Create Line Desc (Ethernet) (CRTLINETH)

The Create Line Description (Ethernet) (CRTLINETH) command creates a line description for an Ethernet line.

Restriction: You must have input/output system configuration (*IOSYSCFG) special authority to use this command.

Common Errors for CRTLINETH

In order to avoid common configuration errors, determine the port configuration of your switch or hub prior to configuring your line description. The line description parameters and the port configuration must match in order for operating system to communicate properly with the network.

Use the following guidelines when configuring your line description:

• If the switch or hub auto-negotiates either the line speed or duplex, specify *AUTO for both the LINESPEED and DUPLEX parameters. For example, do not specify LINESPEED(100M) and DUPLEX(*FULL).
• If the switch or hub does not auto-negotiate either the line speed or duplex, specify the corresponding values on the system. For example, if the switch specifies a line speed of 100M and full duplex, specify LINESPEED(100M) and DUPLEX(*FULL) on the command.

One frequent cause of problems is a mismatch between the duplex setting of an auto-negotiation capable adapter and the switch or hub. In the case of auto-negotiation, duplex is not detectable by either the switch, hub, or the auto-negotiation capable adapter. So, there is no way to notify the user of a mismatch. Symptoms of a duplex mismatch include:

• A6E3, A6F4 reference codes
• Poor performance
• Large numbers of TCP/IP retransmits

The following are common reference codes:

A6E3

Duplex mismatch, cable problems, or an auto-negotiation timeout

A6F4

Unable to establish link, line speed mismatch, duplex mismatch, or no cable.

A42B

The switch or hub did not participate in auto-negotiation. A good link may not be established. The line description should be reconfigured to match the switch or hub.

Parameters

Line description (LIND)

Specifies the name of the line description

This is a required parameter.

Resource name (RSRCNAME)

Specifies the resource name that identifies the communications port.

Note: Use the Work with Hardware Resources (WRKHDWRSC) command with *CMN specified for the TYPE parameter to help determine the resource name. The resource name is on the port. For example, the resource name may be CMN01 on an Ethernet port.

Note: The value specified on the RSRCNAME parameter cannot be changed from *NWSD to another value or from another value to *NWSD.

Note: The value specified on the RSRCNAME parameter cannot be changed from *AGG to another value or from another value to *AGG.

*AGG

The resource name specified is an aggregate line. It represents one or more physical resources.

*NWID

The resource name specified on the attached frame relay network interface description is used.

*NWSD

The resource name is determined by the network server used.

name

Specify the resource name of the communications port.

This is a required parameter.

Bridge identifier (BRIDGE)

Specifies the bridge identifier this Ethernet line description is associated with.

A bridge identifier allows a server partition to effectively share a single physical Ethernet adapter with several client partitions, each of which has only a virtual Ethernet adapter. Not all Ethernet line descriptions support bridging.

*NONE

This line description is not associated with any bridge.

name

Specify the name of the bridge identifier that this Ethernet line description is associated with.

Online at IPL (ONLINE)

Specifies whether this object is automatically varied on at initial program load (IPL).

*YES

The line is automatically varied on at initial program load (IPL).

*NO

This line is not automatically varied on at IPL.

Vary on wait (VRYWAIT)

Specifies whether the line is varied on asynchronously or synchronously. For synchronous vary on, this parameter specifies how long the system waits for the vary on to complete.

*NOWAIT

The system does not wait for vary on completion. The line is varied on asynchronously.

vary-on-wait

Specify the time (in seconds) to wait. Valid values range from 15 through 180. The system waits until the line is varied on, or until the specified time passes, before completing the Vary Configuration (VRYCFG) command.

Notes:

1. When ONLINE(*YES) is used, specifying a wait time in the line description affects system IPL time. In such cases, system IPL time is influenced by the amount of time required to synchronously vary on the line or reach the wait-time value.
2. The time required to vary on a line is the time it takes to:
   • Put tasks in place to manage the line
   • Activate the communications I/O processor (IOP), including downloading the IOP model-unique Licensed Internal Code
   • Establish the communications tasks and processes

Normal vary-on time ranges from 5 through 45 seconds, but can be longer, depending on the system, line protocol, and other factors.

