For protocol, it should be a list and all
of the values are expected to be lowercase.
An example is also added to show how to add
both Spice and VNC consoles to a VM.
* Added 'quota_id','sso', 'boot_menu', 'usb_support', 'serial_console' fields to ovirt_vms module
* always run ansible-test first
* always run ansible-test first 2
* suggested changes applied
* Add VnicProfileMapping to register VM
Add vnic profile mappings to be supported in vm registration
* Add VnicProfileMapping to register template
Add vnic profile mappings to be supported in template registration
* Add reassign bad macs to register VM
Add reassign bad macs to be supported in vm registration.
* Add additional mappings params for VM registration
As part of the effort to support DR with oVirt
the "Register" operation is being added with a new mapping parameter
that describes the configuration of the registration.
The idea of supporting DR site to site in oVirt is to have 2 active
setups using storage replication between the primary setup and the
secondary setup.
Both setups will have active DCs, clusters, and hosts, although those
will not be identical.
The user can define a mapping which will be used to recover its setup.
Each mapping can be used to map any VM's attribute stored in the OVF
with its correlated entity.
For example, there could be a primary setup with a VM configured on cluster A.
We also keep an active secondary setup which only have cluster B.
Cluster B is compatible for that VM and in case of a DR scenario theoretically
the storage domain can be imported to the secondary setup and the use can
register the VM to cluster B.
In that case, we can automate the recovery process by defining a cluster mapping,
so once the entity will be registered its OVF will indicate it belongs to
cluster A but the mapping which will be sent will indicate that cluster B should
be valid for every thing that is configured on cluster A.
The engine should do the switch, and register the VM to cluster B in the secondary site.
Cluster mapping is just one example.
The following list describes the different mappings which were
introduced:
LUN mapping
Role mapping
Permissions mapping
Affinity group mapping
Affinity label mapping
Each mapping will be used for its specific OVF's data once the register operation
will take place in the engine.
* Add additional mappings params for Template registration
As part of the effort to support DR with oVirt
the "Register" operation is being added with a new mapping parameter
that describes the configuration of the registration.
The idea of supporting DR site to site in oVirt is to have 2 active
setups using storage replication between the primary setup and the
secondary setup.
Both setups will have active DCs, clusters, and hosts, although those
will not be identical.
The user can define a mapping which will be used to recover its setup.
Each mapping can be used to map any Template's attribute stored in the OVF
with its correlated entity.
For example, there could be a primary setup with a Template configured on cluster A.
We also keep an active secondary setup which only have cluster B.
Cluster B is compatible for that Template and in case of a DR scenario theoretically
the storage domain can be imported to the secondary setup and the use can
register the Template to cluster B.
In that case, we can automate the recovery process by defining a cluster mapping,
so once the entity will be registered its OVF will indicate it belongs to
cluster A but the mapping which will be sent will indicate that cluster B should
be valid for every thing that is configured on cluster A.
The engine should do the switch, and register the Template to cluster B in the
secondary site.
Cluster mapping is just one example.
The following list describes the different mappings which were
introduced:
Role mapping
Permissions mapping
Each mapping will be used for its specific OVF's data once the register operation
will take place in the engine.
* Add support for update OVF store
Add support for task of update OVF store in a storage domain.
* Use latest available template
Documentation states:
template_version: version number of the template to be used for VM. By default the latest available version of the template is used.
This was not true because if parameter was not specified, template[0] is choosen, without checking if is the latest. Now, sorting + selecting the latest selects the one with the latest version number.
* Sort in reverse order, style cleanup
Applied fixes from comment
* ovirt_templates: Update the argument spec of templates.
Add id of template since it is needed for register.
* ovirt_vms: Register unregistered VM.
Use register of VM with id instead of name since an
unregitered entity can be registered also without name attribute.
* ovirt_hosts: Add iscsidiscover to ovirt_hosts
Adding functionality of iscsidiscover to be used to discover iscsi
targets.
* ovirt_storage_domains: Add support for import block storage domain.
* Add functionality of partial import to unregistered VMs.
* Add functionality of partial import to unregistered Templates.
* ovirt_hosts: Add iscsilogin to ovirt hosts.
Add functionality of iscsi login to ovirt hosts to be used to connect to
iscsi targets and to be able to import iSCSI storage domain eventually.
* Add ovirt_storage_templates_facts
Adding fact module for storage templates.
The module should help with registering unregistered templates.
* Add ovirt_storage_vms_facts
Adding fact module for storage VMs.
The module should help with registering unregistered VMs.
When creatinf a new VM from template, you can specify the storage domain
name and disk format where to copy all the template disks
For example if you want to create a VM from template into specific
storage domain you can do the following:
ovirt_vms:
name: vm_on_my_storage_domain
cluster: my_cluster
template: my_template
operating_system: other_linux
type: server
cpu_cores: 1
cpu_sockets: 1
state: stopped
clone: True
storage_domain: my_nfs_storage
format: COW
Changes to the metadata format were approved here:
https://github.com/ansible/proposals/issues/54
* Update documentation to the new metadata format
* Changes to metadata-tool to account for new metadata
* Add GPL license header
* Add upgrade subcommand to upgrade metadata version
* Change default metadata to the new format
* Fix exclusion of non-modules from the metadata report
* Fix ansible-doc for new module metadata
* Exclude metadata version from ansible-doc output
* Fix website docs generation for the new metadata
* Update metadata schema in valiate-modules test
* Update the metadata in all modules to the new version
This patch enhances waiting operation of stateless VM to be down.
Because stateless VM creates a snapshot and removes it after the
VM is shutdown, we must wait until the VM is really prepared to
start again.
* Update validate-modules
* Validates ANSIBLE_METADATA
* Ensures imports happen after documentation vars
* Some pep8 cleanup
* Clean up some left over unneeded code
* Update modules for new module guidelines and validate-modules checks
* Update imports for ec2_vpc_route_table and ec2_vpc_nat_gateway
* cloud: ovirt: add function to get id by name
* cloud: ovirt: add instance type parameter
* cloud: ovirt: use param method instead of module.params
* cloud: ovirt: use 'and' at begging of next line
* cloud: ovirt: add description parameter to vms module
* cloud: ovirt: add comment parameter to vms module
* cloud: ovirt: add timezone parameter to vms module
* cloud: ovirt: add serial_policy parameter to vms module
This patch add additional filtering of VNIC profiles by the cluster
parameter. It is a must, because there could be same names of the
VNIC profiles in system, as every datacenter can have VNIC profile
same name, which can be in other datacenter.
This patch fixes issue #20246
Ondra Machacek
Sharon Gratch
Luke Short
Yaniv Kaul
Martin Perina
pmargara
maorlipchuk
Nijin Ashok
Mark Chappell
Satyajit Bulage
Luca Lorenzetto
Toshio Kuratomi
Tareq Alayan
Benny Zlotnik
Andrea Tartaglia
Matt Martz
Ondra Machacek