HP Integrity Servers with Microsoft Windows
Server 2003 for Itanium-based systems
HP Networking Utilities User's Guide
HP Part Number: 5992-0902
Published: September 2007
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Table of Contents
1 Replicate Agent Settings tool.........................................................................................9
2 SetLACState Utility.......................................................................................................15
3 Network Adapter Scripting Utility..............................................................................17
Table of Contents
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List of Figures
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List of Tables
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1 Replicate Agent Settings tool
Introduction
The HP Network Configuration Utility (NCU) enables configuration of network adapters and
teams of network adapters installed on an HP Integrity server. To better support server
management, the NCU has been enhanced using the Replicate Agent Settings tool of HP Systems
Insight Manager (HP SIM). The replication tool enables HP SIM to retrieve Web Agent
configuration settings from a source server and distribute that configuration remotely to one or
more target servers.
To use the information in this chapter, you need a basic familiarity with HP SIM. This chapter
provides step-by-step instructions to replicate network configuration settings from one server
to a group of target servers using the Replicate Agent Settings tool of HP SIM.
Overview of NICs
You can use the Replicate Agent Settings tool to configure target servers based on configuration
information transferred from a source server. The target system does not have to be identical to
the source system. You can configure both network interface cards (NICs) and teams of NICs on
the target system. The Replicate Agent Settings tool modifies the configuration of the NICs on
the target system according to the NIC properties specified on the source system.
When the Replicate Agent Settings tool runs, it identifies NICs by their relative order in the
system. The relative order is determined by the slot and port order in the system. NICs embedded
on the system board are assigned the lowest numbers, followed by NICs ordered by their slot
numbers with the lowest slot number listed first. Multiport NICs are ordered by ascending port
number within each slot.
NICs on the target system are configured to match the corresponding NIC numbers on the source
server using the following conventions:
•
•
•
•
The first NIC on the target system is configured using data from the first NIC on the source
server.
The second NIC on the target system is configured according to the saved data for the second
NIC on the source server, and so on.
If the target system has more NICs than the source server, the extra NICs retain their current
settings.
If the target system has fewer NICs than the source server, data for additional NICs on the
source server is ignored.
Teams are created on the target system. Each team consists of the same relative NICs that are
teamed on the source server. For example, if NICs 3 and 5 are teamed on the source server, then
the same teaming information is transferred to the target server, and NICs 3 and 5 are teamed
on the target system during the replication operation. In general, the NICs on the target system
team do not have to be the same type of NICs that are teamed on the source server. However,
some NICs cannot be teamed and an error is returned if an attempt to form a team is made with
invalid combinations of NICs. For example, NICs without common speed capabilities cannot be
teamed on a load-balancing team.
An error is returned if the NICs forming the team on the source server are not present on the
target system. For example, if NICs 3 and 5 are teamed on the source server but the target system
has only four NICs, an error is reported and the configuration is not applied.
When teams are configured on the target system, the team properties are set to the values
transferred from the corresponding team on the source server. Properties not transferred (and
properties specified with invalid data values) are configured using their default settings.
Introduction
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If no teams are configured on the source server, no teaming information is transferred, and
configuration of the target system consists of configuring individual NICs only.
Using HP SIM
To replicate network configuration settings from source server to target server, complete the
following steps:
1. From the HP SIM home page, select All Systems to display all servers in the All Systems
Figure 1-1 All Systems window
2. Select the desired target systems from the list.
3. Select Configure > Replicate Agent Settings from the menu. The Step 1: Verify Target
Figure 1-2 Step 1: Verify Target Systems window
NOTE: If the systems selected are not compatible with the Replicate Agent Settings tool,
the Tool launch OK? column provides a brief explanation of the problem. To change the
targeted list, click Change Targets. To remove the selected system, click Remove in the
Keep? column.
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5. Select the specific server with a configured network to replicate on the target servers (the
Web Agent that supports network configuration is labeled HP Network Configuration
Utility).
Figure 1-4 Step 3: Choose Source Configuration Settings window
7. Expand the HP Network Configuration Utility tree to view the networking components that
can be replicated. These components are located under Networking Properties.
