Description:
Removed the vcenter_dc_name and vcenter_ipaddr
fields from the virtual_supervisor_module
table, the CiscoNexusVSMDeviceVO, addClusterCmd,
and all other references to these two fields.
Fixing null pointer exceptions when checking
for nexus related global parameter values in
addClusterCmd.
Avoid detection of public traffic label for basic zones. Check switch types along with global parameter for enabling a particular vmware vswitch types. Move credentials information into resource and load during resource configuration. Cleanup.
Description:
Portprofile shaping policies will be fetched
from nexus vswitch instead of vcenter.
ACLs and Policies won't be synced to vCenter.
Get physical network label while adding cluster.
Cleanup.
Description:
Code changes to manage Cisco Nexus 1000v in CloudStack.
VmwareResource has been modified to leverage Nexus vSwitch.
Providing following global configuration parameters,
vmware.use.nexus.vswitch -
This would decide whether Nexus vSwitch in the VMware
cluster environment would be used/managed by CloudStack
for it's network infrastructure needs.
vmware.guest.network.vswitch.type -
This setting would enable CloudStack to use Nexus vSwitch
in the VMware cluster environment for guest traffic.
vmware.private.network.vswitch.type -
This setting would enable CloudStack to use Nexus vSwitch
in the VMware cluster environment for private traffic.
vmware.public.network.vswitch.type -
This setting would enable CloudStack to use Nexus vSwitch
in the VMware cluster environment for private traffic.
Functional Specification -
http://wiki.cloudstack.org/display/RelOps/Cisco+Nexus+1000v+Support+in+CloudStack+-+Functional+Specification
Documentation / README for usage instructions -
http://wiki.cloudstack.org/display/RelOps/Configuration+instructions+for+CloudStack+Deployment+with+Nexus+vSwitch
move all listxxx interface from HostDao to managers(ResourceManager, SecondaryStorageVmManager etc) with decent name using SearchCriteria2
or direct call SearchCriteria2 on demand
Now the logic is: if we can only connect to one of the two redundant routers, we
would stop the one that can't be connected. If we fail to program both routers,
just let it go.