SSEPH2_15.6.0 - Documentation Index

Table of Contents

• Welcome
• IMS documentation
  • PDF files of IMS documentation
  • Downloading and using IBM Documentation for IMS documentation
  • IMS Licensed Program Specifications
  • End of service documentation
• Release planning for IMS
  • General planning information for IMS 15.6
    • Prerequisites for migrating to 15.6
    • Hardware requirements
      • Processor requirements
      • System console requirements
      • Tape unit requirements
      • Coupling facility requirements
      • DASD requirements
      • Large sequential data set support hardware requirements
      • Multiple Systems Coupling hardware requirements
      • Parallel RECON access hardware requirements
      • Terminals and equipment supported by IMS 15.6
      • zIIP utilization hardware requirements
    • Software requirements
      • Operating software requirements
      • IMS 15.6 base software requirements
      • Coexistence APARs
      • Database Resource Adapter (DRA) software requirements
      • Data sharing software requirements
      • HALDB Index/ILDS Rebuild utility free space function software requirements
      • IMS callout function software requirements
      • IMS Connect software requirements
      • Java application program support in IMS 15.6
        • Software requirements for Java application programs that use the IMS Universal drivers or JDR resource adapter
        • Software requirements for Java applications that access IMS transactions
      • Open Database solution software requirements
      • Parallel RECON access software requirements
      • SQL support software requirements
      • User exit enhancements software requirements
      • IMS Enterprise Suite software requirements
      • CICS subsystems supported
      • Db2 for z/OS subsystems supported
      • IBM MQ subsystems supported
      • Intersystem Communication (ISC) subsystems supported
      • Programming languages used to write IMS 15.6
      • Programming languages supported
      • Application programs supported
    • Packaging for IMS 15.6
    • Migration to IMS 15.6
      • Migrating from an earlier IMS 15 release
      • Migrating from IMS 14 and earlier
        • General migration recommendations
        • Installation considerations
        • Migration steps
      • Discontinuance of support
      • Specific migration considerations
        • Migrating to IMS 15.6: DB
          • Database recovery utilities migration considerations
          • Database versioning migration considerations
          • DEDB Alter enhancement migration considerations
          • IMS catalog migration considerations
            • Migration steps for an existing IMS catalog in systems that use ACB libraries
            • Migrating an existing IMS catalog in systems that manages ACBs
        • Migrating to IMS 15.6: TM
          • APPC/IMS flood control migration considerations
          • JVM 64-bit support migration considerations
          • OTMA migration considerations
        • Migrating to IMS 15.6: System
          • CQS migration considerations
          • DBRC migration considerations
            • Changes to the RECON data set
            • REPAIR.RECON migration considerations
            • Upgrading the RECON data set
          • Dynamic resource definition migration considerations
            • Migrating a non-DRD-enabled IMS system to DRD and the IMSRSC repository
            • Migrating a non-DRD-enabled IMS system to DRD and an RDDS
            • Migrating a DRD-enabled IMS system that uses an RDDS to a new release
            • Migrating MSC macro definitions to the IMSRSC repository
          • Exit routine migration considerations
          • IMSCTF macro removal migration considerations
          • IMSplex migration considerations
          • IMS repository function migration considerations
          • IVP enhancements migration considerations
          • Migration considerations for the disablement of Extended Recovery Facility (XRF)
          • Migration considerations for Fast Path DEDB area data sets (ADS) encryption
          • Migration considerations for moving logger parameters to DFSDFxxx
          • Migration considerations for network security credential propagation enhancement
          • Migration considerations for removing user exit routine specification from system definition
          • Migration considerations for sample procedures removal enhancement
          • Syntax Checker enhancements migration considerations
          • WADS migration considerations
      • Fallback considerations
        • DBRC fallback considerations
        • Dynamic definition for MODBLKS resources fallback considerations
        • Dynamic definition of MSC resources fallback considerations
        • IMS catalog fallback
        • Fallback from IMS-managed ACBs to ACBLIBs
          • Falling back from IMS-managed ACBs before resource updates are activated
          • Falling back from IMS-managed ACBs to installation-managed ACBLIBs
        • Falling back from IMSRSC repository support for dynamically defined MSC resources
        • WADS fallback considerations
    • Coexistence with IMS 15.6
      • Overview of coexistence APARs
      • Determining which coexistence service needs to be installed
      • General coexistence considerations
      • Specific coexistence considerations
        • Common Queue Server coexistence considerations
        • DBRC coexistence considerations
        • DRA coexistence considerations
        • Database utility coexistence considerations
        • Dynamic definition for MODBLKS resources coexistence considerations
        • Exit routine coexistence considerations
        • Fast Database Recovery (FDBR) coexistence considerations
        • Coexistence considerations for DEDBs with more than 2048 areas
        • IMS catalog coexistence considerations
        • IMS ACB management coexistence considerations
        • IMS repository function coexistence considerations
        • IMS Connect coexistence considerations
        • MSC coexistence considerations
        • Network security credential propagation enhancement coexistence considerations
        • Open Database coexistence considerations
        • Shared message queue coexistence considerations
        • Syntax Checker coexistence considerations
      • Restrictions for IMS 15.6 during coexistence
    • Command changes in IMS 15.6
    • Message and code changes in IMS 15.6
    • Log record changes in IMS 15.6
  • IMS 15.6 enhancements
    • IMS enhancement PTFs
      • The IMS continuous enhancement process
      • IMS 15.6 Database Manager continuous delivery functions
      • IMS 15.6 system continuous delivery functions
      • IMS 15.6 Transaction Manager continuous delivery functions
    • IMS Database Manager enhancements
      • IMS Managed ACBs logical database support enhancement
      • IMS DDL user data support enhancement
      • IMS Data Definition utility (DFS3ID00) DL/I batch enhancement
      • IMS Catalog Maintenance utility (DFS3CM00) enhancement
      • Bypass extent check for DEDB data sets
      • IMS Data Definition utility (DFS3ID00) enhancement
      • IMS catalog API enhancement
      • IMS Catalog Library Builder utility (DFS3LU00) enhancement
      • IMS restricted updates
      • Increased number of areas for Fast Path DEDBs
      • Catalog Populate utility batch logging enhancement for GSAM resources
      • DBRC managed ACB staging directory command support
      • GSAM DBD enhancement
      • IMPORT DEFN SOURCE(CATALOG) command enhancements
      • GSAM processing data set pre-allocation for the IMS Catalog Populate (DFS3PU00) utility
      • Fast Path DEDB area data sets (ADS) encryption
      • ODBM Security Options Enhancement
      • Preallocation of ADS for DEDB created by DDL with SDEP defined
      • Fast Path secondary index database maintenance enhancement
      • DFS982I message text enhancement
      • DFS1769W error code enhancement
      • Data capture suppression enhancement
      • DCCTL enhancement to support IMS management of ACBs
      • DEDB Alter utility enhancements
    • IMS Transaction Manager enhancements
      • DFSOPT DD statement method for passing dependent region parameters enhancement
      • New user exits called from a Message Processing Region enhancement
      • OTMA fast transaction pipe checkpoint cleanup (FASTTPCU) enhancement
      • OTMA checkpoint statistics enhancement
      • IMS ALTPCB enhancement for IMS Connect
      • Language Environment enhancement for 31-bit COBOL and 64-bit Java interoperability
      • Static VTAM transaction output security enhancement
      • OTMA lightweight transaction pipe enhancement
      • Enhancement for the processing of OTMA commit-then-send messages in shared-queues environments
      • MFS sign-on format support for RACF password phrases
      • OTMA ACEE flood control enhancement
      • Reduce LUMP storage for OTMA commit-then-send messages enhancement
      • OTMA conversational transaction timeout enhancement
      • OTMA transaction pipe cleanup enhancement
    • IMS system enhancements
      • Data set support for zHyperWrite
        • Dynamic enablement of zHyperWrite enhancement
        • WADS support for zHyperWrite
        • OLDS support for zHyperWrite
      • Improved queue manager scalability for IMS OTMA CM1 and APPC synchronous messages enhancement
      • OpenTelemetry tracing support
      • IMS Connect enhancements
        • Password phrase enhancement for IMS Connect
        • ODBM RAS U210 prevention enhancement
        • RACF PassTicket support for DRDA clients enhancement
        • IMS Connect message HWSC0010I enhancement
      • IMS installed level enhancements
        • IMS installed level enhancement in the IMS Monitor log record
        • IMS installed level API (DFSGVRM) enhancement
      • IMS security enhancements
        • RACF PassTicket support for commands from IMS Connect to IMS OM
        • Displaying RACF sign-on messages
        • Generic return code enhancement for RACF verifications
      • INQY ENVIRON2 enhancement
      • Non-stop PSB after an application abends in a non-message-driven BMP region
      • IMS JDBC Map Case enhancement
      • IMS Connect send-only with error protocol enhancement
      • IMS compliance control blocks support
      • IMS Fast Monitor (FASTMON) user exit enhancement
      • ACEE creation and management enhancement for ESAF Db2 interface
      • HEX and binary literal support in JDBC SQL queries
      • IMS support for IBM z/OS Workload Interaction Correlator
      • INIT OLC TYPE(ACBMBR) command enhancement
      • Overflow sequential access method (OSAM) data set encryption
      • REXXIMS MAPDEF packed decimal function enhancement
      • Data privacy for diagnostics support for IMS 64-bit storage
      • ByteBuffers in the IMS Universal JDBC and DL/I Interfaces
      • Database segment mapping enhancement
      • STOP REGION command enhancement
      • Starting Common Service Layer components enhancement
      • IMS restart message enhancement
      • Open Database Manager (ODBM) and JDBC driver support for INIT STATUS Group call
      • UPDATE TRAN command enhancement
      • Log record PARDLI flag enhancement
      • IMS Universal Database resource adapter connectivity enhancement for WebSphere Application Server Liberty
      • IVP support for 8-character TSO/E user IDs on z/OS 2.3
      • Function level activation control enhancement
  • IBM IMS Tools support for IMS 15.6
    • IBM IMS Tools Solution Packs for z/OS
      • IBM IMS Database Solution Pack for z/OS, 2.2
      • IBM IMS Database Utility Solution for z/OS, 2.1
      • IBM IMS Fast Path Solution Pack for z/OS, 2.1
      • IBM IMS Performance Solution Pack for z/OS, 2.3
      • IBM IMS Recovery Solution Pack for z/OS, 2.1
      • IBM IMS Transaction Manager Solution Pack for z/OS, 1.1
      • IBM IMS Tools Base for z/OS, 1.7
    • IBM IMS Administration Tool for z/OS 1.1
    • IBM IMS Administration Foundation for z/OS
    • IMS application management tools
      • IBM IMS Batch Terminal Simulator for z/OS, 4.1
      • IBM IMS Program Restart Facility for z/OS, 2.2
    • IMS backup and recovery management tools
      • IBM IMS DEDB Fast Recovery for z/OS, 2.2
      • IBM IMS High Performance Image Copy for z/OS, 4.2
      • IBM IMS Index Builder for z/OS, 3.1
      • IBM IMS Recovery Solution Pack for z/OS, 2.1
    • IMS database management tools
      • IBM IMS Database Solution Pack for z/OS, 2.2
      • IBM IMS Database Utility Solution for z/OS, 2.1
      • IBM IMS Fast Path Solution Pack for z/OS, 2.1
      • IBM IMS Database Reorganization Expert for z/OS, 4.1
      • IBM IMS High Performance Image Copy for z/OS, 4.2
      • IBM IMS High Performance Load for z/OS, 2.1
      • IBM IMS High Performance Unload for z/OS, 1.2
      • IBM IMS High Performance Prefix Resolution for z/OS, 3.1
      • IBM IMS High Performance Pointer Checker for z/OS, 3.1
      • IBM IMS Index Builder for z/OS, 3.1
      • IBM IMS Library Integrity Utilities for z/OS, 2.2
      • IBM IMS Cloning Tool for z/OS, 1.2
      • IBM IMS Sequential Randomizer Generator for OS/390, 1.1
    • IMS data replication tools
      • IBM IMS Cloning Tool for z/OS, 1.2
      • InfoSphere Data Replication for IMS for z/OS, 11.3
    • InfoSphere IMS tools
      • IBM InfoSphere Classic Change Data Capture for z/OS, 11.3
      • IBM InfoSphere Classic Federation Server for z/OS, 11.3
      • IBM InfoSphere Optim Test Data Management Solution for z/OS, 11.7
      • InfoSphere Data Replication for IMS for z/OS, 11.3
    • IMS performance management tools
      • IBM IMS Buffer Pool Analyzer for z/OS, 1.4
      • IBM IMS Connect Extensions for z/OS, 3.1
      • IBM IMS Network Compression Facility for z/OS, 1.2
      • IBM IMS Performance Analyzer for z/OS, 4.5
      • IMS Problem Investigator for z/OS, 2.5
      • IBM Transaction Analysis Workbench, 1.3
      • IBM IMS Performance Solution Pack for z/OS, 2.3
    • IMS regulatory compliance tools
      • IBM InfoSphere Guardium Data Encryption for Db2 and IMS Databases, 1.2
      • IBM Security Guardium S-TAP for IMS
    • IMS system management tools
      • IBM IMS Command Control Facility for z/OS, 2.2
      • IBM IMS Extended Terminal Option Support for z/OS, 3.2
      • IBM IMS High Performance System Generation (SYSGEN) Tools for z/OS, 2.4
      • IBM IMS Workload Router for z/OS, 2.7
    • Tivoli IMS tools
      • Tivoli Decision Support for z/OS V1.8 or later
      • Tivoli Monitoring, V6.3.0
      • Tivoli AF/OPERATOR on z/OS, 3.4.1
      • Tivoli AF/Integrated Resource Manager, 5.0.0
      • Tivoli OMEGACENTER Gateway on z/OS, 3.4.1
      • IBM OMEGAMON for Db2 for Performance Expert on z/OS, 5.5
      • IBM OMEGAMON for IMS on z/OS, 5.5
      • IBM Z System Automation, 4.3
    • IMS Transaction Manager management tools
      • IBM IMS Transaction Manager Solution Pack for z/OS, 1.1
      • IBM IMS Configuration Manager for z/OS, 2.3
      • IBM IMS Queue Control Facility for z/OS, 3.2
      • IBM IMS Sysplex Manager for z/OS, 1.3
    • Miscellaneous IBM tools that support IMS
  • Featured integration solutions for IMS 15.6
    • Mobile and REST API solution with IBM z/OS Connect Enterprise Edition
    • Application development with IMS Explorer for Development
    • Data discovery with IBM Watson Explorer
    • Integrated access with IBM DataPower Gateway
    • IMS Agents overview
• Installing IMS
  • IMS Program Directory
  • Installation
    • IMS installation overview
    • IMS installation verification program (IVP) overview
      • The IVP as an educational tool
      • Phases of the IVP process
        • Initialization phase
          • Table merge process
          • Copy-startup-variable process
        • Variable-gathering phase
        • File-tailoring phase
        • Execution phase
      • IVP output
    • Building a verifiable working sample IMS system by using the IVP
      • Starting the IVP dialog
        • Starting the IVP by using the EXEC command from within ISPF
        • Starting the IVP from the IMS Application Menu
      • Starting the IVP initialization phase
        • Selecting the environment options
        • Verifying an environment option change
        • Selecting suboptions
        • Requesting a table merge
        • Selecting an IVP phase and positioning option
      • Gathering variables
        • Exporting and importing IVP variables
        • Making global changes to variables
      • Tailoring files
      • Executing tailored jobs and tasks
      • Ending the IVP dialog session
    • Sample applications provided by the IVP
      • IVP-executed sample applications
        • IVP sample application
        • Partitioning sample application
        • IMS Connect sample application
        • Dynamic resource definition sample application with RDDSs
        • Dynamic resource definition sample application with the IMSRSC repository
        • Other sample applications verified by the IVP
      • Sample applications not tested by the IVP
        • IMS sample application
          • Running the IMS sample application
        • Fast Path sample application
          • Running the Fast Path sample transactions
      • Samples for the IMS catalog
      • Samples for IMS solutions for Java development and IMS callout
        • Samples for the IMS solutions for Java development
        • Samples for the callout function
    • Reference information
      • IMS data sets
        • IVP dialog data sets
        • SMP/E data sets
        • Distribution (DLIB) data sets
        • Target (TLIB) data sets
        • System data sets
        • Execution data sets
        • IRLM data sets
        • User data set (USER.ISPTABL)
      • IVP variables
        • General variables
        • Data set allocation variables
      • IVP jobs and tasks
        • Steps Ax for IVP preparation
        • Steps Cx for system definition (SYSDEF)
        • Steps Dx for interface IMS to z/OS and VTAM
        • Steps Ex for preparing IVP applications and system
        • Steps Fx for IVP execution - DBB system (batch)
        • Steps Gx for IVP execution - DBC system (DBCTL)
        • Steps Hx for IVP execution - DBT system (DB/DC)
        • Steps Jx for IVP execution - DCC system (DCCTL)
        • Steps Nx for execution - partition database sample application
        • Steps Ox for Common Service Layer and Common Queue Server sample application
        • Steps Px for type-2 command environment sample application
        • Steps Qx for execution - full-function MPP transaction using the IMS Connect sample application
        • Steps Rx for the parallel RECON access sample
        • Steps Sx for callout samples
        • Steps Tx for Open Database sample application
        • Steps Ux for the IMSRSC repository sample application
        • Steps Zx for index of additional PDS members
      • IVP system definition stage 1 input streams
        • DBB - DB Batch (batch) stage 1
        • DBC - Database Control (DBCTL) stage 1
        • DBT - Database/Transaction Manager (DB/DC) stage 1
        • DCC - Transaction Manager Control (DCCTL) stage 1
      • IVP environment options
      • Variable gathering dialog options
      • File-tailoring dialog options
      • Execution phase dialog options
      • Sample application parts tables and PSBs
        • IVP sample application table
        • IMS sample application table
        • IMS sample application PSBs
        • Fast Path sample application table
        • Partitioning sample application table
        • IMS Connect sample application table
      • Sample application database
        • IVP sample application databases
        • Fast Path sample application databases
        • Partitioning sample application databases
      • Fast Path sample application error messages
      • TSO EXEC command syntax for invoking the IVP start-up CLIST
      • REXX EXEC command syntax for starting the IMS Application Menu
  • System definition
    • Overview of the IMS system definition process
      • IMS system definition
      • How system definition is related to installation
      • Coding IMS macros that define the system
      • Choosing a system definition
      • Selecting the appropriate macros to define your system
      • System definition preprocessor overview
      • IMS stage 1 system definition
      • Verifying the stage 1 input
      • Determining when system definition is required
      • Including Fast Path in a DCCTL or DB/DC system definition
      • Including Fast Path in a DBCTL system definition
      • IMS stage 2 system definition
      • JCLIN processing
      • Applying maintenance using SMP/E
      • Adding entries to the z/OS Program Properties Table
    • Dynamic resource definition
      • Overview of dynamic resource definition
        • Managing resource and descriptor definitions
        • Commands that support dynamic resource definition
        • Dynamic resource definition and system definition
        • Recovery of changed runtime resource and descriptor definitions
      • Overview of the IMSRSC repository
        • IMS ID information in the IMSRSC repository
        • Defining the IMSRSC repository
        • Resource lists for the IMSRSC repository
          • Change lists for the IMSRSC repository
            • XRF considerations for IMS change list processing
      • Requirements for dynamic resource definition
      • Restrictions for dynamic resource definition
      • Considerations for using dynamic resource definition
      • Enabling dynamic definition for IMS resource groups
        • Enabling dynamic resource definition for MODBLKS resources
          • Validating the IMS environment before enabling dynamic definition for MODBLKS resources
          • Enabling dynamic definition for MODBLKS resources with a resource definition data set
          • Enabling dynamic definition for MODBLKS resources with an IMSRSC repository
        • Enabling dynamic definition for MSC resources
      • Creating runtime resource and descriptor definitions
        • Creating runtime database resource and descriptor definitions with the CREATE command
        • Creating runtime application program resource and descriptor definitions with the CREATE command
        • Creating runtime Fast Path routing code resource and descriptor definitions with the CREATE command
        • Creating runtime transaction resource and descriptor definitions with the CREATE command
        • Creating runtime resource and descriptor definitions in an IMSplex with the CREATE command
        • Creating runtime MSC resource definitions with the CREATE command
      • Creating resource and descriptor definitions in the IMSRSC repository
        • Creating MODBLKS resource and descriptor definitions in the IMSRSC repository
        • Creating MSC resource definitions in the IMSRSC repository
      • Updating runtime resource and descriptor definitions
        • Updating runtime database resource and descriptor definitions with the UPDATE command
        • Updating runtime application program resource and descriptor definitions with the UPDATE command
        • Updating runtime Fast Path routing code resource and descriptor definitions with the UPDATE command
        • Updating runtime transaction resource and descriptor definitions with the UPDATE command
        • Updating runtime resource and descriptor definitions in an IMSplex with the UPDATE command
        • Updating runtime MSC resource definitions with the UPDATE command
      • Updating resource and descriptor definitions in the IMSRSC repository
        • Updating MODBLKS resource and descriptor definitions in the IMSRSC repository for a single IMS or for multiple IMSs with unique definitions
        • Updating MODBLKS resource and descriptor definitions in the IMSRSC repository for multiple IMS systems with the same set of definitions
        • Updating MSC resource definitions in the IMSRSC repository
      • Deleting runtime resource and descriptor definitions
        • Deleting runtime database resource and descriptor definitions with the DELETE command
        • Deleting runtime application program resource and descriptor definitions with the DELETE command
        • Deleting runtime Fast Path routing code resource and descriptor definitions with the DELETE command
        • Deleting runtime transaction resource and descriptor definitions with the DELETE command
        • Deleting runtime resource and descriptor definitions in an IMSplex with the DELETE command
        • Deleting runtime MSC resource definitions with the DELETE command
      • Deleting resource and descriptor definitions from the IMSRSC repository
      • Backing out DRD command-related changes made to your online system
        • Backing out DRD command-related changes to your online system with a cold start of IMS
        • Backing out DRD command-related changes to your online system without a cold start of IMS
        • Backing out MSC DRD command-related changes to your online system
      • Exporting resource and descriptor definitions
        • Exporting MODBLKS resource and descriptor definitions to an RDDS
        • Exporting MODBLKS resource and descriptor definitions to an IMSRSC repository
        • Exporting MSC resource definitions to an IMSRSC repository
      • Importing resource and descriptor definitions
        • Importing MODBLKS resource and descriptor definitions by using the automatic import function
        • Importing MSC resource definitions by using the automatic import function
        • Importing resource and descriptor definitions from an RDDS by using the IMPORT command
        • Importing resource and descriptor definitions from the IMSRSC repository by using the IMPORT command
        • Backing out runtime resources imported with the IMPORT command
          • Backing out runtime definitions imported by the IMPORT command with a cold start of IMS
          • Backing out runtime definitions imported by the IMPORT command without a cold start of IMS
      • Maintaining your dynamic resource definition environment
      • Converting resource definitions into IMS stage 1 macro statements or IMS type-2 CREATE commands
      • Falling back from using the IMSRSC repository
        • Falling back from using the IMSRSC repository for MODBLKS resources
        • Falling back from using the IMSRSC repository for MSC resources without a stage-1 system definition
        • Falling back from using the IMSRSC repository for MSC resources with a stage-1 system definition
        • Disabling RM from using the repository and stopping the RS address spaces
      • Disabling dynamic resource definition
        • Disabling dynamic resource definition for MODBLKS resources
        • Disabling dynamic resource definition for MSC resources
    • Designing the IMS system
      • Choosing the number of regions
      • Setting a checkpoint frequency
      • Selecting an IMS lock manager
      • Using a DL/I separate address space
      • Starting the DL/I separate address space
      • Allocating Message Format Service buffer pool space
      • Use of the message format buffer pool
      • Declaring online databases
      • Declaring online application programs
      • Defining online applications
      • Declaring Fast Path application programs
      • Defining IMS transactions
      • Defining Fast Path transactions
      • Planning a scheduling algorithm
      • Grouping application transactions in DB/DC and DCCTL environments
      • Stopping transactions and PSBs because of unavailable data
      • Assigning message class and initializing a region in DB/DC and DCCTL
      • Message priorities within message classes in DB/DC and DCCTL
      • Selection priorities for transactions in DB/DC and DCCTL environments
      • Processing limits for messages in DB/DC and DCCTL environments
      • Quick reschedule for regions in DB/DC and DCCTL environments
      • Pseudo WFI option for MPP regions in DB/DC and DCCTL environments
      • Processing transactions against unavailable data in DB/DC and DBCTL environments
      • Scheduling transactions using the suspend queue
      • Parallel scheduling of applications and transactions
      • Scheduling for BMP processing
      • Assigning priorities for programs with exclusive intent
      • Scheduling for CPI-Communications-driven programs
      • Defining terminals with data communication macros
        • Defining VTAM terminals
        • Defining non-VTAM devices
        • Choosing the IMS master terminal
        • Specifying macros for Multiple Systems Coupling
        • Using multiple IMS systems at the same release level and environment
        • Using multiple IMS systems at different release levels
      • Including IMS ETO in the IMS system
      • Defining an FDBR region
        • Configuration options for FDBR regions
        • Enabling an IMS subsystem for FDBR
        • IMSplex requirements for FDBR
      • Specifying enqueue and dequeue requirements
      • Specifying security options
    • Allocating and cataloging IMS system resources
      • IMS system data sets for online change
        • Initializing system data sets when not using online change
      • IMS online data sets
      • Allocating ACBLIB data sets
        • Dynamically allocating the ACB staging library for ACBLIB member online change
        • Dynamically allocating the IMSACBA and IMSACBB library data sets
      • Allocating log data sets
        • Allocating online log data sets (OLDSs)
          • Formatting newly initialized (reinitialized) volumes for an OLDS
        • Allocating the write-ahead data set (WADS)
        • Allocating the system log data set (SLDS)
        • Allocating the restart data set
      • Setting the TOD clock during IPL
      • Message queue data set allocation in DB/DC and DCCTL environments
      • Allocating OSAM data sets
      • Allocating VSAM data sets
      • Allocating data sets in extended address volumes
      • Resource definition data sets
        • Changing RDDS block sizes
      • IMSRSC repository and RS catalog repository data sets
        • Allocating RS catalog repository data sets
        • Allocating the IMSRSC repository data sets
        • IMS repository index and member data sets
        • IMS repository data set states
      • Allocating IMS spool data sets
      • Allocating direct output lines
      • Initializing the RECON data set for DBRC
      • Defining a HALDB indirect list data set
      • Defining large sequential data sets
        • Falling back from large sequential data sets
      • Defining Message Formatting Service
      • Implementing Message Formatting Service
    • Specifying IMS execution parameters
      • System control and performance EXEC parameters for the IMS control region
      • Dynamic resource definition EXEC parameters
      • Database and PSB exec parameters for the control region
        • Database buffer requirements
        • Buffer sizes for databases that use OSAM or VSAM
        • Performance options for data management and program specification blocks
      • Data communication EXEC parameters for the control region
      • Fast Path EXEC parameters in DCCTL or DB/DC
      • Fast Path EXEC parameters in DBCTL
      • Fast Path dependent region parameters in DCCTL or DB/DC
      • Fast Path parameters in BMP and CCTL regions in DBCTL
      • Online DEDB utility region parameters in DCCTL, DBCTL, or DB/DC
      • Recovery-related EXEC parameters for the control region
      • Security-related EXEC parameters for the control region
      • EXEC parameters for IMS message processing regions
      • EXEC parameters for IMS batch message processing regions
    • Tailoring the IMS system to your environment
      • Tailoring the sample procedures in the SDFSPROC data set
        • Running the DFSPROCB job to complete sample procedures
        • Creating procedures for specific subsystem types
        • Copying the sample procedures to the PROCLIB data set
      • Tailoring the IMS PROCLIB data set
      • Controlling the IMS PROCLIB data set
      • IMS buffer pools
        • VSAM subpool definition
        • OSAM subpool definition
        • OSAM buffer pool compatibility definition
        • Specifying VSAM and OSAM subpools
        • Specifications for OSAM sequential buffering
        • Creating and sizing the 64-bit storage pool
      • Making IMS and IMSRDR procedures accessible to z/OS
      • Organizing PL/I modules for use with the PL/I Optimizer
      • Specifying sequential buffering control statements
      • Using high-speed sequential processing control statements
      • Supporting CCTL users with DBCTL databases
        • Preparing a CCTL
      • Enabling IMS ETO for ACF/VTAM terminals
        • ETO descriptors
          • ETO descriptor definition rules
          • ETO descriptor overrides
        • Logon descriptors
        • MFS device descriptors
        • MSC descriptors
        • User descriptors
        • Specifying the number of hash table slots
      • HALDB selective partition processing
      • Capturing JVM usage statistics
        • Format of an SMF type-29, subtype-2 record
      • STDENV shell scripting
    • Provision IMS resources with z/OSMF
      • Provision an IMS DB/TM system
      • Provision Fast Path DEDB databases
    • CQS definition and tailoring
      • CQS's support of multiple clients
      • Defining structure size for CQS connections
      • Calculating resource structure entry and element values to maximize storage
      • Preparing to start the CQS address space
    • CSL definition and tailoring
      • Defining the Common Service Layer using IMS PROCLIB data set members
      • Sequence for starting CSL address spaces
    • IMS catalog definition and tailoring
      • Setting up the IMS catalog
      • IMS management of ACBs
        • Enabling IMS management of ACBs
          • Enabling IMS management of ACBs in an IMS system that already uses the IMS catalog
          • Enabling the IMS management of ACBs and the IMS catalog at the same time
        • Falling back from IMS-managed ACBs to installation-managed ACBLIBs
          • Falling back from IMS-managed ACBs before resource updates are activated
          • Falling back from IMS-managed ACBs after resource updates were activated
        • References to ACB, DBD, and PSB resources when ACBs are managed by IMS
        • GSAM databases and IMS management of ACBs
      • Installing the IMS catalog DBDs and PSBs
      • IMS catalog data sets
        • Size of IMS catalog data sets
        • Creating the database data sets of the IMS catalog manually
        • IMS catalog data set groups
        • IMS directory data sets
        • Data set names of the IMS directory data sets
      • Defining the IMS catalog master database and partitions
        • Defining the IMS catalog with DBRC
        • Defining the IMS catalog without DBRC
      • Populating the IMS catalog by using IMS utilities
        • Input libraries required by the population utilities
        • DFSDFxxx member of the IMS.PROCLIB data set
        • Access type and the population utilities in a multi-system environment
        • Populating the IMS catalog using the ACB Generation and Catalog Populate utility (DFS3UACB)
          • Loading the IMS catalog with the DFS3UACB utility
          • Adding records to the IMS catalog with the DFS3UACB utility
        • Populating the IMS catalog using the IMS Catalog Populate utility (DFS3PU00)
          • Loading the IMS catalog with the DFS3PU00 utility
          • Adding records to the IMS catalog with the DFS3PU00 utility
      • Keeping the IMS catalog in sync with the active ACB library
      • The IMS catalog in multi-system configurations
        • Sharing an IMS catalog
        • DFSDFxxx members and the IMS catalog in multi-system configurations
        • Defining an IMS catalog alias name
        • IMS catalog multi-system configuration examples
      • Security for the IMS catalog
      • Copying an IMS catalog
        • Copying an IMS catalog that does not contain IMS-managed ACBs
        • Copying an IMS catalog that contains IMS-managed ACBs
      • Activity records for the IMS catalog
        • Format of IMS catalog activity records
      • IMS Catalog maintenance procedures
        • Prerequisite considerations
        • IMS Catalog maintenance procedures for implementing non-structural changes
          • Offline installation of catalog non-structural changes
          • Online installation of catalog non-structural changes
            • Online installation of catalog non-structural changes on an IMS system where managed ACB is enabled
            • Online installation of catalog non-structural changes on an IMS system where managed ACB is not enabled
        • IMS Catalog maintenance procedures for implementing structural changes
          • Offline installation of catalog structural changes
          • Online installation of catalog structural changes
            • Online installation of catalog structural changes on an IMS system where managed ACB is enabled
            • Online installation of catalog structural changes on an IMS system where managed ACB is not enabled and use the member online change
            • Online installation of catalog structural changes on an IMS system where managed ACB is not enabled and use the local online change
    • IMS Connect definition and tailoring
      • Sample JCL to start IMS Connect
      • Configuring IMS Connect
      • Defining IMS Connect security
        • Setting up AT-TLS SSL for IMS Connect
      • Configuring XML conversion support for IMS Connect clients
      • Configuring the IMS Base Primitive Environment for IMS Connect
      • Allocating IMS Connect log record data sets
      • JCL to print IMS Connect RECORDER output
    • Enabling open access to IMS data
    • IMS-to-IMS TCP/IP connections
      • Defining IMS-to-IMS TCP/IP connections for MSC
        • Example definitions for an MSC TCP/IP link
      • Defining a TCP/IP generic resource group for MSC
      • Defining IMS-to-IMS TCP/IP connections for OTMA
        • Example definitions for sending OTMA messages to a remote IMS system
      • Defining an IMS Connect super member group for OTMA IMS-to-IMS TCP/IP connections
    • Accessing external subsystem data
      • Defining your external subsystems to IMS
      • Specifying the SSM= EXEC parameter
      • Defining the language interface module
      • Specifying trace options
      • Specifying Db2 for z/OS groups for IMS online regions
      • Specifying Db2 for z/OS for IMS batch regions
      • Preparing Db2 for z/OS for use with IMS
        • Providing appropriate tables in your ESS
        • Placing Db2 for z/OS modules and tables in the appropriate library
      • Configuring JMP and JBP regions for Db2 for z/OS data access
      • Attaching a Db2 for z/OS subsystem to IMS using RRSAF
    • Setting up IMS for diagnostics
      • Setting the size of the z/OS trace tables
      • Common Storage Tracker
      • CHNGDUMP MAXSPACE
      • Automatic dump data set allocation
      • Diagnostic setup recommendations for IMS
      • CQS trace setup recommendations
        • Trace environment - conservative
        • Trace environment - more aggressive
      • Installing the IMS Dump Formatter
        • Making IMS.SDFSRESL available
      • Setting up the external trace environment
        • Controlling the volume of traces
        • Activating Fast Path traces
        • Writing trace tables externally
        • Creating output data sets with correct attributes
      • Setting up tracing for BPE-managed address spaces
      • Setting up type-2 trace tables
      • Setting up the IMS abend search and notification function
        • Customizing the IMS abend search and notification email
    • IMS system definition examples
      • IMS DB/DC environment
        • Data communication characteristics
        • System configuration macro statements
        • Database and application macro statements
        • DL/I application programs
      • Data Communication macro statements
        • Local SYSOUT line groups
        • Macro statements to define VTAM communication devices
          • COMM macro statement
          • Macro statements to define local 3270 VTAM terminals
          • Macro statements to define remote 3270 VTAM terminals
          • Macro statements to define a finance communication system
          • Macro statements to define secondary logical unit type 1 VTAM terminals
          • Macro statements to define NTO devices
          • Macro statements to define secondary logical unit type 2 VTAM terminals
          • Macro statements to define secondary logical unit type P VTAM terminals
          • Macro statements to define logical unit type 6 VTAM terminals
        • System configuration macro statement
      • IMS Multiple Systems Coupling system definition examples
      • Data-sharing system configuration
        • Data sharing at the database-level with update access
        • Data sharing at the database level with read access
        • Intra-CPC block-level data sharing
        • Inter-CPC block-level data sharing
      • IMS DBCTL environment
    • IMS Syntax Checker
      • Function keys and the Syntax Checker
      • Starting the Syntax Checker
      • Syntax Checker online help
      • Using the Syntax Checker
        • IMS Release and Control Region panel
        • IMS Release panel
        • Keyword Display panel
          • Display options for the Keyword Display panel
          • Panel field descriptions for the Keyword Display panel
          • Syntax Checker error checking
          • Specifying comments in IMS PROCLIB data set members processed by the Syntax Checker
          • Action pull-down options on the Keyword Display panel
          • Inserting keywords into the Keyword Display panel
          • Interrupting processing to process other members on the Keyword Display panel
          • Saving processed members on the Keyword Display panel
        • Save Member prompt panel
        • SAVE AS prompt panel
        • IMS Parameter Syntax Checker panel
    • Macros used in IMS environments
      • Reference information for using IMS macros
      • APPLCTN macro
      • COMM macro
      • DATABASE macro
      • DFSMDA macro
      • FPCTRL macro
      • IMSCTRL macro
      • IMSGEN macro
      • LINE macro
      • LINEGRP macro
      • MSGQUEUE macro
      • MSLINK macro
      • MSNAME macro
      • MSPLINK macro
      • NAME macro
      • RTCODE macro
      • SUBPOOL macro
      • TERMINAL macro
      • TRANSACT macro
      • TYPE macro
      • VTAMPOOL macro
    • Procedures used in IMS environments
      • The specification of IMS procedures
      • Parameter descriptions for IMS procedures
        • ABND= through AUTO= procedure parameters
          • ABND= parameter for procedures
          • AGN= parameter for procedures
          • ALOT= parameter for procedures
          • ALTID= parameter for procedures
          • AOI1= parameter for procedures
          • AOIP= parameter for procedures
          • AOIS= parameter for procedures
          • APAR= parameter for procedures
          • APARM= parameter for procedures
          • APPC= parameter for procedures
          • APPCSE= parameter for procedures
          • APPLFE= parameter for procedures
          • APPLID1=name1 parameter for procedures
          • APPLID2=name2 parameter for procedures
          • ARMRST= parameter for procedures
          • ASOT= parameter for procedures
          • AUTO= parameter for procedures
        • BKO= through CSLG= procedure parameters
          • BKO= parameter for procedures
          • BPECFG= parameter for procedures
          • BPEINIT= parameter for procedures
          • BSIZ= buffer_size parameter for procedures
          • BUF= parameter for procedures
          • CCTCVCAN= parameter for procedures
          • CIOP= parameter for procedures
          • CKPTID= parameter for procedures
          • CL1=,CL2=,CL3=,CL4= parameter for procedures
          • CLASS= parameter for procedures
          • CMDLANG= parameter for procedures
          • CMDMCS= parameter for procedures
          • CMDP= parameter for procedures
          • CMDSEC= parameter for procedures
          • CORE= parameter for procedures
          • CPLOG= parameter for procedures
          • CPUTIME= parameter for procedures
          • CRC= x parameter for procedures
          • CSAPSB= parameter for procedures
          • CSLG=xxx parameter for procedures
          • CSSLIB= parameter for procedures
        • DBBF= through DIRCA= procedure parameters
          • DBBF= parameter for procedures
          • DBD= parameter for procedures
          • DBFP= parameter for procedures
          • DBFX= parameter for procedures
          • DBLDL= parameter for procedures
          • DBRC= parameter for procedures
          • DBRCGRP=id parameter for procedures
          • DBRCINIT=nnn parameter for procedures
          • DBRCNM= parameter for procedures
          • DBRSE= parameter for procedures
          • DBWP= parameter for procedures
          • DC=nnn parameter for procedures
          • DEADLOK='iiii,kkkk' parameter for procedures
          • DESC= parameter for procedures
          • DFSDF=xxx parameter for procedures
          • DIRCA= parameter for procedures
        • DLINM= through EXVR= procedure parameters
          • DLINM= parameter for procedures
          • DLIPSB= parameter for procedures
          • DLQT= parameter for procedures
          • DMB= parameter for procedures
          • DMHVF= parameter for procedures
          • DPRTY= parameter for procedures
          • DSCT= parameter for procedures
          • DYNP= parameter for procedures
          • EMHB= parameter for procedures
          • EMHL= parameter for procedures
          • ENVIRON= parameter for procedures
          • EPCB= parameter for procedures
          • ETO= parameter for procedures
          • EXCPVR= parameter for procedures
          • EXVR= parameter for procedures
        • FBP= through HSBMBR= procedure parameters
          • FBP= parameter for procedures
          • FDRMBR=xx parameter for procedures
          • FESEXIT= parameter for procedures
          • FESTIM= parameter for procedures
          • FIX=xx parameter for procedures
          • FMID= parameter for procedures
          • FMTO= parameter for procedures
          • FP= parameter for procedures
          • FPOPN= parameter for procedures
          • FPRLM= parameter for procedures
          • FPWP= parameter for procedures
          • FRE= parameter for procedures
          • GEN= parameter for procedures
          • GRNAME= parameter for procedures
          • GRSNAME=generic_resources_group_name parameter for procedures
          • HIOP= parameter for procedures
          • HSBID= parameter for procedures
          • HSBMBR=xx parameter for procedures
        • IMS= through LHTS= procedure parameters
          • IMS=ims_id parameter for procedures
          • IMSGROUP= parameter for procedures
          • IMSID= parameter for procedures
          • IMSPLEX=ccccc parameter for procedures
          • IN=input_transaction_code parameter for procedures
          • IOB= parameter for procedures
          • IOVFI= parameter for procedures
          • IRLM= parameter for procedures
          • IRLMGRP=xcf_group_name parameter for procedures
          • IRLMID= parameter for procedures
          • IRLMNM=name parameter for procedures
          • ISIS= parameter for procedures
          • JVM= parameter for procedures
          • JVMOPMAS=name parameter for procedures
          • JVMOPWKR= parameter for procedures
          • LGMSGSZ= parameter for procedures
          • LGNR= parameter for procedures
          • LHTS= parameter for procedures
        • LOCKMAX= through MNPSPW= procedure parameters
          • LOCKMAX= parameter for procedures
          • LOCKTAB= parameter for procedures
          • LOGA= parameter for procedures
          • LOGT= parameter for procedures
          • LSO= parameter for procedures
          • LTE= parameter for procedures
          • LTERM= parameter for procedures
          • LUMC= parameter for procedures
          • LUMP= parameter for procedures
          • MACSYS= parameter for procedures
          • MAXCSA= parameter for procedures
          • MAXPST= parameter for procedures
          • MAXTHRD= parameter for procedures
          • MAXUSRS= parameter for procedures
          • MBR=name parameter for procedures
          • MCS=(x,y) parameter for procedures
          • MFSEXITF= parameter for procedures
          • MFSEXITS= parameter for procedures
          • MINTHRD= parameter for procedures
          • MNPS=name parameter for procedures
          • MNPSPW=name parameter for procedures
        • MOD= through ORSMBR= procedure parameters
          • MOD=module_name parameter for procedures
          • MON= parameter for procedures
          • MSC= parameter for procedures
          • MSDB=x parameter for procedures
          • MSG= parameter for procedures
          • NBA=nnnn parameter for procedures
          • NHTS= parameter for procedures
          • NLXB= parameter for procedures
          • NODE1= parameter for procedures
          • NODE2= parameter for procedures
          • OBA=nnnn parameter for procedures
          • ODBASE= parameter for procedures
          • ODBMCFG=xxx parameter for procedures
          • ODBMINIT=xxx parameter for procedures
          • ODBMNAME=odbm_address_space_name parameter for procedures
          • OMINIT= parameter for procedures
          • OMNAME= parameter for procedures
          • OPT= parameter for procedures
          • ORS= parameter for procedures
          • ORSMBR=xx parameter for procedures
        • OTHR= through PIMAX= procedure parameters
          • OTHR= parameter for procedures
          • OTMA= parameter for procedures
          • OTMAASY= parameter for procedures
          • OTMAMD= parameter for procedures
          • OTMANM=member_name parameter for procedures
          • OTMASE= parameter for procedures
          • OTMASP= parameter for procedures
          • OUT= parameter for procedures
          • OVLA= parameter for procedures
          • PAGES= parameter for procedures
          • PARDLI= parameter for procedures
          • PASSWD= parameter for procedures
          • PASSWD1= parameter for procedures
          • PC= parameter for procedures
          • PCB= parameter for procedures
          • PGPROT= parameter for procedures
          • PIINCR= parameter for procedures
          • PIMAX= parameter for procedures
        • PRDR= through QTU= procedure parameters
          • PRDR=name parameter for procedures
          • PREINIT=xx parameter for procedures
          • PREMSG= parameter for procedures
          • PRLD=xx parameter for procedures
          • PSB= parameter for procedures
          • PSBW= parameter for procedures
          • PST= parameter for procedures
          • PSWDC= parameter for procedures
          • PWFI= parameter for procedures
          • QBUF= parameter for procedures
          • QBUFHITH= parameter for procedures
          • QBUFLWTH= parameter for procedures
          • QBUFMAX= parameter for procedures
          • QBUFPCTX= parameter for procedures
          • QBUFSZ= parameter for procedures
          • QTL= parameter for procedures
          • QTU= parameter for procedures
        • RC= through RVFY= procedure parameters
          • RC= parameter for procedures
          • RCF= parameter for procedures
          • RCFTCB= parameter for procedures
          • RCLASS=identifier parameter for procedures
          • RDMNM=name parameter for procedures
          • RDS= parameter for procedures
          • READNUM= parameter for procedures
          • RECA= parameter for procedures
          • RECASZ= parameter for procedures
          • RES= parameter for procedures
          • REST=nn parameter for procedures
          • RGINIT= parameter for procedures
          • RGN= parameter for procedures
          • RGSUF=xxx parameter for procedures
          • RMINIT= parameter for procedures
          • RMNAME= parameter for procedures
          • RRS= parameter for procedures
          • RST= parameter for procedures
          • RVFY= parameter for procedures
        • SAV= through SUF= procedure parameters
          • SAV= parameter for procedures
          • SCEERUN= parameter for procedures
          • SCIINIT=xxx parameter for procedures
          • SCINAME=scimbrname parameter for procedures
          • SCOPE= parameter for procedures
          • SGN= parameter for procedures
          • SGNGENRC= parameter for procedures
          • SHAREDQ=xxx parameter for procedures
          • SHMSGSZ= parameter for procedures
          • SIMEXIT= parameter for procedures
          • SOD= parameter for procedures
          • SOUT= parameter for procedures
          • SPAP= parameter for procedures
          • SPIE= parameter for procedures
          • SPM=xx parameter for procedures
          • SRCH= parameter for procedures
          • SSM= parameter for procedures
          • STIMER= parameter for procedures
          • SUF=n parameter for procedures
        • SVC2= through TLIM= procedure parameters
          • SVC2= parameter for procedures
          • SVSODR= parameter for procedures
          • SWAP= parameter for procedures
          • SYS= parameter for procedures
          • SYSID= parameter for procedures
          • SYS1= parameter for procedures
          • SYS2= parameter for procedures
          • T= parameter for procedures
          • TCORACF= parameter for procedures
          • TEST= parameter for procedures
          • TLIM=nn parameter for procedures
        • TRACE= through YEAR4= procedure parameters
          • TRACE= parameter for procedures
          • TRN= parameter for procedures
          • TSR= parameter for procedures
          • UHASH= parameter for procedures
          • UHTS= parameter for procedures
          • USERMSGS= parameter for procedures
          • USERVAR=username parameter for procedures
          • VALCK= parameter for procedures
          • VAUT= parameter for procedures
          • VFREE= parameter for procedures
          • VSFX= parameter for procedures
          • VSPEC= parameter for procedures
          • WKAP= parameter for procedures
          • XPLINK= parameter for procedures
          • YEAR4= parameter for procedures
      • DD statements for IMS procedures
      • CQS startup procedure
      • CSLODBM procedure
      • CSLOM procedure
      • CSLRM procedure
      • CSLSCI procedure
      • CSLURLFL procedure
      • DBBBATCH procedure
      • DBC procedure
      • DBRC procedure
      • DCC procedure
      • DFSIASN0 procedure
      • DFSJBP procedure
      • DFSJMP procedure
      • DFSMPR procedure
      • DLIBATCH procedure
      • DLISAS procedure
      • DXRJPROC procedure
      • FDR procedure
      • FPUTIL procedure
      • IMS procedure
      • IMSBATCH procedure
      • IMSCOBGO procedure
      • IMSCOBOL procedure
      • IMSDALOC procedure
      • IMSFP procedure
      • IMSMSG procedure
      • IMSPLI procedure
      • IMSPLIGO procedure
      • IMSRDR procedure
      • RDIBATCH procedure
      • Repository Server procedure
    • Members of the IMS PROCLIB data set
      • BPE configuration parameter member of the IMS PROCLIB data set
      • BPE exit list members of the IMS PROCLIB data set
      • CQSIPxxx member of the IMS PROCLIB data set
      • CQSSLxxx member of the IMS PROCLIB data set
      • CQSSGxxx member of the IMS PROCLIB data set
      • CSLDCxxx member of the IMS PROCLIB data set
      • CSLDIxxx member of the IMS PROCLIB data set
      • CSLOIxxx member of the IMS PROCLIB data set
      • CSLRIxxx member of the IMS PROCLIB data set
      • CSLSIxxx member of the IMS PROCLIB data set
      • DBFMSDBx member of the IMS PROCLIB data set
      • DFS62DTx member of the IMS PROCLIB data set
      • DFSCGxxx member of the IMS PROCLIB data set
      • DFSDCxxx member of the IMS PROCLIB data set
      • DFSDFxxx member of the IMS PROCLIB data set
        • CATALOG and CATALOGxxxx sections of the DFSDFxxx member
        • COMMON_SERVICE_LAYER section of the DFSDFxxx member
        • DATABASE section of the DFSDFxxx member
        • DDL section of the DFSDFxxx member
        • DIAGNOSTICS_STATISTICS section of the DFSDFxxx member
        • DYNAMIC_RESOURCES section of the DFSDFxxx member
        • FASTPATH section of the DFSDFxxx member
        • LOGGER section of the DFSDFxxx member
        • MSC section of the DFSDFxxx member
        • OSAMxxx section of the DFSDFxxx member
        • QUEUE_MANAGER section of the DFSDFxxx member
        • REPOSITORY section of the DFSDFxxx member
        • SHARED_QUEUES section of the DFSDFxxx member
        • USER_EXITS section of the DFSDFxxx member
        • VSAMxxx section of the DFSDFxxx member
      • DFSDRFnn member of the IMS PROCLIB data set
      • DFSDSCMx member of the IMS PROCLIB data set
        • Common format of ETO descriptor statements
        • Logon descriptor format and parameters
        • MFS device descriptor format and parameters
        • MSC descriptor format and parameters
        • User descriptor syntax and parameters
      • DFSDSCTy member of the IMS PROCLIB data set
      • DFSFDRxx member of the IMS PROCLIB data set
      • DFSFIXnn member of the IMS PROCLIB data set
      • DFSHSBxx member of the IMS PROCLIB data set
      • DFSINTxx member of the IMS PROCLIB data set
      • DFSJVMAP member of the IMS PROCLIB data set
      • DFSJVMEV (JVM environment settings member)
      • DFSJVMMS member of the IMS PROCLIB data set
      • DFSMPLxx member of the IMS PROCLIB data set
      • DFSORSxx member of the IMS PROCLIB data set
      • DFSPBxxx member of the IMS PROCLIB data set
      • DFSSPMxx member of the IMS PROCLIB data set
      • DFSSQxxx member of the IMS PROCLIB data set
      • DFSVSMxx member of the IMS PROCLIB data set
        • Defining Fast Path DEDB buffer pools for single-area structures
        • Defining Fast Path DEDB buffer pools for multi-area structures
        • Defining VSAM buffer pools
        • Defining VSAM subpools
        • Defining VSAM performance options
        • Defining OSAM subpools
        • Requesting that z/OS dynamic allocation use extended storage
        • Specifying sequential buffering for an online system
        • Defining serviceability and trace options
        • Defining DL/I call image trace
        • Defining DASD logging initialization parameters
        • Defining IMS batch without dynamic allocation
        • Disabling the re-opening of databases after an IMS restart
        • Defining coupling facility structure names for sysplex data sharing
        • Using the coupling facility for OSAM data caching
        • Enabling the long busy handling function
        • Enabling the IRLM lock timeout function
        • Preventing transactions from being terminated when HALDB partitions are unavailable
        • Preventing DBRC calls for HALDB version verification
        • Resuming an online reorganization for HALDBs during IMS warm or emergency restart
        • Discarding preallocated SDEP control intervals
        • Preventing a /DBRECOVERY command for a database that has INDOUBT EEQEs
        • Removing the limit for the number of DFS3314W messages issued
      • DFSYDTx member of the IMS PROCLIB data set
        • OTMA client descriptor syntax and parameters
        • OTMA destination descriptor syntax and parameters
        • DFSOTMA descriptor syntax and parameters
      • DSPBIxxx member of the IMS PROCLIB data set
      • FRPCFG member of the IMS PROCLIB data set
      • HWSCFGxx member of the IMS PROCLIB data set
        • ADAPTER statement
        • DATASTORE statement
        • HWS statement
        • IMSPLEX statement
        • ISC statement
        • MSC statement
        • ODACCESS statement
        • RMTCICS statement
        • RMTIMSCON statement
        • TCPIP statement
        • IMS Connect configuration examples
    • Other control statements used in IMS environments
      • Sequential buffering control statements
      • High-speed sequential processing control statements
      • Set Index Maintenance Off (SETI) control statement
      • Database resource adapter startup table for CCTL regions
      • DFSDFSRT
      • IMS Installation Defaults module (DFSIDEF0)
• IMS administration
  • Communications and connections
    • Configuring external Java environment connections
      • IMS Universal drivers: configuring connections to IMS
        • Configuring WebSphere Application Server for EJB development with the IMS Universal drivers
        • IMS Universal drivers: WebSphere Application Server type-4 connections
          • Installing a type-4 IMS Universal Database resource adapter on WebSphere Application Server
          • Defining a connection factory for a type-4 IMS Universal Database resource adapter on WebSphere Application Server
          • Installing an EAR file that uses a type-4 IMS Universal Database resource adapter on WebSphere Application Server
        • IMS Universal drivers: WebSphere Application Server for z/OS type-2 connections
          • Installing a type-2 IMS Universal Database resource adapter on WebSphere Application Server for z/OS
          • Optional: set the WebSphere Application Server for z/OS classpath for applications that use a type-2 IMS Universal Database resource adapter
          • Defining a connection factory for a type-2 IMS Universal Database resource adapter on WebSphere Application Server for z/OS
          • Installing an EAR file that uses a type-2 IMS Universal Database resource adapter on WebSphere Application Server for z/OS
        • IMS Universal drivers: WebSphere Application Server Liberty type-4 connections
          • WebSphere Application Server Liberty type-4 connections sample server.xml configuration file
        • IMS Universal drivers: WebSphere Application Server Liberty type-2 connections
          • WebSphere Application Server Liberty type-2 connections sample server.xml configuration file
        • The IMS Universal drivers: CICS connections
          • Configuring CICS for the type-2 IMS Universal drivers
          • Running applications on CICS that use the type-2 IMS Universal drivers
    • CPI Communications and APPC/IMS
      • CPI Communications
        • CPI-C driven application programs
          • SAA resource recovery commit processing
          • Normal termination
          • Backout processing
          • Abnormal termination
          • Session failure
          • Return codes
          • System restart/resolve-in-doubt processing
          • CPI-C application program recovery
          • Programming requirements
          • Pseudonym files
        • RRS and distributed syncpoint/protected conversations
          • The two-phase commit protocol
          • Local-resource recovery versus distributed-resource recovery
          • IMS as a resource manager
        • Activating protected conversations
      • Administering APPC/IMS and LU 6.2 devices
        • APPC/IMS overview
        • APPC/IMS flood control
        • APPC/IMS application program interface
        • APPC/IMS application programs
          • Standard IMS application programs
          • MSC and standard IMS application programs
          • Modified IMS application programs
          • MSC and modified IMS application programs
          • CPI Communications driven application programs
          • Using the MOD name and LTERM interface
        • Establishing APPC/IMS
          • TP_Profile
          • APPC/MVS Administration utility (ATBSDFMU) example
          • Outbound LU specification
          • Outbound side information
          • PARMLIB member
          • APPC/MVS Timeout Service
          • APPC/MVS Error Extract Service
        • Initializing and changing LU 6.2 descriptors
        • Using MSC in an APPC/IMS environment
        • Recovering APPC transactions in an MSC environment
          • Recoverable versus nonrecoverable transactions
          • Local APPC transaction discardability versus nondiscardability
          • Transaction processing point of failure
            • Recovering transactions after an LU 6.2 session failure
            • Recovering transactions after an MSC link failure
            • Recovering transactions after a local IMS failure
            • Recovering transactions after a remote IMS failure
            • Recovering transactions after an intermediate IMS failure
            • Recovering transactions after an application program failure
          • Recoverability flows of LU 6.2 transactions
        • Transaction retry characteristics
        • Qualifying network LU names
        • Managing multiple LUs for a single IMS system
        • Reassigning an LU to another IMS system
        • DFSAPPC system service
          • Message switching
          • Asynchronous output delivery
        • APPC transaction security
    • Extended Terminal Option (ETO)
      • Overview of the Extended Terminal Option
        • ETO terminology
          • ETO descriptors
        • ETO concepts
          • Descriptors and exit routines
          • How descriptors are created and used
          • Summary of ETO implementation
      • Administering the Extended Terminal Option
        • Planning for ETO
          • Identifying your requirements
          • ETO restrictions
          • Defining physical terminals
            • Planning for both static and dynamic terminals
            • Defining terminals for growth
          • Identifying VTAM device types, screen sizes, and models
            • Defining device types
            • LU2 and non-SNA 3270 screen size and model information
              • LU2 screen-size and model information
              • Non-SNA 3270 screen-size and model information
              • Screen definition examples
          • Planning a high-security environment with ETO
          • Planning for MFS
          • Planning user IDs
          • Planning user queue names
          • Planning operations
          • Planning for MSC support with ETO
        • Coding ETO descriptors
          • Creating descriptors using the system definition process
          • Storing descriptors
          • Creating logon descriptors
            • Creating logon descriptors during system definition
            • Criteria for selecting logon descriptors
            • Criteria for selecting a default logon descriptor
            • Using NTO, 3600/Finance terminals
            • Recovering ETO terminals using XRF
          • Creating user descriptors
            • Creating user descriptors during system definition
            • Criteria for selecting user descriptors
            • Using installation-created user descriptors
            • Using node user descriptors
            • Using DFSUSER user descriptors
          • Creating MFS device descriptors
            • Building the device characteristics table
            • Using the MFSDCT utility (DFSUTB00)
          • Creating MSC descriptors
        • Exit routines
        • Starting ETO
        • Logging onto ETO terminals
          • Limiting dynamic logon to specific terminal types
          • Creating and reusing LTERM control blocks
          • Using default CINIT or BIND user data formats
        • Signing on and queue LTERM allocation
          • Providing signon data
          • Providing signon data for ISC, SLU-P, Finance, and output-only devices
          • Signing on multiple times
          • Receiving DFS3649A, the signon required message
          • Receiving DFS3650I, the session status message
          • ETO terminal-LTERM relationship
          • How IMS determines which queues to allocate
          • Setting special processing modes
        • Printers with ETO
          • Direct printing
          • Associated printing
            • Identifying printer node names
            • Coding the Signon exit routine for associated printing
          • Defining your printers
          • Sharing printers using ETO
        • Operator commands
        • System definition parameters for ETO
          • Setting DEADQ status time with the DLQT parameter
          • Autosignoff (ASOT)
          • Autologoff (ALOT)
          • Autosignoff and autologoff timer
          • Autologon
        • Assigning output
          • Asynchronous output
            • Asynchronous output to a valid destination
            • Asynchronous output to an invalid destination
          • Delivering output messages to non-originating terminals
          • Inadvertent output data streams
        • Signing off
        • Logging off
        • Improving performance by deleting ETO control blocks
        • IDC0 Trace facility
        • ETO and LU 6.1 (ISC) terminals
        • ETO and STSN terminals
          • SNA STSN terminal considerations
          • ETO and 3600/Finance and SLU P
          • /SIGN support for ETO STSN devices: ISC, Finance, and SLU P
        • Conversation mode and response mode with ETO
    • External subsystem attach facilities
      • DB2 Attach Facility
        • Preparing your system to use the DB2 Attach Facility
        • Managing how your Java dependent regions access Db2 for z/OS
      • External Subsystem Attach Facility (ESAF)
        • What the external subsystem must provide
        • How external subsystems are specified to IMS
        • The basics of attach processing
          • Subsystem connections
            • Establishing connections
            • User authorization processing
            • Application threads
            • Terminating connections
            • Inquiry parameter processing
          • Application call processing
          • Resource coordination
          • External subsystem command support
          • IMS services available to the ESAP
      • Creating the external subsystem module table
        • DFSEMODL macro
        • DFSEWAL macro
      • IMS External Subsystem Attach Facility processing
        • Loading the External Subsystem Attachment Package
          • Creating the EEVT control block
          • Loading external subsystem modules
          • Creating work areas for the ESAP
        • Initiating the external subsystem connection
          • Deferring the control region identify
          • Using the IMS Subsystem Startup Service
          • Establishing dependent region connections
          • Notify message
        • Application program request support
          • Language interface definition
          • Language interface entry points unique to external subsystems
          • Accessing multiple external subsystems
        • Resource recovery token
        • Terminating the external subsystem connection
          • Termination requested by the external subsystem
          • Dependent region connections
          • Explanation of stopped status
    • IMS Connect and TCP/IP communications
      • Overview of IMS Connect
        • IMS Connect client support
          • IMS Connect support for access to IMS DB
            • Connection routing for IMS Connect clients that connect to IMS DB
          • IMS Connect support for the IMS TM Resource Adapter
          • IMS Connect support for command requests to Operations Manager (OM)
        • IMS Connect support for ISC TCP/IP communications
        • IMS Connect support for IMS-to-IMS TCP/IP communications
          • MSC and IMS-to-IMS TCP/IP communications
            • IMS Connect, MSC, and TCP/IP generic resources
          • OTMA and IMS-to-IMS TCP/IP communications
            • IMS Connect, OTMA super member, and IMS-to-IMS TCP/IP connections
            • Automatic reconnection attempts for OTMA connections
        • Overview of IMS Connect XML Conversion Support
        • IMS Connect support for z/OS Sysplex Distributor
        • Overview of IMS Connect security
        • Overview of defining and invoking IMS Connect
      • Overview of IMS Connect exit routines
        • Overview of user message exit routines
          • Security and the IMS Connect user message exit routines
          • User-defined messages
        • Overview of function-specific exit routines
        • Macros that support IMS Connect exit routines
        • Exit interface blocks
          • XIB exit interface block for connections to IMS TM
            • Format of the XIB exit interface block
          • XIBDS exit interface block for IMS TM data store information
            • Format of XIBDS exit interface block
          • XIB1 exit interface block for connections to IMS DB
            • Format of the XIB1 exit interface block
          • XIBOD exit interface block for ODBM and IMS DB data store information
            • Format of XIBOD exit interface block
      • IMS Connect support for IMSplex and shared queues
        • IMS Connect support for IMSplex
        • IMSplex support environment
        • Installing IMS Connect support for IMSplex
        • Retrieving ALTPCB output in a shared queues environment
      • IMS Connect security support
        • IMS Connect support for RACF
          • Enabling generic return codes or message for RACF verifications
          • Enabling RACF security checking in IMS Connect
          • Enabling RACF security statistics for IMS Connect
          • IMS Connect default RACF user ID
          • IMS Connect RACF user ID cache
        • IMS Connect security for clients of IMS DB
        • Passing network security credentials through IMS Connect
        • Securing IMS-to-IMS TCP/IP connections
        • IMS Connect security exit routine
        • IMS Connect security and the OTMARTUX user exit
        • HWSSMPL0 and HWSSMPL1 security actions
          • IMS Connect responses to errors on RACROUTE calls from the sample exits
        • IMS Connect password management
          • Changing RACF passwords by using client messages
          • Changing RACF password phrases by using client messages
          • Enabling mixed-case password support
          • IMS Connect support for RACF PassTicket
            • RACF PassTicket for IMS Connect client connections to IMS TM
            • RACF PassTicket for IMS Connect client connections to IMS DB
            • RACF PassTicket for IMS Connect Client connections to IMS OM
            • PassTicket replay protection considerations
        • Trusted-user support for IMS Connect messages
        • Specifying an OTMA ACEE aging value in the IMS Connect configuration member
      • IMS Connect support for callout requests
        • Configuring user-written IMS Connect clients for synchronous callout requests
          • Format of synchronous callout messages
          • Retrieving synchronous callout requests with RESUME TPIPE
            • RESUME TPIPE error scenarios
          • Acknowledging receipt of synchronous callout messages
            • Coding a NAK message to discard the callout message and end RESUME TPIPE call
            • Coding a NAK message to discard a message, but keep a connection
            • Coding a NAK message to retain message, but end RESUME TPIPE call
          • Returning callout responses to IMS
          • Returning an error response to IMS
      • IMS Connect XML message conversion
        • IMS Connect XML converters
        • Structure of the XML message
        • Message conversion example
      • IMS Connect message structures
        • IRM structures for IMS Connect client messages
          • Format of fixed portion of IRM in messages sent to IMS Connect
          • Format of user portion of IRM for HWSSMPL0, HWSSMPL1, and user-written message exit routines
          • Format of IRM extensions
          • Output structure from client exit
          • Other IMS Connect structures
            • BPE header format
        • Message structures and IMS Connect user message exit routines
          • Input messages from client
          • Output message to client
          • Message structures
            • Input message from client and passed to message exit
            • Input message returned from message exit
            • Output message passed to message exit
            • Output message from message exit to client
              • Format of the request mod message
              • Format of the returned client ID message
              • Format of the complete status message
              • Format of the request status message
              • Format of the PING response
              • Format of the correlation token for synchronous callout messages from IMS applications
              • Format of the callout control data in the message
              • Format of the returned network security segments
              • Format of the return OpenTelemetry context data
        • Examples of message structures in a simple interaction
      • OTMA header fields used by IMS Connect
        • OTMA message-control fields used by IMS Connect
        • OTMA state data fields used by IMS Connect
        • OTMA security data fields used by IMS Connect
        • OTMA user data fields used by IMS Connect
        • Notes to OTMA header tables
      • IMS Connect protocols
        • Transaction restrictions and limitations
        • Commit mode and synchronization level definitions
        • IMS Connect protocol level
        • IMS Connect conversational support
          • OTMA conversational protocols
            • Send-then-commit, sync level=none
            • Send-then-commit, sync level=confirm
          • IMS Connect conversational protocols
            • Send-then-commit, sync level=none, transaction terminated from the program
            • Send-then-commit, sync level=none, transaction terminated from the client
            • Send-then-commit, sync level=confirm, ACK response
            • Send-then-commit, sync level=confirm, NAK response
        • Purging undeliverable commit-then-send output
          • Specifying the purge function for undeliverable commit-then-send output
          • When IMS purges undeliverable commit-then-send output
            • The purge function, multiple-message output, and NAKs
        • Rerouting commit-then-send output
          • Specifying the reroute function for commit-then-send output
          • Specifying a destination for rerouted output
          • When IMS reroutes commit-then-send output
            • The reroute function, multiple-message output, and NAK responses
        • Recoverable IMS transactions
