with XenServer & Local SR (Db_exn.Uniqueness_constraint_violation)
removed the host uuid from SR label so that any host which has access to
the SR(all the hosts in the same pool) can reuse the same SR
1. Removed XenServerGuestOsMemoryMap from CitrixHelper.java
This java file was holding a static in memory map named XenServerGuestOsMemoryMap. This was the source for xenserver dynamic memory values(max and min). These values were moved to guest_os_details table.
2. DAO layer was modified to access these values.
3. VirtualMachineTo object was modified to populate the dynamic memory values.
4. addGuestOs and UpdateGuestOS api has been modified to update memory values.
* 4.9:
CLOUDSTACK-9746 system-vm: logrotate config causes critical failures
CLOUDSTACK-9788: Fix exception listNetworks with pagesize=0
CLOUDSTACK-8663: Fixed various issues to allow VM snapshots and volume snapshots to exist together
Fix HVM VM restart bug in XenServer
CLOUDSTACK-9363: Fix HVM VM restart bug in XenServerHere is the longer description of the problem:
By default XenServer limits HVM guests to only 4 disks. Two of those are reserved for the ROOT disk (deviceId=0) and CD ROM (device ID=3) which means that we can only attach 2 data disks. This limit however is removed when Xentools is installed on the guest. The information that a guest has Xentools installed and can handle more than 4 disks is stored in the VM metadata on XenServer. When a VM is shut down, Cloudstack removes the VM and all the metadata associated with the VM from XenServer. Now, when you start the VM again, even if it has Xentools installed, it will default to only 4 attachable disks.
Now this problem manifests itself when you have a HVM VM and you stop and start it with more than 2 data disks attached. The VM fails to start and the only way to start the VM is to detach the extra disks and then reattach them after the VM start.
In this fix, I am removing the check which is done before creating a `VBD` which enforces this limit. This will not affect current workflow and will fix the HVM issue.
@koushik-das this is related to the "autodetect" feature that you introduced a while back (https://issues.apache.org/jira/browse/CLOUDSTACK-8826). I would love your review on this fix.
* pr/1829:
Fix HVM VM restart bug in XenServer
Signed-off-by: Rajani Karuturi <rajani.karuturi@accelerite.com>
snapshots to exist together
Reverting VM to disk only snapshot in Xenserver corrupts VM
Stale NFS secondary storage on XS leads to volume creation failure from snapshot
CLOUDSTACK-9359: IPv6 for Basic NetworkingThis PR is a proposal for adding very basic IPv6 to Basic Networking. The main goal of this PR is that the API returns a valid IPv6 address over which the Instance is reachable.
The GUI will show the IPv6 address after deployment of the Instance.
If the table VLAN has a proper IPv6 CIDR configured the DirectPodBasedNetworkGuru will calculate the IPv6 Address the Instance will obtain using EUI-64 and SLAAC: https://tools.ietf.org/search/rfc4862
In this case the _vlan_ table contained:
<pre>mysql> select * from vlan \G
*************************** 1. row ***************************
id: 1
uuid: 90e0716c-5261-4992-bb9d-0afd3006f476
vlan_id: vlan://untagged
vlan_gateway: 172.16.0.1
vlan_netmask: 255.255.255.0
description: 172.16.0.10-172.16.0.250
vlan_type: DirectAttached
data_center_id: 1
network_id: 204
physical_network_id: 200
ip6_gateway: 2001:980:7936:112::1
ip6_cidr: 2001:980:7936:112::/64
ip6_range: NULL
removed: NULL
created: 2016-07-19 20:39:41
1 row in set (0.00 sec)
mysql></pre>
It will then log:
<pre>2016-10-04 11:42:44,998 DEBUG [c.c.n.g.DirectPodBasedNetworkGuru] (Work-Job-Executor-1:ctx-1975ec54 job-186/job-187 ctx-0d967d88) (logid:275c4961) Found IPv6 CIDR 2001:980:7936:112::/64 for VLAN 1
