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https://github.com/lj020326/ansible-datacenter

ansible roles and site.yml tags to setup/configure datacenter
https://github.com/lj020326/ansible-datacenter

ansible ansible-datacenter ansible-docker ansible-linux ansible-molecule ansible-roles ansible-windows docker-compose docker-jenkins docker-stack jenkins jenkins-config-as-code

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ansible roles and site.yml tags to setup/configure datacenter

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README 

        

# ansible-datacenter



[![Ansible-Lint](https://github.com/lj020326/ansible-datacenter/actions/workflows/ansible-lint.yml/badge.svg)](https://github.com/lj020326/ansible-datacenter/actions/workflows/ansible-lint.yml)

[![Inclusivity-Lint](https://github.com/lj020326/ansible-datacenter/actions/workflows/inclusivity-lint.yml/badge.svg)](https://github.com/lj020326/ansible-datacenter/actions/workflows/inclusivity-lint.yml)

[![YAML-Lint](https://github.com/lj020326/ansible-datacenter/actions/workflows/yaml-lint.yml/badge.svg)](https://github.com/lj020326/ansible-datacenter/actions/workflows/yaml-lint.yml)

[![Molecule Tests](https://github.com/lj020326/ansible-datacenter/actions/workflows/molecule.yml/badge.svg)](https://github.com/lj020326/ansible-datacenter/actions/workflows/molecule.yml)

[![License](https://img.shields.io/badge/license-GPLv3-brightgreen.svg?style=flat)](LICENSE)



## Build Status



This is an ansible playbook that will configure your datacenter based on multi-OS-platform roles on Ubuntu/Centos/Debian linux and windows servers.



The [bootstrap_vm_template.yml](./bootstrap_vm_template.yml) playbook is used by [vm-templates repo](https://github.com/lj020326/vm-templates) to build VMware Ubuntu, Debian, and Centos templates. 



The 'ansible' and 'vm template build' pipelines are both automated using the [pipeline-automation-lib](https://github.com/lj020326/pipeline-automation-lib/) jenkins library.



## Linux OS Platform Molecule Tests



Testing of the linux OS bootstrap playbooks is performed by molecule with platforms defined in ['molecule.yml'](molecule/default/molecule.yml) and the ['converge.yml'](molecule/default/converge.yml).  Molecule scenarios have been set up to include the overall platform provisioning/orchestration role converge playbook for [bootstrap_linux](./molecule/bootstrap_linux/converge.yml) as well as multiple key roles invoked within the `bootstrap_linux` orchestration role to allow/enable isolated/granular testing when and as needed.



Further details on running molecule tests from this repo can be found in the 'Run molecule tests' section of the [molecule/README.md](tests/README.md).



The molecule test pipeline is set up in the github actions [ci.yml](.github/workflows/ci.yml) and the molecule converge test results for each platform can be viewed on [github actions results page](https://github.com/lj020326/ansible-datacenter/actions).



The systemd-python enabled docker images used by the molecule tests can be found on [dockerhub](https://hub.docker.com/repositories/lj020326?search=systemd).  The corresponding dockerfile image definitions for the systemd-python enabled docker platform containers used in the molecule tests can be found [here](https://github.com/lj020326/systemd-python-dockerfiles).  



## Ansible Developer Environment



A companion [ansible-developer repository here](https://github.com/lj020326/ansible-developer) can be used to bootstrap/set-up an ansible development environment.



The installer shell script from this repo will:

1) create the local developer repo directory under $HOME/repos/ansible

2) clone the repo into the developer's local repo directory at $HOME/repos/ansible/ansible-developer

3) setup/synchronize the developer's bash environment with source bash files located in `files/scripts/bashenv`

4) source the bash env



For install from public github: 



```shell

$ INSTALL_REMOTE_SCRIPT="https://raw.githubusercontent.com/lj020326/ansible-developer/main/install.sh" && bash -c "$(curl -fsSL ${INSTALL_REMOTE_SCRIPT})"

```



The environment setup from the aforementioned repo is utilized to prepare the developer environment to:

