Fixes#3191
When a template is registered, code stores md5sum of the downloaded file in the vm_template table. However, this downloaded file could be deleted after template installation if it is not an actual (.qcow2, .ova, etc.) file. When the user copies a template using copyTemplate API, the actual template file will be copied across the image stores. Matching checksum for the copied templated file and the stored value from the vm_template table will result in a mismatch.
Changes will set an empty checksum value for the copied template while passing to download service which allows skipping wrong checksum check for the copied while install.
However, this results in a change in checksum value for concerned template entry in vm_template table post template install.
Co-authored-by: dahn <daan.hoogland@gmail.com>
* 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
Stop asking user (in the upgrade documentation) to remove a trailing slash for local KVM pool - do it here in upgrade path - so not needed in DOC for the upgrade to 4.14 and onwards.
When start a vm or migrate a vm (away from a host in host maintenance), cloudstack will check capacity of all hosts and choose one. If there are hundreds of hosts on the platform, it will take some seconds. When cloudstack choose a host and start/migrate vm to it, the resource consumption of the host might have been changed. This normally happens when we start/migrate multiple vms.
It would be better to double check the host capacity when start vm on a host.
This PR includes the fix for cpucore capacity when start/migrate a vm.
When we calculate a resource consumption of a host, we need to take the vms in following states into calculation: Running, Starting, Stopping, Migrating (to the host), and vms are Migrating from the host. Because, when stop a vm, the resource on host will be released when vm is stopped. When migrate a vm, the resource on destination host will be increased before migration starts, and resource on source host will be decreased after migraiton succeeds.
In cloudstack, there is a task named CapacityChecked which run every 5 minutes (capacity.check.period =300000 ms by default). It recalculates capacity of all hosts. However, it takes only vms in Running and Starting into consideration. We have faced some issues in host maintenance due to it.
Steps to reproduce the issue
(1) migrate N vms from host A to host B, cpu/ram resource increases before the migration.
(2) capacity check recalculate the capacity of hosts. used capacity of Host B will be reset to original value (not including the vms in Migrating).
(3) migrate some more vms from other host to host B, the migrations are allowed by cloudstack (because used capacity is incorrect). If the actual used memory exceed the physical memory on the host, there might be some critical issues (for example, libvirt dies)
* 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>
* 4.13:
only update powerstate if sure it is the latest (#3743)
ui: fix migrate host form no host popup (#3682)
client: jetty session timeout set after server is started (#3658)
Increase DHCP lease time to infinite (#3662)
Currently in cloudstack, when we click on "Acquire New Ip", it will
randomly acquire IP from the pool. With this enhancement, it is
possible to select the IP from the drop down IP list of that network.
Same thing applies for a VPC as well.
* Service layer changes for new way of tracking maintanence progress
* Fixes after offline code review
* Fix marvin tests
* Change state name and add documentation
* Fix test
* Fix and add more unit tests for different caseS
* Fix and enhance Marvin Tests
* Fixes for corner cases
* More fixes and logging
* UI fixes
* Some minor changes and reducing VMs on host for more contained tests
* Fixed ssh client auth problem causing test failure
* Code review changes + fixes + some more logging
* Fix flaky tests by adding delays between host states
* Added fetching only enabled hosts for tests
* Make port blocking KVM specific and refactor to handle failure
* Make failing migrations due to tagged host instead of port blocking
* Added additional check for migrating VMs
* Refactor to use single place for methods checking maintenance states
* Add missing HA config keys
* Change time value to seconds
* Change Integer to Long
* Using ConfigKey defaultValue
* Do some code refactoring
* Simplify code
If the volume is in "Expunged" state then it should not be
considered towards total resource count of "primarystoragetotal"
field.
Currently cloudstack takes into resource calculation even if the
volume is expunged. The volume itself doesnt exist in primage
storage and hence it should not be considered towrds resource
caculation.
Steps to reproduce the issue:
1 . Get the resource count of "primarystoragetotal" of a particular domain.
2 . Create a VM with 5GB root disk size and stop it.
3 . Now the value of "primarystoragetotal" should be intitial value plus 5.
4 . Navigate to "volumes" of the VM and select "Download Volume" option.
5 . Once the volume is downloaded, expunge the VM.
6 . Get the resource count of "primarystoragetotal". it will be same value as in step 3
But it should be same as initial value obtained in step 1.
With this fix, the value obtained at step 6 will be same as in step 1.
In case an older SSVM is removed without changing it's state from Up
to Destroyed/Removed etc, the SSVM may be randomly selected for image
store related operations. This fix ensures that endpoints for an image
store are found only from a set of SSVM hosts that are not removed.
Signed-off-by: Rohit Yadav <rohit.yadav@shapeblue.com>
Diagnostics are hard when a snapshot fails if a null pointer occurs. This is because no stack trace or location of the error is logged. I.E.
2019-10-21 12:55:00,056 DEBUG [o.a.c.s.m.AncientDataMotionStrategy] (Work-Job-Executor-131:ctx-80420156 job-10033827/job-10033828 ctx-4864e2f5) (logid:21454564) copy snasphot failed: java.lang.NullPointerException
* 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
- Removes CentOS6/el6 packaging (voting thread reference https://markmail.org/message/u3ka4hwn2lzwiero)
- Add upgrade path from 4.13 to 4.14
- Enable live storage migration support for KVM by default as el6 is deprecated
- PRs using live storage migration
#2997 KVM VM live migration with ROOT volume on file storage type
#2983 KVM live storage migration intra cluster from NFS source and destination
#2298 CLOUDSTACK-9620: Enhancements for managed storage
Signed-off-by: Rohit Yadav <rohit.yadav@shapeblue.com>
When a network IP range is removed, the "vlan" stays mapped on pod_vlan_map; therefore, the method that lists the VLANs by pod id will return null VLANS.
This PR adds proper verifications to avoid null pointer exception when deploying VRs on a pod with removed VLANs. The exception was caused on getPlaceholderNicForRouter.
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.
Fix regression bug that affects KVM local storage migration. Some of the desired execution flows for KVM local storage migration had been altered to allow only managed storage to execute. Fixed allowing managed and non managed storages to execute.
Fixes#3521
Retrieval of an image store using ImageStoreProviderManager has been refactored by introducing three different methods,
DataStore getRandomImageStore(List<DataStore> imageStores);
To get an image store for reading purpose. Threshold capacity check will not be used here.
DataStore getImageStoreWithFreeCapacity(List<DataStore> imageStores);
To get an image store for reading purpose. Threshold capacity check will be used here and the store with max free space will be returned. If no store with filled storage less than the threshold is found, the NULL value will be returned.
List<DataStore> listImageStoresWithFreeCapacity(List<DataStore> imageStores);
To get a list of image stores for writing purpose which fulfills threshold capacity check.
Correspondingly DataStoreManager methods have been refactored to return similar values for a given zone.
Fixes#3287 - NULL value will be returned when secondary storage is needed for writing but there is not store with free space.
Fixes#3041 - Rather than returning random secondary storage for writing, storage with max. free space will be returned.
Fixes#3478 - For migration on VMware, all writable secondary storage will be mounted while preparation.
Signed-off-by: Abhishek Kumar <abhishek.mrt22@gmail.com>
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.
