You use a Virtual Guest Job (VGJ), based on a previously created Virtual Guest Package (VGP), to deploy a virtual machine to a target host server. This topic contains the following sections:
Before you begin
To perform this procedure, your role must have, in addition to the VirtualGuestJob.Create and VirtualGuestJob.Read authorizations, also the VirtualGuestPackage.Create and VirtualGuestPackage.Read authorizations. For information about granting authorizations to roles, see Creating roles.
To deploy new virtual systems, BMC Server Automation recommends that you have administrator privileges on the host server to which you are deploying the virtual system.
For virtual machines deployed on a Citrix XenServer, you can only provision OSs on virtual machines created from the following template types:
- Windows templates
- Citrix XenApp on Windows
Other Install Media
Note
Linux templates on Citrix XenServer do not support PXE booting and therefore are not supported. When creating VMs on a Citrix XenServer, ensure that the customized template does not contain the following files:
- C:\Windows\setupapi.log (logs driver installations)
- C:\Windows\setupact.log (logs installation actions)
- C:\Windows\setuperr.log (logs install errors)
- C:\Windows\Debug\netsetup.log (logs domain joins)
The presence of these log files in the template may cause the VGJ to fail.
To create a VGJ
Note
For more information about the alternative method of creating a Virtual Guest Job through the BLCLI, see Creating new VMs with the BLCLI and Virtualization - createVirtualGuest.
- Do one of the following:
- Right-click the Job folder and select New > Virtual Guest Job from the pop-up menu.
- Right-click the VGP from the Depot and select Deploy Virtual Guest from the pop-up menu.
The Virtual Guest Job wizard opens.
Enter the description of the Virtual Guest Job and select the appropriate VGP, as described in the following sections:
Define the platform-specific Virtual Guest Job settings, as described in the following tabs:
Both the Settings panel in the Virtual Guest Job wizard and the VM Processor\Memory\Disk Settings panel in the Virtual Guest Package lets you select the virtual processor, memory, and disk settings appropriate for the new virtual guest.
On this panel, you can:
- Increase or decrease the number of virtual processors, using the Virtual Processor and Memory Configuration field. Specify the number of virtual processors and the amount of memory that will be allocated to the virtual machine.
- Increase or decrease the memory allocated to the virtual machine.
- Add new virtual disks and modify the data stores for the ones that are part of the template, in the Virtual Disk Configuration section.
Field descriptions
Field Description Virtual Processor and Memory Configuration
Number of virtual processors — Select the virtual number of virtual processors that will be dedicated to this virtual machine from the drop-down list.
Memory for this virtual machine — Use the slide bar to set the amount of dedicated memory for this virtual machine.Disk Format
Select one of the following format options from the drop-down list.
Same format as source — Use this option if you want to use the same storage format as the source template or VM, if you are cloning a template or VM.
Thin Provisioned format — Use this option if you want to dynamically allocate storage using VMware vStorage Thin Provisioning. In this format, the system dynamically consumes the space for the physical disk; space is allocated and expanded on demand by the VMFS 3 driver whenever the guest OS requests space. For example, if you create an 80 GB disk but only use 20 GB of that disk, the actual disk consumption on the physical drives is 20 GB.Note
This option is support only for VMFS 3 and higher data stores.
Thick format — Use this option if you want the entire defined space allocated on physical disk. For example, if you are planning to allocate 50 GB disk space to a new virtual machine, the entire 50 GB will be consumed on the physical drives.
Virtual Disk Configuration
Do not create a disk
Create a new virtual disk — After selecting this option, click Add (
) to display the Add virtual disk dialog box, where you can specify the storage adapter type, the amount of storage, and the location of the datastore. You can also select the Thin Disk Provisioning option to specify that the new virtual disk use thin disk provisioning (described above). Note that a user-added disk can be deleted or modified, however, you cannot change the size or delete the disks provided from the template.The Network Connections panel lets you specify the network connections and networking parameters like network port groups and adaptor type. This panel is available in the Virtual Guest Job wizard and in the Virtual Guest Package.
