##Installation of SUSE Solutions on SE laptops
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Install openSUSE Leap 42.2 and SLES 12 SP2 on ThinkPad W540
1.1. Partitioning Scheme:
256GB M.2 SSD /dev/sdb1 - FAT16 /boot/efi/EFI for SLES (200MB) /dev/sdb2 - FAT16 /boot/efi/EFI for openSUSE (200MB) /dev/sdb3 - btrfs / for SLES (Rest / 2) /dev/sdb4 - btrfs / for openSUSE (Rest / 2) 1TB SATA III SSD /dev/sda1 - xfs /data for both OSes
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Register SLES 12 SP2 using YaST -> Product Registration
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Install SLES 12 SP2 Workstation Extension & Container Module using YaST -> Add-On Products
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Install Bumblebee 4.1.
zypper ar -f http://download.opensuse.org/repositories/X11:/Bumblebee/SLE_12_SP2_Backports/ "Bumblebee"
4.2.zypper in bbswitch
4.3.reboot
4.4.zypper in nvidia-bumblebee
4.5.reboot
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Install docker
4.1.
zypper in docker sle2docker zypper-docker sles11sp4-docker-image sles12sp2-docker-image
4.2.
sudo systemctl enable docker.service
4.3.
sudo systemctl start docker.service
4.4.
sudo usermod -aG docker mechavarria
4.5. Enable IPv4 forwarding using yast2 lan
4.6.
vi /etc/sysconfig/SuSEfirewall2
and change FW_ROUTE="yes" -
Install SMT on laptop
5.1.
zypper in -t pattern smt
5.2. YaST -> SMT Configuration Wizard
5.3.
smt-repos -e <SLES12-SP1-Pool, SLES12-SP1-Updates, ... etc.>
5.4.
smt-mirror
(several times as the first one doesn't always get everything properly)5.5.
systemctl start smt
5.6.
systemctl enable smt
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Create VMware networks
6.1. Create vmnet0: PXE network (bridge)
6.2. Create vmnet1: 172.16.31.0/24 - Data network (NAT)
6.3. Create vmnet2: 192.168.124.0/24 - Admin network (NAT)
6.4. Create vmnet2.200: 192.168.125.0/24 (VLAN 200) - Cloud storage (external Ceph cluster, user only)
6.4.1. vi /etc/sysconfig/network/ifcfg-vmnet2.200 # VLAN 200 Interface for the vmnet2 network # Storage LAN for Cloud MANAGED='false' USERCONTROL='no' STARTMODE='manual' BOOTPROTO='static' ETHERDEVICE='vmnet2' IPADDR='192.168.125.1/24' VLAN_ID='200' PROMISC='yes' BROADCAST='' ETHTOOL_OPTIONS='' MTU='' NAME='' NETWORK='' REMOTE_IPADDR=''
6.5. Create vmnet2.300: 192.168.126.0/24 (VLAN 300) - Cloud public network (NAT)
6.5.1. vi /etc/sysconfig/network/ifcfg-vmnet2.300 # VLAN 300 Interface for the vmnet2 network # Public LAN for Cloud MANAGED='false' USERCONTROL='no' STARTMODE='manual' BOOTPROTO='static' ETHERDEVICE='vmnet2' IPADDR='192.168.126.1/24' VLAN_ID='300' PROMISC='yes' BROADCAST='' ETHTOOL_OPTIONS='' MTU='' NAME='' NETWORK='' REMOTE_IPADDR=''
6.6. Create vmnet3: 192.168.127.0/24 - iSCSI network 1 (user only)
6.7. Create vmnet4: 192.168.128.0/24 - iSCSI network 2 (user only)
6.8. Create vmnet5: 192.168.129.0/24 - HA network (user only)
6.9. Create fixvmnet script
6.9.1. sudo vi /usr/local/bin/fixvmnet #!/bin/bash chmod 777 /dev/vmnet* chgrp users /dev/vmnet* ifup vmnet2.200 ifup vmnet2.300 6.9.2. sudo chmod +x /usr/local/bin/fixvmnet
6.10.
sudo fixvmnet
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Configure named on laptop
7.1.
sudo zypper in bind
7.2.
sudo vi /etc/named.conf
7.2.1. Lines to add/modify: forwarders { 8.8.8.8; 8.8.4.4; }; zone "demo.com" in { type master; file "demo.zone"; }; zone "124.168.192.in-addr.arpa" in { type master; file "192.168.124.zone"; };
7.3.
sudo vi /var/lib/named/192.168.124.zone
7.3.1. ; ; Reverse zone file for 192.168.124.0/24 subnet ; ; The full zone file ; $TTL 3D @ IN SOA thinkpad-w540.demo.com. mechavarria.suse.com. ( 1 ; serial 2D ; refresh 4H ; retry 6W ; expiry 1W ) ; minimum NS thinkpad-w540.demo.com. 1 PTR thinkpad-w540.demo.com. 2 PTR gateway.demo.com. 3 PTR manager.demo.com. 10 PTR admin.cloud.demo.com.
