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virt-install (1)
  • >> virt-install (1) ( Solaris man: Команды и прикладные программы пользовательского уровня )
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    NAME

    virt-install - install guest operating system on xVM system
     
    

    SYNOPSIS

    /usr/bin/virt-install [options]
    

     

    DESCRIPTION

    The virt-install program enables you to install a guest operating system on a machine running Solaris xVM.

    virt-install allows you to enter information about a guest either as a set of command-line options or in response to a series of prompts. When run without options, virt-install takes you through a series of prompts, for which you need to know the information listed below. This information maps to the command options, described in their own section.

    o Name of your guest domain. This name serves as the label of the guest operating system and will be the name of the file that stores the guest's configuration. For network-based installs, the name of the domain must match its real hostname.
    o Amount of RAM to be allocated to the guest, in MB. Solaris domains should use 512MB minimum.
    o Path to the disk image of the guest. This path is exported as an entire disk to your guest. It is on the xVM control domain and can be to a physical disk, a flat file, or any device that provides a block device interface; for example, a ZFS volume or a Solaris Volume Manager volume.
    o If the path specified in the preceding bullet does not already exist, the size, in GB, of the virtual disk for your guest.
    o You must choose whether to enable graphics support for the domain. Note that paravirtualized Solaris domains do not currently support a graphical console in this manner.
    o URI for the location of the installation software. This can be an NFS path, or the path to a local directory or ISO. Some operating systems do not yet support ISO installs. Some operating systems require that the install host be fully qualified (for example, my.nfs.server.com) for the install to work. Examples of acceptable installation paths are:

    nfs:my.nfs.server.com:/home/install/test/tree
    /export/solarisdvd.iso
    

    After entering required information, installation starts. If you enabled graphics, a Virtual Network Computing (VNC) window opens and presents the graphical installer. If graphics are not enabled, the text installer displays.

    You can connect to the graphical console by finding the correct display with the command:

    % virsh vncdisplay dom-name
    

    ...and then running:

    % vncviewer localhost:d
    

    ...where d is the display returned by the preceding virsh vncdisplay command.

    Autoconfiguration data (see the --autocf option, below) is presented to the guest as a floppy device. For Solaris, this can be a UFS or PCFS file system image containing sysidcfg(4) and Jumpstart profile data.

    To run virt-install, you must become superuser or assume the Primary Administrator role.  

    OPTIONS

    The following options are supported:

    --autocf=location

    Specifies location of autoconfiguration data for the guest.

    For fully virtualized guests installing from an ISO file or DVD, location specifies the pathname of a disk image to be presented to the guest as the floppy device fda. The following is the path to a local filename containing a floppy image:

    /path/to/guest/autocf.img
    

    This option is ignored for fully virtualized guests installing over a network using PXE. Such a guest will retrieve any autoconfiguration data over the network. For paravirtualized guests, support for this option is guest-specific.

    For Solaris paravirtualized guests installing over NFS, this option allows you to specify the NFS pathname to a directory containing a sysidcfg(4) file along with a Solaris Jumpstart profile. The following is the path to a NFS directory containing Solaris autoconfiguration data:

    nfs:netinstall:/export/guests/guest.autocf
    

    -b bridge, --bridge=bridge

    Bridge to which to connect the network interface. If you do not specify a bridge, the system attempts to determine the default. This should be the name of the interface in the control domain through which to route the domain's networking traffic, for example, bge0.

    -c cdrom, --cdrom=cdrom

    File to use as a virtual CD-ROM device for fully virtualized guests. This option works with HVM domains and is ignored with paravirtualized domains. It can be path to an ISO image, or to a CD-ROM device. It can also be a URL from which to fetch or access a minimal boot ISO image. The URLs take the same format as described for the --location argument. If this option is omitted then either the --location argument must be entered, to specify a location for the kernel and initrd, or the --pxe option used, to install from the network.

    --check-cpu

    Check that VCPUs do not exceed physical CPUs and warn if they do.

    --connect=URI

    Connect to hypervisor at URI.

    --cpuset=cpuset

    Specify which physical CPUs the guest can use. cpuset is a comma-separated list of numbers, which can be specified in ranges. For example:

    0,2,3,5

    Use processors 0, 2, 3, and 5

    1-3,5,6-8

    Use processors 1, 2, 3, 5, 6, 7, and 8

    -d, --debug

    Display debugging information. The debugging information is stored in $HOME/.virtinst/virt-install.log, even if this option is omitted. In this path, $HOME is the home directory of the user invoking virt-install, such as / or /root.

    -f pathname, --file=pathname

    Path to the file, disk partition, or logical volume to use as the backing store for the guest's virtual disk. If the path does not exist, then --file-size option should also be specified, allowing the disk to be created.

