def execute(self):
api = helpers.get_api_session()
resource_details_cache = {}
api.WriteMessageToReservationOutput(reservationId=self.reservation_id,
message='Beginning reservation setup')
reservation_details = api.GetReservationDetails(self.reservation_id)
deploy_result = self._deploy_apps_in_reservation(api=api,
reservation_details=reservation_details)
# refresh reservation_details after app deployment if any deployed apps
if deploy_result and deploy_result.ResultItems:
reservation_details = api.GetReservationDetails(self.reservation_id)
self._try_exeucte_autoload(api=api,
reservation_details=reservation_details,
deploy_result=deploy_result,
resource_details_cache=resource_details_cache)
self._connect_all_routes_in_reservation(api=api,
reservation_details=reservation_details)
self._run_async_power_on_refresh_ip_install(api=api,
reservation_details=reservation_details,
deploy_results=deploy_result,
resource_details_cache=resource_details_cache)
self.logger.info("Setup for reservation {0} completed".format(self.reservation_id))
api.WriteMessageToReservationOutput(reservationId=self.reservation_id,
message='Reservation setup finished successfully')
def first_module_flow():
"""
Functions passed into orchestration flow MUST have (sandbox, components) signature
:param Sandbox sandbox:
:param componentssc
:return:
"""
# script helpers to pull in sandbox details, resource details, and api session
sb_context = script_help.get_reservation_context_details()
resource_details = script_help.get_resource_context_details()
api = script_help.get_api_session()
res_id = sb_context.id
ip = resource_details.address
resource_name = resource_details.name
# environment variables not available during dev, we can mock it
if DEBUG_MODE:
warn_print(api, res_id, "=== DEBUG_MODE Boolean is on ===")
custom_param = "my debug param value"
else:
custom_param = os.environ[INPUT_COMMAND_PARAMETER]
sb_print(api, res_id, "resource name is {}".format(resource_name))
sb_print(api, res_id, "resource ip is {}".format(ip))
sb_print(api, res_id, "custom param value: {}".format(custom_param))
def executePlaybookScript(self):
session = scripthelpers.get_api_session()
Ansible_services = [
service for service in session.GetReservationDetails(
reservation_details.id).ReservationDescription.Services
if service.ServiceName == 'AnsibleServer'
]
if Ansible_services == []:
raise Exception('Ansible Server not found!')
elif Ansible_services.__len__() > 1:
raise Exception('Multiple Ansible Servers found!')
else:
Ansible_service = Ansible_services[0]
# Build Inputs:
command_inputs = [
api.InputNameValue('Host_IP', resource_context.address),
api.InputNameValue(
'URL', resource_context.attributes['Ansible Playbook URL']),
api.InputNameValue(
'Ansible_Parameters',
resource_context.attributes['Ansible Parameters']),
api.InputNameValue('Username',
resource_context.attributes['User']),
api.InputNameValue('Password',
resource_context.attributes['Password'])
]
session.ExecuteCommand(reservationId=reservation_details.id,
targetName=Ansible_service.Alias,
targetType='Service',
commandName='AnsibleExecutePlaybook',
commandInputs=command_inputs)
def main():
reservation = helpers.get_reservation_context_details()
app = helpers.get_resource_context_details()
app_attributes = app.attributes
connectivity = helpers.get_connectivity_context_details()
cloudshell = helpers.get_api_session()
msg = lambda txt: cloudshell.WriteMessageToReservationOutput(reservation.id, txt)
resource = helpers.get_resource_context_details_dict()
resource['deployedAppData']['attributes'] = {attribute['name']: attribute['value'] for attribute in resource['deployedAppData']['attributes']}
resource['deployedAppData']['attributes']['Password'] = cloudshell.DecryptPassword(resource['deployedAppData']['attributes']['Password']).Value
repo = cloudshell.GetResourceDetails(app_attributes["Repository Name"])
repo_attributes = {attribute.Name: attribute.Value for attribute in repo.ResourceAttributes}
repo_attributes["Host"] = repo.Address
repo_attributes["Password"] = cloudshell.DecryptPassword(repo_attributes["Password"]).Value
artifactory = Artifactory.from_dict(repo_attributes)
build = ArtifactBuild.from_dict(repo_attributes)
msg('- Looking for app dependencies')
if not build.is_populated():
build = populate_build_from_sandbox(connectivity, reservation, msg)
msg('- Found dependencies on Artifactory, associated with build {0} {1}'.format(build.name, build.number))
file_location, file_name = artifactory.download(build.name, build.number)
msg('- Downloaded app dependencies to Execution Server at ' + os.path.join(file_location, file_name))
install_package(resource['deployedAppData']['address'], resource['deployedAppData']['attributes']['User'], resource['deployedAppData']['attributes']['Password'],
os.path.join(file_location, file_name), app_attributes['Target Directory'] + '/' + file_name)
msg('- Copied binaries to app server at ' + app_attributes['Target Directory'] + '/' + file_name)
def __init__(self):
self.automation_api = api_helpers.get_api_session()