1) run playbooks

2) run molecule testing 



## Summary



- Collection of Ansible roles, playbooks, plugins, and modules

- OS image build systems (packer, vsphere)

- Runtime environment software installs

- Runtime environment application deployments

- Runtime machine instance maintenance



### Example ansible image build workflow



> Workflow for ansible provisioning integration with image build systems



```mermaid

graph TD;

    A[Packer Build Spec] --> B{Virtual Machine}

    B -->|yes| C["Install OS (Centos/Ubuntu/Debian)"]

    B -->|no| D[Container Build]

    C --> E[Post OS Install - VM Base VM Template Image]

    D --> F[Post OS Install - OS Base Container Image]

    E --> G["Ansible Provision Role + Harden Security Profile (VM/Cloud/Container)"]

    F --> G["Ansible Provision Role + Harden Security Profile (VM/Cloud/Container)"]

    G --> H["Ansible Post OS Install - Software Install"]

    H --> I[Ansible Application Deploy]

    I --> J[Ansible Maintenance]



```



## Prerequisites



1.  Clone this Ansible deployment playbook

```

git clone https://github.com/lj020326/ansible-datacenter.git

```



2. Setup galaxy collections/roles to be used: *This is internally performed by script if using to run on remote ansible/control node



```

## install collections

ansible-galaxy collection install -r ./collections/requirements.yml



## install roles

ansible-galaxy install -r ./roles/requirements.yml

```



3. Add host info to hosts.yml inventory and ping the nodes



```shell

ansible -i inventory/hosts.yml all -m ping -b -vvvv

```



4. Create the vault file used to protect important data in source control.

    For more information go [here](http://docs.ansible.com/playbooks_vault.html).

    Also, [see here for an example of the vault file used for this project](vars/README.md) 



    The vault file used has to have the name vars/vault.yml. 

    ```shell

    # create private file

    ansible-vault create vars/vault.yml

    ```



    Running the command above will ask you for a password to encrypt with, and open an editor. In that file set the variables highlighted in the vault.yml.example file.



## Jenkins Ansible Jobs



### Ansible role to setup docker jenkins control node



An ansible role is used to setup all docker stack instances.



The `bootstrap_docker_stack` ansible role used to stand up the docker stack [can be found here](https://github.com/lj020326/ansible-datacenter/tree/main/roles/bootstrap_docker_stack).



The [`bootstrap_docker_stack` ansible role](https://github.com/lj020326/ansible-datacenter/tree/main/roles/bootstrap_docker_stack) contains the [__jenkins config-as-code (jcac) yaml definition__](https://github.com/lj020326/ansible-datacenter/blob/main/roles/bootstrap_docker_stack/templates/jenkins_jcac/jenkins_casc.yml.j2) in template form used to setup the jenkins jcac instance.



[The jcac definition can be found here](https://github.com/lj020326/ansible-datacenter/blob/main/roles/bootstrap_docker_stack/templates/jenkins_jcac/jenkins_casc.yml.j2).  



### Setup pipeline automation library used by all jenkins jobs



The pipeline automation library used can be found [here](https://github.com/lj020326/pipeline-automation-lib).

[The pipeline automation library](https://github.com/lj020326/pipeline-automation-lib) defines the shared jenkins templates that are used throughout all of the jenkins ansible pipelines.  



Configure the library in jenkins as seen below.

![Jenkins - Configure shared Pipeline Automation Library](./docs/img/screenshots/ansible-datacenter-00-pipeline-library.png)



### Site Root folder



A root folder for the ansible-datacenter environment can be setup similar to the following.

![Site Root](./docs/img/screenshots/ansible-datacenter-0-toplevel.png)



### Ansible Vault file credential



Setup the ansible vault file credential to be used by the ansible playbook pipeline and passed into every play.

If using the aforementioned [pipeline-automation-library](https://github.com/lj020326/pipeline-automation-lib), make sure the credential ID is 'ansible-vault-pwd-file'.