Aggregate policy (AGGPCY)

Specifies the standard used to configure aggregated resource names, and what policy used for load-balancing outgoing Ethernet frames.

Note: This parameter is only valid when *AGG is specified on the Resource name (RSRCNAME) parameter to configure an aggregate line.

Element 1: Standard

*ETHCHL

Specifies to use Etherchannel technology to allow several Ethernet adapters to be aggregated together to form a single psuedo Ethernet device.

*LNKAGG

Specifies to use IEEE 802.3ad Link Aggregation technology to allow several Ethernet adapters to be aggregated together to form a single psuedo Ethernet device.

Element 2: Policy type

*DFT

The adapter selection algorithm uses the last byte of the Destination IP address (for TCP/IP traffic) or MAC address (for ARP and other non-IP traffic). This mode is typically the best initial choice for a server with a large number of clients.

*SRCPORT

The adapter selection algorithm uses the source TCP/IP or UDP port value.

*DESTPORT

The outgoing adapter path is selected via an algorithm using the destination TCP/IP or UDP port value.

*SRCDESTP

The outgoing adapter path is selected via an algorithm using the combined source and destination TCP or UDP port values.

*RNDRBN

Outgoing traffic is spread evenly across all the adapter ports in the Etherchannel. This mode is the typical choice for two host connected back-to-back (i.e. without a intervening switch).

Aggregated resource list (AGGRSCL)

Specifies the aggregated resource names associated with the communication ports that compose an aggregate line (a line description that uses Etherchannel or IEEE802.3ad Link Aggregation). Up to 8 resource names may be specified.

Note: Use the Work with Hardware Resources (WRKHDWRSC) command with TYPE(*CMN) to help determine the resource name. The resource name is the name associated with the Ethernet port.

Note: This parameter is only valid when *AGG is specified on the Resource name (RSRCNAME) parameter to configure an aggregate line.

aggregated-resource

Specify the aggregated resource names to be used.

Attached NWI (NWI)

Specifies the network interface description to use.

Note: NWI(*NONE) must be specified when RSRCNAME(*NWID) is not specified. Otherwise, NWI(*NONE) can be specified only when NWIDLCI(*NONE) is also specified.

*NONE

No network interface is specified.

name

Specify the name of the network interface description to be used.

NWI type (NWITYPE)

Specifies the network interface type.

Note: This parameter is ignored when RSRCNAME is not *NWID.

*FR

The network interface type is frame relay.

Specifies the frame relay network interface data link connection identifier to be used.

Note: NWIDLCI(*NONE) must be specified when RSRCNAME(*NWID) is not specified. Otherwise, NWIDLCI(*NONE) can be specified only when NWI(*NONE) is also specified.

*NONE

A DLCI is not specified for the network interface.

data-link-connection-ID

Specify the DLCI for the network interface to which this line permanently attaches. Valid values range from 1 through 1018.

Network server description (NWS)

Specifies the network server name to which this line is attached.

Note: NWS must be specified when RSRCNAME(*NWSD) is specified. NWS(*NONE) must be specified if RSRCNAME(*NWSD) is not specified.

The possible Network server description values are:

*NONE

No network server description is specified.

name

Specify the name of an existing network server description to be used.

The possible Network server port value is:

network-server-port

Specify the network server port to which the line is attached. Valid values are 1,2 or virtual ports *VRTETHPTP or *VRTETHn where n is 0-9.

Associated port resource name (ASSOCPORT)

Specifies the resource name that describes the port that is used to establish a connection between a Windows network server and the network.

Note: Use the Work with Hardware Resources (WRKHDWRSC) command with *CMN specified for the TYPE parameter to help determine the resource name. The resource name is on the port. For example, the resource name may be CMN01 on an Ethernet port.

