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APPC Subsystem on MPE XL Node Manager's Guide: HP 3000 MPE/iX Computer Systems

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HP Part Number: 30294-90007

Edition: Edition 2

Published: E0692


Table of Contents

Preface
Audience
Organization
Related HP Publications
1 Introduction
APPC Overview
LU 6.2 Verbs
Transaction Programs
Conversations
The APPC Session
The APPC Subsystem
Structure of the HP 3000 Node
APPC Sessions and LUs
The Node Manager's Interface to the APPC Subsystem
2 Interactive Control Operator Commands
APPCCONTROL DUMP
Syntax
Description
APPCCONTROL HELP
Syntax
Description
APPCCONTROL PERFORMANCE
Syntax
Parameters
Description
Examples
Reading the Display
APPCCONTROL PERFORMANCEOFF
Syntax
Description
APPCCONTROL PERFORMANCEON
Syntax
Description
APPCCONTROL SESSIONS
Syntax
Parameters
Description
APPCCONTROL START
Syntax
Parameters
Description
APPCCONTROL STATUS
Syntax
Parameters
Description
Examples
Reading the Display
APPCCONTROL STOP
Syntax
Parameters
Description
APPCCONTROL STOPSESSION
Syntax
Parameters
Description
APPCCONTROL TRACEOFF
Syntax
Description
APPCCONTROL TRACEON
Syntax
Parameters
Description
APPCCONTROL VERSION
Syntax
Description
Example
3 Control Operator Intrinsics
APPCSessions
Syntax
Parameters
Description
APPCStart
Syntax
Parameters
Description
APPCStatus
Syntax
Parameters
Description
APPCStop
Syntax
Parameters
Description
4 APPC Subsystem Configuration
Data Required From the Remote Configuration
NMMGR Configuration Overview
Configuration File Validation
Creating a Critical Summary
Configuring the APPC Subsystem
Main Screen
HP-IBM Configuration Screen
APPC Configuration Screen
APPC: Network ID Data Screen
APPC: Select Session Type Screen
APPC: Independent LU Session Type Data Screen
APPC: Dependent LU Session Type Data Screen
APPC: Dependent LU List Data Screen
APPC: Select Mode Type Screen
APPC: Mode Type Data Screen
APPC: Select Transaction Program Screen
APPC: Transaction Program Data Screen
Planning APPC Configuration
Planning the Number of Session Types
Planning the Number of Active Sessions
Planning Automatic Session Activation
Configuration Illustrations
Coordinating with the TP Programmer
Migrating an APPC Configuration
5 Managing the APPC Subsystem
Activating the APPC Subsystem
Managing APPC Sessions
Checking APPC Subsystem Status
Controlling the Number of Sessions
Establishing Conversations
Locally Initiated Conversations
Remotely Initiated Conversations
Shutting Down the APPC Subsystem
6 Troubleshooting the APPC Subsystem
Troubleshooting Tools
APPC Internal Tracing
APPC Logging
APPC Subsystem Messages and Return Codes
Startup Problems
Link and Node Level Problems
APPC Subsystem Problems
Run-Time Problems
Lost Data
APPC Subsystem Hang
APPC Subsystem Failure
Transaction Program Hang
Remotely Initiated TP Failure
System Hangs or Failures
Submitting an SR
Common Information
A Messages
Subsystem Startup Messages
Logging Messages
Error Messages
Warning Messages
Return Codes
Configuration Messages
B Sample Configuration
HP 3000 Configuration
Configuration Screens
NMMGR Critical Summary
Remote Configuration
C Configuration Worksheets
Completing the Worksheets
Completing the Independent LU Session Types Worksheet
Completing the Dependent LU Session Types Worksheet
Completing the Mode Types Worksheet
Example Worksheets
D LU 6.2 API/XL Installation Guidelines
Pre-Installation Tasks
Installation Tasks
Remote System Requirements
Hardware
Software
HP 3000 Requirements
Hardware
Software
Glossary
Index

List of Figures

1-1 Conversation over an LU 6.2 Session
1-2 The APPC Subsystem in the SNA Architecture
1-3 HP 3000 in an Example SNA Network
4-1 Map of APPC Configuration Screens
4-2 Main Screen
4-3 HP-IBM Configuration Screen
4-4 APPC Configuration Screen
4-5 APPC: Network ID Data Screen
4-6 APPC: Select Session Type Screen
4-7 Independent LU Session Type Data Screen
4-8 Possible and Impossible Configurations
4-9 Dependent LU Session Type Data Screen
4-10 Dependent LU List Data Screen
4-11 Select Mode Type Screen
4-12 Mode Type Data Screen
4-13 Select Transaction Program Screen
4-14 Startup of Remotely Initiated TP
4-15 Transaction Program Data Screen
4-16 Receiving Queued Allocate Requests
4-17 Example Configuration, One Session Type
4-18 Example Configuration, Three Session Types
4-19 Example Configuration, Four Session Types
B-1 Example Configuration
B-2 NMMGR Screen Structure
B-3 Example SNA Node Configuration Screen
B-4 SNANODE Screen Structure
B-5 Example SNANODE PU Data Screen (HOSTPU)
B-6 PU Data (HOSTPU) Screen Structure
B-7 Example SNANODE LU Data Screen (HOSTPU)
B-8 LU Data (HOSTPU) Screen Structure
B-9 Example SNANODE PU Data Screen (AS4001)
B-10 PU Data (AS4001) Screen Structure
B-11 Example SNANODE LU Data Screen (AS4001)
B-12 LU Data (AS4001) Screen Structure
B-13 Example SNANODE PU Data Screen (AS4002)
B-14 PU Data (AS4002) Screen Structure
B-15 Example SNANODE LU Data Screen (AS4002)
B-16 LU Data (AS4002) Screen Structure
B-17 LINKDATA Screen Structures
B-18 Example Network ID Data Screen
B-19 NET ID Screen Structure
B-20 Example Select Session Type Screen
B-21 Session Types Screen Structure
B-22 Example Dependent LU Session Type Screen
B-23 Dependent LU Session Type Screen Structure
B-24 Example Dependent LU List Data Screen
B-25 LU List Screen Structure
B-26 Independent Session Type Screen (INDSESS1)
B-27 Independent LU Session Type Screen Structure
B-28 Independent Session Type Screen (INDSESS2)
B-29 Independent LU Session Type Screen Structure
B-30 Independent Session Type Screen (INDSESS3)
B-31 Independent LU Session Type Screen Structure
B-32 Example Select Mode Type Screen
B-33 Mode Types Screen Structure
B-34 Example Mode Type Data Screen (MODE1)
B-35 Mode Type Data Screen Structure
B-36 Transaction Programs Screen Structure
B-37 Sample Lines from an NCP Gen
B-38 Sample Lines from an AS/400 Configuration
C-1 Example Configuration
C-2 Independent LU Session Types Worksheet
C-3 Dependent LU Session Types Worksheet
C-4 Mode Types Worksheet
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