* CLOUDSTACK-9184: Fixes#2631 VMware dvs portgroup autogrowth
This deprecates the vmware.ports.per.dvportgroup global setting.
The vSphere Auto Expand feature (introduced in vSphere 5.0) will take
care of dynamically increasing/decreasing the dvPorts when running out
of distributed ports . But in case of vSphere 4.1/4.0 (If used), as this
feature is not there, the new default value (=> 8) have an impact in the
existing deployments. Action item for vSphere 4.1/4.0: Admin should
modify the global configuration setting "vmware.ports.per.dvportgroup"
from 8 to any number based on their environment because the proposal
default value of 8 would be very less without auto expand feature in
general. The current default value of 256 may not need immediate
modification after deployment, but 8 would be very less which means
admin need to update immediately after upgrade.
Signed-off-by: Rohit Yadav <rohit.yadav@shapeblue.com>
This adds support for XenServer 7.3 and 7.4, and XCP-ng 7.4 version as hypervisor hosts. Fixes#2523.
This also fixes the issue of 4.11 VRs stuck in starting for up-to 10mins, before they come up online.
Signed-off-by: Rohit Yadav <rohit.yadav@shapeblue.com>
* Create database upgrade from 4.11.0.0 to 4.11.1.0. Add missing VMWare version to OS mapping SQL in the schema-41100to41110.sql.
* add unit test and add 4.11.0.0 entry to _upgradeMap
* CLOUDSTACK-10278 - WIP: need to test this script before create a pull request
* CLOUDSTACK-10278 - added more idempotent stored procs and moved all lines, that end with a semicolon in existing proc, onto one line because com/cloud/utils/db/ScriptRunner.java executes the sql as soon as it reads in line with a semicolon delimeter at the end.
* CLOUDSTACK-10278 - changed more sql statements to call idempotent stored procs
* CLOUDSTACK-10278 - WIP: need to test this script before create a pull request
* CLOUDSTACK-10278 - added more idempotent stored procs and moved all lines, that end with a semicolon in existing proc, onto one line because com/cloud/utils/db/ScriptRunner.java executes the sql as soon as it reads in line with a semicolon delimeter at the end.
* CLOUDSTACK-10278 - changed more sql statements to call idempotent stored procs
4.10.0.0 users when upgrade to 4.11.0.0 may face db related
discrepancies due to some PRs that got merged without moving their sql
changes to 4.10->4.11 upgrade path. The 4.10.0.0 users can run those
missing sql statements manually and then upgrade to 4.11.0.0, since a
workaround like this is possible this ticket is not marked a blocker. In
4.11.1.0+, we'll move those changes from 4.9.3.0->4.10.0.0 upgrade path
to 4.10.0.0->4.11.0.0 upgrade path. Ideally we should not be doing this,
but this will fix issues for a future 4.10.0.0 user who may want to
upgrade to 4.11.1.0 or 4.12.0.0+.
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 allows using templates and ISOs avoiding secondary storage as intermediate cache on KVM. The virtual machine deployment process is enhanced to supported bypassed registered templates and ISOs, delegating the work of downloading them to primary storage to the KVM agent instead of the SSVM agent.
Template and ISO registration:
- When hypervisor is KVM, a checkbox is displayed with 'Direct Download' label.
- API methods registerTemplate and registerISO are both extended with this new parameter directdownload.
- On template or ISO registration, no download job is sent to SSVM agent, CloudStack would only persist an entry on template_store_ref indicating that template or ISO has been marked as 'Direct Download' (bypassing Secondary Storage). These entries are persisted as:
template_id = Template or ISO id on vm_template table
store_id NULL
download_state = BYPASSED
state = Ready
(Note: these entries allow users to deploy virtual machine from registered templates or ISOs)
- An URL validation command is sent to a random KVM host to check if template/ISO location can be reached. Metalink are also supported by this feature. In case of a metalink, it is fetched and URL check is performed on each of its URLs.
- Checksum should be provided as indicated on #2246: {ALGORITHM}CHKSUMHASH
- After template or ISO is registered, it would be displayed in the UI
Virtual machine deployment:
When a 'Direct Download' template is selected for deployment, CloudStack would delegate template downloading to destination storage pool via destination host by a new pluggable download manager.
Download manager would handle template downloading depending on URL protocol. In case of HTTP, request headers can be set by the user via vm_template_details. Those details should be persisted as:
Key: HTTP_HEADER
Value: HEADERNAME:HEADERVALUE
In case of HTTPS, a new API method is added uploadTemplateDirectDownloadCertificate to allow user importing a client certificate into all KVM hosts' keystore before deployment.
After template or ISO is downloaded to primary storage, usual entry would be persisted on template_spool_ref indicating the mapping between template/ISO and storage pool.
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.
This includes test related fixes and code review fixes based on
reviews from @rafaelweingartner, @marcaurele, @wido and @DaanHoogland.
This also includes VMware disk-resize limitation bug fix based on comments
from @sateesh-chodapuneedi and @priyankparihar.
This also includes the final changes to systemvmtemplate and fixes to
code based on issues found via test failures.
Signed-off-by: Rohit Yadav <rohit.yadav@shapeblue.com>
In default/fresh installations, the guest os type for systemvms with id=15
or Debian 5 (32-bit) can cause memory allocation issues to guest. Using
Other Linux 64-bit as guest OS systemvms get all the allocated RAM. This
avoids OOM related kernel panics for certain VRs such as rVRs, lbvm etc.
Signed-off-by: Rohit Yadav <rohit.yadav@shapeblue.com>
- Refactors and simplifies systemvm codebase file structures keeping
the same resultant systemvm.iso packaging
- Password server systemd script and new postinit script that runs
before sshd starts
- Fixes to keepalived and conntrackd config to make rVRs work again
- New /etc/issue featuring ascii based cloudmonkey logo/message and
systemvmtemplate version
- SystemVM python codebase linted and tested. Added pylint/pep to
Travis.
- iptables re-application fixes for non-VR systemvms.
- SystemVM template build fixes.
- Default secondary storage vm service offering boosted to have 2vCPUs
and RAM equal to console proxy.
- Fixes to several marvin based smoke tests, especially rVR related
tests. rVR tests to consider 3*advert_int+skew timeout before status
is checked.
Signed-off-by: Rohit Yadav <rohit.yadav@shapeblue.com>
- Refactor cloud-early-config and make appliance specific scripts
- Make patching work without requiring restart of appliance and remove
postinit script
- Migrate to systemd, speedup booting/loading
- Takes about 5-15s to boot on KVM, and 10-30seconds for VMware and XenServer
- Appliance boots and works on KVM, VMware, XenServer and HyperV
- Update Debian9 ISO url with sha512 checksum
- Speedup console proxy service launch
- Enable additional kernel modules
- Remove unknown ssh key
- Update vhd-util URL as previous URL was down
- Enable sshd by default
- Use hostnamectl to add hostname
- Disable services by default
- Use existing log4j xml, patching not necessary by cloud-early-config
- Several minor fixes and file refactorings, removed dead code/files
- Removes inserv
- Fix dnsmasq config syntax
- Fix haproxy config syntax
- Fix smoke tests and improve performance
- Fix apache pid file path in cloud.monitoring per the new template
Signed-off-by: Rohit Yadav <rohit.yadav@shapeblue.com>