self.workflow = Workflow(self)
self.suppress_exceptions = True
self._exception = None
self.connectivityContextDetails = helpers.get_connectivity_context_details()
self.reservationContextDetails = helpers.get_reservation_context_details()
self.reservationLifecycleDetails = helpers.get_lifecycle_context_details()
self.global_inputs = helpers.get_global_inputs()
self.additional_info_inputs = helpers.get_resource_additional_info_inputs()
self.requirement_inputs = helpers.get_resource_requirement_inputs()
self.id = self.reservationContextDetails.id
reservation_description = self.automation_api.GetReservationDetails(reservationId=self.id, disableCache=True).ReservationDescription
self.name = reservation_description.Name
self.components = Components(reservation_description.Resources,
reservation_description.Services,
reservation_description.Apps)
self.logger = get_qs_logger(log_file_prefix='CloudShell Sandbox Orchestration',
log_group=self.id,
log_category='Orchestration')
self.apps_configuration = AppsConfiguration(sandbox=self)
def __init__(self):
self.automation_api = api_helpers.get_api_session()
self.workflow = Workflow(self)
self.suppress_exceptions = True
self._exception = None
self.connectivityContextDetails = helpers.get_connectivity_context_details()
self.reservationContextDetails = helpers.get_reservation_context_details()
self.reservationLifecycleDetails = helpers.get_lifecycle_context_details()
self.global_inputs = helpers.get_global_inputs()
self.additional_info_inputs = helpers.get_resource_additional_info_inputs()
self.requirement_inputs = helpers.get_resource_requirement_inputs()
self.id = self.reservationContextDetails.id
reservation_description = self.automation_api.GetReservationDetails(reservationId=self.id, disableCache=True).ReservationDescription
self.name = reservation_description.Name
self.components = Components(reservation_description.Resources,
reservation_description.Services,
reservation_description.Apps)
self.logger = get_qs_logger(log_file_prefix='CloudShell Sandbox Orchestration',
log_group=self.id,
log_category='Orchestration')
self.apps_configuration = AppsConfiguration(sandbox=self)
def execute(self):
api = helpers.get_api_session()
reservation = api.GetReservationDetails(self.reservation_id)
resource_name = helpers.get_resource_context_details_dict()['name']
all_resources = [resource.Name for resource in reservation.ReservationDescription.Resources]
all_resources.append(resource_name)
connectors = [connector
for connector in reservation.ReservationDescription.Connectors
if connector.State in ['Disconnected', 'PartiallyConnected', 'ConnectionFailed'] and
(connector.Source == resource_name or connector.Target == resource_name) and
connector.Source in all_resources and connector.Target in all_resources]
endpoints = []
for endpoint in connectors:
endpoints.append(endpoint.Target)
endpoints.append(endpoint.Source)
self.logger.info("Executing connect for app {0}".format(resource_name))
api.WriteMessageToReservationOutput(reservationId=self.reservation_id,
message='[{0}] connecting all routes'.format(resource_name))
if endpoints:
api.ConnectRoutesInReservation(self.reservation_id, endpoints, 'bi')
api.WriteMessageToReservationOutput(reservationId=self.reservation_id,
message='[{0}] connecting all finished successfully'.format(resource_name))
def executePlaybookScript(self):
session = scripthelpers.get_api_session()
Ansible_resources = []
Ansible_resources_raw = [
resource for resource in session.GetReservationDetails(
reservation_details.id).ReservationDescription.Resources
]
for res in Ansible_resources_raw:
res_det = session.GetResourceDetails(res.Name).ResourceAttributes
Ansible_playbook_url = [
attr.Value for attr in res_det
if attr.Name == 'Ansible Playbook URL'
]
if Ansible_playbook_url.__len__() == 1:
Ansible_resources.append(res)
if Ansible_resources == []:
raise Exception('no resources with Ansible capabilities found!')
for Ansible_resource in Ansible_resources:
session.ExecuteCommand(reservationId=reservation_details.id,
targetName=Ansible_resource.Name,
targetType='Resource',
commandName='DUTExecutePlaybook',
commandInputs=[])
def __init__(self, reservation_id, logger):
"""
Load the configuration from config files on the Blueprint's devices
:param str reservation_id: reservation id
"""
try:
self._logger = logger
""":type : logging.Logger"""
self.api_session = helpers.get_api_session()
self.id = reservation_id
self.Blueprint_name = helpers.get_reservation_context_details().environment_name
full_path = None
tp = self.api_session.GetActiveTopologyNames()
for value in tp.Topologies:
filename = basename(value)
if filename == self.Blueprint_name:
full_path = value
break
if full_path:
self.blueprint_details = self.api_session.GetTopologyDetails(full_path)
except:
err = "Failed to initialize the Sandbox. Unexpected error:" + \
str(sys.exc_info()[0])
self.report_error(error_message=err)
def main():
session = helpers.get_api_session()
command_to_run = helpers.get_user_param("Command Name")