Note: ASSOCPORT parameter is only valid when RSRCNAME(*NWSD) is specified.

*NONE

An associated port resource name is not associated with the line.

name

Specify the resource name.

Local adapter address (ADPTADR)

Specifies the 12-character hexadecimal adapter address.

*ADPT

The preset default address for this Ethernet adapter card is used.

Note: This value is not valid when RSRCNAME(*NWID) and NWITYPE(*FR) is specified.

Note: *ADPT must be specified when the NWS parameter specifies a virtual ethernet port number, *VRTETHPTP or *VRTETHn where n is 0-9.

local-adapter-address

Specify an adapter address of your choice to describe this system in the Ethernet network. The value specified must be an individual address that is locally administered. Valid values are *ADPT or hexadecimal 020000000000 through FEFFFFFFFFFF. The second digit must be 2, 6, A, or E.

Exchange identifier (EXCHID)

Specifies the hexadecimal exchange identifier that is used to identify the local system to the remote system. The 8-digit hexadecimal exchange identifier contains three digits for the block number and five digits for the identifier of this system.

*SYSGEN

This value allows the operating system to create the exchange identifier. Use the Display Line Description (DSPLIND) command to see the resulting exchange identifier.

exchange-ID

Specify an 8-character (four hexadecimal bytes) exchange identifier ranging from 05600000 through 056FFFFF.

Ethernet standard (ETHSTD)

Identifies the Ethernet standard used on the network.

*ALL

All Ethernet standards will be used on the network.

*ETHV2

Ethernet Version 2.

*IEEE8023

IEEE 802.3 standard.

Line speed (LINESPEED)

Specifies the line speed in bits per second (bps).

*AUTO

The line speed value will be determined by the hardware using auto-negotiation.

10M

The line speed is 10 million bits per second.

100M

The line speed is 100 million bits per second.

1G

The line speed is 1 gigabit per second(1000 million bits per second).

10G

The line speed is 10 gigabits per second(10000 million bits per second).

Note: The values 1G and 10G specify gigabit Ethernet. Gigabit Ethernet is only available when running strictly TCP/IP protocol. 1G or 10G must be specified when the NWS parameter specifies a virtual Ethernet port number, *VRTETHPTP or *VRTETHn where n is 0-9.

Note: When specifying *AGG for the Resource name (RSRCNAME) parameter to configure an aggregate line, all aggregated resources must be capable of running at the specified speed.

Duplex (DUPLEX)

Specifies whether the hardware can send and receive data simultaneously. In half duplex mode, the hardware must alternate between sending data and receiving data. In full duplex mode, data can be sent and received simultaneously.

Note: For optimum performance, this setting should match the setting on the switch or hub this line is connected to. Refer to IBM i Information Center at http://www.ibm.com/systems/i/infocenter/ for more information.

*AUTO

The duplex value will be determined by the hardware using auto-negotiation.

*HALF

The line communicates using half duplex mode.

*FULL

The line communicates using full duplex mode.

Note: *FULL must be specified when the NWS parameter specifies a virtual ethernet port number, *VRTETHPTP or *VRTETHn where n is 0-9.

Note: *HALF cannot be specified when specifying *AGG for the Resource name (RSRCNAME) parameter to configure an aggregate line.

Serviceability options (SRVOPT)

Specifies serviceability options. This parameter allows serviceability options to be provided and is intended to be used under the direction of a service provider.

*NONE

No serviceability options provided.

character-value

Specify a value as directed by your service provider.

Maximum frame size (MAXFRAME)

Specifies the maximum frame size that can be transmitted and received on this line description.

1496

The maximum frame size is 1496 bytes.

maximum-frame-size

Specify the maximum frame size value to be used. The valid frame sizes (in bytes) range from 1496 through 8996.