Field Description DNS Configuration In the DNS suffixes field, enter any Domain Name System (DNS) suffixes in comma-seperated format. The DNS suffix is used in DNS name registration and DNS name resolution. Network connections Click Add (
) to display the Add Network Connection dialog box. You can add new virtual NICs to the virtual machine, and also modify the template-defined NICs. Any user-added NICs can be deleted, but you cannot delete the NICs provided with the template. You can also specify the IP settings for any NICs that you add.Note
BMC Server Automation supports the use of VMware Distributed Virtual Switch (DVS) port groups.
- Under Network Connection, add any of the following:
- VC Servers—Select a vCenter server from the drop-down list.
- Network—Select from the networks attached to the selected vCenter.
- Adapter—Choose the adapter type from the drop-down list.
- Connect at power on—Enable this option to have the virtual machine connect to the network when it is powered on.
- Under IP Configuration, there are two tabs for IPv4 and IPv6 addresses. Choose to have the IP address obtained automatically using Dynamic Host Configuration Protocol (DHCP), or choose to use a specific IP address by specifying the following:
- IP Address
- Subnet mask (for IPv4)
- Prefix Length (for IPv6)
- Default gateway
- Under DNS Configuration, choose to have the DNS server obtained automatically, or to use a specific server by specifying the following:
- Primary DNS server
- Secondary DNS server
- Tertiary DNS server
- Specify a DNS Suffix for this Connection.
If you have chosen to customize the operating system for the new virtual guest, the following panels are also displayed:
The Storage panel lets you select the virtual adapter settings appropriate for the new LPAR.
If you chose to manage the storage manually, then the following fields are displayed:
- Virtual SCSI Adapters
- Virtual Fiber Channel Adapters
- Virtual Serial Adapters
Click Add
to add any of the following types of virtual adapters:
Virtual SCSI Adapters
- Select Frame—Select the frame from the drop-down list.
- Adapter ID—Enter the ID for the virtual fiber channel adapter.
- Adapter type—Shows the type of adapter.
- Remote partition—Select the remote partition from the drop-down list. If the partition is an LPAR, the remote partition is a VIO server. If the partition is a VIO server, the remote partition is an LPAR. You create a mapping from the client partition to the remote partition by entering the remote adapter ID.
- Remote adapter ID—Enter the virtual slot ID for the remote partition.
Virtual Fiber Channel Adapters
On the Create Virtual Fiber Channel Adapter dialog, specify:- Select Frame—Select the frame from the drop-down list.
- Adapter ID—Enter the ID for the virtual fiber channel adapter.
- Adapter type—Shows the type of adapter.
- Remote partition—Select the remote partition from the drop-down list. If the partition is an LPAR, the remote partition is a VIO server. If the partition is a VIO server, the remote partition is an LPAR. You create a mapping from the client partition to the remote partition by entering the remote adapter ID.
- Remote adapter ID—Enter the virtual slot ID for the remote partition.
Virtual Serial Adapters
On the Create Virtual Serial Adapter dialog, specify:- Select Frame—Select the frame from the drop-down list.
- Adapter ID—Enter the ID for the virtual fiber channel adapter.
- Adapter type—Shows the type of adapter.
- Remote partition—Select the remote partition from the drop-down list. If the partition is an LPAR, the remote partition is a VIO server. If the partition is a VIO server, the remote partition is an LPAR. You create a mapping from the client partition to the remote partition by entering the remote adapter ID.
- Remote adapter ID—Enter the virtual slot ID for the remote partition.
If you selected the Automatically manage storage virtual server adapters option in the Virtual Guest Package wizard, the Storage panel lets you specify the storage settings appropriate for the new LPAR.
If you chose to automatically manage storage virtual server adapters, you see a single storage table on the Storage panel, from which you can add storage for the LPAR. This topic includes the following sections:
Click Add
. A dialog box is displayed where you can choose the type of storage you want to add. The following sections describe the available choices.To add a Virtual Disk to a shared storage pool
If you are using version 8.7 or later, you can add a virtual disk to a storage pool or a shared storage pool.
Warning: If the new virtual disk is also shared between different VIO instances or LPARs, then it could be deleted without warning by another user.
On the Virtual Disk dialog box, select Virtual Disk from the Storage Type drop-down list, and then specify the following:
- Location Type—Choose a storage pool or a shared storage pool as the location for the virtual disk. The shared storage pool allows sharing of SAN storage across VIOS instances.