![Ansible Vault File Credential](./docs/img/screenshots/ansible-datacenter-0b-secret-file-credential.png)



### Inventory Environment folders



Then setup folders for each environment defined in the inventory similar to the following.

![Site Environments](./docs/img/screenshots/ansible-datacenter-1a-env-dev.png)



### Jenkins Pipelines to run Ansible tags



Each job folder corresponds to a tag defined in the site.yml playbook.

![Ansible Tags](./docs/img/screenshots/ansible-datacenter-1aa-tags.png)



To make setting up each folder consistent and simple as possible, the jobs all are exactly the same except the folder name.

The job folders all use the same pipeline definition as seen below.  Using this method, whenever a new ansible tag is created, adding a corresponding jenkins job folder is as easy as copying an existing one and naming it respectively to match the newly created ansible tag. 

![Jenkins Pipeline](./docs/img/screenshots/ansible-datacenter-1b-jenkins-pipeline-definition-ansible-tags.png)



### Ansible Pipeline Parameters



All jobs use the same 2 parameters for the limit hosts directive and debug.

![Job Parameters](./docs/img/screenshots/ansible-datacenter-2b-deploy-vm-params.png)



### Run for defined site.yml tags



The job history for the tag execution is readily/easily viewable.

![Job Run History](./docs/img/screenshots/ansible-datacenter-4-deploy-cacerts.png)



Here is the bootstraps linux job history.

![Job Run History](./docs/img/screenshots/ansible-datacenter-3a-bootstrap-linux.png)



Specify host(s) or leave blank to run across all hosts for the group(s) defined for the play(s) associated with the tag.

![Job Parameters](./docs/img/screenshots/ansible-datacenter-3b-bootstrap-linux-params.png)



See the job console for all ansible pipeline input values and play output.

![Job Parameters](./docs/img/screenshots/ansible-datacenter-3c-bootstrap-linux-console.png)



The [pipeline job console output](./docs/img/screenshots/ansible-datacenter-3d-bootstrap-linux-console.md).



Another job just created to bootstrap docker stacks onto machines.

![Job Run History](./docs/img/screenshots/ansible-datacenter-5-bootstrap-dockerstack.png)



## Ansible Role Development Pipelines



### Role Development Root Folder



Setup root folder.

![Site Environments](./docs/img/screenshots/ansible-datacenter-10-CICD-dev-pipelines.png)



### Role Development Root Folder



Setup jenkins CICD pipeline folders for each repository.

![Site Environments](./docs/img/screenshots/ansible-datacenter-10-CICD-dev-pipelines2.png)



The jenkins CICD branch strategy folder is used to automatically pick up the respective branches and merge strategy.

We are using a clone of the [public ansible repo here](https://github.com/lj020326/ansible-configvars-examples). 

Once the pipeline is configured with the repo, jenkins will scan the repo branches for the existance of the Jenkinsfile and then setup the corresponding branch folders used to run ansible for each branch.

![Site Environments](./docs/img/screenshots/ansible-datacenter-10-CICD-dev-pipelines3.png)



![Site Environments](./docs/img/screenshots/ansible-datacenter-11-CICD-branches.png)



![Site Environments](./docs/img/screenshots/ansible-datacenter-12-CICD-branches-params.png)



![Site Environments](./docs/img/screenshots/ansible-datacenter-13-CICD-branches-console.png)



## Run tests from ansible control node



```

echo "foobarpass" > ~/.vault_pass

chmod 600 ~/.vault_pass

ansible-playbook report-windows-facts.yml -i inventory/DEV/hosts.yml -t untagged,report-windows-facts --vault-password-file ~/.vault_pass

```



## Run molecule tests



```shell

$ git clone https://github.com/lj020326/ansible-datacenter.git

$ cd ansible-datacenter

$ export MOLECULE_DISTRO=redhat7-systemd-python

$ molecule login

$ molecule --debug test -s bootstrap_linux_package

$ molecule destroy

$ MOLECULE_DISTRO=redhat8-systemd-python molecule --debug test -s bootstrap_linux_package

$ MOLECULE_DISTRO=redhat8-systemd-python molecule login

$ molecule destroy

$ MOLECULE_DISTRO=redhat8-systemd-python molecule converge

$ molecule destroy

$ MOLECULE_DISTRO=centos8-systemd-python molecule --debug converge

$ molecule destroy

$ MOLECULE_DISTRO=ubuntu2204-systemd-python molecule --debug converge