Note: When RSRCNAME(*NWID) specified, the only valid value for this parameter is 1496 bytes. If the maximum frame size is greater than 1496 bytes, LINESPEED(1G) or LINSPEED(*AUTO) and DUPLEX(*FULL) or DUPLEX(*AUTO) must be specified. 8996 is recommended when the NWS parameter specifies a virtual ethernet port number, *VRTETHPTP or *VRTETHn where n is 0-9.

SSAP list (SSAP)

Specifies the source service access point (SSAP) information, including an SSAP value, a maximum frame size, and an SSAP type.

You can enter multiple values for this parameter.

The possible source service access point values are:

*SYSGEN

The system determines the source service access points.

• If ETHSTD(*ALL) or ETHSTD(*IEEE8023) is specified, the system generates the SSAPs 04, 12, AA, and C8.
• If ETHSTD(*ETHV2) is specified, the system generates the SSAPs 04 and 08

source-service-access-point

Specify a service access point for receiving and transmitting data. The SSAP must be hexadecimal 06 or AA for TCP/IP applications if ETHSTD is *ALL or *IEEE8023 (06 and AA are not allowed when ETHSTD is *ETHV2; however, TCP/IP can still be run). For SNA applications, specify a value ranging from 04 through 9C in multiples of four. For example, 7C is a valid choice. For non-SNA applications, specify a value ranging from 02 through FE in multiples of 2.

The possible SSAPs value is:

source-service-access-point

Specify a source service access point for receiving and transmitting data. A maximum of 24 SSAP values can be specified.

• For Transmission Control Protocol/Internet Protocol (TCP/IP) applications, the SSAP must be AA.

  Note: If ETHSTD(*ETHV2) is specified, AA cannot be specified. However, TCP/IP can be run.

  For Systems Network Architecture (SNA) applications, the SSAP must be a hex value ranging from 04 through 9C in multiples of four (04, 08, 0C, and so on).

• For high-performance routing (HPR) applications, the SSAP must be hex C8.
• For non-SNA applications, the SSAP must be a hex value ranging from 02 through FE in multiples of two (02, 04, 06, and so on).
• For LAN printing applications, specify a SSAP value of 12 with SSAP type of *NONSNA.

The possible SSAP maximum frame size values are:

*MAXFRAME

The system determines the maximum frame size (data field size) that can be transmitted or received. If ETHSTD(*ALL or *IEEE8023) was specified, *CALC produces a frame size of 1496 for TCP/IP and SNA SSAPs. If ETHSTD(*ETHV2) was specified, *CALC produces a frame size of 1493 for SNA SSAPs.

SSAP-maximum-frame

Specify a maximum frame size for this SSAP. Valid values range from 265 through 8996 (265 through 1493 for SNA SSAPs when *ETHV2 is specified on the Ethernet standard (ETHSTD) parameter).

Note: When *NWID is specified on the Resource name (RSRCNAME) parameter and *ETHV2 is specified on the ETHSTD parameter, the valid values for this parameter range from 265 through 1486 bytes. When *NWID is specified on the RSRCNAME parameter, and *ALL or *IEEE8023 is specified on the ETHSTD parameter, the valid values for this parameter range from 265 through 1489 bytes. Maximum frame size larger than 1486 or 1489 is valid only when AA SSAP for TCP/IP is specified.

The possible SSAP type values are:

*CALC

The system determines the SSAP type based on the SSAP value specified.

*SNA

The system uses IBM's Systems Network Architecture for communication. Only SSAP values of 04 through 9C in multiples of 4 are supported.

*NONSNA

The system does not use SNA communications. Only SSAP values of 02 through FE in multiples of 2 are supported.

*HPR

The SSAP is used for HPR communications. It also can be used for SNA applications. The valid value is hex C8.

Note: This parameter is no longer supported. It exists solely for compatibility with releases earlier than Version 5 Release 3 Modification 0 of the operating system.

ATM access type (ACCTYPE)

Specifies the type of access to the ATM network.