2016-10-04 11:42:45,009 INFO [c.c.n.g.DirectPodBasedNetworkGuru] (Work-Job-Executor-1:ctx-1975ec54 job-186/job-187 ctx-0d967d88) (logid:275c4961) Calculated IPv6 address 2001:980:7936:112:4ba:80ff:fe00:e9 using EUI-64 for NIC 6a05deab-b5d9-4116-80da-c94b48333e5e</pre>
The template has to be configured accordingly:
- No IPv6 Privacy Extensions
- Use SLAAC
- Follow RFC4862
This is also described in: https://cwiki.apache.org/confluence/display/CLOUDSTACK/IPv6+in+Basic+Networking
The next steps after this will be:
- Security Grouping to prevent IPv6 Address Spoofing
- Security Grouping to filter ICMP, UDP and TCP traffic
* pr/1700:
CLOUDSTACK-676: IPv6 In -and Egress filtering for Basic Networking
CLOUDSTACK-676: IPv6 Basic Security Grouping for KVM
CLOUDSTACK-9359: IPv6 for Basic Networking with KVM
Signed-off-by: Rajani Karuturi <rajani.karuturi@accelerite.com>
CLOUDSTACK-9619: Updates for SAN-assisted snapshotsThis PR is to address a few issues in #1600 (which was recently merged to master for 4.10).
In StorageSystemDataMotionStrategy.performCopyOfVdi we call getSnapshotDetails. In one such scenario, the source snapshot in question is coming from secondary storage (when we are creating a new volume on managed storage from a snapshot of ours thats on secondary storage).
This usually worked in the regression tests due to a bit of "luck": We retrieve the ID of the snapshot (which is on secondary storage) and then try to pull out its StorageVO object (which is for primary storage). If you happen to have a primary storage that matches the ID (which is the ID of a secondary storage), then getSnapshotDetails populates its Map<String, String> with inapplicable data (that is later ignored) and you dont easily see a problem. However, if you dont have a primary storage that matches that ID (which I didnt today because I had removed that primary storage), then a NullPointerException is thrown.
I have fixed that issue by skipping getSnapshotDetails if the source is coming from secondary storage.
While fixing that, I noticed a couple more problems:
1) We can invoke grantAccess on a snapshot thats actually on secondary storage (this doesnt amount to much because the VolumeServiceImpl ignores the call when its not for a primary-storage driver).
2) We can invoke revokeAccess on a snapshot thats actually on secondary storage (this doesnt amount to much because the VolumeServiceImpl ignores the call when its not for a primary-storage driver).
I have corrected those issues, as well.
I then came across one more problem:
When using a SAN snapshot and copying it to secondary storage or creating a new managed-storage volume from a snapshot of ours on secondary storage, we attach to the SR in the XenServer code, but detach from it in the StorageSystemDataMotionStrategy code (by sending a message to the XenServer code to perform an SR detach). Since we know to detach from the SR after the copy is done, we should detach from the SR in the XenServer code (without that code having to be explicitly called from outside of the XenServer logic).
I went ahead and changed that, as well.
JIRA Ticket:
https://issues.apache.org/jira/browse/CLOUDSTACK-9619
* pr/1749:
CLOUDSTACK-9619: Updates for SAN-assisted snapshots
Signed-off-by: Rajani Karuturi <rajani.karuturi@accelerite.com>
This commit implements basic Security Grouping for KVM in
Basic Networking.
It does not implement full Security Grouping yet, but it does:
- Prevent IP-Address source spoofing
- Allow DHCPv6 clients, but disallow DHCPv6 servers
- Disallow Instances to send out Router Advertisements
The Security Grouping allows ICMPv6 packets as described by RFC4890
as they are essential for IPv6 connectivity.
Following RFC4890 it allows:
- Router Solicitations
- Router Advertisements (incoming only)
- Neighbor Advertisements
- Neighbor Solicitations
- Packet Too Big
- Time Exceeded
- Destination Unreachable
- Parameter Problem
- Echo Request
ICMPv6 is a essential part of IPv6, without it connectivity will break or be very
unreliable.