        • Send-only protocol
          • Send-only with acknowledgment protocol
          • Send-only with error protocol
          • Send-only protocol with serial delivery protocol
          • Send-only protocol for synchronous callout responses
        • Socket connections
          • Persistent sockets
          • Transaction sockets
          • Non-persistent sockets
          • Setting socket types for IMS TM clients
          • Socket connections for IMS-to-IMS TCP/IP communications
          • Socket processing for transactions
          • Managing the number of sockets
            • Limits on the number of sockets set
            • Reserving send sockets for IMS-to-IMS communication
            • Socket number warnings
          • Resolving duplicate client IDs
          • IMS Connect override for the z/OS TCP/IP KeepAlive interval
          • TCP/IP failures
        • IMS Connect timeout specifications
          • Timeout specifications for IMS DB clients
          • Timeout specifications for IMS TM clients
            • Timeout specifications on input messages
              • Timer interval specifications
              • Canceling a message timer
            • Timeout intervals for IMS Connect acknowledgments to OTMA
          • Timeout specifications for IMS-to-IMS connections
        • IMS Connect transaction expiration support
          • Setting a transaction expiration time with IMS Connect
        • Retrieval of output on OTMA tpipe hold queues
          • RESUME TPIPE/receive protocol
            • Examples flows for the RESUME TPIPE protocol
          • Implementing asynchronous output support
            • Enabling end user asynchronous output requests
          • Retrieving output with parallel RESUME TPIPE requests
            • Specifying the IMS Connect default for parallel RESUME TPIPE request support
            • Specifying support for parallel RESUME TPIPE requests for a data store connection
            • Implementing parallel RESUME TPIPE requests
            • Resolving problems with parallel RESUME TPIPE requests
          • Managing the retrieval of output messages
            • Single message control
            • Single with wait message control
            • Noauto message control
            • Nooption message control
            • Auto message control
            • Execution time out during RESUME TPIPE call processing with auto message control option
            • Values for asynchronous output processing
          • Retrieving output from alternate OTMA tpipe hold queues
          • Defining groups for shared asynchronous output
          • Asynchronous output message flow
        • IMS Connect client call flows
        • IMS Connect dead letter queue (HWS$DLQ)
        • Ping support for IMS Connect
      • IMS Connect two-phase commit support
        • Overview of two-phase commit protocol
        • Distributed two-phase commit support
        • Support for the IMS Universal drivers
          • Global (XA) transactions with the IMS Universal drivers
          • One-phase commit global transactions with the IMS Universal drivers
        • Support for the IMS TM Resource Adapter
          • Global (XA) transactions with IMS TM Resource Adapter
            • Cascading global transactions from IMS TM Resource Adapter to IMS systems on different z/OS images
          • One-phase commit global transactions with IMS TM Resource Adapter
      • Unicode considerations for IMS Connect
        • Message translation
      • TCP/IP settings for IMS Connect
    • IMS VTAM network administration
      • Introduction to the IMS Transaction Manager network
        • IMS TM network overview
        • IMS Transaction Manager services
        • The Data Communication Control (DCCTL) environment
        • Operating an IMS network
        • The shared-queues environment
          • Benefits of using shared queues
          • Required components of a shared-queues environment
          • Overview of the Common Queue Server
        • Balancing sessions with generic resources
        • IMSplex terminal management
          • Benefits of managing resources with a resource structure
          • Shared TM resources
          • Resource name uniqueness
          • Resource type consistency
        • Fast Path expedited message handler
      • Planning the network
        • Planning for network administration
        • Documenting network and terminal requirements
        • IMS terminal network
          • Terminal connections to IMS
          • Logical terminals (LTERMs)
          • APPC/IMS and LU 6.2 terminal support
          • IMS messages and their scheduling
          • Message flow within the IMS online system
          • Conversational transactions
          • Message switches
        • Designing logical terminal networks
          • Logical-terminal chains
          • Logical-terminal queues
          • Separating input and output devices
          • Logical and physical terminal relationships
          • Master terminal
          • Master terminals in an XRF complex
          • NTO terminals
        • Resource modes and states
          • Terminal and user operating modes
          • Terminal and user states
          • Resource status recovery
            • Resource status classification
            • Status recovery mode for end-user significant status
            • Recoverability of specific resource types
            • Fast Path recovery
            • Status recovery of TM resources
        • Planning for security
          • Authorizing transactions in a TM network
            • Using RACF to secure transactions
            • Using the Transaction Authorization exit routine (DFSCTRN0)
          • Authorizing commands in a TM network
            • Using RACF to secure commands
            • Using the command authorization exit routine (DFSCCMD0)
          • Transaction command security
          • Password security
          • Security for APPC/IMS
          • Security for ETO
        • Planning for Fast Path terminals
        • Planning for Rapid Network Reconnect (RNR)
          • Specifying levels of support
            • Changing levels of support
          • Persistent Session Tracking
            • Termination of Persistent Session Tracking
          • IMS shutdown and RNR
          • Using RNR with VGR
          • Terminal reconnect protocols
          • Signon security
      • Defining the network
        • Preparing for the operational network
        • Coordinating IMS definition and network definition
          • Using IMS as a host subsystem
          • Defining VTAM nodes
          • Estimating VTAM storage requirements
          • Determining VTAM buffer pool values
          • Determining the NCP buffer pool values
          • Determining static and dynamic terminal signon requirements
          • Checking requirements for LOGON MODE tables
          • Specifying initial VTAM configurations
          • Using SON/COS support in IMS
        • Starting an IMS network
          • Session initiation
        • IMS transaction types and transaction states
          • Determining transaction states
        • Defining VTAM for Rapid Network Reconnect (RNR)
          • Defining the level of persistent support
          • Defining the level of RNR support
      • Editing and formatting IMS messages
        • Message Format Service
          • MFS components
          • Administering MFS
          • Advantages to using MFS
          • MFS control blocks
        • Creating MFS formats with SDF II
        • Basic edit
        • IMS editing for Intersystem Communication (ISC)
        • Transparency option
        • Unprotected screen option
        • Bypassing MFS editing
          • Locking and unlocking the terminal keyboard
        • IMS sensitivity to nongraphic message data
          • Output message segment editing
          • Editing of input message segments by MFS
          • Editing of input message segments by basic edit
        • Controlling output devices
        • Small buffer devices
        • Controlling output
          • Using a printer component
          • Spooled output control
          • Using printer components of the IBM 3270 Information Display System
          • Specifying candidate printers
          • Operational considerations
          • Sharing printers between systems
    • Intersystem Communication (ISC)
      • Overview of Intersystem Communication
        • Comparison of ISC and MSC
        • IMS facilities available to ISC
        • Sample system configurations
        • ISC support for TCP/IP
        • ISC between IMS and CICS
          • Terminal device-dependent data
          • Passing CICS data to IMS
      • VTAM facilities used for ISC connections
        • VTAM commands and indicators
        • Using the VTAM application programming interface
        • Specifying logon modes when establishing a connection
        • Design considerations for secondary logical units
      • IMS facilities affected by ISC
        • Editing messages
        • Issuing IMS commands from an ISC session
        • Effects on parallel sessions
        • Using IMS test mode for ISC VTAM sessions
        • IMS control block storage on ISC parallel sessions
        • Relationship of ISC and IMS execution modes
          • External specification of execution modes
          • Internal definition of execution mode
          • Resultant processing mode during ISC VTAM communications
          • LTERM users (subpools) and components
      • Designing communications using the ISC protocol
        • Determining output protocols
        • Accessing existing application programs with ISC
          • Accessing programs that use MFS
          • Accessing programs that do not use MFS
          • Routing messages
            • FM headers for message routing
            • IMS use of routing parameters
            • Routing examples
              • Example 1. IMS-to-IMS message switch routing
              • Example 2. IMS-to-IMS application routing
              • Example 3. IMS-to-other-subsystem message switch routing
              • Example 4. IMS-terminal-to-IMS-terminal message switch routing
              • Example 5. IMS-terminal-to-other-terminal message switch routing
              • Example 6. IMS-to-IMS message switch routing with MFS
              • Example 7. IMS-to-IMS application routing with MFS
            • Routing messages through MSC to an ISC LTERM
          • Considerations for IMS-to-IMS ISC sessions
        • Statically defining an ISC node to IMS
        • Choosing parameters: system design considerations
          • COMM macro statement
          • NAME macro
          • SUBPOOL macro
          • TERMINAL macro
        • System definition summary
      • ISC protocols for VTAM connections
        • Operating the network
          • Making IMS ready
          • Starting an IMS network for ISC
          • Shutting down an IMS network for ISC
        • Controlling the session (session control protocols)
          • Initiating an ISC VTAM session
          • Binding the session
            • Negotiable versus nonnegotiable BIND
            • Binding single or parallel sessions
            • Resolving a bind race
        • Resynchronizing sessions
          • Designing restart resynchronization procedures
            • Maintaining sequence numbers
            • Recovering sessions with cold start
            • Controlling unilateral decisions about pending work units
            • Recovering from in-bracket failures
            • Response or conversational output available at restart
            • Session failures without IMS failure
            • Session failures because of IMS failure
            • Recoverability of commands and execution modes
            • Coordinating the restart process
          • Determining session synchronism using STSN
          • Performing the resynchronization
        • Completing session initiation
        • Running the session
        • Terminating an ISC VTAM session
        • Using STSN to resynchronize sessions
          • Primary-to-secondary flow matrix
          • Secondary-to-primary flow matrix
        • STSN command format
        • Handling IMS response mode or conversational output errors
          • Response mode errors
          • Conversational mode errors
        • Normal conversation termination extension with ISC
        • Keeping half sessions synchronized
          • Sync points requested on input to IMS
          • Sync points requested on output by IMS
          • Sync point and response requirements
            • Recoverable messages
            • Irrecoverable messages
          • Sync-point indicators on messages
            • Requests on IMS input messages
            • Requests on IMS output messages
        • Data flow control protocol reference
          • BID protocol
          • Bracket and half-duplex protocol
            • Bracket protocol for IMS input
            • Bracket protocol for IMS output
          • CANCEL protocol
          • Chaining protocol
          • CHASE protocol
          • ERP purging
            • Resulting DFC state after sender ERP purge
            • Resulting DFC state after selective receiver ERP purge
          • LUSTATUS protocol
          • Paged messages ERP
          • Ready-to-receive protocol
          • RSHUT protocol
          • Selective receiver ERP
            • Selective receiver ERP sense codes supported
            • X'0864xxxx': function abort
            • X'0865xxxx': function abort
            • X'0866xxxx': function abort
            • Receiver-detected errors during data flow reset state
          • Sender ERP
            • Sender ERP sense codes
            • Sender-detected errors on nonpaged messages
          • Sense codes that IMS receives
          • Sense codes that IMS sends
          • SIGNAL protocol
          • Symmetrical session shutdown for LU 6.1 (SBI and BIS)
        • Function management headers
          • Using FM headers to invoke ISC edit
          • Initiating a process: ATTACH FM header
          • Error recovery procedure FM header
          • Resetting the active process: RAP FM header
          • Requesting asynchronous transaction processing: SCHEDULER FM header
          • System message process (SYSMSG) and related FM headers
      • Using MFS with ISC
        • Activating MFS input formatting
        • Activating MFS output formatting for ISC
        • MFS Distributed Presentation Management (DPM) messages
        • MFS page delete function
        • MFS online error detection
        • The ATTACH and SCHEDULER FM headers under MFS
        • Data descriptor FM headers
          • Input data descriptor FM header
          • Output data descriptor FM header
        • Controlling demand-paged messages: QMODEL FM headers
        • Request (input) QMODEL FM headers
          • QGETN FM header
          • QGET FM header
          • QPURGE FM header
        • Reply (output) QMODEL FM headers
          • QXFR FM header
          • QSTATUS FM header
        • The RAP FM header under MFS
      • FM header format reference
        • ATTACH FM header format
          • ATTIU
          • ATTDSP
          • ATTDBA
          • ATTDPN
          • ATTPRN
          • ATTRDPN and ATTRPRN
          • ATTDQN and ATTDP
          • ATTACC
        • Data descriptor FM header formats
        • Error recovery procedure (ERP) FM header
        • QMODEL FM headers
          • QGET FM header format
          • QGETN FM header format
          • QPURGE FM header format
          • QSTATUS FM header format
          • QXFR FM header format
        • Reset attached process (RAP) FM header format
        • SCHEDULER FM header format
        • SYSMSG process headers
      • Examples using ISC edit ATTACH parameters
        • ATTACH and SCHEDULER parameters with ISC edit
        • ATTACH parameters with the IMS SYSMSG process
        • ATTACH and SCHEDULER parameters with IMS MFS
      • How IMS and CICS use the ISC interface
        • Functions available to the ISC session
          • Overview of CICS synchronous and asynchronous processing for ISC
          • Functions available to an ISC TCP/IP session
          • Functions available to an ISC VTAM session
        • ISC communication with CICS over TCP/IP
          • Overview of ISC TCP/IP support
          • Requirements of ISC TCP/IP support
          • Restrictions for ISC TCP/IP support
          • Security for ISC TCP/IP connections
          • Setting up an ISC TCP/IP connection with CICS
            • Defining terminals for ISC TCP/IP connections
              • Defining dynamic terminals for ISC TCP/IP sessions
              • Configuring statically defined LU 6.1 ISC terminals to use TCP/IP
              • Falling back from TCP/IP to VTAM for static ISC TCP/IP terminals
            • Defining IMS Connect support for ISC TCP/IP links
            • Defining an ISC TCP/IP link in CICS
          • Starting a session with CICS on an ISC TCP/IP link
            • Starting a parallel session on an ISC TCP/IP link from IMS
            • Starting a parallel session on an ISC TCP/IP link from CICS
          • Terminating an ISC TCP/IP session
            • Terminating an ISC TCP/IP session in an orderly manner
            • Terminating an ISC TCP/IP session unconditionally
            • Abnormal termination of an ISC TCP/IP session
          • Restarting an ISC TCP/IP session
          • CICS front-end transaction types supported by ISC over TCP/IP
        • General flow of CICS EXEC commands within a CICS application
          • CICS to IMS using SEND/RECEIVE EXEC commands
          • CICS to IMS using the SEND LAST EXEC command
          • IMS to CICS using the RECEIVE EXEC command
        • Coding asynchronous messages
          • CICS to IMS using the START/RETRIEVE EXEC commands
          • IMS to CICS using the RETRIEVE EXEC command
        • Commands that should not be used on an ISC session
        • Selecting appropriate CICS installation options for ISC
        • Coding CICS system definition options
        • Preparing CICS resource definition
        • Defining IMS-CICS LU 6.1 links
        • Defining compatible IMS and CICS nodes
          • System names
          • Number of sessions
          • Session names
          • Other session parameters
        • Defining multiple links to an IMS system
        • Defining CICS transactions for IMS-CICS ISC
          • Defining CICS backout in-doubt processing
          • Defining CICS transactions for asynchronous communication to IMS
          • Initiating and allocating a session from CICS
          • Other ways of initiating a session
          • Terminating a session from CICS
          • Designing CICS applications for ISC
        • Application-related concepts
          • Subsystem design: direct-control versus queued
          • Synchronous and asynchronous processing on ISC VTAM links
          • Principal and alternate facility
          • CICS versus IMS conversation mode
          • Sending IMS commands from CICS
          • Sync points
        • Coding function management headers for CICS
          • ATTACH function management header
            • ATTDPN
            • ATTPRN
            • ATTRDPN
            • ATTRPRN
            • ATTDQN and ATTDP
            • ATTIU
            • ATTDSP
            • ATTDBA
            • ATTACC
          • SCHEDULER function management header
            • SCDDPN
            • SCDPRN
            • SCDRDPN
            • SCDRPRN
            • SCDDQN and SCDDP
          • Queue model function management headers
          • Data descriptor function management header
          • System message process (SYSMSG) function management header
          • Error recovery procedure function management header
        • Recovery and restart concepts
          • Logical unit of work
          • Recovering outstanding message traffic after a failure
            • Reestablishing the session
            • Resynchronizing the session
            • Processing outstanding traffic
        • Handling transaction abends
        • Coding CICS applications for restart
      • ISC data flow control examples
        • Non-MFS bracket and half-duplex protocol examples
        • MFS bracket and half-duplex protocol examples
          • MFS output examples
          • MFS input examples
        • SBI/BIS examples
        • Signal protocol example
      • ISC error recovery procedure examples
        • Sender-detected error examples
        • Receiver-detected error examples
      • Sample program for IMS-CICS ISC
        • Installation procedure
        • IMS sample program (DFSISC00)
        • Job control statements for the sample program
        • IMS system definition statements
        • MFS formats
        • Program specification block (PSB) generation for the sample program
        • Application control block (ACB) generation
    • Multiple Systems Coupling (MSC)
      • Overview of Multiple Systems Coupling
        • Multiple Systems Coupling concepts
          • MSC physical links
          • MSC logical links
          • MSC logical link paths
        • The MSC network and routing
          • Remote and local systems
          • Flow of data within multiple systems
          • Message routing
          • Routing path
          • Logical destinations
          • Input, destination, and intermediate systems
          • System identifiers (SYSIDs)
          • Routing messages with the destination name and SYSIDs
          • Remote LTERMs
          • Multiple Systems Coupling (MSC) directed routing
          • Remote destination verification
      • Administering Multiple Systems Coupling
        • Design considerations for multiple systems
          • Minimizing resource consumption
          • Controlling the bandwidth of MSC links
          • Balancing resource demand
        • Planning for conversational processing
          • Routing exit routines with conversations
          • Remote destination verification for conversations
          • Saving truncated data in the SPA
          • Conversation termination
          • Abnormal conversation termination
        • Defining Multiple Systems Coupling resources
          • Enabling MSC in an IMS system
            • Enabling DRD for MSC
            • Enabling the IMSRSC repository for MSC resources
            • Enabling MSC with the MSC= execution parameter
            • Enabling MSC during system definition
            • Defining a SYSID
          • Disabling MSC with the MSC= execution parameter
          • Local system definitions
          • Defining partner systems
          • Defining the physical link
            • Buffer sizes for physical links
            • Defining a CTC physical link
            • Defining an MTM physical link
            • Defining a TCP/IP physical link
            • Defining a VTAM physical link
          • Defining the logical link
          • Defining a logical path
          • Setting link priorities for remote transactions
          • Serial transaction processing in an MSC network
          • Specifying exit routines
            • Routing messages with DFSMSCE0
            • Managing error messages with DFSCMUX0
          • How network definition is affected by multiple systems
        • Verifying transaction definitions across systems
          • Using the multiple systems verification utility
          • Verifying the system definition status online
        • Security considerations for MSC
        • Operations for Multiple Systems Coupling
        • MSC link statistics
          • Benchmark link activity
          • Determine your optimum MSC link type
          • Reset statistics regularly at system checkpoint
          • Adjust link buffer sizes to the size of the messages
          • Adjust logical link capacity for MSC bandwidth mode
          • Determining optimum MSC link buffer sizes
            • Determining MSC link buffer sizes for bandwidth mode
            • Determining MSC link buffer sizes for non-bandwidth mode
          • Use high-value link statistics to help diagnose MSC link problems
        • Monitoring and tuning multiple systems
          • Coordinating performance information
          • Reports generated by the IMS Monitor for MSC
          • Extracting multiple-system transaction statistics
          • Controlling the log merge
          • Interpreting the Transaction Analysis report
        • MSC and IMSplexes with shared queues
          • Message routing across MSC and IMSplex environments
            • How messages are routed in an MSC network
            • How messages are routed in an IMSplex with shared queues
            • Message routing when an IMSplex and MSC network coexist
            • Processing affinities in an IMSplex
          • Migrating from an MSC network to an IMSplex network
            • MSC link definitions in an IMSplex
            • Sharing MSNAME definitions and SYSIDs in an IMSplex
            • MSNAME duplication in an IMSplex with shared queues
            • Deleting MSNAME definitions from the SYSID tables in an IMSplex
            • Removing MSPLINK and MSLINK definitions when an MSC to IMSplex migration is complete
            • Managing SYSIDs when MSC and IMSplexes coexist
            • Cloning MSC SYSIDs in an IMSplex
            • IMSIDs when IMSplexes and MSC coexist
          • Managing remote transactions for APPC and OTMA when MSC and IMSplexes coexist
            • Remote processing of APPC and OTMA messages in an MSC network
            • Back-end processing of APPC or OTMA transaction messages in an IMSplex with shared queues
            • Enabling back-end processing of APPC and OTMA messages using a remote transaction
            • Sending a transaction to an MSC system outside of an IMSplex
          • Avoiding pseudoabend U0830
        • MSC TCP/IP generic resources
          • Managing MSC links in a TCP/IP generic resource group
          • Persistence of MSC link affinity in a TCP/IP generic resource group
          • Clearing MSC link affinity in a TCP/IP generic resource group
          • Clearing MSC link affinity in IMS Connect
          • XRF, MSC, and TCP/IP generic resources
        • VTAM Generic Resources (VGR) and MSC
        • TM and MSC Message Routing and Control user exit routine overview
          • The IMSplex affinity routing option of the DFSMSCE0 exit routine
        • Using the IMSRSC repository with MSC
          • IMSRSC repository definitions and MSC
          • How SIDR and SIDL values for remote trans and descriptors are stored
          • Maintaining MSC resources in the IMSRSC repository
          • Creating or updating MSC resources in the repository
          • Updating transactions from remote to local by using the repository
          • Updating transactions from local to remote by using the repository
    • ODBA and DRA connections
      • Accessing IMS databases with CICS
        • Coding considerations for PSBs
        • Using sequential buffering
        • CICS connected to DL/I
        • Configuring CICS CCTL connections to IMS DBCTL systems
          • CICS tasks
      • Accessing IMS databases through the ODBA interface
        • Creating the ODBA DRA start-up table
        • Loading and running the ODBA and DRA modules in the z/OS application region
        • Binding application programs
        • Establishing and defining security
          • RAS security
          • Defining APSB security
    • Open Transaction Manager Access (OTMA)
      • Introduction to OTMA
        • What is OTMA?
          • Capabilities of OTMA
          • Benefits of using OTMA
          • Advantages of the OTMA protocol
        • How IMS messages flow in an OTMA environment
          • Basic OTMA message flow
          • OTMA IMS-to-IMS TCP/IP communications flow
          • Sample commit-then-send transaction processing flows
        • Using transaction pipes with OTMA
          • Differences in transaction pipes
          • Message flow using transaction pipes
          • OTMA fast transaction pipe checkpoint cleanup (FASTTPCU)
      • Enabling and using OTMA
        • Enabling OTMA
          • Summary of the OTMA configuration parameters
          • Defining the XCF group name
          • Defining the OTMA XCF member name
          • Defining when OTMA starts up
          • Defining the level of OTMA security checking
          • OTMA tpipe support for parallel processing of multiple active RESUME TPIPE requests
            • Enabling parallel processing of RESUME TPIPE requests
            • OTMA super members and parallel RESUME TPIPE support
              • Enabling or changing MULTIRTP support in an OTMA super member
          • Specifying synchronized tpipes for IBM MQ
          • Enabling OTMAYPRX member name override for OTMA clients
          • Specifying asynchronous delivery of program-to-program switch output messages
        • OTMA descriptors
          • OTMA client descriptors
          • OTMA destination descriptors
            • Defining OTMA destination descriptors
            • Masking names of OTMA destination descriptors
          • DFSOTMA descriptor
          • Changing the limits on OTMA descriptors
        • OTMA support for IMS-to-IMS communications
          • Super member support for IMS-to-IMS communications
          • Specifying a remote transaction code
          • Format of messages sent to a remote IMS system
        • OTMA-supported exit routines
          • Using the OTMAYPRX user exit and DFSYDRU0 exit routine to determine destination
        • Administering IMS for OTMA
          • IMS conversations and OTMA
          • MSC and OTMA transactions
          • Fast Path and OTMA transactions
          • IMS restart processing and OTMA
          • IMS Queue Control Facility and OTMA
          • Using shared queues with OTMA
            • OTMA commit-then-send messages
            • OTMA unsolicited messages
            • OTMA send-then-commit messages
            • Retrieving ALTPCB output from a back-end IMS system
            • Delivering ALTPCB output without RESUME TPIPE calls for IMS Connect
        • IMS termination and OTMA
          • OTMA client notification of IMS termination
          • IMS termination and IMS-to-IMS TCP/IP messages
        • OTMA restrictions and requirements
        • Managing system resources and OTMA
          • Administering OTMA tmembers
          • Buffer pool usage for OTMA
          • Collecting OTMA checkpoint statistics
          • Dependent region occupancy and OTMA
          • Displaying the current transaction workload
          • Impact of OTMA message TIBs on storage
          • IMS message queue data set size and OTMA
          • Message flood detection
          • Monitoring tpipe usage
          • Monitoring system resources with OTMA
          • OTMA ACEE flood control
          • Removing idle tpipes
          • Specifying acknowledgment timeout intervals for OTMA messages
            • Specifying an acknowledgment timeout interval at the OTMA client level
            • Specifying an acknowledgement timeout on CM1 transaction messages
          • Specifying an expiration time for transactions to OTMA
            • Specifying OTMA transaction expiration time in STCK format
            • Specifying OTMA transaction expiration time in seconds
          • Specifying the number of SAPs IMS allocates for OTMA input messages
          • Terminating conversational transactions in OTMA
        • OTMA security
          • RACF security levels for OTMA
          • Specifying OTMA security
            • Specifying OTMA security during system definition
            • Modifying OTMA security online
            • Refreshing RACF ACEEs for OTMA
            • Security specifications in OTMA message prefixes
            • RACF security classes used by OTMA
            • Distributed network security credential support and OTMA
          • Securing messages on the asynchronous hold queue
            • Securing asynchronous hold queues by using RACF
            • Securing asynchronous hold queues by using the OTMA Resume TPIPE Security user exit (OTMARTUX)
          • Security for OTMA IMS-to-IMS TCP/IP connections
          • General OTMA security considerations
        • Using DL/I calls in an OTMA environment
        • OTMA program-to-program switch processing
          • OTMA single-stream program switch
          • OTMA program switch without ISRT to I/O PCB
          • OTMA program switch with express PCB
          • OTMA program switch to multiple programs
          • OTMA program switch for protected transactions
          • Other OTMA program switch considerations
      • The OTMA client
        • What is an OTMA client?
        • OTMA naming conventions
        • Messages sent by OTMA clients
        • Sending type-1 commands from an OTMA client
        • OTMA commit processing
          • Summary of OTMA commit processing
          • Sample OTMA commit processing flows
            • Commit-then-send flow
            • Send-then-commit flow
            • Send-then-commit flow with confirm
          • Sample OTMA message flows
            • Client-bid message flow
            • Server-available flow
            • Commit-then-send transaction flow
        • Protecting transactions with OTMA
          • Initiating protected transactions from an OTMA client
          • Processing protected transactions in IMS
        • Client/server resynchronization with OTMA
          • Assumptions for OTMA resynchronization
          • Recoverable OTMA transactions
          • Unrecoverable OTMA transactions
          • Summary results of IMS transactions and commands
        • OTMA resynchronization protocol
          • Sample OTMA resynchronization message flow
          • Sample OTMA resynchronization messages
        • Managing commit-then-send output
          • Purging commit-then-send asynchronous output
            • Purging NAKed output
          • Rerouting commit-then-send asynchronous output
            • Rerouting asynchronous output for send-only transactions
            • Rerouting NAKed output
          • Timeout for acknowledgments of commit-then-send output
          • Sharing asynchronous commit-then-send output: the OTMA super member function
          • Displaying output on the asynchronous hold queue
      • OTMA support for callout requests
        • Callout requests from IMS application programs
        • Synchronous callout requests
        • Synchronous program switch requests
        • Asynchronous callout request
          • Implementing the asynchronous callout function
            • Planning for correlation of asynchronous callout responses
            • Application programming for asynchronous callout requests
            • OTMA routing of asynchronous callout requests
            • Initiating asynchronous callout requests from an IMS Connect TCP/IP client
          • IMS TM Resource Adapter and asynchronous callout requests
          • SOAP Gateway and asynchronous callout requests
          • IBM MQ and asynchronous callout requests
          • IMS application programs and the asynchronous callout function
            • Avoiding hung application programs and terminals with asynchronous callout requests
            • Correlating responses to asynchronous callout requests
              • Correlating a response to an asynchronous callout request
              • Routing asynchronous callout request responses to the inputting terminal
              • Routing asynchronous callout responses to an IMS Connect TCP/IP client
        • Callout and OTMA parallel processing of RESUME TPIPE requests
      • OTMA message prefix
        • Message-control information section
          • Explanation of OTMA message-control information fields
        • State data section
          • Server-Available and Client-Bid commands
          • SRVresynch command
          • REQresynch command
          • REPresynch command
          • TBresynch command
          • Transaction and callout messages
          • Server state protocol command
          • Resume output for Tpipe
          • Resume output for all Tpipes protocol command format
          • Resume output for the hold queue for tpipe
          • Cancel resume output for tpipe hold queue request
          • No messages on tpipe hold queue
        • Security data section
          • Explanation of OTMA security data fields
        • User data section
          • Explanation of OTMA user data fields
        • Application data section
        • Sample OTMA messages
      • OTMA Callable Interface
        • OTMA C/I initialization
        • OTMA C/I security
        • OTMA C/I restrictions
        • Timing out OTMA C/I sessions after otma_send_receive API calls for CM1 transactions
      • OTMA architected transaction attributes
      • OTMA transaction orchestration using asynchronous callout
    • SLU P and Finance Communication
      • Overview of SLU P and Finance Communication
        • The IMS-SLU P network
        • System configuration
        • SLU P and Finance workstations
        • System controller application program
        • Writing the controller application program with MFS and XRF
          • Considerations for controller application programs for XRF systems
        • Converting controller application programs from Finance to SLU P
        • VTAM facilities used
        • VTAM commands and indicators used with SLU P
          • Request-recovery command
          • Change-direction indicator
        • Establishing connection and specifying logon modes
        • Establishing connection with the XRF complex
        • Bracket and send/receive management
      • IMS facilities used for SLU P and Finance
        • Component definition
          • LTERM naming
          • Output component selection
          • Input component determination
        • Terminal-response mode
        • Defining a workstation for terminal-response mode
        • Output messages sent while in a between-brackets state
        • Designing for output messages sent while in between-brackets state
        • IMS Message Format Service
          • Designing MFS for the workstation environment
          • MID/MOD chaining
          • MFS output formatting for the SLU P system
          • MFS message recovery
          • MFS control functions (Finance)
          • MFS control functions (SLU P)
          • MFS paging and BID options
        • Display screen protection for finance stations
        • Extended output component protection (SLU P)
        • Input and output editing options (SLU P)
        • Use of responses or brackets to acknowledge recoverable input
        • Message recovery
        • Message resynchronization
        • Finance and SLU P in an XRF complex
        • Fast Path messages with Finance and SLU P
          • Fast Path output messages (Finance)
          • Fast Path output messages (SLU P)
          • Fast Path message resynchronization
      • Network operation for SLU P and Finance
        • Starting an IMS network
        • Making IMS ready
        • Session initiation (starting workstations)
          • Session-initiation transmission sequence
          • Controller application program involvement in message resynchronization
          • Design considerations
          • Sequence number management
          • Set-and-Test-Sequence-Numbers (STSN)
        • Suspending output from IMS
        • Session termination
          • Orderly termination
          • Immediate termination
        • Shutting down an IMS network (SLU P)
        • SLU P messages
        • Send/receive and bracket protocol
      • SLU P message protocols
        • General format of input function management headers (Finance)
        • Input message descriptor byte (Finance)
        • General format of input function management headers (SLU P)
          • Input message descriptor bytes (SLU P)
          • Input component identification (SLU P)
          • Input bracketing protocol
          • Activating MFS input formatting for Finance workstations
        • Output messages
        • MFS Distributed Presentation Management output (SLU P)
        • General format of output function management headers (Finance)
          • Output message descriptor byte (Finance)
          • Output component ID byte (Finance)
          • MFS data bytes (Finance)
        • General format of output function management headers (SLU P)
          • Output message descriptor bytes (SLU P)
          • MFS data bytes (SLU P)
          • Output bracketing protocol
          • Activating MFS output formatting for SLU P
          • Response requests (Finance)
          • Response requests (SLU P)
        • Input response requirements
        • Output response requirements
        • IMS transaction types
          • Recoverable-inquiry transactions
          • Irrecoverable-inquiry transactions
          • Verifying IMS receipt of irrecoverable messages
          • IMS message switches
          • IMS commands
          • VTAM commands and indicators
          • MFS control requests
        • Error handling
          • IMS-detected errors
            • System sense field (SSENSE)
            • User sense field (USENSE)
          • Controller or station-detected errors
            • System sense field
            • User sense field
          • VTAM logical unit status (LUSTATUS) command
          • VTAM ready-to-receive (RTR) command
          • VTAM CANCEL command
          • VTAM request-recovery command
  • Database administration
    • General database concepts, standards, and procedures
      • Introduction to IMS databases
        • Information roadmap for database creation
        • Database administration overview
          • DL/I
          • CICS
          • DBCTL and DCCTL
        • Open Database Access (ODBA)
        • Database administration tasks
        • Database concepts and terminology
          • How data is stored in a database
            • Root segment
            • Parent and child segment
            • Segment type and occurrence
            • Relationship between segments
          • The hierarchy in a database record
            • Numbering sequence in a hierarchy: top to bottom
            • Numbering sequence in a hierarchy: movement and position
            • Numbering sequence in a hierarchy: level
          • Types of IMS databases
          • The database record
          • The segment
            • Segment code
            • Delete byte
            • Pointer and counter area
            • The data portion
            • The three data portion field types
        • Overview of optional database functions
        • How databases are defined to IMS
        • How application programs view the database
      • Standards, procedures, and naming conventions for IMS databases
        • Standards and procedures for database systems
        • General naming conventions for IMS databases
          • General rules for establishing naming conventions
          • Naming conventions for HALDB partitions, ddnames, and data sets
            • Naming convention for HALDB partitions
            • Naming convention for HALDB data definition names (ddnames)
            • Naming convention for HALDB data set names
      • Review process for database development
        • The design review
          • Role of the database administrator in design reviews
          • General information about reviews
        • Design review 1
        • Design review 2
        • Design review 3
        • Design review 4
        • Code inspection 1
          • Who attends code inspection 1
        • Code inspection 2
        • Security inspections
        • Post-implementation reviews
      • Database security
        • Restricting the scope of data access
        • Restricting processing authority
        • Restricting access by non-IMS programs
          • Protecting data with VSAM passwords
          • Encrypting your database
        • Security for IMS DDL
        • Using a dictionary to help establish security
    • IMS catalog
      • Overview of the IMS catalog
      • Backup and recovery of the IMS catalog
        • Backup methods for the IMS catalog
        • Recovering the IMS catalog when IMS manages ACBs
          • Recovering the IMS catalog from ACBLIB when IMS manages ACBs
          • Recovering the IMS catalog from image copies when IMS manages ACBs
      • Cleaning up the IMS directory data sets
      • Maintaining the IMS catalog
      • Removing DBD and PSB instances from the IMS catalog
      • Using HALDB utilities with an unregistered IMS catalog
      • Format of records in the IMS catalog database
        • HEADER segment format
        • DBD record segment formats
          • AREA segment type format
          • AREARMK segment type format
          • CAPXDBD segment type format
          • CAPXSEGM segment type format
          • CASE segment type format
          • CASERMK segment type format
          • CFLD segment type format
          • CFLDRMK segment type format
          • CMAR segment type format
          • CMARRMK segment type format
          • CPROP segment type format
          • DBD segment type format
          • DBDRMK segment type format
          • DBDVEND segment type format
          • DSET segment type format
          • DSETRMK segment type format
          • FLD segment type format
          • FLDRMK segment type format
          • LCH2IDX segment type format
          • LCHILD segment type format
          • LCHRMK segment type format
          • MAP segment type format
          • MAPRMK segment type format
          • MAR segment type format
          • MARRMK segment type format
          • PROP segment type format
          • SEGM segment type format
          • SEGMRMK segment type format
          • XDFLD segment type format
          • XDFLDRMK segment type format
        • PSB record segment formats
          • DBDXREF segment type format
          • PCB segment type format
          • PCBRMK segment type format
          • PSB segment type format
          • PSBVEND segment type format
          • PSBRMK segment type format
          • SF segment type format
          • SFRMK segment type format
          • SS segment type format
          • SSRMK segment type format
      • IMS catalog secondary index
      • IMS catalog activity records
    • Database types and functions
      • Summary of IMS database types and functions
      • Full-function database types
        • Sequential storage method
        • Direct storage method
        • Databases supported with DBCTL
        • Databases supported with DCCTL
        • Performance considerations overview
        • Nonrecoverable full-function databases
        • HSAM databases
          • When to use HSAM
          • How an HSAM record is stored
          • DL/I calls against an HSAM database
            • No sequence field defined
            • Sequence field defined
        • HISAM databases
          • Criteria for selecting HISAM
          • How a HISAM record is stored
          • Accessing segments
          • Inserting root segments using VSAM
            • A free logical record exists
            • No free logical record exists
          • Inserting dependent segments
          • Deleting segments
          • Replacing segments
        • SHSAM, SHISAM, and GSAM databases
          • SHSAM databases
          • SHISAM databases
            • SHISAM IMS symbolic checkpoint call
          • GSAM databases
            • GSAM IMS symbolic checkpoint call
        • HDAM, PHDAM, HIDAM, and PHIDAM databases
          • Maximum sizes of HD databases
          • DL/I calls that can be issued against HD databases
          • When to use HDAM and PHDAM
          • When to use HIDAM and PHIDAM
          • Pointers in HD databases
            • Types of pointers you can specify
            • Hierarchical forward pointers
            • Hierarchical forward and backward pointers
            • Physical child first pointers
            • Physical child first and last pointers
            • Physical twin forward pointers
            • Physical twin forward and backward pointers
            • Mixing pointers
            • Sequence of pointers in a segment's prefix
          • General format of HD databases and use of special fields
            • Bitmaps
            • Free space element anchor point (FSEAP)
            • Free space element (FSE)
            • Anchor point area
          • How HDAM and PHDAM records are stored
          • When not enough root storage room exists
          • How HIDAM and PHIDAM records are stored
            • How a HIDAM or PHIDAM database is loaded
            • Creating an index segment
            • Use of RAPs in a HIDAM database
          • Accessing segments
            • Qualified calls
            • Unqualified calls
          • Inserting root segments
            • Inserting root segments into an HDAM or PHDAM database
            • Inserting root segments into a HIDAM or PHIDAM database
            • Updating the space management fields when a root segment is inserted
          • Inserting dependent segments
          • Deleting segments
          • Replacing segments
          • How the HD space search algorithm works
            • Root segment
            • Dependent segment
            • Second-most desirable block
          • Locking protocols
            • Locking to provide program isolation
            • Locking for Q command codes
            • Resource locking considerations with block level sharing
            • Data sharing impact on locking
            • Locking in HDAM, PHDAM, HIDAM, and PHIDAM databases
            • Locking for secondary indexes
          • Backup and recovery of HIDAM and PHIDAM primary indexes
        • Partitions in PHDAM, PHIDAM, and PSINDEX databases
          • HALDB partition names and numbers
            • HALDB partition names
            • HALDB partition ID numbers
            • HALDB change version numbers
            • HALDB partition reorganization numbers
          • HALDB partition initialization
          • HALDB partition data sets
            • Number of data sets in a HALDB partition
            • Indirect list data sets and HALDB partitions
            • HALDB partition data sets and recovery
          • HALDB partition selection
            • Partition selection using high keys
            • Partition selection using a partition selection exit routine
          • How application programs process HALDB partitioned databases
            • HALDB selective partition processing
              • Logical relationships and selective partition processing
              • Secondary indexes and selective partition processing
              • Partition selection when processing is restricted to a single partition
                • Examples of single partition processing
                • Examples of single partition processing of a PSINDEX
              • Partition selection when processing is restricted to a range of partitions
                • Examples of selectively processing a range of partitions
              • Parallel partition processing
          • IMS utilities supported by HALDB
        • Database I/O error management
      • Fast Path database types
        • Data entry databases
          • DEDB functions
          • DEDB areas
            • Areas and the DEDB format
            • Opening and preopening DEDB areas
              • Reopening DEDB areas during an emergency restart
            • Stopping DEDBs and DEDB areas
            • Starting DEDBs and DEDB areas
            • Restarting and reopening areas after an IRLM failure
            • Read and write errors in DEDB areas
              • Read error
              • Write error
            • Record deactivation
            • Non-recovery option
            • Area data set replication
            • DEDBs and data sharing
          • Fixed- and variable-length segments in DEDBs
            • Examples of defining segments
          • Parts of a DEDB area
            • Root addressable part
            • Independent overflow part
            • Sequential dependent part
            • CI and segment formats
          • Root segment storage
          • Direct dependent segment storage
          • Sequential dependent segment storage
          • Enqueue level of segment CIs
          • DEDB space search algorithm
          • DEDB insert algorithm
          • DEDB free space algorithm
            • Reorganization
            • Segment deletion
          • Managing unusable space with IMS tools
          • DL/I calls against a DEDB
          • Mixed mode processing
        • Main storage databases (MSDBs)
          • When to use an MSDB
          • MSDBs storage
          • MSDB record storage
          • Saving MSDBs for restart
          • DL/I calls against an MSDB
          • Rules for using an SSA
          • Insertion and deletion of segments
          • Combination of binary and direct access methods
          • Position in an MSDB
          • The field call
          • Call sequence results
        • Fast Path Virtual Storage Option
          • Restrictions for using VSO DEDB areas
          • Defining a VSO DEDB area
            • VSO DEDB areas and the PREOPEN and NOPREO keywords
          • Sharing of VSO DEDB areas
            • The coupling facility and shared storage
            • Duplexing structures
            • Automatic altering of structure size
            • System-managed rebuild
            • Private buffer pools
            • Authorizing connections to DEDB VSO structures
          • Defining a VSO DEDB cache structure name
            • Coupling facility structure naming convention
            • Examples of defining coupling facility structures
            • Registering a cache structure name with DBRC
            • Defining a private buffer pool using the DFSVSMxx IMS.PROCLIB member
            • Defining a private buffer pool for a multi-area structure
          • Acquiring and accessing data spaces for VSO DEDB areas
            • Acquiring a data space
            • Accessing a data space
          • Resource control and locking
          • Preopen areas and VSO areas in a data sharing environment
          • Input and output processing with VSO
            • Input processing
            • Output processing
            • The PRELOAD option
            • I/O error processing
              • Write errors
              • Read errors
          • Castout thresholds for CIs in VSO areas
          • Checkpoint processing
          • VSO options across IMS restart
          • Emergency restart processing
          • VSO options with XRF
        • Fast Path synchronization points
          • Phase 1 - build log record
          • Phase 2 - write record to system log
        • Managing I/O errors and long wait times
        • Registering Fast Path databases in DBRC
      • Creating logical relationships
        • Secondary indexes versus logical relationships
        • Logical relationship types
        • Logical relationship pointer types
        • Paths in logical relationships
        • The logical child segment
        • Segment prefix information for logical relationships
        • Intersection data
        • Recursive structures: same database logical relationships
        • Defining sequence fields for logical relationships
        • PSBs, PCBs, and DBDs in logical relationships
        • Specifying logical relationships in the physical DBD
          • Specifying bidirectional logical relationships
          • Checklist of rules for defining logical relationships in physical databases
            • Logical child rules
            • Logical parent rules
            • Physical parent rules
        • Specifying logical relationships in the logical DBD
          • Checklist of rules for defining logical databases
        • Choosing replace, insert, and delete rules for logical relationships
        • Insert, delete, and replace rules for logical relationships
          • Specifying rules in the physical DBD
          • Insert rules
            • The logical child insert call
            • Status codes that can be issued after an ISRT call
            • Insert rules summary
          • Replace rules
            • The replace call
            • Replace rule status codes
            • Replace rules summary
            • Physical replace rule example
            • Logical replace rule example
            • Virtual replace rule example
          • Delete rules
            • Logical parent delete rules
            • Physical parent (virtual pairing only) delete rules
            • Logical child delete rules
            • Examples using the delete rules
            • Accessibility of deleted segments
            • Possibility of abnormal termination
            • Avoiding abnormal termination
            • Detecting physical delete rule violations
            • Treating the physical delete rule as logical
            • Inserting physically and logically deleted segments
            • Delete rules summary
          • Using the DLET call
            • Physical and logical deletion
            • Deleting concatenated segments
            • The third access path
            • Issuing the delete call
            • Status codes
            • DASD space release
          • The segment delete byte
            • Bits in the delete byte
            • Bits in the prefix descriptor byte
          • Insert, delete, and replace rules summary
            • Insert rules for physical parent segment A
            • Delete rules for physical parent segment A
            • Replace rules for physical parent segment A
            • Insert rules for logical parent segment B
            • Delete rules for logical parent segment B
            • Replace rules for logical parent segment B
            • Insert rules for real logical child segment B
            • Delete rules for real logical child segment B
            • Replace rules for real logical child segment B
        • Logical relationships and HALDB databases
        • Performance considerations for logical relationships
      • Creating secondary indexes
        • The purpose of secondary indexes
        • Characteristics of secondary indexes
        • Segments used for secondary indexes
        • How secondary indexes restructure the hierarchy of databases
          • How secondary indexes restructure the hierarchy of full-function databases
          • How secondary indexes restructure the hierarchy of DEDB databases
        • How a secondary index is stored
        • Format and use of fields in a pointer segment
          • Fields in the HISAM secondary index pointer
          • Fields in the SHISAM secondary index pointer
        • Making keys unique using system related fields
        • How sparse indexing suppresses index entries
          • Specifying a sparse index
        • How the secondary index is maintained
        • Processing a secondary index as a separate database
        • Sharing secondary index databases
        • INDICES= parameter
        • Using secondary indexes with logical relationships
        • Using secondary indexes with variable-length segments
        • Considerations when using secondary indexing
        • Example of defining secondary indexes
        • DEDB partitioned secondary indexes
        • Multiple index entries for Fast Path secondary indexes
        • Considerations for HALDB partitioned secondary indexes
      • Database versioning
        • Database versioning overview
        • IMS catalog support for database versioning
        • Database modifications supported by database versioning
        • Database versioning, existing free space, and new fields
        • System default for database versioning
        • Implementing database versioning
        • Logical relationships, secondary indexes, and database versioning
      • Optional database functions
        • Variable-length segments
          • How to specify variable-length segments
          • How variable-length segments are stored and processed
          • When to use variable-length segments
          • What application programmers need to know about variable-length segments
        • Segment Edit/Compression exit routine
          • Considerations for using the Segment Edit/Compression exit routine
            • Preventing split segments from impacting performance
          • Specifying the Segment Edit/Compression exit routine
        • Data Capture exit routines
          • DBD parameters for Data Capture exit routines
          • Call sequence of Data Capture exit routines
          • Data passed to and captured by the Data Capture exit routine
          • Data Capture call functions
          • Cascade delete when crossing logical relationships
          • Data Capture exit routines and logically related databases
          • Suppressing a Data Capture exit routine
        • Field-level sensitivity
          • How to specify use of field-level sensitivity in the DBD and PSB
          • Retrieving segments using field-level sensitivity
          • Replacing segments using field-level sensitivity
          • Inserting segments using field-level sensitivity
          • Using field-level sensitivity when fields overlap
          • Using field-level sensitivity when path calls are issued
          • Using field-level sensitivity with logical relationships
          • Using field-level sensitivity with variable-length segments
            • Retrieving missing fields
            • Replacing missing fields
            • Inserting missing fields
            • Retrieving partially present fields
            • Replacing partially present fields
          • General considerations for using field-level sensitivity
        • Multiple data set groups
          • When to use multiple data set groups
          • HD databases using multiple data set groups
            • How HD records are stored in multiple data set groups
            • Specifying use of multiple data set groups in HD and PHD databases
        • VSAM KSDS CI reclaim for full-function databases
    • Database design and implementation
      • Analyzing data requirements
        • Local view of a business process
        • Designing a conceptual data structure
        • Implementing a data structure with DL/I
          • Assigning data elements to segments
          • Resolving data conflicts
            • Analyzing requirements for secondary indexes
            • Analyzing requirements for logical relationships
      • Designing full-function databases
        • Specifying free space (HDAM, PHDAM, HIDAM, and PHIDAM only)
        • Estimating the size of the root addressable area (HDAM or PHDAM only)
        • Determining which randomizing module to use (HDAM and PHDAM only)
        • Choosing HDAM or PHDAM options
        • Choosing a logical record length for a HISAM database
        • Choosing a logical record length for HD databases
        • Determining the size of CIs and blocks
        • Recommendations for specifying sizes for blocks, CIs, and records
        • Number of open full-function database data sets
        • Buffering options
          • Multiple buffers in virtual storage
          • Subpool buffer use chain
          • The buffer handler
          • Background write option
          • Shared resource pools
          • Using separate subpools
          • Hiperspace buffering
          • Buffer size
          • Number of buffers
          • VSAM buffer sizes
          • OSAM buffer sizes
          • Specifying buffers
        • OSAM sequential buffering
          • Sequential buffering introduction
          • Benefits of sequential buffering
          • Flexibility of SB use
          • How SB buffers data
          • Virtual storage considerations for SB
          • How to request the use of SB
            • Requesting SB during PSB generation
            • Requesting SB with SB control statements
            • Requesting SB with an SB Initialization exit routine
            • SB options or parameters provided by several sources
            • Using SB in an online system
            • Disallowing the use of SB
        • VSAM options
          • Optional functions specified in the POOLID, DBD, and VSRBF control statements
          • Optional functions specified in the Access Method Services DEFINE CLUSTER command
            • Specifying that 'fuzzy' image copies can be taken with the database image copy 2 utility (DFSUDMT0)
            • Specifying free space for a KSDS (FREESPACE parameter)
            • Specifying whether data set space is pre-formatted for initial load
        • OSAM options
        • Dump option (DUMP parameter)
        • Planning for maintenance
      • Designing Fast Path databases
        • Design guidelines for DEDBs
          • DEDB design guidelines
          • DEDB area design guidelines
          • Determining the size of the CI
          • Determining the size of the UOW
          • SDEP CI preallocation and reporting
          • Automatic management of Fast Path DEDB SDEP buffers
          • Processing option P (PROCOPT=P)
          • DEDB randomizing routine design
          • Multiple copies of an area data set
          • Record deactivation
          • Physical child last pointers
          • Subset pointers
        • Designing a main storage database (MSDB)
          • Calculating virtual storage requirements for an MSDB
            • Considerations for MSDB buffers
            • Calculating the storage for an application I/O area
          • Understanding resource allocation, a key to performance
          • Designing to minimize resource contention
          • Choosing MSDBs to load and page-fix
          • Auxiliary storage requirements for an MSDB
        • High-speed sequential processing (HSSP)
          • Benefits of the HSSP function
          • Limitations and restrictions when using HSSP
          • Using HSSP
          • HSSP processing option H (PROCOPT=H)
          • Image-copy option
          • UOW locking
          • Private buffer pools
        • Designing a DEDB or MSDB buffer pool
          • Fast Path buffer uses
          • Fast Path 64-bit buffer manager
          • Normal buffer allocation (NBA)
          • Overflow buffer allocation (OBA)
          • Fast Path buffer allocation algorithm
          • Fast Path buffer allocation when the DBFX parameter is used
          • Determining the Fast Path buffer pool size
          • Fast Path buffer performance considerations
          • The NBA limit and sync point
          • The DBFX value and the low activity environment
        • Designing a DEDB buffer pool in the DBCTL environment
          • Fast Path buffer uses in a DBCTL environment
          • Normal buffer allocation for BMPs in a DBCTL environment
          • Normal buffer allocation for CCTL regions and threads
          • Overflow buffer allocation for BMPs
          • Overflow buffer allocation for CCTL threads
          • Fast Path buffer allocation algorithm for BMPs
          • Fast Path buffer allocation algorithm for CCTL threads
          • Fast Path buffer allocation in DBCTL environments
          • Determining the size of the Fast Path buffer pool for DBCTL
          • Fast Path buffer performance considerations for DBCTL
          • The NBA/FPB limit and sync point in a DBCTL environment
          • Low activity and the DBFX value in a DBCTL environment
          • Fast Path buffer allocation in IMS regions
      • Implementing database design
        • Using DDL to define databases and program views
          • DDL for IMS
          • Automation options for DDL CREATE statements
          • Preventing unauthorized DDL
          • Submitting DDL through the IMS Explorer for Development
          • Activating DDL-defined resources with the IMPORT DEFN command
          • Submitting DDL through the SQL Batch utility
          • Defining databases with DDL
            • High-level procedure for defining databases with DDL
            • Creating IMS databases
              • Creating databases best practices
              • Creating full-function databases
              • Creating HALDB databases
                • Defining partitions
              • Creating Fast Path databases
              • Creating GSAM databases
              • Dropping databases
            • Creating IMS table spaces
              • Creating table spaces for full-function databases
              • Creating table spaces for HALDB databases
              • Creating table spaces for DEDB databases
            • Creating IMS tables
              • Creating tables for HALDB databases
              • Creating tables for DEDB databases
              • Creating tables for GSAM databases
            • Creating IMS indexes
            • Creating IMS logical relationships
            • Altering IMS databases
              • Altering a full-function database
              • Altering a Fast Path database
              • Changing the data set access method
            • Altering IMS table spaces
              • Creating a table space
              • Dropping a table space
            • Altering IMS tables
              • Creating a table
              • Dropping a table
              • Adding a column
              • Altering a column
              • Dropping a column
            • Altering IMS indexes
            • Altering IMS logical relationships
              • Adding a logically related database
          • Defining program views with DDL
            • High-level procedure for defining program views with DDL
            • Including a schema in a program view
            • Including segment sensitivity in a program view
            • Including field sensitivity in a program view
            • Dropping program views
            • Altering a schema in a program view
            • Altering segment sensitivity in a program view
            • Altering field sensitivity in a program view
            • Altering processing options
        • Using the IMS generation utilities to design IMS databases
          • Coding database descriptions as input for the DBDGEN utility
            • DBD statement overview
            • DATASET statement overview
            • AREA statement overview
            • SEGM statement overview
            • FIELD statement overview
            • DFSMARSH statement overview
            • LCHILD statement overview
            • XDFLD statement overview
            • DFSMAP statement overview
            • DFSCASE statement overview
            • DBDGEN and END statements overview
          • Coding program specification blocks as input to the PSBGEN utility
            • The alternate PCB statement
            • The database PCB statement
            • The SENSEG statement
            • The SENFLD statement
            • The PSBGEN statement
            • The END statement
          • Building the application control blocks (ACBGEN)
          • Defining DBD and PSB metadata to the generation utilities
            • Specifying data types for application programs
            • Defining arrays in DBD source statements
              • Defining a static array to IMS
              • Defining a dynamic array to IMS
            • Defining a data structure in DBD source statements
            • Redefining fields
            • Defining alternative field maps for a segment
        • Implementing HALDB design
          • Creating HALDB databases with the HALDB Partition Definition utility
          • Allocating an ILDS
        • Defining generated program specification blocks for SQL applications
        • Introducing databases into online systems
          • Adding databases dynamically to an online IMS system
          • Adding MSDB databases dynamically to an online IMS system
        • Provision a Fast Path DEDB database with z/OSMF
      • Developing test databases
        • Test requirements
        • Disabling DBRC security for the RECON data set in test environments
        • Designing, creating, and loading a test database
          • Using testing standards
          • Using IBM programs to develop a test database
            • IMS Application Development Facility II
            • File Manager for z/OS for IMS Data
            • Using the DL/I test program, DFSDDLT0
    • Database administrative tasks
      • Loading databases
        • Estimating the minimum size of the database
          • Step 1. Calculate the size of an average database record
            • Determining segment size
            • Determining segment frequency
            • Determining average database record size
          • Step 2. Determine overhead needed for CI resources
          • Step 3. Determine the number of CIs or blocks needed
            • Secondary index: determining the amount of space needed
          • Step 4. Determine the number of blocks or CIs needed for free space
          • Step 5. Determine the amount of space needed for bitmaps
        • Allocating database data sets
          • Using OSAM as the access method
          • Allocating OSAM data sets
            • Allocating single-volume OSAM data sets
            • Allocating multivolume OSAM data sets
              • Allocating multivolume OSAM data sets on non-SMS-managed DASD
              • Allocating multivolume OSAM data sets on SMS-managed DASD
            • Allocating an OSAM large format sequential data set
          • Using VSAM as the access method
        • Writing a load program
          • Status codes for load programs
          • Using SSAs in a load program
          • Loading a sequence of segments with the D command code
          • Two types of initial load program
            • Basic initial load program
            • Restartable initial load program
          • JCL for the initial load program
          • Loading a HISAM database
          • Loading a SHISAM database
          • Loading a GSAM database
          • Loading an HDAM or a PHDAM database
          • Loading a HIDAM or a PHIDAM database
          • Loading a database with logical relationships or secondary indexes
        • Loading Fast Path databases
          • Loading an MSDB
          • Loading a DEDB
          • Loading sequential dependent segments
        • Loading HALDBs that have secondary indexes
      • Database backup and recovery
        • Database failures
          • Database write errors
          • Database read errors
        • Database quiesce
        • Making database backup copies
          • Image copies and the IMS image copy utilities
            • Concurrent image copies
            • Non-concurrent image copies
            • Fast replication image copies
            • Recovery after image copy
          • HSSP image copies
          • Creating image copy data sets for future use
          • Recovery period of image copy data sets
            • Example 1: recovery period of image copy data sets
            • Example 2: recovery period of image copy data sets
            • Example 3: recovery period of image copy data sets
            • Example 4: recovery period of image copy data sets
            • Example 5: recovery period of image copy data sets
            • Other recovery period considerations
          • Reusing image copy data sets
          • HISAM copies (DFSURUL0 and DFSURRL0)
          • Nonstandard image copy data sets
            • Recovery from a batch nonstandard image copy
            • Recovery from a concurrent nonstandard image copy
          • Frequency and retention for backup copies
        • Recovery of databases
          • Recovery and data sets
          • Planning your database recovery strategy
            • Using database change accumulation input for recovery
            • Using log data sets for recovery
          • Supervising recovery using DBRC
            • Denial of authorization for recovery utility
          • Overview of recovery of databases
          • Example: recovering a HIDAM database in a non-data-sharing environment
          • Recovering a PHIDAM database in a non-data-sharing environment
          • Recovering a PHIDAM database in a data sharing environment
          • Example: recovering a single HALDB partition in a non-data-sharing environment
          • Example: recovering a HIDAM database in a data-sharing environment
          • Concurrent image copy recovery
          • HSSP image copy recovery
          • DL/I I/O errors and recovery
            • DEDB full condition
            • Continued database authorization
            • I/O error retry
          • Correcting bad pointers
      • Database backout
        • Dynamic backout
          • Dynamic backouts and commit points
          • Dynamic backout in batch
        • Database batch backout
          • When to use the Batch Backout utility
          • System failure during backout
        • DL/I I/O errors during backout
          • Errors during dynamic backout
          • Recovering from errors during dynamic backout
          • Errors during batch backout
          • Errors on log during batch backout
          • Errors during emergency restart backout
      • Monitoring databases
        • IMS Monitor
        • IMS Monitor user exit
        • Monitoring Fast Path systems
          • Fast Path log analysis utility
            • Fast Path log reduction
            • Fast Path transaction timings
            • Monitored events for Fast Path
            • Selecting transactions
          • Interpreting Fast Path analysis reports
      • Tuning databases
        • Reorganizing the database
          • When you should reorganize a database
          • Reorganizing databases offline
          • Protecting your database during an offline reorganization
          • Reorganization utilities
            • Partial offline reorganization
            • Offline reorganization using UCF
            • Offline reorganization by using the reorganization utilities
            • HISAM Reorganization Unload utility (DFSURUL0)
            • HISAM Reorganization Reload utility (DFSURRL0)
            • HD Reorganization Unload utility (DFSURGU0)
            • HD Reorganization Reload utility (DFSURGL0)
            • Database Prereorganization utility (DFSURPR0)
            • Database Scan utility (DFSURGS0)
            • Database Prefix Resolution utility (DFSURG10)
            • Database Prefix Update utility (DFSURGP0)
            • Using HISAM unload and reload utilities for secondary indexing operations
            • Utility Control Facility (DFSUCF00)