try_execute_command_on_resources(
session,
reservation_id=helpers.get_reservation_context_details().id,
command_name=command_to_run)
def _extract_parameters_JSON(reservation_id):
inputs_desc = helpers.get_api_session() \
.GetReservationInputs(reservation_id)
global_inputs_JSON = _extract_global_inputs_JSON(inputs_desc)
required_inputs_JSON = _extract_required_inputs_JSON(inputs_desc)
additional_inputs_JSON = _extract_addition_inputs_JSON(inputs_desc)
return PARAMETERS_TEMPLATE.format(
requirement_template=required_inputs_JSON,
additional_info_template=additional_inputs_JSON,
global_template=global_inputs_JSON)
def _get_resource_context(resource_name):
r = helpers.get_api_session().GetResourceDetails(resource_name)
attributes = []
for attribute in r.ResourceAttributes:
attribute_json = RESOURCE_ATTRIBUTES_TEMPLATE.format(
name=attribute.Name,
value=attribute.Value)
attributes.append(attribute_json)
resource_details = RESOURCEDETAILS_TEMPLATE. \
format(name=r.Name, address=r.Address,
model=r.ResourceModelName, family=r.ResourceFamilyName,
description=r.Description, fullname=r.Name,
attributes='{' + str.join(',', attributes) + '}')
return '{' + resource_details + '}'
def execute(self):
api = helpers.get_api_session()
reservation_details = api.GetReservationDetails(self.reservation_id)
api.WriteMessageToReservationOutput(reservationId=self.reservation_id,
message='Beginning reservation teardown')
self._disconnect_all_routes_in_reservation(api, reservation_details)
self._power_off_and_delete_all_vm_resources(api, reservation_details)
self.logger.info("Teardown for reservation {0} completed".format(self.reservation_id))
api.WriteMessageToReservationOutput(reservationId=self.reservation_id,
message='Reservation teardown finished successfully')
def run_post_setup_logic(self, reservation_context):
"""
:param ReservationContextDetails reservation_context:
:param EnvironmentSetup.EnvironmentSetupResult setup_result:
:return:
"""
reservation_details = helpers.get_api_session().GetReservationDetails(reservation_context.id)
# Run a custom post-setup command on each Shell resource
resource_names = [resource.Name for resource in reservation_details.ReservationDescription.Resources]
self._try_execute_command_on_resources(reservation_context.id, resource_names, "Bootsrap")
def __init__(self, resource_name, resource_alias=''):
if resource_name != "":
self.api_session = helpers.get_api_session()
self.details = self.api_session.GetResourceDetails(resource_name)
self.name = self.details.Name
self.address = self.details.Address
self.commands = self.api_session.GetResourceCommands(resource_name).Commands
self.attributes = self.details.ResourceAttributes
# If there is an attribute named 'model' take its value (exist in shells), otherwise take the family's model
try:
self.model = self.get_attribute('Model')
except QualiError:
self.model = self.details.ResourceModelName
self.alias = resource_alias
def execute(self):
api = helpers.get_api_session()
reservation_details = api.GetReservationDetails(self.reservation_id)
api.WriteMessageToReservationOutput(reservationId=self.reservation_id,
message='Beginning reservation teardown')
self._disconnect_all_routes_in_reservation(api, reservation_details)
self._power_off_and_delete_all_vm_resources(api, reservation_details, self.reservation_id)
self._cleanup_connectivity(api, self.reservation_id)
self.logger.info("Teardown for reservation {0} completed".format(self.reservation_id))
api.WriteMessageToReservationOutput(reservationId=self.reservation_id,
message='Reservation teardown finished successfully')
def run():
session = sh.get_api_session()
resources = session.GetReservationDetails(sh.get_reservation_context_details().id).ReservationDescription.Resources
pcs = []
switch = sh.get_resource_context_details().name
for res in resources:
if res.ResourceModelName.__contains__('GenericPortChannel'):
# pcs.append(res.Name)
command = 'show interfaces {}'.format(res.Name.split('/')[-1])
session.ExecuteCommand(
reservationId=sh.get_reservation_context_details().id,
targetType='Resource',
targetName=switch,
commandName='run_custom_command',
commandInputs=[api.InputNameValue('custom_command', command)],
printOutput=True
)
def create_cs_session(debug):
if debug == 'yes':
try:
dev_helpers_71.attach_to_cloudshell_as("admin", "admin", "Global",
reservation_id='59b547e3-6e9e-49d3-906f-2e28582ac98b',
server_address='q1.cisco.com')
except:
dev_helpers_64.attach_to_cloudshell_as("admin", "admin", "Global",
reservation_id='6376f07e-6d30-4b2b-811c-2eee0c77832b',
server_address='q1.cisco.com')
try:
session = helpers_71.get_api_session()
helpers = helpers_71
except:
session = helpers_64.get_api_session()
helpers = helpers_64
return session, helpers
def run_post_setup_logic(self, reservation_context):
"""
:param ReservationContextDetails reservation_context:
:param EnvironmentSetup.EnvironmentSetupResult setup_result:
:return:
"""
reservation_details = helpers.get_api_session().GetReservationDetails(
reservation_context.id)
