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master_inventory.yml
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master_inventory.yml
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---
# Copyright 2016 IBM Corp.
#
# All Rights Reserved.
#
# Licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at
#
# http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.
# This file is the master reference for the format of the config
# and inventory file.
#
# Its purpose is to act as the authoritative source on key names,
# structure, and representative values.
version: 1.0
reference-architecture:
- private-compute-cloud
# The reference-architecture setting specifies which of the reference
# architecture building blocks the inventory file is describing.
# The setting can be used for downstream code checks rather than
# complex logic to guess the building blocks based on other structures
# seen in the inventory.
# Some reference architecture pieces can be standalone such as swift
# and ceph-standalone and some can be used in conjunction with others
# such as a combination of both private-compute-cloud and swift. Some
# pieces such as ceph-standalone are not compatible with others such as
# private-compute-cloud. The valid combinations should be validated by
# toolkit code and the toolkit code itself may choose to only support
# a subset of the valid combinations.
# Possible reference-architecture values are:
# private-compute-cloud
# This reference architectures defines a private compute cloud.
# It features a 3x HA control plane on x86 with the compute nodes
# residing on Power servers. It uses Ceph for block storage with
# the Ceph monitors residing on the controllers and the Ceph OSDs
# residing on Power servers.
# swift
# This reference architecture defines a scale out Swift standalone cluster.
# It features a 3x HA control plane on x86 servers. The control plane
# contains the HAProxy, OpenStack Keystone service for Swift authentication,
# and other services as required by Keystone. While it does not have most of
# the other services that the private-compute-cloud reference architecture
# uses, it can be used in conjunction with the private-compute-cloud architecture.
# It contains a minimum of 3x Swift proxies on separate servers.
# It also contains a minimum of 3x Swift object servers.
# It optionally contains a minimum of 3x Swift metadata servers
# for the account and container rings.
# The account and container services can be run on the object
# server and the distinction is made by the location of the
# account-devices and container-devices settings in the node templates.
# Those settings can be placed on the object server template for
# a converged server or on a metadata server template for separate
# servers.
# swift-minimum-hardware
# This reference architecture provides a 3x HA control plane on x86
# servers.
# The Swift proxy runs in an lxc container on the 3x x86 servers.
# The account, container, and object services are converged on
# a minimum of 3x Power servers.
# This reference architecture is meant to be used in conjunction with
# the swift architecture and is intended to trigger to the toolkit code
# to run the Swift proxy on the controller nodes. It is not to be
# specified by itself.
# ceph-standalone
# This reference architecture creates a standalone Ceph cluster.
# It features a minimum of three Power servers which host the Ceph
# monitor service. The Ceph OSD services are hosted on a minumum
# of three Power servers.
# The Ceph cluster contains a Ceph public storage network and a
# Ceph replication network and the networks are 'flat', that is,
# they are bridged VLANs as they are in the private-cloud-* reference
# architectures.
ipaddr-mgmt-network: 192.168.16.0/20 # 4096 addresses
ipaddr-mgmt-switch:
rack1: 192.168.16.20 # if redundant-network is set to 1, genesis will look for an additional switch at the next sequential address.
rack2: 192.168.16.2
rack3: 192.168.16.3
rack4: 192.168.16.4
rack5: 192.168.16.5
spine: 192.168.16.6
ipaddr-data-switch:
rack1: 192.168.16.20 # if redundant-network is set to 1, genesis will look for an additional switch at the next sequential address.