*SVC

This line represents a LAN emulation client using switched virtual circuits.

*PVC

This line represents a LAN emulation client using a permanent virtual circuit.

Note: This parameter is no longer supported. It exists solely for compatibility with releases earlier than Version 5 Release 3 Modification 0 of the operating system.

PVC identifiers (PVCID)

Specifies the virtual path identifier and virtual circuit identifier pairs associated with this permanent virtual circuit.

Note: PVCID is required if ACCTYPE(*PVC) is specified.

The possible Virtual Path Identifier value is:

virtual-path-id

Specify a number that represents the virtual path identifier. This number must be in the range of 0 to 7.

The possible Virtual Circuit Identifier value is:

virtual-circuit-id

Specify a number that represents the virtual circuit identifier. This number must be in the range of 32 to 4095.

Note: This parameter is no longer supported. It exists solely for compatibility with releases earlier than Version 5 Release 3 Modification 0 of the operating system.

Use LECS address (USELECSADR)

Specifies whether the LAN emulation configuration server (LECS) should be connected to request the remote LAN emulation server (LES) address.

*YES

The LECS address is used.

*NO

The LECS address is not used.

Note: This parameter is no longer supported. It exists solely for compatibility with releases earlier than Version 5 Release 3 Modification 0 of the operating system.

LES ATM address (LESATMADR)

Specifies the ATM network address of the remote LAN emulation server.

Note: This parameter cannot be *NONE if USELECSADR(*NO) is specified.

The possible Single Value is:

*NONE

The ATM network address is not used.

The possible Network prefix value is:

network-prefix

Specify the network prefix of the ATM address of the remote server. This is a 26 digit hexadecimal value.

The possible End system identifier value is:

end-system-identifier

Specify the end system identifier of the remote server. This is a 12 digit hexadecimal value.

The possible Selector byte value is:

selector byte

Specify the selector byte of the remote server. This is a two digit hexadecimal value.

Note: This parameter is no longer supported. It exists solely for compatibility with releases earlier than Version 5 Release 3 Modification 0 of the operating system.

Emulated LAN name (EMLLANNAME)

Specifies the emulated LAN name.

*NONE

The emulated LAN name not used.

emulated-LAN-name

Specify the emulated LAN name. A maximum of 32 characters can be specified.

Note: This parameter is no longer supported. It exists solely for compatibility with releases earlier than Version 5 Release 3 Modification 0 of the operating system.

LEC disconnect time out (LECDSCTIMO)

Specifies the amount of time in minutes a LAN emulation (LE) client waits before disconnecting an idle virtual circuit connection to another client.

10

The LE client waits 10 minutes.

*NOMAX

The LE client waits indefinitely.

LEC-disconnect-timeout

Specify the number of minutes the LE client waits before disconnecting an idle virtual circuit connection to another client. The value must be in the range of 1 to 30 minutes.

Text 'description' (TEXT)

Specifies text that briefly describes the line description.

*BLANK

Text is not specified.

character-value

Specify no more than 50 characters of text, enclosed in apostrophes.

Network controller (NETCTL)

Specifies the name of an existing network controller.

Group address (GRPADR)

A group address is an address to which a subset of nodes on the Ethernet line will respond in addition to their local adapter addresses.

*NONE

No group addresses are defined.

group-address

Specify a group address of your choice to describe this system in the Ethernet network. Valid values are hexadecimal 010000000000 through FDFFFFFFFFFF. The second digit of the value specified must be 1, 3, 5, 7, 9, B, D, or F. Up to 12 addresses may be specified.

Maximum controllers (MAXCTL)

Specifies the maximum number of controllers that the line supports.

40

The number of controllers is 40.

maximum-controllers

Specify value ranging from 1 to 256. The number must be large enough to account for all of the SNA controllers that are currently active to this line, and for those controllers you know will be attached in the near future.