The Network Properties view provides the following networking configuration information:
•
•
Teams — Number of teams in the configuration
Team VLANs — Number of team VLANs defined (multiple teams can use the same
VLAN)
•
•
Adapters — Number of adapters in the configuration
Adapter VLANs — Number of adapter VLANs defined (multiple adapters can use the
same VLAN)
•
Version — Version of the teaming utility
NOTE: Currently, the edit function is not operational for network configuration settings.
8. Select Adapter Configuration.
NOTE: You also can select Wake target systems from low power mode before configuring
the target servers. This option initiates the Wake-on LAN (WOL) feature to remotely power
on the target servers, if they are equipped with a WOL-enabled NIC or if they have ACPI
support in the operating system. See the “Replicate Agent Settings - Reference” section in
the HP SIM online help file for more information.
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9. Select one of the following options to execute the task:
•
•
•
Click Schedule to specify when the task will run. For more information, see the
“Scheduling a Task” section in the HP SIM online help file.
Click Run Now to run the task immediately. The Task Results page appears. See the
“Task Results List” section in the HP SIM online help file for more information.
Click Prev to return to the previous page.
NOTE: The Replicate Agent Settings task in HP SIM uses Secure Task Execution (STE) to
issue its commands to the system. STE enables an HP SIM system to securely request
execution of the task from a managed system. It ensures that the user requesting the task
has the appropriate rights to perform it. For more information, see the “About Secure Task
Execution” section in the HP SIM online help file.
Viewing the Task Results page
Figure 1-5 Task Results page
Status information messages indicate the success or failure of the configuration and can include
Table 1-1 Status information messages
Status
Message
Agent Configured Successfully
Network Configuration — Agent Configured Successfully.
Networking Configuration Replication Network Configuration Replication Error — Error retrieving system model.
Error
Insure that network configuration utilities are not executing on this target.
Network Configuration Error — Adapter configuration version mismatch.
Network Configuration Error — Adapter configuration error; see log file
for additional details.
Network Configuration Error — Another Networking application is
executing.
Network Configuration Error — Unidentified error; see log file for
additional details.
Network Configuration Error — Number or type of adapter mismatch.
Network Configuration Replication Error — Processing HP SIM connection.
HP SIM Connecting VLAN Error
NOTE:
For additional error details, see CPQSYSTEM\log\remnetcfg.log.
Using HP SIM
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2 SetLACState Utility
If a server contains more than one server adapter, and at least one of those adapters is not
connected, the server can display as failed on some network management consoles. SNMP traps
can also be triggered. Use the SetLACState utility (SetLACState) to disable the Local Area
Connection containing the unused adapter. This stops the server from displaying as failed and
prevents the SNMP traps.
NOTE: The server adapter identified by the local area connection must be an adapter supported
by HP. Also, you cannot use this utility to enable or disable adapter teams.
The SetLACState utility is installed as part of the Network Configuration Utility (NCU) component
package for Windows Server 2003. Upon installation, SetLACState.exeis copied into the
%SystemRoot%\System32\directory.
Tool usage
You can run the SetLACStateutility from the command prompt use it during RDP installations.
You can also add it to the [GuiRunOnce] section of unattend.txtfor use in unattended
installations.
Command-line syntax
Use the following format at the command line:
SetLACState <Local Area Connection> [Enable | Disable] [/l
<logfile>][LINEBREAK][/? | /help]
Command-line arguments
Table 2-1 SetLACStatecommand line arguments
Argument
Function
<Local Area Connection>
Specify the name or ID of the LAN connection (for example, Local Area
Connection or 1, 2, or 3).
NOTE: If you use this utility in the [GuiRunOnce] section of
unattend.txt, specify the ID of the local area connection. Specifying just
the name of the local area connection results in an error. For example, Local
Area Connection has an ID of 1. Local Area Connection 2 has an ID of 2, and
so on. Local area connections that have been renamed no longer have an ID.
[Enable | Disable]
[/l <logfile>]
Enables or disables the specified local area connection.