rack2: 192.168.16.25
rack3: 192.168.16.30
rack4: 192.168.16.35
rack5: 192.168.16.40
redundant-network: false
userid-default: user
password-default: passw0rd
userid-mgmt-switch: user # applied to all mgmt switches
password-mgmt-switch: passw0rd # applied to all mgmt switches
userid-data-switch: user
password-data-switch: passw0rd
internal-floating-ipaddr: 1.2.3.4/22
external-floating-ipaddr: 1.2.3.5/22
networks:
external1:
description: Organization site or external network
addr: 10.0.16.0/22
available-ips:
- 10.0.16.20
- 10.0.16.35
- 10.0.16.106 10.0.16.110
- 10.0.16.115
broadcast: 10.0.16.255
gateway: 10.0.16.1
dns-nameservers: 10.0.16.200
dns-search: mycompany.domain.com
method: static
eth-port: eth10
mtu: 9000
external2:
description: Interface for eth11
method: manual
eth-port: eth11
base-eth0:
description: Interface for eth0
method: manual
eth-port: eth0
base-eth1:
description: Interface for eth1
method: manual
eth-port: eth1
pxe-dhcp:
description: Change pxe port(eth15) to dhcp
method: dhcp
eth-port: eth15
standalone-bond0:
description: Multilink bond
bond: mybond0
addr: 10.0.16.0/22
broadcast: 10.0.16.255
gateway: 10.0.16.1
dns-nameservers: 10.0.16.200
dns-search: mycompany.domain.com
method: static
#name of physical interfaces to bond together.
bond-interfaces:
- eth0
- eth1
#if necessary not all bond modes support a primary slave
bond-primary: eth10
#bond-mode, needs to be one of 7 types
# either name or number can be used.
#0 balance-rr
#1 active-backup
#2 balance-xor
#3 broadcast
#4 802.3ad
#5 balance-tlb
#6 balance-alb
#bond-mode: active-backup
bond-mode: 1
#there is a long list of optional bond arguments.
#Specify them here and they will be added to end of bond definition
optional-bond-arguments:
bond-miimon: 100
bond-lacp-rate: 1
manual-bond1:
description: bond network to be used by future bridges
bond: bond1
method: manual
bond-mode: balance-rr
bond-interfaces:
- eth10
- eth11
openstack-mgmt:
description: OpenStack Management Network
bridge: br-mgmt
method: static
tcp_segmentation_offload: off
addr: 172.29.236.0/22 # ipv4 openstack management network
vlan: 10
eth-port: bond1
openstack-stg:
description: OpenStack Management Network
bridge: br-storage
method: static
tcp_segmentation_offload: off
addr: 172.29.244.0/22 # ipv4 openstack storage network
vlan: 20
eth-port: eth10
openstack-tenant-vxlan:
description: OpenStack Tenant vxlan Network
bridge: br-vxlan
method: static
addr: 172.29.240.0/22 # ipv4 openstack tenant network
vlan: 30 # vxlan vlan id
eth-port: eth11
bridge-port: veth12
openstack-tenant-vlan:
description: OpenStack Tenant vlan Network
bridge: br-vlan
method: static
addr: 0.0.0.0/1 # Nodes do not get IPs assigned in this network
eth-port: eth11
ceph-replication:
addr: 172.29.248.0/22 # ipv4 ceph replication network
bridge: br-replication
method: static
vlan: 40
eth-port: eth11
swift-replication:
addr: 172.29.252.0/22
bridge: br-swift-repl
method: static
vlan: 50
eth-port: eth11
racks: # This information is optional (not required to be present)
- rack-id: rack1
data-center: dataeast
room: room33
row: row1
switches:
mgmt: # single management switch (single rack) for first release
- hostname: mgmtswitch1
ipv4-addr: 10.0.16.2
userid: joeuser
password: letmein
rack-id: rack1
rack-eia: 39
model: G8052
serial-number: abc123
leaf: # single leaf switch for first release
- hostname: leafswitch1
ipv4-addr: 10.0.16.3
userid: joeuser
password: letmein
rack-id: rack1
rack-eia: 40
model: SX1410
serial-number: cde234
# spine switches not supported in first release
node-templates:
controllers:
hostname: hostname seed
userid-ipmi: userid
password-ipmi: password
cobbler-profile: controllerx86
name-interfaces:
mac-pxe: eth15
mac-eth10: eth10
mac-eth11: eth11
ports:
pxe:
rack1:
- 20
- 21
- 23
ipmi:
rack1:
- 41
- 42
- 43
eth10:
rack1:
- 2
- 3
- 5
eth11:
rack1:
- 12
- 13
- 15
networks:
- openstack-mgmt
- openstack-stg
- openstack-tenant-vlan
- openstack-tenant-vxlan
- external1
- external2
- pxe-dhcp
compute:
hostname: hostname seed
userid-ipmi: userid
password-ipmi: password
cobbler-profile: computeppc64le
name-interfaces:
mac-pxe: eth15
mac-eth10: eth10
mac-eth11: eth11
ports:
pxe:
rack1:
- 20
- 21
- 23
ipmi:
rack1:
- 41
- 42
- 43
eth10:
rack1:
- 2
- 3
- 5
eth11:
rack1:
- 12
- 13
- 15
networks:
- openstack-mgmt
- openstack-stg
- openstack-tenant-vlan
- openstack-tenant-vxlan
- external1
- external2
- pxe-dhcp
- base-eth0
- base-eth1
- manual-bond1
- standalone-bond0
ceph-mon:
hostname: hostname seed
# The ceph-mon template is only used in the ceph-standalone
# reference architecture. It would list only one network,
# the Ceph storage network.
#
# <common properties> All of the other common node
# template properties
ceph-osd:
hostname: hostname seed
userid-ipmi: userid
password-ipmi: password
cobbler-profile: cephppc64le
name-interfaces:
mac-pxe: eth15
mac-eth10: eth10
mac-eth11: eth11
ports:
pxe:
rack1:
- 20
- 21
- 23
ipmi:
rack1:
- 41
- 42
- 43
eth10:
rack1:
- 2
- 3
- 5
eth11:
rack1:
- 12
- 13
- 15
networks:
- external1
- openstack-stg
- ceph-replication
- pxe-dhcp
journal-devices:
- /dev/sdc
- /dev/sdd
osd-devices:
- /dev/sde
- /dev/sdf
- /dev/sdg
- /dev/sdh
swift-proxy:
networks:
- openstack-mgmt
- openstack-stg
- external1
- external2
- pxe-dhcp
# <common properties> All of the other common node
# template properties
swift-metadata:
networks:
- openstack-mgmt
- openstack-stg
- swift-replication
- external1
- external2
- pxe-dhcp
# <common properties> All of the other common node
# template properties
domain-settings: {}
# Domain specific node template properties are nested under
# the domain-settings hash.
# The swift-metadata template is an optional template used
# to specify servers which are intended to run the Swift
# account and container metadata services.
# It contains special tags for these services:
# account-ring-devices (required)
# Used to specify one or more devices which will be
# inspected to find the drives for the account ring.
# Example:
# account-ring-devices:
# - /dev/disk/by-path/pci-0000:01:00.0-scsi-0
# container-ring-devices (required)
# Used to specify one or more devices which will be
# inspected to find the drives for the container ring.
# Example:
# container-ring-devices:
# - /dev/disk/by-path/pci-0000:01:00.0-scsi-0
# mount-point (optional)
# Used to specify the directory where the drives for
# the rings will be mounted. Defaults to /srv/node
# if not specified.
# zone-count (optional)
# Used to specify the number of zones the swift-metadata
# hosts should be distributed in. The hosts will
# be distributed equally among zones 0 to 'zone-count'-1.
# Defaults to 3 if not specified.
swift-object:
networks:
- openstack-mgmt
- openstack-stg
- swift-replication
- external1
- external2
- pxe-dhcp
# <common properties> All of the other common node
# template properties
domain-settings: {}
# Domain specific node template properties are nested under
# the domain-settings hash.
# The swift-object template is an optional template used
# to specify servers which are intended to run the Swift
# object services. These nodes can also optionally
# run the account and container services. This template
# is required for all reference architectures using Swift.
# It contains special tags for these services:
# object-ring-devices (required)
# Used to specify one or more devices which will be
# inspected to find the drives for the object ring.
# Example:
# object-ring-devices:
# - /dev/disk/by-path/pci-0000:01:00.0-scsi-0
# account-ring-devices (optional)
# Used to specify one or more devices which will be
# inspected to find the drives for the account ring.
# Example:
# account-ring-devices:
# - /dev/disk/by-path/pci-0000:01:00.0-scsi-0
# container-ring-devices (optional)
# Used to specify one or more devices which will be
# inspected to find the drives for the container ring.
# Example:
# container-ring-devices:
# - /dev/disk/by-path/pci-0000:01:00.0-scsi-0
# mount-point (optional)
# Used to specify the directory where the drives for
# the rings will be mounted. Defaults to /srv/node
# if not specified.
# zone-count (optional)
# Used to specify the number of zones the swift-metadata
# hosts should be distributed in. The hosts will
# be distributed equally among zones 0 to 'zone-count'-1.
# Defaults to 3 if not specified.
software-bootstrap-hosts: controllers[0] # Select first 'controllers' node
software-bootstrap-cmd: |
set -o pipefail
type git >/dev/null 2>&1
if [ $? != 0 ]; then
apt-get install -qq -y git
fi
if [ ! -d os-services ]; then
git clone git://github.com/open-power-ref-design/os-services.git
fi
cd os-services
git checkout v1.0.0 # Leverages openstack-ansible mitaka 13.1.0
export DEPLOY_CEPH=yes
export DEPLOY_OPSMGR=yes
# export ANSIBLE_HOST_KEY_CHECKING=False
export ADMIN_PASSWORD=passw0rd
export KIBANA_PASSWORD=passw0rd
./scripts/bootstrap-cluster.sh | tee -a ../bootstrap-cluster.out
rc=$?
if [ $rc != 0 ]; then
echo "./scripts/bootstrap-cluster.sh failed, rc=$rc"
exit $rc
fi
# Ignore signal SIGHUP as create-cluster takes hours to run...
# Session may be disconnected due to inactivity
trap '' SIGHUP
./scripts/create-cluster.sh | tee -a ../create-cluster.out
rc=$?
if [ $rc != 0 ]; then
echo "./scripts/cluster-cluster.sh failed, rc=$rc"
exit $rc
fi
nodes:
controllers: # OpenStack controller nodes
- hostname: controller1 # (associated with external1-addr below)
external1-addr: 10.0.16.20 # on the eth10 interface
external2-addr: ''
template: controller
userid: janeuser
rack-id: rack1
rack-eia: 8
chassis-part-number: xyz123 # ipmi field value
chassis-serial-number: abcd-1234 # ipmi field value
model: RD550 # ipmi field value
serial-number: abcd1234 # ipmi field value
ipv4-ipmi: 192.168.16.200
mac-ipmi: 11:22:33:44:55:66 # mac address of the ipmi port
userid-ipmi: joeuser # userid for logging into the ipmi port
password-ipmi: joeuserpw # password for logging into the ipmi port
switch-port-ipmi: 2
ipv4-pxe: 192.168.16.220
mac-pxe: 22:33:44:55:66:77
mac-eth10: 32:33:44:55:66:77
mac-eth11: 42:33:44:55:66:77
switch-port-pxe: 10
openstack-mgmt-addr: 172.29.236.2
openstack-stg-addr: 172.29.244.2
openstack-tenant-vlxan-addr: 172.29.240.2
openstack-tenant-vlan-addr: 0.0.0.0
- hostname: controller2 # (associated with external1-addr below)
external1-addr: 10.0.16.35 # on the eth10 interface
external2-addr: ''
template: controller
userid: janeuser
rack-id: rack1
rack-eia: 9
chassis-part-number: xyz123 # ipmi field value
chassis-serial-number: abcd-1235 # ipmi field value
model: RD550 # ipmi field value
serial-number: abcd1235 # ipmi field value
ipv4-ipmi: 192.168.16.201
