diff options
Diffstat (limited to 'playbooks/openstack')
| -rw-r--r-- | playbooks/openstack/README.md | 11 | ||||
| -rw-r--r-- | playbooks/openstack/advanced-configuration.md | 152 | ||||
| -rw-r--r-- | playbooks/openstack/openshift-cluster/install.yml | 7 | ||||
| -rw-r--r-- | playbooks/openstack/openshift-cluster/provision.yml | 11 | ||||
| -rw-r--r-- | playbooks/openstack/sample-inventory/group_vars/OSEv3.yml | 3 | ||||
| -rw-r--r-- | playbooks/openstack/sample-inventory/group_vars/all.yml | 25 |
6 files changed, 30 insertions, 179 deletions
diff --git a/playbooks/openstack/README.md b/playbooks/openstack/README.md index c762169eb..f567242cd 100644 --- a/playbooks/openstack/README.md +++ b/playbooks/openstack/README.md @@ -24,7 +24,7 @@ The OpenStack release must be Newton (for Red Hat OpenStack this is version 10) or newer. It must also satisfy these requirements: * Heat (Orchestration) must be available -* The deployment image (CentOS 7 or RHEL 7) must be loaded +* The deployment image (CentOS 7.4 or RHEL 7) must be loaded * The deployment flavor must be available to your user - `m1.medium` / 4GB RAM + 40GB disk should be enough for testing - look at @@ -183,9 +183,14 @@ Then run the provision + install playbook -- this will create the OpenStack resources: ```bash -$ ansible-playbook --user openshift -i inventory openshift-ansible/playbooks/openstack/openshift-cluster/provision_install.yaml +$ ansible-playbook --user openshift -i inventory \ + openshift-ansible/playbooks/openstack/openshift-cluster/provision_install.yaml \ + -e openshift_repos_enable_testing=true ``` +Note, you may want to use the testing repo for development purposes only. +Normally, `openshift_repos_enable_testing` should not be specified. + If you're using multiple inventories, make sure you pass the path to the right one to `-i`. @@ -210,7 +215,6 @@ advanced configuration: * [External Dns][external-dns] * Multiple Clusters (TODO) * [Cinder Registry][cinder-registry] -* [Bastion Node][bastion] [ansible]: https://www.ansible.com/ @@ -229,4 +233,3 @@ advanced configuration: [loadbalancer]: ./advanced-configuration.md#multi-master-configuration [external-dns]: ./advanced-configuration.md#dns-configuration-variables [cinder-registry]: ./advanced-configuration.md#creating-and-using-a-cinder-volume-for-the-openshift-registry -[bastion]: ./advanced-configuration.md#configure-static-inventory-and-access-via-a-bastion-node diff --git a/playbooks/openstack/advanced-configuration.md b/playbooks/openstack/advanced-configuration.md index c0bdf5020..db2a13d38 100644 --- a/playbooks/openstack/advanced-configuration.md +++ b/playbooks/openstack/advanced-configuration.md @@ -23,35 +23,14 @@ There are no additional dependencies for the cluster nodes. Required configuration steps are done by Heat given a specific user data config that normally should not be changed. -## Required galaxy modules - -In order to pull in external dependencies for DNS configuration steps, -the following commads need to be executed: - - ansible-galaxy install \ - -r openshift-ansible-contrib/playbooks/provisioning/openstack/galaxy-requirements.yaml \ - -p openshift-ansible-contrib/roles - -Alternatively you can install directly from github: - - ansible-galaxy install git+https://github.com/redhat-cop/infra-ansible,master \ - -p openshift-ansible-contrib/roles - -Notes: -* This assumes we're in the directory that contains the clonned -openshift-ansible-contrib repo in its root path. -* When trying to install a different version, the previous one must be removed first -(`infra-ansible` directory from [roles](https://github.com/openshift/openshift-ansible-contrib/tree/master/roles)). -Otherwise, even if there are differences between the two versions, installation of the newer version is skipped. - - ## Accessing the OpenShift Cluster ### Configure DNS -OpenShift requires two DNS records to function fully. The first one points to +OpenShift requires a two public DNS records to function fully. The first one points to the master/load balancer and provides the UI/API access. The other one is a -wildcard domain that resolves app route requests to the infra node. +wildcard