Lets you to specify where the logfile is saved. The default location is on the
system drive at: %SystemRoot%\cpqsystem\log\setlacstate.log.
/?
Displays utility usage (optional).
Displays utility usage (optional).
/help
Command-line examples
The following valid SetLACStatecommand-line examples achieve the same result:
SetLACState 2 disable
SetLACState “Local Area Connection 2” disable
What they do:
Tool usage
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Both of these commands disable Local Area Connection 2.
NOTE: Specifying enablefor a connection that is already enabled or disablefor a connection
that is already disabled, does not generate an error.
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3 Network Adapter Scripting Utility
Use the Network Configuration Utility to configure network adapters (NICs) and teams of
network adapters. The utility’s scripting feature lets you do this using a batch process.
The scripting functionality also lets you configure target systems based on configuration
information saved from a source server. When scripting runs, it uses the NIC properties specified
in the data file from the source server to modify the configuration of the NICs on the target
system. Target systems do not have to be identical to the source server, and the configuration of
the source server does not have to be duplicated in its entirety onto the target system.
Overview
The scripting tool used to configure the target systems identified NICs by their relative order in
the system. The relative order is determined by the slot and port order in the system. NICs on
the system board are assigned the lowest numbers, followed by the remaining NICs, which are
ordered from lowest slot number to highest. Multiported NICs are ordered by ascending port
number within each slot.
Order of NICs on target systems
NICs on the target system are configured to match the corresponding NIC numbers on the source
server using the following conventions:
•
•
•
•
The first NIC on the target system is configured using data from the first NIC on the source
server.
The second NIC on the target system is configured according to the saved data for the second
NIC on the source server, and so on.
If the target system has more NICs than the source server, the extra NICs retain their current
settings.
If the target system has fewer NICs than the source server, data for additional NICs on the
source server is ignored.
Teams on target systems
The target system is configured with the same number of teams present on the source server
according to the following conventions:
•
•
Teams are created on the target system consisting of the same relative NICs that were teamed
on the source server. For example, if NICs 3 and 5 were teamed on the source server, then
that teaming information is saved in the data file, and NICs 3 and 5 are teamed on the target
system
In general, the NICs on the team on the target system do not have to be the same type of
NICs that were teamed on the source server. However, some NICs cannot be teamed, and
if an attempt is made to form a team with invalid combinations of NICs, an error occurs.
For example, teams with no common speed capabilities cannot be teamed on a load balancing
team.
•
•
An error occurs in the configuration if the NICs forming the team on the source server are
not present on the target system. For example, if NICs 3 and 5 are teamed on the source
server but the target system has only four NICs, an error is reported and the configuration
is not applied.
When teams are configured on the target system, the team properties are set to the values
read from the data file for the corresponding team on the source server. Properties not
Overview
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specified in the data file (and properties specified with invalid data values) are configured
using their default settings.
•
If no teams are configured on the source server, then no teaming information is written to
the data file, and configuration of the target system consists of configuring individual NICs
only.
The CQNICCMD scripting utility
CQNICCMD is a Windows Server 2003 utility that uses a script file to duplicate the NIC teaming
configuration information of one Integrity source server and copy it to another Integrity target
server.
Script conversion issues
Scripts created with earlier versions of the Network Configuration Utility (NCU) are supported.
However, HP recommends that you recreate them using the latest version of the NCU. Several
operating modes in scripts generated with NCU versions 7.7x and earlier have changed and are
converted as follows:
•
•
•
“Manual” is converted to “Network Fault Tolerance Only (NFT)”
“SmartSwitch” is converted to “Network Fault Tolerance Only with Preference Order”
For Smart Switch Teams, the existing “PreferredPrimaryNic” attribute determines which
team member should be ranked higher than others within the “PreferredPrimaryRanking”
attribute
All other unspecified parameters use their defaults.
Using the CQNICCMD utility
Run this utility from the command line in a Command Prompt window, or use the Run option
on the Windows Start menu, or from a Windows command file. HP recommends that you use
this utility as part of a SmartStart Scripting Toolkit (SSST) deployment. However, you can use
the application outside of this environment.
NOTE: To execute the CQNICCMD utility from the command line, you must first close the HP
Network Configuration Utility.
