* Update extraconfig for platform param in xen/xcpng
* Fix map param key, not to replace '-' with '_' (replace only applicable to param / map-param)
* Added unit tests
* Add license for tests file
* kvm: replace ISO path in vm XML configuration during vm migration
* Update 9212: address comments
* kvm: fix vm migration if there are multiple image stores
This PR addresses the issue #8789
The original issue is disconnectPhysicalDiskByPath() implementation in FibreChannelAdaptor always returns true irrespective of the success of the operation. This was already fixed in the PR #8889 .
Ideally this method has to be called after choosing the right adapter based on the storage pool type of the volume path, but currently it is just called in a loop.
05b9b6e2e7/plugins/hypervisors/kvm/src/main/java/com/cloud/hypervisor/kvm/storage/KVMStoragePoolManager.java (L200-L212)
while trying to fix the case of running into the loop of all adapters by somehow passing the storage pool type to that caller cleanup() method but this is touching all over the code (which I fear it creates other regressions), instead I feel we can keep it the current way only since Fibrechannel adapter has already fixed.
In this PR I've added the java doc explaining the method and situation.
This fixes a limitation for arm64/aarch64 KVM hosts to correctly export
the product name via sysconfig attribute. Without this `cloud-init`
doesn't function correctly on arm64 platforms.
Signed-off-by: Rohit Yadav <rohit.yadav@shapeblue.com>
* 4.18:
protect against null-path (#8915)
UI: Fix missing locale strings for Status widget (#8792)
Add a shutdownhook to remove jobs owned by the process (#8896)
Add a global setting to control whether redirection is allowed while
downloading templates and volumes
Signed-off-by: Abhishek Kumar <abhishek.mrt22@gmail.com>
Add a global setting to control whether redirection is allowed while
downloading templates and volumes
core: some changes on SimpleHttpMultiFileDownloader
similar as HttpTemplateDownloader
Signed-off-by: Abhishek Kumar <abhishek.mrt22@gmail.com>
(cherry picked from commit b1642bc3bf58ccde9f56f632b5a9fe46a3eb5356)
Signed-off-by: Rohit Yadav <rohit.yadav@shapeblue.com>
* Introduced a new API checkVolumeAndRepair that allows users or admins to check and repair if any leaks observed.
Currently this is supported only for KVM
* some fixes
* Added unit tests
* addressed review comments
* add repair volume while granting access
* Changed repair parameter to accept both leaks/all
* Introduced new global setting volume.check.and.repair.before.use to do volume check and repair before VM start or volume attach operations
* Added volume check and repair changes only during VM start and volume attach operations
* Refactored the names to look similar across the code
* Some code fixes
* remove unused code
* Renamed repair values
* Fixed unit tests
* changed version
* Address review comments
* Code refactored
* used volume name in logs
* Changed the API to Async and the setting scope to storage pool
* Fixed exit value handling with check volume command
* Fixed storage scope to the setting
* Fix volume format issues
* Refactored the log messages
* Fix formatting
* veeam: detach only the restored volume during backup restore
Steps to reproduce the issue
1. create a VM (A) with ROOT and DATA disk
2. assign to a backup offering
3. create backup
4. create another VM (B)
5. restore the DATA disk of VM A, and attach to VM B
6. When operation is done, check the datastore
Without this change, the ROOT image is not removed and left over on the datastore.
```
[root@ref-trl-5933-v-Mr8-wei-zhou-esxi2:/vmfs/volumes/5f60667d-18d828eb] ls -l /vmfs/volumes/5f60667d-18d828eb/CS-RSTR-dfb6f21c-a941-49db-9963-4f0286a17dac
total 1784840
-rw------- 1 root root 5242880000 Jan 24 09:23 ROOT-722_2-flat.vmdk
-rw------- 1 root root 499 Jan 24 09:23 ROOT-722_2.vmdk
```
With this change, the whole temporary vm has been destroyed.