# Run a custom post-setup command on each Shell resource
resource_names = [
resource.Name for resource in
reservation_details.ReservationDescription.Resources
]
self._try_execute_command_on_resources(reservation_context.id,
resource_names, "Bootsrap")
def get_cs_data(self):
self.session = helpers.get_api_session()
# self.session = api.CloudShellAPISession(host=connectivity_details['serverAddress'],
# token_id=connectivity_details['adminAuthToken'],
# domain=reservation_details['domain'])
resource_context = helpers.get_resource_context_details_dict()
self.name = resource_context['name']
res_dets = self.session.GetResourceDetails(resource_context['name'])
self.host = self.session.GetResourceDetails(
res_dets.VmDetails.CloudProviderFullName).RootAddress
cp_dets = self.session.GetResourceDetails(
res_dets.VmDetails.CloudProviderFullName)
self.user = [
attr.Value for attr in cp_dets.ResourceAttributes
if attr.Name == 'User'
][0]
self.pwd = self.session.DecryptPassword([
attr.Value for attr in cp_dets.ResourceAttributes
if attr.Name == 'Password'
][0]).Value
def _create_permitted_users_json(permitted_users_list):
session = helpers.get_api_session()
permitted_users = []
for user in permitted_users_list:
try:
details = session.GetUserDetails(user)
user_json = USER_DETAILS_TEMPLATE.format(
userName=details.Name,
email=details.Email)
permitted_users.append('{' + user_json + '}')
except CloudShellAPIError as exc:
if exc.code == '124':
user_json = USER_DETAILS_TEMPLATE.format(
userName=user,
email='')
permitted_users.append('{' + user_json + '}')
else:
raise
return str.join(',', permitted_users)
import cloudshell.helpers.scripts.cloudshell_dev_helpers as dev_help
import cloudshell.helpers.scripts.cloudshell_scripts_helpers as sc_help
import cloudshell.api.cloudshell_api as api
resid = '9abac2bb-32cc-404f-8f1f-7c6d411683c2'
dev_help.attach_to_cloudshell_as(user='******',
password='******',
reservation_id=resid,
domain='Global')
session = sc_help.get_api_session()
res_det = session.GetResourceCommands('NxOS Simulator')
session.ExecuteCommand(
reservationId=resid,
targetType='Resource',
targetName='IOS emulator',
commandName='run_custom_config_command',
commandInputs=[api.InputNameValue('custom_command', '')])
session.SetResourceLiveStatus()
pass
from cloudshell.api.cloudshell_api import CloudShellAPISession
from cloudshell.api.common_cloudshell_api import CloudShellAPIError
from cloudshell.helpers.scripts import cloudshell_scripts_helpers as helpers
from cloudshell.helpers.scripts import cloudshell_dev_helpers as dev_helpers
dev_helpers.attach_to_cloudshell_as("admin", "admin", "Global",
"55aec269-792f-4ca9-8156-9967788d3a4f",
"10.211.55.4")
reservation_id = helpers.get_reservation_context_details().id
try:
helpers.get_api_session().ExecuteCommand(reservation_id, "DriverDeepDive",
"Resource", "failed_command")
except CloudShellAPIError as err:
print err.message
raise
def _bootstrap_data(user, password, domain, reservation_id,
server_address='localhost', cloudshell_api_port='8028',
command_parameters={}, resource_name=None, service_name=None):
"""
This helper is intended to make it easier to test scripts. When a script
gets executed by CloudShell, the Execution Server sets up several variables
as a context for the execution.
This function simulates the same conditions so the script can be tested
offline.
:param str user: The user the driver should authenticate as
:param str passwrd: Password for the specified user
:param str reservation_id: The reservation the driver should attach to
:param str server_address: The address of the CloudShell server (default to localhost)
:param str cloudshell_api_port: The API port to use (default 8028)
:param dict[str,str] command_parameters: user parameters passed to this command
:param str resource_name: For resource commands only specify the name of the resource
"""
if is_dev_mode():
# We assume that if the env. variable doesn't exist we need to bootstrap
quali_connectivity = CONNECTIVITY_DETAILS_TEMPLATE. \
format(cloudshell_api_port=cloudshell_api_port,
server_address=server_address, password=password,
user=user)
# Creat an initial template for reservation details just to get more info
reservation_details = RESERVATIONDETAILS_TEMPLATE. \
format(id=reservation_id, domain=domain,
description='', environment_name='',
environment_path='', parameters_template='[]',
owner_user=user, owner_pass=password,
permittedUsers=[], savedSandboxId='', runningUser='')
os.environ['qualiConnectivityContext'] = '{' + quali_connectivity + '}'
os.environ['reservationContext'] = '{' + reservation_details + '}'
parameters_details = _extract_parameters_JSON(reservation_id)
reservation_desc = helpers.get_api_session() \
.GetReservationDetails(reservation_id) \
.ReservationDescription
permitted_users_json = _create_permitted_users_json(reservation_desc.PermittedUsers)
environment_path = ''
if reservation_desc.Topologies:
environment_path = reservation_desc.Topologies[0]
reservation_details = RESERVATIONDETAILS_TEMPLATE. \