domain that resolves app route requests to the infra node. A private DNS +server and records are not required and not managed here. If you followed the default installation from the README section, there is no DNS configured. You should add two entries to the `/etc/hosts` file on the @@ -187,8 +166,8 @@ That sudomain can be set as well by the `openshift_openstack_app_subdomain` vari the inventory. The `openstack_<role name>_hostname` is a set of variables used for customising -hostnames of servers with a given role. When such a variable stays commented, -default hostname (usually the role name) is used. +public names of Nova servers provisioned with a given role. When such a variable stays commented, +default value (usually the role name) is used. The `openshift_openstack_dns_nameservers` is a list of DNS servers accessible from all the created Nova servers. These will provide the internal name resolution for @@ -203,7 +182,7 @@ When Network Manager is enabled for provisioned cluster nodes, which is normally the case, you should not change the defaults and always deploy dnsmasq. `openshift_openstack_external_nsupdate_keys` describes an external authoritative DNS server(s) -processing dynamic records updates in the public and private cluster views: +processing dynamic records updates in the public only cluster view: openshift_openstack_external_nsupdate_keys: public: @@ -211,10 +190,6 @@ processing dynamic records updates in the public and private cluster views: key_algorithm: 'hmac-md5' key_name: 'update-key' server: <public DNS server IP> - private: - key_secret: <some nsupdate key 2> - key_algorithm: 'hmac-sha256' - server: <public or private DNS server IP> Here, for the public view section, we specified another key algorithm and optional `key_name`, which normally defaults to the cluster's DNS domain. @@ -222,24 +197,6 @@ This just illustrates a compatibility mode with a DNS service deployed by OpenShift on OSP10 reference architecture, and used in a mixed mode with another external DNS server. -Another example defines an external DNS server for the public view -additionally to the in-stack DNS server used for the private view only: - - openshift_openstack_external_nsupdate_keys: - public: - key_secret: <some nsupdate key> - key_algorithm: 'hmac-sha256' - server: <public DNS server IP> - -Here, updates matching the public view will be hitting the given public -server IP. While updates matching the private view will be sent to the -auto evaluated in-stack DNS server's **public** IP. - -Note, for the in-stack DNS server, private view updates may be sent only -via the public IP of the server. You can not send updates via the private -IP yet. This forces the in-stack private server to have a floating IP. -See also the [security notes](#security-notes) - ## Flannel networking In order to configure the @@ -328,14 +285,6 @@ The `openshift_openstack_required_packages` variable also provides a list of the prerequisite packages to be installed before to deploy an OpenShift cluster. Those are ignored though, if the `manage_packages: False`. -The `openstack_inventory` controls either a static inventory will be created after the -cluster nodes provisioned on OpenStack cloud. Note, the fully dynamic inventory -is yet to be supported, so the static inventory will be created anyway. - -The `openstack_inventory_path` points the directory to host the generated static inventory. -It should point to the copied example inventory directory, otherwise ti creates -a new one for you. - ## Multi-master configuration Please refer to the official documentation for the @@ -345,7 +294,6 @@ variables](https://docs.openshift.com/container-platform/3.6/install_config/inst in `inventory/group_vars/OSEv3.yml`. For example, given a load balancer node under the ansible group named `ext_lb`: - openshift_master_cluster_method: native openshift_master_cluster_hostname: "{{ groups.ext_lb.0 }}" openshift_master_cluster_public_hostname: "{{ groups.ext_lb.0 }}" @@ -384,18 +332,6 @@ be the case for development environments. When turned off, the servers will be provisioned omitting the ``yum update`` command. This brings security implications