- Thin Disk Provisioning—Use this option if you want to dynamically allocate storage by using VMware vStorage Thin Provisioning. In this format, the system dynamically consumes the space for the physical disk; space is allocated and expanded on demand whenever the LPAR requests space. For example, if you create an 80 GB disk but only use 20 GB of that disk, the actual disk consumption on the physical drives is 20 GB. If you selected Shared Storage Pool as the location, then this option is selected by default.
- Name—Enter a name for the virtual disk. You are not required to enter a name; if a name is not specified, one is generated automatically.
- Location—Browse to a location for the virtual disk.
- Size—Enter a maximum size for the disk, in gigabytes.
To add a virtual disk to a storage pool
To add a virtual disk to a storage pool, complete the following steps:
- On the Virtual Disk dialog box, select Virtual Disk from the Storage Type drop-down list.
- Specify the following:
-
- Name—Enter a name for the virtual disk. You are not required to enter a name; if a name is not specified, one is generated automatically.
- Location—Browse to a location for the virtual disk.
- Size—Enter a maximum size for the disk, in gigabytes.
The screen shit below shows the Virtual Disk dialog box from version 8.6.
To add a Physical Volume
On the Physical Volume dialog box:
- Select Physical Volume from the Storage Type drop-down list.
- Click the Browse button and select an existing physical volume.
To add a Fiber Channel Port
On the Fiber Channel Port dialog box:
- Select Fiber Channel Port from the Storage Type drop-down list.
- Click the Browse button and select an existing port to attach a SAN LUN to an LPAR through a fiber channel adapter.
BMC BladeLogic Server Automation supports N_Port ID Virtualization (NPIV). NPIV provides the capability to assign a physical fiber channel adapter to multiple unique worldwide port names (WWPNs). To access physical storage from a storage area network (SAN), the storage is mapped to logical unit numbers (LUNs), which are mapped to the ports of the physical fiber channel adapters.
The Network panel lets you select the virtual adapter settings appropriate for the new LPAR. Click Add
to add any of the following types of virtual adapters:Virtual Ethernet Adapter
On the Select Virtual Ethernet Adapter dialog box, specify:- Virtual switch—Select the virtual switch from the drop-down list of available switches. A virtual switch enables partitions on a managed system to communicate internally and to connect to external networks. Default value: Ethernet0.
- VLAN ID—Enter the unique identification of the Virtual Local Area Network (VLAN), which is a logical network on a physical or virtual switch.
- IEEE 802.1q compatible adapter—Select this option to configure the virtual Ethernet adapter to communicate over multiple VLANs. IEEE 802.1Q is the networking standard that allows multiple bridges networks to transparently share the same physical network link, without information being leaked between networks.
Logical Host Ethernet Adapter
Click Add to add one or more LHEAs. On the Select Logical Host Ethernet Adapter dialog box, specify:- Select Frame—Select a frame from the drop-down list.
- Adapter ID—Set the unique identifier for the LHEA.
- Physical Port—Select a port from the drop-down list.
- Port Group—Enter the port group to which the physical port belongs. A port group is a group of logical ports that share one or two physical ports. A port group can support up to 16 logical ports.
- Logical Port—Enter a logical port from the port group that you want to allocate to the LPAR.
- Allow all VLAN IDs—Check this box to enable the logical port to accept packets with any VLAN ID.
- Allowed VLAN IDs—If you want the logical port to accept only packets with specific VLAN IDs, clear the Allow all VLAN IDs check box and enter each VLAN ID into this field. You allow up to 20 VLAN IDs to be accepted on this logical port.
The Physical I/O panel lets you add the physical devices appropriate for the new LPAR.
- Under Physical IO, click Add
to add one or more physical devices. - On the Select Physical IOpanel, do the following:
- IO Pool ID—Optionally, specify the I/O pool if you want to assign the physical I/O slot to an I/O pool.
- Add Physical IO to Partition Profile—Choose how to add the I/O device to the partition profile. A partition profile is a record on the HMC that specifies a configuration for a logical partition.
- Add as required—Select this option if you want to specify that the I/O device is dedicated to the partition.
- Add as desired—Select this option if you want to specify that an I/O device is shared. Selecting this option means that either the I/O device is meant to be shared with other logical partitions, or that the I/O device is optional.
- Select DRC Index—Select the 8-character hexadecimal string that represents the dynamic reconfiguration connector (DRC) index of the current console adapter from the DRC Index list at the bottom of the panel. The string you select is populated into the DRC Index field above the list.
