Feature spec: https://cwiki.apache.org/confluence/display/CLOUDSTACK/Granular+Resource+Limit+Management
Introduces the concept of tagged resource limits for granular resource limit management. Limits can be enforced on accounts and domains for the deployment of entities for a tagged resource. Current tagged resource limits can be used for the following resource types,
Host limits
- user_vm
- cpu
- memory
Storage limits
- volume
- primary_storage
Following global settings can used to specify tags for which limit needs to be enforced,
Host: `resource.limit.host.tags`
Storage: `resource.limit.storage.tags`
Option for specifying tagged resource limits and viewing tagged resource usage are made available in the UI.
Enhances the use of templatetag for VM deployment and template creation
Adds option to list service/compute offerings that can be used with a given template. A new parameter named templateid has been added.
Adds option to list disk offering with suitability flag for a virtual machine. A new parameter named virtualmachineid has been added to the listDiskOfferings API which when passed returns suitableforvirtualmachine param in the response.
* Use free/total instead of free metric to calculate imbalance
* Filter out hosts for condensed while checking imbalance
* Make DRS more configurable
* code refactor
* Add unit tests
* fixup
* Fix validation for drs.imbalance.condensed.skip.threshold
* Add logging and other minor changes for drs
* Add some logging for drs
* Change format for drs imbalance to string
* Show drs imbalance as percentage
* Fixup label for memorytotal in en.json
* NSX: Prevent creation of L2 and Shared networks for NSX
* add checks to backend to prevent creation of l2 and shared networks in nsx zones and filter only nsx offerings when creating isolated networks
* cleanup
* NSX: Attempt to fix NSX Zone creation bug for public networks
* fix zone wizard public traffic issue
* add proper filtering of offerings based on VPC nsx mode
* clean up console logs
This PR provides a new primary storage volume type called "FiberChannel" that allows access to volumes connected to hosts over fiber channel connections. It requires Multipath to provide path discovery and failover. Second, the PR adds an AdaptivePrimaryDatastoreProvider that abstracts how volumes are managed/orchestrated from the connector to communicate with the primary storage provider, using a ProviderAdapter interface, allowing the code interacting with the primary storage provider API's to be simpler and have no direct dependencies on Cloudstack code. Lastly, the PR provides an implementation of the ProviderAdapter classes for the HP Enterprise Primera line of storage solutions and the Pure Flash Array line of storage solutions.
* NSX: Add ALL LB IP to the list of route advertisements in tier1
* NSX: Support Source NAT on NSX Isolated networks
* NSX: Cks Support
* NSX: Create segment group on segment creation
* Add unit tests
* Remove group for segment before removing segment
* Create Distributed Firewall rules
* Remove distributed firewall policy on segment deletion
* Fix policy rule ID and add more unit tests
* Add support for routed NSX Isolated networks \n and non RFC 1918 compliant IPs
* Add support for routed NSX Isolated networks \n and non RFC 1918 compliant IPs
* Add Firewall rules
* build failure - fix unit test
* fix npes
* Add support to delete firewall rules
* update nsx cks offering
* add license
* update order of ports in PF & FW rules
* fix filter for getting transport zones
* CKS support changed - MTU updated, etc
* add LB for CKS on VPC
* address comments
* adapt upstream cks logic for vpc
* rever mtu hack
* update UI changes as per upstream fix
* change display test for CKS n/w offerings for isolated and VPC tiers
* add extra line for linter
* address comment
* revert list change
---------
Co-authored-by: nvazquez <nicovazquez90@gmail.com>
This PR adds the capability in CloudStack to convert VMware Instances disk(s) to KVM using virt-v2v and import them as CloudStack instances. It enables CloudStack operators to import VMware instances from vSphere into a KVM cluster managed by CloudStack. vSphere/VMware setup might be managed by CloudStack or be a standalone setup.
CloudStack will let the administrator select a VM from an existing VMware vCenter in the CloudStack environment or external vCenter requesting vCenter IP, Datacenter name and credentials.
The migrated VM will be imported as a KVM instance
The migration is done through virt-v2v: https://access.redhat.com/articles/1351473, https://www.ovirt.org/develop/release-management/features/virt/virt-v2v-integration.html
The migration process timeout can be set by the setting convert.instance.process.timeout
Before attempting the virt-v2v migration, CloudStack will create a clone of the source VM on VMware. The clone VM will be removed after the registration process finishes.
CloudStack will delegate the migration action to a KVM host and the host will attempt to migrate the VM invoking virt-v2v. In case the guest OS is not supported then CloudStack will handle the error operation as a failure
The migration process using virt-v2v may not be a fast process
CloudStack will not perform any check about the guest OS compatibility for the virt-v2v library as indicated on: https://access.redhat.com/articles/1351473.
In UI, shared network IP addresses are shown in a tab named Public IP addresses inside the network view.
Public IP addresses have their own subsection in the UI. Network → Public IP address. Shared network IP addresses are not shown in this view.
This is confusing for users and Public IP addresses tab in the network view has been renamed as IP addresses for a shared network.
Signed-off-by: Abhishek Kumar <abhishek.mrt22@gmail.com>
This PR aligns the use of terminology, renaming VM / virtual machine references to 'Instance' and also capitalising the terms Templates, Network, Snapshot, User, Account in CloudStack UI. “VM snapshots” moved under the “Compute” main menu, and renamed to “Instance Snapshots”. “Snapshots” (under Storage section) renamed to “Volume Snapshots”.
OAuth2, the industry-standard authorization or authentication framework, simplifies the process of
granting access to resources. CloudStack supports OAuth2 authentication wherein users can login into
CloudStack without using a username and password. Support for Google and Github providers has been added.
Other OAuth2 providers can be easily integrated with CloudStack using its plugin framework.
The login page will show provider options when the OAuth2 is enabled and corresponding providers are configured.
"OAuth configuration" sub-section is present under "Configuration" where admins can register the corresponding
OAuth providers.
nvazquez
Daan Hoogland
Vishesh
Harshit Soni
Abhishek Kumar
Wei Zhou
Fabricio Duarte
Rohit Yadav
Pearl Dsilva
Leo
Andrija Panic
kishankavala
Rene Glover
João Jandre
vladimirpetrov
Harikrishna