mac-ipmi: 11:22:33:44:55:67 # mac address of the ipmi port
userid-ipmi: joeuser # userid for logging into the ipmi port
password-ipmi: joeuserpw # password for logging into the ipmi port
switch-port-ipmi: 3
ipv4-pxe: 192.168.16.220
mac-pxe: 22:33:44:55:66:78
mac-eth10: 32:33:44:55:66:78
mac-eth11: 42:33:44:55:66:78
switch-port-pxe: 11
openstack-mgmt-addr: 172.29.236.3
openstack-stg-addr: 172.29.244.3
openstack-tenant-vlxan-addr: 172.29.240.3
openstack-tenant-vlan-addr: 0.0.0.0
- hostname: controller3 # (associated with external1-addr below)
external1-addr: 10.0.16.106 # on the eth10 interface
external2-addr: ''
template: controller
userid: janeuser
rack-id: rack1
rack-eia: 10
chassis-part-number: xyz123 # ipmi field value
chassis-serial-number: abcd-1234 # ipmi field value
model: RD550 # ipmi field value
serial-number: abcd1234 # ipmi field value
ipv4-ipmi: 192.168.16.202
mac-ipmi: 11:22:33:44:55:66 # mac address of the ipmi port
userid-ipmi: joeuser # userid for logging into the ipmi port
password-ipmi: joeuserpw # password for logging into the ipmi port
switch-port-ipmi: 4
ipv4-pxe: 192.168.16.220
mac-pxe: 22:33:44:55:66:79
mac-eth10: 32:33:44:55:66:79
mac-eth11: 42:33:44:55:66:79
switch-port-pxe: 12
openstack-mgmt-addr: 172.29.236.4
openstack-stg-addr: 172.29.244.4
openstack-tenant-vlxan-addr: 172.29.240.4
openstack-tenant-vlan-addr: 0.0.0.0
compute: # OpenStack compute nodes
- hostname: compute1
external1-addr: 10.0.16.107 # on the eth10 port
external2-addr: ''
template: compute
userid: janeuser
rack-id: rack1
rack-eia: 11
chassis-part-number: 8335-GCA # ipmi field value
chassis-serial-number: abc124 # ipmi field value
# Note: 8335 model and serial-number not present in ipmi
ipv4-ipmi: 192.168.16.203
mac-ipmi: 11:22:33:44:55:67
userid-ipmi: joeuser
password-ipmi: joeuserpw
switch-port-ipmi: 5
ipv4-pxe: 192.168.16.223
mac-pxe: 11:22:33:44:55:68
mac-eth10: 32:33:44:55:66:80
mac-eth11: 42:33:44:55:66:80
switch-port-pxe: 13
openstack-mgmt-addr: 172.29.236.5 # ipv4 management network
openstack-stg-addr: 172.29.244.5 # ipv4 storage network
openstack-tenant-vlxan-addr: 172.29.240.5 # ipv4 tenant network
openstack-tenant-vlan-addr: 0.0.0.0
- hostname: compute2
external1-addr: 10.0.16.108 # on the eth10 port
external2-addr: ''
template: compute
userid: janeuser
rack-id: rack1
rack-eia: 13
chassis-part-number: 8335-GCA # ipmi field value
chassis-serial-number: abc125 # ipmi field value
ipv4-ipmi: 192.168.16.204
mac-ipmi: 11:22:33:44:55:69
userid-ipmi: joeuser
password-ipmi: joeuserpw
switch-port-ipmi: 6
ipv4-pxe: 192.168.16.224
mac-pxe: 11:22:33:44:55:67
mac-eth10: 32:33:44:55:66:90
mac-eth11: 42:33:44:55:66:90
switch-port-pxe: 14
openstack-mgmt-addr: 172.29.236.6 # ipv4 management network
openstack-stg-addr: 172.29.244.6 # ipv4 storage network
openstack-tenant-vlxan-addr: 172.29.240.6 # ipv4 tenant network
openstack-tenant-vlan-addr: 0.0.0.0
ceph-mon:
- hostname: ceph-mon1
template: ceph-mon
# All of the common node properties
ceph-osd:
- hostname: ceph-osd1 # Linux hostname
external1-addr: 10.0.16.109 # on the eth10 interface
template: ceph-osd
userid: janeuser
rack-id: rack1
rack-eia: 15
chassis-part-number: 8348-21C # ipmi field value
chassis-serial-number: abc126 # ipmi field value
ipv4-ipmi: 192.168.16.205
mac-ipmi: 11:22:33:44:55:68
userid-ipmi: joeuser
password-ipmi: joeuserpw
switch-port-ipmi: 7
ipv4-pxe: 192.168.16.225
mac-pxe: 11:22:33:44:55:69
mac-eth10: 32:33:44:55:66:91
mac-eth11: 42:33:44:55:66:91
switch-port-pxe: 15
openstack-stg-addr: 172.29.244.7 # ipv4 storage network
ceph-replication-addr: 172.29.240.7 # ipv4 replication network
- hostname: ceph-osd2
external1-addr: 10.0.16.110 # on the eth10 port
template: ceph-osd
userid: janeuser
rack-id: rack1
rack-eia: 17
chassis-part-number: 8348-21C # ipmi field value
chassis-serial-number: abc127 # ipmi field value
ipv4-ipmi: 192.168.16.206
mac-ipmi: 11:22:33:44:55:70
userid-ipmi: joeuser
password-ipmi: joeuserpw
switch-port-ipmi: 8