Field Description General settings Specify the Zone Name and the Zone Path (which must start with a forward slash / ), and then any of the following settings:
- Resource Pool — Click Browse
to associate the zone with a resource pool that is available on the system. Default value: Not applicable. - Auto Boot — Select True to automatically boot the zone when the global zone is booted. Select False if you do not want the zone booted automatically. Default value: False.
Processor settings Select Customize to specify any of the following settings:
- Processor Type — Select Capped or Dedicated.
- Capped sets a limit on the amount of CPU resources that can be used by the zone while it is running. Enter a positive integer or positive decimal (with two digits to the right of the decimal) in the Number of CPUs or Range field to represent the CPU cap.
- Dedicated allocates a subset of the system's processors for exclusive use by the zone while it is running. Enter a positive integer, positive decimal (with two digits to the right of the decimal), or a range in the Number of CPUs or Range field to represent the number of dedicated CPUs for the zone.
- Number of CPUs or Range — If you specified a CPU range, enter a positive integer or positive decimal (with two digits to the right of the decimal) in the Importance field.
- Importance — The Importance field defines the relative importance of the dynamic resource pool.
Memory settings Use these settings to provide limits for the physical, swap, and locked memory usage of the zone. For example, you could specify a maximum swap memory of 256 MB for the zone. You must specify at least one of the memory settings when capping memory for the zone. - Physical
- Locked
- Maximum Swap
The Network Settings panel lets you select the network settings appropriate for the new zone.
Choose the IP type (Shared or Exclusive) and then click Add
to specify a network address on the Select Network Address panel.- For a Shared IP zone, specify both the IP address and the physical device.
- Optionally, you can also set the default router. For example, Physical = hme0, Address=192.168.0.1, Default Router=10.0.0.1.
- For an Exclusive IP zone, specify only the physical device. For example, Physical = bge32001.
The File Systems /Datasets/ Devices panel lets you select the storage and physical devices settings appropriate for the new zone.
Click Add
to add any of the following types of devices:File Systems
Adding a file system is optional. Click Add to specify additional file systems on the File Systems/Data Sets/ Devices Settings Dialog panel. Use the following options to specify how and where to mount file systems:
- Dir: Specify the mount point for the file system. For example,
Dir=/mnt. - Special: Enter the block special device name or directory to mount from the global zone. For example,
Special=/dev/dsk/c0t0d0s2. - Raw: Enter the raw device on which to run the file system consistency check command (fsck) before mounting the file system. For example,
Raw= /dev/rdsk/c0t0d0s2. - Type: Enter the file system type. For example,
Type = ufs. - Options: Enter additional mount options similar to those used with the mount command. For example,
Options = nodevices.logging.
ZFS Data Sets
Click Add to specify additional Data Sets on the File Systems - Data Sets - Devices Settings Dialog panel. Adding a ZFS data set resource enables storage administration to be delegated to a nonglobal zone.
Specify the name of the data set, but do not include a leading slash or spaces in the data set name. For example, enterZFSPool/testzfs.Inherited Pkg-Dirs
Specify the Zone Type (Sparse Root or Whole Root).
- Select Sparse Root to create a zone that contains a read/write copy of only a portion of the file system existing on the global zone. The other file systems are mounted from the global zone as read-only loop-back virtual file systems. When the zone is created, the global administrator selects which file systems to share with the sparse root zone, By default, the following directories are shared as read-only file systems: /usr, /lib, /sbin, and /platform. These directories are shown in the Inherited Pkg-Dirs section.
- Select Whole Root to create a zone that contains a read/write copy of the file system that exists on the global zone. When this type of zone is created, all of the packages installed on the global zone are available to the zone. The whole root zone has dedicated use of the package database that is created and copied onto the zone.
Click Add to specify additional directories to copy into the zone.
Under Virtual Disk, click Add
to display the Virtual Disk Settings dialog box, select a server from the drop-down list and specify the following:- Size—Enter a disk size, in GB.
Storage—Browse to select a storage location.
Note
The Storage option is required only if you want to place the disk in another storage location (not in the VM storage).