```
[root@ref-trl-5933-v-Mr8-wei-zhou-esxi2:/vmfs/volumes/5f60667d-18d828eb] ls -l /vmfs/volumes/5f60667d-18d828eb/CS-RSTR-734bee3b-640c-4ff0-a34b-bc45358565b2
ls: /vmfs/volumes/5f60667d-18d828eb/CS-RSTR-734bee3b-640c-4ff0-a34b-bc45358565b2: No such file or directory
```
* veeam: fix wrong disk size in debug message
* veeam: sync backup repository after operations are done
got exception of some operations which succeeds due to the following error
```
2024-01-19 10:59:52,846 DEBUG [o.a.c.b.v.VeeamClient] (API-Job-Executor-42:ctx-716501bb job-4373 ctx-2359b76d) (logid:b5e19a17) Veeam response for PowerShell commands [PowerShell Import-Module Veeam.Backup.PowerShell -WarningAction SilentlyContinue;$restorePoint = Get-VBRRestorePoint ^| Where-Object { $_.Id -eq '1d99106a-b5c8-4a1e-958d-066a987caa5f' };if ($restorePoint) { Remove-VBRRestorePoint -Oib $restorePoint -Confirm:$false;$repo = Get-VBRBackupRepository;Sync-VBRBackupRepository -Repository $repo;} else { ; Write-Output 'Failed to delete'; Exit 1;}] is: [^M
Restore Type Job Name State Start Time End Time Description ^M
------------ -------- ----- ---------- -------- ----------- ^M
ConfResynchronize Configuration Dat... Starting 19/01/2024 10:59:52 01/01/1900 00:00:00 ^M
^M
^M
Remove-VBRRestorePoint : Win32 internal error "Access is denied" 0x5 occurred while reading the console output buffer. ^M
Contact Microsoft Customer Support Services.^M
At line:1 char:196^M
+ ... orePoint) { Remove-VBRRestorePoint -Oib $restorePoint -Confirm:$false ...^M
+ ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~^M
+ CategoryInfo : ReadError: (:) [Remove-VBRRestorePoint], HostException^M
+ FullyQualifiedErrorId : ReadConsoleOutput,Veeam.Backup.PowerShell.Cmdlets.RemoveVBRRestorePoint^M
^M
].
```
* veeam: fix unable to detach volume when restore backup and attach to vm then detach the volume
It also happened when destroy the original or backup VM
```
2024-01-24 10:10:03,401 ERROR [c.c.s.r.VmwareStorageProcessor] (DirectAgent-74:ctx-95b24ac7 10.0.35.53, job-25995/job-25996, cmd: DettachCommand) (logid:7260ffb8) Failed to detach volume!
java.lang.RuntimeException: Unable to access file [de52fdd3386b3d67b27b3960ecdb08f4] i-2-723-VM/7c2197c129464035bab062edec536a09-flat.vmdk
at com.cloud.hypervisor.vmware.util.VmwareClient.waitForTask(VmwareClient.java:426)
at com.cloud.hypervisor.vmware.mo.DatastoreMO.moveDatastoreFile(DatastoreMO.java:290)
at com.cloud.storage.resource.VmwareStorageLayoutHelper.syncVolumeToRootFolder(VmwareStorageLayoutHelper.java:241)
at com.cloud.storage.resource.VmwareStorageProcessor.attachVolume(VmwareStorageProcessor.java:2150)
at com.cloud.storage.resource.VmwareStorageProcessor.dettachVolume(VmwareStorageProcessor.java:2408)
at com.cloud.storage.resource.StorageSubsystemCommandHandlerBase.execute(StorageSubsystemCommandHandlerBase.java:174)
at com.cloud.storage.resource.StorageSubsystemCommandHandlerBase.handleStorageCommands(StorageSubsystemCommandHandlerBase.java:71)
at com.cloud.hypervisor.vmware.resource.VmwareResource.executeRequest(VmwareResource.java:589)
at com.cloud.agent.manager.DirectAgentAttache$Task.runInContext(DirectAgentAttache.java:315)
at org.apache.cloudstack.managed.context.ManagedContextRunnable$1.run(ManagedContextRunnable.java:48)
at org.apache.cloudstack.managed.context.impl.DefaultManagedContext$1.call(DefaultManagedContext.java:55)
at org.apache.cloudstack.managed.context.impl.DefaultManagedContext.callWithContext(DefaultManagedContext.java:102)
at org.apache.cloudstack.managed.context.impl.DefaultManagedContext.runWithContext(DefaultManagedContext.java:52)
at org.apache.cloudstack.managed.context.ManagedContextRunnable.run(ManagedContextRunnable.java:45)
at java.base/java.util.concurrent.Executors$RunnableAdapter.call(Executors.java:515)
at java.base/java.util.concurrent.FutureTask.run(FutureTask.java:264)
at java.base/java.util.concurrent.ScheduledThreadPoolExecutor$ScheduledFutureTask.run(ScheduledThreadPoolExecutor.java:304)
at java.base/java.util.concurrent.ThreadPoolExecutor.runWorker(ThreadPoolExecutor.java:1128)
at java.base/java.util.concurrent.ThreadPoolExecutor$Worker.run(ThreadPoolExecutor.java:628)
at java.base/java.lang.Thread.run(Thread.java:829)
2024-01-24 10:10:03,402 INFO [c.c.h.v.u.VmwareHelper] (DirectAgent-74:ctx-95b24ac7 10.0.35.53, job-25995/job-25996, cmd: DettachCommand) (logid:7260ffb8) [ignored]failed to get message for exception: Unable to access file [de52fdd3386b3d67b27b3960ecdb08f4] i-2-723-VM/7c2197c129464035bab062edec536a09-flat.vmdk
```
* vmware: create restored volume with new UUID and attach to VM
This PR fixes bug introduced in #8502. Timeout for script execution was set to 60 ms instead of 60s which resulted in host not getting UEFI enabled. This is a blocker for 4.19 release.
