starlingx
/
upstream
Code Issues Proposed changes

Remove wrs-heat-templates SDK Module 

With the StarlingX move to supporting pure upstream OpenStack, the
majority of the SDK Modules are related to functionality no longer
supported. The remaining SDK Modules will be moved to StarlingX
documentation.

Examples of templates can be found here
https://github.com/openstack/heat-templates

Story: 2005275
Task: 30164

Change-Id: I17c33432c7384471627bbd8493239c4a575e7888
Signed-off-by: Kristine Bujold <kristine.bujold@windriver.com>
This commit is contained in:
Kristine Bujold 2019-03-25 12:58:28 -04:00
parent 81e2a658f1
commit cf99b286ce
42 changed files with 1 additions and 4808 deletions
Show Stats Download Patch File Download Diff File Expand all files Collapse all files

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centos_iso_image.inc
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@ -25,9 +25,6 @@ python2-openstackclient
# openstack-ras
openstack-ras
# wrs-heat-templates
wrs-heat-templates
# python-django-horizon
python-django-horizon
openstack-dashboard

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@ -20,7 +20,6 @@ openstack/python-glanceclient
openstack/python-gnocchi
openstack/python-gnocchiclient
openstack/python-heat/openstack-heat
openstack/python-heat/wrs-heat-template
openstack/python-heatclient
openstack/python-horizon
openstack/python-keystone

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---
extends: default
rules:
braces: {min-spaces-inside: 0, max-spaces-inside: 1}
brackets: {min-spaces-inside: 0, max-spaces-inside: 1}
#comments: disable
#comments-indentation: disable
document-start: disable
#indentation: disable
#line-length: disable

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openstack/python-heat/python-heat/templates/LICENSE
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@ -1,201 +0,0 @@
Copyright © 2014-2018 Wind River Systems, Inc.
SPDX-License-Identifier: Apache-2.0
-----------------------------------------------------------------------
DESCRIPTION
===========
This SDK Module provides example HEAT templates to assist Titanium Cloud
users in writing their own HEAT templates. Simple examples of the
more commonly used HEAT resources can be found in heat/simple/ directory,
in a YAML file named after the heat resource. More complex examples of
heat templates, involving several different inter-related heat resources
can be found in heat/scenarios/ directory.
NOTE that the contents of this SDK Module can also be found on the
controllers, at /etc/heat/templates/ .
BACKGROUND
==========
HEAT is an Orchestration service that is meant to simplify the launching and
basic management of complex applications or application 'Services' (or using
Heat terminology, a 'Stack'). An application Service consists of a set of related
resources (VMs, Flavors, Images, Volumes, Networks, Subnets, Routers, Load
Balancers, Firewalls, Scaling Policies, etc.) that collectively provide a higher
order Application Function (e.g. Evolved Packet Core, Class 5 Call Server, Signaling
and Media Session Border Controller, etc.). Nearly all of the individual OpenStack
commands that are executed to create the individual resources of an application service
can be described in a HEAT template. HEAT also provides a means of auto-scaling the
application service. VMs or other resource types can be scaled horizontally or
vertically based on measurements of cloud-platform-monitored metrics or
guest-application-monitored metrics. In regard to VM for example, scaling
horizontally (in/out) means decreasing/increasing number of VMs, whereas scaling
vertically (up/down) means resizing the VM by increasing or decreasing its resources
(e.g. vcpus).
Titanium Cloud utilizes HEAT templates to enable customers to easily launch and
manage application Services. A set of Titanium Cloud templates are provided that can
be used as a reference to create application Service templates.
DELIVERABLE
===========
The Heat Template SDK Module is delivered as source YAML files in a compressed
tarball called "wrs-heat-templates-#.#.#.tgz".
Simple examples of the more commonly used HEAT resources can be found in
the hot/simple/ directory, in a YAML file named after the heat resource.
./hot/simple:
OS_Ceilometer_Alarm.yaml - Creates a Ceilometer Threshold Alarm;
specifying the meter name, the criteria of the
threshold ( > x or < x ), evaluation period, etc.
OS_Cinder_Volume.yaml - Creates a Cinder Volume of a particular size
(in GBytes).
OS_Cinder_VolumeAttachment.yaml - Given a VM Instance and a Cinder Volume, this
creates an attachment or a mount point within the
VM to the Cinder Volume.
OS_Glance_Image.yaml - Creates a Glance Image specifying the image file,
container format, disk format, etc. .
OS_Heat_AccessPolicy.yaml - Specifies which resources are shown on a
'heat stack-show <stackname>' and a
'heat resource-show <stackname> <resourcename>'.
OS_Heat_AutoScalingGroup.yaml - Creates an In/Out Autoscaling group; specifying
the min/max size, cooldown period, etc., and
the resource being scaled (defined by referencing
another heat template / yaml file).
OS_Heat_Stack.yaml - Creates a HEAT Stack Resource, in place, within
a Heat template, specifying the version, parameters
and resources of the inner Heat Stack.
OS_Neutron_FloatingIP.yaml - Creates a source NAT type relationship with an
External IP (from a specified external tenant
network) and an Internal IP (from a specified
internal port).
WR_Neutron_Port_Forwarding.yaml - Creates a destination NAT type relationship
with an External IP and Port (of a router) and
an Internal IP and Port (of a VM).
OS_Neutron_Net.yaml - Creates a Tenant Network. Other resources such as
Port, Subnet and VM Instances can refer to a
Tenant Network.
OS_Neutron_Port.yaml - Creates a VM Instance Port on a particular Tenant
Network. VM Instance can use this object to create
its specific port / attachment to a particular
Tenant Network.
OS_Neutron_Router.yaml - Creates an IP Router for Tenant Networks.
IP Interfaces on the Router to different Subnets
of particular Tenant Networks is done as shown
in OS_Neutron_RouterInterface.yaml and
OS_Neutron_RouterGateway.yaml.
OS_Neutron_RouterGateway.yaml - Creates the Router Gateway Interface for the
specified router and the specified external network.
The IP Address for the interface is allocated from
the external network's subnet and a default IP Route
is created using the gateway_ip of the subnet.
OS_Neutron_RouterInterface.yaml - Creates an IP Interface on an existing Router for
an existing IP Subnet.
OS_Neutron_SecurityGroup.yaml - Creates a Neutron Security Group, specifying the
ingress and/or egress ACL rules. Use
security_groups inside of OS::Nova::Server to assign
the security group to a VM.
OS_Neutron_Subnet.yaml - Creates an IP Subnet on a specified Tenant Network.
Requires the specification of the IP Subnet and mask,
and dhcp support. Can optionally specify DNS NameServers.
OS_Nova_Flavor.yaml - Creates a Nova Flavor describing the resource
requirements for a VM. I.e. specifying required RAM,
vCPUs, disk size, etc. .
OS_Nova_KeyPair.yaml - Creates a SSH key pair to enable secure initial login
to a launched VM. The created key pair should be
referenced in OS::Nova::Server.
OS_Nova_Server.yaml - Creates a VM Instance, specifying flavor, image and
network attachments.
OS_Nova_ServerGroup.yaml - Creates a Server Group; i.e. a container of multiple
VM Instances with group attributes such as
compute-node affinity or anti-affinity.
Use NovaSchedulerHints:
[{Key: 'group', Value: {Ref: <server_group_name>}}]
inside of OS::Nova::Server to assign a VM Instance
to a ServerGroup.
WR_Neutron_ProviderNet.yaml - Creates a Provider Network specifying the name and
type (i.e. flat, vlan or vxlan).
WR_Neutron_ProviderNetRange.yaml - Creates a segment id range for a Provider Network;
specifying the providerNet, and the min and max values
of the segment id range.
More complex examples of heat templates, involving several different inter-related
heat resources can be found in hot/scenarios/ directory.
./hot/scenarios:
BootFromCinder.yaml - A small single VM Instance scenario; intended to
illustrate the creation of a Cinder Volume and then
the launching / creation of a VM Instance using this
Cinder Volume as its boot device.
CombinationAutoScaling.yaml - A single template that creates a simple VM In/Out
auto-scaling use case. A single Load Balancer VM is
created and an AutoScalingGroup of server VMs is
created which scales in or out based on link
utilization.
NestedAutoScale.yaml - A more complex In/Out autoscaling use case that
scales a Stack In/Out. A single Load Balancer VM is
created and an AutoScalingGroup of a Heat Stack
(containing a Cinder Volume and a VM) is created
which scales in or out based on link utilization.
NestedStack.yaml - The Heat Stack being scaled In/Out in the above
use case. A Stack containing a Cinder Volume and
a VM.
Networking_and_Servers.yaml - Two different examples of creating VMs attached
to a Tenant Network containing two Subnets;
illustrating how to specify the exact subnet to
attach to, if required.
PortForwarding.yaml - An example of 3 VMs/Servers sharing 1 External IP
address, using a unique External Port to forward
traffic to the correct VM/Server.
VMAutoScaling.yaml - A template that creates a typical resource
Up/Down auto-scaling use case. The size of a VM in
terms of number of guest vcpus is scaled up or down
based on average cpu utilization.
LabSetup.yaml - A complex example of setting up a large virtual
LAB with a number of resources and resource types.
The Stack contains/creates 2 provider networks,
a keypair, 2 flavors, 4 networks, 5 subnets and
2 routers with gateways setup.
USAGE
=====
The HEAT template (YAML) files can be used to create a 'Stack' by using either the
HEAT CLI, Heat Rest APIs and/or the Heat Horizon panel (Orchestration).
For example, to create a 'Stack' using the HEAT CLI:
heat stack-create -f <heat-template-yaml-filename> <stack-name>
Refer to the Titanium Cloud Administration Guide, Managing Stacks Section, for
additional information on using HEAT:
* Overview of YAML Template format,
* Description on how to pass 'parameters' to a HEAT stack,
* Description of TiS-specific Extensions to HEAT,
* Examples of how to launch a HEAT Stack using the CLI and Horizon,
* How to pass User Data to a VM/Server/Guest in a HEAT template,
* Overview of HEAT Autoscaling; both In/Out and Up/Down,
* Examples of using heat-cfntools in Guest to report Guest Metrics
to Ceilometer and optionally use for HEAT Autoscaling,
* and more.
CAVEATS
=======
TiS-specific Extensions to HEAT are only provided for the Heat Orchestration Template
(HOT) format; NOT for the CloudFormatioN (CFN) format. HEAT in Titanium Cloud will still accept
and work with CFN-formatted heat templates; this CFN format is just simply not
extended with additional Titanium Cloud HEAT capabilities.
Example CFN-formatted HEAT templates are no longer provided in this SDK Module. Example
CFN-formatted HEAT template files can be found at
https://github.com/openstack/heat-templates/tree/master/cfn

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################################################################################
# Copyright (c) 2013 Wind River Systems, Inc.
#
# SPDX-License-Identifier: Apache-2.0
#
################################################################################
#
# Objectives:
# Create a cinder volume from a glance image
# Boot a nova server from the glance image
#
# Pre-Reqs:
# A keypair called: controller-0 (nova keypair-list)
# A nova flavor called: m1.tiny (nova flavor-list)
# A glance image called: wrl6 (glance image-list)
# 2 networks called: private-net0 and internal-net0 (neutron net-list)
#
# Mandatory Template Parameters:
# None
#
# Tenant Considerations:
# None
#
# Sample CLI syntax:
# heat stack-create -f BootFromCinder.yaml STACK
#
# Expected Outcome:
# A new 1GB cinder volume called: cinder-volume
# cinder list
# A new nova instance called: cinder-vm
# nova list
#
################################################################################
heat_template_version: 2015-04-30
description: >
Demonstrate launching an instance from a cinder volume
parameters:
VOLUME_NAME:
description: name for the new cinder volume
type: string
default: cinder-volume
VOLUME_SIZE:
description: size for the new cinder volume
type: number
default: 2
VM_NAME:
description: name for the new VM
type: string
default: cinder-vm
KEYPAIR:
description: keypair to use. (nova keypair-list)
type: string
default: controller-0
constraints:
- custom_constraint: nova.keypair
KEYPAIR_ADMIN_USER:
type: string
description: Name of user account to inject ssh keys from keypair
default: 'ec2-user'
FLAVOR:
description: Nova flavor to use. (nova flavor-list)
type: string
default: m1.tiny
constraints:
- custom_constraint: nova.flavor
IMAGE:
description: Glance image to create cinder volume (glance image-list)
type: string
default: wrl6
constraints:
- custom_constraint: glance.image
PRIVATE_NET:
description: private network to use (neutron net-list)
type: string
default: private-net0
constraints:
- custom_constraint: neutron.network
INTERNAL_NET:
description: internal network to use (neutron net-list)
type: string
default: internal-net0
constraints:
- custom_constraint: neutron.network
resources:
Cinder_Volume:
type: OS::Cinder::Volume
properties:
description: A bootable cinder image
name: { get_param: VOLUME_NAME }
image: { get_param: IMAGE}
size: { get_param: VOLUME_SIZE }
Nova_Server:
type: OS::Nova::Server
properties:
name: { get_param: VM_NAME }
key_name: { get_param: KEYPAIR }
admin_user: { get_param: KEYPAIR_ADMIN_USER }
flavor: { get_param: FLAVOR }
block_device_mapping:
- device_name: vda
volume_id: { get_resource: Cinder_Volume }
networks:
- network: { get_param: PRIVATE_NET}
- network: { get_param: INTERNAL_NET}