format(id=reservation_id, domain=reservation_desc.DomainName,
description='',
parameters_template='{' + parameters_details + '}',
environment_path=environment_path,
environment_name='',
owner_user=user, owner_pass=password,
permittedUsers='[' + str(permitted_users_json) + ']',
savedSandboxId=reservation_desc.SavedSandboxId,
runningUser=user)
# Update the reservation details again with the full info
os.environ['reservationContext'] = '{' + reservation_details + '}'
for parameter in command_parameters:
os.environ[parameter.upper()] = command_parameters[parameter]
if resource_name is not None:
os.environ['resourceContext'] = \
_get_resource_context(resource_name)
if service_name is not None:
os.environ['resourceContext'] = \
_get_service_context(reservation_desc, service_name)
saved_sandbox_name = ''
saved_sandbox_description = ''
if reservation_desc.SavedSandboxId:
saved_sandboxes = helpers.get_api_session() \
.GetSavedSandboxes().SavedSandboxes
save_sandbox = next((x for x in saved_sandboxes if x.Id == reservation_desc.SavedSandboxId), None)
if save_sandbox:
saved_sandbox_name = save_sandbox.Name
saved_sandbox_description = save_sandbox.Description
reservation_lifecycle_details = RESERVATIONLIFECYCLE_TEMPLATE. \
format(reservationId=reservation_id, savedSandboxName=saved_sandbox_name,
savedSandboxDescription=saved_sandbox_description,
currentUserName=user)
os.environ['reservationLifecycleContext'] = '{' + reservation_lifecycle_details + '}'
def _ssh_command(ssh, channel, command, prompt_regex):
_ssh_write(ssh, channel, command + '\n')
rv = _ssh_read(ssh, channel, prompt_regex)
if '\n%' in rv.replace('\r', '\n'):
es = 'CLI error message: ' + rv
raise Exception(es)
return rv
resource_context = helper.get_resource_context_details()
reservation_context = helper.get_reservation_context_details()
res_id = reservation_context.id
api = helper.get_api_session()
session = paramiko.SSHClient()
session.set_missing_host_key_policy(paramiko.AutoAddPolicy())
session.connect(resource_context.address, 22, 'root', 'amdocs')
channel = session.invoke_shell()
prompt = '.*]#'
api.WriteMessageToReservationOutput(
res_id, resource_context.name + ' sending command "mkdir -p /stage')
_ssh_command(session, channel, 'mkdir -p /stage', prompt)
api.WriteMessageToReservationOutput(
res_id, resource_context.name + ' --previous command complete')
api.WriteMessageToReservationOutput(
res_id, resource_context.name +
' sending command "scp [email protected]:/stage/BSR9.9/pcrf/* /stage/"')
def get_debug_session():
username = '******'
password = '******'
domain = 'Global'
server = 'localhost'
resId = '325e5105-47c9-4add-8e6c-8fd6a6f1fc8e'
attach_to_cloudshell_as(user=username,
password=password,
domain=domain,
server_address=server,
reservation_id=resId,
service_name='UptimeEnforcer')
get_debug_session()
session = sh.get_api_session()
token = session.token_id
reservation_context = sh.get_reservation_context_details()
reservation_context.reservation_id = reservation_context.id
connectivity_context = sh.get_connectivity_context_details()
connectivity_context.admin_auth_token = token
resource_context = sh.get_resource_context_details()
reservation_description = session.GetReservationDetails(
reservation_context.id).ReservationDescription
services = reservation_description.Services
connectors = reservation_description.Connectors
context_connectors = [
import cloudshell.helpers.scripts.cloudshell_scripts_helpers as script_help import cloudshell.helpers.scripts.cloudshell_dev_helpers as dev dev.attach_to_cloudshell_as( ) script_help.get_api_session() script_help.get_resource_context_details().attributes
from cloudshell.api.cloudshell_api import CloudShellAPISession
from cloudshell.api.common_cloudshell_api import CloudShellAPIError
from cloudshell.helpers.scripts import cloudshell_scripts_helpers as helpers
from cloudshell.helpers.scripts import cloudshell_dev_helpers as dev_helpers
dev_helpers.attach_to_cloudshell_as("admin","admin","Global","55aec269-792f-4ca9-8156-9967788d3a4f","10.211.55.4")
reservation_id = helpers.get_reservation_context_details().id
try:
helpers.get_api_session().ExecuteCommand(reservation_id, "DriverDeepDive", "Resource", "failed_command")
except CloudShellAPIError as err:
print err.message
raise
def __init__(self):
self.reservation_id = helpers.get_reservation_context_details().id
self.session = helpers.get_api_session()
self.routes = self.session.GetReservationDetails(self.reservation_id).ReservationDescription.RequestedRoutesInfo
def execute():
api = helpers.get_api_session()
inputs = helpers.get_reservation_context_details().parameters.global_inputs
res_id = helpers.get_reservation_context_details().id
connectivity = helpers.get_connectivity_context_details()
tempdir = tempfile.gettempdir()
# install mock shells
try:
with zipfile.ZipFile(os.path.dirname(__file__), "r") as z:
z.extractall(tempdir)
shells = [
tempdir + "\\Trafficshell.zip", tempdir + "\\Putshell.zip",
tempdir + "\\L2Mockswitch.zip"
]
success = install_shells(connectivity, shells)
api.WriteMessageToReservationOutput(