For now it allows any UDP and TCP packet to be send in to the Instance which
effectively opens up the firewall completely.
Future commits will implement Security Grouping further which allows controlling UDP and TCP
ports for IPv6 like can be done with IPv4.
Regardless of the egress filtering (which can't be done yet) it will always allow outbound DNS
to port 53 over UDP or TCP.
Signed-off-by: Wido den Hollander <wido@widodh.nl>
CLOUDSTACK-9456: Migrate master to Spring 4.xThis changes makes CloudStack use spring 4:
```
- Bump spring-framework version to 4.x and Jetty to version that runs with JDK7
- Bump servet dependency version
- Migrates various xmls to use version independent schema uris
```
Outstanding issue:
- Testing of various non-standard plugins such as network and storage plugins etc.
Since, this is a big change pinging for review -- @jburwell @karuturi @wido @murali-reddy @abhinandanprateek @DaanHoogland @GaborApatiNagy @JayapalUradi @kishankavala @K0zka @nvazquez @rafaelweingartner @pyr and others
@blueorangutan package
* pr/1638:
CLOUDSTACK-9456: Update Spring version in maven poms
Signed-off-by: Rohit Yadav <rohit.yadav@shapeblue.com>
XenServer 7 SupportThis PR adds support for XenServer 7. I have manually done the following tests
- Create a new cluster with XenServer7
- Add Primary storage: Should create an SR on XS7
- Add another XS7 host to the Pool
- Add host2 to Cloudstack
- Create VM1 from template
- Create VM2 from template
- Ping/SSH VM1 to VM2 and vice-versa
- Stop/Delete/Expunge VM2
- Create Data disk
- Attach it to VM1
- Create VM snaphsot of VM1
- Restore VM snapshot of VM1
- Delete VM snapshot of VM1
- Create Volume snapshot of Datadisk
- Create volume snapshot of Root disk
- Create new template from snapshot of root disk
- Create volume from snapshot of datadisk
- Detach datadisk volume
- Delete datadisk volume
- Aquire a public IP
- Create a static nat to VM1
- Live migrate VM1 while traffic on VM
- Delete VM1
* pr/1711:
[CLOUDSTACK-9662] Add support for XenServer 7
Signed-off-by: Rohit Yadav <rohit.yadav@shapeblue.com>
- Bump spring-framework version to 4.x and Jetty to version that runs with JDK8
- Bump servet dependency version
- Migrate spring xmls to version 4, fixes schema locations that are 3.0
dependent in various xmls.
- Fix failing tests due to spring upgrade
(Thanks @marcaurele Marc-Aurèle Brothier for fixing them)
* Fix test DeploymentPlanningManagerImplTest
* Fix GloboDNS test
Signed-off-by: Rohit Yadav <rohit.yadav@shapeblue.com>
Cloudstack 9586: When using local storage with Xenserver prepareTemplate does not work with multiple primary storeThe race condition will happen whenever there are multiple primary storages and the CS tries to mount the secondary store to xenserver host simultaneously.
Due to synchronised block one mount will be successful and other thread will get the already mounted SR. Without the fix the two thread will try to mount it parallely and one will fail on Xenserver.
* pr/1765:
Cloudstack 9586: When using local storage with Xenserver prepareTemplate does not work with multiple primary store The race condition will happen whenever there are multiple primary storages and the CS tries to mount the secondary store to xenserver host simultaneously. Due to synchronised block one mount will be successful and other thread will get the already mounted SR. Without the fix the two thread will try to mount it parallely and one will fail on Xenserver.
Signed-off-by: Rohit Yadav <rohit.yadav@shapeblue.com>
The race condition will happen whenever there are multiple primary storages and the CS tries to mount the secondary store to xenserver host simultaneously.
Due to synchronised block one mount will be successful and other thread will get the already mounted SR. Without the fix the two thread will try to mount it parallely and one will fail on Xenserver.