    -s filesize, --file-size=filesize

    Size of the file to create for the guest virtual disk, if the path specified with the --file does not already exist. The filesize is specified in gigabytes, with fractional numbers allowed. The storage for the file will not be pre-allocated unless the --nonsparse option is also specified.

    -h, --help

    Display list of virt-install options.

    -k keymap, --keymap=keymap

    Request that the virtual console be configured to run with a non-English keyboard layout.

    -l location, --location=location

    Installation source for paravirtualized guest. Fully virtualized guests must use either --location to specify a kernel and initrd or the --cdrom option to specify an ISO/CDROM image. The location argument can take the forms, nfs:host:/path, or a file system path in the control domain, as described above.

    -m mac_addr, --mac=mac_addr

    Specifies a fixed MAC address for the guest. If this parameter is omitted, or the value random is specified, a suitable address will be randomly generated. For xVM virtual machines it is required that the first 3 pairs in the MAC address be the sequence 00:16:3e. This option is required when performing PXE or NFS-based installations of Solaris guests.

    -n name, --name=name

    Name of the new guest virtual machine instance. This must be unique among all guests known to the hypervisor on this machine, including those not currently active.

    --noacpi

    Disables Advanced Configuration and Power Interface (ACPI) for fully virtualized guest. Overrides configuration setting stored in systems specified by --os-type and --os-variant options.

    --noapic

    Disables Advanced Programmable Interrupt Controller (APIC) for fully virtualized guest. Overrides configuration setting stored in systems specified by --os-type and --os-variant options.

    --noautoconsole

    Do not automatically try to connect to the guest console. The default behavior is to launch a VNC client to display the graphical console, or to run the virsh console command to display the text console. Use of this option disables this behavior.

    --nodisks

    Request a virtual machine without any local disk storage, typically used for running "Live CD" images or installing to network storage (iSCSI or NFS root). This disables all interactive prompts for disk setup.

    --nographics

    Disable all interactive prompts for the guest virtual console. No graphical console will be allocated for the guest. A text-based console will always be available on the first serial port (or equivalent paravirtualised console device).

    --nonsparse

    Request creation of a non-sparse file for the guest virtual disk. Note that use of this option causes guest creation to be significantly slower than otherwise.

    --os-type=os_type

    Optimize the guest configuration for a type of operating system. This option attempts to pick the most suitable ACPI and APIC settings, select optimally supported mouse drivers, and generally accommodate other operating system peculiarities. See "OS Types and OS Variants", below for a list of acceptable values.

    --os-variant=os_variant

    The OS variant for fully virtualized guests. See "OS Types and OS Variants", below for a list of acceptable values.

    -p, --paravirt

    Indicates that guest is paravirtualized. If the host supports both paravirtualization and full virtualization, and neither this parameter nor the --hvm option are specified, this will be prompted for interactively.

    --pxe

    Use the PXE boot protocol to load the initial ramdisk and kernel for starting the guest installation process. If this option is omitted, then either the --location or --cdrom options must be entered, to specify a location for the kernel and initrd.

    -r mem_amount, --ram=mem_amount

    Memory to allocate for guest instance, in megabytes.

    -s disksize, --file-size=disksize

    Size of the disk image (if it does not exist), in gigabytes

    --sdl

    Use Simple DirectMedia Layer (SDL) for graphics support. This option works with some guest domains, including HVM, but not with Solaris.

    -u UUID, --uuid=UUID

    Specifies UUID, as a 32-digit hexadecimal number, for the guest. if no UUID is specified, the system generates a random UUID. If you enter a UUID, keep in mind that it is intended to be a globally unique value.

    -v, --hvm

    Specifies that the guest is a Hardware-assisted Virtual Machine (HVM). Requests the use of full virtualization, if both paravirtualization and full virtualization are available on the host. This parameter might not be available if connecting to a hypervisor on a machine without hardware virtualization support.

    This guest should be fully virtualized.

    --vcpus=vcpus

    Number of Virtual (VCPUs) to configure for your guest.

    --vnc

    Use Virtual Network Computing (VNC) for graphics support. This option works with HVM domains but not with paravirtualized domains. Unless the --vncport parameter is also provided, the VNC server will run on the first free port number at 5900 or above. The actual VNC display allocated can be obtained using the vncdisplay subcommand to virsh(1M).

    --vncport=vncport

    Request a permanent, statically assigned port number for the guest VNC console. Use of this option is discouraged as another guest might automatically choose to run on the specified port, creating a conflict.

    -w network, --network=network

    Connect the guest to the host network. The value for network can take the following format:

    host:bridge

    Connect to a bridge device in the specified host. Use this option if the host has a static networking configuration and the guest requires full outbound and inbound connectivity with the LAN. Also use this format if live migration will be used with this guest.

