This commit adds the initial functionality for IPv6 in Basic Networking.
When a valid IPv6 CIDR is configured for the POD/VLAN the DirectPodBasedNetworkGuru
will use the EUI-64 calculation to calculate the IPv6 Address the Instance will obtain.
For this it is required that the physical routers in the Layer 2 network (POD/VLAN) send out
Router Advertisements with the same subnet as configured in CloudStack.
A example subnet could be 2001:db8::/64
Using radvd a Linux Router could send out Router Advertisements using this configuration:
interface eth0
{
MinRtrAdvInterval 5;
MaxRtrAdvInterval 60;
AdvSendAdvert on;
AdvOtherConfigFlag off;
IgnoreIfMissing off;
prefix 2001:db8::/64 {
};
RDNSS 2001:db8:ffff::53 {
};
};
A Instance with MAC Address 06:7a:88:00:00:8b will obtain IPv6 address 2001:db8:100::47a:88ff:fe00:8b
Both Windows, Linux and FreeBSD use the same calculation for their IPv6 Addresses, this is specified
in RFC4862 (IPv6 Stateless Address Autoconfiguration).
Under Linux it is mandatory that IPv6 Privacy Extensions are disabled:
$ sysctl -w net.ipv6.conf.all.use_tempaddr=0
Windows should be configured to use the MAC Address as the identifier for the EUI-64/SLAAC calculation.
$ netsh interface ipv6 set privacy state=disabled store=persistent
$ netsh interface ipv6 set global randomizeidentifiers=disabled store=persistent
The IPv6 address is stored in the 'nics' table and is then returned by the API and will be shown in the UI.
Searching for a conflicting IPv6 Address it NOT required as each IPv6 address is based on the MAC Address
of the Instance and therefor unique.
Security Grouping has not been implemented yet and will follow in a upcoming commit.
Signed-off-by: Wido den Hollander <wido@widodh.nl>
This reverts commit cd7218e241a8ac93df7a73f938320487aa526de6, reversing
changes made to f5a7395cc2ec37364a2e210eac60720e9b327451.
Reason for Revert:
noredist build failed with the below error:
[ERROR] Failed to execute goal org.apache.maven.plugins:maven-compiler-plugin:3.2:compile (default-compile) on project cloud-plugin-hypervisor-vmware: Compilation failure
[ERROR] /home/jenkins/acs/workspace/build-master-noredist/plugins/hypervisors/vmware/src/com/cloud/hypervisor/guru/VMwareGuru.java:[484,12] error: non-static variable logger cannot be referenced from a static context
[ERROR] -> [Help 1]
even the normal build is broken as reported by @koushik-das on dev list
http://markmail.org/message/nngimssuzkj5gpbz
- get the hosts on which VPC spans given vpc id
- get the VM's in the VPC
- get the hosts on which a network spans
- get the VPC's to which a hosts is part of
- get VM's of a VPC on a hosts
introduces capability to build a physical toplogy representation of a
VPC. This json file is encapsulated in
OvsVpcPhysicalTopologyConfigCommand, and is used to send full topology
to hypervisor hosts. On hypervisor this json config can be used to setup
tunnels, configure bridge, add flow rules etc
Ovs GURU, to use different broasdcast scheme VS://vpcid.gerkey for the
networks in VPC that use distributed routing
each VIF and tunnel interface to carry the network UUID in other/options
config
CLOUDSTACK-4762 : Enabling VGPU support for XenServer.
This feature is to enable the GPU-passthrough and vGPU functionality,
with the help of this feature, admins/users will be able to leverage
the GPU graphics unit power by deploying a virtul machine with GPU or
vGPU support or by changing the service offering of an existing VM
at any later point of time. There GPU/vGPU enabled VMs are able to run
graphical applications.
For now, this feature is only supported with XenServer hypervisor but
can be extended to add the support of other hypervisors.
xs 6.1/6.2 introduce the new virtual platform, so there are two virtual platforms, windows PV driver version must match virtual platforms,
this patch tracks PV driver versions in vm details and template details.
Anthony
Marked the system template new system template as dynamicallyScalable
- handled upgrade case
- moved "dynamicallyScalable" flag to vm_instance table from user_vm_details to support dynamic scaling of system vm
Signed off by : Nitin Mehta<nitin.mehta@citrix.com>
CLOUDSTACK-3042 - handle Scaling up of vm memory/CPU based on the presence of XS tools in the template
This also takes care of updation of VM after XS tools are installed in the vm and set memory values accordingly to support dynamic scaling after stop start of VM
Signed-off-by: Abhinandan Prateek <aprateek@apache.org>
During Scale up of VM, memory/cpu calculations should consider the memory/cpu overprovisioning factors which are set per cluster.
CLOUDSTACK-2939: CPU limit is not getting set for vm after scaleup to a service offering which have cpu cap enabled
Signed-off-by: Abhinandan Prateek <aprateek@apache.org>
23e54bb0 introduced multiple hypervisors support for cpu and memory
overcommit. Here the HypervisorGuru base which determines the min, max
range for the memory for all hypervisors computes the minCpu using the
MemoryOverCommit ratio and minMemory using the CpuOverCommit ratio.
Minor typo/logic issue but massive damage across all HV if enabled ;)
Signed-off-by: Prasanna Santhanam <tsp@apache.org>
