When executing request assignVirtualMachine with null domainID and a valid projectID then a NullPointerException happens at DomainChecker.java.
Command example:
assign virtualmachine virtualmachineid=vmID projectid=projectID account=admin
The NullPointerException that is thrown at DomainChecker is handled at AssignVMCmd.java#L142, resulting in the following log message: Failed to move vm null.
While remove secondary nic from a Running vm, if update the default nic to the secondary nic before the nic is removed, the vm will not have default nic (and cannot be started) when both operations are completed.
It is because UpdateDefaultNic api is not handled as a vm work job (AddNicToVMCmd and RemoveNicFromVMCmd are), it is processed before nic is removed. The result is that secondary nic becomes default nic and got removed.
This PR adds outputting human readable byte sizes in the management server logs, agent logs, and usage records. A non-dynamic global variable is added (display.human.readable.sizes) to control switching this feature on and off. This setting is sent to the agent on connection and is only read from the database when the management server is started up. The setting is kept in memory by the use of a static field on the NumbersUtil class and is available throughout the codebase.
Instead of seeing things like:
2020-07-23 15:31:58,593 DEBUG [c.c.a.t.Request] (AgentManager-Handler-12:null) (logid:) Seq 8-1863645820801253428: Processing: { Ans: , MgmtId: 52238089807, via: 8, Ver: v1, Flags: 10, [{"com.cloud.agent.api.NetworkUsageAnswer":{"routerName":"r-224-VM","bytesSent":"106496","bytesReceived":"0","result":"true","details":"","wait":"0",}}] }
The KB MB and GB values will be printed out:
2020-07-23 15:31:58,593 DEBUG [c.c.a.t.Request] (AgentManager-Handler-12:null) (logid:) Seq 8-1863645820801253428: Processing: { Ans: , MgmtId: 52238089807, via: 8, Ver: v1, Flags: 10, [{"com.cloud.agent.api.NetworkUsageAnswer":{"routerName":"r-224-VM","bytesSent":"(104.00 KB) 106496","bytesReceived":"(0 bytes) 0","result":"true","details":"","wait":"0",}}] }
FS: https://cwiki.apache.org/confluence/display/CLOUDSTACK/Human+Readable+Byte+sizes
* Enable unmanaging guest VMs
* Minor fixes
* Fix stop usage event only if VM is not stopped when unmanaging
* Rename unmanaged VMs manager
* Generate netofferingremove usage event if VM is not stopped
* Generate usage event VM snapshot primary off when unmanaging
Repro Steps:
1. Create a VM on host1
2. Make host1 capacity full by deploying multiple VMs
3. Try Dynamic scaling on VM on host1
4. NPE occurs when MS tries to find host to migrate the VM and then scale.
Root cause: VM profile is not initiated properly with serviceoffering before planning for deployment
Solution: Iniate VM profile with serviceoffering and also make sure custom compute parameters are handled
Root cause:
Even though dynamic scaling job is handled in vmworkjob queue which ensures serilizing multiple jobs but the database updating and generating usage events are out of the job queue.
Solution:
Moved all updations into the job queue
Firstly I have tested all the scenarios to check if nothing is broken:
Scaling on a running VM with normal compute offering
Scaling on a stopped VM with normal compute offering
Scaling on a running VM with custom compute offering
Scaling on stopped VM with custom compute offering
Scaling on stopped/running VM between custom compute offering and normal compute offering and combinations among these. Checked if the custom parameters have been populated or deleted accordingly based on the offering to which the VM is scaled
Since this is a corner scenario I could not test the exact point where two usage events are recorded at the same time for two different API calls on same VM.
* Enable PVLAN support on L2 networks
* Fix prevent null pointer on details
* Add marvin tests
* Fixes from comments
* Fix: missing pvlan type on plugniccommand
* Fix checks on network creation for vlans overlap
* Fix remove prefix from secondary vlan id
* Improve checks on physical network for pvlans
* Fix compatibility with previous pvlan creation
* Fix shared networks backwards pvlan compatibility
* Add ui fix for pvlan type not passed to api
* Add check for isolated vlan id overlap
* Include check for dynamic vlan reserved for secondary vlan
* Fix marvin tests errors
* Fix redundant imports
* Skip marvin test for pvlan if dvswitch is not present
* spelling
Co-authored-by: Andrija Panic <45762285+andrijapanicsb@users.noreply.github.com>
* server: fix resource count of primary storage if some volumes are Expunged but not removed
Steps to reproduce the issue
(1) create a vm and stop it. check resource count of primary storage
(2) download volume. resource count of primary storage is not changed.
(3) expunge the vm, the volume will be Expunged state as there is a volume snapshot on secondary storage. The resource count of primary storage decreased.
(4) update resource count of the account (or domain), the resource count of primary storage is reset to the value in step (2).
* New feature: Add support to destroy/recover volumes
* Add integration test for volume destroy/recover
* marvin: check resource count of more types
* messages translate to JP
* Update messages for CN
* translate message for NL
* fix two issues per Daan's comments
Co-authored-by: Andrija Panic <45762285+andrijapanicsb@users.noreply.github.com>
The VM ingestion feature allows CloudStack to discover, on-board, import existing VMs in an infra. The feature currently works only for VMware, with a hypervisor agnostic framework which may be extended for KVM and XenServer in future.