    If this option is omitted, a single NIC will be created in the guest. If there is a bridge device in the host with a physical interface enslaved, this interface will be used for connectivity. Failing that, the virtual network called default will be used. This option can be specified multiple times to setup more than one NIC.

    -x extra_args, --extra-args=extra_args

    When installing paravirtualized guests, specifies additional arguments to pass to the installer.

     

    OS Types and OS Variants

    The following are the valid OS type and OS variant values for --os-type and --os-variant options described above.

    os-type  os-variant
    -------  ----------
    linux (Linux 2.x series)
            rhel2.1
            rhel3
            rhel4
            rhel5
            fedora5
            fedora6
            fedora7
            fedora8
            sles10
            debianEtch
            debianLenny
            generic24
            generic26
    
    windows (Microsoft Windows 9x or later)
            winxp
            win2k
            win2k3
            vista
    
    unix (Traditional UNIX BSD or SysV derivatives)
            freebsd6
            openbsd4
    
    solaris (Solaris 9 or later)
            solaris9
            solaris10
            opensolaris
    
    other (Not in one of groups above)
            msdos
            netware4
            netware5
            netware6
            generic
    

     

    EXAMPLES

    Example 1 Installing Solaris onto a Local Disk from an ISO

    The following command installs a Solaris guest from an ISO file.

    # virt-install --name solaris2 --ram 1024 --nographics \
     --file /dev/md/dsk/solaris2-disk \
     --location /export/isos/nv75-dvd.iso
    

    Example 2 Installing Microsoft Windows

    The following command installs a Microsoft Windows guest using a local file as a root disk.

    # virt-install --name windows1 --ram 1024 \
     --cdrom //en_winxp_pro_with_sp2.iso \
     --file /guests/windows1-disk \
     --file-size 10 --vnc
    

    Example 3 Installing Paravirtualized Solaris Guest from an NFS Server

    The following command installs a Solaris paravirtualized xVM guest, 500 MB of RAM, 6 GB of disk, from an NFS server, in text-only mode:

    # virt-install \
          --paravirt \
          --name demo \
          --ram 500 \
          --file /export/guests/demo/images/demo.img \
          --file-size 6 \
          --nographics \
          --mac=00:16:3e:2f:8a:1a \
          --location nfs:netinstall:/export/s10u6/combined.s10x_u6wos/latest \
          --autocf=nfs:netinstall:/export/guests/demo/autocf
    

    Example 4 Installing xVM Guest Using ZFS zvol

    The following command installs an xVM guest, using a ZFS zvol, booting from the host CD-ROM, using the VNC server/viewer:

    # virt-install \
          --name demo \
          --ram 500 \
          --file /dev/zvol/dsk/demo.zvol \
          --vnc \
          --hvm \
          --autocf=/export/guests/demo/images/autocf.img \
          --cdrom /dev/dsk/c2t0d0s2
    

    Example 5 Installing Paravirtualized Guest over HTTP

    The following command installs a paravirtualized Fedora guest domain over HTTP using the text installer:

    # virt-install -n demo -x 'console=hvc0' --paravirt \
    -f /dev/zvol/dsk/demo.zvol \
    -l http://mirror.cc.vt.edu/pub/fedora/linux/releases/8/Fedora/x86_64/os/ \
    -r 512 --nographics
    

    Example 6 Installing Red Hat Enterprise Linux Guest over NFS

    The following sequence of commands installs a Red Hat Enterprise Linux guest over NFS using the text installer:

    # mount -F hsfs /rhel.iso /mnt
    # share -o ro /mnt
    # virt-install -n pv-rhel -r 1024 -l nfs:mydom0:/mnt \
          -f /dev/zvol/dsk/pv-rhel.zvol -p --nographics
    

    Example 7 Installing with Kickstart Automation

    The following command installs a RedHat guest using the media in the dom0 CD-ROM, utilizing kickstart to automate the installation process.

    # virt-install  \
           --name rhat \
           --ram 500 \
           --file /dev/zvol/dsk/rhat.zvol \
           --paravirt \
           --location /dev/dsk/c2t0d0s2 \
           --extra-args "ks=/export/install/rhat/ks.cfg
    

     

    ATTRIBUTES

    See attributes(5) for descriptions of the following attributes:

    ATTRIBUTE TYPEATTRIBUTE VALUE

    AvailabilitySUNWxvmu

    Interface Stability

     

    SEE ALSO

    virsh(1M), virt-clone(1M), xend(1M), xentop(1M), xenstored(1M), xm(1M), sysidcfg(4), attributes(5), xVM(5)


     

    Index

    NAME
    SYNOPSIS
    DESCRIPTION
    OPTIONS
    OS Types and OS Variants
    EXAMPLES
    ATTRIBUTES
    SEE ALSO


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