- Thin Provisioning—Use this option if you want to dynamically allocate storage by using VMware vStorage Thin Provisioning. In this format, the system dynamically consumes the space for the physical disk; space is allocated and expanded on demand whenever the guest OS requests space. For example, if you create an 80 GB disk but only use 20 GB of that disk, the actual disk consumption on the physical drives is 20 GB.
- Interface Type—Select the interface type from the drop-down list.
Under Virtual Network Interfaces, click Add
to display the Virtual Network Interface Settings dialog box, select a server from the drop-down list and specify the following:- Network Name—Choose from the networks attached to the selected server.
- MAC Address—You can either enter a MAC address, or have one generated automatically.
- VLAN ID—Enter a VLAN.
- Under IP Configuration, there are two tabs for IPv4 and IPv6 addresses. Choose to have the IP address obtained automatically using Dynamic Host Configuration Protocol (DHCP), or choose to use a specific IP address by specifying the following:
- IP Address
- Subnet mask (for IPv4)
- Prefix Length (for IPv6)
- Default gateway
- Under DNS Configuration, choose to have the DNS server obtained automatically, or to use a specific server by specifying the following:
- Primary DNS server
- Secondary DNS server
- Tertiary DNS server
- Specify a DNS Suffix for this Connection.
Note
If the NIC in a template is in the disconnected state, and the network is not selected in the Virtual Guest Package, the addition to the domain fails during the customization process.
Workaround: For Hyper-V environments, the NIC in the template should be connected to the network to which the Virtual Machine is being deployed.The Storage/Network Settings panel lets you specify storage and network settings appropriate for the new virtual machine.
Field Description Disks Click Add
to open the Disk Settings dialog box, where you can add any of the following:- Disk Name
- Disk Description
- Size (MB)
- Select Server—Select a server from the drop-down list. The selection populates the list of disks at the bottom of the dialog box.
- Location—Displays the path for the storage location of the disk you selected.
Networks Click Add to open the Virtual Interface Settings dialog box and add any of the following:
- Server—Select a server from the drop-down list.
- Network Name—Select from the networks attached to the selected server.
- MAC Address—You can either enter a MAC address, or choose to have the address generated automatically.
- Under IP Configuration, there are two tabs for IPv4 and IPv6 addresses. Choose to have the IP address obtained automatically using Dynamic Host Configuration Protocol (DHCP), or choose to use a specific IP address by specifying the following:
- IP Address
- Subnet mask (for IPv4)
- Prefix Length (for IPv6)
- Default gateway
- Under DNS Configuration, choose to have the DNS server obtained automatically, or to use a specific server by specifying the following:
- Primary DNS server
- Secondary DNS server
- Tertiary DNS server
- Specify a DNS Suffix for this Connection.
The Storage panel lets you specify storage settings, such as disk name and storage key, that are appropriate for the new virtual guest.
Click Add
to display the Select Storage dialog box, select a server from the drop-down list and specify the following:- Size — Enter a disk size, in GB.
Storage— Browse to select a storage location.
Note
The Storage option is required only if you want to place the disk in another storage location (not in the VM storage).
- Thin Provisioning — Use this option if you want to dynamically allocate storage using VMware vStorage Thin Provisioning. In this format, the system dynamically consumes the space for the physical disk; space is allocated and expanded on demand whenever the guest OS requests space. For example, if you create an 80 GB disk but only use 20 GB of that disk, the actual disk consumption on the physical drives is 20 GB.
The Network panel lets you specify network settings appropriate for the new virtual guest.
Click Add
to display the Virtual Network Interface Settings dialog box, where you can specify any of the following:- Network Name — Choose from the networks attached to the selected server.
- MAC Address — You can either enter a MAC address, or have one generated automatically.
- Under IP Configuration, there are two tabs for IPv4 and IPv6 addresses.
Choose to have the IP address obtained automatically using Dynamic Host Configuration Protocol (DHCP), or choose to use a specific IP address by specifying the following:- IP Address
- Subnet mask (for IPv4)
- Prefix Length (for IPv6)
- Default gateway
- Under DNS Configuration, choose to have the DNS server obtained automatically, or to use a specific server by specifying the following:
- Primary DNS server
- Secondary DNS server
- Tertiary DNS server
- Specify a DNS Suffix for this Connection.
The Storage/Network Settings panel lets you specify storage and network settings appropriate for the new domain.