To use the scripting application, complete the following steps:
1. Configure NIC teaming on the source server.
2. Generate a script file on the source server by clicking Save in the HP Network Configuration
Utility user interface or by running CQNICCMD /S<filename> in the command-line utility.
3. Modify the script file as necessary.
NOTE: If you modify the script file, HP recommends that you run CQNICCMD /Pto check
the syntax of the modified file and check the log file for errors and warnings. The default
location of the log file is \cpqsystem\log\cpqteam.logon the system drive. The syntax
of the /Poption is: cqniccmd /p<filename>.
4. Install the HP Network Configuration Utility on the target system.
5. Run the Command Line utility with the following syntax:
cqniccmd /C <filename>
6. Check the log file for errors and warnings. The default location of the log file is
\cpqsystem\log\cpqteam.logon the system drive.
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NOTE: If you want to use this tool in combination with the Smart Setup Scripting Toolkit
(SSSTK), see the SSSTK documentation found on your Smart Setup CD.
Command-line syntax
Use the following format at the command line:
cqniccmd [/F] [/C<filename>] [/D] [/L<filename>] [/P<filename>]
[/S<filename>] [/?]
NOTE: You can specify only one of the following configuration options at a time:
/S, /D, /C, or /P
You can use the /Loption with any of the configuration options. You can use the /Foption only
with the /Coption.
Command-line arguments
Table 3-1 cqniccmdcommand-line arguments
Argument
Function
/S
This option causes the source server configuration to be saved. You must specify the name of the
XML configuration data file and the path to the data file must exist. This option is identical to
saving the source server configuration by clicking Save in the HP Network Configuration Utility
user interface.
/D
/C
This configuration option causes all teams on the target server to be dissolved, all VLANs to be
removed, and 802.1p/q Packet Tagging to be disabled for all NICs that have VLANs. No additional
arguments are required or allowed with this option.
This configuration option applies the configuration specified in the data file to the target system.
You must specify an existing XML configuration data file following the target switch. A space
following the switch is optional.
NOTE: Any teams that exist on the target system are dissolved before the configuration is
applied. Therefore, any VLAN that exists on the team is removed, and 802.1p/q Packet Tagging
is disabled. If any VLANs are defined for non-teamed NICs, all existing NIC VLANs are removed
and 802.1p/q Packet Tagging is disabled.
/P
/L
This option is identical to the /Coption except that the configuration options are not applied to
the target system. This is useful for syntax checking the XML data file.
Use this option to change the name and location of the cpqteam.logdefault log file that is
created in \cpqsystem\logon the system drive. The supplied path must exist. An invalid log
file name causes the configuration to terminate with no changes. HP recommends this option
only in batch files.
/F
This option causes all errors, including those errors normally treated as nonfatal errors, to be
treated as fatal errors. You can use this option only with the /Coption.
Command-line examples
The following are valid cqniccmdcommand-line examples:
Example 1:
/S
cqniccmd /Sc:\HP\teamcfg.xml
cqniccmd /S c:\HP\teamcfg.xml
cqniccmd /S”c:\HP\teamcfg.xml”
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Example 2:
/D
cqniccmd /D
Example 3:
/C
cqniccmd /Cc:\HP\teamcfg.xml
cqniccmd /C c:\HP\teamcfg.xml
cqniccmd /C”c:\HP\teamcfg.xml”
Example 4:
/P
cqniccmd /Pc:\HP\teamcfg.xml
cqniccmd /P c:\HP\teamcfg.xml
cqniccmd /P”c:\HP\teamcfg.xml”
Example 5:
/L
cqniccmd /Cc:\HP\teamcfg.xml /Lc:\HP\config.log
cqniccmd /C c:\HP\teamcfg.xml /L c:\HP\config.log
cqniccmd /C”c:\HP\teamcfg.xml” /L” c:\HP\config.log”
Command-line help
Use the following option to display usage information:
c/?
For example:
cqniccmd /?
This displays detailed usage information for the command.
Configuration properties
The XML data file contains configuration properties for individual NICs and for NIC teams.