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################################################################################
# Copyright (c) 2013-2018 Wind River Systems, Inc.
#
# SPDX-License-Identifier: Apache-2.0
#
################################################################################
#
# Objective:
# Demonstrates creating:
# A static nova instance that acts as a load balancer
# An autoscaling stack of nova instances
# Use of the WRS autoscaling naming enhancement
#
# Pre-Reqs:
# Normal lab setup. Capable of launching 3 VMs
# A keypair setup for the current user. (nova keypair-list)
# A flavor called: m1.small (nova flavor-list)
# A glance image called: wrl6 (glance image-list)
#
# Optional Template Parameters:
# KEYPAIR: A keypair setup for the current user (nova keypair-list)
# KEYPAIR_ADMIN_USER: The account to use when doing ssh to the VM (ssh keys
# injected from the keypair)
# FLAVOR: A nova flavor to use in launching the VMs and load balancer
# (nova flavor-list)
# IMAGE: A glance image to use in launching the VMs (glance image-list)
# LB_IMAGE: A glance image to use in launching the load balancer
# (glance image-list)
# LB_NETWORK: UUID of the network to use for the load balancer VM
# (neutron net-list)
# VM_NETWORK: UUID of the network to use for the scaling VMs
# (neutron net-list)
# PUBLIC_NETWORK: UUID of public network to use for all VMs
# (neutron net-list)
# INTERNAL_NETWORK: UUID of the internal network to use for all VMs
# (neutron net-list)
# METER_NAME: name of the gnocchi metric to trigger autoscaling
# (gnocchi metric list)
#
# Tenant Considerations:
# The default meters (vswitch) are not accessible to tenants
#
# Sample CLI syntax:
# heat stack-create -f CombinationAutoScaling.yaml STACK
#
# Expected Outcome:
# A VM running the load balancer (nova list)
# An auto-scaling stack of server VMs (nova list)
# New aodh alarm triggers (aodh alarm list)
#
# Note: there is no communication between the load balancer and the VMs
#
################################################################################
heat_template_version: 2015-04-30
description: Demonstrate mixture of regular and autoscaling VMs
parameters:
KEYPAIR:
description: Name of an existing KeyPair for the VMs
type: string
default: controller-0
constraints:
- custom_constraint: nova.keypair
KEYPAIR_ADMIN_USER:
type: string
description: Name of user account to inject ssh keys from keypair
default: 'ec2-user'
FLAVOR:
description: Instance flavor
type: string
default: m1.small
constraints:
- custom_constraint: nova.flavor
LB_IMAGE:
description: the name or uuid of the loadbalancer glance image
type: string
default: wrl6
constraints:
- custom_constraint: glance.image
IMAGE:
description: the name or uuid of the server image in glance
type: string
default: wrl6
constraints:
- custom_constraint: glance.image
PUBLIC_NETWORK:
type: string
description: Public network name
constraints:
- custom_constraint: neutron.network
INTERNAL_NETWORK:
type: string
description: Internal network name
constraints:
- custom_constraint: neutron.network
VM_NETWORK:
type: string
description: Server network name
constraints:
- custom_constraint: neutron.network
LB_NETWORK:
type: string
description: Load Balancer network name
constraints:
- custom_constraint: neutron.network
METER_NAME:
type: string
description: gnocchi metric to trigger autoscaling
default: vswitch.port.receive.util
RESOURCE_TYPE:
description: Gnocchi resource type to use to query
type: string
default: vswitch_interface_and_port
MinClusterSize:
type: string
default: '1'
description: Minimum number of servers in the scaling group
MaxClusterSize:
type: string
default: '2'
description: Maximum number of servers in the scaling group
resources:
LoadBalancer:
type: OS::Nova::Server
properties:
name:
list_join:
- "-"
- [{get_param: 'OS::stack_name'}, 'LoadBalancer']
image: { get_param: LB_IMAGE}
flavor: {get_param: FLAVOR }
key_name: {get_param: KEYPAIR}
admin_user: {get_param: KEYPAIR_ADMIN_USER }
networks:
- network: { get_param: PUBLIC_NETWORK }
vif-model: 'virtio'
- network: { get_param: LB_NETWORK }
- network: { get_param: INTERNAL_NETWORK }
user_data_format: 'RAW'
user_data: |
#wrs-config
DEMO_PERSONALITY="lb"
FUNCTIONS="hugepages,demo,"
SrvScaleOutPolicy:
type: OS::Heat::ScalingPolicy
properties:
auto_scaling_group_id: { get_resource: ServerGroup }
adjustment_type: change_in_capacity
scaling_adjustment: 1
cooldown: 30
SrvScaleInPolicy:
type: OS::Heat::ScalingPolicy
properties:
auto_scaling_group_id: { get_resource: ServerGroup }
adjustment_type: change_in_capacity
scaling_adjustment: -1
cooldown: 30
LINKAlarmHigh:
type: OS::Aodh::GnocchiAggregationByResourcesAlarm
properties:
description: Scale-out if the avg link util > 50% for 5 minutes
metric: { get_param: METER_NAME }
aggregation_method: mean
granularity: 300
evaluation_periods: '1'
threshold: '50'
resource_type: { get_param: RESOURCE_TYPE }
comparison_operator: gt
alarm_actions:
- {get_attr: [SrvScaleOutPolicy, alarm_url]}
query:
str_replace:
template: '{"or": [{"=": {"network_uuid": "internal_net_id"}},
{"=": {"network_uuid": "public_net_id"}},
{"=": {"network_uuid": "lb_net_id"}},
{"=": {"network_uuid": "vm_net_id"}}]}'
params:
internal_net_id: {get_param: INTERNAL_NETWORK}
public_net_id: {get_param: PUBLIC_NETWORK}
lb_net_id: {get_param: LB_NETWORK}
vm_net_id: {get_param: VM_NETWORK}
LINKAlarmLow:
type: OS::Aodh::GnocchiAggregationByResourcesAlarm
properties:
description: Scale-in if the avg link util < 20% for 5 minutes
metric: { get_param: METER_NAME }
aggregation_method: mean
granularity: 300
evaluation_periods: '1'
threshold: '20'
resource_type: { get_param: RESOURCE_TYPE }
comparison_operator: lt
alarm_actions:
- {get_attr: [SrvScaleInPolicy, alarm_url]}
query:
str_replace:
template: '{"or": [{"=": {"network_uuid": "internal_net_id"}},
{"=": {"network_uuid": "public_net_id"}},
{"=": {"network_uuid": "lb_net_id"}},
{"=": {"network_uuid": "vm_net_id"}}]}'
params:
internal_net_id: {get_param: INTERNAL_NETWORK}
public_net_id: {get_param: PUBLIC_NETWORK}
lb_net_id: {get_param: LB_NETWORK}
vm_net_id: {get_param: VM_NETWORK}
ServerGroup:
type: OS::Heat::AutoScalingGroup
properties:
cooldown: 60
desired_capacity: 1
min_size: { get_param: MinClusterSize }
max_size: { get_param: MaxClusterSize }
resource:
type: OS::Nova::Server
metadata:
wrs-groupindex-mode: true
properties:
name:
list_join:
- "-"
- [{get_param: 'OS::stack_name'}, 'srv', '']
flavor: { get_param: FLAVOR }
image: { get_param: IMAGE }
key_name: { get_param: KEYPAIR }
admin_user: {get_param: KEYPAIR_ADMIN_USER }
metadata: {"metering.server_group": {get_param: "OS::stack_id"}}
networks:
- network: { get_param: PUBLIC_NETWORK }
vif-model: 'virtio'
- network: { get_param: VM_NETWORK }
- network: { get_param: INTERNAL_NETWORK }
user_data_format: 'RAW'
user_data: |
#wrs-config
DEMO_PERSONALITY="srv"
FUNCTIONS="hugepages,demo,"

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################################################################################
# Copyright (c) 2013-2015 Wind River Systems, Inc.
#
# SPDX-License-Identifier: Apache-2.0
#
################################################################################
#
# Objective:
# Demonstrates a simple lab setup
# Sets up networks, routers, glance images, flavors, keypairs
#
# Pre-Reqs:
# Image file located at /home/wrsroot/images/tis-centos-guest.img
# This is an R2 HEAT template version (2015-04-30)
#
# Mandatory Template Parameters:
# TENANT_ID: The tenant ID (keystone tenant-list)
#
# Tenant Considerations:
# Should be run as admin.
#
# Sample CLI syntax:
# heat stack-create -f LabSetup.yaml
# -P TENANT_ID=812b639cd3714d389a4e2662b114b72b SETUP
#
# Expected Outcome:
# 2 provider networks created called: physnet0 and physnet1 with ranges
# setup (neutron providernet-list)
# A new keypair called: controller-0 (nova keypair-list)
# A new glance image called: wrl6 (glance image-list)
# 2 flavors created called: m1.tiny and m1.small (nova flavor-list)
# 4 networks created called: external-net0, internal-net0, private-net0,
# public-net0 (neutron net-list)
# 5 subnets created called: public-subnet0, external-subnet0,
# private-subnet0, internal-subnet0, tagged-subnet0 (neutron subnet-list)
# 2 routers with gateways setup called: public-router0,
# private-router0 (neutron router-list)
#
################################################################################
heat_template_version: 2015-04-30
description: >
Demonstrate a simple Lab Setup
parameters:
TENANT_ID:
description: Tenant ID for the network. (openstack project list)
type: string
default: admin
IMAGE_NAME:
description: Name of the new glance image
type: string
default: wrl6
KEYPAIR_NAME:
description: Name of the new keypair
type: string
default: controller-0
PHYSNET0:
description: First physical network
type: string
default: physnet0
PHYSNET1:
description: Second physical network
type: string
default: physnet1
# Network names
PUBLICNET:
description: Name of the Public Network
type: string
default: public-net0
PRIVATENET:
description: Name of the Private Network
type: string
default: private-net0
INTERNALNET:
description: Name of the Internal Network
type: string
default: internal-net0
EXTERNALNET:
description: Name of the External Network
type: string
default: external-net0
# Subnet names
PUBLICSUBNET:
description: Name of the Public Subnet
type: string
default: public-subnet0
PRIVATESUBNET:
description: Name of the Private Subnet
type: string
default: private-subnet0
INTERNALSUBNET:
description: Name of the Internal Subnet
type: string
default: internal-subnet0
TAGGEDSUBNET:
description: Name of the Tagged Subnet
type: string
default: tagged-subnet0
EXTERNALSUBNET:
description: Name of the External Subnet
type: string
default: external-subnet0
PUBLIC_CIDR:
description: Cidr of the Public Subnet
type: string
default: '192.168.101.0/24'
PUBLIC_EXTERNAL_GWY:
description: External IP of public router on the external network
type: string
default: 192.168.1.2
PRIVATE_CIDR:
description: Cidr of the Private Subnet
type: string
default: '192.168.201.0/24'
PRIVATE_EXTERNAL_GWY:
description: External IP of private router on the external network
type: string
default: 192.168.1.3
INTERNAL_CIDR:
description: Cidr of the Internal Subnet
type: string
default: '10.10.0.0/24'
TAGGED_CIDR:
description: Cidr of the Tagged Subnet
type: string
default: '10.10.1.0/24'
EXTERNAL_CIDR:
description: Cidr of the External Subnet
type: string
default: '192.168.1.0/24'
EXTERNAL_GATEWAY:
description: Cidr of the External Subnet
type: string
default: '192.168.1.1'
# Router names
PUBLICROUTER:
description: Name of the Public Router
type: string
default: public-router0
PRIVATEROUTER:
description: Name of the Private Router
type: string
default: private-router0
resources:
ProviderNet0:
type: WR::Neutron::ProviderNet
properties:
name: { get_param: PHYSNET0 }
type: vlan
ProviderNet1:
type: WR::Neutron::ProviderNet
properties:
name: { get_param: PHYSNET1 }
type: vlan
ProviderNetRange0A:
type: WR::Neutron::ProviderNetRange
properties:
providernet_id: { get_resource: ProviderNet0 }
name: { list_join: [ "-", [{ get_param: PHYSNET0}, "a"]]}
minimum: 400
maximum: 499
tenant_id: { get_param: TENANT_ID }
ProviderNetRange0B:
type: WR::Neutron::ProviderNetRange
properties:
# required properties
providernet_id: { get_resource: ProviderNet0 }
name: { list_join: [ "-", [{ get_param: PHYSNET0}, "b"]]}
minimum: 10
maximum: 10
shared: true
ProviderNetRange1A:
type: WR::Neutron::ProviderNetRange
properties:
# required properties
providernet_id: { get_resource: ProviderNet1 }
name: { list_join: [ "-", [{ get_param: PHYSNET1}, "a"]]}
minimum: 500
maximum: 599
tenant_id: { get_param: TENANT_ID }
OS_Nova_KeyPair:
type: OS::Nova::KeyPair
properties:
# required properties
name: {get_param: KEYPAIR_NAME }
# optional properties
save_private_key: false
wrl5_Glance_Image:
type: OS::Glance::Image
properties:
name: {get_param: IMAGE_NAME }
is_public: true
container_format: bare
disk_format: qcow2
location: file:///home/wrsroot/images/tis-centos-guest.img
m1.tiny:
type: OS::Nova::Flavor
properties:
name: m1.tiny
ram: 256
disk: 2
vcpus: 1
extra_specs:
'hw:cpu_policy': dedicated
'hw:mem_page_size': 2048
m1.small:
type: OS::Nova::Flavor
properties:
name: m1.small
ram: 512
disk: 2
vcpus: 1
extra_specs:
'hw:cpu_policy': shared
'hw:mem_page_size': 2048
external_network:
type: OS::Neutron::Net
depends_on: ProviderNetRange0B
properties:
name: { get_param: EXTERNALNET }
value_specs:
'provider:network_type': vlan
'provider:physical_network': { get_attr: [ProviderNet0, name] }
'provider:segmentation_id': 10
'router:external': 'True'
tenant_id: { get_param: TENANT_ID }
public_network:
type: OS::Neutron::Net
depends_on: ProviderNetRange0A
properties:
name: { get_param: PUBLICNET }
shared: false
tenant_id: { get_param: TENANT_ID }
value_specs:
'provider:network_type': vlan
'provider:physical_network': { get_attr: [ProviderNet0, name] }
'provider:segmentation_id': 400
private_network:
type: OS::Neutron::Net
depends_on: ProviderNetRange1A
properties:
name: { get_param: PRIVATENET }
shared: false
value_specs:
'provider:network_type': vlan
'provider:physical_network': { get_attr: [ProviderNet1, name] }
'provider:segmentation_id': 500
tenant_id: { get_param: TENANT_ID }
internal_network:
type: OS::Neutron::Net
depends_on: external_network
properties:
name: { get_param: INTERNALNET }
shared: false
tenant_id: { get_param: TENANT_ID }
public_subnet:
type: OS::Neutron::Subnet
properties:
cidr: { get_param: PUBLIC_CIDR }
network_id: { get_resource: public_network }
name: { get_param: PUBLICSUBNET }
tenant_id: { get_param: TENANT_ID }
private_subnet:
type: OS::Neutron::Subnet
properties:
cidr: { get_param: PRIVATE_CIDR }
network_id: { get_resource: private_network }
name: { get_param: PRIVATESUBNET }
enable_dhcp: true
tenant_id: { get_param: TENANT_ID }
internal_subnet:
type: OS::Neutron::Subnet
properties:
cidr: { get_param: INTERNAL_CIDR }
network_id: { get_resource: internal_network }
name: { get_param: INTERNALSUBNET }
enable_dhcp: true
tenant_id: { get_param: TENANT_ID }
# --no-gateway
tagged_subnet:
type: OS::Neutron::Subnet
properties:
cidr: { get_param: TAGGED_CIDR }
network_id: { get_resource: internal_network }
name: { get_param: TAGGEDSUBNET }
tenant_id: { get_param: TENANT_ID }
enable_dhcp: true
# --no-gateway
external_subnet:
type: OS::Neutron::Subnet
properties:
cidr: { get_param: EXTERNAL_CIDR }
network_id: { get_resource: external_network }
name: { get_param: EXTERNALSUBNET }
tenant_id: { get_param: TENANT_ID }
enable_dhcp: false
gateway_ip: { get_param: EXTERNAL_GATEWAY }
public_router:
type: OS::Neutron::Router
properties:
name: { get_param: PUBLICROUTER}
external_gateway_info:
network: { get_resource: external_network }
enable_snat: false
external_fixed_ips:
- ip_address: { get_param: PUBLIC_EXTERNAL_GWY }
subnet: { get_resource: external_subnet }
tenant_id: {get_param: TENANT_ID}
private_router:
type: OS::Neutron::Router
properties:
name: { get_param: PRIVATEROUTER}
external_gateway_info:
network: { get_resource: external_network }
enable_snat: false
external_fixed_ips:
- ip_address: { get_param: PRIVATE_EXTERNAL_GWY }
subnet: { get_resource: external_subnet }
tenant_id: {get_param: TENANT_ID}
public_router_interface:
type: OS::Neutron::RouterInterface
properties:
router_id: { get_resource: public_router }
subnet_id: { get_resource: public_subnet }
private_router_interface:
type: OS::Neutron::RouterInterface
properties:
router_id: { get_resource: private_router }
subnet_id: { get_resource: private_subnet }

