Previously, the ethernet device index was used as rt_table index and
packet marking id/integer. With eth0 that is sometimes used as link-local
interface, the rt_table index `0` would fail as `0` is already defined
as a catchall (unspecified). The fwmarking on packets on eth0 with 0x0
would also fail. This fixes the routing issues, by adding 100 to the
ethernet device index so the value is a non-zero, for example then the
relationship between rt_table index and ethernet would be like:
100 -> Table_eth0 -> eth0 -> fwmark 100 or 0x64
101 -> Table_eth1 -> eth1 -> fwmark 101 or 0x65
102 -> Table_eth2 -> eth2 -> fwmark 102 or 0x66
This would maintain the legacy design of routing based on packet mark
and appropriate routing table rules per table/ids. This also fixes a
minor NPE issue around listing of snapshots.
This also backports fixes to smoketests from master.
Signed-off-by: Rohit Yadav <rohit.yadav@shapeblue.com>
This introduces a rolling restart of VRs when networks are restarted
with cleanup option for isolated and VPC networks. A make redundant option is
shown for isolated networks now in UI.
Signed-off-by: Rohit Yadav <rohit.yadav@shapeblue.com>
This returns the boolean value of the `isuserdefined` key than
converting it to string. Fixes#2529.
Signed-off-by: Rohit Yadav <rohit.yadav@shapeblue.com>
CloudStack volumes and templates are one single virtual disk in case of XenServer/XCP and KVM hypervisors since the files used for templates and volumes are virtual disks (VHD, QCOW2). However, VMware volumes and templates are in OVA format, which are archives that can contain a complete VM including multiple VMDKs and other files such as ISOs. And currently, Cloudstack only supports Template creation based on OVA files containing a single disk. If a user creates a template from a OVA file containing more than 1 disk and launches an instance using this template, only the first disk is attached to the new instance and other disks are ignored.
Similarly with uploaded volumes, attaching an uploaded volume that contains multiple disks to a VM will result in only one VMDK to being attached to the VM.
FS: https://cwiki.apache.org/confluence/display/CLOUDSTACK/Support+OVA+files+containing+multiple+disks
This behavior needs to be improved in VMWare to support OVA files with multiple disks for both uploaded volumes and templates. i.e. If a user creates a template from a OVA file containing more than 1 disk and launches an instance using this template, the first disk should be attached to the new instance as the ROOT disk and volumes should be created based on other VMDK disks in the OVA file and should be attached to the instance.
Signed-off-by: Abhinandan Prateek <abhinandan.prateek@shapeblue.com>
Signed-off-by: Rohit Yadav <rohit.yadav@shapeblue.com>
This feature allow admins to dedicate a range of public IP addresses to the SSVM and CPVM, such that they can be subject to specific external firewall rules. The option to dedicate a public IP range to the System VMs (SSVM & CPVM) is added to the createVlanIpRange API method and the UI.
Solution:
Global setting 'system.vm.public.ip.reservation.mode.strictness' is added to determine if the use of the system VM reservation is strict (when true) or preferred (false), false by default.
When a range has been dedicated to System VMs, CloudStack should apply IPs from that range to
the public interfaces of the CPVM and the SSVM depending on global setting's value:
If the global setting is set to false: then CloudStack will use any unused and unreserved public IP
addresses for system VMs only when the pool of reserved IPs has been exhausted
If the global setting is set to true: then CloudStack will fail to deploy the system VM when the pool
of reserved IPs has been exhausted, citing the lack of available IPs.
UI Changes
Under Infrastructure -> Zone -> Physical Network -> Public -> IP Ranges, button 'Account' label is refactored to 'Set reservation'.
When that button is clicked, dialog displayed is also refactored, including a new checkbox 'System VMs' which indicates if range should be dedicated for CPVM and SSVM, and a note indicating its usage.
When clicking on button for any created range, UI dialog displayed indicates whether IP range is dedicated for system vms or not.
This extends work presented on #2048 on which the ability to extend the management range is provided.
Aim
This PR allows separating the management network subnet on which SSVM and CPVM are from the virtual routers management subnet.
Detailed use case
PCI compliance requires that network elements are defined as ‘in scope’ or ‘out of scope’, for compliance purposes. The SSVM and CPVM are both in scope as they allow public HTTP or HTTPS connections. The virtual routers have been defined as out of scope as they have been placed entirely in a firewalled network's segment. However, all of the system VM types share management network. As SSVM and CPVM are both in scope this would bring the virtual routers into scope as well, requiring individual audits of every virtual router. As this is not practical, the ‘management network’ which the SSVM and CPVM are on, and the management network which the virtual routers are on, must be separated by a firewall.