though, and is not recommended for production deployments. -### DNS servers security options - -Aside from `openshift_openstack_node_ingress_cidr` restricting public access to in-stack DNS -servers, there are following (bind/named specific) DNS security -options available: - - named_public_recursion: 'no' - named_private_recursion: 'yes' - -External DNS servers, which is not included in the 'dns' hosts group, -are not managed. It is up to you to configure such ones. - ## Configure the OpenShift parameters Finally, you need to update the DNS entry in @@ -538,43 +474,6 @@ You can also run the registry setup playbook directly: -## Configure static inventory and access via a bastion node - -Example inventory variables: - - openshift_openstack_use_bastion: true - openshift_openstack_bastion_ingress_cidr: "{{openshift_openstack_subnet_prefix}}.0/24" - openstack_private_ssh_key: ~/.ssh/id_rsa - openstack_inventory: static - openstack_inventory_path: ../../../../inventory - openstack_ssh_config_path: /tmp/ssh.config.openshift.ansible.openshift.example.com - -The `openshift_openstack_subnet_prefix` is the openstack private network for your cluster. -And the `openshift_openstack_bastion_ingress_cidr` defines accepted range for SSH connections to nodes -additionally to the `openshift_openstack_ssh_ingress_cidr`` (see the security notes above). - -The SSH config will be stored on the ansible control node by the -gitven path. Ansible uses it automatically. To access the cluster nodes with -that ssh config, use the `-F` prefix, f.e.: - - ssh -F /tmp/ssh.config.openshift.ansible.openshift.example.com master-0.openshift.example.com echo OK - -Note, relative paths will not work for the `openstack_ssh_config_path`, but it -works for the `openstack_private_ssh_key` and `openstack_inventory_path`. In this -guide, the latter points to the current directory, where you run ansible commands -from. - -To verify nodes connectivity, use the command: - - ansible -v -i inventory/hosts -m ping all - -If something is broken, double-check the inventory variables, paths and the -generated `<openstack_inventory_path>/hosts` and `openstack_ssh_config_path` files. - -The `inventory: dynamic` can be used instead to access cluster nodes directly via -floating IPs. In this mode you can not use a bastion node and should specify -the dynamic inventory file in your ansible commands , like `-i openstack.py`. - ## Using Docker on the Ansible host If you don't want to worry about the dependencies, you can use the @@ -604,28 +503,6 @@ the playbooks: ansible-playbook openshift-ansible-contrib/playbooks/provisioning/openstack/provision.yaml -### Run the playbook - -Assuming your OpenStack (Keystone) credentials are in the `keystonerc` -this is how you stat the provisioning process from your ansible control node: - - . keystonerc - ansible-playbook openshift-ansible-contrib/playbooks/provisioning/openstack/provision.yaml - -Note, here you start with an empty inventory. The static inventory will be populated -with data so you can omit providing additional arguments for future ansible commands. - -If bastion enabled, the generates SSH config must be applied for ansible. -Otherwise, it is auto included by the previous step. In order to execute it -as a separate playbook, use the following command: - - ansible-playbook openshift-ansible-contrib/playbooks/provisioning/openstack/post-provision-openstack.yml - -The first infra node then becomes a bastion node as well and proxies access -for future ansible commands. The post-provision step also configures Satellite, -if requested, and DNS server, and ensures other OpenShift requirements to be met. - - ## Running Custom Post-Provision Actions A custom playbook can be run like this: @@ -733,21 +610,6 @@ Once it succeeds, you can install openshift by running: OpenShift UI may be accessed via the 1st master node FQDN, port 8443. -When using a bastion, you may want to make an SSH tunnel from your control node -to access UI on the `https://localhost:8443`, with this inventory variable: - - openshift_openstack_ui_ssh_tunnel: True - -Note, this requires sudo rights on the ansible control node and an absolute