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################################################################################
# Copyright (c) 2013-2018 Wind River Systems, Inc.
#
# SPDX-License-Identifier: Apache-2.0
#
################################################################################
#
# Objective:
# Demonstrates creating:
# An autoscaling stack of nova instances that use cinder volumes
# The default meter used to trigger scaling is: cpu_util
# This template uses another template to show nested scaling
#
# Pre-Reqs:
# Normal lab setup. Capable of launching 3 VMs
# A keypair called: controller-0. (nova keypair-list)
# A flavor called: small (nova flavor-list)
# A glance image called: tis-centos-guest (glance image-list)
# A network called: internal0-net0 (neutron net-list)
# A nested template file NestedStack.yaml in the same folder as this yaml.
#
# Optional Template Parameters:
# KEYPAIR: A keypair setup for the current user (nova keypair-list)
# KEYPAIR_ADMIN_USER: The user to specify for injecting ssh keys from the
# keypair into the VM
# FLAVOR: A nova flavor name or UUID for the VMs (nova flavor-list)
# IMAGE: A glance image name or UUID for launching VMs (glance image-list)
# NETWORK: Name or UUID of the network to use for the VMs (neutron net-list)
# METER_NAME: Name of the gnocchi metric to use to trigger autoscaling
# (gnocchi metric list)
# HIGH_VALUE: Value for the meter to trigger a scale up.
# LOW_VALUE: Value for the meter to trigger a scale down.
#
# Tenant Considerations:
# The tenant must have access to the meter type selected.
#
# Sample CLI syntax:
# heat stack-create -f NestedAutoScale.yaml STACK
#
# Expected Outcome:
# VMs running the guest image (nova list)
# New aodh alarm triggers (aodh alarm list)
# New cinder volumes for each VM (cinder list)
# This template produces an output which shows the CLI syntax to help
# troubleshoot autoscaling
#
################################################################################
heat_template_version: 2015-04-30
description: >
Demonstrates autoscaling of a nested stack
The nested stack creates volumes and VMs
parameters:
KEYPAIR:
description: keypair to use. (nova keypair-list)
type: string
default: controller-0
constraints:
- custom_constraint: nova.keypair
KEYPAIR_ADMIN_USER:
description: Name of user account to inject ssh keys from keypair
type: string
default: 'ec2-user'
FLAVOR:
description: Nova flavor to use. (nova flavor-list)
type: string
default: small
constraints:
- custom_constraint: nova.flavor
IMAGE:
description: Glance image to create a cinder volume(glance image-list)
type: string
default: tis-centos-guest
constraints:
- custom_constraint: glance.image
NETWORK:
description: Name of the network to use (neutron net-list)
type: string
default: internal0-net0
constraints:
- custom_constraint: neutron.network
METER_NAME:
description: Gnocchi metric to query when determining autoscaling
type: string
default: cpu_util
RESOURCE_TYPE:
description: Gnocchi resource type to use to query
type: string
default: instance
HIGH_VALUE:
description: Metric value that will trigger a scale up if exceeded
type: string
default: '80'
LOW_VALUE:
description: Metric value that will trigger a scale down if below
type: string
default: '30'
resources:
ScalingGroup:
type: OS::Heat::AutoScalingGroup
properties:
cooldown: 60
desired_capacity: 1
max_size: 3
min_size: 1
resource:
type: NestedStack.yaml
properties:
NAMING: { get_param: "OS::stack_name"}
FLAVOR: { get_param: FLAVOR }
IMAGE: { get_param: IMAGE }
KEYPAIR: { get_param: KEYPAIR }
KEYPAIR_ADMIN_USER: { get_param: KEYPAIR_ADMIN_USER }
NETWORK: { get_param: NETWORK }
METADATA: {"metering.server_group": {get_param: "OS::stack_id"}}
ScaleUpPolicy:
type: OS::Heat::ScalingPolicy
properties:
adjustment_type: change_in_capacity
auto_scaling_group_id: { get_resource: ScalingGroup }
cooldown: 60
scaling_adjustment: 1
ScaleDownPolicy:
type: OS::Heat::ScalingPolicy
properties:
adjustment_type: change_in_capacity
auto_scaling_group_id: { get_resource: ScalingGroup }
cooldown: 60
scaling_adjustment: -1
AlarmHigh:
type: OS::Aodh::GnocchiAggregationByResourcesAlarm
properties:
description: Scale up if the meter above threshold for 5 minutes
metric: { get_param: METER_NAME }
aggregation_method: mean
granularity: 300
evaluation_periods: 1
threshold: { get_param: HIGH_VALUE }
resource_type: { get_param: RESOURCE_TYPE }
comparison_operator: gt
alarm_actions:
- {get_attr: [ScaleUpPolicy, alarm_url]}
# gnocchi alarm resource will automatically
# prepend to the query based on the meter type
# metadata.metering
# or metadata.user_metadata
query:
str_replace:
template: '{"=": {"server_group": "stack_id"}}'
params:
stack_id: {get_param: "OS::stack_id"}
AlarmLow:
type: OS::Aodh::GnocchiAggregationByResourcesAlarm
properties:
description: Scale down if the meter below threshold for 5 minutes
metric: { get_param: METER_NAME }
aggregation_method: mean
granularity: 300
evaluation_periods: 1
threshold: { get_param: LOW_VALUE }
resource_type: { get_param: RESOURCE_TYPE }
comparison_operator: lt
alarm_actions:
- {get_attr: [ScaleDownPolicy, alarm_url]}
# gnocchi alarm resource will automatically
# prepend to the query based on the meter type
# metadata.metering
# or metadata.user_metadata
query:
str_replace:
template: '{"=": {"server_group": "stack_id"}}'
params:
stack_id: {get_param: "OS::stack_id"}
outputs:
gnocchi_query:
value:
str_replace:
template: >
gnocchi measures aggregation --resource-type resourcetype
--query '"server_group"="stackval"'
--granularity 300 --aggregation mean -m metric
params:
resourcetype: { get_param: RESOURCE_TYPE }
metric: { get_param: METER_NAME }
stackval: { get_param: "OS::stack_id" }
description: >
This is a Gnocchi query for statistics on the cpu_util measurements about
OS::Nova::Server instances in this stack. The --resource-type select the
type of Gnocchi resource. The --query parameter filters resources
according to its attributes. When a VM's metadata includes an item of the
form metering.server_group=X, the corresponding Gnocchi resource has a
attribute named server_group that can queried with 'server_group="X"' In
this case the nested stacks give their VMs metadata that is passed as a
nested stack parameter, and this stack passes a metadata of the form
metering.server_group=X, where X is this stack's ID.
manual_scale_up:
value:
str_replace:
template: >
curl -X POST "scale_up_url"
params:
scale_up_url: {get_attr: [ScaleUpPolicy, alarm_url]}
manual_scale_down:
value:
str_replace:
template: >
curl -X POST "scale_down_url"
params:
scale_down_url: {get_attr: [ScaleDownPolicy, alarm_url]}

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################################################################################
# Copyright (c) 2013 Wind River Systems, Inc.
#
# SPDX-License-Identifier: Apache-2.0
#
################################################################################
#
# Objective:
# This stack is not meant to be launched directly.
# It is used by NestedAutoScale.yaml
#
# Pre-Reqs:
# Refer to NestedAutoScale.yaml
#
# Mandatory Template Parameters:
# None
#
# Tenant Considerations:
# Refer to NestedAutoScale.yaml
#
# Sample CLI syntax:
# Refer to NestedAutoScale.yaml
#
# Expected Outcome:
# Refer to NestedAutoScale.yaml
#
################################################################################
heat_template_version: 2015-04-30
parameters:
METADATA:
description: a way of passing metadata from the outer stack to the VMs
type: json
NAMING:
description: Prefix for the name of the volumes and vms
type: string
default: ""
KEYPAIR:
description: keypair to use. (nova keypair-list)
type: string
default: controller-0
constraints:
- custom_constraint: nova.keypair
KEYPAIR_ADMIN_USER:
description: Name of user account to inject ssh keys from keypair
type: string
default: 'ec2-user'
FLAVOR:
description: Nova flavor to use. (nova flavor-list)
type: string
default: m1.small
constraints:
- custom_constraint: nova.flavor
IMAGE:
description: Glance image to create cinder volume (glance image-list)
type: string
default: wrl6
constraints:
- custom_constraint: glance.image
NETWORK:
description: Name of the private network to use (neutron net-list)
type: string
default: private-net0
constraints:
- custom_constraint: neutron.network
resources:
CinderVolume:
type: OS::Cinder::Volume
properties:
name:
list_join:
- "_"
- [{ get_param: NAMING }, "vol", { group_index } ]
image: { get_param: IMAGE }
size: 2
NovaServer:
type: OS::Nova::Server
properties:
name:
list_join:
- "_"
- [{ get_param: NAMING }, "vm", { group_index } ]
metadata: {get_param: METADATA }
key_name: { get_param: KEYPAIR }
admin_user: { get_param: KEYPAIR_ADMIN_USER }
block_device_mapping:
- device_name: vda
delete_on_termination: true
volume_id: { get_resource: CinderVolume }
flavor: { get_param: FLAVOR }
networks:
- network: { get_param: NETWORK }

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################################################################################
# Copyright (c) 2013 Wind River Systems, Inc.
#
# SPDX-License-Identifier: Apache-2.0
#
################################################################################
#
# Objective:
# Demonstrate constructing a server using a newly created subnet
# Shows two scenarios
# Scenario A: network, subnets and ports are created explicitly for the
# servers. This scenario supports selecting a subnet through the use of
# a port
# Scenario B: network and subnets are created and only network is
# specified for the server. This scenario does not support selecting
# which subnet is selected but will not allow booting unless at least one
# subnet exists.
#
# Pre-Reqs:
# A glance image called: wrl6
# A nova flavor called: m1.small
#
# Mandatory Template Parameters:
# None
#
# Tenant Considerations:
# An admin only activity
#
# Sample CLI syntax:
# heat stack-create -f Networking_and_Servers.yaml STACK
#
# Expected Outcome:
# new networks, subnets, ports and servers
# neutron net-list
# neutron subnet-list
# neutron port-list
# nova list
# servers A1 and A2 will be on separate subnets
# servers B1 and B2 will typically be on the same subnet
#
################################################################################
heat_template_version: 2015-04-30
description: >
Demonstrate creating a network and subnetwork to launch a server
parameters:
NETWORK_PREFIX:
type: string
description: "The prefix for each newly created network"
default: "network"
SERVER_PREFIX:
type: string
description: "The prefix for each newly created server"
default: "server"
IMAGE:
type: string
description: "The name of the glance image"
default: wrl6
constraints:
- custom_constraint: glance.image
FLAVOR:
type: string
description: "The name of the flavor to use"
default: m1.small
constraints:
- custom_constraint: nova.flavor
CIDR1:
type: string
description: "CIDR of subnet A1"
default: "192.168.110.0/24"
CIDR2:
type: string
description: "CIDR of subnet A2"
default: "192.168.120.0/24"
CIDR3:
type: string
description: "CIDR of subnet B1"
default: "192.168.130.0/24"
CIDR4:
type: string
description: "CIDR of subnet B2"
default: "192.168.140.0/24"
resources:
################
# Scenario 1 #
################
A_Network:
type: "OS::Neutron::Net"
properties:
name:
list_join: [ "-", [{ get_param: NETWORK_PREFIX}, "A"]]
A_Subnet_1:
type: "OS::Neutron::Subnet"
properties:
name:
list_join:
- "-"
- [{ get_param: NETWORK_PREFIX }, "subnet", "A", "1"]
network_id: { get_resource: A_Network }
cidr: { get_param: CIDR1 }
enable_dhcp: "True"
A_Subnet_2:
type: "OS::Neutron::Subnet"
properties:
name:
list_join:
- "-"
- [{ get_param: NETWORK_PREFIX }, "subnet", "A", "2"]
network_id: { get_resource: A_Network }
cidr: { get_param: CIDR2 }
enable_dhcp: "True"
A_Port_1:
type: OS::Neutron::Port
properties:
network_id: { get_resource: A_Network }
fixed_ips:
- subnet_id: { get_resource: A_Subnet_1 }
A_Port_2:
type: OS::Neutron::Port
properties:
network_id: { get_resource: A_Network }
fixed_ips:
- subnet_id: { get_resource: A_Subnet_2 }
A_Server_1:
type: "OS::Nova::Server"
properties:
name:
list_join: [ "-", [{ get_param: SERVER_PREFIX}, "A", "1"]]
image: { get_param: IMAGE }
flavor: { get_param: FLAVOR }
networks:
- port: { get_resource: A_Port_1 }
A_Server_2:
type: "OS::Nova::Server"
properties:
name:
list_join: [ "-", [{ get_param: SERVER_PREFIX}, "A", "2"]]
image: { get_param: IMAGE }
flavor: { get_param: FLAVOR }
networks:
- port: { get_resource: A_Port_2 }
################
# Scenario 2 #
################
B_Network:
type: "OS::Neutron::Net"
properties:
name: { list_join: [ "-", [{ get_param: NETWORK_PREFIX}, "B"]]}
B_Subnet_1:
type: "OS::Neutron::Subnet"
properties:
name:
list_join:
- "-"
- [{ get_param: NETWORK_PREFIX }, "subnet", "B", "1"]
network_id: { get_resource: B_Network }
cidr: { get_param: CIDR3 }
enable_dhcp: "True"
B_Subnet_2:
type: "OS::Neutron::Subnet"
properties:
name:
list_join:
- "-"
- [{ get_param: NETWORK_PREFIX }, "subnet", "B", "2"]
network_id: { get_resource: B_Network }
cidr: { get_param: CIDR4 }
enable_dhcp: "True"
# This server will use whichever B_Network subnet exists.
# It delays creation until B_Subnet_1 exists
# If B_Subnet_2 also exists, it may choose it
B_Server_1:
type: "OS::Nova::Server"
depends_on: B_Subnet_1
properties:
name:
list_join: [ "-", [{ get_param: SERVER_PREFIX}, "B", "1"]]
image: { get_param: IMAGE }
flavor: { get_param: FLAVOR }
networks:
- network: { get_resource: B_Network }
# This server will use whichever B_Network subnet exists.
# It delays creation until B_Subnet_2 exists
# If B_Subnet_1 also exists, it may choose it
B_Server_2:
type: "OS::Nova::Server"
depends_on: B_Subnet_2
properties:
name:
list_join: [ "-", [{ get_param: SERVER_PREFIX}, "B", "2"]]
image: { get_param: IMAGE }
flavor: { get_param: FLAVOR }
networks:
- network: { get_resource: B_Network }