NIC configuration properties
The properties configured on the target server NICs from the source server data are properties
that are common to all HP NICs.
These properties include the following:
•
SpeedDuplex — Determines the current speed and duplex of the NIC. Possible values
include Auto/Auto, 10/Half, 10/Full, 100/Half, 100/Full, and 1000/Full. The default is
Auto/Auto. The value must be valid for the NIC on the target system.
•
•
PreferedPrimaryRanking — Determines the preferred primary ranking of the NIC. This
value is written only for NICs that are teamed.
DualChannelGroup — If dual channel teaming is used, this identifies the group to which
the NIC belongs. The default is 0. This value is written only for NICs that are teamed. For
non-dual channel teams, the value is always 0.
•
•
ConfiguredPortCost — Defines the port cost for the NIC. The default is 0. This value is
written only for NICs that are teamed.
DefaultVlanID — Determines the VLAN ID used for any untagged packets received by the
NIC. This applies only to NICs that have VLANs defined.
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•
•
VlanID — Specifies the VLAN identifier value for the device.
VlanName — Specifies the descriptive name for the VLAN ID. Every VLAN must have a
name assigned to it. Duplicate names are allowed if you want to use the same names for
different VLAN IDs.
•
NetworkAddress — Is written only for NICs that are not teamed. It allows the burned-in
address to be overridden with a locally administered address. A null value is always written
to the XML data file because locally administered addresses must be unique. A null value
is valid and indicates the network address will be the burned-in address. This value must
be a valid unicast address if it is edited.
Team configuration properties
Team configuration properties configured on the target server include the following:
•
•
•
•
TeamName — Determines the unique identifier for the NIC team. Each team name on the
target system must be unique.
OpMode — Determines operating mode of the team. Possible values are Auto, StaticDualSlb,
DynamicSingleSlb, StaticSingleSlb, FailOnFault, PrefPrimary, and TransmitLoadBalancing.
LoadBalAlgorithm — Determines the team load balancing algorithm. Possible values are
MACAddress, IPAddress, TCPConnection, RoundRobin, and Auto.
TeamNetworkAddress — Establishes the MAC address for the NIC team. A value is always
written to the XML data file. A null value is valid and causes a default address to be
computed. This value must be a valid unicast address if it is edited.
•
•
•
TxPathValidationMode — Enables or disables the packet signal transmitted between the
team NICs. Possible values are Enabled and Disabled.
RxPathValidationMode — Enables or disables the packet signal received between the team
NICs. Possible values are Enabled and Disabled.
TxPathValidationInterval — Determines how frequently the packet signals are transmitted.
The range of acceptable values is 3 to 60. Values less than 3 are set to 3, and values greater
than 60 are set to 60.
•
•
RxPathValidationInterval — Determines how frequently the packet signals are received.
The range of acceptable values is 3 to 60. Values less than 3 are set to 3, and values greater
than 60 are set to 60.
RxPathValidationVlanID — Determines the VLAN on which Receive Path Validation
Heartbeat Frames are transmitted. This value is written only when a VLAN is defined for
the team. The default is the VLAN on the team with the lowest VLAN ID at the time the
team is created.
•
•
FastPathEnabled — Enables or disables the port cost with path cost monitoring feature.
Possible values are Enabled and Disabled.
FastPathSpanningTreeType — Determines the spanning tree protocol. Possible values are
IEEE 802.1D and Cisco PVST+. The default is IEEE 802.1D. FastPathSpanningTreeType is
relevant only if FastPathEnabled is enabled.
•
•
FastPathVlanID — Determines the VLAN ID used for path cost monitoring. This value is
written only if a VLAN is defined for the team. FastPathVlanID is relevant only if
FastPathEnabled is enabled.
ActivePathEnabled — Allows the team member to send a packet to a remote node and
receive a reply to determine if the team member sending the packet has a path to the echo
node. The absence of a reply within the specified time period can be used to determine when
a team member should be disabled. Possible values are Enabled and Disabled. The default
is Disabled. If Enabled, a valid echo node IP address must be entered.