CLOUDSTACK-9503: Increased the VR script timeout. Most of the changes are about converting int/long time values to joda Duration.
* pr/1745:
CLOUDSTACK-9503: Increased the VR script timeout. Most of the changes are about converting int/long time values to joda Duration.
Signed-off-by: Rohit Yadav <rohit.yadav@shapeblue.com>
This PR adds an ability to Pass a new parameter, locationType,
to the “createSnapshot” API command. Depending on the locationType,
we decide where the snapshot should go in case of managed storage.
There are two possible values for the locationType param
1) `Standard`: The standard operation for managed storage is to
keep the snapshot on the device. For non-managed storage, this will
be to upload it to secondary storage. This option will be the
default.
2) `Archive`: Applicable only to managed storage. This will
keep the snapshot on the secondary storage. For non-managed
storage, this will result in an error.
The reason for implementing this feature is to avoid a single
point of failure for primary storage. Right now in case of managed
storage, if the primary storage goes down, there is no easy way
to recover data as all snapshots are also stored on the primary.
This features allows us to mitigate that risk.
Often, patch and security releases do not require schema migrations or
data migrations. However, if an empty upgrade class and associated
scripts are not defined, the upgrade process will break. With this
change, if a release does not have an upgrade, a noop DbUpgrade is added
to the upgrade path. This approach allows the upgrade to proceed and
for the database to properly reflect the installed version. This change
should make the release process simpler as RMs no longer need to
rememeber to create this boilerplate code when starting a new release.
Beginning with the 4.8.2.0 and 4.9.1.0 releases, the project will
formally adopt a four (4) position release number to properly accomodate
rekeases that contain only CVE fixes. The DatabaseUpgradeChecker and
Version classes made assumptions that they would always parse and
compare three (3) position version numbers. This change adds the
CloudStackVersion value object that supports both three (3) and four (4)
version numbers. It encapsulates version comparsion logic, as well as,
the rules to allow three (3) and four (4) to interoperate.
* Modifies DatabaseUpgradeChecker to handle derive an upgrade path for
a version that was not explicitly specified. It determines the
releases the first release before it with database migrations and uses
that list as the basis for the list for version being calculated. A
noop upgrade is then added to the list which causes no schema changes
or data migrations, but will update the database to the version.
* Adds unit tests for the upgrade path calculation logic in
DatabaseUpgradeChecker
* Removes dummy upgrade logic for the 4.8.2.0 introduced in previous
versions of this patch
* Introduces the CloudStackVersion value object which parses and
compares three (3) and four (4) position version numbers. This class
is intended to replace com.cloud.maint.Version.
* Adds the junit-dataprovider dependency -- allowing test data to be
concisely generated separately from the execution of a test case.
Used extensively in the CloudStackVersionTest.
Signed-off-by: Rohit Yadav <rohit.yadav@shapeblue.com>
* 4.8:
CLOUDSTACK-9353: [XenServer] Fixed VM migration with storage
Added ASF license to unit test file
Added unit test to verify ordering
Fixed ordering of network ACL rules being sent to the VR. The comparator was inverted
* 4.7:
CLOUDSTACK-9353: [XenServer] Fixed VM migration with storage
Added ASF license to unit test file
Added unit test to verify ordering
Fixed ordering of network ACL rules being sent to the VR. The comparator was inverted
CLOUDSTACK-8800 : Improved the listVirtualMachines API call to include memory utilization information for a VMThis PR introduces the changes proposed in PR #780 with some work to make the code null safe.
During this PR, I have also removed some unused code.
* pr/1444:
Removed unnecessary check when creating the “userVmResponse” object.
Fixed issues from CLOUDSTACK-8800 that were introduced in PR 780
CLOUDSTACK-8800 : Improved the listVirtualMachines API call to include memory utilization information for a VM for xenserver,kvm and for vmware.
Signed-off-by: Will Stevens <williamstevens@gmail.com>