Field Description Storage details Click Add
to open the Storage Details dialog box, where you can add any of the following:Storage Type— Select File Image or Block Partition.
Note
If you select Block Partition, the Use Existing Storage Pools, Server, Pool Name, Size, and Allocate Now options are disabled.
- Use Existing Storage Pool — If you selected File Image and check this option, the Server and Pool Name drop-down lists are enabled. Select a server, and then select from the pools available on that server.
- Base Location — if you selected File Image, enter the path to the file (without the file name, as the name is automatically generated), starting with a forward slash ( / ).
- Location — if you selected Block Partition, enter the path to the partition, starting with a forward slash ( / ).
- Size (*MB) — set the desired disk space size and check *Allocate Now.
- Target Device Type (Disk, CD-ROM, or Floppy)
Target Device Bus (IDE, SCSI, and so on)
Note
For a Target Device Type of CDROM and Floppy, the Target Device Bus must be IDE.
Network / Bridge details Click Add to open the Network Details dialog box and add any of the following:
- Server
- Network Type
- Network Name
Auto-generate MAC Address
Note
In the Virtual Guest Package and the Virtual Guest Job wizard, you must add at least one bridge network to provision a RHEV KVM domain using PXE.
- Use this MAC Address
- Device Model
Optionally, click Next to display the following panels and specify options.
The Schedules panel lets you schedule a job to execute immediately, schedule a job at a specific time in the future, schedule a job on a recurring basis, and define notifications that are issued when a job runs.
On the Schedule panel, choose Execute Job Now or click Add
to define a schedule for this Virtual Guest Job. When scheduling a job, you can perform any of the following tasks:- Scheduling a job that executes immediately — To schedule a job that executes immediately, select Execute job now.
- Scheduling a job — The Schedule tab lets you schedule a job so it can run once, recur hourly, daily, weekly, or monthly, or recur at some arbitrary interval.
- Defining job notifications — The Job Notifications tab lets you set up notifications that are generated when a scheduled job runs.
The Virtual Guest Job Instance Properties panel lets you specify values for the local editable properties defined in the Virtual Guest Package and Virtual Guest Job.
For example, if the "Location" property appeared on this panel, you could modify the property to "Boston" to show the location of the virtual machine being created.This capability enables you to set up a template for Virtual Guest Jobs, using specific properties as parameters. You would then need to specify values before each job run in just one panel.
For any property that has a check in the Editable column, select the property and click in the Value column.
- To set a property value back to its default value, click Reset to Default Value
.
The value of the property is reset to the value it inherits from a built-in property class. The Value Source column shows the property class from which the value is inherited. - Depending on the type of property you are editing, you can take different actions to set a new value, such as entering an alphanumeric string, choosing from an enumerated list, or selecting a date.
To insert a parameter into the value, enter the value, bracketed with double question mark delimiters (for example,??MYPARAMETER??) or click Select Property
.
The Server Properties panel lets you review and edit the properties associated with the virtual host server.
For any property that has a check in the Editable column, select the property and click in the Value column.
- To set a property value back to its default value, click Reset to Default Value .
The value of the property is reset to the value it inherits from a built-in property class. The Value Source column shows the property class from which the value is inherited. - Depending on the type of property you are editing, you can take different actions to set a new value, such as entering an alphanumeric string, choosing from an enumerated list, or selecting a date.
To insert a parameter into the value, enter the value, bracketed with double question mark delimiters (for example,??MYPARAMETER??) or click Select Property.
- Click Finish after completing the last step of the wizard, or click OK to save your revisions to an existing job.
- To run the job, right-click the job and select Execute.
To schedule a VGJ
In the Schedules panel, define any number of schedules for the VGJ in the list of schedules, and then click Next. You can use any of the following options:
Scheduling a job — The Schedule tab lets you schedule a job so it can run one time, recur daily, weekly, or monthly, or recur at some arbitrary interval. Note For a recurring schedule, BMC Server Automation automatically accounts for differences in time zones and changes in daylight savings time. For example, if you schedule a job that should run weekly at 06:00 Eastern Standard Time, the job always runs at 06:00 Eastern Time, no matter whether standard or daylight savings time is in effect. Ensure that all component machines in your BMC Server Automation system have their clocks synchronized.
While scheduling, you can set the time zone for the job. You can also set an execution priority level for the job.
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