The following values are written only when the ActivePathEnabled option is used:
—
EchoNodeResponseMech — Determines which echo node response mechanism to use:
DirectedARP or CommunityAddressARP. If CommunityAddressARP is chosen,
Configuration properties
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Community Probe IP Address, Community Probe MAC Address, and Use Default fields
are used.
—
—
EchoNodeProbeIPAddress — Determines the IP address to which the echo node
responds. This is a reserved address that all teams on a subnet can use. This must be a
valid unicast IP address and is enforced by scripting. This field is used only when both
Active Path and Community Address ARP response mechanism are selected.
EchoNodeProbeAddress — Determines the MAC address to which the echo node
responds. This is a reserved address that can be used by all teams. This must be a valid
unicast address and is enforced by scripting. This field is used only when both Active
Path and Community Address ARP response mechanism are selected and
EchoNodeUseDefMac = No.
—
EchoNodeUseDefMac — Determines whether to use the reserved MAC address defined
in NTID or whether to allow the user to specify the address. This field is used only
when both Active Path and Community Address ARP response mechanism are selected.
Valid values are Yes and No: Yes = use the default MAC address, No = use the
EchoNodeProbeAddress.
—
—
EchoNodeAddress — (Optional) Determines the MAC address of the echo node.
EchoNodeIPAddress — (Required) Determines the IP address of the echo node.
•
•
•
EchoNodeTime — Defines the time interval between packet transfers to the echo node. The
default is 3 seconds.
EchoNodeTimeout — Defines the maximum time to wait for a response from the echo node
before considering the team member failed. The default is 3 seconds.
ActivePathVlanID — Determines the VLAN ID used for the Active Path validation. This
value is written only if a VLAN is defined for the team. ActivePathVlanID is relevant only
if ActivePathEnabled is enabled.
•
CriteriaRanking — Determines the priority of the redundancy mechanisms used in selecting
the next port to become the primary port. Possible values are: 2 = User Preference Order, 1
= Active Path, 0 = Fast Path. Format is 0:1:2.
•
•
DefaultVlanID — Determines the VLAN ID used for any untagged packets received by the
team. This applies only to teams that have VLANs defined.
RouterPathEnabled — Enables or disables the router path protocol feature. Possible values
are Enabled and Disabled. If RouterPathEnabled is set to Enabled, the team is using advanced
teaming.
•
RouterPathProtocol — Determines the router path protocol. Possible values are HSRPv1
and VRRP. The default is HSRPv1. RouterPathProtocol is relevant only when
RouterPathEnabled is Enabled.
•
•
RouterPathIPAddress — Determines the IP address for the router path. This option is written
only if RouterPathEnabled is enabled.
RouterPathVlanID — Determines the Vlan ID used for the router path validation. This
option is written only if a VLAN is defined for the team. RouterPathVlanID is relevant only
when RouterPathEnabled is Enabled.
•
•
CDPv1Enabled — Enables or disables the CDPv1 discovery protocol feature. Possible values
are Enabled and Disabled.
CDPv2Enabled — Enables or disables the CDPv2 discovery protocol feature. Possible values
are Enabled and Disabled.
XML data file
The XML data file contains the configuration properties for NICs and teams and consists of the
following XML elements:
•
•
<teamingconfig> — Brackets the entire data file and is required
<nic> — Defines NIC properties
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•
•
<team> — Defines teams and their properties
<vlan> — Defines VLANs and their properties
The relnicsattribute of the <team> element lists the NICs to be configured on the team.