```



### To log into molecule created container



```shell

$ MOLECULE_DISTRO=redhat8-systemd-python molecule create

$ MOLECULE_DISTRO=redhat8-systemd-python molecule login

$ molecule destroy

```



## Other useful 



### To run/debug the VM template create playbook on packer created VM



```shell

# find the temp dir used for the ansible-local provisioner from the packer log 

$ cd /tmp/packer-provisioner-ansible-local/63b193ab-d1c4-b355-f4cf-9e9153570896

$ ansible-playbook bootstrap_vm_template.yml --vault-password-file=~/.vault_pass -c local -i vm_template.yml

```



### To run play on a group



```shell

$ ansible-playbook site.yml --tags bootstrap --limit dc_os_Ubuntu

```



### To build ansible control node



```shell

$ ansible-playbook site.yml --tags bootstrap-ansible --limit admin02

```



### To build docker images from source repos

Note: this is performed from jenkins docker build pipeline and not performed directly using ansible unless necessary 

The docker image build pipeline source is located here [here](https://github.com/lj020326/pipeline-automation-lib/blob/public/vars/buildDockerImage.groovy).



```shell

$ ansible-playbook site.yml --tags bootstrap-docker-images --limit admin02

```



### To setup/configure samba server node

Note: We now use the samba docker container to run the samba server and no longer build on the VM.



```shell

$ ansible-playbook site.yml --tags docker-samba-node

```



### To configure samba client node



```shell

$ ansible-playbook site.yml --tags bootstrap-samba-client

```



### To setup/configure linux users



```shell

$ ansible-playbook site.yml --tags bootstrap-user --vault-password-file ~/.vault_pass

```



### Using run-playbook.sh launch script



```shell

$ run-playbook.sh site.yml -t bootstrap-docker-stack -l admin01

$ run-playbook.sh bootstrap-ntp.yml -l testgroup_lnx

```



### Using run-ansible.sh launch script for jump hosts



Using the run-ansible.sh script to automatically first install all dependencies then run the command



A [run-ansible.sh script](run-ansible.sh) is available that will upon execution always (1) check and create a virtualenv named 'venv' if not already exists, (2) install [pip library requirements](./requirements.txt), (3) install [collection requirements](collections/requirements.yml), (4) install [role requirements](roles/requirements.yml) and (5) run the command specified.  It also checks in the latest code via git Add/Commit/Push (ACP) before the steps just mentioned.  Finally, it also allows specification of a control/jump host to run the playbook via ssh wrapper.  



```shell

run-ansible.sh ansible-playbook -i inventory/PROD/hosts.yml site.yml --tags bootstrap-ansible-user -l control01

run-ansible.sh ansible-playbook -i inventory/PROD/hosts.yml site.yml --tags bootstrap-ansible-user -l media01

run-ansible.sh ansible-playbook -i inventory/PROD/hosts.yml site.yml --tags bootstrap-docker-stack -l media01

run-ansible.sh ansible-playbook -i inventory/PROD/hosts.yml site.yml --tags bootstrap-linux -l control01

run-ansible.sh ansible-playbook -i inventory/PROD/hosts.yml site.yml --tags bootstrap-linux -l media01

run-ansible.sh ansible-playbook -i inventory/PROD/hosts.yml site.yml --tags bootstrap-mounts -l media01

run-ansible.sh ansible-playbook -i inventory/PROD/hosts.yml site.yml --tags bootstrap-registry -l media01

run-ansible.sh ansible-playbook -i inventory/PROD/hosts.yml site.yml --tags bootstrap-user -l control01

run-ansible.sh ansible-playbook -i inventory/PROD/hosts.yml site.yml --tags bootstrap-user -l media01