            • Database Surveyor utility (DFSPRSUR)
            • Partial Database Reorganization utility (DFSPRCT1)
          • Reorganizing HISAM, HD, and index databases offline
            • Reorganizing a HISAM database (no secondary indexes)
            • Reorganizing an HDAM or HIDAM database (no logical relationships or secondary indexes)
            • Reorganizing a primary or secondary index
        • Reorganizing HALDB databases
          • HALDB offline reorganization
            • Overview of HALDB offline reorganization
            • Options for offline reorganization of HALDB databases
            • Unloading HALDB partitions and databases for offline reorganization
            • Reallocating HALDB database data sets for offline reorganization
            • Reloading HALDB partitions and databases for offline reorganization
              • ILDS reorganization updates
            • Reorganizing HALDB partitioned secondary index databases
          • HALDB online reorganization
            • The initialization phase for HALDB Online Reorganization
            • The copying phase for HALDB Online Reorganization
            • The termination phase for HALDB Online Reorganization
            • Restrictions for HALDB Online Reorganization
            • Data set naming conventions for HALDB Online Reorganization
            • Output data set requirements for HALDB Online Reorganization
              • Requirements for existing output data sets
              • Attributes of automatically created output data sets
            • Starting HALDB Online Reorganization
            • Monitoring HALDB Online Reorganization
            • Modifying and tuning HALDB Online Reorganization
            • Stopping HALDB Online Reorganization
            • How a HALDB Online Reorganization impacts IMS logging
            • Controlling the overall system impact of a HALDB Online Reorganization
            • IMS restart and XRF processing for HALDB Online Reorganization
            • IMS restart and Fast Database Recovery processing for HALDB Online Reorganization
            • Locking impacts of HALDB Online Reorganization
            • Using IMS utilities with HALDB Online Reorganization
            • Recovery for HALDB Online Reorganization
            • Offline Reorganizations after HALDB Online Reorganizations
            • Activating sequential buffering to improve the performance of HALDB Online Reorganization
          • The HALDB self-healing pointer process
            • How the self-healing pointer process works
            • Finding target segments
            • Healing pointers
            • Performance of the self-healing process
              • Optimizing self-healing performance
        • Changing the hierarchical structure of database records
          • Changing the sequence of segment types
          • Combining segments
          • Changing the hierarchical structure of a HALDB database
        • Changing direct-access storage devices
        • Tuning OSAM sequential buffering
          • Example of a well-organized database
          • Example of a badly organized database
          • Ensuring a well-organized database
        • Adjusting HDAM and PHDAM options
        • Adjusting buffers
          • Overview of dynamic database buffer pools
          • VSAM buffers
            • Monitoring VSAM buffers
            • Options for improving VSAM buffer performance
              • Hiperspace buffering parameters
          • OSAM buffers
          • Adjusting OSAM and VSAM database buffers
            • Adjusting OSAM and VSAM database buffers in DFSVSMxx
            • Adjusting OSAM database buffers dynamically
            • Adjusting VSAM database buffers dynamically
          • Usage data for OSAM sequential buffering
          • Adjusting sequential buffers
        • Adjusting VSAM options
          • Adjusting VSAM options specified in the OPTIONS control statement
          • Adjusting VSAM options specified in the Access Method Services DEFINE CLUSTER command
        • Adjusting OSAM options
        • Changing the amount of space allocated
        • Changing operating system access methods
        • Tuning Fast Path systems
          • Transaction volume to a particular Fast Path application program
          • DEDB structure considerations
          • Usage of buffers from a Fast Path buffer pool
            • Dynamic definition and allocation of Fast Path buffer pools
            • Manual definition of Fast Path buffer pools
          • Contention for DEDB control interval (CI) resources
          • Exhaustion of DEDB DASD space
          • Utilization of available real storage
          • Synchronization point processing and physical logging
          • Contention for output threads
          • Overhead resulting from reprocessing
          • Dispatching priority of processor-dominant and I/O-dominant tasks
          • DASD contention due to I/O on DEDBs
          • Maintaining read performance for multiple area data sets
          • Resource locking considerations with block-level data sharing
          • Resource name hash routine
      • Modifying databases
        • Modifying record segments
          • Adding segment types
            • Unloading and reloading using the reorganization utilities
            • Without unloading or reloading
            • Using your own unload and reload program
          • Deleting segment types
          • Moving segment types
          • Changing segment size
          • Adding or converting to variable-length segments
            • Method 1. Converting segments or a database
            • Method 2. Converting segments or a database
          • Changing data in a segment (except for data at the end of a segment)
          • Changing the position of data in a segment
          • Changing the name of a segment
        • Adding logical relationships
          • Examples of adding logical relationships
            • Example 1. DBX exists, DBY is to be added
            • Example 2. DBX and DBY exist, DBZ is to be added
            • Example 3. DBX and DBY exist, DBZ is to be added
            • Example 4. DBX and DBY exist, DBZ is to be added
            • Example 5. DBX exists, DBY is to be added
            • Example 6. DBX and DBY exist, DBZ is to be added
            • Example 7. DBX and DBY exist, DBZ is to be added
            • Example 8. DBX and DBY exist, DBZ is to be added
            • Example 9. DBY exists, DBZ is to be added
            • Example 10. DBY exists, DBZ is to be added
            • Example 11. DBX and DBY exist, DBZ is to be added
            • Example 12. DBX and DBY exist, DBZ is to be added
            • Example 13. DBX and DBY exist, segment Y and DBZ are to be added
          • Altering IMS logical relationships
          • Some restrictions on modifying existing logical relationships
            • Example 1: changing from bidirectional virtual to bidirectional physical pairing
            • Example 2: changing the location of the real logical child in a bidirectional logical relationship
          • Summary on use of utilities when adding logical relationships
        • Converting a logical parent concatenated key from virtual to physical or physical to virtual
        • Altering IMS indexes
          • Adding a secondary index to a full-function database
          • Adding a secondary index to a new primary DEDB
          • Adding a secondary index to a DEDB
          • Dropping an index
        • Changing the number of data set groups
          • Example flow for simple HD databases
          • Example flow for modifying HISAM databases with the reorganization utilities
          • Example flow for HD databases with logical relationships or secondary indexes
        • Converting to the Segment Edit/Compression exit routine
        • Converting databases for Data Capture exit routines and Asynchronous Data Capture
        • Modifying online databases
          • Altering the definition of an online HALDB database
            • Configuration requirements for altering an online HALDB database
            • Steps for altering an online HALDB database
              • Altering an online HALDB database when IMS manages ACBs
              • Altering an online HALDB database when ACB libraries are used
            • ACB library and HALDB alter
            • IMS catalog and HALDB alter
            • Online change and HALDB alter
            • Modifying block or CI sizes with HALDB alter
              • Setting ALTERSZE values for HALDB alter
              • Changing ALTERSZE values after they are set
            • Online reorganization processing when the ALTER option is specified
            • HALDB alter and offline reorganization
              • HALDB alter and offline reorganization when IMS manages ACBs
              • HALDB alter and offline when ACB libraries are used
            • Altering shared HALDB databases
              • Altering shared HALDB databases when IMS manages ACBs
              • Altering shared HALDB databases when ACB libraries are used
            • HALDB alter and batch processing
              • HALDB alter and batch processing when IMS manages ACBs
              • HALDB alter and batch processing when ACB libraries are used
            • Querying the status of ALTER processing for HALDBs
            • Stopping alter processing before completion
            • Altering a HALDB database that has logical relationships
            • Altering a HALDB database that has a secondary index
          • Altering the definition of an online DEDB database with the DEDB Alter utility
            • Altering the size attributes of an active DEDB area with the DEDB Alter utility
            • Adding a DEDB area online with the DEDB Alter utility
            • Changing a randomizer when altering an active DEDB area with the DEDB Alter utility
              • Changing a randomizer when altering an active DEDB area using generation utilities
              • Changing a randomizer when altering an active DEDB area using DDL
            • Replacing an active DEDB database randomizer online with the DEDB Alter utility
            • Adding new fields to a segment of an active DEDB area with the DEDB Alter utility
          • Changing databases dynamically in online systems
            • Changing database attributes dynamically in an online IMS system
            • Removing databases dynamically from an online IMS system
              • Removing an MSDB database dynamically from an online IMS system
          • Online activation of new and changed database resources when IMS manages ACBs
          • Activating database changes by using the online change function
            • Modifying ACB library members online
            • The online change function, DEDBs, and Availability of IFP and MPP Regions
            • Online change and DEDB randomizer and exit routines
              • Changing a DEDB randomizing routine using online change
              • Deleting a DEDB randomizing routine using online change
              • Online change and DEDB segment compression routines
              • Online change and DEDB Data Capture exit routines
                • Adding a new DEDB Data Capture exit routine using online change
                • Changing an existing DEDB Data Capture exit routine using online change
                • Deleting a DEDB Data Capture exit routine using online change
              • Changing DEDB root addressable space with a two-stage randomizing routine using online change
              • Changing DEDB root addressable space with a one-stage randomizing routine for DEDB databases with only one area using online change
              • Changing the DEDB AREA UOW structural definition using online change
            • Making online changes at the DEDB and area level
              • Adding or deleting DEDB databases using online change
              • Adding or deleting DEDB segments using online change
              • Adding or deleting DEDB areas using online change
              • Changing DEDB root addressable space allocation using online change
              • Online change and DEDB dependent and independent overflow space allocation
              • Changing DEDB CI size using online change
        • Extending DEDB independent overflow online
        • Modifying HALDB databases
          • Overview of modifying HALDB databases
            • The scope of HALDB database modifications
              • Changes that affect all of the partitions in a HALDB database
              • Changes you can apply to a single partition
            • Record distribution and partition boundaries in HALDB databases
              • Record distribution and high key partitioning
              • Record distribution and the partition selection exit routine
            • Partition definition control blocks and partition definitions in the RECON data set
              • Events that trigger a rebuild of partition definition control blocks
              • Additional considerations for the partition definition control blocks
            • How IMS assigns partition ID numbers
            • Automatic update of HALDB secondary index and logical relationship pointers
            • Online change and HALDB databases
          • Changing the high key of a partition
          • Adding partitions to an existing HALDB database
            • Adding a partition to a HALDB database that uses high key partition selection
            • Adding a partition that defines a new highest high key
            • Adding a partition to a HALDB database that uses a partition selection exit routine
          • Disabling and enabling HALDB partitions
            • About disabled partitions
            • Disabling HALDB partitions
            • About enabling partitions
            • Enabling HALDB partitions
            • Recovering HALDB databases when enabling partitions
          • Deleting partitions from an existing HALDB database
            • Deleting a partition from a HALDB database that uses high-key partitioning
            • Deleting the partition with the lowest key and all of its records
            • Considerations for deleting a partition from a HALDB database that uses a secondary index
            • Deleting a partition from a HALDB database that uses a partition selection exit routine
            • Restoring deleted HALDB partitions
          • Changing the name of a HALDB partition
          • Modifying the number of root anchor points in a PHDAM partition
          • Modifications to HALDB record segments
          • Modifying HALDB partition data sets
            • Changing HALDB data set name prefixes
            • Changing the free space parameters for a partition data set
            • Changing the OSAM block size for a HALDB database data set
            • Changing the VSAM CI size for a HALDB database data set
          • The maximum size of OSAM data sets and HALDB databases
            • Defining the maximum size of OSAM data sets for a new HALDB database
            • Changing the maximum OSAM data set size for a HALDB from 4 GB to 8 GB
            • Changing the maximum OSAM data set size for a HALDB from 8 GB to 4 GB
          • Exit routine modifications and HALDB databases
            • Adding or changing a HALDB partition selection exit routine
            • Changing the randomizing module or the randomization parameters of a PHDAM partition
          • Adding a secondary index to a HALDB database
          • Modifying a HALDB partitioned secondary index
      • Converting database types
        • Converting a database from HISAM to HIDAM
        • Converting a database from HISAM to HDAM
        • Converting a database from HIDAM to HISAM
        • Converting a database from HIDAM to HDAM
        • Converting a database from HDAM to HISAM
        • Converting a database from HDAM to HIDAM
        • Converting HDAM and HIDAM databases to HALDB
          • Parallel unload for migration to HALDB
          • Backing up existing database information
          • Converting simple HDAM or HIDAM databases to HALDB PHDAM or PHIDAM
            • Unloading the existing database
            • Deleting database information from the RECON data sets
            • Defining HALDB database DBD statements
            • Registering the HALDB master database with DBRC
            • Defining the partitions to DBRC
            • Allocating database data sets
            • Initializing the partitions
            • Loading the database as a HALDB database
            • Activating the new HALDB DBD in the online environment
            • Image copying the database data sets
            • Cleaning up DFSMDA members and HIDAM primary index DBDs
          • Converting HDAM or HIDAM databases with secondary indexes to HALDB
            • Unloading the existing database
            • Sorting the output of the HD Reorganization Unload utility
            • Deleting database information from the RECON data sets
            • Defining the DBD statements for a HALDB database indexed by a PSINDEX
            • Defining DBD statements for the PSINDEX
            • Registering the indexed HALDB master database with DBRC
            • Defining the partitions of the indexed database to DBRC
            • Registering the PSINDEX HALDB master database with DBRC
            • Defining the partitions of the PSINDEX database to DBRC
            • Allocating the indexed database data sets
            • Allocating PSINDEX VSAM KSDS data sets
            • Initializing the partitions
            • Selecting an ILDS update method
            • Loading the indexed database and its secondary indexes
            • Creating image copies
            • Cleaning up DFSMDA members and HIDAM primary index DBDs after converting to PSINDEX
          • Converting logically related HDAM or HIDAM databases to HALDB
            • Unloading the existing database
            • Defining DBD statements for logically related HALDB databases
            • Deleting the database information from the RECON data set
            • Registering each HALDB master database with DBRC
            • Defining the partitions to DBRC
            • Allocating logically related database data sets
            • Initializing the partitions
            • Selecting an ILDS update method
            • Loading each database as a HALDB database
            • Creating image copies
            • Cleaning up DFSMDA members and HIDAM primary index DBDs
          • Changing the database name when converting a simple database to HALDB
          • Restoring a non-HALDB database after conversion
            • Understanding the requirements of fallback
            • Restoring the database before updates are made
            • Restoring the database after updates are made
            • Restoring a secondary index database
            • Restoring a database that uses logical relationships
        • Converting databases to DEDB
  • Operations and automation
    • Controlling IMS
      • Controlling IMS with the TSO SPOC application
        • Starting and setting up the TSO SPOC
          • Syntax of the DFSSPOC command
          • Starting the TSO SPOC for the first time
        • Type-1 and type-2 command responses from the TSO SPOC
        • Displaying command status in the TSO SPOC
        • Command shortcuts in the TSO SPOC
          • Entering command shortcuts in the TSO SPOC
        • Defining groups of IMS systems in the TSO SPOC
        • Reissuing commands in the TSO SPOC
        • Managing IMS resources by using TSO SPOC
        • Viewing the OM audit trail log by using TSO SPOC
          • Enabling the OM audit log display
      • Issuing Batch SPOC commands
      • Modifying and controlling system resources
        • Modifying system resources online
        • List of commands with similar functions for multiple resources
        • Modifying dependent regions
        • Modifying telecommunication lines
        • How to modify terminals
        • Modifying and controlling transactions
        • Database control
        • Creating, updating, deleting, and querying resource definitions dynamically
          • Creating runtime resource definitions or runtime descriptor definitions dynamically
          • Creating databases and database descriptors dynamically
          • Creating application programs and application program descriptors dynamically
          • Creating Fast Path routing codes and Fast Path routing code descriptors dynamically
          • Creating transactions and transaction descriptors dynamically
          • Updating runtime resource definitions or runtime descriptor definitions dynamically
            • Updating database attributes and database descriptors dynamically
            • Updating application programs and application program descriptors dynamically
            • Updating Fast Path routing codes and Fast Path routing code descriptors dynamically
            • Updating transactions and transaction descriptors dynamically
          • Deleting runtime resource definitions or runtime descriptor definitions dynamically
          • Querying runtime resource definitions or runtime descriptor definitions dynamically
        • Modifying ETO user IDs and assignments of ISC users
        • Modifying Multiple Systems Coupling resources
        • Modifying security options
        • Displaying and terminating conversations
        • Modifying and controlling subsystems
        • Controlling OTMA input messages
        • Recovery during the IMSRSC repository data set update process
          • Recovering IMSRSC repository data sets when all IMS systems and an RM system are active in an IMSplex
          • Recovering IMSRSC repository data sets when one or more IMS systems are down but an RM system is active
          • Recovering IMSRSC repository data sets when no IMS systems or RM systems are active
      • Enabling and disabling IMS functions
      • Controlling log data set characteristics
        • Changing online log data set characteristics
          • Changing block size for the OLDS
          • Changing the OLDS mode from single to dual
          • Changing the OLDS mode from dual to single
          • Changing the number of OLDS buffers
          • Changing space, location, or allocation of an OLDS without shutting down IMS
        • Changing write-ahead data set characteristics
          • Changing the WADS mode from single to dual
          • Changing the WADS mode from dual to single
          • Adding a spare WADS
          • Removing a spare WADS
          • Changing space, location, or allocation of a WADS
        • Changing system log data set characteristics
        • Changing RECON data set characteristics
          • Adding a spare RECON data set
          • Removing a spare RECON data set
          • Replacing an active RECON data set
          • Changing the RECON data set mode from single to dual
      • Connecting and disconnecting subsystems
      • Commands for IMS operations tasks
    • Starting or restarting IMS
      • Starting an IMSplex
      • Starting the CSL
        • Starting the CSL SCI
        • Restarting the CSL SCI
        • Starting the CSL ODBM
        • Restarting the CSL ODBM
        • Starting the CSL OM
        • Restarting the CSL OM
        • Starting the CSL RM
        • Restarting the CSL RM
      • Starting and stopping the IMSRSC repository
        • Opening the IMSRSC repository
        • Starting the IMSRSC repository
        • Stopping the IMSRSC repository
      • Starting and stopping the Repository Server
        • Starting the Repository Server
          • Starting subordinate Repository Servers
        • Stopping the Repository Server
      • How to start the IMS control region
        • Setting the z/OS TOD clock
        • Setting or changing local time
        • Cold starting IMS in a non-shared queues environment
        • Cold starting IMS in a shared-queues environment
        • Cold starting IMS with dynamic resource definition
          • Cold starting an IMS system that uses an RDDS
          • Cold starting an IMS system that uses the IMSRSC repository
        • Warm starting IMS (or normal restart)
        • Emergency starting IMS
        • Emergency restarts and dynamic resource definition
        • SLDS input to warm start and emergency restart
        • Specifying security options at startup
      • Starting the IRLM
      • Starting the CQS
      • Starting dependent regions
        • Message processing regions
        • Batch message processing regions
        • Fast Path message-driven regions
        • Java dependent regions
        • DEDB online utility regions
        • CCTL regions
      • Restarting CQS
        • CQS warm start
        • CQS cold start
        • CQS registration with the z/OS Automatic Restart Manager
        • Restarting CQS after CQS resource cleanup failures
      • Restarting CQS queue structures
        • CQS structure allocation
        • CQS structure warm start
        • CQS structure cold start
        • Restarting resource structures
        • CQS structure recovery for restarting
      • Starting Transaction Manager
        • Connecting to the VTAM network
        • Connecting to devices
        • Connecting to APPC/MVS
        • Connecting ISC sessions from CICS to IMS
      • Starting IMS systems and global command status
      • Restarting a component of IMS
      • Restarting IMS
        • Cold start
        • Warm start
        • Emergency restart
        • Defer of BMP backout programs to speed emergency restart
      • IMS restart and global resource status in an IMSplex that uses RM
      • How to perform a subsystem restart with the z/OS Automatic Restart Manager
      • BMP restart after system failure
      • Restarting batch jobs
      • Reconnecting CCTLs or ODBA application programs
    • Monitoring IMS
      • Monitoring the system
      • Candidate subsystem messages for monitoring
      • Monitoring IMS Connect connections
        • Checking port TCP/IP connection status
        • Checking client TCP/IP connection status
        • Checking remote IMS Connect TCP/IP connection status
        • Checking IMSplex member SCI connection status
        • Checking XCF data store connection status for IMS TM clients
      • IMS system log utilities
        • File Select and Formatting Print utility (DFSERA10)
        • Log Transaction Analysis utility (DFSILTA0)
        • Statistical Analysis utility (DFSISTS0)
      • Gathering performance-related data
        • Activating and controlling the DB Monitor
        • Logging the data from the DB Monitor
        • Data recording and the IMS Monitor
          • Activating and controlling the IMS Monitor
          • Monitoring using the /TRACE command
          • Log data from the IMS Monitor
          • I/O errors on the IMS Monitor log data set
          • Monitoring IRLM
          • Tracing IRLM activity
    • Shutting down IMS
      • Stopping Transaction Manager
        • Stopping APPC
        • Stopping OTMA
      • Stopping dependent regions
      • Shutting down the IMS control region
        • Shutting down IMS by using the /CHECKPOINT commands
        • Shutting down an IMS system that uses dynamic resource definition
        • Session termination
        • Shutting down an IMS network
        • Terminating an ISC session from CICS
      • Stopping the IRLM
      • Shutting down CQS
      • Shutting down an IMSplex
      • Shutting down the CSL
        • Shutting down the CSL using z/OS commands
        • Shutting down the CSL ODBM
        • Shutting down the CSL OM
        • Shutting down the CSL RM
        • Shutting down the CSL SCI
      • Forced termination of IMS
      • Offline dump formatter
        • Producing a dump using the z/OS MODIFY command
        • Producing a dump using the z/OS DUMP command
        • Producing a dump using the standalone dump (SADMP)
        • Keeping dump data sets available
        • Database resource adapter storage
    • IMS failure recovery
      • z/OS system failures
      • Control region failures
      • Emergency restart failures
        • Re-establishing database integrity
      • System data set failures
        • Message queue data set failures
        • Other system data set failures
        • RECON data set recovery
        • Restoring RECON data sets if both are unusable
      • Log errors
      • Log error recovery
        • Log Recovery utility (DFSULTR0)
          • OLDS recovery
          • SLDS recovery
        • WADS or RDS log recovery
      • Dependent region failures
        • Application program failures
        • Region controller failures
          • Restart of BMP regions
          • Restart of Fast Path regions
      • Database failures
      • Database recovery
      • Recovering from a network failure when the remote terminal stops responding
      • CPI Communications failures
        • Session failure
        • System failure
        • Recovery processing for CPI Communications driven application programs
      • MSC VTAM message resynchronization and recovery
      • IMSRSC repository recovery
        • Backing up the IMSRSC repository
        • Scratching and repopulating the IMSRSC repository data sets
      • CQS failures and structure failures
        • CQS log recovery
      • CCTL failures
        • CCTL region failure
        • CCTL thread failure
        • CCTL thread looping
      • DBCTL failures
      • IRLM failures
      • Recovery with data sharing
        • DBRC and protecting data
        • IRLM and protecting data
        • Fast Database Recovery (FDBR) regions
          • FDBR surveillance
          • FDBR recovery process
          • Online change and FDBR
          • FDBR post-recovery
          • Commands for using FDBR
            • Starting tracking
            • Obtaining status
            • Initiating recovery
            • Terminating tracking
            • Stopping the FDBR region
      • User access problems
      • Recovery points
        • Creating recovery points
        • Creating recovery points and keeping the database quiesced
      • Executing recovery-related functions
        • Issuing DBRC commands
        • Dumping the message queues
        • Recovering the message queues
        • Archiving the OLDS
        • Making databases recoverable or nonrecoverable
        • Running recovery-related utilities
    • Developing operating procedures
      • Operations personnel
      • Establishing operating procedure documents
        • Establishing operations interactions
          • Definitions of support groups
          • Operations contacts and responsibilities
        • Plan for procedure requirements
        • Planning the content of procedures
        • How to set the level of operator control
      • Record-keeping procedures for the MTO
        • Recording IMS control region activity
        • Utility recording forms for IMS utilities
        • Application program recording forms
        • Forms for recording problems or unusual events
        • Forms for recording startup, shutdown, and system log activity
        • OM audit trail
          • System logger
      • Planning availability of IMS service
        • Checklist for defining the production cycle
        • Devices available to the network
        • Operations responsibilities for online control services
      • MTO abilities and operator responsibilities
        • Normal operator actions (DB/DC or DCCTL)
        • Normal operator actions (DBCTL)
        • Resources controlled by the MTO
        • Secondary master terminal and auditing operational control
        • Operator control of conversational transactions
        • MTO and tracing operations
        • Offline dump formatting operations
      • Designing operating procedures
        • Operating procedure design using flowcharts and other graphic techniques
        • Operating procedure design using narrative
      • IMS-to-IMS TCP/IP connection operations
        • Viewing configuration and status information for IMS-to-IMS TCP/IP connections in IMS Connect
          • Viewing MSC connection information for IMS-to-IMS TCP/IP communications
          • Viewing MSC link information in IMS Connect
          • Viewing OTMA connection information for IMS-to-IMS TCP/IP communications
        • Stopping a connection to a remote IMS Connect instance for IMS-to-IMS TCP/IP communications
        • Restarting a connection to a remote IMS Connect instance for IMS-to-IMS TCP/IP communications
        • Stopping IMS Connect send client sockets on IMS-to-IMS TCP/IP connections
        • Stopping IMS Connect communication with an IMSplex when MSC TCP/IP links are supported
        • Starting IMS Connect communication with an IMSplex when MSC TCP/IP links are supported
        • Cleaning up MSC logical link resources in IMS Connect
        • Stopping an MSC physical link in IMS Connect
      • Operating ISC TCP/IP connections
        • Cleaning up an ISC parallel session in IMS Connect
        • Stopping an ISC link in IMS Connect
        • Restarting an ISC link in IMS Connect
        • Stopping a connection to a remote CICS subsystem from IMS Connect
        • Restarting a connection to a remote CICS subsystem in IMS Connect
      • MSC operations
        • MSC initialization
        • MSC termination
        • Changing logical link assignments
        • Restarting a logical link
        • Switching TCP/IP and VTAM physical link types
        • MSC TCP/IP link operations
          • Restarting MSC TCP/IP links after errors
        • Commands that help control resources in an MSC environment
        • Displaying information about an MSC network
        • Logical link path control
        • Recovery considerations for multiple systems
          • Message recovery
          • Stopped transactions
          • Application program abnormal termination
          • Dequeuing messages, responses, and transactions
      • Establishing maintenance procedures
      • Setting up standard JCL
      • Operator test procedures
    • Developing user procedures
      • Procedures for user terminal operators
        • User operator tasks
        • Operating instructions for terminal operators
        • Potential use of IMS commands
        • Problem reporting for a remote terminal operator
      • Connecting to IMS
      • Communicating with IMS
        • Transactions for communicating with IMS
          • Response mode for transactions
          • Conversation mode for transactions
        • Operators-to-operator messages
        • IMS commands used to communicate with IMS
          • Commands for special operating modes
      • Administration support for errors
    • Operations and IMS-supported devices
      • 3270 Information Display System
        • Interacting with IMS
        • 3270 terminal components that operate with IMS
          • Terminal display size
          • 3270 terminal page-advance function
          • 3270 terminal message-advance function
          • How to enter passwords from 3270 through MFS
          • Terminal operator logical paging
          • Modified data tags and the 3270 keyboard
          • 3270 terminal screen protection
          • 3270 terminal lock and unlock option
          • 3270 MFS bypass option
          • 3270 MFS protected field validation
          • 3270 terminal programmed symbols
          • 3270 terminal screen formats
          • Multiple physical page input
          • 3270 master terminal support
            • Operation using the MFS master-terminal formatting option
              • Status line
              • Message area
              • Display area
              • Warning message area
              • User-input Area
          • 3270 terminal copy function
          • 3270 terminal function keys
          • 3284 Model 3 printer operation
        • Using programmed symbols for IBM 3270
          • Determining whether the buffers are loaded
          • Loading the PS buffer
          • Solving load problems
          • Reloading the PS buffer
          • Application design considerations
        • Remote 3270 errors (VTAM)
      • System console
      • Local card reader
      • Local printer
      • Replace the magnetic tape
      • Disk data sets
      • Programmable remote systems
      • SLU-1 devices
        • Connecting to IMS using SLU-1 devices
        • Communicating with IMS using SLU-1 devices
          • Entering single-segment input
          • Entering multi-segment input
          • Receiving an output message
          • SLU 1 with MFS
        • Disconnecting SLU-1 devices from IMS
      • SLU-2 devices
        • Using SLU-2 devices to connect and disconnect to IMS
        • 3290 information panel
      • NTO logical units
        • Connecting to IMS using NTO devices
        • How to communicate with IMS from an NTO device
        • Disconnecting NTO devices from IMS
        • Special operational notes and restrictions
      • Master terminal
    • Automated operations
      • Advantages of automation
      • Deciding what to automate
      • Tools for automated operations
        • IMS Automated Operator Interface (AOI)
          • AOI functions
          • How to use AOI to complete different tasks
          • Processing of messages, commands, and command responses
          • AOI and the IMS environments
          • Type-1 AOI
          • Type-2 AOI
          • Summary of exit routine processing
          • Comparison of type-1 AOI and type-2 AOI
        • REXX SPOC API
        • IMS time-controlled operations
          • TCO components
          • Installing time-controlled operations
          • How to use TCO to complete different tasks
          • Stopping TCO
          • Time-controlled operations exit routine
          • TCO CNT Edit exit routine
          • Time schedule requests
          • Message sets
          • TCO Verification utility
          • LOAD command and processing a TCO script
    • Type-1 automated operator (AO) application program (GU, GN, CMD, and GCMD calls)
      • About the type-1 AO application program (GU, GN, CMD, and GCMD calls)
      • Supported application program environments
      • AO applications for shared-queues
      • Commands used with AO applications (CMD)
        • Format of commands
        • Responses to commands
        • Synchronization point processing
        • Format identifiers for the /DISPLAY command
      • Getting messages from an AO exit routine or a terminal
      • Cross-reference of commands and command response messages
      • Sample AO application (UETRANS)
    • Type-2 automated operator (AO) application program (GMSG, ICMD, and RCMD calls)
      • About the type-2 AO application program (GMSG, ICMD, and RCMD calls)
        • Issuing commands and retrieving command responses (ICMD and RCMD calls)
      • Supported application program environments
      • AO application security
      • Commands used with AO applications (ICMD)
        • Responses to commands
        • Format identifiers for the /DISPLAY command
      • Restart and recovery considerations
      • Sample AO application (DFSAOPGM)
    • What to do if the IMPORT DEFN SOURCE(CATALOG) command or DDL automatic import times out in a managed ACBs environment
  • System administration
    • Introduction to IMS system administration
      • Introduction to the IMS system
        • Overview of administrative activities
        • IMS environments and configurations
          • DB/DC environment
            • Control region
            • Database Recovery Control facility
            • Dependent regions
            • The master terminal
            • Databases supported in a DB/DC environment
            • Fast DB Recovery region in DB/DC
            • Data sharing in a DB/DC environment
            • Running the Extended Recovery Facility
          • DBCTL environment
            • Databases supported by DBCTL
            • Fast DB Recovery region in DBCTL
            • Data sharing
            • Alternate DBCTL environment
          • DCCTL environment
            • Databases supported by DCCTL
            • Application calls supported by DCCTL
            • DCCTL compared to DB/DC
          • DB batch environment
          • TM batch environment
          • IMSplex overview
            • z/OS components and system services used in an IMSplex
            • IMS components and system services that are part of an IMSplex
            • Multiple Systems Coupling in an IMSplex
            • Recovering systems in an IMSplex
            • Defining and tailoring an IMSplex
              • Defining CQS
              • Defining the IMS control region
              • Defining ODBM
              • Defining OM
              • Defining RM
              • Defining SCI
              • Defining a simplified IMSplex for the type-2 command environment
              • Defining the IMSplex name for RECON loss notification or DBRC parallel RECON access
              • Defining global online change
                • OLCSTAT data set
            • Dynamic resource definition in an IMSplex
            • Establishing IMSplex security
      • Concepts for the system administrator
        • System support for application programs
        • Dynamic allocation with IMS
        • Base Primitive Environment overview
          • Tracing BPE components
            • Enabling BPE tracing
              • Writing to internal trace tables
              • Writing to external data sets
                • Defining an external trace data set
                • Defining the GDG model data set
            • Starting and stopping BPE external tracing
        • Common Service Layer overview
          • CSL in an IMSplex
            • A simplified CSL configuration
          • CSL managers
            • Overview of the CSL Open Database Manager
            • Overview of the Operations Manager
            • Overview of the Resource Manager
            • Overview of the CSL Structured Call Interface
          • A single point of control (SPOC) program in CSL
          • REXX SPOC API
          • Global online change
          • ACB library member online change
          • Global TM resource management
          • Automatic RECON loss notification overview
          • Configuring an IMSplex with CSL
            • Configuring the resource structure for an IMSplex
          • CSL configuration examples
        • Common Queue Server overview
          • Queue structures
          • Resource structures
          • CQS structure functions
          • CQS recovery functions
        • Type-2 command environment
        • Extended Terminal Option
        • APPC
        • Security for dependent region processing
        • MPP scheduling in DB/DC and DCCTL environments
        • Scheduling application programs against unavailable data
        • Fast Path
          • Fast Path in a DBCTL environment
        • IMS function levels overview
        • Automated operator application programs
        • System logging and processing continuity
        • Checkpointing
        • Locking mechanisms and database integrity in DB/DC and DCCTL
        • Exit points and routines
          • Data Capture exit routines
          • HALDB Partition Selection exit routines
        • The z/OS Automatic Restart Manager (ARM)
      • Documenting the IMS system
        • Extracting requirements for the IMS system
        • Participating in design reviews
        • Establishing naming conventions
        • Using a data dictionary
        • Documenting the system characteristics
      • Introduction to IMS operations and recovery
        • Understanding the operations task
          • Automated operations
        • Understanding the recovery task
          • Example: a system without recovery
          • Requirements for a recoverable system
          • Steps in the process of recovery
          • The mechanisms of recovery in IMS
            • Synchronization points
              • System checkpoints
              • Application sync points
            • Logging
              • The IMS log data sets
                • Online log data set
                • Write-ahead data set
                • System log data set
                • Recovery log data set
                • Restart data set
                • RECON data sets
                • z/OS log data set
                • CQS system checkpoint data set
                • CQS structure recovery data set
              • Archiving log records
                • Automatic archiving
                • Manual archiving
                • Copying an SLDS or an RLDS
                • Customizing archiving
              • Tracing the log
              • Reducing Fast Path logging
              • Using DBRC to track batch job logs
              • Consolidating logged database changes for recovery
                • Input to the Database Change Accumulation utility
                  • Purge time for database recovery and Database Change Accumulation utility
                • Change accumulation groups
                • Defining change accumulation data sets for future use
                • Reusing change accumulation data sets
              • Specifying your choices for the log data sets
                • Defining online log data sets
                  • Choosing dual or single OLDS logging
                  • Defining the number of OLDSs
                  • Defining space for each OLDS
                  • Defining a block size for the OLDS
                  • Defining devices for the OLDS
                  • Changing OLDS characteristics
                  • Defining OLDS buffers
                • Defining system log data sets
                • Specifying the recovery log data set
                • Specifying the restart data set
              • Contents of the log
            • Backup
              • Database backup copies
              • Message queue backup copies
              • System data set backup copies
            • Recovery utilities and services
            • Database Recovery Control and recovery
            • Automated operator interface
            • Recovery in an IMS DBCTL environment
            • Recovery in an XRF complex
          • Backward recovery
          • Forward recovery
          • Shutdown of the IMS system
          • Recovery during restart
          • Complications in recovery
          • What IMS cannot recover
          • Overhead of recovery
        • IMS Application Menu
    • IMS system administration considerations and tasks
      • z/OS interface considerations
        • z/OS interface considerations for IMS
          • Preventing installation problems
          • Setting up JCL
          • Configuring JES for dependent regions
          • Keeping some required nonstandard z/OS macros in their original libraries
          • Updating the IBM-supplied z/OS Program Properties Table
            • Adding the IMS entry to the z/OS Program Properties Table
            • Adding the CQS entry to the z/OS Program Properties Table
            • Adding the BPE entry to the z/OS Program Properties Table
            • Adding the IMS Connect entry to the z/OS Program Properties Table
            • Adding the IRLM entry to the z/OS Program Properties Table
          • Installing required IMS links to z/OS
            • IMS SVC modules
          • Installing the type 2 SVC module
          • Enabling memory-based data set ENQ management
          • IMS abend formatting module
            • Uninstalling the abend formatting module (DFSAFMD0)
          • Adding the offline dump formatting routine to the print dump exit control table
          • Binding the DBRC type 4 SVC
          • Authorizing IMS system data sets in the Authorized Program Facility
          • Updating the APPC/MVS administration dialog
          • RRS Archive Log Stream considerations
          • System Management Facility DDCONS parameter considerations
          • Restriction on multi-step jobs with SCI
        • z/OS interface considerations for IRLM
      • VTAM interface considerations
        • Setting the Network Control Program (NCP) delay
      • CSL administration
        • Using the z/OS Automatic Restart Manager with the CSL
        • Administering global online change
          • Enabling global online change
          • Disabling global online change
          • Maintaining an IMSplex with mixed online change scope
        • Administering automatic RECON loss notification
        • Monitoring an IMSplex
        • Diagnosing IMSplex problems
      • CSL ODBM administration
        • ODBM client registration in a CSL
        • ODBM and RRS
        • ODBM and ODBA
          • Configuring ODBA application servers to use ODBM
        • ODBM message routing
        • ODBM and security
        • ODBM accounting
          • Configuring the logstream for CSL ODBM accounting
          • SMF log records for ODBM accounting
      • CSL OM administration
        • CSL OM command routing
          • Issuing commands through the OM API
        • CSL OM audit trail
          • Configuring the logstream for the CSL OM audit trail
          • OM audit log records
          • Printing OM log records
        • CSL OM command security
          • RACF authorization for commands entered through OM
          • IMS commands, RACF access authorities and resource names table
          • CSL OM Security user exit routine
      • CSL RM administration
        • Information managed by the CSL RM
          • Maintaining global information for databases, DEDB areas, and transactions
          • Maintaining message destination resource information
          • Maintaining global information for the OLCSTAT data set
          • Maintaining IMSplex-wide parameters
          • How IMS maintains global information for sysplex serialized program management
        • Resource structure duplexing requirements for CSL RM
        • How the CSL RM repopulates a resource structure
        • How z/OS rebuilds a resource structure
      • CSL SCI administration
        • CSL SCI security
      • CQS administration
        • Recording information necessary for starting CQS
        • Establishing client connection to CQS during failed client takeover
        • Authorizing access to CQS
          • Authorizing CQS registration
          • Authorizing connections to CQS structures
        • Using structure alter for CQS
        • Using CQS system checkpoint
        • Using CQS structure checkpoint
        • Preventing CQS structure full
          • CQS structure overflow function
          • Monitoring shared message queue usage with the Queue Space Notification exit routine (DFSQSSP0)
          • CQS structure full monitoring
          • Using structure full monitoring with CQS structure overflow
        • Rebuilding structures in CQS
          • z/OS system-managed rebuild and CQS
          • CQS-managed rebuild
          • Initiating structure rebuild with z/OS and CQS
          • CQS structure repopulation
          • CQS structure recovery
          • CQS structure copy
          • z/OS structure duplexing for CQS
      • IMSRSC repository administration
        • Updating IMSRSC repository specifications in the RS catalog repository
        • Removing an IMSRSC repository from the RS catalog repository
        • Viewing IMSRSC repository definitions and status
        • IMS initialization with the IMSRSC repository
        • CSL RM management of the IMSRSC repository
          • CSL RM initialization with the IMSRSC repository
          • CSL RM, IMS, and Repository Server termination
      • IMS service considerations
        • Types of service SMP/E SYSMODs
        • Service SYSMOD packaging
        • Obtaining IMS service
        • Maintenance recommendations
          • Assessing your readiness to install maintenance
          • Updating the maintenance service level of a new or migrated IMS system
          • Maintaining service levels of existing IMS production systems
          • Obtaining and installing maintenance
        • Installing IMS service on a single system
          • RECEIVE/APPLY/ACCEPT (standard sequence)
          • ACCEPT without APPLY (pregeneration mode)
          • ACCEPT before APPLY (for service that requires a system definition)
        • Installing IMS service in an IMSplex
        • Common installation and maintenance issues
          • Preventing regression of SYSMODs in APPLY-only status by an IMS system definition
          • Generating JCL to build non-system definition target libraries
          • Applying maintenance for the IVP dialog
          • Upgrading z/OS
          • Ensuring proper SYSLIB concatenation
          • Interpreting binder return codes properly
          • Assembling and binding a sample exit routine using SMP/E
          • Migrating to a new version of IMS
      • Planning for shared queues
        • The role of CQS in a shared-queues environment
          • The IMS role in a shared-queues environment
          • How IMS registers interest in queues
            • Queue types
            • Registering and deregistering interest in transactions
            • Registering and deregistering interest in LTERMs
            • Registering interest in MSC resources
          • Message flow in a shared-queues environment
          • Units of work (UOW) tracking
          • Terminal autologon
          • Message and program-to-program switches
          • Dynamic control blocks
          • IMS Queue Manager
          • MTO messages
          • Serial application processing
          • Serial transaction processing
          • Conversational transactions in a shared-queues environment
        • Configuring a shared-queues environment
        • Enabling shared queues
          • Defining the CFRM policy
          • Defining a z/OS log stream
          • Defining CQS parameters
          • IMS parameters for shared queues
        • Using the Common Queue Server
          • Monitoring and requeuing structures using the Queue Control Facility
        • Accessing CQS with IMS commands
        • List structures
        • Using associated printers
        • Planning for IMS front-end switch
        • Determining eligibility for sysplex-wide processing
        • Managing APPC and OTMA messages in a sysplex environment
        • Managing the IMS dead-letter queue
        • Using the Expedited Message Handler
        • Requeuing suspended transactions
        • Scheduling AOI transactions
        • Planning for MSC in a shared-queues environment
        • Tuning for performance in a shared-queues environment
          • Recommendation for Fast Path transactions in a shared-queues environment
      • Data sharing in IMS environments
        • Data sharing overview
          • DBRC and data sharing support
            • Naming conventions for data-sharing environments
          • Database integrity without data sharing support
        • How applications access data
        • How IMS systems share databases
        • Using IRLM with database-level sharing
          • Block-level sharing
          • Multiple IRLMs in sysplex data sharing
        • Setting up IRLM procedures
          • System initialization for IRLM
            • Allowing for IRLM trace output printing
          • Defining an IRLM for sysplex data sharing
        • Data sharing at the database level with update activity
        • Data sharing at the database level with multiple readers
        • Data sharing at the block level
        • Tailoring IMS systems that share data
          • Installation tasks
          • DBRC and IRLM support for batch systems in a data-sharing environment
          • Excluding a database from data sharing
        • Tailoring execution JCL
        • Tailoring the z/OS operating system
          • Coordinating VSAM data set definitions with share options
        • Starting and stopping data sharing
          • Starting the IRLM
          • Stopping the IRLM
          • Starting and stopping database processing
        • Monitoring data-sharing systems
          • Obtaining the status of IRLM activity
          • Displaying components and resources
          • Monitoring information in the RECON data set
          • Monitoring structures on a coupling facility
        • Using DBRC to control database allocation and access
          • Online DBRC commands
        • Improving database availability
          • Controlling online change
          • Reorganizing databases
          • Making an online database image copy
        • Maintaining normal operations
          • Scheduling a batch updater
          • Reinstating an online updater
          • Transferring update capability
          • Reorganizing a database
          • Making an image copy with exclusive control
          • Making an image copy of a shared database
          • Lowering the share level of a database
        • Recovering from failures
          • Managing system logs
          • Planning recovery procedures
          • Recovery facilities
            • Dynamic backout
            • Batch backout
            • Forward recovery
          • Recovery without DBRC
          • Restart after IMS failure
          • Restart after DBRC failure
          • Recovery involving IRLM
            • Transaction recovery in online IMS systems
            • Restart with a single failing IRLM
            • Restart in a sysplex data-sharing environment
        • Data sharing in a sysplex environment
          • Sysplex data-sharing concepts and terminology
          • XRF and sysplex data sharing
          • Sample sysplex data-sharing configurations
          • When to use sysplex data sharing
          • Modifying batch jobs for sysplex data sharing
          • Calculating the size of coupling facility structures
            • Calculating the size of the lock structure
            • Calculating the size of OSAM and VSAM structures
          • Changing the size of OSAM and VSAM structures
          • Recovering from sysplex data-sharing failures
            • Coupling facility connection failures
            • Coupling facility structure failures
            • Failure in rebuilding a coupling facility
            • Coupling facility connection failure during IMS restart
            • Failure when IMS tries to identify to an IRLM
            • z/OS and other failures requiring system recovery
            • Synchronizing IMS restart after a multiple IMS system failure
            • Authorizing databases after an IMS failure
      • Planning for VTAM generic resource groups
        • Requirements for using VTAM generic resource groups
        • VTAM generic resource group restrictions
        • VTAM generic resource affinity
        • Creating a VTAM generic resource group
        • Specifying APPC generic resource names
        • Initiating sessions with IMS in a VTAM generic resource group
        • XRF and VTAM generic resources
        • Changing the logon procedure
        • Overriding the APPLID field
        • Determining when affinities are terminated
        • Terminating affinities that persist
        • Dropping an IMS system from a generic resource group
        • Resetting terminal status
        • Logging on after IMS failure with affinity
        • Controlling VTAM generic resource member selection
        • Ensuring consistency across the IMSplex
        • Bypassing affinity management during the IMS ESTAE process
      • Planning for Transaction Manager resources in an IMSplex
        • Resource name uniqueness
        • Resource type consistency
        • Global callable services
        • Transaction Manager resources
          • TM resources: APPC descriptors
          • TM resources: VTAM LTERMs
          • TM resources: MSNAMEs
          • TM resources: VTAM terminal nodes
          • TM resources: transactions
          • TM resources: user names
          • TM resources: user IDs
        • How RM and the resource structure impact IMS activities
      • IMS security
        • Data set encryption support for IMS
          • Encrypting batch log data sets
          • Encrypting BPE trace data sets
          • Encrypting change accum data sets
          • Encrypting IMS Connect Recorder data sets (Non-BPE trace)
          • Encrypting CQS SRDS data sets
          • Encrypting IMS external trace data set
          • Encrypting GSAM database data sets
          • Encrypting image copy data sets
          • Encrypting online log data sets (OLDS)
          • Encrypting SLDS/RLDS (IMS archived log data sets)
          • Encrypting OSAM sequential data sets
            • Encrypting full-function OSAM database linear data sets (HALDB, OLR-capable)
            • Encrypting full-function OSAM database linear data sets (non-HALDB, or not OLR-capable)
          • Encrypting full function VSAM database data sets (non-HALDB, or not OLR-capable)
          • Encrypting full function VSAM database data sets (HALDB, OLR capable)
          • Encrypting z/OS log stream offload and staging data sets
          • Encrypting the write-ahead data sets (WADS)
          • Encrypting Fast Path DEDB area data sets (ADS)
        • Overview of DB/DC and DCCTL security
          • DB/DC and DCCTL resources that can be protected
          • Defining security during DB/DC and DCCTL system definition
          • Security facilities for DB/DC and DCCTL resources
        • Designing security for IMS DB/DC and DCCTL
          • Limiting access from a terminal
            • Controlling access by signon verification
            • Using RACF PassTickets
              • Creating and using a RACF PassTicket
          • Authorizing transactions and commands
            • Authorizing transactions
            • Authorizing commands
            • Password protecting the /LOCK, /UNLOCK, and /SET commands
          • Using RACF to protect physical terminals
          • Propagating network security credentials
            • Propagating network security credentials for user-written IMS Connect client applications
            • Propagating network security credentials for IMS TM resource adapter client applications
          • Security considerations for the master terminal
          • Security for AO application programs
            • Type-1 AO command security
              • Defining the transactions that issue type-1 AO commands
            • Type-2 AO command security
              • Defining the user ID for transactions that issue type-2 AO commands
            • AO command security and system definition
            • User ID substitutions for AO application programs
            • Implementing AO command security with RACF
            • Implementing AO command security with the command authorization exit routine
          • Security for Time-Controlled Operations
          • Security for Fast Path application programs
          • Security for JMP application programs
          • Security and CPI-C driven application programs
          • Security for ODBA application programs
          • Security for ODBM allocate PSB (APSB) requests
          • Use of the RACF data space
          • Security in MSC and shared-queues environments
            • Security for transactions that are received from an MSC link
              • Specifying security for MSC transaction types
              • Specifying user IDs for MSC security
              • MSC security and the TM and MSC message routing and control exit routine
              • MSC security and the Transaction Authorization exit routine
          • Security for APPC/IMS
          • Security for ETO terminals
          • Securing DB/DC and DCCTL dependent regions and their resources
            • Securing dependent regions using resource access security
            • Authorizing resource use in a dependent region
          • Security for OTMA
          • Security for IMS Connect
        • Activating IMS security for DB/DC and DCCTL environments
          • Preparing security exit routines
          • Preparing a RACF security plan
          • Enabling and disabling APSB SAF security
          • Restricting access to the RS catalog repository and IMSRSC repository
            • Considerations for setting security for the IMSRSC repository in the CSL RM address space
            • Example RACF definition profile for the Repository Server
        • Controlling security during system startup for DB/DC and DCCTL
        • Implementing security changes online in DB/DC and DCCTL environments
        • Controlling security violations in DB/DC and DCCTL environments
        • Considering other access control methods
          • Physical security
          • Using display bypass and password masking in DB/DC and DCCTL
          • Protecting your resources
            • Protecting databases
        • Encryption: an alternative to access control
        • Security considerations for a DBCTL environment
          • DBCTL resources that can be protected
          • DBCTL security choices made during system definition
          • Security facilities and security types for DBCTL resources
          • Design considerations for DBCTL security
            • Security considerations for Fast Path application programs
            • Security for ODBA application programs
            • Security for ODBM allocate PSB (APSB) requests
          • Activating IMS DBCTL security
          • Controlling system startup for DBCTL security
          • Implementing DBCTL security changes online
          • Controlling DBCTL security violations
        • Restricting database updates
      • Controlling IMS
        • Monitoring the system
        • Processing IMS system log information for analysis
          • Using IMS system log utilities
          • IMS database productivity tools
        • Recovering the system
        • Modifying and controlling system resources
        • Controlling data sharing
          • Controlling data sharing using DBRC
          • Monitoring the data-sharing system
        • Controlling log data set characteristics
        • Connecting and disconnecting subsystems
      • Starting or restarting IMS
      • Shutting down IMS
      • Testing the system
        • The need for a test system
          • Setting up a test system
          • Setting up a test database
          • Testing operational procedures
          • Monitoring in IMS test environments
          • Monitoring in a DB/DC environment
        • Ensuring network readiness
          • Network testing in DB/DC and DCCTL environments
          • Testing in a DBCTL environment
          • Testing in a DCCTL environment
        • IMS testing aids
          • Simulating online execution with Batch Terminal Simulator in DB/DC and DCCTL environments
          • Online testing of MFS formats in DB/DC and DCCTL environments
            • System definition requirements for MFSTEST mode
            • Online execution requirements for MFSTEST mode
          • Using dynamic resource definition and online change for testing
          • Program testing using SYSIN/SYSOUT in DB/DC and DCCTL environments
          • Network testing using Teleprocessing Network Simulator in DB/DC and DCCTL environments
          • Performance and stress testing using the Queue Control Facility
      • Collecting and interpreting IMS monitoring data
        • Establishing monitoring procedures
          • Establishing performance objectives
          • Planning for workload management
            • Workload Manager and IMS
              • Performance goals and business importance for transactions
              • Assigning relative importance to IMS address spaces
            • Establishing the service definition
            • Migrating to workload management
            • Interpreting z/OS WLM Change State PB service codes
            • Monitoring mobile workload with WLM
              • Defining classification rules for mobile workload
              • Measuring mobile workloads with WLM
              • Generating monthly mobile workload reports
          • Deciding on monitoring activities and techniques
        • Tools for detailed monitoring
          • IMS Monitor
          • z/OS Generalized Trace Facility (GTF)
          • z/OS Component Trace (CTRACE) Service
          • Obtaining program isolation and lock traces
          • IMS Trace Facility
          • Analyzing performance in OTMA message routing
          • z/OS Workload Interaction Correlator
        • Coordinating performance information in an MSC network
        • Monitoring Fast Path systems in DB/DC and DCCTL environments
        • Transaction flow in DB/DC and DCCTL environments
        • The IMS Monitor in DB/DC and DCCTL environments
        • Monitoring transaction-level statistics
        • Monitoring procedures in a DBCTL environment
          • Establishing performance objectives in a DBCTL environment
          • Deciding on monitoring activities and techniques in a DBCTL environment
        • Monitoring IMS and participating z/OS components
        • OpenTelemetry tracing in IMS
          • Overview of OpenTelemetry concepts
          • OpenTelemetry flows supported in IMS
          • OpenTelemetry context propagation in IMS
          • IMS Connect span design
          • IMS Transaction Manager server span design
          • IMS Database server span design
      • Modifying the system design
        • Assessing application changes
        • Introducing changed applications in an active IMS system
        • Resizing the inactive ACB library online
          • Migrating static allocation of the ACB library to dynamic allocation
        • Planning for system definition changes
          • Controlling system definition processing
          • Determining the type of system definition required
          • Changing the network definition in DB/DC and DCCTL environments
        • Making system tuning changes
          • Resource utilization changes
          • Application and database design changes
          • Communication design changes in DB/DC and DCCTL environments
        • Managing online system definition changes
          • Deciding if system modifications can use online change
          • Planning considerations for online change
        • Performing capacity planning
      • Tuning the system
        • Managing performance
          • Change management
          • Design variables
          • Types of prediction
        • Initializing z/OS and IMS parameters for tuning
          • Assigning z/OS dispatching priorities
          • Choosing IMS options for performance
          • Avoiding contention for IMS resources (excluding buffer pools)
          • IMS buffer pool tuning
            • Message queue pool tuning
            • Message format pool tuning
            • PSB, PSBW, and DMB pool tuning
            • Database buffer pool tuning
          • Trade-offs between I/O controlled by IMS and paging
            • General buffer pool considerations
            • IMS log buffers
            • Using Library Lookaside under z/OS
            • Guidelines for application program preload in DB/DC and DCCTL environments
          • Minimizing path length
          • Considerations for the communications network in DB/DC and DCCTL environments
          • Guidelines for IMS system data set placement
          • I/O subsystem configuration
          • Application optimization in DB/DC and DCCTL environments
          • DL/I considerations
        • Planning for performance in a shared-queues environment
        • Identifying and correcting performance problems
          • Examining paging rates
          • Detecting processor resource problems
          • Tuning to remove I/O resource contention
          • Communication subsystem contention in DB/DC and DCCTL environments
          • IMS message processing in DB/DC and DCCTL environments
          • Input queuing and scheduling/termination in DB/DC and DCCTL environments
          • Program load and initialization
          • Program execution times
      • Enabling and disabling IMS functions
      • Making online changes
        • Online changes in managed-ACB environments
          • Overview of resource activation when IMS manages ACBs
          • Activating altered resources when IMS manages ACBs
          • Activating new resources when IMS manages ACBs
          • Activation when the IMS catalog is shared
          • Activating PSBs in subsets of systems in an IMSplex
            • Activating modified PSBs in an initial subset of systems with UPDATEPSB
            • Activating modified PSBs in subsequent subsets of systems with REFRESHPSB
            • Example of activating modified PSBs in subsets of systems in an IMSplex
        • The online change function
          • Overview of the local online change function
            • IMS environments that support the online change function
            • Commands applicable to online change
            • Changing the system definition online
            • Changing programs and transactions
            • Implementing security changes online
            • Changing MFS formats
            • Making online changes for DEDBs
            • Making online changes for HALDBs
            • FDBR and local online change
            • Making local online changes in an XRF complex
            • Online change performance considerations
          • Overview of the global online change function
            • Commands applicable to global online change
            • Changing the system definition online
            • Changing programs and transactions
            • Implementing security changes online
            • Changing MFS formats
            • Making online changes for DEDBs
            • Making online changes for HALDBs
            • Changing runtime resource definitions
              • Associating an ACB member using DRD commands
              • Associating an ACB member using the ACB member online change function
              • Associating an ACB member using the ACB online change function
              • DRD command performance considerations
            • FDBR and global online change
            • Making local online changes in an XRF complex
            • Making global online changes in a sysplex that uses XRF
            • Global online change after XRF takeover and DBCTL standby emergency restart
            • Online change performance considerations
            • Making local online changes in a sysplex
            • Enabling the global online change function
            • Initiating a global online change
              • INITIATE OLC return and reason codes
              • Handling errors for the INITIATE OLC command
            • Changing or adding IMS.ACBLIB members online
            • Displaying status or attribute information about IMS systems in the IMSplex
            • Terminating an online change
            • Handling errors for global online change commands
            • Global online change scenarios
              • Scenario 1: a successful global online change where all IMS systems use MODBLKS=OLC
              • Scenario 1a: a successful global online change where one IMS uses MODBLKS=DYN
              • Scenario 2: online change prepare command is rejected because an IMS is down
              • Scenario 3: commit phase 1 fails due to work in progress
              • Scenario 4: online change prepare command fails due to a timeout error
          • Performing a cold start
            • Determining when to perform a cold start
            • Cleaning up after a failed restart attempt
      • Printing output with IMS Spool API
        • Design and operational considerations
        • The IMS Spool API as a data manager
        • Print data set characteristics
          • The Change (CHNG) call
          • The Set Options (SETO) call
          • The Output DD statement
        • Writing data to the IMS Spool API
          • The Insert call
          • The PURG call
          • ROLL and ROLB calls
          • SETS, SETU, and ROLS calls
        • Special considerations—descriptors allowed
          • Controlling print data sets
          • Express alternate PCBs
          • XRF environments
        • Understanding allocation errors
      • Accessing external systems from within IMS
    • DBRC administration
      • Overview of DBRC
        • DBRC components
        • DBRC tasks
        • DBRC commands and API requests
      • Recording and controlling log information
        • Changing log records in the RECON data sets
        • Archiving an OLDS
        • DBRC log-related commands
      • Recovering databases
      • How DBRC helps in recovery
        • Generating recovery JCL
        • Validating utility JCL
      • Recording information about opening and updating databases
      • Supporting data sharing
        • Levels of data sharing
        • Recording data-sharing information in the RECON data sets
        • Assigning a sharing level with DBRC
      • Supporting IMSplexes
      • Defining DBRC to IMS
      • Registering databases and database data sets
      • DBRC access to DBD information when IMS manages ACBs
      • Planning for recovery
        • Setting up recovery mechanisms
        • Recovery facilities
        • Recovery without DBRC
        • Restart after an IMS failure
        • Restart after a DBRC failure
        • Recovery involving IRLM configurations
        • Batch backout
      • Considerations for a DBRC system
        • General considerations for using DBRC
        • Data set naming conventions
          • Naming convention for image copy data sets
          • Naming convention for duplicate image copy data sets
          • Naming convention for change accumulation data sets
        • Database backup copies
          • Image copy utilities (DFSUDMP0, DFSUDMT0, DFSUICP0)
            • Database image copy (DFSUDMP0)
            • Database image copy 2 (DFSUDMT0)
            • Online database image copy (DFSUICP0)
          • Concurrent image copy
          • Creating image copy data sets for future use and reuse
          • Controlling the number of image copies managed
          • Recovery period of image copy data sets and GENMAX
          • Recovery period of change accumulation data sets and GRPMAX
          • Reusing image copy data sets
          • HSSP image copy
          • HISAM copies (DFSURUL0 and DFSURRL0)
          • Nonstandard image copy data sets
          • Frequency and retention of backup copies
        • Log record change accumulation
          • Condensing the accumulated SLDS or RLDS (change accumulation)
          • When is change accumulation required?