7.4.
sudo vi /var/lib/named/demo.zone
7.4.1. ; ; Zone file for demo.com ; ; The full zone file ; $TTL 3D @ IN SOA thinkpad-w540.demo.com. mechavarria.suse.com. ( 1 ; serial 2D ; refresh 4H ; retry 6W ; expiry 1W ) ; minimum NS thinkpad-w540.demo.com. localhost A 127.0.0.1 thinkpad-w540 A 192.168.124.1 gateway A 192.168.124.2 manager A 192.168.124.3 admin.cloud A 192.168.124.10
7.5.
sudo systemctl start named
7.6.
sudo systemctl enable named
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Create SUSE Manager 3 VM
8.1. Create VM with folllowing settings:
-2GB RAM -1x dual core processor -200GB VHD -eth0 - vmnet1 -eth1 - vmnet2 -CD/DVD - SLE-12-SP1-Server-DVD-x86_64-GM-DVD1.iso
8.2. Boot/Install SLES 12 SP1
8.3. Configure network:
-eth0 - DHCP 172.16.31.0/24 -eth1 - 192.168.124.3 -Hostname - manager.demo.com -Gateway - 172.16.31.2 -Nameserver - 192.168.124.1
8.4. Configure NTP for us.pool.ntp.org to start at boot (hardware clock not running UTC)
8.5.
/usr/lib/suseRegister/bin/clientSetup4SMT.sh https://thinkpad-w540.demo.com/center/regsvc
8.6.
zypper up
8.7.
yast2 susemanager_setup
8.8. Mirror channels (TIME CONSUMING)
8.9. Create activation key according to installation guide
8.10. Create bootstrap script according to installation guide
8.11. Edit bootstrap script according to installation guide
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Create SUSE OpenStack Cloud 6 Admin VM
9.1. Create VM with following settings:
-2GB RAM -1x dual core processor -100GB VHD (OS) -2GB VHD (PostgreSQL) -200MB VHD (RabbitMQ) -8MB VHD (SBD) -eth0 - vmnet2 -eth1 - vmnet2 -eth2 - vmnet1 -CD/DVD - SLE-12-SP1-Server-DVD-x86_64-GM-DVD1.iso
9.2. Boot/Install SLES 12 SP1 w/ SUSE Cloud 6 add-on
9.3. Configure network:
-eth0 - bond slave -eth1 - bond slave -eth2 - DHCP 172.16.31.0/24 -bond0 - 192.168.124.10/24 -Hostname - admin.cloud.demo.com -Gateway - 172.16.31.2 -Nameserver - 192.168.124.1
9.4. Configure NTP for us.pool.ntp.org to start at boot (hardware clock not running UTC)
9.5. In YaST -> Product Registration, register system against https://thinkpad-w540.demo.com/center/regsvc`
9.6.
zypper in -t pattern cloud_admin && zypper up
9.7.
yast2 crowbar
9.7.1. Change admin network router to 192.168.124.2 9.7.2. Change network mode to teaming 9.7.3. Add bastion network with following settings -IP Address - 172.16.31.10 -Router - 172.16.31.2 -Subnet - 172.16.31.0 -Netmask - 255.255.255.0 -Broadcast - 172.16.31.255 -Physical interface - ?1g3 (eth2) 9.7.4. Change repositories to Remote SMT Server (http://thinkpad-w540.demo.com)
9.8. Copy ISO contents
9.8.1. Select SLE-12-SP1-Server-DVD-x86_64-GM-DVD1.iso as CD/DVD device in VMware 9.8.2. mount /dev/sr0 /mnt 9.8.3. rsync -avP /mnt/ /srv/tftpboot/suse-12.1/x86_64/install/ 9.8.4. umount /mnt 9.8.5. eject /dev/sr0 9.8.6. Select SUSE-OPENSTACK-CLOUD-6-x86_64-GM-DVD1.iso as CD/DVD device in VMware 9.8.7. mount /dev/sr0 /mnt 9.8.8. mkdir /srv/tftpboot/suse-12.1/x86_64/repos/Cloud 9.8.9. rsync -avP /mnt/ /srv/tftpboot/suse-12.1/x86_64/repos/Cloud
9.9.