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################################################################################
# Copyright (c) 2015 Wind River Systems, Inc.
#
# SPDX-License-Identifier: Apache-2.0
#
################################################################################
#
# Objective:
# Demonstrates a virtual router port forwarding setup
# Sets up ports, VM instances, and forwarding rules
#
# Pre-Reqs:
# An environment capable of launching 3 VMs
# Image imported to glance
# Keypair imported to nova
# Private network created
# Public (external) network created with attachment to private subnet
# Router create connecting private network to public network
#
# Mandatory Template Parameters:
# KEYPAIR
# IMAGE
# FLAVOR
# ROUTER_ID
# PRIVATE_NET
# PRIVATE_SUBNET
#
# Tenant Considerations:
# Should be run as tenant.
# Can be run as admin
#
# Sample CLI syntax:
# heat stack-create -f PortForwarding.yaml \
# -P ROUTER_ID=812b639cd3714d389a4e2662b114b72b \
# -P KEYPAIR=tenant1-keypair \
# -P FLAVOR=small \
# -P PRIVATE_NET=tenant1-mgmt \
# -P PRIVATE_SUBNET=tenant1-mgmt-subnet0 \
# DNAT
#
# Expected Outcome:
# 3 VM instances launched
# 3 Neutron port forwarding rules (1 to each VM) (neutron portforwarding-list)
#
################################################################################
heat_template_version: 2015-04-30
description: >
HOT template to deploy three servers into an existing neutron tenant
network and assign port forwarding rules to each server so they are
accessible from the public network via specific layer4 port numbers.
parameters:
KEYPAIR:
type: string
description: Name of keypair to assign to servers
constraints:
- custom_constraint: nova.keypair
KEYPAIR_ADMIN_USER:
type: string
description: Name of user account to inject ssh keys from keypair
default: 'ec2-user'
IMAGE:
type: string
description: Name of image to use for servers
default: tis-centos-guest
constraints:
- custom_constraint: glance.image
FLAVOR:
type: string
description: Flavor to use for servers
default: small
constraints:
- custom_constraint: nova.flavor
ROUTER_ID:
type: string
description: ID of public facing router that handles NAT translations
constraints:
- custom_constraint: neutron.router
PRIVATE_NET:
type: string
description: Name of private network into which servers get deployed
constraints:
- custom_constraint: neutron.network
PRIVATE_SUBNET:
type: string
description: Name of private sub network into which servers get deployed
constraints:
- custom_constraint: neutron.subnet
PRIVATE_PORT_NUMBER:
type: number
description: Layer4 protocol port number which will terminate on each VM
default: 80
PROTOCOL:
type: string
description: Layer4 protocol of all port mappings
default: tcp
SERVER1_PUBLIC_PORT_NUMBER:
type: number
description: Public layer4 protocol portnum which terminates on server1
default: 8080
SERVER2_PUBLIC_PORT_NUMBER:
type: number
description: Public layer4 protocol portnum which terminates on server2
default: 8081
SERVER3_PUBLIC_PORT_NUMBER:
type: number
description: Public layer4 protocol portnum which terminates on server3
default: 8082
resources:
server1:
type: OS::Nova::Server
properties:
name: Server1
image: { get_param: IMAGE }
flavor: { get_param: FLAVOR }
key_name: { get_param: KEYPAIR }
admin_user: { get_param: KEYPAIR_ADMIN_USER }
networks:
- port: { get_resource: server1_port }
server1_port:
type: OS::Neutron::Port
properties:
network: { get_param: PRIVATE_NET }
fixed_ips:
- subnet: { get_param: PRIVATE_SUBNET }
server1_rule:
type: WR::Neutron::PortForwarding
properties:
router_id: { get_param: ROUTER_ID }
inside_addr: { get_attr: [ server1, first_address ] }
inside_port: { get_param: PRIVATE_PORT_NUMBER }
outside_port: { get_param: SERVER1_PUBLIC_PORT_NUMBER }
protocol: { get_param: PROTOCOL }
description: "Server1 port forwarding rule"
server2:
type: OS::Nova::Server
properties:
name: Server2
image: { get_param: IMAGE }
flavor: { get_param: FLAVOR }
key_name: { get_param: KEYPAIR }
admin_user: { get_param: KEYPAIR_ADMIN_USER }
networks:
- port: { get_resource: server2_port }
server2_port:
type: OS::Neutron::Port
properties:
network: { get_param: PRIVATE_NET }
fixed_ips:
- subnet: { get_param: PRIVATE_SUBNET }
server2_rule:
type: WR::Neutron::PortForwarding
properties:
router_id: { get_param: ROUTER_ID }
inside_addr: { get_attr: [ server2, first_address ] }
inside_port: { get_param: PRIVATE_PORT_NUMBER }
outside_port: { get_param: SERVER2_PUBLIC_PORT_NUMBER }
protocol: { get_param: PROTOCOL }
description: "Server2 port forwarding rule"
server3:
type: OS::Nova::Server
properties:
name: Server3
image: { get_param: IMAGE }
flavor: { get_param: FLAVOR }
key_name: { get_param: KEYPAIR }
admin_user: { get_param: KEYPAIR_ADMIN_USER }
networks:
- port: { get_resource: server3_port }
server3_port:
type: OS::Neutron::Port
properties:
network: { get_param: PRIVATE_NET }
fixed_ips:
- subnet: { get_param: PRIVATE_SUBNET }
server3_rule:
type: WR::Neutron::PortForwarding
properties:
# required properties
router_id: { get_param: ROUTER_ID }
inside_addr: { get_attr: [ server3, first_address ] }
inside_port: { get_param: PRIVATE_PORT_NUMBER }
outside_port: { get_param: SERVER3_PUBLIC_PORT_NUMBER }
protocol: { get_param: PROTOCOL }
# optional properties
description: "Server3 port forwarding rule"

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################################################################################
# Copyright (c) 2017 Wind River Systems, Inc.
#
# SPDX-License-Identifier: Apache-2.0
#
################################################################################
#
# Objectives:
# Boot a nova server with userdata
# Use stack-update to rebuild the server with new userdata
#
# Pre-Reqs:
# A keypair called: controller-0 (nova keypair-list)
# A nova flavor called: m1.tiny (nova flavor-list)
# A glance image called: wrl6 (glance image-list)
# A networks called: private-net0 (neutron net-list)
#
# Mandatory Template Parameters:
# None
#
# Tenant Considerations:
# None
#
# Sample CLI syntax:
# heat stack-create -f UserData.yaml STACK
# heat stack-update -f UserData.yaml -P USERDATA="new userdata" STACK
#
# Expected Outcome:
# 3 new nova instances called: userdata-vm, userdata-vm_vol,
# userdata-vm_vol_v2
# 2 new volumes called: userdata-vol, userdata-vol_v2
# nova list
# The stack-update should rebuild the nova VM with new userdata
# The userdata is base64 encoded attribute: OS-EXT-SRV-ATTR:user_data
#
################################################################################
heat_template_version: 2015-04-30
description: >
Demonstrate launching an instance with updatable userdata
parameters:
VM_NAME:
description: name for the new VM
type: string
default: userdata-vm
VM_VOL_NAME:
description: name for the new VM
type: string
default: userdata-vm_vol
VOL_V1_NAME:
description: name for the new VM
type: string
default: userdata-vol
VM_VOL_V2_NAME:
description: name for the new VM
type: string
default: userdata-vm_vol_v2
VOL_V2_NAME:
description: name for the new VM
type: string
default: userdata-vol_v2
KEYPAIR:
description: keypair to use. (nova keypair-list)
type: string
default: controller-0
constraints:
- custom_constraint: nova.keypair
KEYPAIR_ADMIN_USER:
type: string
description: Name of user account to inject ssh keys from keypair
default: 'ec2-user'
FLAVOR:
description: Nova flavor to use. (nova flavor-list)
type: string
default: m1.tiny
constraints:
- custom_constraint: nova.flavor
IMAGE:
description: Glance image to use (glance image-list)
type: string
default: wrl6
constraints:
- custom_constraint: glance.image
PRIVATE_NET:
description: private network to use (neutron net-list)
type: string
default: private-net0
constraints:
- custom_constraint: neutron.network
USERDATA:
description: Userdata for the new VM
type: string
default: "Sample Userdata"
resources:
#####################
## Host with image as boot source
######################
RAW_Server:
type: OS::Nova::Server
properties:
admin_user: { get_param: KEYPAIR_ADMIN_USER }
flavor: { get_param: FLAVOR }
image: { get_param: IMAGE }
key_name: { get_param: KEYPAIR }
name: { get_param: VM_NAME }
networks:
- network: { get_param: PRIVATE_NET }
user_data: { get_param: USERDATA }
user_data_format: RAW
user_data_update_policy: REBUILD
#####################
## Host with volume as boot source within the block_device_mapping field
######################
RAW_vol:
type: OS::Cinder::Volume
properties:
name: { get_param: VOL_V1_NAME }
image: { get_param: IMAGE }
size: 2
RAW_Server_vol:
type: OS::Nova::Server
properties:
admin_user: { get_param: KEYPAIR_ADMIN_USER }
flavor: { get_param: FLAVOR }
block_device_mapping:
- device_name: vda
volume_id: { get_resource: RAW_vol }
key_name: { get_param: KEYPAIR }
name: { get_param: VM_VOL_NAME }
networks:
- network: { get_param: PRIVATE_NET }
user_data: { get_param: USERDATA }
user_data_format: RAW
user_data_update_policy: REBUILD
#####################
## Host with vol as boot source within the block_device_mapping_v2 field
######################
RAW_vol_V2:
type: OS::Cinder::Volume
properties:
name: { get_param: VOL_V2_NAME }
image: { get_param: IMAGE }
size: 2
RAW_Server_vol_V2:
type: OS::Nova::Server
properties:
admin_user: { get_param: KEYPAIR_ADMIN_USER }
flavor: { get_param: FLAVOR }
block_device_mapping_v2:
- {device_name: vda, volume_id: { get_resource: RAW_vol_V2 } }
key_name: { get_param: KEYPAIR }
name: { get_param: VM_VOL_V2_NAME }
networks:
- network: { get_param: PRIVATE_NET }
user_data: { get_param: USERDATA }
user_data_format: RAW
user_data_update_policy: REBUILD

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################################################################################
# Copyright (c) 2015 Wind River Systems, Inc.
#
# SPDX-License-Identifier: Apache-2.0
#
################################################################################
#
# Objective:
# Demonstrates Launching a VM specifying VIF PCI Address
# vif pci address format is: 0000:<bus>:<slot>.0
# where bus and slot are 2 digit hex values
# example syntax: 0000:05:0A.0
#
# Pre-Reqs:
# Normal lab setup.
# Ability to launch a VM with a VIF PCI Address
# A keypair called: controller-0 (nova keypair-list)
# A flavor called: m1.small (nova flavor-list)
# A glance image called: wrl6 (glance image-list)
# Network called: private-net0 (neutron net-list)
#
# Mandatory Template Parameters:
# None
#
# Sample CLI syntax:
# heat stack-create -f VIF.yaml -P VIF_PCI_ADDR=0000:00:00.0 STACK
#
# Expected Outcome:
# A new stack (heat stack-list)
# A new nova VM (nova list)
#
################################################################################
heat_template_version: 2015-04-30
description: >
Creates a HEAT stack and a VM instance using the speficied vif pic address
parameters:
KEYPAIR:
description: Name of existing KeyPair to enable SSH access to VMs
type: string
default: controller-0
constraints:
- custom_constraint: nova.keypair
FLAVOR:
description: Nova flavor to use. (nova flavor-list)
type: string
default: m1.small
constraints:
- custom_constraint: nova.flavor
IMAGE:
description: the name or uuid of the server image in glance
type: string
default: wrl6
constraints:
- custom_constraint: glance.image
NETWORK:
description: name of private network to use (neutron net-list)
type: string
default: private-net0
constraints:
- custom_constraint: neutron.network
VM_NAME:
description: Name to label the VM instance
type: string
default: 'vif-1'
VIF:
description: Vif Model to use
type: string
default: 'virtio'
VIF_PCI_ADDR:
description: Vif pci address
type: string
default: '0000:01:01.0'
resources:
Srv:
type: OS::Nova::Server
properties:
name: { get_param: VM_NAME }
image: { get_param: IMAGE }
flavor: { get_param: FLAVOR }
key_name: { get_param: KEYPAIR }
networks:
- network: { get_param: NETWORK }
vif-model: { get_param: VIF }
vif-pci-address: { get_param: VIF_PCI_ADDR }

