HP Advanced Communications Controllers (ACC) manual Terminal-Definition, HDLCDTE400MS

Page 42

Protocol Specific Configuration

Terminal-Definition

Terminal-Definition

Each HDLC/LAP-D Mux channel requires one (and only one) Terminal-Definition for the HDLC/LAP-D point-to-point link. The LAP-D terminal is defined by a Terminal-Definition line in the ZCOM network answer file (-.answ).

Some sample HDLC/LAP-D Terminal-Definition lines for the Z7300A card follow:

Term

120

1:6:3 LAPD.DLE

HDLC_DTE_400MS

1030 0 0 0 0

“HDLC link 1”

Option

0000h

0008h

 

 

 

Term

120

1:6:3 LAPD.DLE

8080H 146AH

1030 0 0 0 0

“HDLC link 1”

Option

0000h

0008h

 

 

 

The first example above is a Terminal-Definition that defines an HDLC/LAP-D terminal with ZLU 120 on card 1 port 6 subchannel 3. It is configured as a DTE (user side) with frame time-out value of 400 milliseconds. The first OPTION word configures the idle line timer to the default value. The second OPTION word defines the SAPI and TEI. The second definition is the same as the first except that it uses the POLL and SELECT words to define the mode of operation. When the POLL and SELECT values are used they are specified as two 16 bit hex values.

NOTE

This is “non-standard” hexadecimal notation.

 

 

The descriptions of the fields within these values are described below under Poll/Select/Option Configuration Values.

The Terminal-Definition takes the following format:

Term zlu mux:port:subc dtype poll select

appl_no inst_no brch_no wkst_no area_no name <option>

More specific information on the parameters in the HDLC/LAP-D

Terminal-Definition follows.

ZLU

This number (120 in the example) assigns a unique reference

 

number for this terminal.

42

Chapter 4

Image 42
Contents ACC HDLC/LAP-D Protocol User’s Guide EditionPage Legal Notices Page Preface Publishing History Software Installation and Verification describes OrganizationRelated Documentation Hardware ManualsSoftware Manuals Contents Sample Configuration Files Overview Product Features IntroductionSupported Devices References References Software Installation Software Installation and Verification Software Removal Software Installation Running SwinstallProduct Identification Installation Verification Using the HDLC/LAP-D Protocol ModuleVerification Procedure Bring up the Zcom subsystem DTE Received data can now be displayed Installation Verification Using HDLC/LAP-D Protocol Using HDLC/LAP-D Protocol General Protocol Processing Application Message HeadersUnnumbered Information Frames Timeout Processing Terminal Activate/Deactivate Requests Terminal Enable/Disable RequestsRequest Specific Processing Write Transmit RequestsControl Requests Received Data Status and Error Messages Terminal Request Status CodesIoalrdyenbl Terminal already enabled Unsolicited Status MessagesThis status message is generated in response to a Protocol received a Disconnected Mode response Write Completion Status Codes Control Write Completion Status CodesRead Completion Status Codes Status and Error Messages Protocol Specific Configuration Interface-Definition Port-DefinitionSubchannel-Definition Terminal-Definition HDLCDTE400MSTerminal-Definition Application and can be set to any value desired. They Predefined Configuration Values Poll/Select/Option Configuration Values TEIVal Res Minimum Maximum Timeout Poll WordSelect Word T200 Res T200 Val N200First Option Word IUFSecond Option Word Sapi TEISample Configuration Files Sample Network Configuration File Appendix a Sample Network Configuration File
Related manuals
Manual 328 pages 30.05 Kb