```



### To setup/configure iscsi client node



```shell

$ ansible-playbook site.yml --tags iscsi-client

```



## working with openstack deploy node setup



```shell

ansible -i inventory/hosts.yml openstack -m ping

ansible -i inventory/hosts-openstack.ini openstack -m ping



ansible-playbook site.yml --tags bootstrap-linux --limit os_linux

ansible-playbook site.yml --tags bootstrap-linux-firewalld --limit vmub2201

ansible-playbook site.yml --tags bootstrap-docker --limit docker

ansible-playbook site.yml --tags bootstrap-network --limit node01

ansible-playbook site.yml --tags bootstrap-openstack

ansible-playbook site.yml --tags bootstrap-openstack-deploy-node

ansible-playbook site.yml --tags bootstrap-user --limit ubuntu18

ansible-playbook site.yml --tags openstack-deploy-node

ansible-playbook site.yml --tags openstack-osclient



kolla-ansible -v -i inventory/hosts-openstack.ini bootstrap-servers

kolla-ansible -v -i inventory/hosts-openstack.ini prechecks

kolla-ansible -v -i inventory/hosts-openstack.ini deploy

kolla-ansible -v -i inventory/hosts-openstack.ini post-deploy



```



working with openstack node cleanup/destroy/reset



```shell

kolla-ansible -v -i inventory/hosts-openstack.ini destroy

kolla-ansible -v -i inventory/hosts-openstack.ini destroy --yes-i-really-really-mean-it



```



working with openstack env setup



```shell

scripts/kolla-ansible/init-runonce.sh

ansible-playbook site.yml --tags bootstrap-openstack-cloud

openstack server create --image cirros --flavor m1.tiny --key-name mykey --network demo-net demo1



```



Other useful plays

```shell

ansible-playbook site.yml --tags bootstrap-linux-mounts --limit os_linux

ansible-playbook site.yml --tags bootstrap-linux-mounts --limit dc_os_centos_7

ansible-playbook site.yml --tags bootstrap-linux-mounts --limit postgres

ansible-playbook site.yml --tags bootstrap-linux-mounts --limit media

ansible-playbook site.yml --tags bootstrap-openstack

ansible-playbook site.yml --tags bootstrap-openstack-cloud

ansible-playbook site.yml --tags bootstrap-openstack-deploy-node

```



Openstack plays

```shell

#ansible-playbook site.yml --tags openstack-deploy-node

ansible-playbook site.yml --tags bootstrap-openstack

kolla-ansible -i inventory/hosts-openstack.ini bootstrap-servers

kolla-ansible -i inventory/hosts-openstack.ini prechecks

kolla-ansible -i inventory/hosts-openstack.ini deploy



## running post-deploy creates the /etc/kolla/openrc.sh

## ref: https://github.com/lj020326/kolla-ansible/blob/main/ansible/post-deploy.yml

kolla-ansible -i inventory/hosts-openstack.ini post-deploy



## setup osclient configs if necessary

## NOTE: not necessary to run this since it is included in bootstrap-openstack-cloud play

#ansible-playbook site.yml --tags openstack-osclient



openstack image list

openstack service list

openstack network list

openstack router list

openstack server list

openstack compute service list

openstack dns service list

openstack zone list



## if the above works - then can run custom cloud config

ansible-playbook site.yml --tags bootstrap-openstack-cloud



## to reconfigure kolla-ansible configure based on latest changes

kolla-ansible -i inventory/hosts-openstack.ini reconfigure



## to reconfigure a specific service, e.g., nova, neutron, etc

kolla-ansible -i inventory/hosts-openstack.ini reconfigure --tags nova

docker ps -f name=compute



kolla-ansible -i inventory/hosts-openstack.ini reconfigure --tags neutron

docker ps -f name=neutron



kolla-ansible -i inventory/hosts-openstack.ini reconfigure --tags designate

docker ps -f name=designate



#openstack zone create --email [email protected] openstack.example.int.

openstack zone create --email [email protected] openstack.example.int.



## or per (https://ask.openstack.org/en/question/113699/kolla-ansible-how-to-managemodify-configuration-files/)

kolla-ansible -i inventory/hosts-openstack.ini genconfig ## (and restart manually the containers)



./inventory/openstack_inventory.py --list



## to destroy/reset everything back to the beginning for the inventory:

kolla-ansible -i inventory/hosts-openstack.ini destroy --yes-i-really-really-mean-it