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################################################################################
# Copyright (c) 2014-2018 Wind River Systems, Inc.
#
# SPDX-License-Identifier: Apache-2.0
#
################################################################################
#
# Objective:
# Demonstrates dynamically resize guest vcpus of a VM without
# service impact when policy criteria described in the template is met.
#
# Pre-Reqs:
# Normal lab setup.
# Ability to launch a VM
# A keypair called: controller-0 (nova keypair-list)
# A flavor with special attributes
# hw:wrs:min_vcpus = 1
# hw:cpu_policy = dedicated
# a minimum of 2 vcpus
# A glance image called: wrl6 (glance image-list)
# Network called: private-net0 (neutron net-list)
#
# Mandatory Template Parameters:
# None
#
# Tenant Considerations:
# A tenant can use this template if using a keypair, subnet and network
# accessible to it
#
# Sample CLI syntax:
# heat stack-create -f VMAutoScaling.yaml STACK
#
# Expected Outcome:
# A new stack (heat stack-list)
# A new nova VM (nova list)
# Two aodh alarms corresponding to high and low watermarks
# (aodh alarm list)
#
################################################################################
heat_template_version: 2015-04-30
description: >
Creates a HEAT autoscaling stack and a VM instance which is able to scale
up/down the number of guest vpcu's using vcpu_util samples from the guest
instance.
parameters:
KEYPAIR:
description: Name of existing KeyPair to enable SSH access to VMs
type: string
default: controller-0
constraints:
- custom_constraint: nova.keypair
KEYPAIR_ADMIN_USER:
description: Name of user account to inject ssh keys from keypair
type: string
default: 'ec2-user'
FLAVOR:
description: Nova flavor to use. (nova flavor-list)
type: string
default: m1.small
constraints:
- custom_constraint: nova.flavor
IMAGE:
description: the name or uuid of the server image in glance
type: string
default: wrl6
constraints:
- custom_constraint: glance.image
NETWORK:
description: name of private network to use (neutron net-list)
type: string
default: private-net0
constraints:
- custom_constraint: neutron.network
METER_NAME:
description: Gnocchi metric to query when determining autoscaling
type: string
default: vcpu_util
RESOURCE_TYPE:
description: Gnocchi resource type to use to query
type: string
default: instance
SCALE_UP_VALUE:
description: Metric value that will trigger a scale up if exceeded
type: string
default: '60'
SCALE_DOWN_VALUE:
description: Metric value that will trigger a scale down if below
type: string
default: '5'
VM_NAME:
description: Name to label the VM instance
type: string
default: 'guest-1'
resources:
Srv:
type: OS::Nova::Server
properties:
name: { get_param: VM_NAME }
image: { get_param: IMAGE }
flavor: { get_param: FLAVOR }
key_name: { get_param: KEYPAIR }
admin_user: { get_param: KEYPAIR_ADMIN_USER }
metadata:
{"metering.server_group": { get_param: "OS::stack_id"}}
networks:
- { network: { get_param: NETWORK }, vif-model: virtio }
CPUAlarmHigh:
type: OS::Aodh::GnocchiAggregationByResourcesAlarm
properties:
description: Scale up if 5 minutes avg of meter above threshold
metric: { get_param: METER_NAME }
aggregation_method: mean
granularity: 300
evaluation_periods: '1'
threshold: { get_param: SCALE_UP_VALUE }
resource_type: { get_param: RESOURCE_TYPE }
repeat_actions: 'True'
comparison_operator: gt
alarm_actions:
- { get_attr: [SrvScaleUpPolicy, AlarmUrl] }
# gnocchi alarm resource will automatically
# prepend to the query based on the meter type
# metadata.metering
# or metadata.user_metadata
query:
str_replace:
template: '{"=": {"server_group": "stack_id"}}'
params:
stack_id: {get_param: "OS::stack_id"}
CPUAlarmLow:
type: OS::Aodh::GnocchiAggregationByResourcesAlarm
properties:
description: Scale down if 5 minutes avg of meter below threshold
metric: { get_param: METER_NAME }
aggregation_method: mean
granularity: 300
evaluation_periods: '1'
threshold: { get_param: SCALE_DOWN_VALUE }
resource_type: { get_param: RESOURCE_TYPE }
repeat_actions: 'True'
comparison_operator: lt
alarm_actions:
- { get_attr: [SrvScaleDownPolicy, AlarmUrl]}
# gnocchi alarm resource will automatically
# prepend to the query based on the meter type
# metadata.metering
# or metadata.user_metadata
query:
str_replace:
template: '{"=": {"server_group": "stack_id"}}'
params:
stack_id: {get_param: "OS::stack_id"}
SrvScaleUpPolicy:
type: OS::WR::ScalingPolicy
properties:
ServerName: { get_resource: Srv }
ScalingResource: 'cpu'
ScalingDirection: 'up'
Cooldown: '60'
SrvScaleDownPolicy:
type: OS::WR::ScalingPolicy
properties:
ServerName: { get_resource: Srv }
ScalingResource: 'cpu'
ScalingDirection: 'down'
Cooldown: '60'
outputs:
gnocchi_query:
value:
str_replace:
template: >
gnocchi measures aggregation --resource-type resourcetype
--query '"server_group"="stackval"'
--granularity 300 --aggregation mean -m metric
params:
resourcetype: { get_param: RESOURCE_TYPE }
metric: { get_param: METER_NAME }
stackval: { get_param: "OS::stack_id" }
description: >
This is a Gnocchi query for statistics on the vcpu_util measurements about
OS::Nova::Server instances in this stack. The --resource-type select the
type of Gnocchi resource. The --query parameter filters resources
according to its attributes. When a VM's metadata includes an item of the
form metering.server_group=X, the corresponding Gnocchi resource has a
attribute named server_group that can queried with 'server_group="X"' In
this case the nested stacks give their VMs metadata that is passed as a
nested stack parameter, and this stack passes a metadata of the form
metering.server_group=X, where X is this stack's ID.
manual_scale_up:
value:
str_replace:
template: >
curl -X POST "scale_up_url"
params:
scale_up_url: { get_attr: [SrvScaleUpPolicy, AlarmUrl] }
manual_scale_down:
value:
str_replace:
template: >
curl -X POST "scale_down_url"
params:
scale_down_url: { get_attr: [SrvScaleDownPolicy, AlarmUrl] }

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################################################################################
# Copyright (c) 2013-2018 Wind River Systems, Inc.
#
# SPDX-License-Identifier: Apache-2.0
#
################################################################################
#
# Objective:
# Demonstrate constructing the heat resource OS::Aodh::GnocchiAggregationByResourcesAlarm
#
# Pre-Reqs:
# Normal Lab Setup
#
# Mandatory Template Parameters:
# None
#
# Tenant Considerations:
# None
#
# Sample CLI syntax:
# heat stack-create -f OS_Ceilometer_Alarm.yaml STACK
#
# Expected Outcome:
# A new alarm (trigger).
# aodh alarm list
#
################################################################################
heat_template_version: 2015-04-30
description: >
Demonstrate the OS::Aodh::GnocchiAggregationByResourcesAlarm heat resource
resources:
OS_Ceilometer_Alarm:
type: OS::Aodh::GnocchiAggregationByResourcesAlarm
properties:
#################################################
# Required properties
# comparison_operator:
# constraints:
# - allowed_values: [ge, gt, eq, ne, lt, le]
# description: Operator comparing specified stats with threshold
# required: true
# type: string
comparison_operator: 'ge'
# evaluation_periods: {description: num periods to evaluate over
# , required: true, type: string}
evaluation_periods: '3'
# metric: {description: Meter name watched by the alarm
# , required: true, type: string}
metric: 'cpu_util'
# aggregation_method:
# description: The aggregation_method to compare to the threshold
# required: true
# type: string
# default: mean
# constraints:
# - allowed_values: mean }
aggregation_method: 'mean'
# granularity:
# description: The time range in seconds over which to query
# required: true
# type: string
granularity: '300'
# resource_type: {description: The type of resource, required:true, type:string}
resource_type: 'instance'
# query:
# description: A query to filter resource, it's a json string like
# {"and": [{"=": {"ended_at": null}}, ...]}
query:
str_replace:
template: '{"=": {"server_group": "stack_id"}}'
params:
stack_id: {get_param: "OS::stack_id"}
# threshold: {description: Threshold to evaluate against
# , required: true, type: string}
threshold: '60'
#################################################
# Optional properties
# alarm_actions: {description: A list of URLs (webhooks) to invoke
# when state transitions to alarm, required: false, type: list}
# description: {description: Description for the alarm
# , required: false, type: string}
description: 'A Sample Alarm'
# enabled: {default: 'true', description: True if alarm
# evaluation/actioning is enabled,
# required: false, type: boolean}
enabled: false
# insufficient_data_actions: {description: A list of URLs
# (webhooks) to invoke when state transitions to insufficient-data
# , required: false, type: list}
# ok_actions: {description: A list of URLs (webhooks) to invoke
# when state transitions to ok, required: false, type: list}
# repeat_actions: {default: 'false', description: 'True to trigger
# actions each time the threshold is reached. By default, actions
# are called when : the threshold is reached AND the alarm''s
# state have changed', required: false, type: boolean}
repeat_actions: true

144
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################################################################################
# Copyright (c) 2013-2015 Wind River Systems, Inc.
#
# SPDX-License-Identifier: Apache-2.0
#
################################################################################
#
# Objective:
# Demonstrate constructing the heat resource OS::Cinder::Volume
#
# Pre-Reqs:
# Normal Lab Setup (networks, host interfaces, glance images)
#
# Mandatory Template Parameters:
# None
#
# Tenant Considerations:
# None
#
# Sample CLI syntax:
# heat stack-create -f OS_Cinder_Volume.yaml STACK
#
# Expected Outcome:
# A new 1GB cinder volume.
# cinder list
#
################################################################################
heat_template_version: 2015-04-30
description: >
Demonstrate the OS::Cinder::Volume heat resource
parameters:
VOLUME_NAME:
description: Name of the newly created volume
type: string
default: sample_cinder_vol
VOLUME_SIZE:
description: size for the new cinder volume
type: number
default: 2
resources:
OS_Cinder_Volume:
type: OS::Cinder::Volume
properties:
#################################################
# Required properties
#################################################
# None
#################################################
# Optional properties
#################################################
# availability_zone: {description: The availability zone in which
# the volume will be created., required: false, type: string}
# backup_id: {description: 'If specified, the backup to create
# the volume from.', required: false, type: string}
# description: {description: A description of the volume.,
# required: false, type: string}
description: 'A sample cinder volume'
# image: {description: 'If specified, the name or ID of the
# glance image to create the volume from.',
# required: false, type: string}
# imageRef: {description: 'DEPRECATED: use "image" instead.',
# required: false, type: string}
# metadata: {description: Key/value pairs to associate with the
# volume., required: false, type: map}
# name: {description: A name used to distinguish the volume.,
# required: false, type: string}
name: { get_param: VOLUME_NAME }
# scheduler_hints: {description: 'Arbitrary key-value pairs
# specified by the client to help the Cinder scheduler
# creating a volume.', required: false, # type: string}
# size: {description: The size of the volume in GB.,
# required: false, type: number}
size: { get_param: VOLUME_SIZE }
# snapshot_id: {description: 'If specified, the cinder volume
# to use as source.', # required: false, type: string}
# source_volid: {description: 'If specified, the volume to use as
# source.', required: false, type: string}
# volume_type: {description: 'If specified, the type of volume
# to use, mapping to a specific backend cinder vtype.',
# required: false, type: string}
# Cinder Volume Attributes
outputs:
vol_status:
description: The current status of the volume.
value: { get_attr: [ OS_Cinder_Volume, status] }
vol_metadata_values:
description: Key/value pairs associated with the volume in dict form.
value: { get_attr: [ OS_Cinder_Volume, metadata_values] }
vol_display_name:
description: Name of the volume.
value: { get_attr: [ OS_Cinder_Volume, display_name] }
vol_attachments:
description: The list of attachments of the volume
value: { get_attr: [ OS_Cinder_Volume, attachments] }
vol_availability_zone:
description: The availability zone in which the volume is located.
value: { get_attr: [ OS_Cinder_Volume, availability_zone] }
vol_bootable:
description: Boolean indicating if the volume can be booted or not.
value: { get_attr: [ OS_Cinder_Volume, bootable] }
vol_encrypted:
description: Boolean indicating if the volume is encrypted or not.
value: { get_attr: [ OS_Cinder_Volume, encrypted] }
vol_created_at:
description: The timestamp indicating volume creation.
value: { get_attr: [ OS_Cinder_Volume, created_at] }
vol_display_description:
description: Description of the volume.
value: { get_attr: [ OS_Cinder_Volume, display_description] }
vol_source_volid:
description: The volume used as source, if any.
value: { get_attr: [ OS_Cinder_Volume, source_volid] }
vol_snapshot_id:
description: The snapshot the volume was created from, if any.
value: { get_attr: [ OS_Cinder_Volume, snapshot_id] }
vol_size:
description: The size of the volume in GB.
value: { get_attr: [ OS_Cinder_Volume, size] }
vol_volume_type:
description: The type of the volume mapping to a backend, if any.
value: { get_attr: [ OS_Cinder_Volume, volume_type] }
vol_metadata:
description: Key/value pairs associated with the volume.
value: { get_attr: [ OS_Cinder_Volume, metadata] }

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################################################################################
# Copyright (c) 2013-2015 Wind River Systems, Inc.
#
# SPDX-License-Identifier: Apache-2.0
#
################################################################################
#
# Objective:
# Demonstrate constructing the heat resource OS::Cinder::VolumeAttachment
#
# Pre-Reqs:
# Normal Lab Setup
# A glance image named: wrl6 (glance image-list)
# A nova flavor named: small (nova flavor-list)
# A network named: private-net0 (neutron net-list)
#
# Mandatory Template Parameters:
# network_id (neutron net-list)
#
# Tenant Considerations:
# The tenant (or admin) needs access to the network selected
#
# Sample CLI syntax:
# heat stack-create -f OS_Cinder_VolumeAttachment.yaml STACK
#
# Expected Outcome:
# A nova server that has mounted a new 1GB cinder volume
# cinder list
# nova list
# nova show <uuid of the new server>
#
################################################################################
heat_template_version: 2015-04-30
description: >
Demonstrate the OS::Cinder::VolumeAttachment heat resource
parameters:
IMAGE:
description: Glance image used by cinder volume (glance image-list)
type: string
default: wrl6
constraints:
- custom_constraint: glance.image
FLAVOR:
description: Nova flavor to use. (nova flavor-list)
type: string
default: small
constraints:
- custom_constraint: nova.flavor
NETWORK:
description: name of network to use (neutron net-list)
type: string
default: private-net0
constraints:
- custom_constraint: neutron.network
VM_NAME:
description: Name of the newly created VM
type: string
default: cinder_vm
VOLUME_NAME:
description: Name of the newly created volume
type: string
default: cinder_volume_demo
VOLUME_SIZE:
description: size for the new cinder volume
type: number
default: 2
resources:
OS_Cinder_VolumeAttachment:
type: OS::Cinder::VolumeAttachment
properties:
#################################################
# Required properties
#################################################
# instance_uuid: {description: The ID of the server to which the
# volume attaches.,
instance_uuid: { get_resource: some_instance }
# mountpoint: {description: The location where the volume is
# exposed on the instance., Note: launchpad bug 1267744 suggests
# the mountpoint should be /dev/vd[b-z] except on baremetal
# This value is not respected. It will use the first available
# mountpoint (usually /dev/vdb)
mountpoint: /dev/vdb
# volume_id: {description: The ID of the volume to be attached.,
# required: true, type: string}
volume_id: { get_resource: some_volume }
#################################################
# Optional properties: NONE
#################################################
#################################################
# The following resources are created because they
# are required fields for the volumeattachment
#################################################
some_instance:
type: OS::Nova::Server
properties:
name: { get_param: VM_NAME }
image: { get_param: IMAGE }
flavor: { get_param: FLAVOR }
networks:
- network: { get_param: NETWORK }
some_volume:
type: OS::Cinder::Volume
properties:
name: { get_param: VOLUME_NAME }
size: { get_param: VOLUME_SIZE }

91
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################################################################################
# Copyright (c) 2013-2015 Wind River Systems, Inc.
#
# SPDX-License-Identifier: Apache-2.0
#
################################################################################
#
# Objective:
# Demonstrate constructing the heat resource OS::Glance::Image
#
# Pre-Reqs:
# Normal Lab Setup (networks, host interfaces, glance images)
# guest image file located and accessible at
# /home/wrsroot/images/tis-centos-guest.img
#
# Mandatory Template Parameters:
# None
#
# Tenant Considerations:
# Only admin can create a public glance image
# None
#
# Sample CLI syntax:
# heat stack-create -f OS_Glance_Image.yaml STACK
#
# Expected Outcome:
# A new glance image called sample_image.
# glance image-list
#
################################################################################
heat_template_version: 2015-04-30
description: >
Demonstrate the OS::Glance::Image heat resource
parameters:
NAME:
description: Glance image name
type: string
default: sample_image
CONTAINER_FORMAT:
description: Container format for glance image
type: string
default: bare
DISK_FORMAT:
description: Disk format for glance image
type: string
default: qcow2
LOCATION:
description: Location to directly load the file from disk
type: string
default: file:///home/wrsroot/images/tis-centos-guest.img
IS_PUBLIC:
description: Whether this is a public glance image. Admin only.
type: boolean
default: true
MIN_RAM:
description: Minimum amount of ram for image
type: number
default: 0
MIN_DISK:
description: Minimum amount of disk for image
type: number
default: 0
resources:
OS_Glance_Image:
type: OS::Glance::Image
properties:
# Required
container_format: {get_param: CONTAINER_FORMAT}
disk_format: {get_param: DISK_FORMAT}
location: {get_param: LOCATION}
# Optional
name: {get_param: NAME}
min_ram: {get_param: MIN_RAM}
min_disk: {get_param: MIN_DISK}
protected: false
is_public: {get_param: IS_PUBLIC}
# When ID is not specified, a UUID is generated
# id