screen install-suse-cloud
9.10. Navigate to http://admin.cloud.demo.com
9.11. Add new "Administration" group, drag admin into "Administration" group
9.12. Edit admin node:
Alias - Administration Public Name - admin.cloud.demo.com
9.13. Edit DNS barclamp and add 192.168.124.1 to "Forwarders" and apply
9.14. Create iSCSI targets
9.14.1. Create xfs partition that takes up whole disk on /dev/disk/by-path/pci-0000:00:10.0-scsi-0:0:1:0 and /dev/disk/by-path/pci-0000:00:10.0-scsi-0:0:2:0 9.14.2. zypper in yast2-iscsi-lio-server 9.14.3. yast2 iscsi-lio-server -Service Start - When Booting -No Authentication -IP Address - 192.168.124.10 -LUN 0 - pgsql, /dev/disk/by-path/pci-0000:00:10.0-scsi-0:0:1:0 -LUN 1 - rmq, /dev/disk/by-path/pci-0000:00:10.0-scsi-0:0:2:0 -LUN 2 - sbd, /dev/disk/by-path/pci-0000:00:10.0-scsi-0:0:3:0
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Create SUSE OpenStack Cloud 6 Controller VMs
10.1. Create VMs
-4GB RAM -1x dual core processor -20GB VHD -eth0 - vmnet2 -eth1 - vmnet2
10.2. PXE boot controller nodes
10.3. Edit controller nodes:
Alias - Controller-1, Controller-2 Public Name - controller-1.cloud.demo.com, controller-2.cloud.demo.com Group - Controller Intended Role - Controller
10.4. Allocate controller nodes
10.5. Attach iSCSI LUNs
10.5.1. Add iSCSI initiator names to Admin server iSCSI client configuration (cat /etc/iscsi/initiatorname.iscsi) 10.5.2. yast2 iscsi-client (on both controllers) 10.5.3. Connect to iSCSI LUNs at 192.168.124.10 (on both controllers)
10.6. Enable SBD
10.6.1. zypper in sbd (on all controllers) 10.6.2. sbd -d /dev/disk/by-path/ip-192.168.124.10\:3260-iscsi-iqn.2016-06.demo.cloud\:ec6910f2-e32d-4ebc-9e91-5f975e5ef140-lun-2 create (on all controllers)
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Create SUSE OpenStack Cloud 6 Storage VMs
11.1. Create Admin VM:
-1.5GB RAM -1x single core processor -20GB VHD -eth0 - vmnet2 -eth1 - vmnet2
11.2. Create OSD VMs:
-2GB RAM -1x dual core processor -20GB VHD -150GB VHD -eth0 - vmnet2 -eth1 - vmnet2
11.3. PXE boot storage nodes
11.4. Edit storage nodes:
Alias - Storage-1, Storage-2, Storage-3, Storage-4 Public Name - storage-1.cloud.demo.com, storage-2.cloud.demo.com, storage-3.cloud.demo.com, storage-4.cloud.demo.com Group - Storage Intended Role - Storage
11.5. Allocate storage nodes
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Create SUSE OpenStack Cloud 6 Compute VMs
12.1. Create Compute VMs:
-4GB RAM -2x dual core processors -20GB VHD -eth0 - vmnet2 -eth1 - vmnet2
12.2. PXE boot compute VMs
12.3. Edit compute nodes:
Alias - Compute-1, Compute-2 Public Name - compute-1.cloud.demo.com, compute-2.cloud.demo.com Group - Compute Intended Role - Compute
12.4. Allocate compute nodes
12.5. Attach iSCSI LUNs
12.5.1. Add iSCSI initiator names to Admin server iSCSI client configuration (cat /etc/iscsi/initiatorname.iscsi) 12.5.2. yast2 iscsi-client (on both compute nodes) 12.5.3. Connect to iSCSI LUNs at 192.168.124.10 (on both compute nodes)
12.6. Enable SBD
12.6.1. zypper in sbd (on all compute nodes) 12.6.2. sbd -d /dev/disk/by-path/ip-192.168.124.10\:3260-iscsi-iqn.2016-06.demo.cloud\:ec6910f2-e32d-4ebc-9e91-5f975e5ef140-lun-2 create (on all compute nodes)
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Deploy barclamps
13.1. Deploy Pacemaker Barclamp:
13.1.1. Create control proposal: -Proposal Name - pacemaker -Transport for communication - Unicast UDPU -Policy when cluster does not have quorum - stop -Configuration mode for STONITH - Configured with STONITH Block Devices (SBD) -Kernel module for watchdog - softdog -Block devices for node - /dev/disk/by-path/ip-192.168.124.10:3260-iscsi-iqn.2016-06.demo.cloud:ec6910f2-e32d-4ebc-9e91-5f975e5ef140-lun-2 -Do not start corosync on boot after fencing - false -Mail notifications - false -Prepare cluster for DRBD - false -Public name for public virtual IP - LEAVE BLANK -pacemaker-cluster-member - Controller-1, Controller-2 -hawk-server - Controller-1, Controller-2 -pacemaker-remote - Compute-1, Compute-2