We do this by introducing a new agent parameter `agent.script.timeout` (default - 60 seconds) to use as a timeout for the script checking host's UEFI status.
We also externalize the timeout for the ReadyCommand by introducing a new global setting `ready.command.wait` (default - 60 seconds).
For ModifyStoragePoolCommand, we don't externalize the timeout to avoid confusion for the user. Since, the required timeout can vary depending on the provider in use and we are only setting the wait for default host listener for now. Instead, we reuse the global `wait` setting by dividing it by `5` making the default value of 6 minutes (1800/5 = 360s) for ModifyStoragePoolCommand.
Note: the actual time, the MS waits is twice the wait set for a Command. Check reference code below.
19250403e6/engine/orchestration/src/main/java/com/cloud/agent/manager/AgentAttache.java (L406-L442)
This PR fixes several issues in the testing of Veeam 11 and Veeam12
- Import Veeam.Backup.PowerShell and silently ignore the warning messages
- Fix issue when assign vm to backup offerings, which caused by separator (\r\n)
- Fix authorization failure in veeam 12a, which is because v1_4 is not supported in veeam 12a any more
- Fix exception if backup name has space
- Fix backup metrics in veeam12, which is because powershell command does not return the values needed
- Fix Incorrect datetime value, which is because powershell command returns a datetime which is not supported in Java
- Fix issue during backup restoration if VM has both ROOT and DATA disks.
This PR also has the following update
- Add integration test test/integration/smoke/test_backup_recovery_veeam.py
- Make some UI changes
- Add zone setting backup.plugin.veeam.version. If it is not set, CloudStack will get veeam version via powershell commands.
- Add zone setting backup.plugin.veeam.task.poll.interval and backup.plugin.veeam.task.poll.max.retry
There are a lot of test failures due to test_vm_life_cycle.py in multiple PRs due to host not available for migration of VMs.
#8438 (comment)
#8433 (comment)
#7344 (comment)
While debugging I noticed that the hosts get stuck in Connecting state because MS is waiting for a response of the ReadyCommand from the agent. Since we take a lock on connection and disconnection, restarting the agent doesn't work. To fix this, we have to restart the MS or wait for ~1 hour (default timeout).
On the agent side, it gets stuck waiting for a response from the Script execution.
To reproduce, run smoke/test_vm_life_cycle.py (TestSecuredVmMigration test class to be specific). Once the tests are complete, you will notice that some hosts are stuck in Connecting state. And restarting the agent fails due to the named lock. Locks on DB can be checked using the below query.
SELECT *
FROM performance_schema.metadata_locks
INNER JOIN performance_schema.threads ON THREAD_ID = OWNER_THREAD_ID
WHERE PROCESSLIST_ID <> CONNECTION_ID() \G;
This PR adds a wait for the ready command and a timeout to the Script execution to ensure that the thread doesn't get stuck and the named lock from database is released.
