]["resources"]["substrate_definition_list"][0][
"create_spec"]["resources"]["nic_list"][0]["subnet_reference"][
"uuid"] = subnet_info["uuid"]
# env_spec["spec"]["resources"]["substrate_definition_list"][1]\
# ["create_spec"]["resources"]["nic_list"][0]\
# ["subnet_reference"]["uuid"] = subnet_info["uuid"]
# image
env_spec["spec"]["resources"]["substrate_definition_list"][0][
"create_spec"]["resources"]["disk_list"][0][
"data_source_reference"]["name"] = cent_image_name
env_spec["spec"]["resources"]["substrate_definition_list"][0][
"create_spec"]["resources"]["disk_list"][0][
"data_source_reference"]["uuid"] = cent_image_uuid
# env_spec["spec"]["resources"]["substrate_definition_list"][1]\
# ["create_spec"]["resources"]["disk_list"][0]\
# ["data_source_reference"]["name"] = win_image_name
# env_spec["spec"]["resources"]["substrate_definition_list"][1]\
# ["create_spec"]["resources"]["disk_list"][0]\
# ["data_source_reference"]["uuid"] = win_image_uuid
# secrets
for secret in secret_spec["entities"]:
if secret["name"] == "CENTOS_KEY":
suuid = cent_key_uuid
elif secret["name"] == "CENTOS_PASS":
suuid = cent_pass_uuid
else:
continue
env_spec["spec"]["resources"]["credential_definition_list"].append(
{
"name": secret["name"],
"type": secret["type"],
"username": secret["username"],
"secret": {
"attrs": {
"is_secret_modified": True
},
"value": secret["secret"],
},
"uuid": suuid,
})
# Make the API call to create the environment
INFO(f"env_spec: {env_spec}")
resp = create_via_v3_post(pc_external_ip, "environments", pc_password,
env_spec)
# Log appropriately based on response
if resp.code == 200 or resp.code == 202:
INFO(f"{env_spec['spec']['name']} Env created successfully.")
else:
raise Exception(
f"{env_spec['spec']['name']} Env create failed with:\n" +
f"Resp: {resp}\n" + f"Error Code: {resp.code}\n" +
f"Error Message: {resp.message}")
except Exception as ex:
ERROR(traceback.format_exc())
def main():
# Get and log the config from the Env variable
config = json.loads(os.environ["CUSTOM_SCRIPT_CONFIG"])
INFO(config)
# Get PC info from the config dict
pc_info = config.get("tdaas_pc")
pc_external_ip = pc_info.get("ips")[0][0]
pc_internal_ip = pc_info.get("ips")[0][1]
pc_password = pc_info.get("prism_password")
# Get PE info from the config dict
pe_info = config.get("tdaas_cluster")
pe_external_ip = pe_info.get("ips")[0][0]
pe_internal_ip = pe_info.get("ips")[0][1]
pe_password = pe_info.get("prism_password")
try:
# Read in the spec files and conver to dicts
subnet_spec = file_to_dict("specs/calm_subnet.json")
INFO(f"subnet_spec: {subnet_spec}")
secret_spec = file_to_dict("specs/calm_secrets.json")
INFO(f"secret_spec: {secret_spec}")
# Get our subnet and image info from the infra
subnet_info = get_subnet_info(pc_external_ip, pc_password,
subnet_spec["entities"][0]["vlan"])
infra_subnet_info = get_subnet_info(pc_external_ip, pc_password,
subnet_spec["entities"][1]["vlan"])
image_info = body_via_v3_post(pc_external_ip, "images", pc_password,