        • DBDS group considerations
        • DB groups
        • DBRC groups
        • DBRC considerations for HALDB Online Reorganization
          • Maintaining recovery-related records affected by online reorganization
          • Online reorganization process
      • DBRC security
        • Security for DBRC commands and API requests
          • Authorizing DBRC commands and API requests with RACF
          • Authorizing DBRC commands and API requests with the DSPDCAX0 exit routine
          • Authorizing DBRC commands and API requests with both the DSPDCAX0 exit routine and RACF
          • Resource names for command authorization
        • Overriding DBRC security on the RECON data set
      • Initializing and maintaining the RECON data sets
        • Planning considerations for the RECON data sets
          • Initializing the RECON data sets for the first time
          • Avoiding RECON data set contention problems
            • Accessing the RECON data sets in parallel mode
              • Planning for parallel RECON data set access
            • Avoiding RECON data set deadlock situations for serial access mode
            • Allocating the RECON data sets
            • Avoiding RECON data set space problems
            • Creating a RECON data set
            • Security considerations for the RECON data sets
        • Initially accessing the RECON data sets
        • Records in the RECON data sets
          • RECON header records
          • Log data set records
          • Database recovery records
            • Backout record (BACKOUT)
            • Change accumulation group record (CAGRP)
            • Change accumulation run record (CA)
            • Data group record (DBGRP, DBDSGRP, RECOVGRP)
            • Database records (DB)
            • Image copy record (IMAGE)
            • Reorganization record (REORG)
            • Log allocation record (LOGALL)
            • Database allocation record (ALLOC)
            • Recovery record (RECOV)
            • Subsystem records (SSYS)
        • Mapping the records in the RECON data set
        • Maintaining the RECON data sets
          • Backing up the RECON data sets
          • Deleting unnecessary RECON records
            • Automatic deletion of extraneous records
            • PRILOG compression
            • Manual log record deletion
          • Reorganizing the RECON data sets
            • Using CHANGE.RECON to reorganize a RECON data set
            • Backing up RECON data sets before reorganization
            • Procedure for reorganizing the RECON data sets
          • Replacing damaged RECON data sets
          • Recovering the RECON data sets
          • Replacing a discarded RECON data set
          • Repairing the RECON data sets
          • RECON loss notification
        • Tracking changes made to the RECON data sets
      • Hints and tips for DBRC
        • Changing the RECON data sets to output time stamps in local time of origin
        • Locating the last SLDS stop time in the RECON data set
        • Adjusting GENMAX when it is reached or it is too high
        • Adjusting GRPMAX when it is reached or it is too high
        • Closing an open online PRILOG record
        • Working with subsystem records (SSYS)
        • Removing authorization inconsistency between the SSYS from DB/AREA records
        • Restarting the change accumulation process for logs
        • Restarting the change accumulation work when it states nothing to process
        • Moving log data sets
        • Cataloging data sets
        • Performing multiple cold starts in a test environment
        • Reducing potential RECON data set enqueue problems
    • IMS system recovery
      • Recovery in an IMSplex
    • Using IMS reports
      • DB Monitor reports
        • VSAM-Buffer-Pool report
          • Using the VSAM-Buffer-Pool report
          • Fields in the VSAM-Buffer-Pool report
        • VSAM-Statistics report
          • Using the VSAM-Statistics report
          • Fields in the VSAM-Statistics report
        • Database-Buffer-Pool report
          • Using the Database-Buffer-Pool report
          • Fields in the Database-Buffer-Pool report
        • Program-I/O report
          • Using the Program-I/O report
          • Fields in the Program-I/O report
        • DL/I-Call-Summary report
          • Using the DL/I-Call-Summary report
          • Fields in the DL/I-Call-Summary report
        • Distribution-Appendix report
          • How to generate the Distribution-Appendix report
          • Events that can be distributed and their default ranges
            • Redefining the default ranges
        • Monitor-Overhead report
          • Fields in the Monitor-Overhead report
      • IMS Monitor reports
        • Transaction flow and IMS Monitor events
        • IMS Monitor trace event intervals
        • Overview of IMS Monitor reports
        • Documenting the monitoring run
          • Verifying IMS Monitor report occurrences
        • Monitoring activity in dependent regions
          • Detecting database processing intent conflicts
          • Examining the effects of checkpoints
          • Measuring region occupancy
        • Monitoring application program elapsed time
        • Monitoring I/O for application program DL/I Calls
        • Monitoring MFS activity
        • Monitoring message queue handling
          • Detecting checkpoint effects
          • Transaction Queuing report
        • Monitoring database buffers
        • Monitoring line activity
        • Monitoring message handling efficiency
        • IMS internal resource usage
        • Using frequency distributions from IMS Monitor output
          • How to get a frequency distribution output
          • How frequency distribution ranges are defined
            • Default values of distribution definitions
          • Interpreting the Distribution Appendix
        • IMS Monitor reports for MSC
          • MSC Traffic report
          • MSC Summaries report
          • MSC Queuing Summary report
      • IMS Monitor reports for DBCTL
        • IMS Monitor trace event intervals
        • Overview of IMS Monitor reports
        • Documenting the monitoring run
        • Monitoring activity in dependent regions
        • Monitoring application program elapsed time
          • Monitoring I/O for application program DL/I calls
          • Transaction Queuing report
        • Monitoring database buffers
        • IMS internal resource usage
        • Using frequency distributions from IMS Monitor output
          • Interpreting Distribution Appendix output
      • IMS Monitor reports for DCCTL
        • IMS Monitor trace event intervals
        • Overview of IMS Monitor reports
        • Documenting the monitoring run
        • Monitoring activity in dependent regions
          • Examining the effects of checkpoints
          • Measuring region occupancy
        • Monitoring application program elapsed time
        • Monitoring I/O for application program DL/I calls
        • Monitoring MFS activity
        • Monitoring message queue handling
          • Detecting checkpoint effects
          • Transaction Queuing report
        • Monitoring line activity
        • Monitoring message handling efficiency
        • IMS internal resource usage
        • Using frequency distributions from IMS Monitor output
          • Interpreting Distribution Appendix output
      • //DFSSTAT reports
        • PST-Accounting report
        • VSAM-Buffer-Pool report (for batch regions only)
        • OSAM-Buffer-Pool report (for batch regions only)
        • Sequential-Buffering-Summary report
        • Sequential Buffering Detail report
      • Statistical-analysis, log-transaction reports, and analyzing log records
        • Statistical analysis utility reports
        • Calculating transaction loads
          • Assessing program-to-program traffic
          • Obtaining counts of unsent messages
        • Auditing critical transactions
        • Log transaction analysis utility reports
        • Examining scheduling activity
        • IMS accounting information
    • IMS Agents
      • Installing and deploying IMS Agents
      • IMS Agents sample prompts
• Programming for IMS
  • Application programming
    • Application programming design
      • Designing an application: Introductory concepts
        • Storing and processing information in a database
          • Database hierarchy examples
          • Your program's view of the data
          • Processing a database record
        • Tasks for developing an application
      • Designing an application: Data and local views
        • An overview of application design
        • Identifying application data
          • Listing data elements
          • Naming data elements
          • Documenting application data
        • Designing a local view
          • Analyzing data relationships
            • Grouping data elements into hierarchies
            • Determining mappings
          • Local view examples
      • Analyzing IMS application processing requirements
        • Defining IMS application requirements
        • Accessing databases with your IMS application program
        • Accessing data: the types of programs you can write for your IMS application
          • DB batch processing
          • TM batch processing
          • Processing messages: Message Processing Programs
          • Processing messages: IMS Fast Path Programs
          • Batch message processing: BMPs
            • Batch processing online: batch-oriented BMPs
            • Batch message processing: transaction-oriented BMPs
          • Java message processing: JMPs
          • Java batch processing: JBPs
        • IMS programming integrity and recovery considerations
          • How IMS protects data integrity: commit points
          • Planning for program recovery: checkpoint and restart
            • Introducing checkpoint calls
            • When to use checkpoint calls
            • Specifying checkpoint frequency
          • Data availability considerations
          • Use of STAE or ESTAE and SPIE in IMS programs
        • Dynamic allocation for IMS databases
      • Analyzing CICS application processing requirements
        • Defining CICS application requirements
        • Accessing databases with your CICS application program
        • Writing a CICS program to access IMS databases
          • Writing a CICS online program
        • Using data sharing for your CICS program
        • Scheduling and terminating a PSB (CICS online programs only)
        • Linking and passing control to other programs (CICS online programs only)
        • How CICS distributed transactions access IMS
        • Maximizing the performance of your CICS system
        • Programming integrity and database recovery considerations for your CICS program
          • How IMS protects data integrity for CICS online programs
          • Recovering databases accessed by batch and BMP programs
            • Taking checkpoints in batch and BMP programs
            • Backing out database changes
            • Restarting your program
        • Data availability considerations for your CICS program
          • Unavailability of a database
          • Unavailability of some data in a database
          • The SETS or SETU and ROLS functions
        • Use of STAE or ESTAE and SPIE in IMS batch programs
        • Dynamic allocation for IMS databases
      • Gathering requirements for database options
        • Analyzing data access
          • Direct access
            • Primarily direct processing: HDAM
            • Direct and sequential processing: HIDAM
            • Main storage database: MSDB
            • Data entry database: DEDB
          • Sequential access
            • Sequential processing only: HSAM
            • Primarily sequential processing: HISAM
          • Accessing z/OS files through IMS: GSAM
          • Accessing IMS data through z/OS: SHSAM and SHISAM
        • Understanding how data structure conflicts are resolved
          • Using different fields: field-level sensitivity
          • Resolving processing conflicts in a hierarchy: secondary indexing
            • Retrieving segments based on a different key
            • Retrieving segments based on the qualification of a dependent segment
          • Creating a new hierarchy: logical relationships
            • Accessing a segment through different paths
            • Inverting a parent-child relationship
        • Providing data security
          • Keeping a program from accessing the data: data sensitivity
          • Preventing a program from updating data: processing options
        • Read without integrity
      • Gathering requirements for message processing options
        • Identifying online security requirements
        • Analyzing screen and message formats
          • An overview of MFS
          • An overview of basic edit
          • Editing considerations in your application
        • Gathering requirements for conversational processing
          • What happens in a conversation
          • Designing a conversation
          • Important points about the scratchpad area (SPA)
          • Recovery considerations in conversations
        • Identifying output message destinations
          • The originating terminal
          • To other programs and terminals
      • Designing an application for APPC
        • Overview of APPC and LU 6.2
        • Application program types
        • Application objectives
        • Conversation type
        • Conversation state
        • Synchronization level
        • Introduction to resource recovery
        • Summary of z/OS Resource Recovery Services support
        • Distributed sync point
        • Application programming interface for LU type 6.2
        • LU 6.2 partner program design
          • LU 6.2 flow diagrams
          • Integrity tables
          • DFSAPPC message switch
      • Testing an IMS application program
        • Recommendations for testing an IMS program
        • Testing DL/I call sequences (DFSDDLT0) before testing your IMS program
        • Using BTS to test your IMS program
        • Tracing DL/I calls with image capture for your IMS program
          • Using image capture with DFSDDLT0
          • Restrictions on using image capture output
          • Running image capture online
          • Running image capture as a batch job
          • Retrieving image capture data from the log data set
        • Requests for monitoring and debugging your IMS program
          • Retrieving database statistics: the STAT call
            • Format of OSAM buffer pool statistics
            • Format of VSAM buffer subpool statistics
            • Format of enhanced/extended OSAM buffer subpool statistics
            • Format of enhanced VSAM buffer subpool statistics
          • Writing Information to the system log: the LOG request
        • What to do when your IMS program terminates abnormally
      • Testing a CICS application program
        • Recommendations for testing a CICS program
        • Testing your CICS program
          • Tracing DL/I calls with image capture
        • Requests for monitoring and debugging your CICS program
        • What to do when your CICS program terminates abnormally
      • Documenting your application program
        • Documentation for other programmers
        • Documentation for end users
    • Application programming for IMS DB
      • Writing your application programs for IMS DB
        • Programming guidelines
        • Segment search arguments (SSAs)
          • SSA guidelines
          • Multiple qualification statements
            • Example of how to use multiple qualification statements
            • Multiple qualification statements for HDAM, PHDAM, or DEDB
          • SSAs and command codes
        • Considerations for coding DL/I calls and data areas
        • Preparing to run your CICS DL/I call program
        • Examples of how to code DL/I calls and data areas
          • Coding a batch program in assembler language
          • Coding a CICS online program in assembler language
          • Coding a batch program in C language
          • Coding a batch program in COBOL
            • Binding COBOL code to the IMS language interface module
          • Coding a CICS online program in COBOL
          • Coding a program in Java
          • Coding a batch program in Pascal
          • Coding a batch program in PL/I
            • Binding PL/I code to the IMS language interface module
          • Coding a CICS online program in PL/I
      • Defining application program elements for IMS DB
        • Formatting DL/I calls for language interfaces
        • Assembler language application programming
        • C language application programming
        • COBOL application programming
        • Java application programming for IMS
        • Pascal application programming
        • Application programming for PL/I
        • Specifying the I/O PCB mask
        • Specifying the DB PCB mask
        • Specifying the AIB mask
        • Specifying the AIB mask for ODBA applications
        • Specifying the UIB (CICS online programs only)
        • Specifying the I/O areas
        • Formatting segment search arguments (SSAs)
          • SSA coding rules
          • SSA coding formats
        • Data areas in GSAM databases
        • AIBTDLI interface
        • Language specific entry points
        • Program communication block (PCB) lists
        • The AERTDLI interface
        • Language environments
        • Special DL/I situations for IMS DB programming
        • Application programming with the IMS catalog
      • Database versioning and application programming
      • Establishing a DL/I interface from COBOL or PL/I
      • Current position in the database after each call
        • Current position after successful calls
          • Position after retrieval calls
          • Position after DLET
          • Position after REPL
          • Position after ISRT
        • Current position after unsuccessful calls
        • Multiple processing
          • Advantages of using multiple positioning
          • Multiple DB PCBs
      • Using IMS application program sync points
        • Commit process
        • Two-phase commit in the synchronization process
          • Unit of recovery
          • DBCTL single-phase commit
        • Sync-point log records
        • Sync points with a data-propagation manager
      • Recovering databases and maintaining database integrity
        • Issuing checkpoints
        • Restarting your program from the latest checkpoint
        • Maintaining database integrity (IMS batch, BMP, and IMS online regions)
          • Backing out to a prior commit point: ROLL, ROLB, and ROLS
          • Backing out to an intermediate backout point: SETS, SETU, and ROLS
        • Reserving segments for the exclusive use of your program
      • Secondary indexing and logical relationships
        • How secondary indexing affects your program
          • SSAs with secondary indexes
          • Multiple qualification statements with secondary indexes
          • DL/I returns with secondary indexes
          • Status codes for secondary indexes
        • Processing segments in logical relationships
          • How logical relationships affect your programming
          • Status codes for logical relationships
      • HALDB selective partition processing
      • Processing GSAM databases
        • Accessing GSAM databases
          • PCB masks for GSAM databases
          • Retrieving and inserting GSAM records
          • Explicit open and close calls to GSAM
        • GSAM record formats
        • GSAM I/O areas
        • GSAM status codes
        • Symbolic CHKP and XRST with GSAM
        • GSAM coding considerations
        • Origin of GSAM data set characteristics
          • DD statement DISP parameter for GSAM data sets
          • Extended checkpoint restart for GSAM data sets
          • Concatenated data sets used by GSAM
          • Specifying GSAM data set attributes
          • DLI, DBB, and BMP region types and GSAM
      • Processing Fast Path databases
        • Fast Path database calls
        • Main storage databases (MSDBs)
          • Restrictions on using calls for MSDBs
        • Data entry databases (DEDBs)
        • Updating segments: REPL, DLET, ISRT, and FLD
          • Checking the contents of a field: FLD/VERIFY
          • Changing the contents of a field: FLD/CHANGE
          • Example of using FLD/VERIFY and FLD/CHANGE
          • Commit-point processing in MSDBs and DEDBs
        • Processing DEDBs (IMS and CICS with DBCTL)
          • Processing Fast Path DEDBs with subset pointer command codes
            • Subset pointer status codes
          • Processing DEDBs with a secondary index
          • Retrieving location with the POS call (for DEDB only)
          • Commit-point processing in a DEDB
          • P processing option
          • H processing option
        • Calls with dependent segments for DEDBs
        • DEDB DL/I calls to extract DEDB information
          • AL_LEN Call
          • DI_LEN Call
          • DS_LEN Call
          • AREALIST Call
          • DEDBINFO Call
          • DEDSTR Call
        • Fast Path coding considerations
      • Writing ODBA application programs
        • General application program flow of ODBA application programs
        • Server program structure
          • Db2 for z/OS stored procedures use of ODBA
        • Best practices for Db2 for z/OS stored procedures with ODBA
          • Design best practices for ODBA Db2 for z/OS stored procedures
          • Writing Db2 for z/OS stored procedures that use ODBA
          • Stopping Db2 for z/OS stored procedure threads
        • Testing an ODBA application program
          • Tracing DL/I calls with image capture to test your ODBA program
          • Using image capture with DFSDDLT0 to test your ODBA program
          • Running image capture online
          • Retrieving image capture data from the log data set
          • Requests for monitoring and debugging your ODBA program
        • What to do when your ODBA program terminates abnormally
          • Recommended actions after an abnormal termination of an ODBA program
          • Diagnosing an abnormal termination of an ODBA program
      • Programming with the IMS support for DRDA
        • DDM commands for data operations with the IMS support for DRDA
    • Application programming for IMS TM
      • Defining application program elements for IMS TM
        • Formatting DL/I calls for language interfaces
        • Application programming for assembler language
        • Application programming for C language
        • Application programming for COBOL
        • Java application programming for IMS
        • Application programming for Pascal
        • Application programming for PL/I
        • Relationship of calls to PCB types
        • Specifying the I/O PCB mask
        • Specifying the alternate PCB mask
        • Specifying the AIB mask
        • Specifying the I/O areas
        • AIBTDLI interface
        • Specifying language-specific entry points
        • Program communication block (PCB) lists
        • Language environments
        • Special DL/I situations for IMS TM programming
      • Message processing with IMS TM
        • How your program processes messages
          • Message types
            • Input message format and contents
            • Output message format and contents
          • When a message is processed
          • Results of a message: I/O PCB
        • How IMS TM edits messages
          • Printing output messages
          • Using Basic Edit
          • Using Intersystem Communication Edit
          • Using Message Format Service
            • Terminals and MFS
            • MFS input message formats
            • MFS output message formats
          • Using LU 6.2 User Edit exit routine (optional)
        • Message processing considerations for DB2
        • Sending messages to other terminals and programs
          • Sending messages to other terminals
          • Sending messages to other IMS application programs
          • How the VTAM I/O facility affects your VTAM terminal
        • Communicating with other IMS TM systems using Multiple Systems Coupling
          • Implications of MSC for program coding
          • Receiving messages from other IMS TM systems
          • Sending messages to alternate destinations in other IMS TM systems
        • IMS conversational processing
          • A conversational example
          • Conversational structure
          • Replying to the terminal
          • Conversational processing using ROLB, ROLL, and ROLS
          • Passing the conversation to another conversational program
          • Message switching in APPC conversations
        • Processing conversations with APPC
          • Ending the APPC conversation
          • Coding a conversational program
          • Standard IMS application programs
          • Modified IMS application programs
          • CPI-C driven application programs
        • Processing conversations with OTMA
        • Backing out to a prior commit point: ROLL, ROLB, and ROLS calls
          • Comparison of ROLB, ROLL, and ROLS
          • ROLL
          • ROLB
          • ROLS
        • Backing out to an intermediate backout point: SETS/SETU and ROLS
        • Writing message-driven programs
        • Coding DC calls and data areas
          • Before coding your program
          • MPP code examples
            • Coding your MPP program in assembler language
            • Coding your MPP program in C language
            • Coding your MPP program in COBOL
            • Coding your MPP program in Pascal
            • Coding your MPP program in PL/I
          • Message processing considerations for DB2
      • IMS Spool API
        • Managing the IMS Spool API overall design
          • IMS Spool API design
          • Sending data to the JES spool data sets
          • IMS Spool API performance considerations
            • JES initiator considerations
            • Application managed text units
            • BSAM I/O area
          • IMS Spool API application coding considerations
            • Print data formats
            • Message integrity options
        • Understanding parsing errors
          • Diagnosis examples
        • Understanding allocation errors
        • Understanding dynamic output for print data sets
        • Sample programs using the Spool API
      • IMS Message Format Service
        • Advantages of using MFS
        • MFS control blocks
          • MFS examples
          • Relationship between MFS control blocks and screen format
        • Overview of MFS components
        • Devices and logical units that operate with MFS
        • Using distributed presentation management (DPM)
      • Callout requests for services or data
        • Callout request approaches
        • Resume tpipe protocol
        • Implementing the synchronous callout function
        • Control data in synchronous callout requests
        • Implementing the asynchronous callout function
    • Application programming for EXEC DLI
      • Writing your application programs for EXEC DLI
        • Programming guidelines
          • Coding a program in assembler language
          • Coding a program in COBOL
          • Coding a program in PL/I
          • Coding a program in C
        • Preparing your EXEC DLI program for execution
          • Translator, compiler, and binder options required for EXEC DLI
      • Defining application program elements
        • Specifying an application interface block (AIB)
        • Specifying the DL/I interface block (DIB)
        • Defining a key feedback area
        • Defining I/O areas
      • EXEC DLI commands for an application program
        • PCBs and PSB
      • Recovering databases and maintaining database integrity
        • Issuing checkpoints in a batch or BMP program
        • Restarting your program and checking for position
        • Backing out database updates dynamically: the ROLL and ROLB commands
        • Using intermediate backout points: the SETS and ROLS commands
      • Processing Fast Path databases
        • Processing Fast Path DEDBs with subset pointer options
          • Preparing to use subset pointers
          • Designating subset pointers
          • Subset pointer options
          • Subset pointer status codes
        • The POS command
          • Locating a specific sequential dependent segment
          • Locating the last inserted sequential dependent segment
          • Identifying free space with the POS command
          • The P processing option
      • Comparing command-level and call-level programs
        • DL/I calls for IMS and CICS
        • Comparing EXEC DLI commands and DL/I calls
        • Comparing command codes and options
      • Data availability enhancements
    • Application programming for SQL
      • SQL considerations and restrictions for COBOL
      • Writing application programs for SQL
        • Coding SQL statements in application programs: General information
          • Defining the items that your program can use to check whether an SQL statement executed successfully
          • Defining SQL descriptor areas
          • Declaring host variables and indicator variables
            • Host variables
            • Host structures
            • Indicator variables, arrays, and structures
          • Using SQL statements in your application
            • Dynamic SQL
            • Dynamically executing SQL for fixed-list SELECT statements
              • Rules for host variables in an SQL statement
            • Dynamically executing SQL for varying-list SELECT statements
            • Dynamically executing SQL for non-SELECT statements
            • Dynamically executing a SELECT SQL statement with parameter markers
            • Dynamically executing a non-select SQL statement with parameter markers
          • Checking the execution of SQL statements
            • Checking the execution of SQL statements by using the SQLIMSCA
            • Checking the execution of SQL statements by using SQLIMSCODE and SQLIMSSTATE
            • Checking the execution of SQL statements by using the WHENEVER statement
        • Coding SQL statements in COBOL application programs
          • Defining the SQL communications area in COBOL
          • Defining SQL descriptor areas in COBOL
          • Declaring host variables and indicator variables in COBOL
            • Host variables in COBOL
            • Host structures in COBOL
          • Equivalent SQL and COBOL data types
          • SQL statements in COBOL programs
            • Delimiters in SQL statements in COBOL programs
          • SQL aggregate functions supported for COBOL
        • Adding and modifying data
          • Inserting rows
          • Updating segment data
          • Deleting data from segments
        • Accessing data
          • Retrieving data by using the SELECT statement
            • Formatting the result segment
              • Result segments
              • Ordering the result segment rows
            • Optimizing retrieval for a small set of rows
            • Implications of using SELECT *
            • Support for variable-length database segments
          • Retrieving a set of rows by using a cursor
            • Cursors
              • Types of cursors
            • Accessing data by using a row-positioned cursor
              • Declaring a row cursor
              • Opening a row cursor
              • Specifying the action that the row cursor is to take when it reaches the end of the data
              • Executing SQL statements by using a row cursor
              • Closing a row cursor
        • Commit or roll back data
        • Preparing an application to run on IMS
          • Processing SQL statements
            • Processing SQL statements by using the IMS coprocessor
    • Java application development for IMS
      • IMS solutions for Java development overview
      • Comparison of hierarchical and relational databases
      • Programming with the IMS Universal drivers
        • IMS Universal drivers overview
          • Distributed and local connectivity with the IMS Universal drivers
          • Configuring JAXB with JDK 9 or higher
          • Comparison of IMS Universal drivers programming approaches for accessing IMS
          • Support for variable-length database segments with the IMS Universal drivers
          • Support for flattening complex structures
          • Generating the runtime Java metadata class
          • Hospital database example
        • Programming using the IMS Universal Database resource adapter
          • Overview of the IMS Universal Database resource adapter
          • Transaction types and programming interfaces supported by the IMS Universal Database resource adapter
          • Software configurations supported by the IMS Universal Database resource adapter
          • Connecting to IMS with the IMS Universal Database resource adapter
            • Connecting using the IMS Universal Database resource adapter in a managed environment
            • Connecting using the IMS Universal JCA/JDBC driver in a managed environment
          • Sample EJB application using the IMS Universal Database resource adapter CCI programming interface
          • Accessing IMS data with the DLIInteractionSpec class
          • Accessing IMS data with the SQLInteractionSpec class
          • Accessing IMS data with the IMS Universal JCA/JDBC driver
        • Programming with the IMS Universal JDBC driver
          • Supported drivers for JDBC
          • Connecting to IMS using the IMS Universal JDBC driver
            • Connecting to an IMS database using the JDBC DataSource interface
            • Connecting to an IMS database by using the JDBC DriverManager interface
          • Sample application for the IMS Universal JDBC driver
          • Using ByteBuffers with the IMS Universal JDBC Driver
          • Using the removeInvalidCaseFields property
          • Using the expandArrayResultSet property
          • Writing SQL queries to access an IMS database with the IMS Universal JDBC driver
            • SQL keywords supported by the IMS JDBC drivers
            • SQL aggregate functions supported by the IMS JDBC drivers
            • Portable SQL keywords restricted by the IMS Universal JDBC drivers
            • Writing DDL statements to modify IMS resources with the IMS Universal JDBC driver
            • Optimizing SQL statements to promote partial key subfields in the WHERE Clause
            • SQL statement usage with the IMS Universal JDBC driver
              • Foreign key fields
              • CREATE statement usage
              • ALTER statement usage
              • DROP statement usage
              • SELECT statement usage
              • INSERT statement usage
              • UPDATE statement usage
              • DELETE statement usage
              • WHERE clause usage
                • WHERE clause subfield support
          • Writing DL/I calls to access an IMS database with the IMS Universal JDBC driver
          • IMS Universal JDBC driver support for XML
            • Defining XML datatype column fields in the Java metadata class
            • Storing XML data by using the IMS Universal JDBC driver
            • Retrieving XML data by using the IMS Universal JDBC driver
          • Data transformation support for JDBC
            • Supported JDBC data types
            • Methods for retrieving and converting data types
            • COBOL copybook types that map to Java data types
        • Programming with the IMS Universal DL/I driver
          • Basic steps in writing a IMS Universal DL/I driver application
          • Java packages for IMS Universal DL/I driver support
          • Connecting to an IMS database by using the IMS Universal DL/I driver
          • IMS Universal DL/I driver interfaces for executing DL/I operations
            • Specifying segment search arguments using the SSAList interface
            • Retrieving data in a IMS Universal DL/I driver application
            • Batch data retrieval in a IMS Universal DL/I driver application
              • Improving query performance by setting fetch size
            • Methods for retrieving and converting data types
            • Creating and inserting data in a IMS Universal DL/I driver application
            • Updating data in a IMS Universal DL/I driver application
            • Making batch data updates in IMS Universal DL/I driver applications
            • Deleting data in a IMS Universal DL/I driver application
            • Making batch data deletions in a IMS Universal DL/I driver application
            • Making an Inquiry (INQY) DL/I call without a PSB object
            • Using Byte Buffers with the IMS Universal DL/I driver
          • Inspecting the PCB status code and related information using the com.ibm.ims.dli.AIB interface
          • Committing or rolling back DL/I transactions
          • Accessing dynamic arrays with the Universal Drivers using the DBArrayElementSet class
        • Configuring the IMS Universal drivers for SSL support
          • Configuring the IMS Universal Database resource adapter for SSL support in a container-managed environment
          • Configuring IMS Universal drivers for SSL support in a stand-alone environment
        • Tracing IMS Universal drivers applications
      • Programming Java dependent regions
        • Overview of the IMS Java dependent regions
        • Programming with the IMS Java dependent region resource adapter
          • Developing JMP applications with the IMS Java dependent region resource adapter
            • Defining the input and output message classes
            • JMP programming models
              • Processing an input message in a JMP application
              • Rolling back IMS changes in a JMP application
            • Additional message handling considerations for JMP applications
              • Conversational transactions
              • Handling multi-segment messages
              • Coding and accessing messages with repeating structures
              • Flexible reading of multiple input messages
          • Developing JBP applications with the IMS Java dependent region resource adapter
            • Accessing GSAM data from a JBP application
          • IMS Java dependent region resource adapter support for ICAL callout with control data
          • Programming with the Callout API
          • Program switching in JMP and JBP applications
            • Immediate program switching for JMP and JBP applications
            • Deferred program switching for conversational JMP applications
            • Issuing synchronous program switch requests from a Java dependent region
        • IBM Enterprise PL/I for z/OS and Java language interoperability
        • IBM Enterprise COBOL for z/OS interoperability with JMP and JBP applications
          • IBM Enterprise COBOL for z/OS backend applications in a JMP or JBP region
          • IBM Enterprise COBOL for z/OS frontend applications in a JMP or JBP region
        • Accessing Db2 for z/OS databases from JMP or JBP applications
      • 31-bit COBOL and 64-bit Java interoperability
    • PL/I top-down development for IMS Enterprise Suite SOAP Gateway web services
      • WSDL-to-PL/I segmentation APIs for adding business logic in generated PL/I templates
      • Sample of a generated PL/I application template
      • Trace output for WSDL-to-PL/I segmentation APIs
      • Limitations and restrictions of the segmentation APIs
    • IMS Transaction Manager Resource Adapter
      • IMS Transaction Manager Resource Adapter overview
        • Components of the IMS TM resource adapter
        • Runtime process of the IMS TM resource adapter
        • IMS TM resource adapter features
          • New features in IMS TM Resource Adapter Version 15
        • Supported platforms
        • Supported software configurations
        • Requirements for the IMS TM resource adapter
        • Restrictions for the IMS TM resource adapter
        • WebSphere Application Server platform configurations and communication protocol considerations
      • Installing the IMS TM resource adapter runtime component
        • Preparing to use the IMS TM resource adapter
          • Potential migration issues for the IMS TM resource adapter
          • Updating the IMS TM resource adapter
        • Extracting the compressed file for installation on distributed platforms
        • Extracting the compressed file for installation on z/OS
        • Verifying file contents for the IMS TM resource adapter runtime component
        • Installing the resource adapter on WebSphere Application Server
          • Creating a connection factory in WebSphere Application Server
        • Installing the resource adapter on WebSphere Liberty servers
          • Configuring the connection factory for WebSphere Liberty servers
        • Verifying installation by using the installation verification program
          • Prerequisites for running the IVP
          • Deploying the IVP EAR file in the Java EE application server
            • Deploying the IVP EAR file to WebSphere Application Server
            • Deploying the IVP EAR file to WebSphere Liberty servers
          • Running the IMS TM resource adapter IVP
        • Running the IMS TM resource adapter callout IVP sample
          • Deploying the sample application on WebSphere Application Server to process callout requests
            • Configuring a J2C activation specification for the callout IVP
          • Deploying the sample application on WebSphere Liberty servers to process callout requests
          • Running the IMS host callout IVP application
        • Installing IMS TM resource adapter service and updates
        • Configuring for resource workload routing
      • Developing an application for use with the IMS TM resource adapter
        • Interacting with the IMS Transaction Manager
          • Programming models
            • Send/receive programming model
              • Shareable persistent socket processing model
              • Dedicated persistent socket processing model
            • Send-only programming model
            • Asynchronous output programming model
              • Retrieving asynchronous output on dedicated persistent socket connections
              • Retrieving asynchronous output with an alternate client ID on shareable persistent socket connections
              • Retrieving asynchronous output without an alternate client ID on shareable persistent socket connections
              • Displaying and interpreting output message counts
            • Callout programming models
              • OTMA destination descriptors
              • Security for retrieving callout requests
              • Synchronous callout message flow
              • Asynchronous callout message flow
              • Managed callout programming model
                • Retrieving IMS callout messages by using a message-driven bean
                • Configuring a J2C activation specification
                  • Configuring a J2C activation specification in WebSphere Application Server
                  • IMSActivationSpec property configuration for message-driven beans
                  • Configuring a thread pool in WebSphere Application Server
                • Sample MDB for receiving callout requests from IMS
              • Non-managed (client-managed) callout programming model
                • Correlating the response from the Java application to the synchronous callout request
                • Retrieving synchronous callout request messages from non-MDB applications
                • Sample non-MDB Java application for retrieving and processing synchronous callout requests
                • Retrieving asynchronous callout request messages from non-MDB applications
                • Sample Java application for retrieving asynchronous callout requests
          • Commit mode and sync level processing
            • Interactions supported with commit mode and sync level combinations
            • Specification of transaction pipe, client ID, and interaction verb
          • Socket connections
            • Dedicated persistent sockets
            • Shareable persistent sockets
            • Releasing and reconnecting persistent sockets
          • IMSInteractionSpec property configuration
          • Submitting commands to IMS
        • Configuring IMS connection factories
          • TCP/IP connections to IMS Connect
            • Establishing dedicated persistent socket connections
            • Establishing shareable persistent socket connections
          • IMS connection factory
        • Input and output message formats
        • Measuring IMS TM resource adapter performance
        • Securing interactions with the IMS Transaction Manager
          • IMS TM resource adapter security
          • Container-managed EIS signon
            • Configuring container-managed EIS signon
          • Component-managed EIS signon
            • Configuring component-managed EIS signon
          • Secure Sockets Layer (SSL) support
            • SSL concepts
            • SSL protocol
            • SSL handshake and authentication process
            • Configuring the client and the server for SSL support
              • Creating the keystore or truststore for the client
              • Configuring SSL connections
          • Changing RACF passwords
          • Securing message retrieval from IMS hold queues
          • Enabling support for distributed network security credentials
            • Configuring WebSphere Application Server for distributed network security credentials
            • Configuring WebSphere Liberty for distributed network security credentials
            • Enabling IMS TM resource adapter client applications to support network security credentials in callout messages
        • IMS TM resource adapter timeouts
          • Execution timeouts
            • Valid execution timeout values
            • Setting execution timeout values
          • Socket timeouts
            • Setting socket timeout values
              • Setting the socket timeout value by using the Common Client Interface
              • Setting the socket timeout value by using a development environment
          • Other types of timeouts
        • Conversational programs
          • Client-managed and IMS Connect-managed conversation state programming models
          • Orphaned IMS conversation
          • Business process choreography applications
          • Enabling your Java client for IMS conversational transactions
            • Using the client-managed conversation state programming model
            • Using the IMS Connect-managed conversation state programming model
        • Processing global transactions
          • Global transaction support with two-phase commit
          • Global transaction and two-phase commit support process
            • Global transactions support requirements
            • Global transaction with TCP/IP
          • Global transaction support in client applications
          • Two-phase commit environment recommendations
          • Other transaction support
        • Common Client Interface (CCI)
          • Sample CCI application code
        • Samples and tutorials
      • Running your application on a stand-alone WebSphere Application Server
        • Installing your EAR file on WebSphere servers
      • Diagnosing problems
        • Diagnosing IVP failures
        • Diagnosing problems accessing IMS from Java applications
        • Diagnosing problems with callout requests
        • Java exceptions that involve output messages
        • Logging and tracing IMS TM resource adapter information
          • Logging and tracing in WebSphere Application Server
          • Logging and tracing in WebSphere Liberty
          • Creating a stand-alone Logger with output sent to a file
          • Analyzing the trace data
        • IMS TM resource adapter messages and exceptions
          • ICO0001E
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        • Other exceptions and error messages
          • J2CA0056I
          • WLTC0017E
          • HWSP1445E
          • HWSSSL00E
      • Reference information
        • IMS connection factory properties
          • Client ID (clientID)
          • CM0 dedicated (CM0Dedicated)
          • Data store name (dataStoreName)
          • Group name (groupName)
          • Host name (hostName)
          • Password (password)
          • Password phrase (passwordPhrase)
          • Port number (portNumber)
          • SSL enabled (SSLEnabled)
          • SSL encryption type (SSLEncryptionType)
          • SSL keystore name (SSLKeyStoreName)
          • SSL keystore password (SSLKeyStorePassword)
          • SSL truststore name (SSLTrustStoreName)
          • SSL truststore password (SSLTrustStorePassword)
          • SSL protocol (SSLProtocol)
          • User name (userName)
        • IMS interaction specification properties
          • Alternate client ID (altClientID)
          • Async output available (asyncOutputAvailable)
          • Callout request type (calloutRequestType)
          • Conversation ended (convEnded)
          • Conversation ID (convID)
          • Commit mode (commitMode)
          • CM0 response (CM0Response)
          • Execution timeout (executionTimeout)
          • Ignore PURG call (ignorePURGCall)
          • IMS request type (imsRequestType)
          • Interaction verb (interactionVerb)
          • Lterm name (ltermName)
          • Map name (mapName)
          • Purge async output (purgeAsyncOutput)
          • Reroute (reRoute)
          • Reroute name (reRouteName)
          • Resume tpipe network security credentials (resumeTpipeNSC)
          • Socket timeout (socketTimeout)
          • Synchronous callout correlator token (syncCalloutCorrelatorToken)
          • Synchronous callout status code (syncCalloutStatusCode)
          • Sync level (syncLevel)
          • Transaction expiration (transExpiration)
          • Transaction tracking ID (trckID)
          • Use conversation ID (useConvID)
        • Java API specifications
  • Application programming APIs
    • DL/I calls reference
      • Database management
        • DL/I calls for database management
          • Database management call summary
          • CIMS call
          • CLSE call
          • DEQ call
          • DLET call
          • FLD call
          • GN/GHN call
          • GNP/GHNP call
          • GU/GHU call
          • GUR call
          • ISRT call
          • OPEN call
          • POS call
          • REPL call
          • RLSE call
        • DL/I calls for IMS DB system services
          • System service call summary
          • APSB call
          • CHKP (basic) call
          • CHKP (symbolic) call
          • DPSB call
          • GMSG call
          • GSCD call
          • ICMD call
          • INIT call
          • INQY call
          • LOG call
          • PCB call (CICS online programs only)
          • RCMD call
          • ROLB call
          • ROLL call
          • ROLS call
          • SETS/SETU call
          • SNAP call
          • STAT call
          • SYNC call
          • TERM call (CICS online programs only)
          • XRST call
      • Transaction management
        • DL/I calls for transaction management
          • AUTH call
          • CHNG call
          • CMD call
          • GCMD call
          • GN call
          • GU call
          • ICAL call
          • ISRT call
          • PURG call
          • SETO call
        • DL/I calls for IMS TM system services
          • APSB call
          • CHKP (basic) call
          • CHKP (symbolic) call
          • DPSB call
          • GMSG call
          • GSCD call
          • ICMD call
          • INIT call
          • INQY call
          • LOG call
          • RCMD call
          • ROLB call
          • ROLL call
          • ROLS call
          • SETS/SETU call
          • SYNC call
          • XRST call
      • EXEC DLI commands
        • Summary of EXEC DLI commands
        • ACCEPT command
        • CHKP command
        • DEQ command
        • DLET command
        • GN command
        • GNP command
        • GU command
        • ISRT command
        • LOAD command
        • LOG command
        • POS command
        • QUERY command
        • REFRESH command
        • REPL command
        • RETRIEVE command
        • ROLB command
        • ROLL command
        • ROLS command
        • SCHD command
        • SETS command
        • SETU command
        • STAT command
        • SYMCHKP command
        • TERM command
        • XRST command
      • Command code reference
        • A command code
        • C command code
        • D command code
        • F command code
        • G command code
        • L command code
        • N command code
        • O command code
        • P command code
        • Q command code
        • U command code
        • V command code
        • NULL command code
        • DEDB command codes for DL/I
          • M command code
          • R command code
          • S command code
          • W command code
          • Z command code
      • Relationship between calls, AIBs, and PCBs
      • DL/I test program (DFSDDLT0) reference
        • Control statements
        • ABEND statement
        • CALL statement
          • CALL FUNCTION statement
            • CALL FUNCTION statement with column-specific SSAs
          • CALL DATA statement
          • OPTION DATA statement
          • FEEDBACK DATA statement
          • DL/I call functions
          • Examples of DL/I call functions
          • DFSDDLT0 call functions
        • COMMENT statement
        • COMPARE statement
          • COMPARE AIB statement
          • COMPARE DATA statement
          • COMPARE PCB statement
          • Examples of COMPARE DATA and COMPARE PCB statements
        • IGNORE statement
        • OPTION statement
        • PUNCH CTL statement
        • STATUS statement
        • WTO statement
        • WTOR statement
        • JCL requirements for the DL/I test program (DFSDDLT0)
          • SYSIN DD statement
          • SYSIN2 DD statement
          • PRINTDD DD statement
          • PUNCHDD DD statement
          • Using the PREINIT parameter for DFSDDLT0 input restart
        • Execution of DFSDDLT0 in IMS regions
        • Explanation of DFSDDLT0 return codes
        • DFSDDLT0 operations
    • DRDA DDM command architecture reference
      • Overview of the syntax for DDM terms supported by IMS
        • DSSHDR syntax
      • DDM commit and rollback processing
      • DDM commands and command objects
        • ACCRDB command (X'2001')
        • ACCSEC command (X'106D')
        • CLSQRY command (X'2005')
        • CNTQRY command (X'2006')
        • DEALLOCDB command (X'C801')
        • DLIFUNC command object (X'CC05')
        • DLIFUNCFLG command object (X'CC09')
        • EXCSAT command (X'1041')
        • EXCSQLIMM command (X'200A')
        • EXCSQLSET command (X'2014')
        • FLDENTRY command object (X'CC03')
        • FLDENTRYREL command object (X'CC0C')
        • IMSCALL command (X'C803')
        • INAIB command object (X'CC01')
        • MONITORRD command (X'1C00')
        • OPNQRY command (X'200C')
        • PRPSQLSTT command (X'200D')
        • RLSE command (X'C802')
        • RTRVFLD command object (X'CC04')
        • RTRVFLDREL command object (X'CC0B')
        • SECCHK command (X'106E')
        • SEGMLIST command object (X'CC0A')
        • SQLATTR command (X'2450')
        • SQLCARD command (X'2408')
        • SQLDARD command (X'2411')
        • SQLDTA command (X'2412')
        • SQLSTT command (X'2414')
        • SSALIST command object (X'CC06')
      • DDM reply messages and reply objects
        • ABNUOWRM reply message (X'220D')
        • ACCRDBRM reply message (X'2201')
        • ACCSECRD reply object (X'14AC')
        • AGNPRMRM reply message (X'1232')
        • CMDVLTRM reply message (X'221D')
        • DEALLOCDBRM reply message (X'CA01')
        • ENDQRYRM reply message (X'220B')
        • ENDUOWRM reply message (X'220C')
        • EXCSATRD reply object (X'1443')
        • IMSCALLRM reply message (X'CA04')
        • OPNQFLRM reply message (X'2212')
        • OPNQRYRM reply message (X'2205')
        • QRYDSC reply object (X'241A')
        • QRYDTA reply object (X'241B')
        • QRYPOPRM reply message (X'220F')
        • RDBAFLRM reply message (X'221A')
        • RDBATHRM reply message (X'2203')
        • RDBNACRM reply message (X'2204')
        • RDBNFNRM reply message (X'2211')
        • RDBUPDRM reply message (X'2218')
        • RLSERM reply message (X'CA03')
        • RSCLMTRM reply message (X'1233')
        • SECCHKRM reply message (X'1219')
        • SQLERRRM reply message (X'2213')
      • DDM parameters used by IMS
        • AIBOALEN parameter (X'C904')
        • AIBRSNM1 parameter (X'C901')
        • AIBRSNM2 parameter (X'C902')
        • AIBSFUNC parameter (X'C903')
        • aibStream data structure
        • dbpcbStream data structure
        • iopcbStream data structure
        • OUTAIBDBPCB parameter (X'CC02')
        • OUTAIBIOPCB parameter (X'CC08')
        • RDBNAM parameter (X'2110')
        • SSA parameter (X'C906')
        • SSACOUNT parameter (X'C905')
        • UPDCNT parameter (X'C90A')
    • IMS Adapter for REXX reference
      • IMS Adapter for REXX overview
      • Sample exit routine (DFSREXXU)
      • Addressing other environments
      • REXX transaction programs