reservationId=res_id,
message='Shells installation results:\n' + success)
except Exception as e:
print e.message
# get user/admin counts to create
# admins_count = 0
# if 'Number of Sys Admins' in inputs:
# admins_count = int(inputs['Number of Sys Admins'])
users_count = 0
if 'Number of Users' in inputs:
users_count = int(inputs['Number of Users'])
domain_admins_count = 0
if 'Number of Domain Admins' in inputs:
domain_admins_count = int(inputs['Number of Domain Admins'])
# create domains and assign users group to them
# first create users group
try:
api.AddNewGroup(groupName='Users Group', groupRole='Regular')
except CloudShellAPIError as ex:
pass # probably group exists already
# then create domain admins group
try:
api.AddNewGroup(groupName='Domain Admins', groupRole='DomainAdmin')
except CloudShellAPIError as ex:
pass # probably group exists already
# now create domains and assign the group to it
domains_created = []
for domain in ['Test Team NY', 'Test Team Calif', 'Consulting Phili']:
try:
api.AddNewDomain(domainName=domain)
api.AddGroupsToDomain(domainName=domain,
groupNames=['Users Group'])
domains_created.append(domain)
# assign networking service category to the new domains
#import_package(connectivity, domain, tempdir + "\\Networking Service Category.zip")
api.AddGroupsToDomain(domainName=domain,
groupNames=['Domain Admins'])
#if domain == 'Test Team NY':
# import_package(connectivity, domain, tempdir + "\\Apps for testing service category.zip")
except CloudShellAPIError as ex:
pass # probably domain exists already
api.WriteMessageToReservationOutput(
res_id, 'Domains created: ' + ','.join(domains_created))
# import the put blueprint
try:
api.WriteMessageToReservationOutput(
res_id, 'Importing "PUT Traffic Test Blueprint"')
import_package(connectivity, 'Test Team NY',
tempdir + "\\PUT Traffic Test Blueprint.zip")
api.WriteMessageToReservationOutput(
res_id, 'Importing "PUT Traffic Test Blueprint" complete')
except Exception as ex:
api.WriteMessageToReservationOutput(
res_id, 'Importing "PUT Traffic Test Blueprint" failed')
pass
# create users/admins
groups = None
# if admins_count > 0:
# groups = api.GetGroupsDetails()
# sysadmin_group = [g for g in groups.Groups if g.Name == "System Administrators"][0]
# a = len(sysadmin_group.Users) + 1
# added_count = 0
# admins_created = []
# while added_count < admins_count:
# try:
# api.AddNewUser('admin' + str(a), 'admin' + str(a), '', isActive=True, isAdmin=True)
# added_count += 1
# admins_created.append('admin' + str(a))
# except:
# pass
# a += 1
# api.WriteMessageToReservationOutput(res_id, 'Admins created: ' + ','.join(admins_created))
if domain_admins_count > 0:
if groups is None:
groups = api.GetGroupsDetails()
dom_admin_group = [
g for g in groups.Groups if g.Name == "Domain Admins"
][0]
a = len(dom_admin_group.Users) + 1
added_count = 0
dom_admins_created = []
while added_count < domain_admins_count:
try:
api.AddNewUser('dadmin' + str(a),
'dadmin' + str(a),
'',
isActive=True,
isAdmin=False)
api.AddUsersToGroup(['dadmin' + str(a)], 'Domain Admins')
added_count += 1
dom_admins_created.append('dadmin' + str(a))
except:
pass
a += 1
api.WriteMessageToReservationOutput(
res_id, 'Domain Admins created: ' + ','.join(dom_admins_created))
if users_count > 0:
api.WriteMessageToReservationOutput(
res_id, 'Creating users and resources, this might take a while...')
if groups is None:
groups = api.GetGroupsDetails()
users_group = [g for g in groups.Groups if g.Name == "Users Group"][0]
a = len(users_group.Users) + 1
added_count = 0
users_created = []
l2_resource_created = False
while added_count < users_count:
try:
api.AddNewUser('user' + str(a),
'user' + str(a),
'',
isActive=True,
isAdmin=False)
api.AddUsersToGroup(['user' + str(a)], 'Users Group')
added_count += 1
users_created.append('user' + str(a))
except:
pass
a += 1
# create resources for this user (PUT+Traffic)
try:
api.CreateFolder('PUTs')
#postfix_rn = ''.join(random.choice(string.ascii_uppercase + string.digits) for _ in range(6))
postfix_rn = str(a - 1)
resource_name = 'Product Under Test - ' + postfix_rn
api.CreateResource('CS_GenericResource', 'Putshell',
resource_name, '10.10.10.' + str(a), 'PUTs',
'', 'A fake resource for training')
api.UpdateResourceDriver(resource_name, 'Putshell')
api.AutoLoad(resource_name)
api.AddResourcesToDomain('Test Team NY', [resource_name], True)
api.CreateFolder('Traffic Generators')
#postfix_tg = ''.join(random.choice(string.ascii_uppercase + string.digits) for _ in range(6))
postfix_tg = str(a - 1)
traffic_name = 'Traffic Generator 2.0 - ' + postfix_tg
api.CreateResource('CS_GenericResource', 'Trafficshell',
traffic_name, '10.10.11.' + str(a),
'Traffic Generators', '',
'A fake resource for training')
api.UpdateResourceDriver(traffic_name, 'Trafficshell')
api.AutoLoad(traffic_name)
api.AddResourcesToDomain('Test Team NY', [traffic_name], True)
# connect devices to the patch panel
patch_name = 'Patch Panel - Training'
api.CreateResources([
ResourceInfoDto('Panel Jack', 'Generic Jack',