77
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################################################################################
# Copyright (c) 2013-2015 Wind River Systems, Inc.
#
# SPDX-License-Identifier: Apache-2.0
#
################################################################################
#
# Objective:
# Demonstrate constructing the heat resource OS::Heat::AccessPolicy
# This creates an accesspolicy which can be set for a User
#
# Pre-Reqs:
# Normal Lab Setup (networks, host interfaces)
# A network named private-net0 with permission to create ports
#
# Mandatory Template Parameters:
# None
#
# Tenant Considerations:
# Cannot be run as tenant.
#
# Sample CLI syntax:
# heat stack-create -f OS_Heat_AccessPolicy.yaml STACK
#
# Expected Outcome:
# A newly created neutron port
# neutron port-list
# A new (v3) User with access to the port
# The user will not be visible using the CLI (v2) list commands
# heat resource-list STACK
# openstack user show <UUID of user>
#
################################################################################
heat_template_version: 2015-04-30
description: >
Demonstrate the OS::Heat::AccessPolicy heat resource
parameters:
NETWORK:
description: Network used by the access policy (neutron net-list)
type: string
default: private-net0
constraints:
- custom_constraint: neutron.network
resources:
# AccessPolicy grants access to resources created as part of the stack
OS_Heat_AccessPolicy:
type: OS::Heat::AccessPolicy
properties:
#################################################
# Required properties
#################################################
# AllowedResources: {
# description: Resources that users are allowed to access by the
# DescribeStackResource API., required: true, type: list}
# Note: that this is a list of names and not references
AllowedResources: [ some_port, ]
#################################################
# Optional properties: None
#################################################
some_user:
type: AWS::IAM::User
properties:
Policies: [ { get_resource: OS_Heat_AccessPolicy } ]
some_port:
type: OS::Neutron::Port
properties:
network: { get_param: NETWORK }

77
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################################################################################
# Copyright (c) 2013-2015 Wind River Systems, Inc.
#
# SPDX-License-Identifier: Apache-2.0
#
################################################################################
#
# Objective:
# Demonstrate constructing the heat resource OS::Heat::AutoScalingGroup
# To see a better example, refer to scenarios/NestedAutoScale.yaml
#
# Pre-Reqs:
# Normal lab setup. Capable of launching 3 VMs
# A flavor called: small (nova flavor-list)
# A glance image called: wrl6 (glance image-list)
# A network called: private-net0 (neutron net-list)
# A template file OS_Nova_Server.yaml in the same folder as this yaml.
#
# Optional Template Parameters:
# FLAVOR: A nova flavor name or UUID for the VMs (nova flavor-list)
# IMAGE: A glance image name or UUID when launching VMs (glance image-list)
# NETWORK: Name or UUID of the network to use for the VMs (neutron net-list)
#
# Tenant Considerations:
# None
#
# Sample CLI syntax:
# heat stack-create -f OS_Heat_AutoScalingGroup.yaml STACK
#
# Expected Outcome:
# VMs running the guest image (nova list)
#
################################################################################
heat_template_version: 2015-04-30
description: >
Demonstrate the OS::Heat::AutoScalingGroup heat resource
parameters:
FLAVOR:
description: Nova flavor to use (nova flavor-list)
type: string
default: small
constraints:
- custom_constraint: nova.flavor
IMAGE:
description: Name of the glance image to use (glance image-list)
type: string
default: wrl6
constraints:
- custom_constraint: glance.image
NETWORK:
description: Name of the network to use (neutron net-list)
type: string
default: private-net0
constraints:
- custom_constraint: neutron.network
resources:
OS_Heat_AutoScalingGroup:
type: OS::Heat::AutoScalingGroup
properties:
cooldown: 60
desired_capacity: 1
max_size: 3
min_size: 1
resource:
type: OS_Nova_Server.yaml
properties:
FLAVOR: { get_param: FLAVOR }
IMAGE: { get_param: IMAGE }
NETWORK: { get_param: NETWORK }

59
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################################################################################
# Copyright (c) 2013-2015 Wind River Systems, Inc.
#
# SPDX-License-Identifier: Apache-2.0
#
################################################################################
#
# Objective:
# Demonstrate constructing the heat resource OS::Heat::Stack
# This resource allows inlining a HEAT template
#
# Pre-Reqs:
# None
#
# Mandatory Template Parameters:
# None
#
# Tenant Considerations:
# None
#
# Sample CLI syntax:
# heat stack-create -f OS_Heat_Stack.yaml STAK
#
# Expected Outcome:
# 2 HEAT stacks (one stack owns the second stack)
# heat stack-list
#
# A new keypair called InlineKP (created by the second stack).
# nova keypair-list
#
################################################################################
heat_template_version: 2015-04-30
description: >
Demonstrate the OS::Heat::Stack heat resource
resources:
KeyPair_Stack:
type: OS::Heat::Stack
properties:
template: |
heat_template_version: 2015-04-30
parameters:
NEW_KEY_NAME:
description: Name for the new keypair
type: string
resources:
OS_Nova_KeyPair:
type: OS::Nova::KeyPair
properties:
name: { get_param: NEW_KEY_NAME }
parameters: { NEW_KEY_NAME: InlineKP }
# context:
# - region:
timeout: 1

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################################################################################
# Copyright (c) 2013-2015 Wind River Systems, Inc.
#
# SPDX-License-Identifier: Apache-2.0
#
################################################################################
#
# Objective:
# Demonstrate constructing the heat resource OS::Neutron::FloatingIP
#
# Pre-Reqs:
# Normal Lab Setup (networks, host interfaces, glance images)
# external neutron network named: external-net0 (neutron net-list)
#
# Mandatory Template Parameters:
# None
#
# Tenant Considerations:
# The tenant (or admin) needs access to the network selected
#
# Sample CLI syntax:
# heat stack-create -f OS_Neutron_FloatingIP.yaml STACK
#
# Expected Outcome:
# A new floating IP address
# neutron floatingip-list
#
################################################################################
heat_template_version: 2015-04-30
description: >
Demonstrate the OS::Neutron::FloatingIP heat resource
parameters:
NETWORK:
description: External network to allocate floatingIP (neutron net-list)
type: string
default: external-net0
constraints:
- custom_constraint: neutron.network
resources:
OS_Neutron_FloatingIP:
type: OS::Neutron::FloatingIP
properties:
#################################################
# Required properties
#################################################
# Mandatory. either:
# floating_network (name or uuid)
# or
# floating_network_id (uuid)
#
# floating_network_id: {description: ID of network to allocate
# floating IP from., required: true, type: string}
floating_network: { get_param: NETWORK }
#################################################
# Optional properties
#################################################
# fixed_ip_address: {description: IP address to use if the port
# has multiple addresses., required: false, type: string}
# port_id: {description: ID of an existing port with at least one
# IP address to associate with this floating IP.
# , required: false, type: string}
# This needs to be a port on the external SUBNET associated with
# the network
# value_specs:
# default: {}
# description: Extra parameters to include in the "floatingip"
# object in the creation request. Parameters are often specific
# to installed hardware or extensions.
# required: false
# type: map
#
# Passing an invalid key will cause heat creation to fail.
# Some keys that may be valid are: tenant_id,
# value_specs: {'tenant_id': 'some_uuid' }

113
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################################################################################
# Copyright (c) 2013-2015 Wind River Systems, Inc.
#
# SPDX-License-Identifier: Apache-2.0
#
################################################################################
#
# Objective:
# Demonstrate constructing the heat resource OS::Neutron::Net
#
# Pre-Reqs:
# None
#
# Mandatory Template Parameters:
# None
#
# Tenant Considerations:
# None
#
# Sample CLI syntax:
# heat stack-create -f OS_Neutron_Net.yaml STACK
#
# Expected Outcome:
# A new network called sample-net
# neutron net-list
#
################################################################################
heat_template_version: 2015-04-30
description: >
Demonstrate the OS::Neutron::Net heat resource
parameters:
NETWORK_NAME:
description: name of network to create
type: string
default: sample-net
resources:
OS_Neutron_Net:
type: OS::Neutron::Net
properties:
#################################################
# Required properties
#################################################
#################################################
# Optional properties
#################################################
# admin_state_up: {default: true, description: A boolean value
# specifying the administrative status of the network.,
# required: false, type: boolean}
admin_state_up: true
# name: A string specifying a symbolic name for the network, which
# is not required to be unique.', required: false, type: string
name: { get_param: NETWORK_NAME }
# shared: {description: Whether this network should be shared
# across all tenants. Note that the default policy setting
# restricts usage of this attribute to administrative users only.
# ,required: false, type: boolean}
shared: false
# tenant_id: {description: The ID of the tenant which will own the
# network. Only administrative users can set the tenant
# identifier; this cannot be changed using authorization policies.
# , required: false, type: string}
# value_specs:
# default: {}
# description: Extra parameters to include in the "network"
# object in the creation request. Parameters are often specific
# to installed hardware or extensions.
# required: false type: map
#
# For example,
#
# value_specs:
# 'provider:network_type': vlan
# 'provider:physical_network': group0-data0b
# 'router:external': false
# vlan_transparent: false
outputs:
nwk_admin_state_up:
description: The administrative status of the network.
value: { get_attr: [ OS_Neutron_Net, admin_state_up] }
nwk_name:
description: The name of the network.
value: { get_attr: [ OS_Neutron_Net, name] }
nwk_show:
description: All attributes.
value: { get_attr: [ OS_Neutron_Net, show] }
nwk_status:
description: The status of the network.
value: { get_attr: [ OS_Neutron_Net, status] }
nwk_subnets:
description: Subnets of this network.
value: { get_attr: [ OS_Neutron_Net, subnets] }
nwk_tenant_id:
description: The tenant owning this network.
value: { get_attr: [ OS_Neutron_Net, tenant_id] }

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################################################################################
# Copyright (c) 2013-2015 Wind River Systems, Inc.
#
# SPDX-License-Identifier: Apache-2.0
#
################################################################################
#
# Objective:
# Demonstrate constructing the heat resource OS::Neutron::Port
#
# Pre-Reqs:
# Normal Lab Setup (networks, host interfaces, glance images)
# An external network named: external-net0 (neutron net-list)
#
# Mandatory Template Parameters:
# None
#
# Tenant Considerations:
# The tenant (or admin) needs access to the network selected
#
# Sample CLI syntax:
# heat stack-create -f OS_Neutron_Port.yaml STACK
#
# Expected Outcome:
# A new port on that network named: sample_port
# neutron port-list
#
################################################################################
heat_template_version: 2015-04-30
description: >
Demonstrate the OS::Neutron::Port heat resource
parameters:
NETWORK:
description: the external network to use when creating the port
type: string
default: external-net0
constraints:
- custom_constraint: neutron.network
PORT_NAME:
description: Name for the port
type: string
default: sample_port
resources:
OS_Neutron_Port:
type: OS::Neutron::Port
properties:
#################################################
# Required properties
#################################################
# Requires network_id (uuid) or network (name or uuid)
# network_id:
network: {get_param: NETWORK }
#################################################
# Optional properties
#################################################
# admin_state_up: {default: true, required: false, type: boolean}
admin_state_up: true
# device_id: {required: false, type: string}
device_id: device_X
# fixed_ips:
# required: false
# schema:
# '*':
# required: false
# schema:
# ip_address: {required: false, type: string}
# subnet_id: {required: false, type: string}
# type: map
# type: list
# mac_address: {required: false, type: string}
# name: {required: false, type: string}
name: { get_param: PORT_NAME }
# security_groups: {required: false, type: list}
# value_specs:
# default: {}
# required: false
# type: map
outputs:
prt_admin_state_up:
description: The administrative state of this port.
value: { get_attr: [ OS_Neutron_Port, admin_state_up] }
prt_device_id:
description: Unique identifier for the device.
value: { get_attr: [ OS_Neutron_Port, device_id] }
prt_device_owner:
description: Name of the network owning the port.
value: { get_attr: [ OS_Neutron_Port, device_owner] }
prt_fixed_ips:
description: Fixed ip addresses.
value: { get_attr: [ OS_Neutron_Port, fixed_ips] }
prt_mac_address:
description: Mac address of the port.
value: { get_attr: [ OS_Neutron_Port, mac_address] }
prt_name:
description: Friendly name of the port.
value: { get_attr: [ OS_Neutron_Port, name] }
prt_network_id:
description: Unique identifier for the network owning the port.
value: { get_attr: [ OS_Neutron_Port, network_id] }
prt_security_groups:
description: A list of security groups for the port.
value: { get_attr: [ OS_Neutron_Port, security_groups] }
prt_show:
description: All attributes.
value: { get_attr: [ OS_Neutron_Port, show] }
prt_status:
description: The status of the port.
value: { get_attr: [ OS_Neutron_Port, status] }
prt_tenant_id:
description: Tenant owning the port
value: { get_attr: [ OS_Neutron_Port, tenant_id] }

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################################################################################
# Copyright (c) 2013-2015 Wind River Systems, Inc.
#
# SPDX-License-Identifier: Apache-2.0
#
################################################################################
#
# Objective:
# Demonstrate constructing the heat resource OS::Neutron::Router
#
# Pre-Reqs:
# Normal Lab Setup (networks, host interfaces, glance images)
# network named external-net0 (neutron net-list)
#
# Mandatory Template Parameters:
# None
#
# Tenant Considerations:
# The tenant (or admin) needs access to the network selected
#
# Sample CLI syntax:
# heat stack-create -f OS_Neutron_Router.yaml STACK
#
# Expected Outcome:
# A new router for the network called: sample_router
# neutron router-list
#
################################################################################
heat_template_version: 2015-04-30
description: >
Demonstrate the OS::Neutron::Router heat resource
parameters:
NETWORK:
description: the external network to use when creating the Router
type: string
default: external-net0
constraints:
- custom_constraint: neutron.network
ROUTER_NAME:
description: name for the new router
type: string
default: sample_router
resources:
OS_Neutron_Router:
type: OS::Neutron::Router
properties:
#################################################
# Required properties: None
#################################################
#################################################
# Optional properties
#################################################
# admin_state_up: {default: true, required: false, type: boolean}
admin_state_up: true
# name: {required: false, type: string}
name: { get_param: ROUTER_NAME }
# value_specs:
# default: {}
# required: false
# type: map
# Possible valid keys are:
# external_gateway_info (value is a dict)
external_gateway_info:
network: { get_param: NETWORK }
enable_snat: true
outputs:
rt_admin_state_up:
description: Administrative state of the router.
value: { get_attr: [ OS_Neutron_Router, admin_state_up] }
rt_external_gateway_info:
description: Gateway network for the router.
value: { get_attr: [ OS_Neutron_Router, external_gateway_info] }
rt_name:
description: Friendly name of the router.
value: { get_attr: [ OS_Neutron_Router, name] }
rt_show:
description: All attributes.
value: { get_attr: [ OS_Neutron_Router, show] }
rt_status:
description: The status of the router.
value: { get_attr: [ OS_Neutron_Router, status] }
rt_tenant_id:
description: Tenant owning the router.
value: { get_attr: [ OS_Neutron_Router, tenant_id] }