      • REXXTDLI calls and REXXIMS commands
      • REXXTDLI calls
      • REXXIMS extended commands
        • DLIINFO
        • IMSRXTRC
        • MAPDEF
        • MAPGET
        • MAPPUT
        • SET
        • SRRBACK and SRRCMIT
        • STORAGE
        • WTO, WTP, and WTL
        • WTOR
        • IMSQUERY extended functions
      • Sample execs using REXXTDLI
        • SAY exec: for expression evaluation
        • PCBINFO exec: display available PCBs in current PSB
        • PART execs: database access examples
          • PARTNUM exec: show set of parts near a specified number
          • PARTNAME exec: show a set of parts with a similar name
        • DOCMD: IMS commands front end
        • IVPREXX sample application
    • Java programming reference
      • IMS Universal drivers support for JDBC
        • javax.sql.Clob methods supported
        • java.sql.Connection methods supported
        • java.sql.DatabaseMetaData methods supported
        • javax.sql.DataSource methods supported
        • java.sql.Driver methods supported
        • java.sql.ParameterMetaData methods supported
        • java.sql.PreparedStatement methods supported
        • java.sql.Statement methods supported
        • java.sql.ResultSet methods supported
        • java.sql.ResultSetMetaData methods supported
      • IMS Universal drivers support for the Common Client Interface
        • javax.resource.cci.Connection methods supported
        • javax.resource.cci.ConnectionFactory methods supported
        • javax.resource.cci.ConnectionMetaData methods supported
        • javax.resource.cci.Interaction methods supported
        • javax.resource.cci.LocalTransaction methods supported
        • javax.resource.cci.ResultSetInfo methods supported
        • javax.resource.cci.ResourceAdapterMetaData methods supported
        • javax.resource.cci.RecordFactory methods supported
      • Java API documentation (Javadoc)
        • Java API specification: IMS Universal drivers and IMS JDR resource adapter
          • com.ibm.ims.application Package
            • IMSFieldMessage
          • com.ibm.ims.base Package
            • DLITypeInfo
            • DLITypeInfoList
            • SecondaryIndexInfo
          • com.ibm.ims.db.cci Package
            • DLIInteractionSpec
            • DLIResultSet
            • IMSManagedConnectionFactory
            • SQLInteractionSpec
            • SQLResultSet
            • SSAListHelper
          • com.ibm.ims.dli Package
            • AIB
            • AUTHCallResult
            • CMDCallResult
            • DBArray
            • DBArrayElementSet
            • DBArrayElementSetMetaData
            • DBPCB
            • DBQueryInfo
            • DBStruct
            • DLICall
            • DLICall.Function
            • DLICallProperty
            • DLICallProperty.Classname
            • DLICallProperty.FLD_FSA_OPCODE
            • DLICallProperty.FSA
            • DLICallProperty.LockClass
            • DLICallProperty.POS_Option
            • DLICallProperty.Property
            • DLICallProperty.SNAP_Region
            • DLICallProperty.STAT_Option
            • DLICallProperty.Subfunction
            • DLICallResult
            • DLIException
            • EnvironInfo
            • FindInfo
            • FLDCallResult
            • FLDCallResult.FLD_STATUSCODE
            • GCMDCallResult
            • GMSGCallResult
            • GPCB
            • GSAMPCB
            • ICMDCallResult
            • IMSConnectionSpec
            • IMSConnectionSpecFactory
            • IMSMetadata
            • IMSStatusCodes
            • INITCallResult
            • INQYCallResult
            • IOPCB
            • LocalTransaction
            • MessageInfo
            • Path
            • PathMetaData
            • PathSet
            • PCB
            • POSCallReturn
            • PreparedValue
            • PSB
            • PSBFactory
            • RCMDCallResult
            • ROLSCallResult
            • RSA
            • SecondaryIndexDatabaseField
            • SETOCallResult
            • SSAList
            • STATCallResult
          • com.ibm.ims.dli.converters Package
            • ConverterFactory
            • DoubleTypeConverter
            • FloatTypeConverter
            • IntegerTypeConverter
            • LongTypeConverter
            • PackedDecimalTypeConverter
            • ShortTypeConverter
            • StringTypeConverter
            • UByteTypeConverter
            • UIntegerTypeConverter
            • ULongTypeConverter
            • UShortTypeConverter
            • ZonedDecimalTypeConverter
          • com.ibm.ims.dli.tm Package
            • Application
            • ApplicationFactory
            • AssemblerCall
            • IMSCallout
            • IMSCallout.Subfunction
            • IOMessage
            • MessageDestinationSpec
            • MessageQueue
            • SaveArea
            • StatusCodes
            • TMException
            • Transaction
          • com.ibm.ims.jdbc Package
            • IMSDataSource
            • IMSDriver
            • SqlException
          • com.ibm.ims.jdbc.xa Package
            • IMSXADataSource
          • com.ibm.ims.jms Package
            • IMSCalloutControlArea
            • IMSCalloutControlAreaFactory
            • IMSCalloutControlItem
            • IMSQueueConnectionFactory
    • Message Format Service (MFS) reference
      • MFS application program design
        • Relationships between MFS control blocks
          • 3270 or SLU 2 display devices
          • 3290 information panel in partitioned format mode
          • Finance, 3770, SLU 1, NTO, or SLU P devices
          • Finance or SLU P workstations
          • ISC subsystem (DPM-Bn)
        • Format library member selection
        • 3270 or SLU 2 screen formatting
          • 3290 screen formatting
          • 3180 screen formatting
        • Device compatibility with previous versions of MFS
          • Converting MFS 3270 device formats to symbolic name formats using STACK/UNSTACK
          • 3270 device format conversion example
          • 3270 printer and SLU 1 compatibility
          • SLU P compatibility
        • Enhancing system performance of MFS message and device formats
          • Enhancing system performance of MFS-supported devices
          • Enhancing system performance of 3270 or SLU 2 display devices
          • SLU P and ISC subsystems with DPM
          • Loading programmed symbol buffers
            • Using an application program to determine whether programmed symbol buffers are loaded
            • How to load programmed symbol buffers
            • Solving programmed symbol load problems
        • MFS definitions for intersystem communication
      • MFS message formats
        • Input message formats
          • Device-dependent input information (3270 or SLU 2)
        • Output message formats
          • Logical pages
          • Segment format
          • Field format (options 1 and 2)
          • Field format (option 3)
          • Device-dependent output information
          • Dynamic attribute modification
          • Dynamic modification of extended field attributes
          • Dynamic modification of EGCS data
          • Dynamic modification of DBCS/EBCDIC mixed data
          • Specification of message output descriptor name
          • MFS bypass for the 3270 or SLU 2
            • Specifying input forms for MFS bypass
            • MFS bypass for the SLU 2 (3290) with partitioning
            • DIV statement
            • DPAGE statement
        • MFS message formatting functions
          • Input message formatting
            • Input messages accepted by MFS
            • How MFS formats input messages
              • Input message formatting options
              • Examples of message segment definitions
              • Cursor position input and FILL=NULL
              • Input logical page selection
              • Input message field and segment edit routines
              • Input message literal fields
              • Input message field attribute data
              • IMS TM password
              • Fill characters for input message fields
              • Input modes (devices other than 3270, SLU 2, or ISC subsystems)
              • Input field tabs (devices other than 3270 or SLU 2)
              • Optional deletion of null characters for DPM-An
              • Examples of optional null character deletion for DPM-An
              • Multiple physical page input messages (3270 and SLU 2 display devices)
          • General rules for multiple DPAGE input
          • 3270 and SLU 2 input substitution character
          • Input format control for ISC (DPM-Bn) subsystems
          • Output message formatting
            • Output messages accepted by MFS
            • How MFS formats output messages
              • Output message formatting options
              • Operator logical paging of output messages
              • Physical paging of output messages
              • Fill characters for output device fields
              • System control area (SCA) and default SCA (DSCA)
              • Output message literal fields
              • Output device field attributes
              • Extended field attributes for output devices
              • Extended Graphic Character Set (EGCS)
              • Mixed DBCS/EBCDIC fields
              • Cursor positioning
              • Prompt facility
              • System message field (3270 or SLU 2 display devices)
              • Printed page format control
              • Format control for 3770 and SLU 1 printers
              • Output format control for 3270P printers
              • Output format control for SLU P DPM-An
          • Output format control for ISC (DPM-Bn) subsystems
            • FILL=NULL specification
            • Trailing blank compression
            • Data structure name
          • Your control of MFS
            • Operator logical paging
            • Operator control tables
            • 3270 or SLU 2-only feature definitions
            • Paging action at the device
            • Unprotected screen option
            • 3290 in partitioned format mode
            • 3180 in partitioned format mode
          • MFS format sets supplied by IMS
          • MFS formatting for the 3270 or SLU 2 master terminal
          • MFS Device Characteristics table
          • Version identification function for DPM formats
    • OTMA Callable Interface API reference
      • OTMA Callable Interface API calls
        • OTMA C/I hints and tips
        • otma_create API
        • otma_open API
        • otma_openx API
        • otma_alloc API
        • otma_send_receive API
        • otma_send_receivex API
        • otma_send_receivey API
        • otma_send_async API
        • otma_send_asyncx API
        • otma_receive_async API
        • otma_free API
        • otma_close API
      • OTMA C/I sample programs
        • Warranty and distribution for OTMA C/I sample programs
        • OTMA C/I sample program for synchronous processing
        • OTMA C/I sample program for asynchronous processing
    • WSDL-to-PL/I segmentation APIs for web service development
      • Include file DFSPWSH
      • DFSQGETS
      • DFSQSETS
      • DFSXGETS
      • DFSXSETS
      • Return codes from the DFSPWSIO APIs
    • SQL programming reference
      • SQL concepts for IMS
        • Structured query language
          • DDL SQL
          • Static SQL
          • Dynamic SQL
          • Interactive SQL
        • IMS data structures for SQL
          • Hierarchical and relational databases
      • Language elements
        • Characters
        • Tokens
        • Identifiers
          • SQL identifiers
            • Ordinary identifiers
          • Host identifiers
        • Naming conventions
        • Data types
          • Nulls
          • Numbers
            • Small integer (SMALLINT)
            • Large integer (INTEGER)
            • Big integer (BIGINT)
            • Double precision floating-point (DOUBLE or FLOAT)
            • Decimal
            • Numeric host variables
          • Character strings
            • Fixed-length character strings
          • Datetime values
            • Date
            • Time
            • Timestamp
            • Datetime host variables
        • Assignment and comparison
          • String assignments
            • Character string assignment
              • Storage assignment
              • Retrieval assignment
          • String comparisons
            • Character string comparisons
        • Constants
          • Integer constants
          • Floating-point constants
          • Decimal constants
          • Character string constants
        • Field names
          • Qualified field names
          • Field name qualifiers to avoid ambiguity
        • References to variables
          • References to host variables
          • Host variables in dynamic SQL
        • Host structures in COBOL
        • Predicates
          • Basic predicate
          • BETWEEN predicate
          • IN predicate
        • Search conditions
      • SQL statements
        • How SQL statements are invoked
          • Using an SQL statement in an application program
          • Dynamic preparation and execution
          • Dynamic invocation of a SELECT statement
          • Detecting and processing error and warning conditions in host language applications
            • SQLIMSSTATE
            • SQLIMSCODE
            • SQLIMSERRM
        • ALTER DATABASE
        • ALTER TABLE
        • ALTER TABLESPACE
        • CLOSE
        • COMMENT ON
        • CREATE DATABASE
        • CREATE PROGRAMVIEW
        • CREATE TABLE
        • CREATE TABLESPACE
        • DECLARE CURSOR
        • DECLARE STATEMENT
        • DELETE
        • DESCRIBE OUTPUT
        • DROP DATABASE
        • DROP PROGRAMVIEW
        • DROP TABLE
        • DROP TABLESPACE
        • EXECUTE
        • FETCH
        • INCLUDE
        • INSERT
        • OPEN
        • PREPARE
        • SELECT
        • UPDATE
        • WHENEVER
      • SQL communication area (SQLIMSCA)
        • Description of SQLIMSCA fields
        • The included SQLIMSCA
      • SQL descriptor area (SQLIMSDA)
        • Description of SQLIMSDA fields
          • The SQLIMSDA header
          • SQLIMSVAR entries
            • Determining how many SQLIMSVAR occurrences are needed
            • Field descriptions of an occurrence of a base SQLIMSVAR
            • SQLIMSTYPE and SQLIMSLEN
        • The included SQLIMSDA
  • System programming APIs
    • Common Queue Server (CQS)
      • Writing a CQS client
        • Summary of CQS client requests
        • Sequence of CQS requests issued by a client for queue structure
        • Considerations for coding CQS requests
          • Environmental requirements for CQS
          • Return codes and reason codes for CQS requests
        • CQS clients and handling special events
      • CQS client requests
        • CQSBRWSE request
        • CQSCHKPT request
        • CQSCONN request
        • CQSDEL request
        • CQSDEREG request
        • CQSDISC request
        • CQSINFRM request
        • CQSMOVE request
        • CQSPUT request
        • CQSQUERY request
        • CQSREAD request
        • CQSRECVR request
        • CQSREG request
        • CQSRSYNC request
        • CQSSHUT request
        • CQSUNLCK request
        • CQSUPD request
    • Common Service Layer (CSL)
      • Writing a CSL client
        • Event Control Blocks with CSL requests
        • Environmental requirements for SCI requests
        • How to interpret CSL request return and reason codes
        • Planning considerations for writing clients for the CSL
        • Registration of CSL managers with SCI
          • SCI registration
          • Registering an ODBM client
          • Registering an OM command processing client
          • Registering an RM client
          • How to enable SCI ready state
          • Sequence for coding CSL requests
        • Requests common to all CSL components
          • CSLZQRY: query request
          • CSLZSHUT: shutdown request
      • CSL automated operator program requests
        • CSLOMCMD: command request
        • CSLOMI: API request
        • CSLOMQRY: query request
        • CSL OM automated operator program clients
          • How AOP clients that run on the host communicate with the CSL OM
          • How AOP clients that run on a workstation communicate with the CSL OM
          • Processing AOP commands with a command processing client
          • Interpreting CSL OM XML output
      • Writing a CSL ODBM client
        • Sequence of ODBM client requests
        • CSL ODBM client requests
          • CSLDMDRG: ODBM client deregistration request
          • CSLDMI: ODBM application program interface
          • CSLDMREG: ODBM client registration request
      • Writing a CSL OM client
        • CSL OM command processing client requests
          • CSLOMBLD: command registration build
          • CSLOMDRG: command deregistration request
          • CSLOMOUT: unsolicited output request
          • CSLOMRDY: ready request
          • CSLOMREG: command registration request
          • CSLOMRSP: command response request
        • CSLOMSUB: Subscribe to unsolicited messages
        • CSLOMUSB: Unsubscribe to unsolicited messages
        • CSL OM directives
      • Writing a CSL RM client
        • Sequence of RM client requests
        • Issue CSL RM requests to manage global resources
        • Issue CSL RM requests to coordinate IMSplex-wide processes
        • CSLRMDEL: delete resources
        • CSLRMDRG: deregister clients
        • CSLRMPRI: process initiate
        • CSLRMPRR: process respond
        • CSLRMPRS: process step
        • CSLRMPRT: process terminate
        • CSLRMQRY: query resources
        • CSLRMREG: register clients
        • CSLRMUPD: update resources
        • CSL RM directives
          • CSL RM repopulate structure directive
          • CSL RM structure failed directive
          • CSL RM process step directive
          • CSL RM process step response directive
      • Writing a CSL SCI client
        • Sequence of CSL SCI requests
        • Advanced CSL SCI requests
        • CSL SCI requests
          • CSLSCBFR: buffer return request
          • CSLSCDRG: deregistration request
          • CSLSCMSG: send message request
          • CSLSCQRY: query request
          • CSLSCQSC: quiesce request
          • CSLSCRDY: ready request
          • CSLSCREG: registration request
          • CSLSCRQR request return request
          • CSLSCRQS: send request
      • CSL Operations Manager XML output
        • CSLOMI XML output examples
        • CSLOMCMD output
        • CSLOMQRY output
        • CSLOMOUT output
        • XML tags returned as CSL OM responses
      • REXX SPOC API and the CSL
        • REXX SPOC API environment with the CSL OM
          • Setting up the REXX environment in a CSL
          • Setting up the IMSplex environment
          • Issuing type-2 IMS commands
          • CSLULGTS: retrieving command responses in XML
          • CSLULGTP: retrieving command responses directly to a REXX stem variable
          • CSLULOPT: including format identifiers in command responses
          • REXX SPOC API within a transaction
          • Ending the IMS SPOC environment
        • Retrieving unsolicited messages
          • CSLULSUB request
          • CSLULUSB request
          • CSLULGUM request
          • Sample program for subscribing to OM
        • REXX program examples
          • Sample REXX SPOC program
          • REXX SPOC batch job example
          • /DISPLAY command examples and format identifiers
          • Autonomic computing examples
    • Asynchronous data propagation
      • Changed data log record
        • Elements of captured data
        • Reducing the amount of captured data
        • Example of logged data elements
      • End of Job (EOJ) call log record
      • SETS and ROLS call log records
      • Format of the data capture log records
        • Data capture log record prefix
        • Changed data log record format
        • Format for data element header
        • CAPD block format (LOGID=X'00')
        • CAPD_DATA format (LOGID=X'0C')
        • End of Job call log record format
        • SETS and ROLS call log record format
      • Managing logging for multiple Data Capture exit routines for a single EXIT= parameter
    • Database resource adapter (DRA)
      • Thread concepts
        • Processing threads
        • Processing multiple threads
        • CCTL multithread example
      • Sync points
        • The two-phase commit protocol
        • In-doubt state during two-phase sync processing
      • DRA startup table
      • Enable the DRA for a CCTL
      • Enabling the DRA for the ODBA interface
      • Processing CCTL DRA requests
      • Processing ODBA calls
      • Considerations for COMMIT CONTINUE-SYNC CONTINUE-ABORT CONTINUE
      • CCTL-initiated DRA function requests
        • INIT request
        • RESYNC request
        • TERM request
        • SCHED request
        • IMS request
        • SYNTERM request
        • PREP request
        • COMTERM request
        • ABTTERM request
        • TERMTHRD request
      • Terminating the DRA
      • Designing the CCTL recovery process
      • CCTL performance: monitoring DRA thread TCBs
        • DRA thread statistics
        • DRA statistics
        • DRA tracing
        • Sending commands to IMS DB
        • Problem diagnosis
    • Database Recovery Control (DBRC)
      • DBRC API
        • Structure of applications that access the DBRC API
          • How an application program establishes the DBRC API environment
          • How an application program ends the DBRC API environment
          • Addressing and residency mode
          • Address space control (ASC) mode and state
          • How the DBRC API uses registers
          • How to include equate (EQU) statements in your DBRC API application
          • API application
          • Versions of the DBRC API macro
          • The DBRC API token
          • Macro forms of the DSPAPI macro
          • Query output block header
        • Runtime considerations for the DBRC API
          • DSPAPI macro access
          • RECON data set access
          • RECON access authority
          • Time stamp format for DBRC requests
          • How DBRC uses the output data set
          • Wildcard support for name parameters for Query requests
      • DBRC API security features
      • DBRC authorization request (AUTH)
        • Syntax for the AUTH request
        • Parameters for the AUTH request
        • Return and reason codes for AUTH
        • APAUB_RsnCode for AUTH output block
        • AUTH output block mapping
        • AUTH output block
      • DBRC command request (COMMAND)
        • Syntax for the COMMAND request
        • Parameters for the COMMAND request
        • Return and reason codes for the COMMAND request
        • COMMAND output block mapping
      • DBRC query request (QUERY)
        • Output from query requests
          • Backout query request (TYPE=BACKOUT)
          • Database query request (TYPE=DB)
          • DBDS query request (TYPE=DBDS)
          • Group query request (TYPE=*GROUP)
          • Log query request (TYPE=LOG)
          • OLDS query request (TYPE=OLDS)
          • HALDB partition query request (TYPE=PART)
          • RECON status query request (TYPE=RECON)
          • Subsystem query request (TYPE=SUBSYS)
      • DBRC release buffer request (RELBUF)
      • DBRC start request (STARTDBRC)
      • DBRC stop request (STOPDBRC)
      • DBRC unauthorization request (UNAUTH)
        • Return and reason codes for UNAUTH
          • APAUB_RsnCode for UNAUTH output block
        • UNAUTH output block mapping
        • UNAUTH output block
    • IMS catalog API (DFS3CATQ)
      • IMS catalog API (DFS3CATQ macro)
      • Structure of applications that access the IMS catalog API
      • DSECT mapping request (DSECT) for the IMS catalog API
      • HLQ request (HLQ) for the IMS catalog API
      • Open request (OPEN) for the IMS catalog API
      • Get request (GET) for the IMS catalog API
      • List request (LIST) for the IMS catalog API
      • Close request (CLOSE) for the IMS catalog API
    • IMS installed level API (DFSGVRM)
      • CALL request (CALL) for the IMS installed level API
      • REL request (REL) for the IMS installed level API
    • Repository Server batch interface (FRPBATCH)
      • Commands for FRPBATCH
        • ADD command for FRPBATCH
        • DELETE command for FRPBATCH
        • DSCHANGE command for FRPBATCH
        • LIST command for FRPBATCH
        • RENAME command for FRPBATCH
        • START command for FRPBATCH
        • STOP command for FRPBATCH
        • UPDATE command for FRPBATCH
    • VTAM and SNA reference information
      • Bind parameters for SLU P and LU 6.1
        • Finance communication system bind parameters
        • IMS as primary half session
        • IMS as secondary half session
      • Bind parameters for SLU 1 and SLU 2
        • SLU 1 bind parameters
        • SLU 2 bind parameters
      • Format for CINIT user data parameters
      • SNA character string controls
        • Format controls
        • Control function code assignments
    • IMS compliance data access
      • IMS compliance control blocks
• Troubleshooting for IMS
  • Diagnosis
    • Collecting IMS diagnostic information
      • Standard IMS diagnostic information
      • Managing standard diagnostic information
        • Preserving the z/OS console (syslog)
        • Preserving the JES JOBLOG
        • Preserving the IMS master console log
        • Preserving the SYS1.LOGREC
        • Preserving memory dumps
        • Preserving the IMS OLDS and SLDS
      • Manual intervention for dump creation
        • Deciding when to create a memory dump
        • Creating IMS memory dumps
        • IEADMCxx, z/OS SYS1.PARMLIB
          • IEADMCxx example for IMS
          • IEADMCxx DUMP activation
        • IMS sysplex dump considerations
          • Sysplex IEADMCxx example
          • Sysplex IEADMCxx DUMP activation
    • Collecting data about specific problems
      • Control region wait or hang
      • Control region or DL/I region loop
      • IMS dependent region wait or loop
      • Formatting a BPE trace entry
      • DBRC-related problems
        • DBRC security override
      • DBCTL-related problems
      • VTAM-related problems
      • OTMA-related problems
      • APPC-related problems
      • IMS Connect problems
      • ISC TCP/IP problems
      • CQS-related problems
      • CSL-related problems
      • Repository Server audit log records
        • Managing Repository Server audit log records
        • How the Repository Server handles z/OS logger errors
        • Printing Repository Server audit log records
      • ESAF and DB2 ESS interface problems
      • Database problems
      • Collecting data about z/OS Resource Recovery Services problems
      • MSC-related problems
    • Collecting data about abends by using IMS abend search and notification
      • Enabling IMS abend search and notification
      • Researching information about abends dynamically
    • How to search problem-reporting databases
      • Developing search arguments
      • Creating a search argument
      • Selecting the keywords
        • Component identification keyword procedure
        • Type-of-failure keyword
          • ABENDxxx procedure
          • ABENDUxxxx procedure
          • DOC procedure
          • PERFM procedure
          • MSG procedure
          • Incorrout procedure
          • WAIT/LOOP procedure
        • IMS keyword dictionary
        • Dependency keywords
      • Searching the database
      • Procedures for preparing an APAR
    • Data areas and record formats
      • Finding more information on modules, control blocks, and record formats
      • Table of control block definitions
      • IMS Control Block Table (CBT) Pools
      • Control block interrelationship diagrams
      • DL/I record formats
        • HSAM and SHSAM database
        • HISAM and SHISAM database
        • HDAM, HIDAM, PHDAM, or PHIDAM database
        • OSAM and VSAM ESDS block format
        • VSAM LRECL for a primary index
        • Secondary index or PSINDEX database (VSAM only)
        • Variable-length segments
    • CQS - Common Queue Server service aids
      • Diagnosing a CQS related problem
        • CQS additional manual intervention for dump creation
        • CQS structure dump contents
          • CQS - IEADMCxx dump activation
        • CQS - z/OS log stream example
        • CQS structure recovery data set
        • CQS checkpoint problems
      • CQS structure rebuild problems
      • CQS trace records
      • CQS log records
      • Printing CQS log records
      • Copying CQS log records for diagnostics
    • CSL - Common Service Layer service aids
      • CSL trace records
      • RM trace record example
    • DB - Database service aids
      • Job control block trace
        • Sample JCB trace
        • JCB trace call function codes
      • DL/I test program - DFSDDLT0
      • COMPARE statement SNAPs
      • SNAPs on exceptional conditions
      • DL/I call image capture
        • Batch environment
        • Online environment
        • How to retrieve DL/I call image capture data from the log data set
      • DL/I analysis
        • IMS abends
        • Dump analysis introduction
        • Dump analysis - detailed
        • Generalized DL/I problem analysis
      • Locating database-related traces
      • DL/I trace
        • Using the DL/I trace facility
        • DL/I trace formats
          • X'0C' trace entry
          • X'31', X'32', X'34', X'B1', and X'B2' trace entries
          • X'60' trace entry
          • X'61' trace entry
          • X'62' trace entry
          • X'63' trace entry
          • X'64' trace entry
          • X'65' trace entry
          • X'69' trace entry
          • X'6A' trace entry
          • X'6B' trace entry
          • X'6C' trace entry
          • X'6F' trace entry
          • X'80', X'81', X'82' trace entries
          • X'AA' trace entry
          • X'AB' trace entry
          • X'AC' trace entry
          • X'AD' trace entry
          • X'C4' trace entry
          • X'C6' trace entry
          • X'C7' trace entry not using IRLM
          • X'C7' trace entry using IRLM
          • X'C8' trace entry
          • X'C9' trace entry
          • X'CA' trace entry
          • X'CA' trace entry, subtype X'08'
          • X'C4' trace entry
          • X'CB' trace entry
          • X'CC' trace entry
          • X'CF' trace entry
          • X'D0' trace entry
          • X'D1' trace entry
          • X'D5' trace entry
          • X'D9' trace entry
          • X'DA' trace entry
          • X'DB' through X'FA' trace entry
          • Database function codes
          • Buffer handler return codes
          • Space management and buffer handler module trace IDs
        • Delete/Replace - DL/I trace information
      • Retrieve trace
      • Online Recovery Manager trace
        • Starting the Online Recovery Manager trace
        • Format of the Online Recovery Manager Trace
        • Online Recovery Manager trace example
      • Program isolation-related problem analysis
        • Limiting locking resources used by an application program
          • LOCKMAX parameter
          • Determining a value for the LOCKMAX parameter
          • Exceeding the LOCKMAX parameter value
        • Program isolation trace
        • DL/I call image capture program
      • Log analysis (database related)
      • Sequential buffering service aids
        • SBSNAP option
        • SBESNAP option
        • Testing algorithms using the SB Test utility (DFSSBHD0)
        • SB COMPARE option
      • GSAM control block dump - DFSZD510
        • Example of a formatted GSAM control block dump
        • Example of an unformatted GSAM control block dump
        • Recovering from Sx37 abends on GSAM data sets
          • Recovering non-SMS-managed data sets
          • Recovering SMS-managed data sets
            • Extending an SMS-managed, non-striped GSAM data set
            • Converting an SMS-managed, non-striped data set to a striped data set
    • DBRC - Database Recovery Control service aids
      • Diagnosing from a RECON list
      • RECON record types
      • DBRC internal trace
        • DBRC trace input
        • Locating the DBRC trace
        • DBRC trace output
        • DBRC trace header record
        • Module call, module return, and DSPSTACK trace entries
        • BGNCABN0, DSPCABN0, BGNRETRY, DSPCRTR0, and CRTR0XIT trace entries
        • DSPURI00 trace entries
        • Trace entries related to parallel RECON access
        • DBRC group services entries
      • Unformatted DBRC internal trace example
      • DBRC external trace
        • Examples of DBRC router processing and RECON I/O error processing output
        • Samples of JCL to create trace output
    • BPE-based DBRC service aids
      • BPE-based DBRC trace records
      • Trace record examples for BPE-based DBRC
      • Unformatted BPE-based DBRC internal trace example
    • DC - Data Communication Service Aids
      • Terminal communication task trace
        • Analyzer entry points
        • Trace records
        • Trace output
      • DC trace
        • Starting the trace
        • Stopping the trace
        • Printing the trace records
        • Content of the trace records
        • Diagnosing line and terminal problems
          • Format of 6701 log record with CRTU identifier
            • DFSCRTU0 return codes (decimal)
          • Format of the 6701 log record with VTPO identifier
          • Example of DC trace output
      • Diagnosing problems in the Queue Control Facility Message Requeuer
        • IBM IMS Queue Control Facility for z/OS interface
        • SCRAPLOG diagnostic records
          • Sample QCF record from scraplog data set
          • Key fields of SCRAPLOG records and their offsets
          • Sample JCL for printing SCRAPLOG records
        • 6701-MRQE diagnostic records
          • Sample JCL for printing the 6701-MRQE diagnostic records
          • Control blocks logged at time of error (and their mapping macros)
          • Normal errors and their AIBREASN codes
          • Abnormal errors that can be expected
        • Obtaining diagnostics in addition to SCRAPLOG and 6701-MRQE
        • Determining when messages are successfully requeued
      • Diagnosing message routing problems
        • DFS070 UNABLE TO ROUTE MESSAGE RSN=xxyy
          • DFS070 diagnostic message
        • DFSMSCE0 TM/MSC Message Routing exit trace
          • Displaying DFSMSCE0 trace status
          • Starting and stopping the DFSMSCE0 trace
          • DFS081 trace exit command unsuccessful RSN=xxyy message
            • DFS070 diagnostic message
          • Contents of the DFSMSCE0 trace records
        • Diagnosing routing errors by using the transaction trace or program trace
          • TPCB STATUS, AIBRETRN, and AIBREASN codes for DFSDLA30 routing errors
        • Diagnosing routing problems by using the DC LINE/NODE/LINK TRACE
        • Using 01/03 log record trace
      • IMS transaction trace
      • Receive-any buffer analysis
        • IMS IPCS Dump Formatter panel
        • Manual process to determine receive-any buffers space issues
      • Finding the active save set
      • IMS VTAM interface
      • IBM 3270 error recovery analysis
      • Diagnosing Message Format Service problems
      • Message Format Service module traces
      • Tracing errors in module DFSCNXA0
        • Location codes for DFSCNXA0 error messages
          • Codes related to ISC processing
          • Codes related to MSC errors
          • Codes related to dynamic logon
          • Codes related to existing ISC session errors
          • Codes related to user-logon-exit routine processing
          • Codes related to logon errors
          • Codes related to logon descriptor processing
          • Codes related to logging-on device characteristics
        • Qualifier codes
      • IDC0 trace table entries
      • APPC/IMS diagnostic aids
        • LU manager trace
          • Starting the LU manager trace
          • Formatting the LU manager trace
          • LU manager trace example
        • LU 6.2 module-to-code cross-reference table
        • APPC/MVS verb-to-code cross-reference table
        • DFS1959E message information
          • DFSALM00
          • DFSAOSW0
          • DFSAPPC0
          • DFSATB00
          • DFSCMD00
          • DFSCMLC0
          • DFSCMS00
          • DFSHCI00
          • DFSRLM00
          • DFSRLM10
          • DFSSLUM0
          • DFS6CKP0
          • DFS6ECT0
          • DFS6IDC0
          • DFS6LUS0
          • DFS6LUS1
          • DFS6LUS2
          • DFS6QFX0
          • DFS6RST0
          • DFS62FD0
          • DFS62FD1
          • DFSLUM00
          • DFSHAV70
          • DFSXLUM0
        • DFS1965E APPC/MVS call failures
        • Diagnostics for use with synchronous APPC and OTMA with shared queues
        • SNAPs and dumps
      • OTMA diagnostic aids
        • OTMA trace
          • Starting the OTMA trace
          • Format of OTMA trace records
        • OTMA trace entries for parallel RESUME TPIPE request processing (X'5A20')
        • OTMA trace entry for user exits
        • OTMA trace entry for synchronous callout
        • OTMA trace entry for synchronous program switch
        • OTMA module-to-code cross-reference table
        • OTMA verb-to-code cross-reference table
        • DFS1269E message information
        • OTMA log records
        • SNAPs and dumps
      • Diagnosing Fast Path problems related to print data set options: IMS Spool API support
        • Understanding parsing errors
          • Keywords
          • Status codes
          • Error code examples
        • Debugging and diagnostic aids provided by IMS Spool API
    • DRA - Database Resource Adapter service aids
      • DRA dumps
        • DRA SDUMP output
        • SNAP dump output
        • Recovery tokens
      • Analyzing DRA problems
    • FP - Fast Path service aids
      • Diagnosing Fast Path problems
        • ABENDU1026 analysis
        • Fast Path Transaction Retry
      • DEDB control interval (CI) problem assistance aids
      • Locating Fast Path control blocks and tables
        • Locating IMS blocks and work areas by using load list elements
          • Load list areas
          • Control block table pools
      • Fast Path external trace
        • Trace activation
        • Trace deactivation
        • Diagnostic data
        • Fast Path external trace examples
    • IMS Connect service aids
      • IMS Connect Dump Formatter
        • Accessing the IMS Connect Dump Formatter
        • Initializing a dump by using the IMS Connect Dump Formatter
      • IMS Connect traces
        • Configuring BPE for an external trace of IMS Connect
        • Starting an external trace for IMS Connect
        • Stopping an external BPE trace of IMS Connect
        • Displaying the status of an external trace of IMS Connect
        • Formatting the trace data from an external trace of IMS Connect
        • Tracing to the HWSRCDR data set
        • Recorder log record mappings
          • Standard recorder log record mapping
          • Extended recorder log record mapping
          • IMS Connect recorder trace for TM error scenarios
    • IRLM service aids
      • IRLM dumps
      • SYS1.LOGREC records
      • z/OS component trace
    • MSC - Multiple Systems Coupling service aids
      • Multiple Systems Coupling communication task trace
      • Multiple Systems Coupling device-dependent module
      • Multiple Systems Coupling traces
      • Diagnosing link problems
        • Diagnosing link problems by using MSC link statistics
      • MSS1 and MSS2 records
      • MSS3 and MSS4 records
      • Channel-to-channel access method trace stack (LXB trace)
        • DFSCMC00 (MSC analyzer)
        • DFSCMC50 (shutdown processing routine)
        • DFSCMC40 (attention DIE routine)
        • DFSCNC40 (I/O request DIE routine)
        • DFSCMC10 (channel-end appendage)
        • DFSCMC10 (abnormal-end appendage)
        • DFSCMC10 (shutdown appendage)
          • LXB trace stack example
        • MSC routing trace - BUFMSVID
    • ODBA - Diagnosing hung threads and UORs
    • SYS - System service aids
      • Log records
        • Format of X'29' log record
          • X'2900': OLR command received
          • X'2910': ownership established
          • X'2911': conditional ownership established
          • X'2920': UPDATE OLREORG command
          • X'2930': output data set information
          • X'2931': conditional output data set information
          • X'2940': cursor-active status set
          • X'2950': cursor movement
          • X'2970': cursor-active status reset
          • X'2971': conditional reset of the cursor active
          • X'2990': ownership relinquished
        • Format of X'67' log record
          • Log record prefix area format
          • Log subrecord and data area
          • Log sequence field format
          • Format of OTMA X'6701' log records
            • Format of synchronous callout log records
            • Format of the TIB3 X'6701' log record for OTMA and APPC messages in a shared queues environment
      • Printing log records and trace table entries
      • Log Merge utility
      • Formatting IMS dumps offline
        • Overview of the IMS Offline Dump Formatter
          • Input for the IMS Offline Dump Formatter
          • Invoking the IMS Offline Dump Formatter
        • Solving IMS problems by using the IMS Offline Dump Formatter
          • Using IPCS and the IMS offline dump formatter
          • Dump contents returned for different FMTIMS options
          • Invoking the IMS Offline Dump Formatter under IPCS
        • Syntax restrictions on the FMTIMS statement
        • Contents formatted for FMTIMS options
        • Formatted dump contents
      • Edited command buffer format
      • IMS Dump Formatter
        • Dump formatting options
        • IMS Dump Formatter menus
        • IMS components formatting panels
          • Using the other IMS-related products formatting panels
          • IMS IPCS symbols
        • Using IMS enhanced dump analysis
        • Formatting log records for use with log analysis tools
        • Formatting a dump for analysis
      • Formatting IMS dumps online
        • Formatted dump for the CTL address space
        • Formatted dump for the DL/I address space
      • SNAP call facility
      • /DIAGNOSE command SNAP function
      • Type-1 trace table interface
        • Finding type-1 trace tables in a dump
        • Format of type-1 trace records
        • IMS type-1 trace function codes
        • Common Service Layer trace
          • Format of Common Service Layer trace records
        • Dispatcher trace
        • ITASK ECB posting
        • System post codes
        • External subsystem trace
        • Layout of the X'57' variable section
        • Layout of the X'58' variable section
        • Resource Recovery Services trace
          • Format of Resource Recovery Services trace records
          • RRST trace examples
          • RRST entries for OTMA modules
          • z/OS Resource Recovery Services entries logged by OTMA modules
          • Trace entries logged by z/OS Resource Recovery Services related modules
        • Scheduler trace
        • Storage manager trace
        • Latch trace
          • Latch manager trace entries
          • Use manager trace entries
          • System locate control function entries
        • Queue manager trace
          • Format of trace records
        • Shared queues interface trace
        • Fast Path trace
        • Fast Path trace entries
      • Type-2 trace tables
        • Type-2 trace records
      • IMS shutdown trace table
  • IMS messages and codes
    • IMS problem determination
    • IMS messages overview
    • DFS messages
      • DFS messages, DFS000I - DFS050A
        • DFS000I
        • DFS001
        • DFS002I
        • DFS003I
        • DFS0005A
        • DFS0006E
        • DFS0007I
        • DFS0008I
        • DFS009
        • DFS0011W
        • DFS0012I
        • DFS0013E
        • DFS0014I
        • DFS0015I
        • DFS0017I
        • DFS0019I
        • DFS0020I
        • DFS022I
        • DFS0023I
        • DFS024
        • DFS025
        • DFS026
        • DFS027
        • DFS028
        • DFS029
        • DFS030I
        • DFS031I
        • DFS032I
        • DFS033I
        • DFS034I
        • DFS035I
        • DFS036A
        • DFS036I
        • DFS037I
        • DFS038I
        • DFS039I
        • DFS039A
        • DFS040I
        • DFS041I
        • DFS042I
        • DFS043I
        • DFS044I
        • DFS045I
        • DFS046A
        • DFS047A
        • DFS0048I
        • DFS049I
        • DFS050A
      • DFS messages, DFS051I - DFS100
        • DFS051I
        • DFS052
        • DFS053
        • DFS054
        • DFS055
        • DFS056
        • DFS057I
        • DFS058I
        • DFS059I
        • DFS060
        • DFS0061I
        • DFS0062W
        • DFS063I
        • DFS064I
        • DFS065
        • DFS0066I
        • DFS0067W
        • DFS068
        • DFS069
        • DFS070
        • DFS071
        • DFS072I
        • DFS074
        • DFS075I
        • DFS076
        • DFS077
        • DFS078
        • DFS079
        • DFS080
        • DFS081
        • DFS082
        • DFS084
        • DFS085I
        • DFS086
        • DFS087
        • DFS0088I
        • DFS0089
        • DFS0090
        • DFS091I
        • DFS092I
        • DFS093
        • DFS094I
        • DFS0095I
        • DFS0096W
        • DFS097
        • DFS098
        • DFS099
        • DFS100
      • DFS messages, DFS101 - DFS150
        • DFS101
        • DFS102
        • DFS103
        • DFS104
        • DFS105I
        • DFS106
        • DFS107
        • DFS108
        • DFS110I
        • DFS111
        • DFS112
        • DFS113
        • DFS114
        • DFS115
        • DFS116
        • DFS117
        • DFS118
        • DFS119
        • DFS120
        • DFS121I
        • DFS122
        • DFS0123E
        • DFS124
        • DFS0126I
        • DFS127
        • DFS128
        • DFS129
        • DFS130
        • DFS131
        • DFS132
        • DFS133
        • DFS134
        • DFS135
        • DFS136I
        • DFS137
        • DFS138
        • DFS139
        • DFS140I
        • DFS141
        • DFS142
        • DFS143
        • DFS145I
        • DFS146
        • DFS147
        • DFS148
        • DFS150
      • DFS messages, DFS151-DFS200
        • DFS151
        • DFS152
        • DFS153
        • DFS154I
        • DFS155
        • DFS156
        • DFS157
        • DFS158
        • DFS159
        • DFS160
        • DFS161
        • DFS163
        • DFS164
        • DFS165
        • DFS166I
        • DFS167
        • DFS168I
        • DFS0168I
        • DFS169I
        • DFS172
        • DFS173I
        • DFS174
        • DFS175
        • DFS177
        • DFS178I
        • DFS179
        • DFS180
        • DFS181
        • DFS182I
        • DFS183I
        • DFS184
        • DFS185
        • DFS186
        • DFS187
        • DFS188
        • DFS189
        • DFS190
        • DFS191
        • DFS192
        • DFS193
        • DFS194W
        • DFS195
        • DFS196
        • DFS197
        • DFS198
        • DFS200
      • DFS messages, DFS201 - DFS250
        • DFS201
        • DFS202
        • DFS203
        • DFS204
        • DFS205
        • DFS206
        • DFS207I
        • DFS208I
        • DFS209
        • DFS210
        • DFS211
        • DFS211I
        • DFS212
        • DFS213
        • DFS214
        • DFS215I
        • DFS216
        • DFS217
        • DFS218
        • DFS219
        • DFS220
        • DFS221
        • DFS222
        • DFS223
        • DFS224
        • DFS225A
        • DFS0226A
        • DFS227A
        • DFS228I
        • DFS0229W
        • DFS230
        • DFS231
        • DFS232
        • DFS233
        • DFS234
        • DFS235
        • DFS236
        • DFS237
        • DFS238
        • DFS239
        • DFS240
        • DFS241
        • DFS242
        • DFS243
        • DFS244
        • DFS245
        • DFS246
        • DFS247
        • DFS248
        • DFS249
        • DFS250
      • DFS messages, DFS251 - DFS0300I
        • DFS251
        • DFS251I
        • DFS252
        • DFS253
        • DFS253I
        • DFS254
        • DFS255
        • DFS256
        • DFS257
        • DFS258
        • DFS259
        • DFS260
        • DFS261
        • DFS262
        • DFS263
        • DFS264
        • DFS265
        • DFS266
        • DFS267
        • DFS268
        • DFS269
        • DFS270
        • DFS271
        • DFS272
        • DFS273
        • DFS274
        • DFS275
        • DFS276
        • DFS277
        • DFS278
        • DFS279
        • DFS280
        • DFS281
        • DFS282
        • DFS283
        • DFS284
        • DFS285
        • DFS286
        • DFS286I
        • DFS0287A
        • DFS0288E
        • DFS289
        • DFS290
        • DFS291
        • DFS292I
        • DFS0293
        • DFS294
        • DFS295
        • DFS296
        • DFS297
        • DFS298
        • DFS299
        • DFS0300I
      • DFS messages, DFS301A - DFS350A
        • DFS301A
        • DFS302A
        • DFS0303I
        • DFS304A
        • DFS305A
        • DFS306A
        • DFS307A
        • DFS308A
        • DFS309A
        • DFS310A
        • DFS311A
        • DFS312A
        • DFS313A
        • DFS314I
        • DFS315A
        • DFS316A
        • DFS317W
        • DFS318A
        • DFS319A
        • DFS320I
        • DFS321W
        • DFS322W
        • DFS323W
        • DFS324W
        • DFS325A
        • DFS326A
        • DFS327W
        • DFS328A
        • DFS329A
        • DFS330A
        • DFS331A
        • DFS332A
        • DFS333A
        • DFS334I
        • DFS335A
        • DFS336I
        • DFS337A
        • DFS338A
        • DFS339I
        • DFS340I
        • DFS341A
        • DFS342I
        • DFS343W
        • DFS344W
        • DFS345I
        • DFS346A
        • DFS347I
        • DFS348A
        • DFS349I
        • DFS350A
      • DFS messages, DFS351W -DFS400I
        • DFS351W
        • DFS352I
        • DFS353A
        • DFS354I
        • DFS355I
        • DFS356A
        • DFS357A
        • DFS358A
        • DFS359A
        • DFS360I
        • DFS361A
        • DFS362I
        • DFS363A
        • DFS364W
        • DFS365A
        • DFS366A
        • DFS367I
        • DFS368I
        • DFS369I
        • DFS370W
        • DFS371A
        • DFS372A
        • DFS373A
        • DFS374W
        • DFS375A
        • DFS376A
        • DFS377A
        • DFS378I
        • DFS379I
        • DFS380A
        • DFS381I
        • DFS382A
        • DFS383A
        • DFS384A
        • DFS385A
        • DFS386A
        • DFS387I
        • DFS388A
        • DFS389W
        • DFS390A
        • DFS391I
        • DFS392A
        • DFS393A
        • DFS394A
        • DFS395I
        • DFS396I
        • DFS397I
        • DFS398I
        • DFS399I
        • DFS400I
      • DFS messages, DFS401I - DFS0450I
        • DFS401I
        • DFS0401I
        • DFS0402
        • DFS0403W
        • DFS0404W
        • DFS0406A
        • DFS0407I
        • DFS0408I
        • DFS0409I
        • DFS0410I
        • DFS0411I
        • DFS0412I
        • DFS0413I
        • DFS0414I
        • DFS0415W
        • DFS0416I
        • DFS417I
        • DFS418A
        • DFS0420A
        • DFS421I
        • DFS422I
        • DFS423I
        • DFS424I
        • DFS425I
        • DFS0426I
        • DFS0427I
        • DFS0428I
        • DFS0429I
        • DFS0430I
        • DFS0431I
        • DFS0432I
        • DFS0433I
        • DFS0434I
        • DFS0435I
        • DFS0436I
        • DFS0437I
        • DFS0438I
        • DFS0439I
        • DFS0440A
        • DFS0441I
        • DFS0442A
        • DFS0443I
        • DFS0443W
        • DFS0444
        • DFS0445I
        • DFS0446I
        • DFS0447I
        • DFS0448I
        • DFS0448W
        • DFS449A
        • DFS0450I
      • DFS messages, DFS0451A - DFS0500I
        • DFS0451A
        • DFS0451I
        • DFS0452I
        • DFS0453I
        • DFS0454I
        • DFS0455I
        • DFS0456I
        • DFS0457I
        • DFS0458I
        • DFS0459I
        • DFS0460I
        • DFS0461I
        • DFS0462
        • DFS0463I
        • DFS0464A
        • DFS0465I
        • DFS0466I
        • DFS467I
        • DFS468
        • DFS469
        • DFS470
        • DFS0471I
        • DFS0472I
        • DFS473
        • DFS0474W
        • DFS0475I
        • DFS0476A
        • DFS0477A
        • DFS0478A
        • DFS0479A
        • DFS480E
        • DFS0481A
        • DFS0482A
        • DFS0483A
        • DFS0484A
        • DFS0485W
        • DFS0486W
        • DFS0487W
        • DFS0488I
        • DFS0489I
        • DFS0490I
        • DFS0491A
        • DFS0492I
        • DFS0493I
        • DFS0494I
        • DFS0495I
        • DFS0496A
        • DFS0497I
        • DFS0498I
        • DFS0499I
        • DFS0500I
      • DFS messages, DFS0501I - DFS550I
        • DFS0501I
        • DFS0502I
        • DFS0503I
        • DFS0504A
        • DFS0505I
        • DFS0506I
        • DFS0507I
        • DFS0508I
        • DFS0509A
        • DFS0510E
        • DFS0511I
        • DFS0512I
        • DFS0513I
        • DFS0514I
        • DFS0515I
        • DFS0516I
        • DFS0517I
        • DFS0518I
        • DFS0519I
        • DFS0520I
        • DFS0521I
        • DFS0522I
        • DFS0523I
        • DFS524I
        • DFS0525A
        • DFS0526A
        • DFS0527A
        • DFS0528I
        • DFS529E
        • DFS0530I
        • DFS0531I
        • DFS0532I
        • DFS0533E
        • DFS0534I
        • DFS0535A
        • DFS0535I
        • DFS536A
        • DFS0537I
        • DFS0538I
        • DFS0539A
        • DFS0540I
        • DFS541
        • DFS0542I
        • DFS0543I
        • DFS0546I
        • DFS0548A
        • DFS0548E
        • DFS549I
        • DFS550I
      • DFS messages, DFS551I - DFS600I
        • DFS551I
        • DFS552I
        • DFS553I
        • DFS554A
        • DFS555A
        • DFS555I
        • DFS0556I
        • DFS0557I
        • DFS0558I
        • DFS0559I
        • DFS560I
        • DFS561A
        • DFS561E
        • DFS562I
        • DFS563I
        • DFS564I
        • DFS0565I
        • DFS0566I
        • DFS0567I
        • DFS0568I
        • DFS0569I
        • DFS0570I
        • DFS0571E
        • DFS0572A
        • DFS0573E
        • DFS574
        • DFS575
        • DFS576I
        • DFS577I
        • DFS0578I
        • DFS0579W
        • DFS0580E
        • DFS0581E
        • DFS0582E
        • DFS0583E
        • DFS0584E
        • DFS0585E
        • DFS0586I
        • DFS0587I
        • DFS588I
        • DFS0588I
        • DFS0589I
        • DFS0590I
        • DFS0591I
        • DFS592I
        • DFS0593I
        • DFS594I
        • DFS595I
        • DFS0596W
        • DFS0597W
        • DFS598I
        • DFS599I
        • DFS600I
      • DFS messages, DFS601I - DFS650E
        • DFS601I
        • DFS602I
        • DFS603I
        • DFS603W
        • DFS0604W
        • DFS0605W
        • DFS0606I
        • DFS607I
        • DFS0608W
        • DFS609I
        • DFS0610W
        • DFS611I
        • DFS0612I
        • DFS0613I
        • DFS0614I
        • DFS0615I
        • DFS616I
        • DFS0617I
        • DFS0618A
        • DFS0619I
        • DFS0620I
        • DFS621W
        • DFS0622I
        • DFS623I
        • DFS624I
        • DFS625I
        • DFS626I
        • DFS627I
        • DFS627W
        • DFS628I
        • DFS629I
        • DFS630I
        • DFS631I
        • DFS632I
        • DFS0633I
        • DFS634I
        • DFS635
        • DFS636I
        • DFS0637W
        • DFS638I
        • DFS639W
        • DFS640I
        • DFS641I
        • DFS642I
        • DFS643I
        • DFS644I
        • DFS645W
        • DFS646I
        • DFS0647W
        • DFS648I
        • DFS0649W
        • DFS650E
      • DFS messages, DFS0651W - DFS700I
        • DFS0651W
        • DFS652I
        • DFS0653I
        • DFS654I
        • DFS655I
        • DFS656I
        • DFS0657I
        • DFS658I
        • DFS0659I
        • DFS660I
        • DFS0661I
        • DFS662I
        • DFS0663I
        • DFS0664W
        • DFS0665E
        • DFS0666I
        • DFS667I
        • DFS0668I
        • DFS0669I
        • DFS670I
        • DFS671I
        • DFS0671W
        • DFS672I
        • DFS0673E
        • DFS674I
        • DFS675I
        • DFS676I
        • DFS677I
        • DFS678I
        • DFS679I
        • DFS680I
        • DFS681I
        • DFS682I
        • DFS683I
        • DFS684I
        • DFS0685I
        • DFS686W
        • DFS687I
        • DFS688I
        • DFS689I
        • DFS690A
        • DFS691I
        • DFS692I
        • DFS0693I
        • DFS694I
        • DFS0695I
        • DFS0696I
        • DFS697I
        • DFS0698W
          • DFS0698W
          • DFS0698W
          • DFS0698W
          • DFS0698W
          • DFS0698W
          • DFS0698W
          • DFS0698W
          • DFS0698W
        • DFS0699I
        • DFS700I
      • DFS messages, DFS701I - DFS0750I
        • DFS701I
        • DFS702I
        • DFS703I
        • DFS704I
        • DFS705I
        • DFS706I
        • DFS707I
        • DFS708I
        • DFS709I
        • DFS710A
        • DFS711W
        • DFS0712A
        • DFS0713A
        • DFS0714A
        • DFS0715A
        • DFS0716A
        • DFS0717A
        • DFS0718W
        • DFS0719I
        • DFS0720A