None).json
# If we have Public UVMs / Proxy IPs, then get our array
proxy_array = []
if "proxy_vm" in config:
proxy_array = create_proxy_array(config["proxy_vm"])
# Get a list of DRAFT blueprints
payload = {"filter": "state==DRAFT"}
draft_resp = body_via_v3_post(pc_external_ip, "blueprints",
pc_password, payload).json
# Loop through the blueprints to modify
for bp in draft_resp["entities"]:
# Get the body of our blueprint
bp_body = body_via_v3_get(pc_external_ip, "blueprints",
pc_password, bp["metadata"]["uuid"]).json
# Remove unneeded status
del bp_body["status"]
# Configure secrets
for secret in bp_body["spec"]["resources"][
"credential_definition_list"]:
secret["secret"]["attrs"]["is_secret_modified"] = True
# Handle PE and PC Creds which are unique
if secret["name"].lower() == "pc_creds":
secret["secret"]["username"] = "******"
secret["secret"]["value"] = pc_password
elif secret["name"].lower() == "pe_creds":
secret["secret"]["username"] = "******"
secret["secret"]["value"] = pe_password
# Find a matching type/username from our secret_spec
else:
for ss in secret_spec["entities"]:
if (secret["type"] == ss["type"]
and secret["username"] == ss["username"]):
secret["secret"]["value"] = ss["secret"]
INFO(f"secret: {secret}")
# Configure NICs and Images
for substrate in bp_body["spec"]["resources"][
"substrate_definition_list"]:
if substrate["type"] == "AHV_VM":
# For NICs, determine if it's an infra or user VM based blueprint
for nic in substrate["create_spec"]["resources"][
"nic_list"]:
if "infra" in bp_body["metadata"]["name"].lower():
# Ensure we have a proxy_vm config
if len(proxy_array) > 0:
nic["subnet_reference"][
"uuid"] = infra_subnet_info["uuid"]
nic["subnet_reference"][
"name"] = infra_subnet_info["name"]
proxy_ips = proxy_array.pop()
nic["ip_endpoint_list"][0]["ip"] = proxy_ips[1]
else:
ERROR(
f'Blueprint "{bp_body["metadata"]["name"]}" has '
+
f'"infra" in the name, but there were not enough '
+ f" proxy IPs configured: {config}. If" +
f" this application needs external access, "
+
f"please ensure enough proxy IPs are in your GCP "
+
f'cluster. Otherwise, remove "infra" from the '
+ f"blueprint name.")
else:
nic["subnet_reference"]["uuid"] = subnet_info[
"uuid"]
nic["subnet_reference"]["name"] = subnet_info[
"name"]
print(json.dumps(nic, sort_keys=True, indent=4))
for disk in substrate["create_spec"]["resources"][
"disk_list"]:
if (disk["data_source_reference"] is not None
and disk["data_source_reference"]["kind"]
== "image"):
for image in image_info["entities"]:
if (image["status"]["name"] ==
disk["data_source_reference"]["name"]):
disk["data_source_reference"][
"uuid"] = image["metadata"]["uuid"]
print(
json.dumps(disk,
sort_keys=True,
indent=4))
# Update our blueprint
resp = update_via_v3_put(
pc_external_ip,
"blueprints",
pc_password,
bp["metadata"]["uuid"],
bp_body,
)
# Log appropriately based on response
if resp.code == 200 or resp.code == 202:
INFO(
f"{bp['metadata']['name']} blueprint updated successfully."