Error threshold level (THRESHOLD)

This parameter, and its values *OFF, *MIN, *MED, and *MAX, can be specified but it is not used by the system starting in release V2R3M0. The parameter may be removed in a later release.

Generate test frame (GENTSTFRM)

Specifies whether the system will automatically generate test frames to determine network availability.

*YES

The system will generate test frames.

*NO

The system will not generate test frames.

Link speed (LINKSPEED)

Specifies the link speed in bits per second (bps). This parameter is valid only if advanced peer-to-peer networking (APPN) is used on the system.

10M

The link speed is 10 million bits per second.

4M

The link speed is 4 million bits per second.

16M

The link speed is 16 million bits per second.

100M

The link speed is 100 million bits per second.

*MIN

A link speed of less than 1200 bps is used.

*MAX

A link speed greater than 100M bps is used.

link-speed

Specify the link speed. Valid values range from 1200 to 603979776000 bps.

Cost/connect time (COSTCNN)

Specifies the relative cost of being connected on the line. This parameter is required only if APPN is used on the system.

0

The cost per connect time is 0.

cost-per-connect-time

Specify a value ranging from 0 through 255.

Cost/byte (COSTBYTE)

Specifies the relative cost per byte for sending and receiving data on the line. Zero implies a low cost while 255 indicates a high cost. This parameter is valid only if APPN is used on the system.

0

The cost per byte is 0.

cost-per-byte

Specify a value ranging from 0 through 255.

Security for line (SECURITY)

Specifies the security level of the physical line. This parameter is valid only if APPN is used on the system.

*NONSECURE

There is no security on the line.

*PKTSWTNET

A packet switched network is used. Data does not always follow the same path through the network.

*UNDRGRDCBL

An underground cable is used.

*SECURECND

A secure, but unguarded, conduit is used.

*GUARDCND

A guarded conduit, protected against physical tapping, is used.

*ENCRYPTED

Data flowing on the line is encrypted.

*MAX

A guarded conduit, protected against physical and radiation tapping is used.

Propagation delay (PRPDLY)

Specifies the level of propagation delay on the line. This parameter is valid only if advanced peer-to-peer networking (APPN) is used on the system. The order of the values from shortest to longest delay is *MIN, *LAN, *TELEPHONE, *PKTSWTNET, and *SATELLITE.

*LAN

Propagation delay using a local area network.

*MIN

The minimum propagation delay is used.

*TELEPHONE

Propagation delay using telephone lines.

*PKTSWTNET

Propagation delay using a packet switched network.

*SATELLITE

Propagation delay using satellite communications.

*MAX

The maximum propagation delay is used.

User-defined 1 (USRDFN1)

This field is used to describe unique characteristics of the line that you want to control. This parameter is valid only if advanced peer-to-peer networking (APPN) is used on the system.

128

The default value is 128.

user-defined-1

Specify a value ranging from 0 through 255.

User-defined 2 (USRDFN2)

This field is used to describe unique characteristics of the line that you want to control. This parameter is valid only if advanced peer-to-peer networking (APPN) is used on the system.

128

The default value is 128.

user-defined-2

Specify a value ranging from 0 through 255.

User-defined 3 (USRDFN3)

This field is used to describe unique characteristics of the line that you want to control. This parameter is valid only if advanced peer-to-peer networking (APPN) is used on the system.

128

The default value is 128.

user-defined-3

Specify a value ranging from 0 through 255.

Autocreate controller (AUTOCRTCTL)

Specifies whether the system automatically creates an advanced program-to-program communications (APPC) controller description when an incoming advanced peer-to-peer networking (advanced peer-to-peer networking (APPN)) call is received from an adjacent system on the Local Area Network (LAN).

*NO

A controller description is not automatically created for this line.

*YES

A controller description is automatically created for this line.

Autodelete controller (AUTODLTCTL)

Specifies how many minutes the system waits before automatically varying off and deleting automatically created advanced program-to-program communications (APPC) controller descriptions (associated with this line) which have gone to an idle state.

