Dear Readers, Welcome to CITRIX Objective Questions and Answers have been designed specially to get you acquainted with the nature of questions you may encounter during your Job interview for the subject of CITRIX Multiple choice Questions. These Objective type CITRIX are very important for campus placement test and job interviews. As per my experience good interviewers hardly plan to ask any particular question during your Job interview and these model questions are asked in the online technical test and interview of many IT & Non IT Industry.
A. Cloned from the XenServer
B. Entered manually using the MAC address field
C. Specifically assigned using an external RSA server
D. Auto-assigned by the server using random algorithm
Ans: B,D
A. Debian VM source files
B. Legacy Paravirtualized kernels
C. Windows administration console
D. Bare metal virtualization platform
Ans: C,D
A. Having higher consolidation ratios
B. Having the ability to use diverse hardware
C. Running different legacy operating system types
D. Live moving a virtual machine between two physical systems
Ans: A,D
A. To install XenDesktop on a server
B. To create provisioned virtual desktops
C. To organize virtual machines into groups
Ans: B
A. 22
B. 80
C. 443
D. 5900
Ans: C
A. Simulating the complete hardware
B. Running applications as conventional local software
C. Leveraging a hypervisor for the underlying technology
D. Offering an API that modifies the guest operating system
Ans: A
A. The complete hardware is simulated.
B. The physical server is virtualized at the operating system level.
C. The desktop or server applications run locally using local resources.
D. The guest operating systems are aware they are running in a virtualized environment.
Ans: D
A. Use a standard image mode vDisk
B. Delete the virtual desktops after shutdown
C. Compress the virtual machines after the users log off
D. Configure the desktop group so that virtual machines are shut down after a user logs off
Ans: D
A. virtual switches
B. internal networks
C. virtual network interfaces
D. physical network interfaces
Ans: D
A. Bridge
B. Internal
C. External
D. Physical
Ans: B
A. 1
B. 2
C. 3
D. 4
E. 5
Ans: B
A. Settings
B. Disk layout
C. MAC address
D. Installation files
Ans: D
A. Using the vendor installer
B. Configuring a new system identity
C. Updating the MAC address manually
D. Exporting the template before using it
Ans: A
A. Enable the remote desktop
B. Run the SYSPREP program
C. Remove the emulated drivers
D. Install the paravirtualized drivers
Ans: D
A. Create a new pool
B. Promote a Slave server to pool Master
C. Remove the current pool Master from the pool
D. Allow the Slave servers to run in emergency mode
Ans: B
A. The Slave servers try to reconnect
B. The secondary Master server takes over
C. The agent on all Slave servers instantly restarts
D. A Slave server is randomly promoted to pool Master
Ans: A
A. Restart all VMs on the servers
B. Ensure any shared storage is connected
C. Ensure the system has access to shared storage in the existing pool
D. Connect NICs to the same networks in the same pool in the same order
Ans: C,D
A. Display
B. Storage
C. Memory
D. Network
E. Processor
Ans: B.D
A. On a remote installation server
B. On a remote NFS or CIFS server
C. On the control domain in /var/opt/xen/iso_import
D. On the control domain in /opt/xensource/packages/iso
Ans: B
A. P2V
B. Clone
C. Install
D. Import
Ans: A
A. XenCenter Client
B. Xen Web-based Client
C. XenEnterprise configuration tool
D. XenServer command line interface
Ans: A,D
A. Windows 95
B. Windows XP SP2
C. Windows 2000 SP4
D. Windows Server 2003
Ans: A
A. 32bit
B. 64bit
C. 32bit-PAE
D. 64bit-PAE
Ans: B
A. FC
B. NFS
C. SAS
D. iSCSI
Ans: B
A. 8
B. 16
C. 20
D. 32
Ans: B
A. 32 GB
B. 64 GB
C. 128 GB
D. 256 GB
Ans: C
A. 2
B. 3
C. 4
D. 7
E. 8
Ans: D
A. Removing a virtual disk drive from a VM
B. Adding more disk space to an existing virtual disk drive
C. Removing disk space from an existing virtual disk drive
D. Hot Adding an additional virtual disk drive to a running VM
Ans: C
A. eth1
B. eth0
C. ifcfg-eth1
D. ifcfg-eth0
Ans: B
A. It runs on remote Linux client systems.
B. It runs on remote Windows client systems.
C. It runs locally in Domain 0 of the XenServer.
D. It requires the command name as the first parameter.
E. It sends communication between a remote client and server without encryption.
Ans: E
A. 2
B. 4
C. 6
D. 8
Ans: B
A. Use the P2V Wizard in the XenCenter Client
B. Boot from the XenSource installation CD and select the P2V option
C. Install the P2V client from the XenServer installation CD on the source Linux server
D. Enter the hostname of the computer to be virtualized and select "Start P2V Conversion" in the XenCenter Client
Ans: B