)
else:
raise Exception(
f"{bp['metadata']['name']} blueprint update failed with:\n"
+ f"Resp: {resp}\n" + f"Error Code: {resp.code}\n" +
f"Error Message: {resp.message}")
except Exception as ex:
ERROR(traceback.format_exc())
def main():
# Get and log the config from the Env variable
config = json.loads(os.environ["CUSTOM_SCRIPT_CONFIG"])
INFO(config)
# Get PC info from the config dict
pc_info = config.get("tdaas_pc")
pc_external_ip = pc_info.get("ips")[0][0]
pc_internal_ip = pc_info.get("ips")[0][1]
pc_password = pc_info.get("prism_password")
try:
# Read in the spec files and conver to dicts
subnet_spec = file_to_dict("specs/calm_subnet.spec")
INFO(f"subnet_spec: {subnet_spec}")
secret_spec = file_to_dict("specs/calm_secrets.spec")
INFO(f"secret_spec: {secret_spec}")
# Get our subnet and image info from the infra
subnet_info = get_subnet_info(pc_external_ip, pc_password,
subnet_spec["vlan"])
image_info = body_via_v3_post(pc_external_ip, "images", pc_password,
None).json
# Get a list of DRAFT blueprints
payload = {"filter": "state==DRAFT"}
draft_resp = body_via_v3_post(pc_external_ip, "blueprints",
pc_password, payload).json
# Loop through the blueprints to modify
for bp in draft_resp["entities"]:
# Get the body of our blueprint
bp_body = body_via_v3_get(pc_external_ip, "blueprints",
pc_password, bp["metadata"]["uuid"]).json
# Remove unneeded status
del bp_body["status"]
# Configure secrets
for secret in bp_body["spec"]["resources"]\
["credential_definition_list"]:
secret["secret"]["attrs"]["is_secret_modified"] = True
# Find a matching type/username from our secret_spec
for ss in secret_spec["entities"]:
if secret["type"] == ss["type"] and\
secret["username"] == ss["username"]:
secret["secret"]["value"] = ss["secret"]
print(json.dumps(secret, sort_keys=True, indent=4))
# Configure NICs and Images
for substrate in bp_body["spec"]["resources"][
"substrate_definition_list"]:
if substrate["type"] == "AHV_VM":
for nic in substrate["create_spec"]["resources"][
"nic_list"]:
nic["subnet_reference"]["uuid"] = subnet_info["uuid"]
nic["subnet_reference"]["name"] = subnet_info["name"]
print(json.dumps(nic, sort_keys=True, indent=4))
for disk in substrate["create_spec"]["resources"][
"disk_list"]:
if disk["data_source_reference"] is not None and\
disk["data_source_reference"]["kind"] == "image":
for image in image_info["entities"]:
if image["status"]["name"] == disk[
"data_source_reference"]["name"]:
disk["data_source_reference"][
"uuid"] = image["metadata"]["uuid"]
print(
json.dumps(disk,
sort_keys=True,
indent=4))
# Update our blueprint
resp = update_via_v3_put(pc_external_ip, "blueprints", pc_password,
bp["metadata"]["uuid"], bp_body)
# Log appropriately based on response
if (resp.code == 200 or resp.code == 202):
INFO(
f"{bp['metadata']['name']} blueprint updated successfully."
)
else:
raise Exception(f"{bp['metadata']['name']} blueprint update" +
f" failed with:\n" +
f"Error Code: {resp.code}\n" +
f"Error Message: {resp.message}")
except Exception as ex:
INFO(ex)
def main():
# Get and log the config from the Env variable
config = json.loads(os.environ["CUSTOM_SCRIPT_CONFIG"])
INFO(config)
# Get PC info from the config dict
pc_info = config.get("tdaas_pc")
pc_external_ip = pc_info.get("ips")[0][0]
pc_internal_ip = pc_info.get("ips")[0][1]
pc_password = pc_info.get("prism_password")
try:
# Read in the spec files and convert to dicts
launch_spec = file_to_dict("specs/calm_bp_launch.spec")
INFO(f"launch_spec: {launch_spec}")
# Loop through the blueprints to launch
for launch in launch_spec["entities"]:
# Get our blueprint uuid
payload = {"filter": f"name=={launch['bp_name']}"}
bp = body_via_v3_post(pc_external_ip, "blueprints", pc_password,
payload).json
if bp["metadata"]["total_matches"] != 1:
raise Exception(
str(bp["metadata"]["total_matches"]) +
" blueprints found, when 1 should" + " have been found.")