13.2. Deploy SUSE Manager Client Barclamp:
13.2.1. mkdir -p /opt/dell/chef/cookbooks/suse-manager-client/files/default 13.2.2. cd /opt/dell/chef/cookbooks/suse-manager-client/files/default 13.2.3. wget http://manager.demo.com/pub/rhn-org-trusted-ssl-cert-1.0-1.noarch.rpm 13.2.4. mv rhn-org-trusted-ssl-cert-1.0-1.noarch.rpm ssl-cert.rpm 13.2.5. /opt/dell/bin/barclamp_install.rb --rpm core 13.2.6. Create SUSE Manager proposal: -Activation Key - <key_name> -SUSE Manager server hostname - manager.demo.com -suse-manager-client - all nodes
13.3. Deploy Database Barclamp:
13.3.1. Create Database proposal: -Global Connection Limit - 1000 -database-server - pacemaker -Storage Mode - Shared Storage -Name of Block Device - /dev/disk/by-path/ip-192.168.124.10:3260-iscsi-iqn.2016-06.demo.cloud:ec6910f2-e32d-4ebc-9e91-5f975e5ef140-lun-0-part1 -Filesystem Type - xfs
13.4. Deploy RabbitMQ Barclamp:
13.4.1. Create RabbitMQ proposal: -Virtual host - /nova -Port - 5672 -User - nova -rabbitmq-server - pacemaker -Storage Mode - Shared Storage -Name of Block Device - /dev/disk/by-path/ip-192.168.124.10:3260-iscsi-iqn.2016-06.demo.cloud:ec6910f2-e32d-4ebc-9e91-5f975e5ef140-lun-1-part1 -Filesystem Type - xfs
13.5. Deploy Keystone Barclamp:
13.5.1. Create Keystone proposal: -Algorithm for Token Generation - UUID -Region name - Miami -Default Tenant - openstack -Administrator Username - admin -Regular User Username - crowbar -Protocol - HTTP -keystone-server pacemaker
13.6. Deploy Ceph Barclamp:
13.6.1. Create Ceph proposal: -Disk selection method - All Available -Number of replicas of an object - 0 -Protocol - HTTP -Administrator Username - admin -Administrator Email Address - [email protected] -Protocol - HTTP -ceph-calamari - Storage-1 -ceph-mon - Storage-2, Storage-3, Storage-4 -ceph-osd - Storage-2, Storage-3, Storage-4 -ceph-radosgw - Storage-2 13.6.2. Grant Calamari server admin access -scp storage-2:/etc/ceph/ceph.client.admin.keyring . -scp ./ceph.client.admin.keyring storage-1:/etc/ceph/. 13.6.3. Detect storage nodes in Calamari -Navigate to 192.168.124.84 -Initialize cluster
13.7. Deploy Glance Barclamp:
13.7.1. Create Glance proposal: -Default Storage Store - Rados -Expose Backend Store Location - false -RADOS user for CephX authentication - glance -RADOS pool for Glance images - images -Protocol - HTTP -Enable Caching - false -Turn On Cache Management - false -Verbose logging - true -glance-server - pacemaker
13.8. Deploy Cinder Barclamp:
13.8.1. Create Cinder proposal: 13.8.1.1. Delete default backend 13.8.1.2. Add RADOS backend -Type of Volume - RADOS -Name for Backend - ceph -Use Ceph deployed by Crowbar - true -RADOS pool for Cinder volumes - volumes -RADOS user (Set only if using CephX authentication) - cinder -Protocol - HTTP -cinder-controller - pacemaker -cinder-volume - Storage-2, Storage-3, Storage-4
13.9. Deploy Neutron Barclamp:
13.9.1. Create Neutron proposal: -DHCP Domain - demo.local -Plugin - ml2 -Modular Layer 2 mechanism drivers - openvswitch -Modular Layer 2 type drivers - gre -Use Distributed Virtual Router setup -false -Start of tunnel ID range - 1 -End of tunnel ID range - 1000 -Protocol - HTTP -neutron-server - pacemaker -neutron-network - pacemaker
13.10. Deploy Nova Barclamp:
13.10.1. Create Nova proposal: -Virtual RAM to Physical RAM allocation ratio - 1 -Virtual CPU to Physical CPU allocation ratio - 16 -Virtual Disk to Physical Disk allocation ratio - 1 -Enable Libvirt Migration - true -Set up Shared Storage on nova-controller for Nova instances - false -Shared Storage for Nova instances has been manually configured - false -Protocol - HTTP -Keymap - en-us -NoVNC Protocol - HTTP -Verbose Logging - true -nova-controller - pacemaker -nova-compute-qemu - pacemaker (2 remote nodes)
13.11. Deploy Horizon Barclamp:
13.11.1. Create Horizon proposal: -horizon-server - pacemaker
13.12. Deploy Heat Barclamp:
13.12.1. Create Heat proposal: -heat-server - pacemaker