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################################################################################
# Copyright (c) 2013-2015 Wind River Systems, Inc.
#
# SPDX-License-Identifier: Apache-2.0
#
################################################################################
#
# Objective:
# Demonstrate constructing the heat resource OS::Neutron::RouterGateway
#
# Pre-Reqs:
# Normal Lab Setup (networks, host interfaces, glance images)
# An external network named: external-net0 (neutron net-list)
#
# Mandatory Template Parameters:
# None
#
# Tenant Considerations:
# The tenant (or admin) needs access to the network selected
#
# Sample CLI syntax:
# heat stack-create -f OS_Neutron_RouterGateway.yaml STACK
#
# Expected Outcome:
# Creates a router with no external gateway called sample_gateway_router
# and then adds a gateway to it
# neutron router-list
#
################################################################################
heat_template_version: 2015-04-30
description: >
Demonstrate the OS::Neutron::RouterGateway heat resource
parameters:
NETWORK:
description: the external network to use when creating the router
type: string
default: external-net0
constraints:
- custom_constraint: neutron.network
ROUTER_NAME:
description: name of the new router
type: string
default: sample_gateway_router
resources:
OS_Neutron_RouterGateway:
type: OS::Neutron::RouterGateway
properties:
#################################################
# Required properties
#################################################
# either network_id(uuid) or network (name of uuid)
# network_id:
network: {get_param: NETWORK}
# router_id: {required: true, type: string}
router_id: { get_resource: some_router}
#################################################
# Optional properties: None
#################################################
some_router:
type: OS::Neutron::Router
properties:
name: { get_param: ROUTER_NAME }
external_gateway_info:
network: { get_param: NETWORK }
enable_snat: true

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################################################################################
# Copyright (c) 2013-2015 Wind River Systems, Inc.
#
# SPDX-License-Identifier: Apache-2.0
#
################################################################################
#
# Objective:
# Demonstrate constructing the heat resource OS::Neutron::RouterInterface
#
# Pre-Reqs:
# Normal Lab Setup (networks, host interfaces, glance images)
# external network named: external-net0 (neutron net-list)
#
# Mandatory Template Parameters:
# None
#
# Tenant Considerations:
# The tenant (or admin) needs access to the network selected
#
# Sample CLI syntax:
# heat stack-create -f OS_Neutron_RouterInterface.yaml STACK
#
# Expected Outcome:
# Creates a router called sample_if_router
# neutron router-list
# Creates a net called sample_if_net
# neutron net-list
# Creates a subnet called sample_if_subnet
# neutron subnet-list
# A new port for the interface corresponding to the subnet
# neutron router-port-list sample_if_router
#
################################################################################
heat_template_version: 2015-04-30
description: >
Demonstrate the OS::Neutron::RouterInterface heat resource
parameters:
NETWORK:
description: external network used when creating the router and subnet
type: string
default: external-net0
constraints:
- custom_constraint: neutron.network
NET_NAME:
description: the network to use when creating the subnet
type: string
default: sample_if_net
ROUTER_NAME:
description: name of the new router
type: string
default: sample_if_router
SUBNET_NAME:
description: name of the new subnet
type: string
default: sample_if_subnet
CIDR:
description: cidr for the sample subnet
type: string
default: 192.168.12.0/24
resources:
OS_Neutron_RouterInterface:
type: OS::Neutron::RouterInterface
properties:
#################################################
# Required properties
#################################################
# router_id: {required: true, type: string}
router_id: {get_resource: some_router}
# subnet_id: {required: true, type: string}
subnet_id: {get_resource: some_subnet}
#################################################
# Optional properties: None
#################################################
some_router:
type: OS::Neutron::Router
properties:
name: { get_param: ROUTER_NAME }
external_gateway_info:
network: {get_param: NETWORK }
enable_snat: true
some_net:
type: OS::Neutron::Net
properties:
name: { get_param: NET_NAME }
some_subnet:
type: OS::Neutron::Subnet
properties:
name: { get_param: SUBNET_NAME }
cidr: { get_param: CIDR }
network: { get_resource: some_net }

61
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################################################################################
# Copyright (c) 2013-2015 Wind River Systems, Inc.
#
# SPDX-License-Identifier: Apache-2.0
#
################################################################################
#
# Objective:
# Demonstrate constructing the heat resource OS::Neutron::SecurityGroup
#
# Pre-Reqs:
# Normal Lab Setup (networks, host interfaces, glance images)
#
# Mandatory Template Parameters:
# None
#
# Tenant Considerations:
# An admin action
#
# Sample CLI syntax:
# heat stack-create -f OS_Neutron_SecurityGroup.yaml STACK
#
# Expected Outcome:
# A new neutron security group called SecurityGroupDeluxe
# neutron security-group-list
#
################################################################################
heat_template_version: 2015-04-30
description: >
Demonstrate the OS::Neutron::SecurityGroup heat resource
parameters:
NAME:
description: Name for the new neutron security group
type: string
default: SecurityGroupDeluxe
DESCRIPTION:
description: Description for the new neutron security group
type: string
default: A sample neutron security group
resources:
OS_Neutron_SecurityGroup:
type: OS::Neutron::SecurityGroup
properties:
name: { get_param: NAME }
description: { get_param: DESCRIPTION }
rules:
- direction: ingress
protocol: tcp
port_range_min: 80
port_range_max: 80
- direction: ingress
protocol: udp
port_range_min: 81
port_range_max: 81

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################################################################################
# Copyright (c) 2013-2015 Wind River Systems, Inc.
#
# SPDX-License-Identifier: Apache-2.0
#
################################################################################
#
# Objective:
# Demonstrate constructing the heat resource OS::Neutron::Subnet
#
# Pre-Reqs:
# Normal Lab Setup (networks, host interfaces, glance images)
# A network named: private-net0 (neutron net-list)
#
# Mandatory Template Parameters:
# None
#
# Tenant Considerations:
# The tenant (or admin) needs access to the network selected
#
# Sample CLI syntax:
# heat stack-create -f OS_Neutron_Subnet.yaml STACK
#
# Expected Outcome:
# A new subnet called sample_subnet
# neutron subnet-list
#
################################################################################
heat_template_version: 2015-04-30
description: >
Demonstrate the OS::Neutron::Subnet heat resource
parameters:
NETWORK:
description: UUID of the parent network to use when creating the subnet
type: string
default: private-net0
constraints:
- custom_constraint: neutron.network
CIDR:
description: Cidr of the subnet
type: string
default: 192.168.12.0/24
resources:
OS_Neutron_Subnet:
type: OS::Neutron::Subnet
properties:
#################################################
# Required properties
#################################################
# cidr: {required: true, type: string}
# An error will occur if this overlaps with an existing subnet
cidr: { get_param: CIDR }
# either network_id (uuid) or network (name or uuid) is required
# network_id: { get_param: NETWORK }
network: { get_param: NETWORK }
#################################################
# Optional properties
#################################################
# allocation_pools:
# required: false
# schema:
# '*':
# required: false
# schema:
# end: {required: true, type: string}
# start: {required: true, type: string}
# type: map
# type: list
# dns_nameservers: {required: false, type: list}
dns_nameservers:
- 8.8.8.8
- 9.9.9.9
# enable_dhcp: {required: false, type: boolean}
enable_dhcp: true
# gateway_ip: {required: false, type: string}
# ip_version:
# constraints:
# - allowed_values: [4, 6]
# default: 4
# required: false
# type: integer
ip_version: 4
# name: {required: false, type: string}
name: sample_subnet
# tenant_id: {required: false, type: string}
# value_specs:
# default: {}
# required: false
# type: map
outputs:
sn_allocation_pools:
description: Ip allocation pools and their ranges.
value: { get_attr: [ OS_Neutron_Subnet, allocation_pools] }
sn_cidr:
description: CIDR block notation for this subnet.
value: { get_attr: [ OS_Neutron_Subnet, cidr] }
sn_dns_nameservers:
description: List of dns nameservers.
value: { get_attr: [ OS_Neutron_Subnet, dns_nameservers] }
sn_enable_dhcp:
description: '''true'' if DHCP enabled for subnet else ''false''.'
value: { get_attr: [ OS_Neutron_Subnet, enable_dhcp] }
sn_gateway_ip:
description: Ip of the subnet's gateway.
value: { get_attr: [ OS_Neutron_Subnet, gateway_ip] }
sn_ip_version:
description: Ip version for the subnet.
value: { get_attr: [ OS_Neutron_Subnet, ip_version] }
sn_name:
description: Friendly name of the subnet.
value: { get_attr: [ OS_Neutron_Subnet, name] }
sn_network_id:
description: Parent network of the subnet.
value: { get_attr: [ OS_Neutron_Subnet, network_id] }
sn_show:
description: All attributes.
value: { get_attr: [ OS_Neutron_Subnet, show] }
sn_tenant_id:
description: Tenant owning the subnet.
value: { get_attr: [ OS_Neutron_Subnet, tenant_id] }

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################################################################################
# Copyright (c) 2013-2015 Wind River Systems, Inc.
#
# SPDX-License-Identifier: Apache-2.0
#
################################################################################
#
# Objective:
# Demonstrate constructing the heat resource OS::Nova::Flavor
# Shows setting cpu_model and cpu_policy
#
# Pre-Reqs:
# None
#
# Mandatory Template Parameters:
# None
#
# Tenant Considerations:
# Only admin can create a flavor
#
# Sample CLI syntax:
# heat stack-create -f OS_Nova_Flavor.yaml STACK
#
# Expected Outcome:
# A new flavor
# nova flavor-list
#
################################################################################
heat_template_version: 2015-04-30
description: >
Demonstrate the OS::Nova::Flavor heat resource
parameters:
FLAVOR_NAME:
description: Name for the flavor
type: string
default: sample-flavor
RAM:
description: How much RAM
type: number
default: 256
VCPUS:
description: Num vcpus
type: number
default: 1
DISK:
description: Disk. 0 means no limit
type: number
default: 0
EPHEMERAL:
description: Ephemeral
type: number
default: 0
SWAP:
description: Swap space in MB
type: number
default: 0
RXTX_FACTOR:
description: RX TX Factor
type: string
constraints:
- allowed_pattern: "[0-9]+[.][0-9]+"
default: "1.0"
CPU_MODEL:
description: Cpu model of the new Flavor
type: string
constraints:
- allowed_values:
- Conroe
- Penryn
- Nehalem
- Westmere
- SandyBridge
- Haswell
default: SandyBridge
CPU_POLICY:
description: Cpu policy of the new Flavor
type: string
constraints:
- allowed_values:
- dedicated
- shared
default: shared
resources:
OS_Nova_Flavor:
type: OS::Nova::Flavor
properties:
# Required
ram: {get_param: RAM}
vcpus: {get_param: VCPUS}
disk: {get_param: DISK}
# Optional
# id: some_id
# is_public: False
name: {get_param: FLAVOR_NAME}
ephemeral: {get_param: EPHEMERAL}
swap: {get_param: SWAP}
rxtx_factor: {get_param: RXTX_FACTOR}
extra_specs:
'hw:cpu_model': {get_param: CPU_MODEL}
'hw:cpu_policy': {get_param: CPU_POLICY}

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################################################################################
# Copyright (c) 2013-2015 Wind River Systems, Inc.
#
# SPDX-License-Identifier: Apache-2.0
#
################################################################################
#
# Objective:
# Demonstrate constructing the heat resource OS::Nova::KeyPair
#
# Pre-Reqs:
# None
#
# Mandatory Template Parameters:
# None
#
# Tenant Considerations:
# If a tenant can run: nova keypair-create then they can run this template
#
# Sample CLI syntax:
# heat stack-create -f OS_Nova_KeyPair.yaml STACK
#
# Expected Outcome:
# A new keypair
# nova keypair-list
#
################################################################################
heat_template_version: 2015-04-30
description: >
Demonstrate the OS::Nova::KeyPair heat resource
parameters:
NEW_KEY_NAME:
description: Name for the new keypair
type: string
default: KeyPairDeluxe
resources:
OS_Nova_KeyPair:
type: OS::Nova::KeyPair
properties:
# required properties
name: { get_param: NEW_KEY_NAME }
# optional properties
# public_key: CONTENTS of the PUBLIC KEY FILE created by:
# ssh-keygen -t dsa -f /root/.ssh/id_rsa -N "" -q
# If the file is accessible externally use
# get_file { get_file: new_key.pub }
save_private_key: false
outputs:
kp_public_key:
description: The public key for this new keypair
value: { get_attr: [ OS_Nova_KeyPair, public_key] }
kp_private_key:
description: The private key for this new keypair
value: { get_attr: [ OS_Nova_KeyPair, private_key] }