Description
By this feature it is possible to dedicate a created range for SSVM and CPVM (system vms) and provide a VLAN ID for its range.
A new boolean global configuration is added: system.vm.management.ip.reservation.mode.strictness. If enabled, the use of System VMs management IP reservation is strict, preferred if not. Default value is false (preferred).
Strict reservation: System VMs should try to get a private IP from a range marked for system vms. If not available, deployment fails
Preferred reservation: System VMS will try to get a private IP from a range marked for system vms. If not available, IP for range not marked for system vms is taken.
Add resource type name in request and response for listResources API call.
This adds in the response a new attribute typename with the String value for the corresponding resource enum.
{
"capacitytotal": 0,
"capacityused": 0,
"percentused": "0",
"type": 19,
"typename": "gpu",
"zoneid": "381d0a95-ed4a-4ad9-b41c-b97073c1a433",
"zonename": "ch-dk-2"
}
Signed-off-by: Marc-Aurèle Brothier <m@brothier.org>
This feature allows CloudStack administrators to create layer 2 networks on CloudStack. As these networks are purely layer 2, they don't require IP addresses or Virtual Router, only VLAN is necessary (provided by administrator or assigned by CloudStack). Also, network services should be handled externally, e.g. DNS, DHCP, as they are not provided by L2 networks.
As a consequence, a new Guest Network type is created within CloudStack: L2
Description:
Network offerings and networks support new guest type: L2.
L2 Network offering creation allows administrator to select Specify VLAN or let CloudStack assign it dynamically.
L2 Network creation allows administrator to specify VLAN tag (if network offerings allows it) or simply create network.
VM deployments on L2 networks:
VMs should not IP addresses or any network service
No Virtual Router deployed on network
If Specify VLAN = true for network offering, network gets implemented using a dynamically assigned VLAN
UI changes
A new button is added on Networks tab, available for admins, to allow L2 networks creation
At present, The management IP range can only be expanded under the same subnet. According to existing range, either the last IP can be forward extended or the first IP can be backward extended. But we cannot add an entirely different range from the same subnet. So the expansion of range is subnet bound, which is fixed. But when the range gets exhausted and a user wants to deploy more system VMs, then the operation would fail. The purpose of this feature is to expand the range of management network IPs within the existing subnet. It can also delete and list the IP ranges.
Please refer the FS here: https://cwiki.apache.org/confluence/display/CLOUDSTACK/Expansion+of+Management+IP+Range
Tags field to be included in the listusagerecords response such that it can be used in billing report. E.g.
"tags":[
{"key":"city","value":"Toronto","resourcetype":"UserVm","resourceid":"a0cca906-f985-4b56-ad11-f33e59c4c733","account":"admin","domainid":"dec39eb8-4f81-11e7-8315-067fa0000031","domain":"ROOT"}
,
{"key":"region","value":"canada","resourcetype":"UserVm","resourceid":"a0cca906-f985-4b56-ad11-f33e59c4c733","account":"admin","domainid":"dec39eb8-4f81-11e7-8315-067fa0000031","domain":"ROOT"}
There is no cpuspeed, cpunumber or memory details in the listUsageRecords output as documented
In DB (cloud_usage table) we have cpu_speed, cpu_cores and ram fileds, but these are not populated for all the VM's. These fields are only populated for the VM's which are deployed with custom service offerings.
This commit contains following changes
(1) add CPU CORE information in op_host_capacity
(2) add capacity name in the CapacityResponse
(3) add allocatedCapacity for CPU/MEMORY/CPU CORE for zones
(4) sort CapacityResponse by zonename and CapacityType
CLOUDSTACK-9669:egress destination cidr VR python script changes
CLOUDSTACK-9669:egress destination API and orchestration changes
CLOUDSTACK-9669: Added the ipset package in systemvm template
CLOUDSTACK-9669:Added licence header for new files
CLOUDSTACK-9669: replacing 0.0.0.0/0 with the network cidr
ipset member add with 0.0.0.0/0 fails. So 0.0.0.0/0 replaced with the network cidr.
In source cidr 0.0.0.0/0 is nothing but network cidr.
updated the default egress all cidr with network cidr
secure and hidden config values are first unencrypted before returning
them in the api. This is not desired as they are secure configs
returning encrypted strings for secure and hidden configs if encryption
is enabled.