* marvin: check resource count of more types
* New feature: add flag resource.count.running.vms.only to count resource consumption of only running vms
Stopped VMs do not use CPU/RAM actually.
A new global configuration resource.count.running.vms.only is added to determine whether resource (cpu/memory) of only running vms (including Starting/Stopping) will be taken into calculation of resource consumption.
* Add integration test for resource count of only running vms
Steps to reproduce the issue
(1) create a custom service offering
(2) create a vm with the offering
(3) update vm with displayvm=false, returns an error
(local) > update virtualmachine id=f33fd06a-7643-40d1-833f-272845d9ba09 displayvm=false
Error 530: {"updatevirtualmachineresponse":{"uuidList":[],"errorcode":530,"cserrorcode":9999}}
Steps to reproduce the issue
(1) create an account (test)
(2) create a vm with the account (test)
(3) login with admin, and upgrade the vm to another offering
(4) the resource count (cpu,memory) of admin increases, not the account (test).
* Suqash commits to a single commit and rebase against master
Update marvin tests to use white list
* * Fix marvin test failure
* Add new marvin negative tests cases
* Remove hard-coded hypervisor types in marvin tests
* Fix build error after rebase and add hugepagesless
* Fix readability of python code
* Fix failing test
* Adding cleanup of vms for negative tests
* Bug fixes - change config checks properly and block extraconfig in details
* Trim to compare the keys
* CR comments
* Don't skip extraconfig without exception
Co-authored-by: Boris Stoyanov - a.k.a Bobby <bss.stoyanov@gmail.com>
* create template from snapshot regression (partly reverted) (#3767)
* Once again allow a VM to be on multiple networks from VPCs (#3754)
to once again allow a VM to be on multiple networks from VPCs
* convert protocal names to be found as labels (#3747)
* convert protocal names to be found as labels
* format
* filter hosts to query on zone wide storage (#3733)
* config: add isdynamic flag in configuration response (#3729)
Co-authored-by: Wei Zhou <ustcweizhou@gmail.com>
* server: Do NOT cleanup dhcp and dns when stop a vm
According comment in PR #3608, dhcp and dns entries are cleaned up only when a VM is expunged.
Revert part of commit 8fb388e9312b917a8f36c7d7e3f45985a95ce773.
* server: cleanup dns/dhcp entries in removeNic instead of finalizeExpunge
This fixes a behaviour to not cleanup DHCP and DNS rules for NICs of a
VM in the VR when it is stopped, but instead when VM is expunged because
stopped VMs in CloudStack still retain the IPs and records.
Signed-off-by: Rohit Yadav <rohit.yadav@shapeblue.com>
Problem: In Vmware, appliances that have options that are required to be answered before deployments are configurable through vSphere vCenter user interface but it is not possible from the CloudStack user interface.
Root cause: CloudStack does not handle vApp configuration options during deployments if the appliance contains configurable options. These configurations are mandatory for VM deployment from the appliance on Vmware vSphere vCenter. As shown in the image below, Vmware detects there are mandatory configurations that the administrator must set before deploy the VM from the appliance (in red on the image below):
Solution:
On template registration, after it is downloaded to secondary storage, the OVF file is examined and OVF properties are extracted from the file when available.
OVF properties extracted from templates after being downloaded to secondary storage are stored on the new table 'template_ovf_properties'.
A new optional section is added to the VM deployment wizard in the UI:
If the selected template does not contain OVF properties, then the optional section is not displayed on the wizard.
If the selected template contains OVF properties, then the optional new section is displayed. Each OVF property is displayed and the user must complete every property before proceeding to the next section.
If any configuration property is empty, then a dialog is displayed indicating that there are empty properties which must be set before proceeding
image
The specific OVF properties set on deployment are stored on the 'user_vm_details' table with the prefix: 'ovfproperties-'.
The VM is configured with the vApp configuration section containing the values that the user provided on the wizard.
Currently when refreshing disk usage stats all kvm agents are asked to collect stats for all volumes. In setups with multiple kvm hosts where managed storage is used, not all volumes are attached to all kvm hosts, this results in a large number of warnings in the kvm agent logs. This change introduces a filter step in case managed storage is used so that the management server only requests kvm agents for stats about volumes that are connected to each kvm host.
Currently an admin can choose which host a VM is to be started on.
They should be able to 'override' the allocation algorthm to a greater
or lesser extent at will, and be able to choose the pod, cluster or host
that they wish a new VM to be deployed in.
DeployVirtualMachine API has been extended with additional, optional
parameters podid and clusterid that will be passed to and used in the
deployment planner, when selecting a viable host. If the user supplies
a pod, a suitable host in the given pod will be selected. If the user
supplies a cluster, a suitable host in the given cluster will be selected.
Based on the parameter supplied and on passing validation, the VM will
then be deployed on the selected host, cluster or pod.