        • DFS0721A
        • DFS0722I
        • DFS0723A
        • DFS0724A
        • DFS0725I
        • DFS0726A
        • DFS0727A
        • DFS0728W
        • DFS0729I
        • DFS0730I
        • DFS0731I
        • DFS0732I
        • DFS0733I
        • DFS0734I
        • DFS0735I
        • DFS736
        • DFS0737A
        • DFS0738I
        • DFS0738X
        • DFS0739I
        • DFS0739X
        • DFS0740I
        • DFS0741I
        • DFS0742I
        • DFS0743I
        • DFS0744A
        • DFS0745E
        • DFS0746I
        • DFS0747I
        • DFS0748I
        • DFS0749I
        • DFS0750I
      • DFS messages, DFS0751I - DFS0800I
        • DFS0751I
        • DFS0752I
        • DFS0753A
        • DFS0754I
        • DFS0755I
        • DFS0756I
        • DFS0757I
        • DFS0758I
        • DFS0759I
        • DFS0760I
        • DFS0761I
        • DFS0762I
        • DFS0763I
        • DFS0764A
        • DFS0765I
        • DFS0766I
        • DFS0767I
        • DFS0768I
        • DFS0769I
        • DFS0770W
        • DFS0771I
        • DFS0772I
        • DFS0773I
        • DFS0774I
        • DFS0775I
        • DFS0776A
        • DFS0777
        • DFS0778I
        • DFS0779E
        • DFS0780I
        • DFS0781I
        • DFS0782I
        • DFS0783I
        • DFS0784I
        • DFS0785I
        • DFS0786I
        • DFS0787I
        • DFS0788I
        • DFS0789I
        • DFS0790I
        • DFS0791A
        • DFS0792A
        • DFS0793I
        • DFS794I
        • DFS795I
        • DFS0796A
        • DFS0796I
        • DFS0797E
        • DFS0798I
        • DFS0798W
        • DFS0799E
        • DFS0800I
      • DFS messages, DFS0801I - DFS0850W
        • DFS0801I
        • DFS0802I
        • DFS0803A
        • DFS0804I
        • DFS0805I
        • DFS0806I
        • DFS0807I
        • DFS0808W
        • DFS0809E
        • DFS810A
        • DFS0811A
        • DFS812I
        • DFS813I
        • DFS814I
        • DFS815I
        • DFS816A
        • DFS817A
        • DFS818A
        • DFS819I
        • DFS0820W
        • DFS821I
        • DFS822I
        • DFS823I
        • DFS824I
        • DFS825I
        • DFS826I
        • DFS827I
        • DFS828I
        • DFS829I
        • DFS830I
        • DFS831I
        • DFS0832I
        • DFS833I
        • DFS834I
        • DFS835I
        • DFS836I
        • DFS837I
        • DFS838I
        • DFS0839I
        • DFS0840I
        • DFS0841I
        • DFS0842I
        • DFS0843I
        • DFS0844I
        • DFS0845I
        • DFS846I
        • DFS847I
        • DFS848I
        • DFS849I
        • DFS0850W
      • DFS messages, DFS0851W - DFS0900A
        • DFS0851W
        • DFS852W
        • DFS853A
        • DFS854A
        • DFS855I
        • DFS856A
        • DFS857I
        • DFS858A
        • DFS859A
        • DFS860A
        • DFS861I
        • DFS862I
        • DFS863I
        • DFS864W
        • DFS865I
        • DFS866I
        • DFS867I
        • DFS868I
        • DFS869A
        • DFS871E
        • DFS872I
        • DFS873I
        • DFS874I
        • DFS875I
        • DFS876I
        • DFS877A
        • DFS878W
        • DFS879A
        • DFS880A
        • DFS881I
        • DFS882I
        • DFS883A
        • DFS884I
        • DFS885I
        • DFS886I
        • DFS0887A
        • DFS888I
        • DFS889I
        • DFS890I
        • DFS891A
        • DFS892A
        • DFS893A
        • DFS894I
        • DFS895I
        • DFS896A
        • DFS0897A
        • DFS898A
        • DFS899A
        • DFS0900A
      • DFS messages, DFS0901A - DFS0950I
        • DFS0901A
        • DFS0901W
        • DFS0902A
        • DFS0903W
        • DFS0904I
        • DFS0905E
        • DFS0906I
        • DFS0907I
        • DFS0908I
        • DFS0909I
        • DFS0910I
        • DFS0911I
        • DFS0912I
        • DFS0913I
        • DFS0914I
        • DFS0915I
        • DFS0916I
        • DFS0917I
        • DFS0918I
        • DFS0919I
        • DFS0920I
        • DFS0921I
        • DFS0922I
        • DFS0923I
        • DFS0924I
        • DFS0925I
        • DFS0926I
        • DFS0927I
        • DFS0928I
        • DFS0929I
        • DFS0930I
        • DFS0931I
        • DFS0932I
        • DFS0933I
        • DFS0934I
        • DFS0935I
        • DFS0936I
        • DFS0937I
        • DFS0938I
        • DFS0939I
        • DFS0940I
        • DFS0941I
        • DFS0942I
        • DFS0943I
        • DFS0944W
        • DFS0945I
        • DFS0946I
        • DFS0947I
        • DFS0948I
        • DFS0949I
        • DFS0950I
      • DFS messages, DFS0951I - DFS1000I
        • DFS0951I
        • DFS0952I
        • DFS0953I
        • DFS0954I
        • DFS0955I
        • DFS0956I
        • DFS0957W
        • DFS958I
        • DFS959I
        • DFS0960I
        • DFS961W
        • DFS0962I
        • DFS0963W
        • DFS964I
        • DFS965A
        • DFS966W
        • DFS967I
        • DFS968I
        • DFS969I
        • DFS970I
        • DFS971I
        • DFS972A
        • DFS973I
        • DFS0974I
        • DFS975W
        • DFS976I
        • DFS976I
        • DFS977I
        • DFS978I
        • DFS979I
        • DFS980I
        • DFS981I
        • DFS982I
        • DFS983I
        • DFS984I
        • DFS985I
        • DFS986A
        • DFS987I
        • DFS0988I
        • DFS989I
        • DFS990I
        • DFS991I
        • DFS992I
        • DFS993I
        • DFS994I
        • DFS0995A
        • DFS996I
        • DFS997I
        • DFS998I
        • DFS999I
        • DFS1000I
      • DFS messages, DFS1001I - DFS1050I
        • DFS1001I
        • DFS1002A
        • DFS1003I
        • DFS1004I
        • DFS1005E
        • DFS1006E
        • DFS1007E
        • DFS1008I
        • DFS1009I
        • DFS1010I
        • DFS1011I
        • DFS1012I
        • DFS1013I
        • DFS1014I
        • DFS1015I
        • DFS1016I
        • DFS1017I
        • DFS1018I
        • DFS1019I
        • DFS1020I
        • DFS1021I
        • DFS1022I
        • DFS1023I
        • DFS1024I
        • DFS1025I
        • DFS1026I
        • DFS1027I
        • DFS1028I
        • DFS1029I
        • DFS1030I
        • DFS1031I
        • DFS1032I
        • DFS1033I
        • DFS1034I
        • DFS1035I
        • DFS1036I
        • DFS1037I
        • DFS1038I
        • DFS1039I
        • DFS1040I
        • DFS1041
        • DFS1042I
        • DFS1043I
        • DFS1044I
        • DFS1045W
        • DFS1046E
        • DFS1047I
        • DFS1048I
        • DFS1049I
        • DFS1050I
      • DFS messages, DFS1051I - DFS1100I
        • DFS1051I
        • DFS1052I
        • DFS1053I
        • DFS1054I
        • DFS1055I
        • DFS1056I
        • DFS1058E
        • DFS1060I
        • DFS1061I
        • DFS1062I
        • DFS1063I
        • DFS1064I
        • DFS1065A
        • DFS1066I
        • DFS1067I
        • DFS1068I
        • DFS1069I
        • DFS1070I
        • DFS1070W
        • DFS1071I
        • DFS1072I
        • DFS1073I
        • DFS1075A
        • DFS1076A
        • DFS1077A
        • DFS1078I
        • DFS1079A
        • DFS1080A
        • DFS1081A
        • DFS1082A
        • DFS1083A
        • DFS1084A
        • DFS1085A
        • DFS1086A
        • DFS1087A
        • DFS1088A
        • DFS1089A
        • DFS1090A
        • DFS1091W
        • DFS1092A
        • DFS1093A
        • DFS1094W
        • DFS1095A
        • DFS1096I
        • DFS1097I
        • DFS1098I
        • DFS1099A
        • DFS1100I
      • DFS messages, DFS1101I - DFS1150I
        • DFS1101I
        • DFS1102I
        • DFS1103I
        • DFS1104I
        • DFS1105I
        • DFS1106I
        • DFS1107I
        • DFS1108I
        • DFS1109I
        • DFS1110I
        • DFS1111I
        • DFS1112I
        • DFS1113I
        • DFS1114I
        • DFS1115I
        • DFS1116I
        • DFS1117I
        • DFS1118I
        • DFS1119I
        • DFS1120I
        • DFS1121I
        • DFS1122I
        • DFS1123I
        • DFS1124I
        • DFS1125I
        • DFS1126I
        • DFS1127I
        • DFS1128I
        • DFS1129I
        • DFS1130I
        • DFS1131I
        • DFS1132I
        • DFS1133I
        • DFS1134I
        • DFS1135I
        • DFS1136I
        • DFS1137I
        • DFS1138I
        • DFS1139I
        • DFS1140I
        • DFS1141I
        • DFS1142I
        • DFS1143I
        • DFS1144I
        • DFS1145I
        • DFS1146I
        • DFS1147I
        • DFS1148I
        • DFS1149I
        • DFS1150I
      • DFS messages, DFS1151I - DFS1200I
        • DFS1151I
        • DFS1152I
        • DFS1153I
        • DFS1154I
        • DFS1155I
        • DFS1156I
        • DFS1157I
        • DFS1158I
        • DFS1159I
        • DFS1160I
        • DFS1161I
        • DFS1162I
        • DFS1163I
        • DFS1164
        • DFS1165W
        • DFS1166I
        • DFS1167I
        • DFS1168I
        • DFS1169I
        • DFS1170I
        • DFS1171W
        • DFS1172E
        • DFS1173W
        • DFS1174E
        • DFS1175I
        • DFS1176E
        • DFS1177E
        • DFS1178I
        • DFS1179E
        • DFS1180E
        • DFS1181E
        • DFS1182E
        • DFS1183E
        • DFS1184E
        • DFS1185E
        • DFS1186W
        • DFS1187W
        • DFS1188E
        • DFS1189I
        • DFS1190I
        • DFS1191I
        • DFS1192I
        • DFS1193I
        • DFS1194I
        • DFS1195I
        • DFS1196I
        • DFS1198I
        • DFS1199I
        • DFS1200I
      • DFS messages, DFS1201I - DFS1250I
        • DFS1201I
        • DFS1202I
        • DFS1203I
        • DFS1204I
        • DFS1205I
        • DFS1206I
        • DFS1207I
        • DFS1208I
        • DFS1209I
        • DFS1210I
        • DFS1211I
        • DFS1212I
        • DFS1213I
        • DFS1214I
        • DFS1215I
        • DFS1216I
        • DFS1217I
        • DFS1218I
        • DFS1220I
        • DFS1221I
        • DFS1222I
        • DFS1223I
        • DFS1224I
        • DFS1225I
        • DFS1226I
        • DFS1227I
        • DFS1228I
        • DFS1229I
        • DFS1230I
        • DFS1231I
        • DFS1232I
        • DFS1233I
        • DFS1234I
        • DFS1235I
        • DFS1236I
        • DFS1237I
        • DFS1238
        • DFS1239I
        • DFS1240I
        • DFS1241I
        • DFS1242I
        • DFS1243I
        • DFS1244I
        • DFS1245I
        • DFS1246I
        • DFS1247I
        • DFS1248I
        • DFS1249I
        • DFS1250I
      • DFS messages, DFS1251I - DFS1300I
        • DFS1251I
        • DFS1252I
        • DFS1253I
        • DFS1254I
        • DFS1255I
        • DFS1256I
        • DFS1257I
        • DFS1258I
        • DFS1259I
        • DFS1260I
        • DFS1261I
        • DFS1262I
        • DFS1263X
        • DFS1264W
        • DFS1265I
        • DFS1266
        • DFS1267
        • DFS1268
        • DFS1269E
        • DFS1270I
        • DFS1271E
        • DFS1271I
        • DFS1272I
        • DFS1273I
        • DFS1277W
        • DFS1278E
        • DFS1279I
        • DFS1280E
        • DFS1281E
        • DFS1282E
        • DFS1283E
        • DFS1284E
        • DFS1285E
        • DFS1286E
        • DFS1287E
        • DFS1288E
        • DFS1290E
        • DFS1291E
        • DFS1292E
        • DFS1293E
        • DFS1294E
        • DFS1295E
        • DFS1296E
        • DFS1297E
        • DFS1298E
        • DFS1299W
        • DFS1300I
      • DFS messages, DFS1301I - DFS1350I
        • DFS1301I
        • DFS1302I
        • DFS1303I
        • DFS1304I
        • DFS1305I
        • DFS1306I
        • DFS1307I
        • DFS1308I
        • DFS1309I
        • DFS1310I
        • DFS1311I
        • DFS1312I
        • DFS1313I
        • DFS1314I
        • DFS1315I
        • DFS1316I
        • DFS1317I
        • DFS1318I
        • DFS1319I
        • DFS1320I
        • DFS1321I
        • DFS1322I
        • DFS1323I
        • DFS1324I
        • DFS1325I
        • DFS1326I
        • DFS1327I
        • DFS1328I
        • DFS1329I
        • DFS1330I
        • DFS1331I
        • DFS1332I
        • DFS1333I
        • DFS1334I
        • DFS1335I
        • DFS1336I
        • DFS1337I
        • DFS1338I
        • DFS1339I
        • DFS1340I
        • DFS1341I
        • DFS1342I
        • DFS1343I
        • DFS1344I
        • DFS1345I
        • DFS1346I
        • DFS1347I
        • DFS1348I
        • DFS1349I
        • DFS1350I
      • DFS messages, DFS1351I - DFS1400I
        • DFS1351I
        • DFS1352I
        • DFS1353I
        • DFS1354I
        • DFS1355I
        • DFS1356I
        • DFS1357I
        • DFS1358I
        • DFS1359I
        • DFS1360I
        • DFS1361I
        • DFS1362I
        • DFS1363I
        • DFS1364I
        • DFS1365I
        • DFS1366I
        • DFS1367I
        • DFS1368I
        • DFS1369I
        • DFS1370I
        • DFS1371I
        • DFS1372I
        • DFS1373I
        • DFS1374I
        • DFS1375I
        • DFS1376I
        • DFS1377I
        • DFS1378I
        • DFS1379I
        • DFS1380I
        • DFS1381I
        • DFS1382I
        • DFS1383I
        • DFS1384I
        • DFS1385I
        • DFS1386I
        • DFS1387I
        • DFS1388I
        • DFS1389I
        • DFS1390I
        • DFS1391I
        • DFS1392I
        • DFS1393I
        • DFS1394I
        • DFS1395I
        • DFS1396I
        • DFS1397I
        • DFS1398
        • DFS1399I
        • DFS1400I
      • DFS messages, DFS1401I - DFS1450I
        • DFS1401I
        • DFS1402I
        • DFS1403I
        • DFS1404I
        • DFS1405I
        • DFS1406I
        • DFS1407
        • DFS1408I
        • DFS1409I
        • DFS1410I
        • DFS1411I
        • DFS1412I
        • DFS1413I
        • DFS1414I
        • DFS1415I
        • DFS1416I
        • DFS1417I
        • DFS1418I
        • DFS1419I
        • DFS1420I
        • DFS1421I
        • DFS1422I
        • DFS1423I
        • DFS1424I
        • DFS1425I
        • DFS1426I
        • DFS1427I
        • DFS1428I
        • DFS1429I
        • DFS1430I
        • DFS1431I
        • DFS1432I
        • DFS1433I
        • DFS1434I
        • DFS1435I
        • DFS1436I
        • DFS1437I
        • DFS1438I
        • DFS1439I
        • DFS1440I
        • DFS1441I
        • DFS1442I
        • DFS1443I
        • DFS1444I
        • DFS1445I
        • DFS1446I
        • DFS1447I
        • DFS1448I
        • DFS1449I
        • DFS1450I
      • DFS messages, DFS1451I - DFS1500I
        • DFS1451I
        • DFS1452I
        • DFS1453I
        • DFS1454I
        • DFS1455I
        • DFS1456I
        • DFS1457I
        • DFS1458I
        • DFS1459I
        • DFS1460I
        • DFS1461I
        • DFS1462I
        • DFS1463I
        • DFS1464I
        • DFS1465I
        • DFS1466I
        • DFS1467I
        • DFS1468I
        • DFS1469I
        • DFS1470I
        • DFS1471I
        • DFS1472I
        • DFS1473I
        • DFS1474I
        • DFS1475I
        • DFS1476I
        • DFS1477I
        • DFS1478I
        • DFS1479I
        • DFS1480I
        • DFS1481I
        • DFS1482I
        • DFS1483I
        • DFS1484I
        • DFS1485I
        • DFS1486I
        • DFS1487I
        • DFS1488I
        • DFS1489I
        • DFS1490I
        • DFS1491I
        • DFS1492I
        • DFS1493I
        • DFS1494I
        • DFS1495I
        • DFS1496I
        • DFS1497I
        • DFS1498I
        • DFS1499I
        • DFS1500I
      • DFS messages, DFS1501I - DFS1550I
        • DFS1501I
        • DFS1502I
        • DFS1503I
        • DFS1504
        • DFS1505I
        • DFS1506I
        • DFS1507I
        • DFS1508I
        • DFS1509W
        • DFS1510I
        • DFS1511I
        • DFS1512E
        • DFS1513I
        • DFS1514I
        • DFS1515I
        • DFS1516I
        • DFS1517I
        • DFS1518I
        • DFS1519I
        • DFS1520I
        • DFS1521I
        • DFS1522I
        • DFS1523I
        • DFS1524I
        • DFS1525I
        • DFS1526I
        • DFS1527I
        • DFS1528I
        • DFS1529I
        • DFS1530I
        • DFS1531I
        • DFS1532I
        • DFS1533I
        • DFS1534I
        • DFS1535I
        • DFS1536I
        • DFS1537I
        • DFS1538I
        • DFS1539I
        • DFS1540I
        • DFS1541I
        • DFS1542I
        • DFS1543I
        • DFS1544I
        • DFS1545I
        • DFS1546I
        • DFS1547I
        • DFS1548I
        • DFS1549I
        • DFS1550I
      • DFS messages, DFS1551I - DFS1600I
        • DFS1551I
        • DFS1552A
        • DFS1553I
        • DFS1554E
        • DFS1555E
        • DFS1556E
        • DFS1558I
        • DFS1559I
        • DFS1560I
        • DFS1561I
        • DFS1562I
        • DFS1563I
        • DFS1564I
        • DFS1565I
        • DFS1566I
        • DFS1567I
        • DFS1568E
        • DFS1569I
        • DFS1570I
        • DFS1571I
        • DFS1572I
        • DFS1573I
        • DFS1586I
        • DFS1587I
        • DFS1588I
        • DFS1589I
        • DFS1590I
        • DFS1591I
        • DFS1592I
        • DFS1593I
        • DFS1594I
        • DFS1595I
        • DFS1596I
        • DFS1597I
        • DFS1598I
        • DFS1599I
        • DFS1600I
      • DFS messages, DFS1601I - DFS1650I
        • DFS1601I
        • DFS1602I
        • DFS1603I
        • DFS1604I
        • DFS1605I
        • DFS1606I
        • DFS1607I
        • DFS1608I
        • DFS1609I
        • DFS1610I
        • DFS1611I
        • DFS1612I
        • DFS1613I
        • DFS1614I
        • DFS1615I
        • DFS1616I
        • DFS1617I
        • DFS1618I
        • DFS1619I
        • DFS1620I
        • DFS1621I
        • DFS1622I
        • DFS1623I
        • DFS1624I
        • DFS1625I
        • DFS1626I
        • DFS1627I
        • DFS1628I
        • DFS1629I
        • DFS1630I
        • DFS1631I
        • DFS1632I
        • DFS1633I
        • DFS1634I
        • DFS1635I
        • DFS1636I
        • DFS1637I
        • DFS1638I
        • DFS1639I
        • DFS1640I
        • DFS1641I
        • DFS1642I
        • DFS1643I
        • DFS1644I
        • DFS1645I
        • DFS1646I
        • DFS1647I
        • DFS1648I
        • DFS1649I
        • DFS1650I
      • DFS messages, DFS1651I - DFS1700I
        • DFS1651I
        • DFS1652I
        • DFS1653I
        • DFS1654I
        • DFS1655I
        • DFS1656I
        • DFS1657I
        • DFS1658I
        • DFS1659I
        • DFS1660I
        • DFS1661I
        • DFS1662I
        • DFS1663I
        • DFS1664I
        • DFS1665I
        • DFS1666I
        • DFS1667I
        • DFS1668I
        • DFS1669I
        • DFS1670I
        • DFS1671I
        • DFS1672I
        • DFS1673I
        • DFS1674I
        • DFS1675I
        • DFS1676I
        • DFS1677I
        • DFS1678I
        • DFS1679I
        • DFS1680I
        • DFS1681I
        • DFS1682I
        • DFS1683I
        • DFS1684I
        • DFS1685I
        • DFS1686I
        • DFS1687I
        • DFS1688I
        • DFS1689I
        • DFS1690I
        • DFS1691I
        • DFS1692I
        • DFS1693I
        • DFS1694I
        • DFS1695I
        • DFS1696I
        • DFS1697I
        • DFS1698I
        • DFS1699I
        • DFS1700I
      • DFS messages, DFS1701I - DFS1750I
        • DFS1701I
        • DFS1702I
        • DFS1703I
        • DFS1704I
        • DFS1705I
        • DFS1706I
        • DFS1707I
        • DFS1708I
        • DFS1709I
        • DFS1710A
        • DFS1711I
        • DFS1712I
        • DFS1713I
        • DFS1714I
        • DFS1715I
        • DFS1716I
        • DFS1717I
        • DFS1718I
        • DFS1719I
        • DFS1720I
        • DFS1721I
        • DFS1722I
        • DFS1723I
        • DFS1724I
        • DFS1725I
        • DFS1726I
        • DFS1727I
        • DFS1728E
        • DFS1729I
        • DFS1730I
        • DFS1731I
        • DFS1732I
        • DFS1733I
        • DFS1734I
        • DFS1735I
        • DFS1736I
        • DFS1737I
        • DFS1738I
        • DFS1739I
        • DFS1740I
        • DFS1741I
        • DFS1742I
        • DFS1743I
        • DFS1744I
        • DFS1745I
        • DFS1746I
        • DFS1747I
        • DFS1748I
        • DFS1749I
        • DFS1750I
      • DFS messages, DFS1751I - DFS1800I
        • DFS1751I
        • DFS1752I
        • DFS1753I
        • DFS1754I
        • DFS1755I
        • DFS1756I
        • DFS1757I
        • DFS1758I
        • DFS1759I
        • DFS1760I
        • DFS1761I
        • DFS1762I
        • DFS1763I
        • DFS1764I
        • DFS1765I
        • DFS1766I
        • DFS1767I
        • DFS1768I
        • DFS1769W
        • DFS1770I
        • DFS1771I
        • DFS1772I
        • DFS1773I
        • DFS1774I
        • DFS1775I
        • DFS1776I
        • DFS1777I
        • DFS1778I
        • DFS1779I
        • DFS1780I
        • DFS1781I
        • DFS1782I
        • DFS1783
        • DFS1784I
        • DFS1785I
        • DFS1786I
        • DFS1787I
        • DFS1788I
        • DFS1789I
        • DFS1790I
        • DFS1791I
        • DFS1792I
        • DFS1793I
        • DFS1794I
        • DFS1795I
        • DFS1796I
        • DFS1797I
        • DFS1798I
        • DFS1799I
        • DFS1800I
      • DFS messages, DFS1801I - DFS1850I
        • DFS1801I
        • DFS1802I
        • DFS1803I
        • DFS1804I
        • DFS1805I
        • DFS1806I
        • DFS1807I
        • DFS1808I
        • DFS1809I
        • DFS1810I
        • DFS1811I
        • DFS1812I
        • DFS1813I
        • DFS1814I
        • DFS1815I
        • DFS1816I
        • DFS1817I
        • DFS1818I
        • DFS1819I
        • DFS1820I
        • DFS1821I
        • DFS1822I
        • DFS1823I
        • DFS1824I
        • DFS1825I
        • DFS1826I
        • DFS1827I
        • DFS1828I
        • DFS1829I
        • DFS1830I
        • DFS1831A
        • DFS1832I
        • DFS1833I
        • DFS1834I
        • DFS1835I
        • DFS1836I
        • DFS1837I
        • DFS1838I
        • DFS1839I
        • DFS1840I
        • DFS1841I
        • DFS1842I
        • DFS1843I
        • DFS1844I
        • DFS1845I
        • DFS1846I
        • DFS1847I
        • DFS1848I
        • DFS1849E
        • DFS1850I
      • DFS messages, DFS1851I - DFS1900I
        • DFS1851I
        • DFS1852W
        • DFS1853I
        • DFS1854I
        • DFS1855I
        • DFS1856I
        • DFS1857I
        • DFS1858I
        • DFS1859I
        • DFS1860I
        • DFS1861I
        • DFS1862I
        • DFS1863I
        • DFS1864I
        • DFS1865I
        • DFS1866I
        • DFS1867I
        • DFS1868I
        • DFS1869I
        • DFS1870I
        • DFS1871I
        • DFS1872I
        • DFS1873I
        • DFS1874I
        • DFS1875I
        • DFS1876I
        • DFS1877I
        • DFS1878I
        • DFS1879I
        • DFS1880I
        • DFS1881I
        • DFS1882I
        • DFS1883I
        • DFS1884I
        • DFS1885I
        • DFS1886I
        • DFS1886E
        • DFS1886A
        • DFS1887I
        • DFS1888I
        • DFS1889I
        • DFS1890I
        • DFS1891I
        • DFS1892I
        • DFS1893I
        • DFS1894I
        • DFS1895I
        • DFS1896I
        • DFS1897I
        • DFS1898I
        • DFS1899I
        • DFS1900I
      • DFS messages, DFS1901I - DFS1950
        • DFS1901I
        • DFS1902I
        • DFS1903I
        • DFS1904I
        • DFS1905I
        • DFS1906I
        • DFS1907I
        • DFS1908I
        • DFS1909I
        • DFS1910I
        • DFS1911I
        • DFS1912I
        • DFS1913I
        • DFS1914I
        • DFS1915I
        • DFS1916I
        • DFS1917I
        • DFS1918A
        • DFS1919I
        • DFS1920I
        • DFS1921I
        • DFS1922I
        • DFS1924
        • DFS1925
        • DFS1927
        • DFS1928
        • DFS1929I
        • DFS1930I
        • DFS1931I
        • DFS1932
        • DFS1933I
        • DFS1934E
        • DFS1935E
        • DFS1936E
        • DFS1937I
        • DFS1938
        • DFS1939W
        • DFS1940I
        • DFS1941I
        • DFS1942
        • DFS1943
        • DFS1944E
        • DFS1945
        • DFS1946W
        • DFS1947I
        • DFS1948
        • DFS1949
        • DFS1950
      • DFS messages, DFS1951 - DFS2000I
        • DFS1951
        • DFS1952
        • DFS1953
        • DFS1954
        • DFS1955I
        • DFS1956E
        • DFS1957E
        • DFS1958I
        • DFS1959E
        • DFS1960I
        • DFS1961W
        • DFS1962
        • DFS1963W
        • DFS1964E
        • DFS1965E
        • DFS1966
        • DFS1967
        • DFS1968
        • DFS1969W
        • DFS1970
        • DFS1971I
        • DFS1972I
        • DFS1973I
        • DFS1974I
        • DFS1975
        • DFS1976
        • DFS1977
        • DFS1978I
        • DFS1979I
        • DFS1980
        • DFS1981
        • DFS1982I
        • DFS1983W
        • DFS1985I
        • DFS1986
        • DFS1987I
        • DFS1988W
        • DFS1989E
        • DFS1990I
        • DFS1991I
        • DFS1992I
        • DFS1993X
        • DFS1994I
        • DFS1995E
        • DFS1996I
        • DFS1997I
        • DFS1998I
        • DFS1999I
        • DFS2000I
      • DFS messages, DFS2001I - DFS2050
        • DFS2001I
        • DFS2002I
        • DFS2003
        • DFS2004
        • DFS2005
        • DFS2006
        • DFS2007
        • DFS2008
        • DFS2009
        • DFS2010
        • DFS2011I
        • DFS2012I
        • DFS2013
        • DFS2014
        • DFS2015
        • DFS2016
        • DFS2017
        • DFS2018
        • DFS2020
        • DFS2021
        • DFS2022
        • DFS2023
        • DFS2024
        • DFS2025
        • DFS2026
        • DFS2027I
        • DFS2028
        • DFS2029
        • DFS2030
        • DFS2031
        • DFS2032
        • DFS2033
        • DFS2034
        • DFS2035
        • DFS2036
        • DFS2037
        • DFS2038
        • DFS2039I
        • DFS2040
        • DFS2041
        • DFS2042
        • DFS2043
        • DFS2044
        • DFS2045
        • DFS2046
        • DFS2047
        • DFS2048
        • DFS2049I
        • DFS2050
      • DFS messages, DFS2051I - DFS2100
        • DFS2051
        • DFS2052
        • DFS2053
        • DFS2054
        • DFS2055
        • DFS2056
        • DFS2057
        • DFS2058
        • DFS2059
        • DFS2060
        • DFS2061I
        • DFS2062I
        • DFS2063I
        • DFS2064I
        • DFS2065I
        • DFS2066I
        • DFS2067I
        • DFS2068
        • DFS2069
        • DFS2070
        • DFS2071I
        • DFS2072I
        • DFS2073I
        • DFS2074I
        • DFS2075
        • DFS2076
        • DFS2077I
        • DFS2078I
        • DFS2079I
        • DFS2080I
        • DFS2081I
        • DFS2082
        • DFS2083I
        • DFS2084
        • DFS2085I
        • DFS2086
        • DFS2087
        • DFS2088I
        • DFS2089I
        • DFS2090I
        • DFS2091I
        • DFS2092I
        • DFS2093
        • DFS2094I
        • DFS2095I
        • DFS2096I
        • DFS2097I
        • DFS2098
        • DFS2099
        • DFS2100
      • DFS messages, DFS2101I - DFS2150I
        • DFS2101I
        • DFS2102
        • DFS2103
        • DFS2104
        • DFS2105
        • DFS2106
        • DFS2107
        • DFS2108
        • DFS2109
        • DFS2110A
        • DFS2111I
        • DFS2112I
        • DFS2113
        • DFS2114
        • DFS2115
        • DFS2116
        • DFS2117
        • DFS2118
        • DFS2120
        • DFS2121
        • DFS2122
        • DFS2123
        • DFS2124
        • DFS2125
        • DFS2126
        • DFS2127
        • DFS2128
        • DFS2129
        • DFS2130
        • DFS2131
        • DFS2132
        • DFS2133
        • DFS2134
        • DFS2135
        • DFS2136
        • DFS2137
        • DFS2138
        • DFS2140
        • DFS2141
        • DFS2142
        • DFS2143
        • DFS2144
        • DFS2145
        • DFS2146
        • DFS2147I
        • DFS2148I
        • DFS2149
        • DFS2150A
        • DFS2150I
      • DFS messages, DFS2151 - DFS2200I
        • DFS2151
        • DFS2152
        • DFS2153
        • DFS2154
        • DFS2155
        • DFS2156
        • DFS2157
        • DFS2158
        • DFS2159I
        • DFS2160I
        • DFS2161I
        • DFS2162
        • DFS2163
        • DFS2164
        • DFS2165
        • DFS2166
        • DFS2167
        • DFS2168I
        • DFS2169I
        • DFS2170I
        • DFS2171I
        • DFS2172
        • DFS2173
        • DFS2174
        • DFS2175
        • DFS2176
        • DFS2177I
        • DFS2178I
        • DFS2179I
        • DFS2180I
        • DFS2182
        • DFS2183
        • DFS2184
        • DFS2185I
        • DFS2186
        • DFS2187
        • DFS2191
        • DFS2192
        • DFS2193I
        • DFS2194
        • DFS2195I
        • DFS2195W
        • DFS2196
        • DFS2198E
        • DFS2199E
        • DFS2200I
      • DFS messages, DFS2201I - DFS2250I
        • DFS2201I
        • DFS2202I
        • DFS2203I
        • DFS2204I
        • DFS2205I
        • DFS2206I
        • DFS2207I
        • DFS2208I
        • DFS2209I
        • DFS2210I
        • DFS2212I
        • DFS2213I
        • DFS2214I
        • DFS2215A
        • DFS2216A
        • DFS2217I
        • DFS2218I
        • DFS2219I
        • DFS2220I
        • DFS2221I
        • DFS2225E
        • DFS2226E
        • DFS2227E
        • DFS2228E
        • DFS2229E
        • DFS2231
        • DFS2232
        • DFS2233
        • DFS2234I
        • DFS2235I
        • DFS2236I
        • DFS2237I
        • DFS2238I
        • DFS2239
        • DFS2240
        • DFS2241I
        • DFS2224I
        • DFS2242I
        • DFS2243I
        • DFS2244
        • DFS2245I
        • DFS2246I
        • DFS2247I
        • DFS2248I
        • DFS2249I
        • DFS2250I
      • DFS messages, DFS2251W - DFS2300I
        • DFS2251W
        • DFS2252
        • DFS2253
        • DFS2254
        • DFS2255
        • DFS2256
        • DFS2257
        • DFS2258
        • DFS2259
        • DFS2260
        • DFS2261
        • DFS2262
        • DFS2263I
        • DFS2264I
        • DFS2265I
        • DFS2266I
        • DFS2267I
        • DFS2268I
        • DFS2269I
        • DFS2270
        • DFS2271I
        • DFS2272
        • DFS2273
        • DFS2274
        • DFS2275I
        • DFS2276I
        • DFS2277I
        • DFS2278I
        • DFS2279I
        • DFS2280I
        • DFS2281I
        • DFS2282I
        • DFS2283I
        • DFS2285I
        • DFS2286I
        • DFS2287I
        • DFS2288W
        • DFS2290
        • DFS2291I
        • DFS2292E
        • DFS2293E
        • DFS2294E
        • DFS2295E
        • DFS2296A
        • DFS2297
        • DFS2298A
        • DFS2299A
        • DFS2300I
      • DFS messages, DFS2301I - DFS2350I
        • DFS2301I
        • DFS2302I
        • DFS2303I
        • DFS2304X
        • DFS2305X
        • DFS2306X
        • DFS2307X
        • DFS2308X
        • DFS2309X
        • DFS2310X
        • DFS2311X
        • DFS2312I
        • DFS2313X
        • DFS2314I
        • DFS2315I
        • DFS2316W
        • DFS2317X
        • DFS2318X
        • DFS2319I
        • DFS2320X
        • DFS2322I
        • DFS2323X
        • DFS2324X
        • DFS2325I
        • DFS2326X
        • DFS2327I
        • DFS2330I
        • DFS2331X
        • DFS2332X
        • DFS2333I
        • DFS2334X
        • DFS2335I
        • DFS2336A
        • DFS2337A
        • DFS2338I
        • DFS2339I
        • DFS2340I
        • DFS2341I
        • DFS2342E
        • DFS2343A
        • DFS2344I
        • DFS2345W
        • DFS2346W
        • DFS2347A
        • DFS2348W
        • DFS2349W
        • DFS2350I
      • DFS messages, DFS2351A - DFS2400I
        • DFS2351A
        • DFS2352W
        • DFS2353W
        • DFS2354W
        • DFS2355W
        • DFS2356W
        • DFS2357W
        • DFS2358I
        • DFS2359I
        • DFS2360I
        • DFS2361I
        • DFS2362I
        • DFS2363I
        • DFS2364E
        • DFS2365I
        • DFS2366E
        • DFS2367E
        • DFS2368I
        • DFS2369I
        • DFS2370I
        • DFS2371I
        • DFS2372I
        • DFS2373I
        • DFS2374W
        • DFS2375W
        • DFS2376W
        • DFS2377A
        • DFS2378A
        • DFS2379A
        • DFS2380A
        • DFS2381A
        • DFS2382I
        • DFS2383E
        • DFS2384W
        • DFS2385E
        • DFS2386I
        • DFS2387X
        • DFS2388X
        • DFS2389I
        • DFS2390I
        • DFS2391I
        • DFS2392I
        • DFS2393I
        • DFS2394I
        • DFS2395I
        • DFS2396I
        • DFS2397E
        • DFS2398W
        • DFS2399I
        • DFS2400I
      • DFS messages, DFS2401I - DFS2450I
        • DFS2401I
        • DFS2402I
        • DFS2403I
        • DFS2404A
        • DFS2406I
        • DFS2407W
        • DFS2408I
        • DFS2409I
        • DFS2410I
        • DFS2411I
        • DFS2412I
        • DFS2413I
        • DFS2414I
        • DFS2415I
        • DFS2416I
        • DFS2418
        • DFS2419A
        • DFS2420I
        • DFS2421I
        • DFS2422I
        • DFS2423I
        • DFS2424I
        • DFS2425I
        • DFS2426I
        • DFS2427I
        • DFS2428I
        • DFS2429I
        • DFS2430I
        • DFS2431I
        • DFS2432I
        • DFS2433I
        • DFS2434I
        • DFS2435I
        • DFS2436I
        • DFS2437I
        • DFS2438W
        • DFS2439W
        • DFS2440W
        • DFS2441W
        • DFS2442E
        • DFS2443
        • DFS2444
        • DFS2445
        • DFS2446I
        • DFS2447I
        • DFS2448I
        • DFS2449I
        • DFS2450I
      • DFS messages, DFS2451W - DFS2500I
        • DFS2451W
        • DFS2452I
        • DFS2453A
        • DFS2453I
        • DFS2454I
        • DFS2455A
        • DFS2456I
        • DFS2457I
        • DFS2458A
        • DFS2459I
        • DFS2460
        • DFS2461
        • DFS2462
        • DFS2463
        • DFS2464
        • DFS2466I
        • DFS2466W
        • DFS2467I
        • DFS2469W
        • DFS2470
        • DFS2471
        • DFS2472
        • DFS2473I
        • DFS2474I
        • DFS2475
        • DFS2476
        • DFS2477
        • DFS2478I
        • DFS2479W
        • DFS2480I
        • DFS2481I
        • DFS2482I
        • DFS2483A
        • DFS2484I
        • DFS2485I
        • DFS2486I
        • DFS2487I
        • DFS2488A
        • DFS2489I
        • DFS2490A
        • DFS2491I
        • DFS2492I
        • DFS2493W
        • DFS2494I
        • DFS2495I
        • DFS2497W
        • DFS2498W
        • DFS2499W
        • DFS2500I
      • DFS messages, DFS2501W - DFS2550I
        • DFS2501W
        • DFS2502W
        • DFS2503W
        • DFS2504I
        • DFS2505I
        • DFS2506I
        • DFS2507I
        • DFS2508I
        • DFS2509I
        • DFS2510I
        • DFS2511I
        • DFS2512I
        • DFS2513I
        • DFS2514I
        • DFS2515I
        • DFS2516I
        • DFS2517I
        • DFS2518I
        • DFS2519I
        • DFS2520I
        • DFS2521I
        • DFS2522I
        • DFS2523I
        • DFS2524I
        • DFS2525I
        • DFS2525W
        • DFS2526I
        • DFS2527I
        • DFS2528A
        • DFS2529I
        • DFS2530
        • DFS2531
        • DFS2532
        • DFS2533
        • DFS2534
        • DFS2535
        • DFS2536
        • DFS2537
        • DFS2538
        • DFS2539I
        • DFS2540I
        • DFS2541I
        • DFS2542I
        • DFS2543I
        • DFS2544I
        • DFS2545I
        • DFS2546I
        • DFS2547I
        • DFS2548I
        • DFS2549I
        • DFS2550I
      • DFS messages, DFS2551I - DFS2600A
        • DFS2551I
        • DFS2552I
        • DFS2553I
        • DFS2554I
        • DFS2555I
        • DFS2558I
        • DFS2559A
        • DFS2560I
        • DFS2561A
        • DFS2562A
        • DFS2563I
        • DFS2564I
        • DFS2565I
        • DFS2566I
        • DFS2567I
        • DFS2568I
        • DFS2569I
        • DFS2570I
        • DFS2571I
        • DFS2572I
        • DFS2573I
        • DFS2574I
        • DFS2575I
        • DFS2576A
        • DFS2577
        • DFS2578I
        • DFS2579I
        • DFS2580I
        • DFS2581I
        • DFS2582I
        • DFS2584I
        • DFS2585I
        • DFS2586I
        • DFS2588W
        • DFS2589I
        • DFS2590I
        • DFS2591I
        • DFS2592I
        • DFS2593I
        • DFS2594I
        • DFS2595I
        • DFS2596I
        • DFS2597I
        • DFS2598I
        • DFS2599I
        • DFS2600A
      • DFS messages, DFS2601I - DFS2650A
        • DFS2601I
        • DFS2602I
        • DFS2603A
        • DFS2604A
        • DFS2605I
        • DFS2606I
        • DFS2607I
        • DFS2608W
        • DFS2609
        • DFS2610
        • DFS2611I
        • DFS2612I
        • DFS2613I
        • DFS2614I
        • DFS2615I
        • DFS2616I
        • DFS2617I
        • DFS2618I
        • DFS2619I
        • DFS2620I
        • DFS2621I
        • DFS2622I
        • DFS2623I
        • DFS2624I
        • DFS2625I
        • DFS2626I
        • DFS2627I
        • DFS2628I
        • DFS2629A
        • DFS2630I
        • DFS2631A
        • DFS2632A
        • DFS2632I
        • DFS2633I
        • DFS2634I
        • DFS2635I
        • DFS2636I
        • DFS2637I
        • DFS2638I
        • DFS2639I
        • DFS2640A
        • DFS2641A
        • DFS2642I
        • DFS2643I
        • DFS2644I
        • DFS2645I
        • DFS2646A
        • DFS2647I
        • DFS2648A
        • DFS2649I
        • DFS2650A
      • DFS messages, DFS2651A - DFS2700A
        • DFS2651A
        • DFS2652A
        • DFS2653I
        • DFS2654A
        • DFS2655A
        • DFS2656A
        • DFS2657I
        • DFS2658A
        • DFS2659A
        • DFS2660A
        • DFS2661A
        • DFS2662A
        • DFS2663A
        • DFS2664A
        • DFS2665I
        • DFS2666A
        • DFS2667A
        • DFS2668A
        • DFS2669A
        • DFS2670I
        • DFS2671I
        • DFS2672A
        • DFS2673I
        • DFS2674A
        • DFS2675A
        • DFS2676A
        • DFS2677A
        • DFS2678I
        • DFS2679A
        • DFS2680I
        • DFS2681I
        • DFS2682W
        • DFS2683I
        • DFS2684A
        • DFS2685I
        • DFS2686I
        • DFS2687A
        • DFS2688I
        • DFS2689I
        • DFS2690I
        • DFS2691A
        • DFS2692I
        • DFS2693I
        • DFS2694I
        • DFS2696I
        • DFS2698I
        • DFS2699I
        • DFS2700A
      • DFS messages, DFS2701W - DFS2750A
        • DFS2701W
        • DFS2702A
        • DFS2703A
        • DFS2704A
        • DFS2705A
        • DFS2705W
        • DFS2706A
        • DFS2707W
        • DFS2708W
        • DFS2709W
        • DFS2710W
        • DFS2711A
        • DFS2712I
        • DFS2713I
        • DFS2714I
        • DFS2715I
        • DFS2717
        • DFS2718I
        • DFS2719I
        • DFS2720I
        • DFS2721I
        • DFS2722I
        • DFS2723I
        • DFS2724I
        • DFS2725I
        • DFS2726I
        • DFS2727I
        • DFS2728I
        • DFS2729I
        • DFS2730A
        • DFS2732E
        • DFS2731I
        • DFS2733I
        • DFS2735A
        • DFS2736A
        • DFS2737A
        • DFS2738A
        • DFS2739A
        • DFS2740A
        • DFS2741A
        • DFS2742A
        • DFS2743I
        • DFS2744E
        • DFS2745A
        • DFS2746A
        • DFS2747A
        • DFS2748A
        • DFS2749A
        • DFS2750A
      • DFS messages, DFS2751A - DFS2800I
        • DFS2751A
        • DFS2752A
        • DFS2753I
        • DFS2754I
        • DFS2755I
        • DFS2756I
        • DFS2757E
        • DFS2758I
        • DFS2759I
        • DFS2760I
        • DFS2761W
        • DFS2762A
        • DFS2763I
        • DFS2764W
        • DFS2765W
        • DFS2766I
        • DFS2767I
        • DFS2768W
        • DFS2769I
        • DFS2770I
        • DFS2771
        • DFS2772
        • DFS2773
        • DFS2779I
        • DFS2780A
        • DFS2781A
        • DFS2782A
        • DFS2783A
        • DFS2785A
        • DFS2786A
        • DFS2787A
        • DFS2788I
        • DFS2789A
        • DFS2790A
        • DFS2791A
        • DFS2792A
        • DFS2793I
        • DFS2794I
        • DFS2795I
        • DFS2796I
        • DFS2797I
        • DFS2798I
        • DFS2799I
        • DFS2800I
      • DFS messages, DFS2801A - DFS2850E
        • DFS2801A
        • DFS2802A
        • DFS2803I
        • DFS2804A
        • DFS2805A
        • DFS2806A
        • DFS2807I
        • DFS2808I
        • DFS2809I
        • DFS2810I
        • DFS2811A
        • DFS2812I
        • DFS2813I
        • DFS2814A
        • DFS2815A
        • DFS2816A
        • DFS2817A
        • DFS2818I
        • DFS2819A
        • DFS2821I
        • DFS2822I
        • DFS2823I
        • DFS2824A
        • DFS2825A
        • DFS2826A
        • DFS2827A
        • DFS2828A
        • DFS2829I
        • DFS2830I
        • DFS2831I
        • DFS2832I
        • DFS2833I
        • DFS2834I
        • DFS2835I
        • DFS2837I
        • DFS2838I
        • DFS2839I
        • DFS2840W
        • DFS2841A
        • DFS2842I
        • DFS2843
        • DFS2843E
        • DFS2844E
        • DFS2845A
        • DFS2846E
        • DFS2847I
        • DFS2848E
        • DFS2849A
        • DFS2850E
      • DFS messages, DFS2851I - DFS2900I
        • DFS2851I
        • DFS2852I
        • DFS2853A
        • DFS2854A
        • DFS2855A
        • DFS2855I
        • DFS2856W
        • DFS2857E
        • DFS2858E
        • DFS2859I
        • DFS2860W
        • DFS2861W
        • DFS2862W
        • DFS2863I
        • DFS2864I
        • DFS2865I
        • DFS2866W
        • DFS2867A
        • DFS2868W
        • DFS2869W
        • DFS2870W
        • DFS2900I
      • DFS messages, DFS2901I - DFS2950A
        • DFS2901I
        • DFS2902I
        • DFS2904A
        • DFS2905I
        • DFS2906I
        • DFS2907A
        • DFS2930I
        • DFS2950A
      • DFS messages, DFS2951I - DFS3000I
        • DFS2957W
        • DFS2958A
        • DFS2970I
        • DFS2971W
        • DFS2972E
        • DFS2973W
        • DFS2974I
        • DFS2990E
        • DFS2991E
        • DFS2992E
        • DFS2993E
        • DFS2994E
        • DFS2995E
        • DFS2996E
        • DFS2997E
        • DFS2998E
        • DFS3000I
      • DFS messages, DFS3001W - DFS3050A
        • DFS3001W
        • DFS3002W
        • DFS3003W
        • DFS3004A
        • DFS3005A
        • DFS3006A
        • DFS3007I
        • DFS3008W
        • DFS3009W
        • DFS3010W
        • DFS3011W
        • DFS3012W
        • DFS3013W
        • DFS3014W
        • DFS3015A
        • DFS3016A
        • DFS3017A
        • DFS3018A
        • DFS3019
        • DFS3020
        • DFS3021W
        • DFS3022W
        • DFS3023A
        • DFS3024W
        • DFS3025A
        • DFS3026A
        • DFS3027I
        • DFS3028A
        • DFS3029A
        • DFS3030A
        • DFS3031A
        • DFS3032A
        • DFS3033A
        • DFS3034A
        • DFS3035A
        • DFS3036W
        • DFS3037A
        • DFS3038A
        • DFS3039A
        • DFS3040A
        • DFS3041W
        • DFS3042A
        • DFS3043A
        • DFS3044A
        • DFS3045W
        • DFS3046W
        • DFS3047A
        • DFS3048A
        • DFS3049A
        • DFS3050A
      • DFS messages, DFS3051A - DFS3100I
        • DFS3051A
        • DFS3052A
        • DFS3053A
        • DFS3054A
        • DFS3055A
        • DFS3056I
        • DFS3057I
        • DFS3058A
        • DFS3059A
        • DFS3060I
        • DFS3061I
        • DFS3062I
        • DFS3063A
        • DFS3064A
        • DFS3065I
        • DFS3067A
        • DFS3069I
        • DFS3070A
        • DFS3071A
        • DFS3072I
        • DFS3073I
        • DFS3074A
        • DFS3075I
        • DFS3076W
        • DFS3077A
        • DFS3078I
        • DFS3079I
        • DFS3080I
        • DFS3081W
        • DFS3082W
        • DFS3083W
        • DFS3084W
        • DFS3085W
        • DFS3086W
        • DFS3087W
        • DFS3088W
        • DFS3089W
        • DFS3090W
        • DFS3091W
        • DFS3092W
        • DFS3093W
        • DFS3094W
        • DFS3095W
        • DFS3096A
        • DFS3097W
        • DFS3098A
        • DFS3099W
        • DFS3100I
      • DFS messages, DFS3101I - DFS3150
        • DFS3101I
        • DFS3102I
        • DFS3103
        • DFS3104
        • DFS3105I
        • DFS3105
        • DFS3106I
        • DFS3107I
        • DFS3107
        • DFS3108I
        • DFS3109
        • DFS3110I
        • DFS3111I
        • DFS3112I
        • DFS3113I
        • DFS3114I
        • DFS3115I
        • DFS3116I
        • DFS3117
        • DFS3118
        • DFS3119I
        • DFS3120I
        • DFS3121A
        • DFS3121I
        • DFS3122A
        • DFS3124A
        • DFS3125A
        • DFS3126W
        • DFS3127I
        • DFS3128A
        • DFS3129I
        • DFS3130I
        • DFS3131A
        • DFS3132A
        • DFS3133
        • DFS3134W
        • DFS3135A
        • DFS3136I
        • DFS3137I
        • DFS3138I
        • DFS3139I
        • DFS3140A
        • DFS3141A
        • DFS3141I
        • DFS3142I
        • DFS3143A
        • DFS3144A
        • DFS3145A
        • DFS3146A
        • DFS3147A
        • DFS3148A
        • DFS3149A
        • DFS3150
      • DFS messages, DFS3151 - DFS3200
        • DFS3151
        • DFS3152
        • DFS3153
        • DFS3154E
        • DFS3155A
        • DFS3156I
        • DFS3157A
        • DFS3158A
        • DFS3160I
        • DFS3161I
        • DFS3162E
        • DFS3163E
        • DFS3164E
        • DFS3165E
        • DFS3166I
        • DFS3167E
        • DFS3168E
        • DFS3169E
        • DFS3170E
        • DFS3171E
        • DFS3172I
        • DFS3173E
        • DFS3174A
        • DFS3175E
        • DFS3176E
        • DFS3177E
        • DFS3178E
        • DFS3179I
        • DFS3180I
        • DFS3181I
        • DFS3182I
        • DFS3183E
        • DFS3184I
        • DFS3185I
        • DFS3187I
        • DFS3189W
        • DFS3190E
        • DFS3191E
        • DFS3192E
        • DFS3193E
        • DFS3194E
        • DFS3195E
        • DFS3196E
        • DFS3197I
        • DFS3198I
        • DFS3199E
        • DFS3200
      • DFS messages, DFS3201 - DFS3250
        • DFS3201
        • DFS3202
        • DFS3203
        • DFS3204
        • DFS3206
        • DFS3207
        • DFS3208
        • DFS3209
        • DFS3210I
        • DFS3211I
        • DFS3212I
        • DFS3213I
        • DFS3214
        • DFS3215W
        • DFS3216A
        • DFS3217
        • DFS3218
        • DFS3220I
        • DFS3221
        • DFS3222I
        • DFS3223
        • DFS3224
        • DFS3225
        • DFS3226
        • DFS3227
        • DFS3228
        • DFS3229
        • DFS3230
        • DFS3231
        • DFS3232
        • DFS3233
        • DFS3234
        • DFS3235
        • DFS3236
        • DFS3237
        • DFS3238
        • DFS3239
        • DFS3240
        • DFS3241
        • DFS3242I
        • DFS3243I
        • DFS3244I
        • DFS3245
        • DFS3246
        • DFS3247I
        • DFS3248W
        • DFS3249W
        • DFS3250
      • DFS messages, DFS3251W - DFS3300I
        • DFS3251W
        • DFS3252I
        • DFS3253W
        • DFS3254I
        • DFS3255I
        • DFS3256I
        • DFS3257I
        • DFS3258A
        • DFS3259I
        • DFS3260I
        • DFS3261I
        • DFS3262E
        • DFS3263I
        • DFS3264I
        • DFS3265I
        • DFS3266I
        • DFS3267I
        • DFS3268I
        • DFS3269I
        • DFS3270I
        • DFS3271I
        • DFS3272I
        • DFS3272E
        • DFS3273I
        • DFS3274I
        • DFS3275I
        • DFS3276I
        • DFS3277I
        • DFS3278A
        • DFS3279I
        • DFS3280W
        • DFS3281A
        • DFS3282W
        • DFS3283A
        • DFS3284A
        • DFS3285E
        • DFS3286W
        • DFS3287E
        • DFS3288I
        • DFS3289A
        • DFS3290I
        • DFS3291I
        • DFS3292I
        • DFS3293W
        • DFS3294A
        • DFS3295A
        • DFS3296A
        • DFS3298E
        • DFS3299I
        • DFS3300I
      • DFS messages, DFS3301W - DFS3350E
        • DFS3301W
        • DFS3303I
        • DFS3304I
        • DFS3305E
        • DFS3306A
        • DFS3307E
        • DFS3308E
        • DFS3311I
        • DFS3312A
        • DFS3313I
        • DFS3314W
        • DFS3315
        • DFS3315W
        • DFS3316
        • DFS3317I
        • DFS3318I
        • DFS3319
        • DFS3320I
        • DFS3321I
        • DFS3322
        • DFS3323E
        • DFS3324I
        • DFS3325I
        • DFS3326I
        • DFS3327
        • DFS3328I
        • DFS3329I
        • DFS3330I
        • DFS3331I
        • DFS3332I
        • DFS3333I
        • DFS3334I
        • DFS3335A
        • DFS3336I
        • DFS3337W
        • DFS3338A
        • DFS3339A
        • DFS3340I
        • DFS3341I
        • DFS3342I
        • DFS3343E
        • DFS3344E
        • DFS3345E
        • DFS3346E
        • DFS3347A
        • DFS3348E
        • DFS3349I
        • DFS3350E
      • DFS messages, DFS3351E - DFS3400I
        • DFS3351E
        • DFS3352E
        • DFS3353E
        • DFS3354E
        • DFS3355E
        • DFS3356E
        • DFS3357E
        • DFS3358E
        • DFS3359E
        • DFS3360E
        • DFS3361E
        • DFS3362E
        • DFS3363E
        • DFS3364E
        • DFS3365I
        • DFS3366E
        • DFS3367E
        • DFS3368E
        • DFS3369I
        • DFS3370E
        • DFS3371I
        • DFS3372E
        • DFS3373I
        • DFS3374W
        • DFS3375
        • DFS3376
        • DFS3377
        • DFS3378W
        • DFS3379E
        • DFS3380
        • DFS3381E
        • DFS3382I
        • DFS3383E
        • DFS3384I
        • DFS3385I
        • DFS3386I
        • DFS3387I
        • DFS3388I
        • DFS3389I
        • DFS3390I
        • DFS3391I
        • DFS3392W
        • DFS3394W
        • DFS3395I
        • DFS3396I
        • DFS3397E
        • DFS3398E
        • DFS3399I
        • DFS3400I
      • DFS messages, DFS3401I - DFS3450
        • DFS3401I
        • DFS3402W
        • DFS3403W
        • DFS3404I
        • DFS3405I
        • DFS3406I
        • DFS3407E
        • DFS3409I
        • DFS3410I
        • DFS3411X
        • DFS3412
        • DFS3413X
        • DFS3414X
        • DFS3415X
        • DFS3416X
        • DFS3417E
        • DFS3418X
        • DFS3419X
        • DFS3420X
        • DFS3421X
        • DFS3422X
        • DFS3423E
        • DFS3424I
        • DFS3425I
        • DFS3426A
        • DFS3427W
        • DFS3428W
        • DFS3429E
        • DFS3430I
        • DFS3431
        • DFS3432
        • DFS3433W
        • DFS3434W
        • DFS3435A
        • DFS3436E
        • DFS3437E
        • DFS3438
        • DFS3439W
        • DFS3440E
        • DFS3441
        • DFS3442I
        • DFS3443I
        • DFS3444W
        • DFS3445
        • DFS3446I
        • DFS3447
        • DFS3448W
        • DFS3449W
        • DFS3450
      • DFS messages, DFS3451 - DFS3500W
        • DFS3451
        • DFS3452
        • DFS3453
        • DFS3454I
        • DFS3455I
        • DFS3457
        • DFS3458
        • DFS3459
        • DFS3460
        • DFS3461
        • DFS3462I
        • DFS3463I
        • DFS3464I
        • DFS3465I
        • DFS3466I
        • DFS3467I
        • DFS3468I
        • DFS3469I
        • DFS3470
        • DFS3471
        • DFS3472
        • DFS3476I
        • DFS3478
        • DFS3480I
        • DFS3481I
        • DFS3482I
        • DFS3483
        • DFS3484I
        • DFS3485I
        • DFS3486
        • DFS3487
        • DFS3488
        • DFS3489
        • DFS3490I
        • DFS3491I
        • DFS3492W
        • DFS3493I
        • DFS3494E
        • DFS3495W
        • DFS3496W
        • DFS3497A
        • DFS3497I
        • DFS3498W
        • DFS3499I
        • DFS3500W
      • DFS messages, DFS3501W - DFS3550I
        • DFS3501W
        • DFS3503
        • DFS3505E
        • DFS3507E
        • DFS3511I
        • DFS3513E
        • DFS3515E
        • DFS3521W
        • DFS3523W
        • DFS3525E
        • DFS3527E
        • DFS3529
        • DFS3531E
        • DFS3535E
        • DFS3537E
        • DFS3539E
        • DFS3541E
        • DFS3542I
        • DFS3543I
        • DFS3544I
        • DFS3545
        • DFS3547E
        • DFS3549E
      • DFS messages, DFS3551E - DFS3600I
        • DFS3551E
        • DFS3553E
        • DFS3555E
        • DFS3561E
        • DFS3563I
        • DFS3565E
        • DFS3571A
        • DFS3573A
        • DFS3575I
        • DFS3576A
        • DFS3578A
        • DFS3579I
        • DFS3580A
        • DFS3581A
        • DFS3581W
        • DFS3582W
        • DFS3583A
        • DFS3584A
        • DFS3584W
        • DFS3585I
        • DFS3585W
        • DFS3586W
        • DFS3587I
        • DFS3588W
        • DFS3589A
        • DFS3590A
        • DFS3591W
        • DFS3592A
        • DFS3594E
        • DFS3595E
        • DFS3596E
        • DFS3597E
        • DFS3600I
      • DFS messages, DFS3601 - DFS3650I
        • DFS3601
        • DFS3602I
        • DFS3603I
        • DFS3604I
        • DFS3605I
        • DFS3606I
        • DFS3607I
        • DFS3608I
        • DFS3609
        • DFS3610
        • DFS3611I
        • DFS3611E
        • DFS3611W
        • DFS3612I
        • DFS3613I
        • DFS3614I
        • DFS3615I
        • DFS3616I
        • DFS3618
        • DFS3619I
        • DFS3620I
        • DFS3621I
        • DFS3622I
        • DFS3623E
        • DFS3624I
        • DFS3625E
        • DFS3626I
        • DFS3627I
        • DFS3628E
        • DFS3628I
        • DFS3629I
        • DFS3630
        • DFS3631E
        • DFS3632
        • DFS3633
        • DFS3634
        • DFS3635
        • DFS3636
        • DFS3637
        • DFS3638
        • DFS3639
        • DFS3640W
        • DFS3641W
        • DFS3642E
        • DFS3643I
        • DFS3644
        • DFS3645I
        • DFS3646I
        • DFS3647W
        • DFS3648
        • DFS3649A
        • DFS3650I
      • DFS messages, DFS3651I - DFS3700
        • DFS3651I
        • DFS3652X
        • DFS3653
        • DFS3654
        • DFS3655
        • DFS3656A
        • DFS3656
        • DFS3657
        • DFS3658X
        • DFS3659X
        • DFS3660W
        • DFS3661W
        • DFS3662W
        • DFS3663I
        • DFS3664I
        • DFS3665W
        • DFS3666W
        • DFS3667W
        • DFS3668W
        • DFS3669W
        • DFS3670W
        • DFS3671I
        • DFS3672I
        • DFS3673W
        • DFS3674W
        • DFS3675I
        • DFS3676I
        • DFS3677W
        • DFS3678E
        • DFS3679E
        • DFS3680W
        • DFS3681W
        • DFS3682W
        • DFS3683W
        • DFS3684W
        • DFS3685I
        • DFS3686I
        • DFS3687E
        • DFS3688I
        • DFS3689W
        • DFS3690
        • DFS3691W
        • DFS3692W
        • DFS3693W
        • DFS3694W
        • DFS3700
      • DFS messages, DFS3701I - DFS3750A
        • DFS3701I
        • DFS3702I
        • DFS3704E
        • DFS3703I
        • DFS3705I
        • DFS3706I
        • DFS3707A
        • DFS3708W
        • DFS3709A
        • DFS3710A
        • DFS3711A
        • DFS3711W
        • DFS3712A
        • DFS3713A
        • DFS3714I
        • DFS3715I
        • DFS3717I
        • DFS3718I
        • DFS3719I
        • DFS3720I
        • DFS3721I
        • DFS3722I
        • DFS3723E
        • DFS3724I
        • DFS3725I
        • DFS3726A
        • DFS3727I
        • DFS3728I
        • DFS3729I
        • DFS3730I
        • DFS3731I
        • DFS3732I
        • DFS3733A
        • DFS3734I
        • DFS3735I
        • DFS3736A
        • DFS3737A
        • DFS3738A
        • DFS3739A
        • DFS3740I
        • DFS3741I
        • DFS3742A
        • DFS3743A
        • DFS3744A
        • DFS3745I
        • DFS3746A
        • DFS3747A
        • DFS3748A
        • DFS3749I
        • DFS3750A
      • DFS messages, DFS3751A - DFS3800
        • DFS3751A
        • DFS3752A
        • DFS3753I
        • DFS3754A
        • DFS3755E
        • DFS3756A
        • DFS3757I
        • DFS3758I
        • DFS3759I
        • DFS3760A
        • DFS3761I
        • DFS3762I
        • DFS3763I
        • DFS3764I
        • DFS3765I
        • DFS3766A
        • DFS3766W
        • DFS3767A
        • DFS3768A
        • DFS3769I
        • DFS3770W
        • DFS3771I
        • DFS3772I
        • DFS3773I
        • DFS3774A
        • DFS3775A
        • DFS3776A
        • DFS3777A
        • DFS3777I
        • DFS3778A
        • DFS3779A
        • DFS3779E
        • DFS3780I
        • DFS3781
        • DFS3782I
        • DFS3784I
        • DFS3785E
        • DFS3786E
        • DFS3787E
        • DFS3788I
        • DFS3789I
        • DFS3792
        • DFS3794W
        • DFS3795I
        • DFS3796W
        • DFS3798
        • DFS3799
        • DFS3800
      • DFS messages, DFS3801 - DFS3850A
        • DFS3801
        • DFS3802W
        • DFS3803I
        • DFS3804I
        • DFS3805
        • DFS3806
        • DFS3807
        • DFS3808I
        • DFS3809
        • DFS3810
        • DFS3811I
        • DFS3812I
        • DFS3813
        • DFS3814
        • DFS3815
        • DFS3816
        • DFS3817
        • DFS3818
        • DFS3819
        • DFS3820
        • DFS3821
        • DFS3822
        • DFS3823
        • DFS3824
        • DFS3825
        • DFS3826
        • DFS3827
        • DFS3828
        • DFS3829
        • DFS3830
        • DFS3831
        • DFS3832I
        • DFS3833I
        • DFS3834W
        • DFS3835W
        • DFS3838I
        • DFS3839I
        • DFS3840
        • DFS3841I
        • DFS3842I
        • DFS3843I
        • DFS3844I
        • DFS3845
        • DFS3846I
        • DFS3847
        • DFS3848
        • DFS3849
        • DFS3850A
      • DFS messages, DFS3851I - DFS3900I
        • DFS3851I
        • DFS3852I
        • DFS3853I
        • DFS3854A
        • DFS3855I
        • DFS3856I
        • DFS3857I
        • DFS3858I
        • DFS3859I
        • DFS3860I
        • DFS3861
        • DFS3862
        • DFS3862I
        • DFS3863
        • DFS3864
        • DFS3865
        • DFS3866
        • DFS3867I
        • DFS3868
        • DFS3869I