path -for the `openstack_private_ssh_key`. You should also update the control node's -`/etc/hosts`: - - 127.0.0.1 master-0.openshift.example.com - -In order to access UI, the ssh-tunnel service will be created and started on the -control node. Make sure to remove these changes and the service manually, when not -needed anymore. - ## Scale Deployment up/down ### Scaling up @@ -766,5 +628,3 @@ Usage: ``` ansible-playbook -i <path to inventory> openshift-ansible-contrib/playbooks/provisioning/openstack/scale-up.yaml` [-e increment_by=<number>] [-e openshift_ansible_dir=<path to openshift-ansible>] ``` - -Note: This playbook works only without a bastion node (`openshift_openstack_use_bastion: False`). diff --git a/playbooks/openstack/openshift-cluster/install.yml b/playbooks/openstack/openshift-cluster/install.yml index 1c4f609e3..8ed01b192 100644 --- a/playbooks/openstack/openshift-cluster/install.yml +++ b/playbooks/openstack/openshift-cluster/install.yml @@ -8,8 +8,5 @@ # values here. We do it in the OSEv3 group vars. Do we need to add # some logic here? -- name: run the initialization - include: ../../init/main.yml - -- name: run the config - include: ../../common/openshift-cluster/config.yml +- name: run the cluster deploy + include: ../../deploy_cluster.yml diff --git a/playbooks/openstack/openshift-cluster/provision.yml b/playbooks/openstack/openshift-cluster/provision.yml index 36d8c8215..3e295b2c8 100644 --- a/playbooks/openstack/openshift-cluster/provision.yml +++ b/playbooks/openstack/openshift-cluster/provision.yml @@ -26,9 +26,9 @@ - name: Gather facts for the new nodes setup: +- name: set common facts + include: ../../init/facts.yml -# NOTE(shadower): the (internal) DNS must be functional at this point!! -# That will have happened in provision.yml if nsupdate was configured. # TODO(shadower): consider splitting this up so people can stop here # and configure their DNS if they have to. @@ -47,6 +47,13 @@ hosts: oo_all_hosts become: yes gather_facts: yes + roles: + - role: rhel_subscribe + when: + - ansible_distribution == "RedHat" + - rhsub_user | default(False) + - rhsub_pass | default(False) + tasks: - name: Install dependencies include_role: diff --git a/playbooks/openstack/sample-inventory/group_vars/OSEv3.yml b/playbooks/openstack/sample-inventory/group_vars/OSEv3.yml index 90608bbc0..933117127 100644 --- a/playbooks/openstack/sample-inventory/group_vars/OSEv3.yml +++ b/playbooks/openstack/sample-inventory/group_vars/OSEv3.yml @@ -1,10 +1,11 @@ --- +## Openshift product versions and repos to install from openshift_deployment_type: origin +#openshift_repos_enable_testing: true #openshift_deployment_type: openshift-enterprise #openshift_release: v3.5 openshift_master_default_subdomain: "apps.{{ openshift_openstack_clusterid }}.{{ openshift_openstack_public_dns_domain }}" -openshift_master_cluster_method: native openshift_master_cluster_public_hostname: "console.{{ openshift_openstack_clusterid }}.{{ openshift_openstack_public_dns_domain }}" osm_default_node_selector: 'region=primary' diff --git a/playbooks/openstack/sample-inventory/group_vars/all.yml b/playbooks/openstack/sample-inventory/group_vars/all.yml index ae1528123..c7afe9a24 100644 --- a/playbooks/openstack/sample-inventory/group_vars/all.yml +++ b/playbooks/openstack/sample-inventory/group_vars/all.yml @@ -82,27 +82,10 @@ openshift_openstack_docker_volume_size: "15" openshift_openstack_subnet_prefix: "192.168.99" -## Red Hat subscription defaults to false which means we will not attempt to -## subscribe the nodes -#rhsm_register: False - -# # Using Red Hat Satellite: -#rhsm_register: True -#rhsm_satellite: 'sat-6.example.com' -#rhsm_org: 'OPENSHIFT_ORG' -#rhsm_activationkey: '<activation-key>' - -# # Or using RHN username, password and optionally pool: -#rhsm_register: True -#rhsm_username: '<username>' -#rhsm_password: '<password>' -#rhsm_pool: '<pool id>' - -#rhsm_repos: -# - "rhel-7-server-rpms" -# - "rhel-7-server-ose-3.5-rpms" -# - "rhel-7-server-extras-rpms" -# - "rhel-7-fast-datapath-rpms" +## Red Hat subscription: +#rhsub_user: '<username>' +#rhsub_pass: '<password>' +#rhsub_pool: '<pool name>' # # Roll-your-own DNS |