'Port 1 - PUT' + postfix_rn, '1', '',
patch_name, ''),
ResourceInfoDto('Panel Jack', 'Generic Jack',
'Port 2 - PUT' + postfix_rn, '2', '',
patch_name, ''),
ResourceInfoDto('Panel Jack', 'Generic Jack',
'Port 1 - TG' + postfix_tg, '1', '',
patch_name, ''),
ResourceInfoDto('Panel Jack', 'Generic Jack',
'Port 2 - TG' + postfix_tg, '2', '',
patch_name, '')
])
api.AddResourcesToDomain('Test Team NY', [patch_name], True)
api.UpdatePhysicalConnections([
PhysicalConnectionUpdateRequest(
resource_name + '/Port 1',
patch_name + '/Port 1 - PUT' + postfix_rn, '10'),
PhysicalConnectionUpdateRequest(
resource_name + '/Port 2',
patch_name + '/Port 2 - PUT' + postfix_rn, '10'),
PhysicalConnectionUpdateRequest(
traffic_name + '/Port 1',
patch_name + '/Port 1 - TG' + postfix_tg, '10'),
PhysicalConnectionUpdateRequest(
traffic_name + '/Port 2',
patch_name + '/Port 2 - TG' + postfix_tg, '10')
])
# create L2 mock switch if needed
l2_training = 'L2 Mock Switch - Training'
try:
if l2_resource_created == False:
try:
l2 = api.GetResourceDetails(l2_training)
l2_resource_created = True
except:
pass
if l2_resource_created == False:
api.CreateResource(
resourceFamily='CS_Switch',
resourceModel='L2Mockswitch',
resourceName=l2_training,
resourceAddress='1.2.3.4',
folderFullPath='',
parentResourceFullPath='',
resourceDescription='A fake resource for training')
api.UpdateResourceDriver(l2_training, 'L2Mockswitch')
api.CreateResource(
resourceFamily='CS_Chassis',
resourceModel='L2Mockswitch.GenericChassis',
resourceName='Chassis1',
resourceAddress='1',
folderFullPath='',
parentResourceFullPath=l2_training,
resourceDescription='')
except Exception as ex:
api.WriteMessageToReservationOutput(res_id, ex.message)
pass # resource probably exists already
# add L2 ports and connect to PUT
chassis_name = l2_training + '/Chassis1'
api.CreateResources([
ResourceInfoDto('CS_Port', 'L2Mockswitch.GenericPort',
'Port 3 - PUT' + postfix_rn, '3', '',
chassis_name, ''),
ResourceInfoDto('CS_Port', 'L2Mockswitch.GenericPort',
'Port 4 - PUT' + postfix_rn, '4', '',
chassis_name, ''),
ResourceInfoDto('CS_Port', 'L2Mockswitch.GenericPort',
'Port 3 - TG' + postfix_tg, '3', '',
chassis_name, ''),
ResourceInfoDto('CS_Port', 'L2Mockswitch.GenericPort',
'Port 4 - TG' + postfix_tg, '4', '',
chassis_name, '')
])
api.AddResourcesToDomain('Test Team NY', [l2_training], True)
api.UpdatePhysicalConnections([
PhysicalConnectionUpdateRequest(
resource_name + '/Port 3',
chassis_name + '/Port 3 - PUT' + postfix_rn, '10'),
PhysicalConnectionUpdateRequest(
resource_name + '/Port 4',
chassis_name + '/Port 4 - PUT' + postfix_rn, '10'),
PhysicalConnectionUpdateRequest(
traffic_name + '/Port 3',
chassis_name + '/Port 3 - TG' + postfix_tg, '10'),
PhysicalConnectionUpdateRequest(
traffic_name + '/Port 4',
chassis_name + '/Port 4 - TG' + postfix_tg, '10')
])
except Exception as ex:
api.WriteMessageToReservationOutput(res_id, ex.message)
pass
# try:
# api.AddTopologiesToDomain('Test Team NY', ['PUT Traffic Test'])
# except:
# pass
api.WriteMessageToReservationOutput(
res_id, 'Users created: ' + ','.join(users_created))
print 'Process complete'
import cloudshell.helpers.scripts.cloudshell_scripts_helpers as cs_helper
from cloudshell.api.common_cloudshell_api import CloudShellAPIError
route_list = []
res_id = cs_helper.get_reservation_context_details().id
route_details = cs_helper.get_api_session().GetReservationDetails(res_id).ReservationDescription.TopologiesRouteInfo
w2output = cs_helper.get_api_session().WriteMessageToReservationOutput
# build route lists
# route lists used by the Route API are just are endpoints paired in an open list:
# ['source1', 'target1', 'source2', 'target2', ... 'sourceN', 'targetN']
for route in route_details:
for r in route.Routes:
route_list.append(r.Source)
route_list.append(r.Target)
# execute routes
if len(route_list) > 0:
try:
w2output(reservationId=res_id,
message='Queuing {} routes for disconnection'.format(len(route_list)/2))
cs_helper.get_api_session().DisconnectRoutesInReservation(reservationId=res_id, endpoints=route_list)
except CloudShellAPIError as err:
w2output(reservationId=res_id, message=err.message)
def main():
session = helpers.get_api_session()
command_to_run = helpers.get_user_param("Command Name")
try_execute_command_on_resources(session, reservation_id=helpers.get_reservation_context_details().id, command_name=command_to_run)
:return:
"""
resv_det = api.GetReservationDetails(reservation.id)
server = None
user = None
password = None
for resource in resv_det.ReservationDescription.Resources:
if resource.ResourceModelName.lower() == 'generic tftp server':
server = resource.FullAddress
res_det = api.GetResourceDetails(resource.Name)
for attribute in res_det.ResourceAttributes:
if attribute.Name == 'Storage username':
user = attribute.Value
if attribute.Name == 'Storage password':
password = attribute.Value
return server, user, password
ses = helpers.get_api_session()
reservation = helpers.get_reservation_context_details()
resource = helpers.get_resource_context_details()