        • DFS3870I
        • DFS3871I
        • DFS3872I
        • DFS3873I
        • DFS3874I
        • DFS3875I
        • DFS3876
        • DFS3877I
        • DFS3878I
        • DFS3879I
        • DFS3880I
        • DFS3881I
        • DFS3882I
        • DFS3883I
        • DFS3884I
        • DFS3885I
        • DFS3886I
        • DFS3887I
        • DFS3888I
        • DFS3889A
        • DFS3890I
        • DFS3891I
        • DFS3892
        • DFS3893I
        • DFS3894I
        • DFS3895
        • DFS3896I
        • DFS3897W
        • DFS3898W
        • DFS3899W
        • DFS3900I
      • DFS messages, DFS3901W - DFS3950A
        • DFS3901W
        • DFS3902W
        • DFS3903W
        • DFS3904I
        • DFS3905W
        • DFS3906A
        • DFS3906I
        • DFS3907A
        • DFS3907I
        • DFS3908E
        • DFS3909A
        • DFS3910I
        • DFS3911E
        • DFS3912W
        • DFS3913I
        • DFS3914I
        • DFS3915I
        • DFS3916W
        • DFS3917W
        • DFS3918W
        • DFS3919W
        • DFS3920W
        • DFS3921W
        • DFS3922W
        • DFS3923I
        • DFS3924W
        • DFS3925W
        • DFS3926W
        • DFS3927W
        • DFS3928W
        • DFS3929W
        • DFS3930I
        • DFS3930W
        • DFS3931W
        • DFS3932I
        • DFS3933W
        • DFS3934W
        • DFS3935I
        • DFS3936I
        • DFS3937I
        • DFS3938W
        • DFS3939I
        • DFS3940I
        • DFS3941I
        • DFS3942I
        • DFS3944I
        • DFS3945I
        • DFS3946I
        • DFS3947I
        • DFS3948E
        • DFS3949W
        • DFS3950A
      • DFS messages, DFS3951 - DFS4000I
        • DFS3951
        • DFS3952
        • DFS3953
        • DFS3954
        • DFS3955
        • DFS3956I
        • DFS3957I
        • DFS3958I
        • DFS3959I
        • DFS3960I
        • DFS3961I
        • DFS3962I
        • DFS3963I
        • DFS3964I
        • DFS3965I
        • DFS3966I
        • DFS3967I
        • DFS3968I
        • DFS3970
        • DFS3971
        • DFS3974W
        • DFS3975W
        • DFS3976E
        • DFS3977E
        • DFS3978E
        • DFS3979E
        • DFS3980E
        • DFS3981E
        • DFS3982W
        • DFS3983E
        • DFS3984I
        • DFS3985W
        • DFS3986
        • DFS3987
        • DFS3988E
        • DFS3989W
        • DFS3990E
        • DFS3991E
        • DFS3992E
        • DFS3993E
        • DFS3994I
        • DFS3995E
        • DFS3996E
        • DFS3997E
        • DFS3998E
        • DFS3999W
        • DFS4000I
      • DFS messages, DFS4001 - DFS4050A
        • DFS4002E
        • DFS4003E
        • DFS4004W
        • DFS4005E
        • DFS4006E
        • DFS4007E
        • DFS4008E
      • DFS messages, DFS4101A - DFS4150I
        • DFS4138E
        • DFS4139E
        • DFS4140E
        • DFS4141E
        • DFS4142E
        • DFS4143E
        • DFS4144E
        • DFS4145I
        • DFS4146W
        • DFS4148I
      • DFS messages, DFS4151I - DFS4200I
        • DFS4151I
        • DFS4154W
        • DFS4155W
        • DFS4156W
        • DFS4157W
        • DFS4158I
        • DFS4159E
        • DFS4160E
        • DFS4161I
        • DFS4162E
        • DFS4164W
        • DFS4165I
        • DFS4165W
        • DFS4166I
        • DFS4167A
        • DFS4168I
        • DFS4169I
        • DFS4170I
        • DFS4171I
        • DFS4172I
        • DFS4173E
        • DFS4174E
        • DFS4175E
        • DFS4176E
        • DFS4177E
        • DFS4178E
        • DFS4179E
        • DFS4180E
        • DFS4181W
        • DFS4181A
        • DFS4182W
        • DFS4183E
        • DFS4185E
        • DFS4186E
        • DFS4187E
        • DFS4188E
        • DFS4190I
        • DFS4191E
        • DFS4192E
        • DFS4194E
        • DFS4195E
        • DFS4196E
        • DFS4197E
        • DFS4198E
        • DFS4199W
        • DFS4200I
      • DFS messages, DFS4201I - DFS4250
        • DFS4201I
        • DFS4214I
        • DFS4215I
        • DFS4216I
        • DFS4217I
        • DFS4218I
      • DFS messages, DFS4251 - DFS4300
        • DFS4260I
        • DFS4261I
        • DFS4262I
        • DFS4263I
        • DFS4264I
        • DFS4265I
        • DFS4266I
        • DFS4267I
        • DFS4268I
        • DFS4269I
        • DFS4270I
        • DFS4273I
        • DFS4274I
        • DFS4275I
        • DFS4277I
        • DFS4278I
        • DFS4279I
        • DFS4280I
        • DFS4282A
        • DFS4283I
        • DFS4284I
        • DFS4285I
        • DFS4286I
        • DFS4287I
        • DFS4288I
        • DFS4289
        • DFS4299I
      • DFS messages, DFS4301E - DFS4350E
        • DFS4304E
        • DFS4305W
        • DFS4309E
        • DFS4310E
        • DFS4311E
        • DFS4312E
        • DFS4313I
        • DFS4320E
        • DFS4321I
        • DFS4324E
        • DFS4326E
        • DFS4328E
        • DFS4329I
        • DFS4330I
        • DFS4331E
        • DFS4332E
        • DFS4333E
        • DFS4334W
        • DFS4335E
        • DFS4336W
        • DFS4337E
        • DFS4338W
        • DFS4339E
        • DFS4340E
        • DFS4341E
        • DFS4342E
        • DFS4343E
        • DFS4344E
        • DFS4349E
        • DFS4350E
      • DFS messages, DFS4351E - DFS4400E
        • DFS4351E
        • DFS4352E
        • DFS4353I
        • DFS4354E
        • DFS4355E
        • DFS4356I
        • DFS4357E
        • DFS4358E
        • DFS4359E
        • DFS4360E
        • DFS4361E
        • DFS4362E
        • DFS4363E
        • DFS4364E
        • DFS4365E
        • DFS4366E
        • DFS4367E
        • DFS4368E
        • DFS4369I
        • DFS4370I
        • DFS4371W
        • DFS4372I
        • DFS4373I
        • DFS4374W
        • DFS4375I
        • DFS4376I
        • DFS4377I
        • DFS4379W
        • DFS4380W
        • DFS4381I
        • DFS4382W
        • DFS4383E
        • DFS4384I
        • DFS4385E
        • DFS4386I
        • DFS4387I
        • DFS4388W
        • DFS4390I
        • DFS4391E
        • DFS4399I
        • DFS4400E
      • DFS messages, DFS4401E - DFS4450I
        • DFS4401E
        • DFS4402W
        • DFS4403E
        • DFS4404I
        • DFS4405W
        • DFS4406E
        • DFS4407A
        • DFS4407E
        • DFS4408I
        • DFS4409A
        • DFS4410I
        • DFS4411E
        • DFS4412I
        • DFS4413E
        • DFS4414I
        • DFS4419I
        • DFS4420E
        • DFS4421E
        • DFS4422E
        • DFS4423E
        • DFS4424E
        • DFS4425E
        • DFS4426I
        • DFS4427E
        • DFS4428E
        • DFS4429E
        • DFS4430I
        • DFS4431I
        • DFS4432E
        • DFS4433E
        • DFS4434I
        • DFS4435I
        • DFS4436I
        • DFS4437I
        • DFS4438E
        • DFS4439E
        • DFS4440I
        • DFS4441I
        • DFS4442I
        • DFS4443I
        • DFS4444I
        • DFS4445I
        • DFS4446E
        • DFS4447E
        • DFS4448A
        • DFS4449W
        • DFS4450I
      • DFS messages, DFS4451I - DFS4500E
        • DFS4451I
        • DFS4452I
        • DFS4453I
        • DFS4454A
        • DFS4455E
        • DFS4456A
        • DFS4457E
        • DFS4461E
        • DFS4462E
        • DFS4463E
        • DFS4464E
        • DFS4465W
        • DFS4466W
        • DFS4467W
        • DFS4468E
        • DFS4469W
        • DFS4470W
        • DFS4470E
        • DFS4471W
        • DFS4472W
        • DFS4473E
        • DFS4474E
        • DFS4475E
        • DFS4476E
        • DFS4477E
        • DFS4478E
        • DFS4479E
        • DFS4480E
        • DFS4481E
        • DFS4482E
        • DFS4483E
        • DFS4484E
        • DFS4485E
        • DFS4486E
        • DFS4487E
        • DFS4488W
        • DFS4489W
        • DFS4490W
        • DFS4491W
        • DFS4492W
        • DFS4493W
        • DFS4494E
        • DFS4495E
        • DFS4496E
        • DFS4497E
        • DFS4498W
        • DFS4499E
        • DFS4500E
      • DFS messages, DFS4501 - DFS4600I
        • DFS4503A
        • DFS4504A
        • DFS4505A
        • DFS4506A
        • DFS4507A
        • DFS4508A
        • DFS4509A
        • DFS4510A
        • DFS4511A
        • DFS4512A
        • DFS4513A
        • DFS4514A
        • DFS4515W
        • DFS4516E
        • DFS4517I
        • DFS4518I
        • DFS4519E
        • DFS4520I
        • DFS4521I
        • DFS4522I
        • DFS4523E
        • DFS4524E
        • DFS4525E
        • DFS4526E
        • DFS4527E
        • DFS4529E
        • DFS4530E
        • DFS4531I
        • DFS4532E
        • DFS4533I
        • DFS4534I
        • DFS4535I
        • DFS4536I
        • DFS4537I
        • DFS4538I
        • DFS4539I
        • DFS4540E
        • DFS4541E
        • DFS4542I
        • DFS4544E
        • DFS4545I
        • DFS4546I
        • DFS4547W
        • DFS4548E
        • DFS4549E
        • DFS4550W
        • DFS4551E
        • DFS4552W
        • DFS4553W
        • DFS4554E
        • DFS4560E
        • DFS4561E
        • DFS4562E
        • DFS4570E
        • DFS4571E
        • DFS4572E
        • DFS4573E
        • DFS4574W
        • DFS4575E
        • DFS4576W
        • DFS4585W
        • DFS4586E
        • DFS4587E
        • DFS4588E
        • DFS4589E
        • DFS4590E
        • DFS4591E
        • DFS4592E
        • DFS4593E
        • DFS4594W
        • DFS4596E
        • DFS4597I
        • DFS4598I
        • DFS4599E
        • DFS4600E
        • DFS4600I
      • DFS messages, DFS4601E - DFS4650I
        • DFS4601E
        • DFS4601I
        • DFS4602E
        • DFS4603I
        • DFS4604I
        • DFS4605I
        • DFS4606I
        • DFS4607I
        • DFS4608E
        • DFS4609I
        • DFS4610E
        • DFS4611E
        • DFS4613E
        • DFS4614E
        • DFS4615E
        • DFS4616E
        • DFS4617E
        • DFS4618E
        • DFS4619E
        • DFS4620E
        • DFS4621E
        • DFS4622E
        • DFS4623W
        • DFS4624I
        • DFS4625E
        • DFS4626I
        • DFS4627E
        • DFS4628I
        • DFS4629E
        • DFS4630E
        • DFS4631E
        • DFS4632E
        • DFS4634I
        • DFS4635I
        • DFS4636I
        • DFS4637E
        • DFS4637I
        • DFS4639E
        • DFS4640E
        • DFS4641E
        • DFS4642E
        • DFS4643E
        • DFS4644E
        • DFS4645W
        • DFS4646I
        • DFS4648E
        • DFS4649E
        • DFS4650I
      • DFS messages, DFS4651E - DFS4700
        • DFS4651E
        • DFS4652E
        • DFS4660E
        • DFS4661E
        • DFS4662E
        • DFS4663E
        • DFS4664I
        • DFS4665I
        • DFS4666E
        • DFS4667I
        • DFS4668I
        • DFS4669E
        • DFS4671I
        • DFS4672E
        • DFS4673E
        • DFS4674E
        • DFS4675E
        • DFS4676E
        • DFS4677E
        • DFS4678E
        • DFS4679E
        • DFS4682I
        • DFS4683I
        • DFS4684I
        • DFS4685I
        • DFS4686E
        • DFS4687E
        • DFS4688E
        • DFS4690I
        • DFS4691I
        • DFS4692E
      • DFS messages, DFS4701 - DFS4750
        • DFS4701I
        • DFS4703I
        • DFS4704E
        • DFS4705E
        • DFS4706E
        • DFS4707E
        • DFS4708E
        • DFS4709E
        • DFS4710E
        • DFS4711E
        • DFS4712E
        • DFS4713E
        • DFS4714E
        • DFS4715E
        • DFS4716E
        • DFS4716I
        • DFS4717E
        • DFS4718E
        • DFS4719E
        • DFS4720I
        • DFS4721I
        • DFS4722I
        • DFS4723A
        • DFS4725I
        • DFS4730E
        • DFS4731E
        • DFS4732E
        • DFS4733E
        • DFS4734E
        • DFS4735I
        • DFS4736I
        • DFS4741I
        • DFS4742E
        • DFS4743I
        • DFS4744E
        • DFS4745I
        • DFS4746I
        • DFS4747E
        • DFS4748E
        • DFS4749E
        • DFS4750W
      • DFS messages, DFS4751 - DFS4800
        • DFS4751I
        • DFS4752I
        • DFS4753E
        • DFS4754A
        • DFS4755E
        • DFS4756E
        • DFS4757I
        • DFS4758A
        • DFS4759E
        • DFS4760E
        • DFS4761E
        • DFS4764A
        • DFS4765E
        • DFS4766W
        • DFS4768E
        • DFS4769E
        • DFS4770I
        • DFS4771E
        • DFS4772E
        • DFS4774E
        • DFS4775E
        • DFS4776E
        • DFS4777I
        • DFS4778I
        • DFS4779I
        • DFS4780I
        • DFS4781I
        • DFS4782E
        • DFS4783I
        • DFS4784E
        • DFS4785W
        • DFS4787I
        • DFS4794I
        • DFS4795I
        • DFS4796E
        • DFS4797E
        • DFS4798I
        • DFS4799I
        • DFS4800W
      • DFS messages, DFS4801 - DFS4900
        • DFS4801E
        • DFS4802E
        • DFS4803I
        • DFS4804I
        • DFS4805I
        • DFS4806W
        • DFS4807W
        • DFS4808E
        • DFS4809E
        • DFS4810I
        • DFS4811E
        • DFS4812E
        • DFS4813I
        • DFS4814E
        • DFS4830I
        • DFS4831E
        • DFS4832E
        • DFS4833E
        • DFS4834E
        • DFS4835I
        • DFS4840E
        • DFS4841E
        • DFS4842E
        • DFS4843E
        • DFS4844E
        • DFS4846E
        • DFS4847E
        • DFS4848E
        • DFS4849E
        • DFS4850E
        • DFS4851E
        • DFS4852E
        • DFS4861W
        • DFS4862W
        • DFS4863W
        • DFS4864W
        • DFS4865E
        • DFS4866E
        • DFS4867A
        • DFS4874I
        • DFS4876E
        • DFS4877E
        • DFS4878I
        • DFS4879I
        • DFS4880W
        • DFS4881I
        • DFS4882A
        • DFS4883A
        • DFS4888I
        • DFS4890E
        • DFS4891E
        • DFS4892E
        • DFS4894E
        • DFS4895E
        • DFS4896I
        • DFS4897I
        • DFS4898E
        • DFS4899W
      • DFS messages, DFS4901 - DFS5000
        • DFS4901E
        • DFS4902W
        • DFS4913E
        • DFS4930I
        • DFS4934I
        • DFS4965E
        • DFS4994I
        • DFS4997I
        • DFS4998I
        • DFS4999I
        • DFS5000I
      • DFS messages, DFS5001 - DFS5100
        • DFS5002I
        • DFS5003I
        • DFS5004I
        • DFS5005I
        • DFS5006I
        • DFS5006W
        • DFS5007I
        • DFS5008W
        • DFS5010I
        • DFS5011I
        • DFS5013I
        • DFS5055I
        • DFS5060I
        • DFS5100E
        • DFS5386I
      • DFS messages, DFS7001 - DFS7500
        • DFS7411I
        • DFS7412I
        • DFS7413I
        • DFS7415I
        • DFS7416I
        • DFS7417I
        • DFS7419E
        • DFS7420E
        • DFS7421E
        • DFS7422E
        • DFS7423E
        • DFS7424E
        • DFS7429E
        • DFS7430W
        • DFS7431I
        • DFS7432I
        • DFS7433E
        • DFS7434W
        • DFS7435E
        • DFS7436E
        • DFS7438E
        • DFS7439E
        • DFS7440W
        • DFS7441I
        • DFS7442W
        • DFS7443E
        • DFS7444E
        • DFS7445A
        • DFS7447E
      • DFS messages, DFS9001 - DFS9500
        • DFS9000E
        • DFS9001W
        • DFS9002E
        • DFS9003E
        • DFS9004E
        • DFS9005E
        • DFS9006E
        • DFS9007E
        • DFS9008E
        • DFS9009E
        • DFS9010I
        • DFS9011E
        • DFS9012E
        • DFS9013E
        • DFS9014E
        • DFS9015E
        • DFS9016E
        • DFS9017E
        • DFS9018E
        • DFS9019E
        • DFS9020E
        • DFS9021E
        • DFS9022E
        • DFS9023E
        • DFS9024E
        • DFS9025E
        • DFS9026E
        • DFS9027E
        • DFS9028E
        • DFS9029E
        • DFS9030I
        • DFS9031W
        • DFS9032W
        • DFS9033I
        • DFS9034W
        • DFS9035E
        • DFS9036E
        • DFS9037E
        • DFS9038E
        • DFS9039E
        • DFS9040E
        • DFS9041E
        • DFS9042E
        • DFS9043E
        • DFS9044E
        • DFS9045E
        • DFS9046E
        • DFS9047E
        • DFS9048E
        • DFS9049E
        • DFS9050I
        • DFS9051I
        • DFS9052E
        • DFS9053I
        • DFS9054I
        • DFS9055E
        • DFS9056E
        • DFS9057E
        • DFS9058E
        • DFS9059W
        • DFS9060W
        • DFS9103W
        • DFS9105W
        • DFS9107W
        • DFS9108I
        • DFS9109I
        • DFS9110E
        • DFS9111I
        • DFS9112W
        • DFS9113E
        • DFS9114E
        • DFS9115W
        • DFS9116W
        • DFS9117W
        • DFS9118E
        • DFS9119W
        • DFS9120I
        • DFS9121I
        • DFS9122I
        • DFS9123E
        • DFS9124I
        • DFS9125A
        • DFS9127I
        • DFS9128I
        • DFS9129I
        • DFS9130W
        • DFS9132E
        • DFS9133E
        • DFS9134W
        • DFS9135W
        • DFS9136E
        • DFS9137I
        • DFS9138E
        • DFS9139W
        • DFS9140W
        • DFS9141E
        • DFS9142I
        • DFS9143E
        • DFS9144E
        • DFS9146E
      • DFSD messages (DRD utilities)
        • DFSD001E
        • DFSD002E
        • DFSD003E
        • DFSD004E
        • DFSD005E
        • DFSD006E
        • DFSD007E
        • DFSD008E
        • DFSD009E
        • DFSD010E
        • DFSD011E
        • DFSD012E
        • DFSD013E
        • DFSD014E
        • DFSD015E
        • DFSD016E
        • DFSD017E
        • DFSD018E
        • DFSD019E
        • DFSD020E
        • DFSD021E
        • DFSD022E
        • DFSD023E
      • DFSIX messages (Installation Verification Program dialog)
        • unnumbered
        • unnumbered
        • unnumbered
        • unnumbered
        • unnumbered
        • unnumbered
        • DFSIX000
        • DFSIX001
        • DFSIX002
        • DFSIX006
        • DFSIX007
        • DFSIX010
        • DFSIX019
        • DFSIX023
        • DFSIX024
        • DFSIX025
        • DFSIX026
        • DFSIX029
        • DFSIX030
        • DFSIX031
        • DFSIX032
        • DFSIX033
        • DFSIX034
        • DFSIX035
        • DFSIX036
        • DFSIX037
        • DFSIX038
        • DFSIX039
        • DFSIX040
        • DFSIX041
        • DFSIX042
        • DFSIX043
        • DFSIX044
        • DFSIX045
        • DFSIX046
        • DFSIX047
        • DFSIX048
        • DFSIX049
        • DFSIX052
        • DFSIX054
        • DFSIX055
        • DFSIX056
        • DFSIX057
        • DFSIX058
        • DFSIX059
        • DFSIX060
        • DFSIX061
        • DFSIX062
        • DFSIX063
        • DFSIX064
        • DFSIX065
        • DFSIX066
        • DFSIX067
        • DFSIX068
        • DFSIX069
        • DFSIX070
        • DFSIX071
        • DFSIX072
        • DFSIX073
        • DFSIX074
        • DFSIX075
        • DFSIX076
        • DFSIX078
        • DFSIX079
        • DFSIX080
        • DFSIX081
        • DFSIX082
        • DFSIX085
        • DFSIX086
        • DFSIX087
        • DFSIX088
        • DFSIX089
        • DFSIX090
        • DFSIX091
        • DFSIX092
        • DFSIX093
        • DFSIX094
        • DFSIX095
        • DFSIX096
        • DFSIX097
        • DFSIX098
        • DFSIX100
        • DFSIX101
        • DFSIX102
        • DFSIX103
        • DFSIX104
        • DFSIX105
        • DFSIX106
        • DFSIX107
      • DFSI messages (Syntax Checker)
        • DFSI920E
        • DFSI921W
        • DFSI922I
        • DFSI923I
        • DFSI924I
        • DFSI925I
        • DFSI926W
        • DFSI927W
        • DFSI930I
        • DFSI932I
        • DFSI933I
        • DFSI934I
        • DFSI935I
        • DFSI937I
        • DFSI938I
        • DFSI939I
        • DFSI998I
        • DFSI999I
        • DFSI991I
        • DFSI992I
        • DFSI993I
        • DFSI994I
        • DFSI995I
        • DFSI996I
        • DFSI997I
        • DFSI998I
        • DFSI999I
      • DFSS messages (IMS abend search and notification)
        • DFSS001E
        • DFSS002E
        • DFSS003E
        • DFSS004E
        • DFSS005E
        • DFSS006E
        • DFSS007E
        • DFSS008I
        • DFSS009I
        • DFSS100E
        • DFSS101I
        • DFSS102I
        • DFSS103E
        • DFSS104E
        • DFSS105E
        • DFSS106E
    • Non-DFS messages
      • BPE messages (Base Primitive Environment)
        • BPE0000I
        • BPE0001E
        • BPE0002E
        • BPE0003E
        • BPE0004I
        • BPE0005I
        • BPE0006I
        • BPE0007I
        • BPE0008I
        • BPE0009I
        • BPE0010I
        • BPE0011E
        • BPE0012E
        • BPE0013E
        • BPE0014E
        • BPE0015I
        • BPE0016I
        • BPE0017I
        • BPE0018I
        • BPE0019E
        • BPE0020I
        • BPE0021E
        • BPE0022E
        • BPE0023I
        • BPE0024E
        • BPE0025I
        • BPE0026E
        • BPE0027E
        • BPE0028I
        • BPE0029I
        • BPE0030I
        • BPE0031E
        • BPE0032I
        • BPE0033E
        • BPE0034E
        • BPE0035E
        • BPE0036E
        • BPE0037E
        • BPE0038E
        • BPE0039E
        • BPE0040E
        • BPE0041E
        • BPE0042E
        • BPE0043E
        • BPE0044I
        • BPE0045E
        • BPE0046I
        • BPE0047E
        • BPE0048E
        • BPE0049I
        • BPE0050I
        • BPE0051E
        • BPE0052E
        • BPE0053E
        • BPE0054I
      • CQS messages (Common Queue Server)
        • CQS0001E
        • CQS0007I
        • CQS0008W
        • CQS0009W
        • CQS0010I
        • CQS0013E
        • CQS0014E
        • CQS0015E
        • CQS0017E
        • CQS0018E
        • CQS0019E
        • CQS0020I
        • CQS0021I
        • CQS0030I
        • CQS0031A
        • CQS0032A
        • CQS0033A
        • CQS0034A
        • CQS0035E
        • CQS0050E
        • CQS0054E
        • CQS0101I
        • CQS0102E
        • CQS0103I
        • CQS0104W
        • CQS0105I
        • CQS0106W
        • CQS0110W
        • CQS0111W
        • CQS0112I
        • CQS0113I
        • CQS0114E
        • CQS0115E
        • CQS0116I
        • CQS0200I
        • CQS0201I
        • CQS0202I
        • CQS0205E
        • CQS0206I
        • CQS0210I
        • CQS0220I
        • CQS0221I
        • CQS0222E
        • CQS0223I
        • CQS0224E
        • CQS0240I
        • CQS0241I
        • CQS0242E
        • CQS0243E
        • CQS0244E
        • CQS0245E
        • CQS0246I
        • CQS0247W
        • CQS0248I
        • CQS0249E
        • CQS0260I
        • CQS0261I
        • CQS0262I
        • CQS0263E
        • CQS0264I
        • CQS0265I
        • CQS0266I
        • CQS0267W
        • CQS0268W
        • CQS0269E
        • CQS0270I
        • CQS0271I
        • CQS0280I
        • CQS0281I
        • CQS0282W
        • CQS0300I
        • CQS0301I
        • CQS0350W
        • CQS0351I
        • CQS0352E
        • CQS0353I
        • CQS0354E
        • CQS0360W
        • CQS0370I
        • CQS0371I
        • CQS0372E
        • CQS0373E
        • CQS0374I
        • CQS0375E
      • CSL messages (Common Service Layer)
        • CSL messages
          • CSL0001E
          • CSL0002E
          • CSL0003A
          • CSL0004E
          • CSL0012I
          • CSL0020I
          • CSL0021I
          • CSL0300I
          • CSL1000I
          • CSL2020I
          • CSL2021E
          • CSL2030I
          • CSL2031I
          • CSL2040I
          • CSL2041I
          • CSL2050E
          • CSL2200I
          • CSL2201I
          • CSL2202E
          • CSL2210I
          • CSL2500I
          • CSL2501I
          • CSL2502A
          • CSL2503A
          • CSL2504I
          • CSL2505W
          • CSL2510E
          • CSL2511E
          • CSL2512W
          • CSL2513E
          • CSL2514E
          • CSL2515E
          • CSL2516E
          • CSL2517E
          • CSL2518E
          • CSL2600I
          • CSL2601E
          • CSL2602E
          • CSL2603I
          • CSL2604E
          • CSL2605E
          • CSL2606E
          • CSL2607E
          • CSL2608E
          • CSL2609E
          • CSL2610E
          • CSL2611E
          • CSL2612E
          • CSL2613E
          • CSL2614E
          • CSL2615E
          • CSL2616E
          • CSL2617E
          • CSL2618I
          • CSL2619E
          • CSL2620I
          • CSL2621E
          • CSL2622E
          • CSL2625I
          • CSL3000E
          • CSL3001E
          • CSL3002E
          • CSL3011W
          • CSL3012W
          • CSL3013W
          • CSL3014I
          • CSL3051I
          • CSL3070I
          • CSL3101I
          • CSL3102I
          • CSL3110E
          • CSL3111E
          • CSL3112E
          • CSL3113I
          • CSL3114I
          • CSL3115E
          • CSL3116E
          • CSL3117E
          • CSL3118E
          • CSL3119E
          • CSL3120E
          • CSL4001A
          • CSL4002I
          • CSL4003W
          • CSL4004I
          • CSL4005W
          • CSL4006W
          • CSL4007W
          • CSL4008E
          • CSL4009I
          • CSL4100E
          • CSL4101E
          • CSL4102E
          • CSL4103E
          • CSL4104E
          • CSL4105E
          • CSL4106E
          • CSL4107E
          • CSL4108E
          • CSL4109E
          • CSL4110E
          • CSL4111E
          • CSL4112E
          • CSL4115E
          • CSL4200W
          • CSL4201W
          • CSL4202W
          • CSL4203W
        • CSLM messages
          • CSLM001I
          • CSLM005E
          • CSLM006I
          • CSLM007I
          • CSLM008I
          • CSLM009I
          • CSLM012I
          • CSLM013I
          • CSLM014W
          • CSLM015W
          • CSLM016I
          • CSLM017I
          • CSLM018I
          • CSLM019I
          • CSLM020I
          • CSLM021W
          • CSLM022I
          • CSLM023I
          • CSLM024I
          • CSLM025I
          • CSLM026I
          • CSLM027E
          • CSLM028I
          • CSLM029I
          • CSLM030I
          • CSLM031I
          • CSLM032I
          • CSLM033I
          • CSLM034I
          • CSLM035I
          • CSLM036I
          • CSLM040E
          • CSLM047E
          • CSLM048I
          • CSLM049I
          • CSLM050I
          • CSLM051I
          • CSLM052W
          • CSLM053E
          • CSLM054E
          • CSLM055I
          • CSLM056I
          • CSLM057I
          • CSLM058W
          • CSLM059I
          • CSLM060I
          • CSLM061E
          • CSLM062I
          • CSLM063I
          • CSLM064W
          • CSLM065I
          • CSLM066I
          • CSLM067I
          • CSLM068I
          • CSLM069I
          • CSLM070I
          • CSLM071W
          • CSLM072W
          • CSLM073W
          • CSLM074I
          • CSLM077I
          • CSLM078I
          • CSLM079I
          • CSLM080I
          • CSLM081W
          • CSLM082I
          • CSLM083I
          • CSLM084I
          • CSLM085I
          • CSLM086I
          • CSLM087I
          • CSLM088I
          • CSLM089I
          • CSLM090E
          • CSLM091E
          • CSLM092E
          • CSLM093W
          • CSLM094I
          • CSLM095I
          • CSLM096I
          • CSLM097I
          • CSLM098I
          • CSLM099I
          • CSLM100I
          • CSLM101I
          • CSLM130I
          • CSLM136W
          • CSLM139E
          • CSLM140E
          • CSLM141E
          • CSLM142E
        • CSLN messages
          • CSLN002W
          • CSLN004W
          • CSLN005W
          • CSLN011W
          • CSLN022I
          • CSLN023I
          • CSLN024I
          • CSLN028E
          • CSLN029W
          • CSLN030W
          • CSLN031W
          • CSLN034W
          • CSLN035W
          • CSLN036W
          • CSLN037W
          • CSLN038W
          • CSLN039W
          • CSLN040W
          • CSLN041W
          • CSLN042W
          • CSLN043W
          • CSLN044W
          • CSLN045E
          • CSLN046W
          • CSLN050E
          • CSLN054I
          • CSLN055I
          • CSLN061W
          • CSLN070W
          • CSLN071W
          • CSLN072W
          • CSLN073W
          • CSLN074E
          • CSLN075E
          • CSLN076E
          • CSLN077E
          • CSLN078E
          • CSLN079E
          • CSLN080E
          • CSLN081E
          • CSLN082E
          • CSLN082W
          • CSLN083E
          • CSLN084E
          • CSLN085E
          • CSLN086E
          • CSLN087E
          • CSLN088E
          • CSLN089E
          • CSLN090E
          • CSLN092E
          • CSLN093E
          • CSLN094E
          • CSLN095E
          • CSLN096E
          • CSLN097E
          • CSLN099E
          • CSLN101E
          • CSLN102E
          • CSLN103E
          • CSLN105E
          • CSLN106E
          • CSLN107I
          • CSLN108I
          • CSLN109I
          • CSLN110I
          • CSLN111I
          • CSLN112E
          • CSLN113E
          • CSLN114I
          • CSLN115E
      • DSP messages (Database Recovery Control)
        • DSP messages DSP0001-DSP0050
          • DSP0001I
          • DSP0002I
          • DSP0002W
          • DSP0003I
          • DSP0004I
          • DSP0005I
          • DSP0006I
          • DSP0007I
          • DSP0008I
          • DSP0009I
          • DSP0010I
          • DSP0011I
          • DSP0012I
          • DSP0014I
          • DSP0015I
          • DSP0016I
          • DSP0017I
          • DSP0018I
          • DSP0019I
          • DSP0020I
          • DSP0021I
          • DSP0022I
          • DSP0024I
          • DSP0025I
          • DSP0026I
          • DSP0027I
          • DSP0028I
          • DSP0029I
          • DSP0030E
          • DSP0031I
          • DSP0032I
          • DSP0034I
          • DSP0036I
          • DSP0037I
          • DSP0038I
          • DSP0040I
          • DSP0041I
          • DSP0042I
          • DSP0043I
          • DSP0044I
          • DSP0045I
          • DSP0046I
          • DSP0047I
          • DSP0048I
          • DSP0049I
          • DSP0050I
        • DSP messages DSP0051-DSP0100
          • DSP0051I
          • DSP0052I
          • DSP0053I
          • DSP0054I
          • DSP0055I
          • DSP0056I
          • DSP0057I
          • DSP0058I
          • DSP0059I
          • DSP0060I
          • DSP0061I
          • DSP0062I
          • DSP0063I
          • DSP0064I
          • DSP0065I
          • DSP0067I
          • DSP0068I
          • DSP0069I
          • DSP0070I
          • DSP0071I
          • DSP0072I
          • DSP0075I
          • DSP0076I
          • DSP0078I
          • DSP0079I
          • DSP0080I
          • DSP0081I
          • DSP0084I
          • DSP0085I
          • DSP0087I
          • DSP0088I
          • DSP0089I
          • DSP0090I
          • DSP0092I
          • DSP0093I
          • DSP0094I
          • DSP0095I
          • DSP0096E
          • DSP0099I
        • DSP messages DSP0101-DSP0150
          • DSP0101I
          • DSP0102I
          • DSP0103I
          • DSP0104I
          • DSP0105I
          • DSP0106I
          • DSP0107I
          • DSP0108I
          • DSP0109I
          • DSP0110I
          • DSP0111I
          • DSP0112I
          • DSP0113I
          • DSP0114I
          • DSP0115I
          • DSP0116I
          • DSP0117I
          • DSP0118I
          • DSP0119I
          • DSP0120I
          • DSP0121I
          • DSP0122I
          • DSP0123I
          • DSP0124I
          • DSP0125I
          • DSP0126I
          • DSP0127I
          • DSP0128I
          • DSP0129I
          • DSP0130I
          • DSP0131I
          • DSP0132I
          • DSP0133I
          • DSP0134I
          • DSP0135I
          • DSP0136I
          • DSP0137I
          • DSP0138I
          • DSP0139I
          • DSP0140I
          • DSP0141I
          • DSP0142I
          • DSP0143I
          • DSP0144I
          • DSP0145I
          • DSP0146I
          • DSP0147I
          • DSP0148I
          • DSP0149I
          • DSP0150I
        • DSP messages DSP0151-DSP0200
          • DSP0151I
          • DSP0152I
          • DSP0153A
          • DSP0154I
          • DSP0155I
          • DSP0156I
          • DSP0157I
          • DSP0158I
          • DSP0159I
          • DSP0160I
          • DSP0161I
          • DSP0162I
          • DSP0164I
          • DSP0165I
          • DSP0166I
          • DSP0167I
          • DSP0168I
          • DSP0169I
          • DSP0170I
          • DSP0171I
          • DSP0172I
          • DSP0174I
          • DSP0175I
          • DSP0177I
          • DSP0178I
          • DSP0179I
          • DSP0180I
          • DSP0181I
          • DSP0182I
          • DSP0183I
          • DSP0184I
          • DSP0185I
          • DSP0186I
          • DSP0187I
          • DSP0188I
          • DSP0189I
          • DSP0190I
          • DSP0191E
          • DSP0192I
          • DSP0193I
          • DSP0194I
          • DSP0195I
          • DSP0197I
          • DSP0198I
          • DSP0199I
        • DSP messages DSP0201-DSP0250
          • DSP0201I
          • DSP0202I
          • DSP0203I
          • DSP0204I
          • DSP0205I
          • DSP0206I
          • DSP0207I
          • DSP0208I
          • DSP0209I
          • DSP0210I
          • DSP0211I
          • DSP0212I
          • DSP0213I
          • DSP0214I
          • DSP0215I
          • DSP0216I
          • DSP0217I
          • DSP0218I
          • DSP0219I
          • DSP0220I
          • DSP0221I
          • DSP0222I
          • DSP0223I
          • DSP0224I
          • DSP0225I
          • DSP0226I
          • DSP0227I
          • DSP0228I
          • DSP0229I
          • DSP0230I
          • DSP0231I
          • DSP0232I
          • DSP0233I
          • DSP0234I
          • DSP0235I
          • DSP0236I
          • DSP0237I
          • DSP0238I
          • DSP0239I
          • DSP0240I
          • DSP0242I
          • DSP0243I
          • DSP0244I
          • DSP0245I
          • DSP0246I
          • DSP0247I
          • DSP0248I
          • DSP0249I
        • DSP messages DSP0251-DSP0300
          • DSP0251I
          • DSP0252I
          • DSP0255I
          • DSP0256I
          • DSP0260I
          • DSP0261I
          • DSP0262I
          • DSP0263
          • DSP0264I
          • DSP0265I
          • DSP0266I
          • DSP0267I
          • DSP0268I
          • DSP0269I
          • DSP0270I
          • DSP0271I
          • DSP0272I
          • DSP0273I
          • DSP0274I
          • DSP0275I
          • DSP0276I
          • DSP0277I
          • DSP0280I
          • DSP0281I
          • DSP0282I
          • DSP0283I
          • DSP0284I
          • DSP0285I
          • DSP0286I
          • DSP0287I
          • DSP0287W
          • DSP0289I
          • DSP0291I
          • DSP0292I
          • DSP0293I
          • DSP0294I
          • DSP0295I
          • DSP0299I
          • DSP0300I
        • DSP messages DSP0301-DSP0400
          • DSP0301I
          • DSP0302I
          • DSP0303I
          • DSP0304I
          • DSP0305I
          • DSP0306I
          • DSP0308I
          • DSP0309I
          • DSP0310I
          • DSP0311I
          • DSP0313I
          • DSP0314I
          • DSP0315I
          • DSP0316I
          • DSP0317I
          • DSP0318I
          • DSP0320I
          • DSP0321I
          • DSP0322I
          • DSP0325I
          • DSP0326I
          • DSP0327I
          • DSP0328I
          • DSP0329I
          • DSP0330I
          • DSP0331I
          • DSP0332I
          • DSP0338E
          • DSP0340I
          • DSP0347I
          • DSP0348I
          • DSP0349I
          • DSP0351I
          • DSP0352I
          • DSP0370I
          • DSP0379I
          • DSP0380I
          • DSP0381I
          • DSP0383A
          • DSP0387W
          • DSP0388I
          • DSP0390W
          • DSP0397E
          • DSP0398E
          • DSP0399E
        • DSP messages DSP0501-DSP0800
          • DSP0501I
          • DSP0502I
          • DSP0503I
          • DSP0510I
          • DSP0511I
          • DSP0512I
          • DSP0701I
          • DSP0702I
          • DSP0703I
          • DSP0704I
          • DSP0705I
          • DSP0706I
          • DSP0707I
          • DSP0708I
          • DSP0709I
          • DSP0710I
          • DSP0712I
          • DSP0713I
          • DSP0714I
          • DSP0715E
          • DSP0716I
          • DSP0717E
        • DSP messages DSP0801-DSP0900
          • DSP0802I
          • DSP0804I
          • DSP0805I
          • DSP0806I
          • DSP0807I
          • DSP0808I
          • DSP0809I
          • DSP0810I
          • DSP0812I
          • DSP0813I
          • DSP0814I
          • DSP0815I
          • DSP0816I
          • DSP0817I
          • DSP0818I
          • DSP0819I
          • DSP0821I
          • DSP0822I
          • DSP0823I
          • DSP0828I
          • DSP0829I
          • DSP0830I
          • DSP0831I
          • DSP0832I
          • DSP0833I
          • DSP0834I
          • DSP0835I
          • DSP0836I
          • DSP0837E
          • DSP0838A
        • DSP messages DSP1001-DSP1050
          • DSP1015I
          • DSP1018I
          • DSP1023I
          • DSP1031I
          • DSP1033I
          • DSP1034I
          • DSP1039I
          • DSP1040I
          • DSP1045E
          • DSP1047I
          • DSP1048I
          • DSP1049I
          • DSP1050I
        • DSP messages DSP1051-DSP1100
          • DSP1051I
          • DSP1052I
          • DSP1053I
          • DSP1054I
          • DSP1055I
          • DSP1056I
          • DSP1057I
          • DSP1058I
          • DSP1060I
          • DSP1061I
          • DSP1062I
          • DSP1063I
          • DSP1064I
          • DSP1065I
          • DSP1066I
          • DSP1067I
          • DSP1068I
          • DSP1069I
          • DSP1070I
          • DSP1071I
          • DSP1072
          • DSP1073I
          • DSP1074E
          • DSP1075E
          • DSP1076I
          • DSP1077I
          • DSP1078I
          • DSP1079I
          • DSP1080I
          • DSP1081I
          • DSP1084A
          • DSP1085A
          • DSP1086A
          • DSP1087A
          • DSP1088A
          • DSP1089A
          • DSP1090I
          • DSP1091A
          • DSP1092A
          • DSP1093A
          • DSP1094A
          • DSP1095A
          • DSP1096A
          • DSP1097E
          • DSP1098A
          • DSP1099A
          • DSP1100I
        • DSP messages DSP1101-DSP1150
          • DSP1101I
          • DSP1102I
          • DSP1103I
          • DSP1104I
          • DSP1106A
          • DSP1107E
          • DSP1108I
          • DSP1109I
          • DSP1110I
          • DSP1112E
          • DSP1113A
          • DSP1114E
          • DSP1115E
          • DSP1116E
          • DSP1117E
          • DSP1118I
          • DSP1119I
          • DSP1123I
          • DSP1124I
          • DSP1125A
          • DSP1126I
          • DSP1127I
          • DSP1128I
          • DSP1129I
          • DSP1130I
          • DSP1131I
          • DSP1132I
          • DSP1133I
          • DSP1134A
          • DSP1135A
          • DSP1136A
          • DSP1137I
          • DSP1138I
          • DSP1139A
          • DSP1140A
          • DSP1141I
          • DSP1142A
          • DSP1143I
          • DSP1144I
          • DSP1145I
          • DSP1146A
          • DSP1147I
          • DSP1150I
        • DSP messages DSP1151-DSP1200
          • DSP1154A
          • DSP1157A
          • DSP1158I
          • DSP1159I
          • DSP1160I
          • DSP1161I
          • DSP1162A
          • DSP1164E
          • DSP1166E
          • DSP1168E
          • DSP1169I
          • DSP1170I
          • DSP1171I
          • DSP1172W
          • DSP1174I
          • DSP1175E
          • DSP1176A
          • DSP1177A
          • DSP1178W
          • DSP1179W
          • DSP1181E
          • DSP1182E
          • DSP1183W
          • DSP1184W
          • DSP1186I
          • DSP1187E
          • DSP1188A
          • DSP1189A
          • DSP1190W
        • DSP messages DSP1201-DSP2000
          • DSP1202A
          • DSP1203A
          • DSP1204A
          • DSP1205E
          • DSP1207A
          • DSP1210E
          • DSP1211W
          • DSP1212W
          • DSP1213I
          • DSP1214I
          • DSP1215I
          • DSP1216I
          • DSP1217E
          • DSP1223E
          • DSP1225I
          • DSP1227E
          • DSP1228I
          • DSP1229A
          • DSP1230I
          • DSP1231W
          • DSP1232I
          • DSP1233I
          • DSP1235W
          • DSP1236E
          • DSP1238I
          • DSP1239I
          • DSP1240E
          • DSP1241W
          • DSP1242E
          • DSP1243W
          • DSP1244E
          • DSP1245W
          • DSP1246E
          • DSP1247W
          • DSP1249E
          • DSP1250E
          • DSP1251E
          • DSP1252E
          • DSP1253W
          • DSP1254I
          • DSP1255W
          • DSP1257E
          • DSP1258I
          • DSP1259I
          • DSP1260W
          • DSP1261E
          • DSP1262I
          • DSP1263W
          • DSP1264E
          • DSP1265E
          • DSP1266E
          • DSP1267E
          • DSP1268E
          • DSP1269E
          • DSP1270E
          • DSP1271A
          • DSP1272A
          • DSP1273E
          • DSP1274E
          • DSP1275E
          • DSP1276A
          • DSP1277A
          • DSP1278E
          • DSP1279E
          • DSP1280I
        • DSP messages DSP2001-DSP3000
          • DSP2001I
          • DSP2002E
          • DSP2003A
          • DSP2005I
      • DSPM messages (HALDB Partition Definition utility)
        • DSPM messages DSPM000I-DSPM050I
          • DSPM000I
          • DSPM001I
          • DSPM002I
          • DSPM003I
          • DSPM004I
          • DSPM005I
          • DSPM006I
          • DSPM007I
          • DSPM008I
          • DSPM009I
          • DSPM010I
          • DSPM011I
          • DSPM012I
          • DSPM013I
          • DSPM014I
          • DSPM015I
          • DSPM016I
          • DSPM017I
          • DSPM018I
          • DSPM019I
          • DSPM020I
          • DSPM021I
          • DSPM022I
          • DSPM023I
          • DSPM024I
          • DSPM025I
          • DSPM026I
          • DSPM027I
          • DSPM028I
          • DSPM029I
          • DSPM030I
          • DSPM031I
          • DSPM032I
          • DSPM033I
          • DSPM034I
          • DSPM035I
          • DSPM036I
          • DSPM037I
          • DSPM038I
          • DSPM039I
          • DSPM040I
          • DSPM041I
          • DSPM042I
          • DSPM043I
          • DSPM044I
          • DSPM045I
          • DSPM046I
          • DSPM047I
          • DSPM049I
          • DSPM050I
        • DSPM messages DSPM051I-DSPM100W
          • DSPM051I
          • DSPM052I
          • DSPM053I
          • DSPM054I
          • DSPM055I
          • DSPM056I
          • DSPM057I
          • DSPM060I
          • DSPM061I
          • DSPM062I
          • DSPM063I
          • DSPM064I
          • DSPM065W
          • DSPM066I
          • DSPM067I
          • DSPM068I
          • DSPM069I
          • DSPM070I
          • DSPM072W
          • DSPM073W
          • DSPM074W
          • DSPM075W
          • DSPM076W
          • DSPM077W
          • DSPM078W
          • DSPM080W
          • DSPM081W
          • DSPM082I
          • DSPM083I
          • DSPM084I
          • DSPM085I
          • DSPM086W
          • DSPM087W
          • DSPM088E
          • DSPM089W
          • DSPM090E
          • DSPM091E
          • DSPM092E
          • DSPM093W
          • DSPM094W
          • DSPM096I
          • DSPM097W
          • DSPM098W
          • DSPM099W
          • DSPM100W
        • DSPM messages DSPM101W-DSPM145I
          • DSPM101W
          • DSPM102W
          • DSPM103W
          • DSPM104W
          • DSPM105W
          • DSPM106W
          • DSPM107W
          • DSPM108I
          • DSPM109I
          • DSPM110E
          • DSPM111I
          • DSPM112W
          • DSPM113W
          • DSPM114W
          • DSPM115W
          • DSPM116W
          • DSPM117W
          • DSPM118W
          • DSPM120E
          • DSPM121E
          • DSPM122E
          • DSPM123E
          • DSPM124W
          • DSPM125W
          • DSPM126W
          • DSPM127W
          • DSPM128W
          • DSPM130W
          • DSPM131W
          • DSPM132W
          • DSPM133W
          • DSPM134W
          • DSPM135W
          • DSPM136W
          • DSPM137W
          • DSPM138I
          • DSPM139I
          • DSPM140I
          • DSPM141W
          • DSPM142I
          • DSPM143I
          • DSPM144W
          • DSPM145I
      • DXR messages (IRLM)
      • FRP messages (Repository Server)
        • FRP0001E
        • FRP0002E
        • FRP0003E
        • FRP0006E
        • FRP0007E
        • FRP0008E
        • FRP0009E
        • FRP0010E
        • FRP0011I
        • FRP0012E
        • FRP0013E
        • FRP0014E
        • FRP0015E
        • FRP0016E
        • FRP0017E
        • FRP0018E
        • FRP0019E
        • FRP0020E
        • FRP0021E
        • FRP0022E
        • FRP0023I
        • FRP0024E
        • FRP0025I
        • FRP0026I
        • FRP0027I
        • FRP0028E
        • FRP0029E
        • FRP0030E
        • FRP0031E
        • FRP0032E
        • FRP0033E
        • FRP0034E
        • FRP0035E
        • FRP0036E
        • FRP0037I
        • FRP0038I
        • FRP0039I
        • FRP0040E
        • FRP0041W
        • FRP1001E
        • FRP1002E
        • FRP1005E
        • FRP1007E
        • FRP1008E
        • FRP1009E
        • FRP1010E
        • FRP1011E
        • FRP1012E
        • FRP1015E
        • FRP1016E
        • FRP1018E
        • FRP1019E
        • FRP2001I
        • FRP2002I
        • FRP2003I
        • FRP2004I
        • FRP2005I
        • FRP2006I
        • FRP2007I
        • FRP2011E
        • FRP2012I
        • FRP2013I
        • FRP2014I
        • FRP2015I
        • FRP2016I
        • FRP2017I
        • FRP2018E
        • FRP2020I
        • FRP2021I
        • FRP2022E
        • FRP2023E
        • FRP2024E
        • FRP2025I
        • FRP2026I
        • FRP2027E
        • FRP2028E
        • FRP2029E
        • FRP2030E
        • FRP2031I
        • FRP2032I
        • FRP2034I
        • FRP2100I
        • FRP2101I
        • FRP2102I
        • FRP2103I
        • FRP2104I
        • FRP2105I
        • FRP2106E
        • FRP2107E
        • FRP3101E
        • FRP3102E
        • FRP3103E
        • FRP3104E
        • FRP3105E
        • FRP3106E
        • FRP3107E
        • FRP3108E
        • FRP3109E
        • FRP3110E
        • FRP3111I
        • FRP3112E
        • FRP3113E
        • FRP4000E
        • FRP4001E
        • FRP4002E
        • FRP4003E
        • FRP4004E
        • FRP4005E
        • FRP4006E
        • FRP4008E
        • FRP4009E
        • FRP4010E
        • FRP4022E
        • FRP4031E
        • FRP4032E
        • FRP4040W
        • FRP4041E
        • FRP4042E
        • FRP4043E
        • FRP4044E
        • FRP4045E
        • FRP4046E
        • FRP4273E
        • FRP4700E
        • FRP4701E
        • FRP4702E
        • FRP4703E
        • FRP4704E
        • FRP4705E
        • FRP4706E
        • FRP4710E
        • FRP4711E
        • FRP4712E
        • FRP4713E
        • FRP4714E
        • FRP4715E
        • FRP4716E
        • FRP4717E
        • FRP4718E
        • FRP4719E
        • FRP4720E
        • FRP4721E
        • FRP4730E
        • FRP4733W
        • FRP4734W
        • FRP4736W
        • FRP4737I
        • FRP4739W
        • FRP4740E
        • FRP4741W
        • FRP4750I
        • FRP4751I
        • FRP4752I
        • FRP4753I
      • G messages (system definition)
        • G messages G000-G100
          • G000
          • G001
          • G002
          • G003
          • G004
          • G005
          • G006
          • G007
          • G009
          • G010
          • G011
          • G012
          • G013
          • G014
          • G015
          • G016
          • G017
          • G018
          • G019
          • G032
          • G034
          • G035
          • G040
          • G041
          • G050
          • G051
          • G052
          • G053
          • G054
          • G055
          • G056
          • G060
          • G061
          • G070
          • G072
          • G073
          • G074
          • G080
          • G085
          • G090
          • G091
          • G092
          • G098
        • G messages G101-G400
          • G101
          • G102
          • G103
          • G104
          • G105
          • G110
          • G111
          • G112
          • G113
          • G114
          • G115
          • G116
          • G117
          • G118
          • G119
          • G120
          • G121
          • G122
          • G123
          • G140
          • G141
          • G142
          • G143
          • G151
          • G170
          • G201
          • G202
          • G203
          • G205
          • G206
          • G207
          • G208
          • G209
          • G210
          • G212
          • G213
          • G214
          • G215
          • G216
          • G217
          • G218
          • G219
          • G220
          • G221
          • G300
          • G302
          • G303
          • G304
          • G305
          • G306
          • G307
          • G308
          • G309
          • G310
          • G311
          • G313
          • G314
          • G315
          • G316
          • G317
          • G318
          • G399
          • G400
        • G messages G401-G500
          • G401
          • G402
          • G403
          • G404
          • G405
          • G406
          • G410
          • G430
          • G431
          • G432
          • G433
          • G434
          • G435
          • G436
          • G437
          • G438
          • G439
          • G440
          • G441
          • G445
          • G446
          • G447
          • G448
          • G449
          • G452
          • G453
          • G454
          • G455
          • G456
          • G457
          • G458
          • G460
          • G470
          • G500
        • G messages G501-G600
          • G501
          • G502
          • G503
          • G504
          • G505
          • G506
          • G507
          • G508
          • G509
          • G520
          • G521
          • G522
          • G523
          • G524
          • G540
          • G541
          • G542
          • G543
          • G544
          • G545
          • G546
          • G547
          • G560
          • G561
          • G562
          • G563
          • G564
          • G565
          • G566
          • G567
          • G568
          • G570
          • G571
          • G0579
          • G580
          • G581
          • G582
          • G583
          • G584
          • G585
          • G586
          • G587
          • G600
        • G messages G601-G800
          • G601
          • G602
          • G603
          • G604
          • G605
          • G606
          • G650
          • G651
          • G653
          • G654
          • G655
          • G656
          • G657
          • G659
          • G700
          • G703
          • G705
          • G706
          • G707
          • G708
          • G709
          • G710
          • G711
          • G712
          • G713
          • G716
          • G717
          • G719
          • G720
          • G721
          • G722
          • G723
          • G724
          • G725
          • G728
          • G729
          • G730
          • G731
          • G732
          • G800
        • G messages G801-G900
          • G802
          • G803
          • G804
          • G805
          • G806
          • G807
          • G808
          • G809
          • G810
          • G811
          • G812
          • G813
          • G814
          • G815
          • G816
          • G817
          • G818
          • G819
          • G820
          • G821
          • G822
          • G898
          • G899
          • G900
        • G messages G901-G1000
          • G901
          • G902
          • G903
          • G905
          • G906
          • G908
          • G909
          • G910
          • G911
          • G912
          • G913
          • G914
          • G916
          • G917
          • G918
          • G919
          • G920
          • G921
          • G922
          • G923
          • G925
          • G926
          • G928
          • G929
          • G930
          • G931
          • G932
          • G933
          • G935
          • G936
          • G937
          • G939
          • G940
          • G941
          • G942
          • G943
          • G944
          • G945
          • G946
          • G947
          • G948
          • G949
          • G950
          • G951
          • G952
          • G953
          • G954
          • G955
          • G956
          • G957
          • G959
          • G961
          • G963
          • G964
          • G965
          • G966
          • G968
          • G969
          • G970
          • G971
          • G972
          • G973
          • G974
          • G975
          • G976
          • G977
          • G978
          • G979
          • G980
          • G981
          • G982
          • G983
          • G984
          • G985
          • G987
          • G988
          • G989
          • G992
          • G999
          • G1000
        • G messages G1001-G9999
          • G1002
          • G1003
          • G1004
          • G1005
          • G1010
          • G1011
          • G1012
          • G1016
          • G1200
          • G1201
          • G1206
          • G1207
          • G1208
          • G1209
          • G1210
          • G1300
          • G1301
          • G1302
          • G1303
          • G9000
          • G9001
          • G9002
      • HWS messages (IMS Connect)
        • HWS messages HWSA0300E-HWSI1816W
          • HWSA0300E
          • HWSA0305E
          • HWSA0310E
          • HWSA0315E
          • HWSA0320E
          • HWSA0325E
          • HWSA0330E
          • HWSA0335E
          • HWSA0340E
          • HWSA0345E
          • HWSA0350E
          • HWSA0355E
          • HWSA0365E
          • HWSA0370E
          • HWSA0375I
          • HWSA0380E
          • HWSB0005W
          • HWSB0010W
          • HWSB0105E
          • HWSB0110E
          • HWSB0115E
          • HWSB0205E
          • HWSB0210E
          • HWSC0000I
          • HWSC0001I
          • HWSC0010I
          • HWSC0020I
          • HWSC0030I
          • HWSC0031I
          • HWSC0032E
          • HWSC0033E
          • HWSC0034W
          • HWSC0035E
          • HWSC0036E
          • HWSC0037E
          • HWSC0038E
          • HWSC0039E
          • HWSC0040E
          • HWSC0041E
          • HWSC0042E
          • HWSC0043E
          • HWSC0044E
          • HWSC0045E
          • HWSC0046E
          • HWSC0100W
          • HWSC0101E
          • HWSC0110W
          • HWSC0112W
          • HWSC0114W
          • HWSC0120W
          • HWSC0130I
          • HWSD0200E
          • HWSD0202W
          • HWSD0204W
          • HWSD0205W
          • HWSD0212E
          • HWSD0222W
          • HWSD0227W
          • HWSD0230I
          • HWSD0250W
          • HWSD0252W
          • HWSD0254W
          • HWSD0255W
          • HWSD0260I
          • HWSD0270I
          • HWSD0280I
          • HWSD0282I
          • HWSD0284I
          • HWSD0286I
          • HWSD0290I
          • HWSD0292I
          • HWSE3130W
          • HWSE3135W
          • HWSE3155W
          • HWSF3300I
          • HWSF3305I
          • HWSF3310I
          • HWSF3315E
          • HWSF3330W
          • HWSF3340W
          • HWSF3345W
          • HWSF3350W
          • HWSF3355E
          • HWSF3360I
          • HWSF3365E
          • HWSF3370E
          • HWSF3375E
          • HWSF3400E
          • HWSF3405W
          • HWSG4000I
          • HWSG4005I
          • HWSG4010I
          • HWSG4015E
          • HWSG4020W
          • HWSG4025W
          • HWSG4030W
          • HWSG4040W
          • HWSG4045W
          • HWSG4060I
          • HWSG4065E
          • HWSG4080W
          • HWSG4100E
          • HWSG4105W
          • HWSG4230W
          • HWSG4235W
          • HWSG4255W
        • HWS messages HWSI0001-HWSK3500
          • HWSI1601W
          • HWSI1605W
          • HWSI1615W
          • HWSI1618W
          • HWSI1619W
          • HWSI1620W
          • HWSI1650I
          • HWSI1655W
          • HWSI1660E
          • HWSI1665E
          • HWSI1705W
          • HWSI1720W
          • HWSI1754W
          • HWSI1815W
          • HWSI1816W
          • HWSJ2500E
          • HWSJ2510W
          • HWSJ2520E
          • HWSJ2530W
          • HWSJ2540E
          • HWSJ2700W
          • HWSJ2710W
          • HWSJ2720W
          • HWSJ2725W
          • HWSJ2740E
          • HWSK2800E
          • HWSK2805E
          • HWSK2805I
          • HWSK2810E
          • HWSK2815E
          • HWSK2820W
          • HWSK2825E
          • HWSK2830E
          • HWSK2835E
          • HWSK2840E
          • HWSK2845E
          • HWSK2850E
          • HWSK2855E
          • HWSK2860E
          • HWSK2865E
          • HWSK2870E
          • HWSK2875W
          • HWSK2880E
          • HWSK2885E
          • HWSK2900E
          • HWSK2910W
          • HWSK2915E
          • HWSK3000W
          • HWSK3005I
          • HWSK3005E
          • HWSK3010E
        • HWS messages HWSL0001-HWSQ3000
          • HWSL0101I
          • HWSL0103I
          • HWSL0104W
          • HWSL0105I
          • HWSL0106W
          • HWSL0111W
          • HWSL0281I
          • HWSM0500E
          • HWSM0502W
          • HWSM0504W
          • HWSM0510W
          • HWSM0522W
          • HWSM0527W
          • HWSM0538E
          • HWSM0540E
          • HWSM0550W
          • HWSM0552W
          • HWSM0554W
          • HWSM0560I
          • HWSM0570W
          • HWSM0580I
          • HWSM0582I
          • HWSM0584
          • HWSM0590I
          • HWSN1900I
          • HWSN1910E
          • HWSN1915E
          • HWSN1920E
          • HWSN1925E
          • HWSN1930E
          • HWSN1935W
          • HWSN1940W
          • HWSN1950E
          • HWSN1960I
          • HWSN1965E
          • HWSN1985I
          • HWSN2000E
          • HWSN2010E
          • HWSN2020W
          • HWSN2030W
          • HWSO1100W
          • HWSO1101W
          • HWSO1105W
          • HWSO1110W
          • HWSO1115W
          • HWSO1120W
          • HWSO1205W