This PR fixes a regression caused by #8465 on advanced zones, import fails with:
2024-01-10 12:13:33,234 DEBUG [o.a.c.e.o.NetworkOrchestrator] (API-Job-Executor-3:ctx-991bbe9f job-128 ctx-f49517d4) (logid:d7b8e716) Allocating nic for vm 142272e8-9e2e-407b-9d7e-e9a03b81653c in network Network {"id": 204, "name": "Isolated", "uuid": "9679fac5-e3ac-4694-a57b-beb635340f39", "networkofferingid": 10} during import
2024-01-10 12:13:33,239 ERROR [o.a.c.v.UnmanagedVMsManagerImpl] (API-Job-Executor-3:ctx-991bbe9f job-128 ctx-f49517d4) (logid:d7b8e716) Failed to import NICs while importing vm: i-2-31-VM
com.cloud.exception.InsufficientVirtualNetworkCapacityException: Unable to acquire Guest IP address for network Network {"id": 204, "name": "Isolated", "uuid": "9679fac5-e3ac-4694-a57b-beb635340f39", "networkofferingid": 10}Scope=interface com.cloud.dc.DataCenter; id=1
at org.apache.cloudstack.engine.orchestration.NetworkOrchestrator.importNic(NetworkOrchestrator.java:4582)
at org.apache.cloudstack.vm.UnmanagedVMsManagerImpl.importNic(UnmanagedVMsManagerImpl.java:859)
at org.apache.cloudstack.vm.UnmanagedVMsManagerImpl.importVirtualMachineInternal(UnmanagedVMsManagerImpl.java:1198)
at org.apache.cloudstack.vm.UnmanagedVMsManagerImpl.importUnmanagedInstanceFromHypervisor(UnmanagedVMsManagerImpl.java:1511)
at org.apache.cloudstack.vm.UnmanagedVMsManagerImpl.baseImportInstance(UnmanagedVMsManagerImpl.java:1342)
at org.apache.cloudstack.vm.UnmanagedVMsManagerImpl.importUnmanagedInstance(UnmanagedVMsManagerImpl.java:1282)
at java.base/jdk.internal.reflect.NativeMethodAccessorImpl.invoke0(Native Method)
Also, addresses the VNC password field set instead of a fixed string
1. Problem description
In Apache CloudStack (ACS), when a VM is deployed in a host with the KVM hypervisor, an XML file is created in the assigned host, which has a property shares that defines the weight of the VM to access the host CPU. The value of this property has no unit, and it is a relative measure to calculate how much CPU a given VM will have in the host. However, this value has a limit, which depends on the version of cgroup utilized by the host's kernel. The problem lies at the range value of shares that varies between both versions: [2, 264144] for cgroups version 1; and [1, 10000] for cgroups version 2. Currently, ACS calculates the value of shares using Equation 1, presented below, where CPU is the number of cores and speed is the CPU frequency; both specified in the VM's compute offering. Therefore, if a compute offering has, for example, 6 cores at 2 GHz, the shares value will be 12000 and an exception will be thrown by libvirt if the host utilizes cgroup v2. The second version is becoming the default one in current Linux distributions; thus, it is necessary to address this limitation.
Equation 1
shares = CPU * speed
Fixes: #6744
2. Proposed changes
To address the problem described, we propose to apply a scale conversion considering the max shares of the host. Using the same formula currently utilized by ACS, it is possible to calculate the maximum shares of a VM for a given host. In other words, using the number of cores and the nominal speed of the host's CPU as the upper limit of shares allowed to a VM. Then, this value will be scaled to the allowed interval of [1, 10000] of cgroup v2 by using a linear scale conversion.
The VM shares would be calculated as Equation 2, presented below, where VM requested shares is the requested shares value calculated using Equation 1, cgroup upper limit is fixed with a value of 10000 (cgroups v2 upper limit), and host max shares is the maximum shares value of the host, calculated using Equation 1. Using Equation 2, the only case where a VM passes the cgroup v2 limit is when the user requests more resources than the host has, which is not possible with the current implementation of ACS.
Equation 2
shares = (VM requested shares * cgroup upper limit)/host max shares
To implement the proposal, the following APIs will be updated: deployVirtualMachine, migrateVirtualMachine and scaleVirtualMachine. When a VM is being deployed, a new verification will be added to find a suitable host. The max shares of each host will be calculated, and the VM calculated shares will be verified if it does not surpass the host's value. Likewise, the migration of VMs will have a similar new verification. Lastly, the scale of VMs will also have the same verification for the VM's host.
To determine the max shares of a given host, we will use the same equation currently used in ACS for calculating the shares of VMs, presented in Section 1. When Equation 1 is used to determine the maximum shares of a host, CPU is the number of cores of the host, and speed is the nominal CPU speed, i.e., considering the CPU's base frequency.
It is important to note that these changes are only for hosts with the KVM hypervisor using cgroup v2 for now.
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.
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.