* 4.9:
CLOUDSTACK-9691: Added test list_snapshots_with_removed_data_store
CLOUDSTACK-9691: Fixed unhandeled excetion in list snapshot command when a primary store is deleted related to it
(1) add support to create/delete/revert vm snapshots on running vms with QCOW2 format
(2) add new API to create volume snapshot from vm snapshot
(3) delete metadata of vm snapshots before stopping/migrating and recover vm snapshots after starting/migrating
(4) enable deleting of VM snapshot on stopped vm or vm snapshot is not listed in qcow2 image.
(5) enable smoke tests for vmsnaphsots on KVM
[CLOUDSTACK-9643] Now returning os info with the list snapshot responseThis commit adds the ID and display name of the OS on the volume.
* pr/1618:
CLOUDSTACK-9643: Now returning os info with the list snapshot response
Signed-off-by: Rohit Yadav <rohit.yadav@shapeblue.com>
CLOUDSTACK-9402 : Marvin tests for Source NAT and Static NAT features verification with NuageVsp (both overlay and underlay infra).
Co-Authored-By: Prashanth Manthena <prashanth.manthena@nuagenetworks.net>, Frank Maximus <frank.maximus@nuagenetworks.net>
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.
Support access to a host’s out-of-band management interface (e.g. IPMI, iLO,
DRAC, etc.) to manage host power operations (on/off etc.) and querying current
power state in CloudStack.
Given the wide range of out-of-band management interfaces such as iLO and iDRA,
the service implementation allows for development of separate drivers as plugins.
This feature comes with a ipmitool based driver that uses the
ipmitool (http://linux.die.net/man/1/ipmitool) to communicate with any
out-of-band management interface that support IPMI 2.0.
This feature allows following common use-cases:
- Restarting stalled/failed hosts
- Powering off under-utilised hosts
- Powering on hosts for provisioning or to increase capacity
- Allowing system administrators to see the current power state of the host
For testing this feature `ipmisim` can be used:
https://pypi.python.org/pypi/ipmisim
FS:
https://cwiki.apache.org/confluence/display/CLOUDSTACK/Out-of-band+Management+for+CloudStack
Signed-off-by: Rohit Yadav <rohit.yadav@shapeblue.com>
* 4.7:
Fix unable to setup more than one Site2Site VPN Connection
FIX S2S VPN rVPC: Check only redundant routers in state MASTER
PEP8 of integration/smoke/test_vpc_vpn
Add S2S VPN test for Redundant VPC
Make integration/smoke/test_vpc_vpn Hypervisor independant
FIX VPN: non-working ipsec commands
[UI] MADNESS
[DB] Add force_encap field to s2s_customer_gateway table
[ROUTER] Add forceencaps field to python router ipsec config method
[TEST] unittest needs rework
[MARVIN] Add forceencap field to VpnCustomerGateway class in marvin base
[CORE] Add Force UDP Encapsulation option to Site2Site VPN
CLOUDSTACK-9186: Root admin cannot see VPC created by Domain admin user
CLOUDSTACK-9192: UpdateVpnCustomerGateway is failing
CLOUDSTACK-6485 prevent ip asignment of private gw iface
CLOUDSTACK-9204 Do not error when staticroute is already gone
make both check lines consistent
CLOUDSTACK-9181 Prevent syntax error in checkrouter.sh
CLOUDSTACK-9202 Bump ssh timeout
CLOUDSTACK-9047 rename enumsmake enums adhere to best practice naming conventions
* pr/1049:
CLOUDSTACK-9046 rename enums to adhere to naming conventions
CLOUDSTACK-9046 renamed enums in kvm plugin
CLOUDSTACK-9047 use 'State's only with context there are more types called 'State' (or to be called so but now 'state') So remove imports and prepend their enclosing class/context to them.
Signed-off-by: Daan Hoogland <daan@onecht.net>
The labeling was broken. Only labels assigned at zone creation
were used, changing labels was not working. Tested with changing
a label and checking it.
As a bonus fixed the consistency of KVM in Dutch compared to other
traffic labels in dutch and copied in the OVM3 translated label
in other languages.
Changed methodnames according to Nic.java refactor.
Fixed NicVO.java due to regression from Nic.java refactor.
Fixed VmWareGuru.java after Nic.java refactor.
See issue CLOUDSTACK-8736 for ongoing effort to clean up network code.