else:
bp_uuid = bp["entities"][0]["metadata"]["uuid"]
# Get our runtime editables
editables = body_via_v3_get(pc_external_ip, "blueprints",
pc_password,
bp_uuid + "/runtime_editables").json
for profile in editables["resources"]:
if profile["app_profile_reference"]["name"] ==\
launch["profile_name"]:
profile_ref = profile["app_profile_reference"]
run_editables = profile["runtime_editables"]
INFO(f"{launch['bp_name']} profile_ref: {profile_ref}")
INFO(f"{launch['bp_name']} run_editables: {run_editables}")
# Set our runtime variables
if "variable_list" in run_editables:
for run_edit_var in run_editables["variable_list"]:
for launch_var in launch["variables"]:
if run_edit_var["name"] == launch_var["name"]:
run_edit_var["value"]["value"] = launch_var[
"value"]
INFO(f"{launch['bp_name']} run_editables: {run_editables}")
# Create our payload and launch our app
payload = {
"spec": {
"app_name": launch["app_name"],
"app_description": launch["app_description"],
"app_profile_reference": profile_ref,
"runtime_editables": run_editables
}
}
resp = create_via_v3_post(
pc_external_ip, "blueprints/" + bp_uuid + "/simple_launch",
pc_password, payload)
# Log appropriately based on response
if (resp.code == 200 or resp.code == 202):
INFO(f"{launch['app_name']} app launched successfully.")
else:
raise Exception(f"{launch['app_name']} app launch" +
f" failed with:\n" +
f"Error Code: {resp.code}\n" +
f"Error Message: {resp.message}")
time.sleep(2)
except Exception as ex:
INFO(ex)
def main(launch):
# Get and log the config from the Env variable
config = json.loads(os.environ["CUSTOM_SCRIPT_CONFIG"])
INFO(config)
# Get PC info from the config dict
pc_info = config.get("tdaas_pc")
pc_external_ip = pc_info.get("ips")[0][0]
pc_internal_ip = pc_info.get("ips")[0][1]
pc_password = pc_info.get("prism_password")
try:
# Read in the spec files and convert to dicts
launch_spec = file_to_dict(f"specs/{launch}")
INFO(f"launch_spec: {launch_spec}")
# Loop through the blueprints to launch
for launch in launch_spec["entities"]:
# Get our blueprint uuid
payload = {"filter": f"name=={launch['bp_name']}"}
bp = body_via_v3_post(
pc_external_ip, "blueprints", pc_password, payload
).json
if bp["metadata"]["total_matches"] != 1:
raise Exception(
str(bp["metadata"]["total_matches"])
+ " blueprints found, when 1 should"
+ " have been found."
)
else:
bp_uuid = bp["entities"][0]["metadata"]["uuid"]
# Get our runtime editables
editables = body_via_v3_get(
pc_external_ip,
"blueprints",
pc_password,
bp_uuid + "/runtime_editables",
).json
for profile in editables["resources"]:
if profile["app_profile_reference"]["name"] == launch["profile_name"]:
profile_ref = profile["app_profile_reference"]
run_editables = profile["runtime_editables"]
INFO(f"{launch['bp_name']} profile_ref: {profile_ref}")
INFO(f"{launch['bp_name']} run_editables: {run_editables}")
# Determine if this blueprint has an app dependency
if "dependencies" in launch and len(launch["dependencies"]) > 0:
# Get a list of running apps
apps = body_via_v3_post(pc_external_ip, "apps", pc_password, None).json
# Cycle through the apps
for app in apps["entities"]:
# Cycle through our launch dependencies
for depend in launch["dependencies"]:
# Find the matching app name
if app["status"]["name"] == depend["app_name"]:
# Get app body
app_body = body_via_v3_get(
pc_external_ip,
"apps",
pc_password,
app["metadata"]["uuid"],
).json
# Loop through our dependency values
for value in depend["values"]:
# Get value from our body+key combo
app_val = recursive_dict_lookup(app_body, value["keys"])
# Set our app_val to the appropriate variable value
for launch_var in launch["variables"]:
if value["name"] == launch_var["name"]:
launch_var["value"] = app_val
INFO(f'{launch["bp_name"]} vars after depend: {launch["variables"]}')
# Set our runtime variables
if "variable_list" in run_editables:
for run_edit_var in run_editables["variable_list"]:
for launch_var in launch["variables"]:
if run_edit_var["name"] == launch_var["name"]:
run_edit_var["value"]["value"] = launch_var["value"]
INFO(f"{launch['bp_name']} run_editables: {run_editables}")
# Create our payload and launch our app
payload = {
"spec": {
"app_name": launch["app_name"],
"app_description": launch["app_description"],
"app_profile_reference": profile_ref,
"runtime_editables": run_editables,
}
}
resp = create_via_v3_post(
pc_external_ip,
"blueprints/" + bp_uuid + "/simple_launch",
pc_password,
payload,
)
# Log appropriately based on response
if resp.code == 200 or resp.code == 202:
INFO(f"{launch['app_name']} app launched successfully.")