A. Import a Microsoft.VHD file directly into XenCenter
B. Create a VM in XenCenter from an existing VM template
C. Import a previously-exported XenServer VM image using the XenServer command line interface
D. Use XenCenter to install from vendor media, such as a CD/ISO image or network install source
Ans: A
A. Reboot the server
B. Select disk devices for install
C. Boot the server from either the XenServer CD or network installer
D. Install the XenServer server software after installing the host operating system
Ans: D
A. hosts.CFG
B. Logging.RTF
C. client.properties
D. XenCenter.exe.config
Ans: D
A. Logical Volumes
B. Physical Volumes
C. Storage Repository
D. Logical Volume Manager
Ans: C
A. Stub
B. Router
C. Virtual LAN
D. Virtual Switch
Ans: D
A. Windows XP
B. Windows NT
C. Windows Server 2000
D. Windows Server 2003 64 bit
Ans: B
A. 2
B. 3
C. 4
D. 7
E. 8
Ans: D
A. cloned from the XenServer
B. determined by the host server
C. assigned manually by administrators
D. auto-assigned by the server using random algorithm
Ans: D
A. /var/log
B. ~/.xensource/logs
C. C:\Windows\System32\Logs
D. C:\Program Files\XenSource\log
Ans: A
A. PCI-X
B. AMD-V
C. Intel LT
D. Intel VT
Ans: B,D
A. X11
B. RDP
C. VNC
D. KDE
E. GNOME
Ans: C
A. Using the XenServer CD installer system
B. Using the XenCenter Client network configuration menu
C. Editing network configuration files manually in Domain 0 after installation
D. Editing network configurations manually from the XenServer command line interface
Ans: B,D
A. xe dmesg
B. xm dmesg
C. xs vm-list -s 10.100.2.10 -u root -pw password
D. xe vm-list -s 10.100.2.10 -u root -pw password
E. xm vm-list -s 10.100.2.10 -u root -pw password
Ans: D
A. Path
B. Type
C. Name
D. IP address
Ans: D
A. USB drive
B. Raw partition
C. Network share
D. Server optical drive
Ans: C
A. Name
B. Share name
C. File description
D. Number of images
Ans: A,B
A. Re-format the Xen partition
B. Remove the current server configuration
C. Re-enter the physical network configuration
D. Back up the existing virtual machine (VM) with a VM export
Ans: C
A. Create a management NIC
B. Delete the current server configuration
C. Re-enter the physical network configuration
D. Backup the existing virtual machines (VM) with a VM export
Ans: D
A. MAC address
B. Domain name
C. IP configuration data for one address
D. IP configuration data for multiple addresses
Ans: C
A. It removes the existing file system.
B. It maintains the existing partitioning.
C. It requires the use of the diskpart CLI tool in a Linux environment.
D. It requires the use of the Ivextend CLI tool in the Windows environment.
Ans: B
A. xe vm-list
B. xm vm-list
C. xe sr-create
D. xm sr-create
Ans: C
A. NFS
B. Fibre Channel
C. iSCSI (with Software Initiator)
D. DAS (Directly Attached Storage)
Ans: A,C
A. a physical NIC
B. a physical network
C. VLANs on the physical network
D. other virtual machines on the same server
Ans: D
A. Internal networks are used to connect to a physical NIC, whereas external networks are used to connect to a physical network.
B. Internal networks are used to connect to VLANs on the physical network, whereas external networks are used
to connect to a physical network.
C. Internal networks are used to connect to a physical network, whereas external networks are used to connect to
virtual machines on multiple servers.
D. Internal networks are used to connect to other virtual machines on the same server, whereas external networks
are used to connect to a physical NIC.
Ans: D
A. XenClient
B. XenMotion
C. SAN server
D. Resource Pools
Ans: B,D
A. VLAN configuration
B. Memory Access Sharing
C. Packet Security Tagging
D. Network Bandwidth QoS
Ans: A,D
A. XenApp will be used to deliver applications
B. users will be installing their own applications
C. the administrator needs to apply specific access policies to a few users
D. roaming profiles are used to allow end users to personalize their desktops
Ans: B
A. 1
B. 2
C. 3
D. 4
Ans: B
A. RAID 1
B. RAID 2
C. RAID 3
D. RAID 4
Ans: A
A. NFS
B. FTP
C. HTTP
D. iSCSI
Ans: A,D
A. 1
B. 2
C. 3
D. 4
Ans: A
A. Shutdown all running VMs.
B. Disconnect any shared storage.
C. Ensure that the NICs of the physical servers are of the same manufacturer.
D. Ensure that the NICs of the physical servers are connected to different networks.
Ans: A,B
A. XenSource Tools
B. Emulated NIC drivers
C. Paravirtualized drivers
D. Emulated IDE disk drivers
Ans: B,D
A. Unique ID
B. New hostname
C. Network settings
D. New MAC address
Ans: A,D
A. Use of the XenServer CD installer system
B. Use of the XenCenter Client network configuration menu
C. Manual edit of network configuration files in Domain 0 after installation
D. Manual edit of network configurations from the XenServer command line interface
Ans: A,C