```



Other useful tests



```shell

ansible -u administrator -e ansible_password=${ANSIBLE_SSH_PASSWORD} -m ping ubuntu18

ansible -v -u administrator -e ansible_password=${ANSIBLE_SSH_PASSWORD} -e ansible_pyth/bin/python3 -i inventory/hosts.yml -m ping ubuntu18

```



```shell

ansible-playbook site.yml --tags display-vars -l control01

ansible-playbook site.yml --tags display-domain-vars -l os_linux

ansible-playbook site.yml --tags display-domain-vars -l nas02

ansible-playbook site.yml --tags display-domain-vars -l control01

ansible all -m debug -a var=groups['ca_domain']



ansible-playbook site.yml --tags bootstrap-bind

ansible-playbook site.yml --tags bootstrap-cacerts

ansible-playbook site.yml --tags deploy-cacerts

ansible-playbook site.yml --tags docker-control-node

ansible-playbook site.yml --tags docker-admin-node

ansible-playbook site.yml --tags docker-media-node

gethist | grep remote | uniq >> ./README.md 

```



## Command Line Usage



### Display/Debug any vars



```shell

ansible-config dump

ansible-config dump |grep DEFAULT_MODULE_PATH



ansible-inventory --graph output -i inventory/

ansible-inventory --graph output -i inventory/ ntp

ansible-inventory --graph output -i inventory/ ntp_server

ansible-inventory --graph output -i inventory/DEV/

ansible-inventory --graph output -i inventory/PROD/ ntp

ansible-inventory -i inventory/ --graph ntp

ansible-inventory -i inventory/DEV/ --graph ntp

ansible-inventory -i inventory/QA/ --graph output

ansible-inventory -i inventory/PROD/ --graph output group

ansible-inventory -i inventory/PROD/ --graph output ntp

ansible-inventory -i inventory/PROD/ --list ntp

ansible-inventory -i inventory/PROD/ntp.yml --graph output

ansible-inventory -i inventory/DEV/site1.yml --graph output



ansible-playbook -i ./inventory display-ntp-servers.yml 

ansible-playbook -i ./inventory/ display-ntp-servers.yml

ansible-playbook -i ./inventory/ playbook.yml

ansible-playbook -i ./inventory/dmz display-ntp-servers.yml 

ansible-playbook -i ./inventory/internal display-ntp-servers.yml

ansible-playbook -i ./inventory/internal display-ntp-servers.yml 



ansible all -m debug -a var=groups['ca_domain']

ansible -i inventory/DEV/hosts.yml  windows -m debug -a var=ansible_port

ansible -i inventory/DEV/hosts.yml  windows -m debug -a var=ansible_winrm_transport

ansible -i inventory/DEV/hosts.yml  windows -m debug -a var=ansible_host,ansible_port

```



### Setup and Run the datacenter playbook roles



## Run playbooks



Run site-setup play:



`ansible-playbook site.yml`



Run site-setup play with a tag:



```

ansible-playbook site.yml --tags docker-media-node

```



Run plays for specific configuration needed



To run ansible commands from ansible/control node:



```shell

ansible -v -m ping

ansible -m ping ubuntu18

```



Run play for specific node:



```shell

ansible-playbook site.yml --tags display-hostvars --limit admin01

ansible-playbook site.yml --tags install-cacerts --limit media01

```



Run a play for a specific group of nodes:



```shell

ansible-playbook site.yml --tags install-cacerts --limit windows

ansible-playbook site.yml --tags install-cacerts --limit dc_os_ubuntu

ansible-playbook site.yml -t display-hostvars -l dc_os_centos

ansible-playbook site.yml -t display-hostvars -l docker