else:
raise Exception(
f"{launch['app_name']} app launch failed with:\n"
+ f"Resp: {resp}\n"
+ f"Error Code: {resp.code}\n"
+ f"Error Message: {resp.message}"
)
time.sleep(2)
except Exception as ex:
ERROR(traceback.format_exc())
def main():
# Get and log the config from the Env variable
config = json.loads(os.environ["CUSTOM_SCRIPT_CONFIG"])
INFO(config)
# Get PC info from the config dict
pc_info = config.get("tdaas_pc")
pc_external_ip = pc_info.get("ips")[0][0]
pc_internal_ip = pc_info.get("ips")[0][1]
pc_password = pc_info.get("prism_password")
try:
# Read in the spec files and conver to dicts
publish_spec = file_to_dict("specs/calm_bp_publish.json")
INFO(f"publish_spec: {publish_spec}")
# Get user and icon info
user_info = body_via_v3_get(pc_external_ip, "users", pc_password,
"me").json
icon_info = body_via_v3_post(pc_external_ip, "app_icons", pc_password,
None).json
# Loop through the blueprints to upload
for publish in publish_spec["entities"]:
# Create our payload and get bp uuid
payload = {"filter": f"name=={publish['bp_name']}"}
bp_info = body_via_v3_post(pc_external_ip, "blueprints",
pc_password, payload).json
bp_uuid = bp_info["entities"][0]["metadata"]["uuid"]
# Get bp spec with uuid
bp = body_via_v3_get(
pc_external_ip,
"blueprints",
pc_password,
f"{bp_uuid}/export_json?keep_secrets=true",
).json
# Modify our body
bp["spec"]["name"] = publish["mp_name"]
bp["spec"]["description"] = publish["mp_description"]
bp["status"]["name"] = publish["mp_name"]
bp["status"]["description"] = publish["mp_description"]
spec = copy.deepcopy(bp["spec"])
status = copy.deepcopy(bp["status"])
del bp["spec"]["resources"]
del bp["status"]
bp["metadata"]["kind"] = "marketplace_item"
bp["spec"]["resources"] = {"app_attribute_list": ["FEATURED"]}
bp["spec"]["resources"]["app_state"] = "PENDING"
bp["spec"]["resources"]["project_reference_list"] = []
bp["spec"]["resources"]["change_log"] = ""
bp["spec"]["resources"]["app_source"] = "LOCAL"
bp["spec"]["resources"]["app_group_uuid"] = str(uuid.uuid4())
bp["spec"]["resources"]["author"] = user_info["status"]["name"]
for icon in icon_info["entities"]:
if icon["status"]["name"] == publish["icon_name"]:
bp["spec"]["resources"]["icon_reference_list"] = [{
"icon_reference": {
"kind": "file_item",
"uuid": icon["metadata"]["uuid"],
},
"icon_type":
"ICON",
}]
bp["spec"]["resources"]["version"] = publish["bp_version"]
bp["spec"]["resources"]["app_blueprint_template"] = {"spec": spec}
bp["spec"]["resources"]["app_blueprint_template"][
"status"] = status
# Upload our marketplace item
resp = create_via_v3_post(pc_external_ip, "calm_marketplace_items",
pc_password, bp)
# Log appropriately based on response
if resp.code == 200 or resp.code == 202:
INFO(f"{publish['mp_name']} bp published successfully.")