The following example is a typical NIC teaming script:
<teamingconfig>
<!-- The comment lines in this file make it convenient -->
<!-- to reference <nic>, <team>, and <vlan> elements
<!-- within the file. It is recommended that these
<!-- comment lines remain unchanged if the user edits
<!-- the file. -->
-->
-->
-->
<!--
<!--
<!--
-->
-->
-->
Version Data
<version UtilityVersion='8.40.0.9' ScriptVersion='3.1'/>
<!--
<!--
<!--
-->
-->
-->
Adapter Data
<!-- <nic> element 1 -->
<nic>
<property id='SpeedDuplex' value='Auto/Auto'/>
<property id='NetworkAddress' value='' />
</nic>
<!-- <nic> element 2 -->
<nic>
<property id='SpeedDuplex' value='Auto/Auto'/>
<property id='PreferredPrimaryRanking' value='0'/>
<property id='DualChannelGroup' value='0'/>
<property id='ConfiguredPortCost' value='0'/>
</nic>
<!-- <nic> element 3 -->
<nic>
<property id='SpeedDuplex' value='Auto/Auto'/>
<property id='PreferredPrimaryRanking' value='1'/>
<property id='DualChannelGroup' value='0'/>
<property id='ConfiguredPortCost' value='0'/>
</nic>
<!-- <nic> element 4 -->
<nic>
<property id='SpeedDuplex' value='Auto/Auto'/>
<property id='NetworkAddress' value='' />
</nic>
<!-- <nic> element 5 -->
<nic>
<property id='SpeedDuplex' value='Auto/Auto'/>
<property id='NetworkAddress' value='' />
</nic>
<!-- <nic> element 6 -->
<nic>
<property id='SpeedDuplex' value='Auto/Auto'/>
<property id='NetworkAddress' value='' />
</nic>
<!--
<!--
-->
-->
Team Data
XML data file
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<!--
-->
<!-- <team> element 1 -->
<team relnics='2 3'>
<property id='TeamName' value='HP Network Team #1'/>
<property id='OpMode' value='TransmitLoadBalancing'/>
<property id='LoadBalAlgorithm' value='Auto'/>
<property id='RxHeartbeatInterval' value='3'/>
<property id='TxHeartbeatInterval' value='3'/>
<property id='RxHeartbeatMode' value='Enabled'/>
<property id='TxHeartbeatMode' value='Enabled'/>
<property id='TeamNetworkAddress' value='' />
<property id='FastPathEnabled' value='Enabled'/>
<property id='FastPathSpanningTreeType' value='IEEE 802.1D'/>
<property id='EchoNodeTime' value='3'/>
<property id='EchoNodeTimeout' value='3'/>
<property id='CriteriaRanking' value='9;0;1;2'/>
<property id='RouterPathProtocol' value='HSRPv1'/>
<property id='ActivePathEnabled' value='Enabled'/>
<property id='EchoNodeIPAddress' value='192.168.0.2'/>
<property id='EchoNodeResponseMech' value='CommunityAddressARP'/>
<property id='EchoNodeProbeAddress' value='00-01-FA-FE-FE-FE'/>
<property id='EchoNodeProbeIPAddress' value='192.168.0.3'/>
<property id='EchoNodeUseDefMac' value='Yes'/>
<property id='RouterPathEnabled' value='Enabled'/>
<property id='RouterPathIPAddress' value='192.168.0.4'/>
<property id='CDPv1Enabled' value='Enabled'/>
<property id='CDPv2Enabled' value='Disabled'/>
<property id='DefaultVlanId' value='10'/>
<property id='RxPathValidationVlanId' value='10'/>
<property id='FastPathVlanId' value='10'/>
<property id='ActivePathVlanId' value='10'/>
<property id='RouterPathVlanId' value='10'/>
<!-- <vlan> element 1 -->
<vlan>
<property id='VlanId' value='10'/>
<property id='VlanName' value='VLAN 10'/>
</vlan>
</team>
<teamingconfig>
Error handling and reporting
Errors can occur for a variety of reasons, including differences between the source and target
system NICs or errors introduced by editing the XML data file. The software performs extensive
error checking as the XML data file is read and processed.
When invalid property values are detected, a WARNINGerror message is written to the log file
and configuration continues with either default or existing values.
When you run cqniccmdfrom a command line or a Windows command file, a completion code
is written as an error-level code to both a log file and the screen. The Windows command file
can use this error code to determine how to proceed. The error level codes are as follows:
•
•
•
•
Successful start of the action returns an error level zero (0).
Nonfatal errors return error-level one (1).
An invalid log file returns error-level two (2).
Other fatal errors return error-level three (3) or greater.
For specific information about all errors, see the log file.
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Network Adapter Scripting Utility
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