ipv4-pxe: 192.168.16.226
mac-pxe: 11:22:33:44:55:71
mac-eth10: 32:33:44:55:66:92
mac-eth11: 42:33:44:55:66:92
switch-port-pxe: 16
openstack-stg-addr: 172.29.244.8 # ipv4 storage network
ceph-replication-addr: 172.29.240.8 # ipv4 replication network
- hostname: ceph-osd3
external1-addr: 10.0.16.115 # on the eth10 port
template: ceph-osd
userid: janeuser
rack-id: rack1
rack-eia: 19
chassis-part-number: 8348-21C # ipmi field value
chassis-serial-number: abc128 # ipmi field value
model: system model number # ipmi field value
serial-number: system serial number # ipmi field value
ipv4-ipmi: 192.168.16.207
mac-ipmi: 11:22:33:44:55:72
userid-ipmi: joeuser
password-ipmi: joeuserpw
switch-port-ipmi: 9
ipv4-pxe: 192.168.16.227
mac-pxe: 11:22:33:44:55:73
mac-eth10: 32:33:44:55:66:93
mac-eth11: 42:33:44:55:66:93
switch-port-pxe: 17
openstack-stg-addr: 172.29.244.9 # ipv4 storage network
ceph-replication-addr: 172.29.240.9 # ipv4 replication network
swift-proxy:
- hostname: swiftproxy1
template: swift-proxy
# All of the common node properties
swift-metadata:
- hostname: swiftmetadata1
template: swift-metadata
# All of the common node properties
domain-settings: {}
# Domain specific node template properties are nested under
# the domain-settings hash.
# Additional properties:
#
# account-ring-disks:
#
# This property is intended to contain the Swift disk mount point
# name of all of the disks for the ring. The values are intended
# to be directly used for Swift ring building.
#
# It is intended that toolkit code will take the account-ring-devices
# property from the template, prepare the disks, mount them,
# and then populate this property with the mount point names.
# Example:
# account-ring-disks:
# - meta1
# - meta2
# - meta3
# container-ring-disks:
#
# This property is intended to contain the Swift disk mount point
# name of all of the disks for the ring. The values are intended
# to be directly used for Swift ring building.
#
# It is intended that toolkit code will take the container-ring-devices
# property from the template, prepare the disks, mount them,
# and then populate this property with the mount point names.
# Example:
# container-ring-disks:
# - meta1
# - meta2
# - meta3
swift-object:
- hostname: swiftobject1
template: swift-object
# All of the common node properties
domain-settings: {}
# Domain specific node template properties are nested under
# the domain-settings hash.
# Additional properties:
#
# object-ring-disks: (Required)
#
# This property is intended to contain the Swift disk mount point
# name of all of the disks for the ring. The values are intended
# to be directly used for Swift ring building.
#
# It is intended that toolkit code will take the object-ring-devices
# property from the template, prepare the disks, mount them,
# and then populate this property with the mount point names.
# Example:
# object-ring-disks:
# - disk1
# - disk2
# - disk3
# account-ring-disks: (Optional. Specified when metadata servers aren't used)
#
# This property is intended to contain the Swift disk mount point
# name of all of the disks for the ring. The values are intended
# to be directly used for Swift ring building.
#
# It is intended that toolkit code will take the account-ring-devices
# property from the template, prepare the disks, mount them,
# and then populate this property with the mount point names.
# Example:
# account-ring-disks:
# - meta1
# - meta2
# - meta3
# container-ring-disks: (Optional. Specified when metadata servers aren't used)
#
# This property is intended to contain the Swift disk mount point
# name of all of the disks for the ring. The values are intended
# to be directly used for Swift ring building.
#
# It is intended that toolkit code will take the container-ring-devices
# property from the template, prepare the disks, mount them,
# and then populate this property with the mount point names.
# Example:
# container-ring-disks:
# - meta1
# - meta2
# - meta3
...