else:
raise Exception(
f"{publish['mp_name']} bp publish failed with:\n" +
f"Resp: {resp}\n" + f"Error Code: {resp.code}\n" +
f"Error Message: {resp.message}")
except Exception as ex:
ERROR(traceback.format_exc())
def main():
# Get and log the config from the Env variable
config = json.loads(os.environ["CUSTOM_SCRIPT_CONFIG"])
INFO(config)
# Get PC info from the config dict
pc_info = config.get("tdaas_pc")
pc_external_ip = pc_info.get("ips")[0][0]
pc_internal_ip = pc_info.get("ips")[0][1]
pc_password = pc_info.get("prism_password")
try:
# Convert our spec to dict
subnet_spec = file_to_dict("specs/calm_subnet.json")
# Get our info from the infra
subnet_info = get_subnet_info(
pc_external_ip, pc_password, subnet_spec["entities"][0]["vlan"]
)
if "proxy_vm" in config:
public_subnet_info = get_subnet_info(
pc_external_ip, pc_password, subnet_spec["entities"][1]["vlan"]
)
account_info = body_via_v3_post(pc_external_ip, "accounts", pc_password, None)
env_uuid = uuid_via_v3_post(pc_external_ip, "environments", pc_password, "")
# Get the pojects body
project_resp = body_via_v3_post(pc_external_ip, "projects", pc_password, None)
# Loop through each project to add the env
for project in project_resp.json["entities"]:
# Delete the unneeded "status"
del project["status"]
# If default project, add subnet_ref_list
if project["spec"]["name"] == "default":
# add subnet if not present
if len(project["spec"]["resources"]["subnet_reference_list"]) == 0:
project["spec"]["resources"]["subnet_reference_list"].append(
{
"kind": "subnet",
"name": subnet_info["name"],
"uuid": subnet_info["uuid"],
}
)
if "proxy_vm" in config:
project["spec"]["resources"]["subnet_reference_list"].append(
{
"kind": "subnet",
"name": public_subnet_info["name"],
"uuid": public_subnet_info["uuid"],
}
)
# Add account if not present
if len(project["spec"]["resources"]["account_reference_list"]) == 0:
for account in account_info.json["entities"]:
if account["status"]["resources"]["type"] == "nutanix_pc":
project["spec"]["resources"][
"account_reference_list"
].append(
{
"kind": "account",
"name": account["metadata"]["name"],
"uuid": account["metadata"]["uuid"],
}
)
# Add env if not present
if len(project["spec"]["resources"]["environment_reference_list"]) == 0:
project["spec"]["resources"]["environment_reference_list"].append(
{"kind": "environment", "uuid": env_uuid}
)
# Make the API call to update the Project
INFO(f"project: {project}")
resp = update_via_v3_put(
pc_external_ip,
"projects",
pc_password,
project["metadata"]["uuid"],
project,
)
# Log appropriately based on response
if resp.code == 202 or resp.code == 200:
INFO(f"{project['spec']['name']} Project updated successfully.")
else:
raise Exception(
f"{project['spec']['name']} Project update failed with:\n"
+ f"Resp: {resp}\n"
+ f"Error Code: {resp.code}\n"
+ f"Error Message: {resp.message}"
)
except Exception as ex:
ERROR(traceback.format_exc())