```



E.g., Run site setup play on control node with a tag from windows/msys shell.



```

ansible-playbook site.yml --tags bootstrap-ansible

ansible-playbook site.yml --tags bootstrap-bind

ansible-playbook site.yml --tags bootstrap-cacert

ansible-playbook site.yml --tags bootstrap-caroot

ansible-playbook site.yml --tags bootstrap-cicd

ansible-playbook site.yml --tags bootstrap-docker-stack

ansible-playbook site.yml --tags bootstrap-idrac

ansible-playbook site.yml --tags bootstrap-jenkins-agent

ansible-playbook site.yml --tags bootstrap-keyring

ansible-playbook site.yml --tags bootstrap-kvm

ansible-playbook site.yml --tags bootstrap-ldap-client

ansible-playbook site.yml --tags bootstrap-linux

ansible-playbook site.yml --tags bootstrap-linux-core

ansible-playbook site.yml --tags bootstrap-docker

ansible-playbook site.yml --tags bootstrap-linux-firewalld

ansible-playbook site.yml --tags configure-linux-firewall

ansible-playbook site.yml --tags bootstrap-mergerfs

ansible-playbook site.yml --tags bootstrap-ntp

ansible-playbook site.yml --tags bootstrap-openstack

ansible-playbook site.yml --tags bootstrap-openstack-cloud

ansible-playbook site.yml --tags bootstrap-postfix

ansible-playbook site.yml --tags bootstrap-proxmox

ansible-playbook site.yml --tags bootstrap-stepcli

ansible-playbook site.yml --tags bootstrap-user

ansible-playbook site.yml --tags bootstrap-vmware-esxi

ansible-playbook site.yml --tags build-docker-images

ansible-playbook site.yml --tags deploy-cacerts

ansible-playbook site.yml --tags deploy-vm

ansible-playbook site.yml --tags deploy-vsphere-dc

ansible-playbook site.yml --tags display-hostvars

ansible-playbook site.yml --tags docker-admin-node

ansible-playbook site.yml --tags docker-control-node

ansible-playbook site.yml --tags docker-media-node

ansible-playbook site.yml --tags docker-samba-node

ansible-playbook site.yml --tags deploy-nfs-service

ansible-playbook site.yml --tags vmware-remount-datastores

ansible-playbook site.yml --tags upgrade-vmware-esxi

```



Setup vsphere dc

```shell

ansible-playbook site.yml --tags deploy-vsphere-dc

```



Deploy VMs

```shell

ansible-playbook site.yml --tags deploy-vm

```



Bootstrap VM nodes if needed

Note: This is not used any longer since this is now performed from the jenkins pipeline.

The jenkins pipeline is responsible for building VM template images using packer.

The vm image build pipeline source is located here [here](https://github.com/lj020326/pipeline-automation-lib/blob/public/vars/buildVmTemplate.groovy).



```shell

ansible-playbook site.yml --tags bootstrap-linux --limit admin02

```



Bootstrap node network config *should not be necessary since this is mostly done in deploy-vm

```shell

ansible-playbook site.yml --tags bootstrap-network --limit node01

```



Docker stack plays

```shell

ansible-playbook site.yml --tags docker-admin-node

ansible-playbook site.yml --tags docker-media-node

```



Useful `site.yml` tag based plays to build/update/configure datacenter:



```shell

ansible-playbook site.yml --tags bootstrap-bind

ansible-playbook site.yml --tags bootstrap-docker

ansible-playbook site.yml --tags bootstrap-linux-core

ansible-playbook site.yml --tags bootstrap-docker

ansible-playbook site.yml --tags bootstrap-linux-firewalld

ansible-playbook site.yml --tags bootstrap-openstack

ansible-playbook site.yml --tags bootstrap-openstack-cloud

ansible-playbook site.yml --tags bootstrap-user

ansible-playbook site.yml --tags bootstrap-vmware-esxi

ansible-playbook site.yml --tags build-docker-images

ansible-playbook site.yml --tags cacerts-deploy

ansible-playbook site.yml --tags deploy-vm

ansible-playbook site.yml --tags deploy-vsphere-dc

ansible-playbook site.yml --tags display-hostvars

ansible-playbook site.yml --tags docker-admin-node

ansible-playbook site.yml --tags docker-media-node

ansible-playbook site.yml --tags fetch-osimages

ansible-playbook site.yml --tags iscsi-client

ansible-playbook site.yml --tags nfs-service

ansible-playbook site.yml --tags vmware-remount-datastores

ansible-playbook site.yml --tags upgrade-vmware-esxi