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################################################################################
# Copyright (c) 2013-2015 Wind River Systems, Inc.
#
# SPDX-License-Identifier: Apache-2.0
#
################################################################################
#
# Objective:
# Demonstrate constructing the heat resource OS::Nova::Server
#
# Pre-Reqs:
# Normal Lab Setup (networks, host interfaces, glance images)
# A glance image named: wrl6 (glance image-list)
# A nova flavor named: small (nova flavor-list)
# A neutron network named: private-net0 (neutron net-list)
#
# Mandatory Template Parameters:
# None
#
# Tenant Considerations:
# The tenant (or admin) needs access to the network selected
#
# Sample CLI syntax:
# heat stack-create -f OS_Nova_Server.yaml STACK
#
# Expected Outcome:
# A newly launched nova instance
# nova list
#
################################################################################
heat_template_version: 2015-04-30
description: >
Demonstrate the OS::Nova::Server heat resource
parameters:
SERVER_NAME:
description: network to use (neutron net-list)
type: string
default: nova_server
NETWORK:
description: network to use (neutron net-list)
type: string
default: private-net0
constraints:
- custom_constraint: neutron.network
IMAGE:
description: Glance image to use (glance image-list)
type: string
default: wrl6
constraints:
- custom_constraint: glance.image
FLAVOR:
description: Nova flavor to use. (nova flavor-list)
type: string
default: small
constraints:
- custom_constraint: nova.flavor
resources:
r_string:
type: OS::Heat::RandomString
properties:
length: 4
sequence: digits
OS_Nova_Server:
type: OS::Nova::Server
properties:
#################################################
# Required properties
#################################################
# flavor: {description: The ID or name of the flavor to boot
# onto, required: true, type: string}
flavor: { get_param: FLAVOR }
# Either image or block_device_mapping with device_name='vda'
# MUST be specified
# image: {description: The ID or name of the image to boot with,
# required: false, type: string}
image: { get_param: IMAGE }
#################################################
# Optional properties
#################################################
# availability_zone: {description: Name of the availability zone
# for server placement, required: false, type: string}
# block_device_mapping:
# description: Block device mappings for this server
# required: false
# schema:
# '*':
# required: false
# schema:
# delete_on_termination: {description: Indicate whether
# the volume should be deleted when the server is
# terminated, required: false, type: boolean}
# device_name: {description: A device name where the
# volume will be attached in the system at
# /dev/device_name. This value is typically vda,
# required: true, type: string}
# snapshot_id: {description: The ID of the snapshot to
# create a volume from, required: false, type: string}
# volume_id: {description: The ID of the volume to boot
# from. Only one of volume_id or snapshot_id should
# be provided, required: false, type: string}
# volume_size: {description: 'The size of the volume, in
# GB. It is safe to leave this blank and have the
# Compute service infer the size',
# required: false,type: string}
# type: map
# type: list
# config_drive: {description: 'value for config drive either
# boolean, or volume-id', required: false, type: string}
# diskConfig:
# constraints:
# - allowed_values: [AUTO, MANUAL]
# description: Control how the disk is partitioned when the
# server is created
# required: false
# type: string
# flavor_update_policy:
# constraints:
# - allowed_values: [RESIZE, REPLACE]
# default: RESIZE
# description: Policy on how to apply a flavor update; either
# by requesting a server resize or by replacing the entire
# server
# required: false
# type: string
flavor_update_policy: REPLACE
# key_name: {description: Name of keypair to inject into server,
# required: false, type: string}
# metadata: {description: 'Arbitrary key/value metadata to store
# for this server. A maximum of five entries is allowed, and both
# keys and values must be 255 charactersor less',
# required: false, type: map}
# name: {description: Optional server name,
# required: false, type: string}
name:
list_join:
- "-"
- [{ get_param: SERVER_NAME}, { get_resource: r_string }]
# networks:
# description: An ordered list of nics to be added to this
# server, with information
# about connected networks, fixed ips, port etc
# required: false
# schema:
# '*':
# required: false
# schema:
# fixed_ip: {description: Fixed IP address to specify for
# the port created on the requested network,
# required: false, type: string}
# port: {description: ID of an existing port to associate
# with this server, required: false, type: string}
# uuid: {description: ID of network to create a port on,
# required: false, type: string}
# type: map
# type: list
networks:
- network: { get_param: NETWORK }
# reservation_id: {description: A UUID for the set of servers being
# requested, required: false, type: string}
# scheduler_hints: {description: Arbitrary key-value pairs
# specified by the clientto help boot a server,
# required: false, type: map}
# security_groups: {description: List of security group names,
# required: false, type: list}
# Note: networks and security_groups cannot BOTH be specified
# user_data: {description: User data script to be executed by
# cloud-init, required: false, type: string}
# user_data_format: {description: RAW will bypass MIME formatting
# user data., required: false, type: string}
user_data_format: RAW
outputs:
srv_accessIPv4:
description: Manually assigned alt public IPv4 address of server
value: { get_attr: [ OS_Nova_Server, accessIPv4] }
srv_accessIPv6:
description: Manually assigned alt public IPv6 address of the server
value: { get_attr: [ OS_Nova_Server, accessIPv6] }
srv_addresses:
description: A dict of all network addresses as returned by the API
value: { get_attr: [ OS_Nova_Server, addresses] }
srv_first_address:
description: the first assigned network address, or empty string
value: { get_attr: [ OS_Nova_Server, first_address] }
srv_instance_name:
description: AWS compatible instance name
value: { get_attr: [ OS_Nova_Server, instance_name] }
srv_networks:
description: A dict of assigned network addresses
value: { get_attr: [ OS_Nova_Server, networks] }
srv_show:
description: A dict of all server details as returned by the API
value: { get_attr: [ OS_Nova_Server, show] }

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################################################################################
# Copyright (c) 2013-2015 Wind River Systems, Inc.
#
# SPDX-License-Identifier: Apache-2.0
#
################################################################################
#
# Objective:
# Demonstrate constructing the heat resource OS::Nova::ServerGroup
#
# Pre-Reqs:
# Normal Lab Setup (networks, host interfaces, glance images)
#
# Mandatory Template Parameters:
# None
#
# Tenant Considerations:
# None
#
# Sample CLI syntax:
# heat stack-create -f OS_Nova_ServerGroup.yaml STACK
#
# Expected Outcome:
# A new nova servergroup of size 2 and type affinity
# nova server-group-list
#
################################################################################
heat_template_version: 2015-04-30
description: >
Demonstrate the OS::Nova::ServerGroup heat resource
parameters:
FLAVOR:
type: string
description: Nova flavor to use (nova flavor-list)
default: small
constraints:
- custom_constraint: nova.flavor
NETWORK:
type: string
description: network to use (neutron net-list)
default: private-net0
constraints:
- custom_constraint: neutron.network
IMAGE:
description: Glance image to use (glance image-list)
type: string
default: wrl6
constraints:
- custom_constraint: glance.image
SIZE:
description: Number of servers to create for the group
type: number
default: 2
resources:
OS_Nova_ServerGroup:
type: OS::Nova::ServerGroup
properties:
#################################################
# Required properties
#################################################
# policies: {description: The scheduler policy for the server
# group., required: true, type: string}
# Note: only valid values are 'affinity' or 'anti-affinity'
policies: ['affinity']
#################################################
# Optional properties:
#################################################
# best_effort: {description: Whether the scheduler should still
# allow the server to be created even if it cannot satisfy the
# group policy. (Optional.), required: false, type: boolean}
best_effort: true
# group_size: {description: Maximum number of servers in the
# server group. (Optional.), required: false, type: integer}
group_size: { get_param: SIZE }
OS_Nova_RG:
type: OS::Heat::ResourceGroup
properties:
count: { get_param: SIZE }
resource_def:
type: OS::Nova::Server
properties:
networks:
- network: { get_param: NETWORK }
image: { get_param: IMAGE }
flavor: { get_param: FLAVOR }
scheduler_hints:
group: { get_resource: OS_Nova_ServerGroup }

129
openstack/python-heat/python-heat/templates/hot/simple/WR_Neutron_Port_Forwarding.yaml
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@ -1,129 +0,0 @@
################################################################################
# Copyright (c) 2015 Wind River Systems, Inc.
#
# SPDX-License-Identifier: Apache-2.0
#
################################################################################
#
# Objective:
# Demonstrate constructing the heat resource WR::Neutron::ProviderNet
#
# Pre-Reqs:
# A glance image called: wrl6
# A nova flavor called: m1.tiny
# A neutron network called: external-net0
# Permissions to create a neutron router and a nova server
#
# Tenant Considerations:
# This is an admin activity
#
# Sample CLI syntax:
# heat stack-create -f WR_Neutron_PortForwarding.yaml STACK
#
# Expected Outcome:
# A new router called: PF_Router (neutron router-list)
# A new server called: PF_Server (nova list)
# A new port forwarding rule created between a public port number on the router
# and a private port number on a VM instance.
# Verify using: neutron portforwarding-list
#
################################################################################
heat_template_version: 2015-04-30
description: >
Demonstrate the WR::Neutron::PortForwarding heat resource
parameters:
ROUTER_NAME:
description: Name of the new router instance
type: string
default: PF_Router
SERVER_NAME:
description: Name of the new server
type: string
default: PF_Server
NETWORK:
description: the external network to use when creating the Router
type: string
default: external-net0
constraints:
- custom_constraint: neutron.network
IMAGE:
type: string
description: Name of image to use for server
default: wrl6
constraints:
- custom_constraint: glance.image
FLAVOR:
type: string
description: Flavor to use for server
default: m1.tiny
constraints:
- custom_constraint: nova.flavor
INSIDE_PORT:
description: Layer4 protocol port number in use on the VM instance
type: number
default: 80
OUTSIDE_PORT:
description: Layer4 protocol port number to publish on the VM instance
type: number
default: 8080
PROTOCOL:
description: Layer4 protocol type
type: string
default: tcp
DESCRIPTION:
description: User defined description of the forwarding rule
type: string
default: A sample port forwarding rule
resources:
A_Router:
type: OS::Neutron::Router
properties:
admin_state_up: true
name: { get_param: ROUTER_NAME }
external_gateway_info:
network: {get_param: NETWORK}
enable_snat: true
A_Server:
type: OS::Nova::Server
properties:
name: { get_param: SERVER_NAME }
image: {get_param: IMAGE}
flavor: {get_param: FLAVOR}
networks: [ network: { get_param: NETWORK } ]
WR_Neutron_Port_Forwarding:
type: WR::Neutron::PortForwarding
properties:
# required properties
router_id: { get_resource: A_Router }
inside_addr: { get_attr: [A_Server, first_address ] }
inside_port: { get_param: INSIDE_PORT }
outside_port: { get_param: OUTSIDE_PORT }
protocol: { get_param: PROTOCOL }
# optional properties
description: { get_param: DESCRIPTION }
outputs:
pn_show:
description: All attributes of the port forwarding rule
value: { get_attr: [ WR_Neutron_Port_Forwarding, show] }
pn_port_id:
description: The neutron port uuid to which the IP address is associated
value: { get_attr: [ WR_Neutron_Port_Forwarding, port_id] }

92
openstack/python-heat/python-heat/templates/hot/simple/WR_Neutron_ProviderNet.yaml
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@ -1,92 +0,0 @@
################################################################################
# Copyright (c) 2013-2015 Wind River Systems, Inc.
#
# SPDX-License-Identifier: Apache-2.0
#
################################################################################
#
# Objective:
# Demonstrate constructing the heat resource WR::Neutron::ProviderNet
#
# Pre-Reqs:
# None
#
# Mandatory Template Parameters:
# None
#
# Tenant Considerations:
# This is an admin activity
#
# Sample CLI syntax:
# heat stack-create -f WR_Neutron_ProviderNet.yaml STACK
#
# Expected Outcome:
# A new provider network called physnetX
# neutron providernet-list
#
################################################################################
heat_template_version: 2015-04-30
description: >
Demonstrate the WR::Neutron::ProviderNet heat resource
parameters:
NAME:
description: Name of the provider network
type: string
default: physnetX
TYPE:
description: Provider network type for the network
type: string
default: vlan
constraints:
- allowed_values: [ vlan, vxlan, flat ]
MTU:
description: MTU for the provider network
type: number
default: 1500
VLANTRANSPARENT:
description: vlan_transparent tenant networks for provider network
type: boolean
default: false
DESCRIPTION:
description: Description for the provider network
type: string
default: A sample provider network
resources:
WR_Neutron_ProviderNet:
type: WR::Neutron::ProviderNet
properties:
# required properties
name: { get_param: NAME }
type: { get_param: TYPE }
# optional properties
mtu: { get_param: MTU }
vlan_transparent: { get_param: VLANTRANSPARENT }
description: { get_param: DESCRIPTION }
outputs:
pn_status:
description: The status of the provider network
value: { get_attr: [ WR_Neutron_ProviderNet, status] }
pn_mtu:
description: The mtu of the provider network
value: { get_attr: [ WR_Neutron_ProviderNet, mtu] }
pn_show:
description: All attributes of the provider network
value: { get_attr: [ WR_Neutron_ProviderNet, show] }
pn_name:
description: Name of the provider network
value: { get_attr: [ WR_Neutron_ProviderNet, name] }

121
openstack/python-heat/python-heat/templates/hot/simple/WR_Neutron_ProviderNetRange.yaml
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@ -1,121 +0,0 @@
################################################################################
# Copyright (c) 2013-2015 Wind River Systems, Inc.
#
# SPDX-License-Identifier: Apache-2.0
#
################################################################################
#
# Objective:
# Demonstrate constructing the heat resource WR::Neutron::ProviderNetRange
#
# Pre-Reqs:
# None
#
# Mandatory Template Parameters:
# None
#
# Tenant Considerations:
# Admin activity
#
# Sample CLI syntax:
# heat stack-create -f WR_Neutron_ProviderNetRange.yaml STACK
#
# Expected Outcome:
# A new provider network range called: physnetX-R1
# neutron providernet-range-list
# A fake provider network called: physnetX
# neutron providernet-list
#
################################################################################
heat_template_version: 2015-04-30
description: >
Demonstrate the WR::Neutron::ProviderNetRange heat resource
parameters:
NAME:
description: Name of the provider network range
type: string
default: physnetX-R1
TENANT:
description: NAME or ID for tenant of unshared provider network range
type: string
default: admin
constraints:
- custom_constraint: keystone.project
SHARED:
description: Whether provider network range is shared for all tenants
type: boolean
default: false
DESCRIPTION:
description: Description of the provider network range
type: string
default: 'physnetX-R1 sample range'
MINIMUM:
description: Min range for this provider network range
type: number
default: '10'
MAXIMUM:
description: Max range for this provider network range
type: number
default: '10'
TTL:
description: TTL for this vxlan provider network range
type: number
default: '44'
PORT:
description: PORT for this vxlan provider network range
type: number
default: '8472'
GROUP:
description: Multicast IP for this vxlan provider network range
type: string
default: '224.0.0.255'
resources:
WR_Neutron_ProviderNetRange:
type: WR::Neutron::ProviderNetRange
properties:
# required properties
providernet_id: { get_resource: ProviderNet1 }
name: { get_param: NAME }
minimum: { get_param: MINIMUM}
maximum: { get_param: MAXIMUM}
# optional properties
description: { get_param: DESCRIPTION }
shared: { get_param: SHARED}
# tenant_id is ignored if this is a shared range
tenant_id: { get_param: TENANT }
# group (ie: multicast IP) is only set if provider net is vxlan
group: { get_param: GROUP }
# ttl is only set if provider net is vxlan
ttl: { get_param: TTL }
# port is only set if provider net is vxlan.
port: { get_param: PORT}
ProviderNet1:
type: WR::Neutron::ProviderNet
properties:
name: sample_physnet_X
type: vxlan
vlan_transparent: true
mtu: 1500
description: fake physet
outputs:
pnr_show:
description: All attributes of the provider net range
value: { get_attr: [ WR_Neutron_ProviderNetRange, show] }

2
openstack/python-heat/wrs-heat-template/centos/build_srpm.data
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@ -1,2 +0,0 @@
SRC_DIR="python-heat/templates"
TIS_PATCH_VER=1

29
openstack/python-heat/wrs-heat-template/centos/wrs-heat-templates.spec
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@ -1,29 +0,0 @@
Summary: Titanium Cloud Sample Heat Templates
Name: wrs-heat-templates
Version: 1.6.0
Release: %{tis_patch_ver}%{?_tis_dist}
License: Apache-2.0
Group: base
Packager: Wind River <info@windriver.com>
URL: unknown
Source0: %{name}-%{version}.tar.gz
%define cgcs_sdk_deploy_dir /opt/deploy/cgcs_sdk
Requires: openstack-heat-common
%description
Titanium Cloud Heat Template examples
%install
rm -rf ${RPM_BUILD_ROOT}
mkdir -p ${RPM_BUILD_ROOT}/%{cgcs_sdk_deploy_dir}
install -m 644 %{SOURCE0} $RPM_BUILD_ROOT/%{cgcs_sdk_deploy_dir}/%{name}-%{version}.tgz
%clean
rm -rf ${RPM_BUILD_ROOT}
%files
%defattr(-,root,root,-)
%{cgcs_sdk_deploy_dir}

1
openstack/python-heat/wrs-heat-template/python-heat
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@ -1 +0,0 @@
../python-heat

3
tox.ini
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@ -25,8 +25,7 @@ commands =
-name \*.sh \
-print0 | xargs -0 bashate -v -i E006"
bash -c "find {toxinidir} \
\( -path '{toxinidir}/openstack/python-heat/python-heat/templates*' \
-o -path '{toxinidir}/.tox' \) -a -prune \
-path '{toxinidir}/.tox' -a -prune \
-o -name '*.yaml' \
-print0 | xargs -0 yamllint"