1440

The controller description can be idle for 1440 minutes (24 hours).

*NONE

The controller descriptions for this line are not automatically deleted.

auto-delete-controller

Specify a value ranging from 1 through 10000 minutes. The value 1440 is 24 hours.

Recovery limits (CMNRCYLMT)

Specifies the second-level communications recovery limits to be used for this line description.

The possible count-limit values are:

2

Two recovery attempts are made within the specified time interval.

*SYSVAL

The value in the QCMNRCYLMT system value is used.

count-limit

Specify the number of recovery attempts to be performed by the system. Valid values range from 0 through 99.

The possible time-interval values are:

5

The specified number of recovery attempts are made within a 5-minute interval.

time-interval

Specify the number of minutes within which recovery attempts are made. Valid values range from 0 through 120 in 1-minute intervals.

Message queue (MSGQ)

Specifies the message queue to which operational messages are sent.

*SYSVAL

The value in the system value QCFGMSGQ is used.

*SYSOPR

Messages are sent to the system operator message queue (QSYS/QSYSOPR).

Qualifier 1: Message queue

name

Specify the name of the message queue to which operational messages are sent.

Qualifier 2: Library

name

Specify the name of the library where the message queue is located.

Authority (AUT)

Specifies the authority you are giving to users who do not have specific authority for the object, who are not on an authorization list, and whose group profile or supplemental group profiles do not have specific authority for the object.

*CHANGE

The user can perform all operations on the object except those limited to the owner or controlled by object existence (*OBJEXIST) and object management (*OBJMGT) authorities. The user can change and perform basic functions on the object. *CHANGE authority provides object operational (*OBJOPR) authority and all data authority. If the object is an authorization list, the user cannot add, change, or remove users.

*ALL

The user can perform all operations except those limited to the owner or controlled by authorization list management (*AUTLMGT) authority. The user can control the object's existence, specify the security for the object, change the object, and perform basic functions on the object. The user also can change ownership of the object.

*USE

The user can perform basic operations on the object, such as running a program or reading a file. The user cannot change the object. Use (*USE) authority provides object operational (*OBJOPR), read (*READ), and execute (*EXECUTE) authorities.

*EXCLUDE

The user cannot access the object.

*LIBCRTAUT

The system determines the authority for the object by using the value specified for the Create authority (CRTAUT) parameter on the Create Library (CRTLIB) command for the library containing the object to be created. If the value specified for the CRTAUT parameter is changed, the new value will not affect any existing objects.

name

Specify the name of an authorization list to be used for authority to the object. Users included in the authorization list are granted authority to the object as specified in the list. The authorization list must exist when the object is created.

Examples

Example 1: Creating an Ethernet Line Description

CRTLINETH   LIND(BOSTON)  RSRCNAME(LIN041)

This command creates an Ethernet line description named BOSTON with a resource name of LIN041.

Example 2: Creating an Ethernet Line Description Attached to a Network Server Description

CRTLINETH   LIND(ETHLIN)  RSRCNAME(*NWSD)  NWS(REMODEL 1)

This command creates an Ethernet line description named ETHLIN that is attached to port 1 of the network server description named REMODEL.

Example 3: Creating a Gigabit Ethernet Line Description

CRTLINETH   LIND(GIGETH)  RSRCNAME(LIN041)  LINESPEED(1G)
            DUPLEX(*FULL)

This command creates an Ethernet line description with a line speed of 1 gigabit per second.

Example 4: Creating an Aggregate Ethernet Line Description

CRTLINETH   LIND(AGGETH)  RSRCNAME(*AGG)  AGGPCY(*ETHCHL *DFT)
            DUPLEX(*FULL) AGGRSCL(CMN01 CMN02)

This command creates an Ethernet line description using aggregated resource entries CMN01 and CMN02.

Error messages

*ESCAPE Messages

CPF2718

Line description &1 not created due to errors.