filename = os.environ['FileName']
filename_input = InputNameValue('file_path', filename)
ftp, user, password = get_ftp(ses, reservation)
remote_host_input = InputNameValue('remote_host', ftp)
ses.EnqueueCommand(reservation.id, resource.name, 'Resource', 'load_firmware',
[filename_input, remote_host_input])
def execute(self):
api = helpers.get_api_session()
resource_details_cache = {}
api.WriteMessageToReservationOutput(
reservationId=self.reservation_id,
message='Beginning reservation setup')
reservation_details = api.GetReservationDetails(self.reservation_id)
deploy_result = self._deploy_apps_in_reservation(
api=api, reservation_details=reservation_details)
# refresh reservation_details after app deployment if any deployed apps
if deploy_result and deploy_result.ResultItems:
reservation_details = api.GetReservationDetails(
self.reservation_id)
self._connect_all_routes_in_reservation(
api=api, reservation_details=reservation_details)
self._run_async_power_on_refresh_ip_install(
api=api,
reservation_details=reservation_details,
deploy_results=deploy_result,
resource_details_cache=resource_details_cache)
self._try_exeucte_autoload(
api=api,
reservation_details=reservation_details,
deploy_result=deploy_result,
resource_details_cache=resource_details_cache)
remote_host, user, password = self._get_ftp(api, self.reservation_id)
global_inputs = helpers.get_reservation_context_details(
).parameters.global_inputs
api.WriteMessageToReservationOutput(reservationId=self.reservation_id,
message=str(global_inputs))
# Begin Firmware load for IntlTAC environments
#############################################
# Check for presense of version selector input
if 'GigaVue Version' in global_inputs:
self.logger.info(
"Executing load_firmware for relevant devices: version " +
global_inputs['GigaVue Version'])
api.WriteMessageToReservationOutput(
reservationId=self.reservation_id,
message='Beginning load_firmware')
version = global_inputs['GigaVue Version']
self._apply_software_image(
api=api,
reservation_details=reservation_details,
deploy_result=deploy_result,
resource_details_cache=resource_details_cache,
version=version,
remote_host=remote_host)
self.logger.info("Setup for reservation {0} completed".format(
self.reservation_id))
api.WriteMessageToReservationOutput(
reservationId=self.reservation_id,
message='Reservation setup finished successfully')
import cloudshell.helpers.scripts.cloudshell_scripts_helpers as script_helpers
import debug
import cloudshell_cli_handler
def decrypt(password):
decypted = session.DecryptPassword(password).Value
return decypted
debug.get_debug_session()
res_id = script_helpers.get_reservation_context_details().id
session = script_helpers.get_api_session()
resources = session.GetReservationDetails(
res_id).ReservationDescription.Resources
password = script_helpers.get_resource_context_details().attributes.get(
'{0}.Admin Password'.format(
script_helpers.get_resource_context_details().model))
i = 0
while i < 5:
try:
password = decrypt(password)
except:
i = 1000
i = i + 1
CS_Cli = cloudshell_cli_handler.CreateSession(
host=script_helpers.get_resource_context_details().address,
username=script_helpers.get_resource_context_details().attributes.get(
def main():
session = script_helpers.get_api_session()
sandbox_id = script_helpers.get_reservation_context_details().id
session.ConfigureApps(reservationId=sandbox_id, printOutput=True)
from cloudshell.helpers.scripts.cloudshell_scripts_helpers import get_reservation_context_details, get_api_session, \
get_resource_context_details
api = get_api_session()
sb_details = get_reservation_context_details()
sb_id = sb_details.id
resource_details = get_resource_context_details()
name = resource_details.name
ip = resource_details.address
api.WriteMessageToReservationOutput(reservationId=sb_id,
message=f"Resource name: {name}, IP: {ip}")
# printing to std_out will be the return value of resource scripts
print(f"resource script completed for '{name}'")
import cloudshell.helpers.scripts.cloudshell_scripts_helpers as cs_helper
from cloudshell.api.common_cloudshell_api import CloudShellAPIError
bi_dir = []
uni_dir = []
res_id = cs_helper.get_reservation_context_details().id
route_details = cs_helper.get_api_session().GetReservationDetails(
res_id).ReservationDescription.TopologiesRouteInfo
w2output = cs_helper.get_api_session().WriteMessageToReservationOutput
# build route lists
# route lists used by the Route API are just are endpoints paired in an open list:
# ['source1', 'target1', 'source2', 'target2', ... 'sourceN', 'targetN']
for route in route_details:
for r in route.Routes:
if r.RouteType == 'bi':
bi_dir.append(r.Source)
bi_dir.append(r.Target)
if r.RouteType == 'uni':
uni_dir.append(r.Source)
uni_dir.append(r.Target)
# execute routes
if len(bi_dir) > 0:
try:
w2output(reservationId=res_id,
message='Queuing {} Bi-Dir routes for connection'.format(
len(bi_dir) / 2))
cs_helper.get_api_session().ConnectRoutesInReservation(
reservationId=res_id, endpoints=bi_dir, mappingType='bi')