```



Example inventory checks

```shell

ansible -v all --list-hosts

ansible -i ./inventory/PROD/hosts.yml -m debug -a var=cacert_keystore_host admin03

ansible -i ./inventory/PROD/hosts.yml -m debug -a var=jenkins_swarm_agent_controller admin01

ansible -i ./inventory/PROD/hosts.yml -m debug -a var=jenkins_swarm_agent_labels admin01

ansible -i ./inventory/PROD/hosts.yml -m debug -a var=jenkins_swarm_agent_controller admin01

ansible -i inventory/ -m debug -a var=service_route_internal_root_domain vcontrol01

ansible -i inventory/ -m debug -a var=ca_domain vcontrol01

ansible -i inventory/ -m debug -a var=service_route_internal_root_domain vcontrol01

ansible -i inventory/hosts.yml -m debug -a var=ca_domain vcontrol01

ansible -i inventory/hosts.yml -m debug -a var=group_names admin01

ansible -i inventory/hosts.yml -m debug -a var=internal_root_domain vcontrol01

ansible -i inventory/hosts.yml -m debug -a var=jenkins_swarm_agent_controller admin01

ansible -i inventory/hosts.yml -m debug -a var=service_route_internal_root_domain vcontrol01

ansible -i inventory/PROD/ -m debug -a var=ansible_host vcenter7

ansible -i inventory/PROD/ -m debug -a var=bootstrap_docker__script_dirs admin03

ansible -i inventory/PROD/ -m debug -a var=bootstrap_docker__swarm_managers admin03

ansible -i inventory/PROD/ -m debug -a var=bootstrap_docker__swarm_remote_addrs admin03

ansible -i inventory/PROD/ -m debug -a var=ca_domain admin01

ansible -i inventory/PROD/ -m debug -a var=ca_domain vcontrol01

ansible -i inventory/PROD/ -m debug -a var=docker_stack_internal_domain admin03

ansible -i inventory/PROD/ -m debug -a var=docker_stack_internal_root_domain admin03

ansible -i inventory/PROD/ -m debug -a var=group_names admin01

ansible -i inventory/PROD/ -m debug -a var=group_names vcenter7

ansible -i inventory/PROD/ -m debug -a var=group_names vcontrol01

ansible -i inventory/PROD/ -m debug -a var=internal_domain vcenter7

ansible -i inventory/PROD/ -m debug -a var=internal_domain vcontrol01

ansible -i inventory/PROD/ -m debug -a var=internal_root_domain vcenter7

ansible -i inventory/PROD/ -m debug -a var=internal_subdomain vcontrol01

ansible -i inventory/PROD/ -m debug -a var=service_route_internal_root_domain admin01

ansible -i inventory/PROD/hosts.yml -m debug -a var=jenkins_swarm_agent_controller admin01

ansible-inventory --help

ansible-inventory -h

ansible-inventory -i ./inventory/PROD/hosts.yml --graph 

ansible-inventory -i inventory/PROD/ --graph vmware_vcenter

```



Example test playbook runs

```shell

runme.sh site.yml -t deploy-cacerts -l admin01

runme.sh bootstrap-pip.yml -l admin01

runme.sh -vvv bootstrap-docker.yml -l admin01

runme.sh bootstrap-docker-stack.yml -l docker_stack_jenkins_jcac

runme.sh bootstrap-jenkins-agent.yml -l admin01

```



## Contact



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## Reference