          • HWSO1210W
          • HWSO1215W
          • HWSO1220W
          • HWSO1305W
          • HWSO1310W
          • HWSO1315W
          • HWSO1320W
          • HWSO1325W
          • HWSO1330W
          • HWSP1400W
          • HWSP1402W
          • HWSP1405W
          • HWSP1410W
          • HWSP1415E
          • HWSP1415I
          • HWSP1420E
          • HWSP1425E
          • HWSP1426E
          • HWSP1430E
          • HWSP1435E
          • HWSP1440E
          • HWSP1445E
          • HWSP1450E
          • HWSP1455E
          • HWSP1460E
          • HWSP1465E
          • HWSP1470E
          • HWSP1475E
          • HWSP1480E
          • HWSP1485E
          • HWSP1490E
          • HWSP1495E
          • HWSP1500E
          • HWSP1501I
          • HWSP1503E
          • HWSP1504I
          • HWSP1505E
          • HWSP1506I
          • HWSP1507E
          • HWSP1510E
          • HWSQ2200E
          • HWSQ2205E
          • HWSQ2225E
          • HWSQ2230W
          • HWSQ2235W
          • HWSQ2240W
          • HWSQ2245W
          • HWSQ2255W
        • HWS messages HWSR0001-HWSX2000
          • HWSR0653I
          • HWSR0698W
          • HWSR0800E
          • HWSR0810E
          • HWSR0820E
          • HWSR0880I
          • HWSR0881I
          • HWSR0890I
          • HWSR0891I
          • HWSS0700E
          • HWSS0712W
          • HWSS0714E
          • HWSS0727W
          • HWSS0730W
          • HWSS0742W
          • HWSS0743I
          • HWSS0746W
          • HWSS0748W
          • HWSS0761I
          • HWSS0762I
          • HWSS0763W
          • HWSS0770I
          • HWSS0771W
          • HWSS0772W
          • HWSS0773I
          • HWSS0775W
          • HWSS0776W
          • HWSS0777W
          • HWSS0780I
          • HWSS0781I
          • HWSS0785W
          • HWSS0790I
          • HWSS0791E
          • HWSSSL00E
          • HWSSSL00I
          • HWST3500I
          • HWST3505I
          • HWST3510E
          • HWST3515E
          • HWST3520E
          • HWST3525I
          • HWST3530W
          • HWST3540E
          • HWST3545E
          • HWST3550W
          • HWST3560W
          • HWST3570E
          • HWST3575W
          • HWST3600E
          • HWST3700E
          • HWST3730W
          • HWST3735W
          • HWSU3900E
          • HWSV4400I
          • HWSV4405I
          • HWSV4410E
          • HWSV4415E
          • HWSV4420E
          • HWSV4425I
          • HWSV4435W
          • HWSV4440E
          • HWSV4480W
          • HWSV4485W
          • HWSV4500E
          • HWSV4600E
          • HWSV4630W
          • HWSV4800E
          • HWSV4820E
          • HWSV4830W
          • HWSV4840W
          • HWSV5000E
          • HWSV5030W
          • HWSX0901E
          • HWSX0902E
          • HWSX0903E
          • HWSX0904E
          • HWSX0905E
          • HWSX0907E
          • HWSX0908W
          • HWSX0909E
          • HWSX0910E
          • HWSX0911E
          • HWSX0912E
          • HWSX0912W
          • HWSX0913E
          • HWSX0914E
          • HWSX0916W
          • HWX0920W
          • HWSX0930I
          • HWSX0931I
          • HWSX0940A
      • MDA messages (dynamic allocation)
        • MDA001
        • MDA005
        • MDA010
        • MDA012
        • MDA013
        • MDA014
        • MDA015
        • MDA017
        • MDA018
        • MDA019
        • MDA020
        • MDA021
        • MDA022
        • MDA023
        • MDA025
        • MDA026
        • MDA027
        • MDA028
        • MDA29
        • MDA030
        • MDA031
        • MDA032
        • MDA033
        • MDA034
        • MDA035
        • MDA036
        • MDA037
        • MDA038
        • MDA039
        • MDA040
        • MDA041
        • MDA042
        • MDA043
        • MDA044
        • MDA045E
        • MDA046E
      • PSBGEN messages (PCB, PGEN, SEG, SFLD)
        • PCB messages for PSBGEN
          • PCB100
          • PCB110
          • PCB120
          • PCB130
          • PCB140
          • PCB150
          • PCB160
          • PCB170
          • PCB180
          • PCB190
          • PCB210
          • PCB220
          • PCB230
          • PCB234
          • PCB235
          • PCB236
          • PCB237
          • PCB240
          • PCB250
          • PCB260
          • PCB270
          • PCB280
          • PCB300
          • PCB310
          • PCB350
          • PCB352
          • PCB355
          • PCB360
          • PCB365
          • PCB370
          • PCB375
          • PCB400
          • PCB410
          • PCB420
          • PCB540
          • PCB600
          • PCB601
          • PCB602
          • PCB603
          • PCB604
          • PCB605
          • PCB606
        • PGEN messages for PSBGEN
          • PGEN100
          • PGEN110
          • PGEN120
          • PGEN130
          • PGEN140
          • PGEN150
          • PGEN160
          • PGEN170
          • PGEN180
          • PGEN200
          • PGEN210
          • PGEN220
          • PGEN230
          • PGEN259
          • PGEN500
          • PGEN600
          • PGEN601
        • SEG messages for PSBGEN
          • SEG100
          • SEG110
          • SEG120
          • SEG130
          • SEG140
          • SEG150
          • SEG160
          • SEG170
          • SEG180
          • SEG190
          • SEG230
          • SEG250
          • SEG260
          • SEG270
          • SEG280
          • SEG290
          • SEG300
          • SEG310
          • SEG600
          • SEG601
        • SFLD messages for PSBGEN
          • SFLD100
          • SFLD110
          • SFLD120
          • SFLD130
          • SFLD140
          • SFLD160
          • SFLD170
          • SFLD180
          • SFLD600
          • SFLD601
      • DBDGEN messages (AREA, DBD, DGEN, DMAN, EXT, FIN, FLD, LCHD, SEGM, SOUR, XDFLD)
        • AREA messages for DBD generation
          • AREA100
          • AREA120
          • AREA140
          • AREA644
          • AREA645
        • DBD messages for DBD generation
          • DBD001
          • DBD100
          • DBD110
          • DBD113
          • DBD118
          • DBD119
          • DBD120
          • DBD130
          • DBD131
          • DBD140
          • DBD150
          • DBD160
          • DBD170
          • DBD180
          • DBD181
          • DBD182
          • DBD200
          • DBD210
          • DBD300
          • DBD600
          • DBD601
          • DBD602
          • DBD603
          • DBD700
          • DBD750
          • DBD755
          • DBD760
          • DBD765
          • DBD770
        • DGEN messages for DBD Generation
          • DGEN100
          • DGEN110
          • DGEN115
          • DGEN117
          • DGEN118
          • DGEN120
          • DGEN130
          • DGEN140
          • DGEN150
          • DGEN160
          • DGEN165
          • DGEN170
          • DGEN185
          • DGEN200
          • DGEN210
          • DGEN220
          • DGEN229
          • DGEN232
          • DGEN240
          • DGEN245
          • DGEN250
          • DGEN260
          • DGEN265
          • DGEN270
          • DGEN271
          • DGEN300
          • DGEN305
          • DGEN310
          • DGEN320
          • DGEN330
          • DGEN331
          • DGEN332
          • DGEN440
          • DGEN500
        • DMAN messages for DBD Generation
          • DMAN100
          • DMAN110
          • DMAN120
          • DMAN130
          • DMAN140
          • DMAN150
          • DMAN155
          • DMAN157
          • DMAN160
          • DMAN170
          • DMAN180
          • DMAN190
          • DMAN200
          • DMAN210
          • DMAN215
          • DMAN217
          • DMAN220
          • DMAN230
          • DMAN240
          • DMAN250
          • DMAN260
          • DMAN270
          • DMAN275
          • DMAN280
          • DMAN290
          • DMAN300
          • DMAN305
          • DMAN320
          • DMAN330
          • DMAN340
          • DMAN350
          • DMAN355E
          • DMAN360
          • DMAN400
          • DMAN420
          • DMAN425
          • DMAN430
          • DMAN432
          • DMAN440
          • DMAN465
          • DMAN470
          • DMAN475
          • DMAN490
          • DMAN510
          • DMAN520
          • DMAN530
          • DMAN600
          • DMAN601
        • EXT messages for DBD Generation
          • EXT001
        • FIN001
        • FLD messages 100 to 615 for DBD Generation
          • FLD100
          • FLD110
          • FLD120
          • FLD130
          • FLD135
          • FLD140
          • FLD145
          • FLD150
          • FLD155
          • FLD160
          • FLD170
          • FLD180
          • FLD190
          • FLD200
          • FLD210
          • FLD220
          • FLD225
          • FLD230
          • FLD235
          • FLD300
          • FLD600
          • FLD601
          • FLD602
          • FLD603
          • FLD604
          • FLD605
          • FLD606
          • FLD607
          • FLD608
          • FLD609
          • FLD610
          • FLD611
          • FLD613
          • FLD614
        • FLD messages 616 to 649 for DBD Generation
          • FLD616
          • FLD617
          • FLD618
          • FLD619
          • FLD620
          • FLD621
          • FLD622
          • FLD623
          • FLD624
          • FLD625
          • FLD626
          • FLD627
          • FLD628
          • FLD629
          • FLD630
          • FLD631
          • FLD632
          • FLD633
          • FLD634
          • FLD635
          • FLD636
          • FLD637
          • FLD638
          • FLD639
          • FLD640
          • FLD641
          • FLD642
          • FLD643
          • FLD644
          • FLD645
          • FLD646
          • FLD647
          • FLD648
          • FLD649
        • FLD messages 650 to 692 for DBD Generation
          • FLD650
          • FLD651
          • FLD652
          • FLD653
          • FLD654
          • FLD655
          • FLD656
          • FLD657
          • FLD658
          • FLD659
          • FLD660
          • FLD661
          • FLD662
          • FLD663
          • FLD664
          • FLD665
          • FLD666
          • FLD667
          • FLD668
          • FLD669
          • FLD670
          • FLD671
          • FLD672
          • FLD673
          • FLD674
          • FLD675
          • FLD676
          • FLD677
          • FLD678
          • FLD679
          • FLD680
          • FLD681
          • FLD682
          • FLD683
          • FLD684
          • FLD685
          • FLD686
          • FLD687
          • FLD692
        • FLD messages 700 to 999 for DBD Generation
          • FLD700
          • FLD701
          • FLD702
          • FLD703
          • FLD705
          • FLD706
          • FLD707
          • FLD710
          • FLD712
          • FLD713
          • FLD714
          • FLD715
          • FLD716
          • FLD717
          • FLD730
          • FLD731
          • FLD732
          • FLD733
          • FLD734
          • FLD735
          • FLD738
          • FLD739
          • FLD740
          • FLD741
          • FLD742
          • FLD743
          • FLD751
          • FLD752
          • FLD753
          • FLD754
          • FLD756
          • FLD760
          • FLD761
          • FLD763
          • FLD764
          • FLD765
          • FLD766
          • FLD767
          • FLD768
          • FLD769
          • FLD780
          • FLD997
          • FLD999
        • FLD messages 1000 to 1999 for DBD Generation
          • FLD1000
          • FLD1001
        • LCHD messages for DBD Generation
          • LCHD100
          • LCHD110
          • LCHD120
          • LCHD130
          • LCHD140
          • LCHD150
          • LCHD160
          • LCHD170
          • LCHD180
          • LCHD190
          • LCHD200
          • LCHD205
          • LCHD210
          • LCHD215
          • LCHD230
          • LCHD240
          • LCHD241
          • LCHD242
          • LCHD243
          • LCHD244
          • LCHD245
          • LCHD246
          • LCHD300
          • LCHD320
        • SEGM messages 100 to 480 for DBD Generation
          • SEGM100
          • SEGM105
          • SEGM110
          • SEGM120
          • SEGM130
          • SEGM140
          • SEGM150
          • SEGM160
          • SEGM170
          • SEGM180
          • SEGM190
          • SEGM195
          • SEGM200
          • SEGM210
          • SEGM211
          • SEGM220
          • SEGM240
          • SEGM250
          • SEGM260
          • SEGM270
          • SEGM280
          • SEGM285
          • SEGM290
          • SEGM300
          • SEGM302
          • SEGM305
          • SEGM310
          • SEGM315
          • SEGM320
          • SEGM330
          • SEGM340
          • SEGM350
          • SEGM351
          • SEGM352
          • SEGM354
          • SEGM360
          • SEGM380
          • SEGM400
          • SEGM410
          • SEGM415
          • SEGM420
          • SEGM430
          • SEGM440
          • SEGM450
          • SEGM460
          • SEGM470
          • SEGM475
          • SEGM480
        • SEGM messages 500 to 840 for DBD Generation
          • SEGM500
          • SEGM510
          • SEGM520
          • SEGM530
          • SEGM540
          • SEGM600
          • SEGM601
          • SEGM602
          • SEGM603
          • SEGM604
          • SEGM605
          • SEGM607
          • SEGM608
          • SEGM610
          • SEGM611
          • SEGM700
          • SEGM750
          • SEGM755
          • SEGM760
          • SEGM765
          • SEGM770
          • SEGM780
          • SEGM810
          • SEGM820
          • SEGM830
          • SEGM840
        • SOUR messages for DBD Generation
          • SOUR100
          • SOUR110
          • SOUR120
          • SOUR130
          • SOUR140
        • XDFLD messages for DBD Generation
          • XDFLD001
          • XDFLD002
          • XDFLD003
          • XDFLD004
          • XDFLD005
          • XDFLD006
          • XDFLD007
          • XDFLD008
          • XDFLD009
          • XDFLD010
          • XDFLD011
          • XDFLD012
          • XDFLD013
          • XDFLD014
          • XDFLD015
          • XDFLD016
          • XDFLD017
          • XDFLD018
          • XDFLD019
          • XDFLD020
          • XDFLD021
          • XDFLD022
          • XDFLD023
          • XDFLD077
          • XDFLD111
          • XDFLD112
          • XDFLD113
          • XDFLD115
          • XDFLD116
          • XDFLD120
          • XDFLD124
          • XDFLD126
          • XDFLD230
          • XDFLD231
          • XDFLD232
          • XDFLD233
          • XDFLD234
          • XDFLD235
          • XDFLD236
          • XDFLD237
          • XDFLD240
          • XDFLD241
          • XDFLD242
          • XDFLD243
          • XDFLD244
          • XDFLD245
          • XDFLD246
          • XDFLD247
          • XDFLD248
          • XDFLD249
          • XDFLD250
          • XDFLD251
          • XDFLD300
          • XDFLD600
          • XDFLD601
          • XDFLD602
          • XDFLD603
          • XDFLD604
    • IMS abend codes
      • IMS abends
        • Standard abends
        • Pseudoabends
        • Multimodule abends
      • Getting information about IMS abends
        • 9999 (sample abend code)
        • Failure analysis tables
        • Formatted dump
        • IMS abend search and notification
      • System abend codes
        • AC6
        • Fnn
      • IMS abend codes 0000 - 0050
        • 0002
        • 0005
        • 006
        • 0008
        • 0009
        • 0010
        • 0011
        • 0012
        • 0013
        • 0014
        • 0015
        • 0016
        • 0017
        • 0019
        • 0020
        • 0021
        • 0022
        • 0023
        • 0024
        • 0025
        • 0026
        • 0027
        • 0028
        • 0029
        • 0031
        • 0032
        • 0034
        • 0035
        • 0036
        • 0037
        • 0038
        • 0039
        • 0040
        • 0041
        • 0042
        • 0043
        • 0044
        • 0045
        • 0046
        • 0047
        • 0048
        • 0049
        • 0050
      • IMS abend codes 0051 - 0100
        • 0053
        • 0055
        • 0056
        • 0057
        • 0058
        • 0059
        • 0063
        • 0064
        • 0069
        • 0070
        • 0071
        • 0072
        • 0073
        • 0074
        • 0075
        • 0076
        • 0077
        • 0078
        • 0079
        • 0080
        • 0081
        • 0083
        • 0084
        • 0085
        • 0088
        • 0090
        • 0092
        • 0095
        • 0097
        • 0098
      • IMS abend codes 0101 - 0150
        • 0101
        • 0102
        • 0103
        • 0106
        • 0107
        • 0108
        • 0109
        • 0110
        • 0111
        • 0112
        • 0113
        • 0114
        • 0119
        • 0120
        • 0121
        • 0123
        • 0124
        • 0125
        • 0126
        • 0127
        • 0128
        • 0129
        • 0130
        • 0131
        • 0132
        • 0133
        • 0134
        • 0135
        • 0136
        • 0137
        • 0138
        • 0139
        • 0140
        • 0141
        • 0142
        • 0143
        • 0144
        • 0145
        • 0147
        • 0148
        • 0149
        • 0150
      • IMS abend codes 0151 - 0200
        • 0151
        • 0152
        • 0153
        • 0154
        • 0155
        • 0156
        • 0157
        • 0158
        • 0160
        • 0166
        • 0168
        • 0172
        • 0175
        • 0176
        • 0181
        • 0182
        • 0184
        • 0195
        • 0200
      • IMS abend codes 0201 - 0250
        • 0201
        • 0202
        • 0203
        • 0204
        • 0205
        • 0206
        • 0209
        • 0210
        • 0211
        • 0214
        • 0215
        • 0216
        • 0219
        • 0220
        • 0223
        • 0225
        • 0229
        • 0230
        • 0231
        • 0233
        • 0240
        • 0242
        • 0243
        • 0249
        • 0250
      • IMS abend codes 0251 - 0300
        • 0251
        • 0252
        • 0253
        • 0254
        • 0255
        • 0256
        • 0257
        • 0258
        • 0260
        • 0261
        • 0262
        • 0263
        • 0265
        • 0271
        • 0272
        • 0273
        • 0274
        • 0275
        • 0288
        • 0300
      • IMS abend codes 0301 - 0350
        • 0302
        • 0303
        • 0305
        • 0306
        • 0310
        • 0311
        • 0315
        • 0316
        • 0317
        • 0318
        • 0319
        • 0320
        • 0322
        • 0330
        • 0347
      • IMS abend codes 0351 - 0400
        • 0355
        • 0359
        • 0367
        • 0368
        • 0369
        • 0370
        • 0371
        • 0384
        • 0385
        • 0390
        • 0391
        • 0392
        • 0393
        • 0394
        • 0396
        • 0397
        • 0400
      • IMS abend codes 0401 - 0500
        • 0402
        • 0403
        • 0404
        • 0405
        • 0406
        • 0407
        • 0408
        • 0409
        • 0411
        • 0413
        • 0415
        • 0421
        • 0423
        • 0424
        • 0425
        • 0426
        • 0427
        • 0428
        • 0430
        • 0432
        • 0436
        • 0437
        • 0438
        • 0440
        • 0442
        • 0444
        • 0448
        • 0451
        • 0452
        • 0453
        • 0454
        • 0455
        • 0456
        • 0457
        • 0458
        • 0462
        • 0474
        • 0475
        • 0476
        • 0477
        • 0478
        • 0479
        • 0481
        • 0482
        • 0484
        • 0485
        • 0499
        • 0500
      • IMS abend codes 0501 - 0600
        • 0501
        • 0502
        • 0503
        • 0504
        • 0505
        • 0506
        • 0507
        • 0509
        • 0511
        • 0512
        • 0513
        • 0516
        • 0517
        • 0519
        • 0525
        • 0529
        • 0544
        • 0545
        • 0551
        • 0552
        • 0553
        • 0554
        • 0555
        • 0556
        • 0557
        • 0560
        • 0561
        • 0562
        • 0563
        • 0564
        • 0565
        • 0566
        • 0567
        • 0568
        • 0569
        • 0572
        • 0573
        • 0574
        • 0577
        • 0578
        • 0579
        • 0580
        • 0581
        • 0582
        • 0583
        • 0584
        • 0585
        • 0586
        • 0587
        • 0588
        • 0589
        • 0590
        • 0591
        • 0592
        • 0593
        • 0594
        • 0595
        • 0596
        • 0597
        • 0598
        • 0599
        • 0600
      • IMS abend codes 0601 - 0700
        • 0601
        • 0602
        • 0603
        • 0604
        • 0605
        • 0606
        • 0608
        • 0611
        • 0616
        • 0622
        • 0623
        • 0624
        • 0630
        • 0631
        • 0632
        • 0633
        • 0634
        • 0636
        • 0638
        • 0640
        • 0641
        • 0642
        • 0643
        • 0644
        • 0646
        • 0648
        • 0652
        • 0654
        • 0657
        • 0658
        • 0662
        • 0670
        • 0684
        • 0688
        • 0689
      • IMS abend codes 0701 - 0750
        • 0701
        • 0702
        • 0704
        • 0705
        • 0707
        • 0708
        • 0709
        • 0710
        • 0711
        • 0712
        • 0713
        • 0714
        • 0716
        • 0717
        • 0718
        • 0719
        • 0720
        • 0721
        • 0722
        • 0723
        • 0725
        • 0728
        • 0729
        • 0730
        • 0731
        • 0732
        • 0735
        • 0736
        • 0737
        • 0738
        • 0739
        • 0740
        • 0741
        • 0742
        • 0743
        • 0744
        • 0745
        • 0746
        • 0747
        • 0748
        • 0749
      • IMS abend codes 0751 - 0800
        • 0756
        • 0757
        • 0758
        • 0759
        • 0760
        • 0762
        • 0763
        • 0764
        • 0765
        • 0766
        • 0767
        • 0768
        • 0769
        • 0770
        • 0771
        • 0773
        • 0774
        • 0775
        • 0776
        • 0777
        • 0778
        • 0779
        • 0780
        • 0783
        • 0785
        • 0790
        • 0791
        • 0793
        • 0794
        • 0795
        • 0796
        • 0797
        • 0799
        • 0800
      • IMS abend codes 0801 - 0850
        • 0801
        • 0802
        • 0803
        • 0804
        • 0805
        • 0806
        • 0807
        • 0808
        • 0810
        • 0811
        • 0812
        • 0814
        • 0816
        • 0819
        • 0820
        • 0821
        • 0822
        • 0824
        • 0825
        • 0826
        • 0827
        • 0828
        • 0829
        • 0830
        • 0831
        • 0832
        • 0833
        • 0834
        • 0835
        • 0840
        • 0841
        • 0842
        • 0843
        • 0844
        • 0845
        • 0846
        • 0847
        • 0848
        • 0849
        • 0850
      • IMS abend codes 0851 - 0900
        • 0851
        • 0852
        • 0853
        • 0854
        • 0855
        • 0857
        • 0858
        • 0859
        • 0860
        • 0861
        • 0862
        • 0863
        • 0864
        • 0865
        • 0867
        • 0868
        • 0869
        • 0870
        • 0880
        • 0881
        • 0882
        • 0885
        • 0888
        • 0889
        • 0890
        • 0891
        • 0892
        • 0893
        • 0894
        • 0895
        • 0896
        • 0897
        • 0898
        • 0899
        • 0900
      • IMS abend codes 0901 - 0950
        • 0904
        • 0905
        • 0906
        • 0907
        • 0908
        • 0909
        • 0910
        • 0911
        • 0912
        • 0913
        • 0914
        • 0915
        • 0916
        • 0917
        • 0918
        • 0919
        • 0920
        • 0921
        • 0922
        • 0923
        • 0924
        • 0925
        • 0926
        • 0927
        • 0928
        • 0929
        • 0930
        • 0931
        • 0932
        • 0933
        • 0934
        • 0935
        • 0936
        • 0937
        • 0938
        • 0939
        • 0941
        • 0942
        • 0943
        • 0944
        • 0945
        • 0947
        • 0948
        • 0949
        • 0950
      • IMS abend codes 0951 - 1000
        • 0951
        • 0952
        • 0953
        • 0955
        • 0956
        • 0957
        • 0958
        • 0959
        • 0960
        • 0961
        • 0962
        • 0963
        • 0965
        • 0966
        • 0967
        • 0969
        • 0970
        • 0971
        • 0979
        • 0982
        • 0985
        • 0986
        • 0987
        • 0988
        • 0989
        • 0990
        • 0991
        • 0992
        • 0993
        • 0994
        • 0995
        • 0996
        • 0997
        • 0998
      • IMS abend codes 1001 - 1050
        • 1001
        • 1002
        • 1003
        • 1004
        • 1005
        • 1006
        • 1007
        • 1008
        • 1009
        • 1010
        • 1011
        • 1012
        • 1013
        • 1014
        • 1015
        • 1016
        • 1017
        • 1018
        • 1019
        • 1020
        • 1021
        • 1022
        • 1023
        • 1024
        • 1025
        • 1026
        • 1027
        • 1028
        • 1029
        • 1030
        • 1031
        • 1032
        • 1033
        • 1034
        • 1035
        • 1036
        • 1038
        • 1039
        • 1040
        • 1041
        • 1042
        • 1043
        • 1044
        • 1046
      • IMS abend codes 1051 - 2000
        • 1051
        • 1060
        • 1061
        • 1062
        • 1063
        • 1064
        • 1065
        • 1070
        • 1143
        • 1155
        • 1200
        • 1352
        • 1500
        • 1501
        • 1780
      • IMS abend codes 2001 - 3000
        • 2277
        • 2476
        • 2478
        • 2479
        • 2480
        • 2481
        • 2482
        • 2483
        • 2484
        • 2485
        • 2486
        • 2488
        • 2489
        • 2490
        • 2496
        • 2610
        • 2763
        • 2800
        • 2801
        • 2990
        • 2991
        • 3000
      • IMS abend codes 3001 - 3100
        • 3001
        • 3006
        • 3007
        • 3008
        • 3009
        • 3010
        • 3011
        • 3012
        • 3013
        • 3014
        • 3015
        • 3016
        • 3017
        • 3018
        • 3019
        • 3020
        • 3021
        • 3022
        • 3025
        • 3026
        • 3027
        • 3030
        • 3040
        • 3041
        • 3042
        • 3043
        • 3044
        • 3045
        • 3046
        • 3047
        • 3048
        • 3049
        • 3050
        • 3051
        • 3052
        • 3053
        • 3054
        • 3055
        • 3056
        • 3057
        • 3058
        • 3059
        • 3062
        • 3100
      • IMS abend codes 3101 - 3300
        • 3101
        • 3102
        • 3103
        • 3104
        • 3105
        • 3107
        • 3108
        • 3109
        • 3110
        • 3111
        • 3115
        • 3116
        • 3120
        • 3141
        • 3265
        • 3271
        • 3272
        • 3274
        • 3275
        • 3276
        • 3287
        • 3289
        • 3290
        • 3300
      • IMS abend codes 3301 - 4100
        • 3301
        • 3302
        • 3303
        • 3304
        • 3305
        • 3306
        • 3307
        • 3308
        • 3310
        • 3312
        • 3313
        • 3314
        • 3315
        • 3325
        • 3368
        • 3397
        • 3398
        • 3400
        • 3411
        • 3412
        • 3413
        • 3414
        • 3415
        • 3416
        • 3419
        • 3420
        • 3421
        • 3422
        • 3423
        • 3430
        • 3431
        • 3432
        • 3433
        • 3434
        • 3435
        • 3436
        • 3439
        • 3440
        • 3469
        • 3476
        • 3477
        • 3498
        • 3499
        • 3500-3998
        • 3999
        • 4000-4093
        • 4095
    • IMS component codes
      • IMS system services return codes
        • SVC return codes
        • IMODULE return codes
        • IMSAUTH return codes
        • DFSBCB return codes
        • DFSPOOL macro return codes
        • 64-bit Storage Manager return codes
      • IMS return and function codes
        • Buffer handler return codes
        • Return and function codes associated with the external subsystem support
          • Category A - conditions detected by IMS modules that invoke external subsystem exits
          • Category B - conditions detected by external subsystem exits
          • Category C - conditions detected by IMS common service modules
          • Category D - conditions detected by control region service modules
          • Category E - conditions detected by dependent region service modules
        • End of memory codes from DFS0798I
      • BPE codes
        • BPE abend codes
          • 3400
          • 3401
          • 3402
          • 3403
          • 3404
          • 3405
          • 4095
        • BPE service return codes
          • BPEATTCH codes
          • BPEAWSRV codes
          • BPEBPCRE codes
          • BPEBPGET codes
          • BPECBGET codes
          • BPECMSRV codes
          • BPEGETM codes
          • BPELAGET codes
          • BPELAREL codes
          • BPELOAD codes
          • BPELOADC codes
          • BPEPARSE codes
          • BPERDPDS codes
          • BPESTART codes
          • BPESVC codes
          • BPESVCI0 codes
          • BPETCBSW codes
          • BPETHDCR codes
          • BPETIMER codes
          • BPETRSRV codes
          • BPEUXRF0 codes
      • CQS codes
        • CQS abend codes
          • 0001
          • 0010
          • 0014
          • 0018
          • 0020
          • 0100
          • 0104
          • 0372
          • 0373
          • 0374
        • CQS restart and rebuild reason codes
        • CQS service return codes
          • CQSDSS00
          • CQSDYNA0
          • CQSISCI0
          • CQSIXCF0
          • CQSLOG10
          • CQSLOG20
          • CQSLOG40
          • CQSLOGP0
          • CQSMOV10
          • CQSOFL50
        • CQS control list entries
      • CSL codes
        • ODBM abend codes
          • 0010
          • 0400
          • 0411
        • OM abend codes
          • 0010
          • 0104
          • 0108
        • RM abend codes
          • 0010
        • SCI abend codes
          • 0010
        • CSL return and reason codes
        • CSLOMCMD return and reason codes
        • CSLOMREG return and reason codes
        • REXX SPOC return and reason codes
      • Codes for IMS commands routed through OM
        • Return and reason codes for commands to OM
        • Completion codes
      • DL/I status codes
        • About DL/I status codes
          • Database calls for DL/I status codes
          • Message calls for DL/I status codes
          • System service calls for DL/I status codes
        • DL/I status code explanations
          • AA
          • AB
          • AC
          • AD
          • AF
          • AG
          • AH
          • AI
          • AJ
          • AK
          • AL
          • AM
          • AN
          • AO
          • AP
          • AQ
          • AR
          • AS
          • AT
          • AU
          • AX
          • AY
          • AZ
          • A1
          • A2
          • A3
          • A4
          • A5
          • A6
          • A7
          • A8
          • A9
          • BA
          • BB
          • BC
          • BD
          • BE
          • BF
          • BG
          • BH
          • BJ
          • BK
          • BY
          • CA
          • CB
          • CC
          • CD
          • CE
          • CF
          • CG
          • CH
          • CI
          • CJ
          • CK
          • CL
          • CM
          • CN
          • DA
          • DE
          • DF
          • DJ
          • DX
          • EM
          • E1
          • E2
          • E3
          • FA
          • FC
          • FD
          • FE
          • FF
          • FG
          • FH
          • FI
          • FM
          • FN
          • FP
          • FR
          • FS
          • FT
          • FV
          • FW
          • FY
          • GA
          • GB
          • GC
          • GD
          • GE
          • GG
          • GK
          • GL
          • GP
          • HT
          • II
          • IX
          • L2
          • LB
          • LC
          • LD
          • LE
          • LF
          • LS
          • MR
          • NA
          • NE
          • NI
          • NL
          • NO
          • NU
          • OB
          • OS
          • QC
          • QD
          • QE
          • QF
          • QH
          • RA
          • RC
          • RR
          • RX
          • SA
          • SB
          • SC
          • SD
          • SF
          • SY
          • TA
          • TC
          • TE
          • TG
          • TH
          • TI
          • TJ
          • TL
          • TN
          • TO
          • TP
          • TR
          • TY
          • TZ
          • UB
          • UC
          • UJ
          • UP
          • UR
          • US
          • UW
          • UX
          • U1
          • U9
          • V1
          • V2
          • V3
          • V4
          • V5
          • V6
          • V7
          • XA
          • XB
          • XC
          • XD
          • XE
          • XF
          • XG
          • XX
          • X2
          • X3
          • X4
          • X5
          • X6
          • X7
          • X9
          • Z0
          • blanks(bb)
      • DBCTL return codes
        • DBCTL DRA return codes
          • Return codes from requests under the DRA and THREAD functions
          • Return codes from requests under the DRA function
            • INIT request codes
            • PURGE request codes
            • RESYNC request codes
            • TERMINATE request codes
          • Return codes from requests under the THREAD function
            • DL/I request codes
            • PRIME RECOVERY TOKEN (PTOK) request codes
            • SCHEDULE or UNSCHEDULE request codes
            • SYNCPOINT request codes
            • TERMINATE THREAD request codes
        • Reason codes from DRA to the control exit
      • DBRC request return codes
        • Return codes from Sign-on Normal call
        • Return codes from Sign-on Alternate call
        • Return codes from Sign-on Recovery call
        • Return codes from Sign-off Normal call
        • Return codes from Sign-off Abnormal call
        • Return codes from Authorization calls
        • Return codes from Unauthorization call
        • Return codes from the DB I/O Error exit
        • Return codes from the DB Open exit
        • Return codes from local and global /START command
        • Return codes from global /STOP command
        • Return codes from local and global /DBD commands
        • Return codes from global /DBR command
        • Return codes from OLDS Open call
        • Return codes from OLDS Switch call
        • Return codes from OLDS Close call
        • Return codes from OLDS Status call
        • Return codes from the last OLDS call
        • Return codes from the Locate Log Record call
        • Return codes from the Archive Init call
        • Return codes from the Archive Completion call
        • Return codes from the Archive End-of-Job call
        • Return codes from the Log Recovery utility Init call
        • Return codes from the Log Recovery utility Open call
        • Return codes from the Log Recovery utility Close call
        • Return codes from the Log Recovery utility End-of-Job call
        • Return codes from the RELOAD utility
        • Return codes from the Begin HSSP Image Copy call
        • Return codes from the End HSSP Image Copy call
        • Return codes from the LOGSET call
        • Return codes from the SAVUOR call
        • Return codes from the UPDUOR call
        • Return codes from the VERUOR call
        • Return codes from New Update Set ID Validation
        • Database quiesce call return codes
      • Fast Path utility status and reason codes
      • IRLM request return and reason codes
      • IMS Connect return and reason codes
        • Return and reason codes for IMS Connect exits
        • HWSSOAP1 return and reason codes
        • HWSSMPL0 and HWSSMPL1 return and reason codes
        • XML adapter return and reason codes
        • IMS TM Resource Adapter return and reason codes
        • Extended local return and reason codes
        • IMS Connect post codes
      • OTMA codes
        • OTMA sense codes for NAK messages
          • 0001
          • 0002
          • 0003
          • 0004
          • 0005
          • 0006
          • 0007
          • 0008
          • 0009
          • 000A
          • 000B
          • 000C
          • 000D
          • 000E
          • 000F
          • 0010
          • 0011
          • 0012
          • 0013
          • 0014
          • 0015
          • 0016
          • 0017
          • 0018
          • 0019
          • 001A
          • 001B
          • 001C
          • 001D
          • 001E
          • 001F
          • 0020
          • 0021
          • 0022
          • 0023
          • 0024
          • 0025
          • 0026
          • 0027
          • 0028
          • 0029
          • 002A
          • 002B
          • 002C
          • 002D
          • 002E
          • 002F
          • 0030
          • 0031
          • 0033
          • 0034
          • 0035
          • 0036
          • 0037
          • 0038
        • OTMA return codes in 67D0 log record
        • Codes used by OTMA C/I
          • OTMA post codes
          • OTMA C/I return codes
      • Repository Server codes
      • SQL codes
        • Successful execution SQL codes
          • 000
          • +098
          • +100
        • SQL error codes
          • -010
          • -084
          • -101
          • -102
          • -103
          • -104
          • -107
          • -110
          • -113
          • -116
          • -117
          • -122
          • -158
          • -170
          • -196
          • -198
          • -199
          • -203
          • -204
          • -205
          • -206
          • -208
          • -301
          • -302
          • -303
          • -305
          • -313
          • -350
          • -404
          • -407
          • -408
          • -413
          • -420
          • -440
          • -490
          • -514
          • -516
          • -517
          • -518
          • -519
          • -530
          • -531
          • -539
          • -540
          • -604
          • -612
          • -624
          • -637
          • -644
          • -680
          • -692
          • -767
          • -802
          • -840
          • -904
          • -5001
          • -8001
          • -8002
          • -8003
          • -8004
          • -8005
          • -8006
          • -8007
          • -8008
          • -8009
          • -8010
          • -8011
          • -8012
          • -8013
          • -8014
          • -8015
          • -8019
          • -8020
          • -8021
          • -8022
          • -8023
          • -8024
          • -8025
          • -8026
          • -8027
          • -8028
          • -9000
          • -9001
          • -9002
          • -9003
          • -9005
          • -9006
          • -9007
          • -9008
          • -9009
          • -9010
          • -9012
          • -9013
          • -9020
          • -9021
          • -9022
          • -9023
          • -9024
          • -9025
          • -9030
          • -9050
          • -9051
          • -9052
          • -9053
          • -9054
          • -9055
          • -9056
          • -9057
          • -9058
          • -9059
          • -9060
          • -9061
          • -9062
          • -9063
          • -9064
          • -9065
          • -9066
          • -9067
          • -9068
          • -9069
          • -9070
          • -9071
          • -9072
          • -9074
          • -9075
          • -9076
          • -9077
          • -9078
          • -9079
          • -9080
          • -9081
          • -9082
        • SQLIMSSTATE values and common error codes
      • CICS DL/I user interface block return codes
        • Not-Open conditions
          • UIBDLTR='00'
          • UIBDLTR='02'
        • Invalid request conditions
          • UIBDLTR='00'(INVARG)
          • UIBDLTR='01'(PSBNF)
          • UIBDLTR='03'(PSBSCH)
          • UIBDLTR='04'(NOTDONE)
          • UIBDLTR='05'(PSBFAIL)
          • UIBDLTR='07'(TERMNS)
          • UIBDLTR='08'(FUNCNS)
          • UIBDLTR='10'(INVPSB)
          • UIBDLTR='FF'(DLINA)
      • AIB return and reason codes set by IMS
        • About AIB return and reason codes
        • AIB return and reason codes
          • 0000/0000
          • 0004/0004
          • 0004/0014
          • 0004/0018
          • 0004/0048
          • 0004/004C
          • 00F0/Any
          • 0100/000C
          • 0100/0100
          • 0100/0104
          • 0100/0108
          • 0100/010C
          • 0100/0110
          • 0100/0204
          • 0100/0208
          • 0100/0224
          • 0100/120C
          • 0100/1210
          • 0100/1218
          • 0104/0204
          • 0104/0208
          • 0104/020C
          • 0104/0210
          • 0104/0214
          • 0104/0218
          • 0104/021C
          • 0104/0220
          • 0104/0224
          • 0104/0228
          • 0104/022C
          • 0104/0240
          • 0104/0244
          • 0104/0248
          • 0104/0404
          • 0104/0440
          • 0104/0444
          • 0104/0448
          • 0104/044C
          • 0104/0450
          • 0104/0464
          • 0104/048C
          • 0104/0490
          • 0104/0494
          • 0104/0498
          • 0104/054C
          • 0104/0550
          • 0104/0560
          • 0104/0564
          • 0104/0568
          • 0104/056C
          • 0104/0570
          • 0104/0574
          • 0104/0578
          • 0104/057C
          • 0104/060C
          • 0104/0610
          • 0104/0614
          • 0104/0618
          • 0104/0620
          • 0104/0624
          • 0104/0754
          • 0104/0810
          • 0104/0920
          • 0104/0924
          • 0104/1004
          • 0104/1008
          • 0104/1010
          • 0104/1020
          • 0104/1024
          • 0104/1028
          • 0104/102C
          • 0104/1104
          • 0104/1108
          • 0104/110C
          • 0104/1110
          • 0104/1200
          • 0104/1204
          • 0104/1208
          • 0104/1214
          • 0108/0004
          • 0108/0008
          • 0108/0010
          • 0108/0014
          • 0108/0018
          • 0108/001C
          • 0108/0020
          • 0108/0024
          • 0108/0028
          • 0108/002C
          • 0108/0030
          • 0108/0034
          • 0108/0038
          • 0108/003C
          • 0108/0040
          • 0108/0044
          • 0108/0048
          • 0108/0060
          • 0108/0064
          • 0108/0068
          • 0108/0080
          • 0108/020C
          • 0108/0214
          • 0108/0220
          • 0108/0224
          • 0108/0240
          • 0108/0244
          • 0108/0304
          • 0108/0308
          • 0108/030C
          • 0108/0310
          • 0108/0314
          • 0108/0318
          • 0108/031C
          • 0108/0320
          • 0108/0324
          • 0108/0328
          • 0108/032C
          • 0108/0330
          • 0108/0334
          • 0108/0338
          • 0108/033C
          • 0108/0340
          • 0108/0342
          • 0108/0344
          • 0108/0500
          • 0108/0504
          • 0108/0540
          • 0108/0544
          • 0108/0548
          • 0108/054C
          • 0108/0550
          • 0108/0554
          • 0108/0558
          • 0108/0560
          • 0108/0564
          • 0108/0568
          • 0108/0570
          • 0108/056C
          • 0108/0580
          • 0108/0584
          • 0108/0588
          • 0108/058C
          • 0108/0600
          • 0108/0604
          • 0108/0608
          • 0108/060C
          • 0108/0610
          • 0108/0700
          • 0108/0704
          • 0108/0708
          • 0108/0710
          • 0108/0712
          • 0108/0716
          • 0108/0718
          • 0108/0719
          • 0108/071A
          • 0108/071B
          • 0108/071C
          • 0108/071D
          • 0108/071E
          • 0108/071F
          • 0108/0720
          • 0108/0721
          • 0108/0722
          • 0108/0723
          • 0108/0900
          • 0110/000C
          • 0110/0020
          • 0110/0024
          • 0110/0028
          • 0110/002C
          • 0110/0030
          • 0110/0034
          • 0110-0038
          • 0110/003C
          • 0110/0040
          • 0110/0044
          • 0110/0048
          • 0110/004C
          • 0110/0050
          • 0110/0054
          • 0110/0058
          • 0110/005C
          • 0110/0070
          • 0900
  • IRLM messages and codes
    • DXR messages
      • DXR100I
      • DXR101I
      • DXR102I
      • DXR103I
      • DXR104I
      • DXR105E
      • DXR106E
      • DXR107E
      • DXR108I
      • DXR109I
      • DXR110I
      • DXR116E
      • DXR117I
      • DXR121I
      • DXR122E
      • DXR123E
      • DXR124E
      • DXR125E
      • DXR131I
      • DXR132I
      • DXR133I
      • DXR134E
      • DXR135E
      • DXR136I
      • DXR137I
      • DXR138E
      • DXR139E
      • DXR140E
      • DXR141I
      • DXR142E
      • DXR143I
      • DXR144I
      • DXR145I
      • DXR146I
      • DXR147I
      • DXR148I
      • DXR149I
      • DXR150I
      • DXR151I
      • DXR152I
      • DXR153I
      • DXR154I
      • DXR155I
      • DXR156I
      • DXR157I
      • DXR158I
      • DXR159I
      • DXR160I
      • DXR161I
      • DXR162I
      • DXR163I
      • DXR164E
      • DXR165I
      • DXR166E
      • DXR167E
      • DXR168I
      • DXR169I
      • DXR170I
      • DXR171I
      • DXR172I
      • DXR173I
      • DXR174E
      • DXR175E
      • DXR176I
      • DXR177I
      • DXR179I
      • DXR180I
      • DXR181I
      • DXR182I
      • DXR183I
      • DXR184I
      • DXR185I
      • DXR186I
      • DXR187I
      • DXR189I
      • DXR190I
      • DXR191E
      • DXR192I
      • DXR196I
      • DXR197I
    • IRLM return and reason codes
      • CHANGE request
      • IDENT request
      • LOCK request
      • NOTIFY request
      • PLEXIT request
      • PURGE request
      • QUERY request
      • QUIT request
      • RETLOCK request
      • STAT request
      • SYNC request
      • TAKEOVER request
      • UNLOCK request
      • VERIFY request
    • IRLM abend codes
      • 2017
      • 2018
      • 2019
      • 2020
      • 2022
      • 2023
      • 2024
      • 2025
      • 2027
      • 2031
• IMS reference information
  • IMS commands
    • Introduction
      • IMS command language overview
        • How to enter IMS commands
          • IMS MFS 3270 master terminal format
          • Using Multiple Console Support (MCS) consoles
          • Outstanding reply numbers on z/OS consoles
          • Maximum length of command input from z/OS consoles
          • Multisegment command input
          • Using commands in a DBCTL environment
          • Commands from an LU 6.2 device
          • Qualifying network LU names and commands
          • Issuing commands to the OM API
            • TSO SPOC format
          • Batch SPOC format
        • Command responses
          • Command responses to OM
          • Responses to LU 6.2 devices
        • Sending messages to the z/OS system console
        • Sending messages to the IMS master terminal
        • IMS terminal command examples
        • TSO SPOC command examples
        • OM API command examples
        • IMS type-1 command format
        • IMS type-2 command format
        • Sending commands to the IMSplex
        • Command processing in an IMSplex
        • Command characteristics
        • Terminal security defaults for IMS type-1 commands
        • Commands recovered during emergency restart
        • Command processing in a dynamic resource definition environment
        • IMS type-1 commands logged to the secondary master terminal
        • IMS type-1 commands supported from an AO application
        • Command security when using OM
        • Commands mirrored on an XRF alternate
        • Commands supported on the XRF alternate
        • IMS type-1 commands supported from LU 6.2 devices and OTMA
        • Terminal security defaults for LU 6.2 devices and OTMA
        • Commands and keywords supported by the OM API
        • Equivalent IMS type-1 and type-2 commands
        • Equivalent IMS Connect WTOR, z/OS, and type-2 commands
      • Command keywords and their synonyms
      • Commands and keywords used in DBCTL
      • Commands and keywords valid in DCCTL
      • List of reserved words
      • IMS type-1 commands that are valid in ETO
    • IMS commands
      • /ACTIVATE command
      • /ALLOCATE command
      • /ASSIGN command
      • /BROADCAST command
      • /CANCEL command
      • /CHANGE commands
        • /CHANGE APPC command
        • /CHANGE CCTL command
        • /CHANGE CPLOG command
        • /CHANGE DESC command
        • /CHANGE DIR MFS command
        • /CHANGE FDR command
        • /CHANGE LINK command
        • /CHANGE NODE command
        • /CHANGE SUBSYS command
        • /CHANGE SURV command
        • /CHANGE TRAN command
        • /CHANGE UOR command
        • /CHANGE USER command
      • /CHECKPOINT command
      • /CLSDST command
      • /COMPT command
      • /CQCHKPT command
      • /CQQUERY command
      • /CQSET command
      • CREATE commands
        • CREATE DB command
        • CREATE DBDESC command
        • CREATE IMSCON commands
          • CREATE IMSCON TYPE(DATASTORE) command
          • CREATE IMSCON TYPE(IMSPLEX) command
          • CREATE IMSCON TYPE(PORT) command
        • CREATE LTERM command
        • CREATE MSLINK command
        • CREATE MSNAME command
        • CREATE MSPLINK command
        • CREATE OTMADESC command
        • CREATE PGM command
        • CREATE PGMDESC command
        • CREATE RTC command
        • CREATE RTCDESC command
        • CREATE TRAN command
        • CREATE TRANDESC command
      • /DBDUMP command
      • /DBRECOVERY command
      • /DELETE command
      • DELETE commands
        • DELETE DB command
        • DELETE DBDESC command
        • DELETE DEFN command
        • DELETE IMSCON commands
          • DELETE IMSCON TYPE(DATASTORE) command
          • DELETE IMSCON TYPE(IMSPLEX) command
          • DELETE IMSCON TYPE(PORT) command
        • DELETE LE command
        • DELETE LTERM command
        • DELETE MSLINK command
        • DELETE MSNAME command
        • DELETE MSPLINK command
        • DELETE OTMADESC command
        • DELETE PGM command
        • DELETE PGMDESC command
        • DELETE RTC command
        • DELETE RTCDESC command
        • DELETE TRAN command
        • DELETE TRANDESC command
      • /DEQUEUE command
      • /DFSTCF LOAD command
      • /DIAGNOSE commands
        • /DIAGNOSE SET command
        • /DIAGNOSE SNAP command
      • /DISPLAY commands
        • Status and attributes for the /DISPLAY command
        • /DISPLAY ACT command
        • /DISPLAY AFFIN command
        • /DISPLAY AOITKN command
        • /DISPLAY APPC command
        • /DISPLAY AREA command
        • /DISPLAY ASMT command
        • /DISPLAY CCTL command
        • /DISPLAY CONV command
        • /DISPLAY CPLOG command
        • /DISPLAY CQS command
        • /DISPLAY DB command
        • /DISPLAY DBD command
        • /DISPLAY DESC command
        • /DISPLAY FDR command
        • /DISPLAY FPV command
        • /DISPLAY HSSP command
        • /DISPLAY LINE command
        • /DISPLAY LINK command
        • /DISPLAY LTERM command
        • /DISPLAY LUNAME command
        • /DISPLAY MASTER command
        • /DISPLAY MODIFY command
        • /DISPLAY MSNAME command
        • /DISPLAY NODE command
        • /DISPLAY OASN SUBSYS command
        • /DISPLAY OLDS command
        • /DISPLAY OTMA command
        • /DISPLAY OVERFLOWQ command
        • /DISPLAY PGM command
        • /DISPLAY POOL command
        • /DISPLAY PSB command
        • /DISPLAY PTERM command
        • /DISPLAY Q command
        • /DISPLAY QCNT command
        • /DISPLAY RECOVERY command
        • /DISPLAY RTCODE command
        • /DISPLAY SHUTDOWN STATUS command
        • /DISPLAY STATUS command
        • /DISPLAY STRUCTURE command
        • /DISPLAY SUBSYS command
        • /DISPLAY SYSID TRANSACTION command
        • /DISPLAY TIMEOVER command
        • /DISPLAY TMEMBER command
        • /DISPLAY TRACE command
        • /DISPLAY TRAN command
        • /DISPLAY UOR command
        • /DISPLAY USER command
      • /END command
      • /ERESTART command
      • /EXCLUSIVE command
      • /EXIT command
      • EXPORT command
      • /FORMAT command
      • /HOLD command
      • /IDLE command
      • IMPORT commands
        • IMPORT DEFN SOURCE(CATALOG) command
        • IMPORT DEFN SOURCE(REPO | RDDS) command
      • INITIATE commands
        • INITIATE OLC command
          • INITIATE OLC error handling
        • INITIATE OLREORG command
      • /LOCK command
      • /LOG command
      • /LOOPTEST command
      • /MODIFY command
      • /MONITOR command
      • /MSASSIGN command
      • /MSVERIFY command
      • /NRESTART command
      • /OPNDST command
      • /PSTOP command
      • /PURGE command
      • QUERY commands
        • QUERY AREA command
        • QUERY DB command
        • QUERY DBDESC command
        • QUERY IMS command
        • QUERY IMSCON commands
          • QUERY IMSCON TYPE(ALIAS) command
          • QUERY IMSCON TYPE(CLIENT) command
          • QUERY IMSCON TYPE(CONFIG) command
          • QUERY IMSCON TYPE(CONVERTER) command
          • QUERY IMSCON TYPE(DATASTORE) command
          • QUERY IMSCON TYPE(IMSPLEX) command
          • QUERY IMSCON TYPE(ISC) command
          • QUERY IMSCON TYPE(ISCUSER) command
          • QUERY IMSCON TYPE(LINK) command
          • QUERY IMSCON TYPE(MSC) command
          • QUERY IMSCON TYPE(ODBM) command
          • QUERY IMSCON TYPE(PORT) command
          • QUERY IMSCON TYPE(RMTCICS) command
          • QUERY IMSCON TYPE(RMTIMSCON) command
          • QUERY IMSCON TYPE(SENDCLNT) command
          • QUERY IMSCON TYPE(UOR) command
        • QUERY IMSFUNC command
        • QUERY IMSPLEX command
        • QUERY LE command
        • QUERY LTERM command
        • QUERY MEMBER command
        • QUERY MSLINK command
        • QUERY MSNAME command
        • QUERY MSPLINK command
        • QUERY NODE command
        • QUERY ODBM commands
          • QUERY ODBM TYPE(ALIAS) command
          • QUERY ODBM TYPE(CONFIG) command
          • QUERY ODBM TYPE(DATASTORE) command
          • QUERY ODBM TYPE(SCIMEMBER) command
          • QUERY ODBM TYPE(THREAD) command
          • QUERY ODBM TYPE(TRACE) command
        • QUERY OLC command
        • QUERY OLREORG command
        • QUERY OTMADESC command
        • QUERY OTMATI command
        • QUERY PGM command
        • QUERY PGMDESC command
        • QUERY POOL command
        • QUERY RM command
        • QUERY RTC command
        • QUERY RTCDESC command
        • QUERY STRUCTURE command
        • QUERY TRACE command
        • QUERY TRAN command
        • QUERY TRANDESC command
        • QUERY USER command
        • QUERY USEREXIT command
        • QUERY USERID command
      • QUEUE commands
        • QUEUE LTERM command
        • QUEUE TRAN command
      • /QUIESCE command
      • /RCLSDST command
      • /RCOMPT command
      • /RDISPLAY command
      • /RECOVER commands
        • /RECOVER ADD command
        • /RECOVER REMOVE command
        • /RECOVER START command
        • /RECOVER STOP command
        • /RECOVER TERMINATE command
      • REFRESH USEREXIT command
      • /RELEASE command
      • /RESET command
      • /RMxxxxxx commands
      • /RSTART command
      • /SECURE command
      • /SET command
      • /SIGN command
      • /SMCOPY command
      • /SSR command
      • /START commands
        • /START APPC command
        • /START AREA command
        • /START AUTOARCH command
        • /START CLASS command
        • /START DATAGRP command
        • /START DB command
        • /START DC command
        • /START DESC command
        • /START LINE command
        • /START LTERM command
        • /START LUNAME command
        • /START MADSIOT command
        • /START MSNAME command
        • /START NODE command
        • /START OLDS command
        • /START OTMA command
        • /START PGM command
        • /START REGION command
        • /START RTC command
        • /START SB command
        • /START SLDSREAD command
        • /START SUBSYS command
        • /START THREAD command
        • /START TMEM command
        • /START TRAN command
        • /START USER command
        • /START VGR command
        • /START WADS command
      • /STOP commands
        • /STOP ADS command
        • /STOP APPC command
        • /STOP AREA command
        • /STOP AUTOARCH command
        • /STOP BACKUP command
        • /STOP CLASS command
        • /STOP DATAGRP command
        • /STOP DB command
        • /STOP DC command
        • /STOP DESC command
        • /STOP LINE command
        • /STOP LTERM command
        • /STOP LUNAME command
        • /STOP MADSIOT command
        • /STOP MSNAME command
        • /STOP NODE command
        • /STOP OLDS command
        • /STOP OTMA command
        • /STOP PGM command
        • /STOP REGION command
        • /STOP RTC command
        • /STOP SB command
        • /STOP SLDSREAD command
        • /STOP SUBSYS command
        • /STOP THREAD command
        • /STOP TMEM command
        • /STOP TRAN command
        • /STOP USER command
        • /STOP VGR command
        • /STOP WADS command
      • /SWITCH command
      • TERMINATE commands
        • TERMINATE OLC command
        • TERMINATE OLREORG command
      • /TEST command
      • /TRACE commands
        • /TRACE EXIT command
        • /TRACE LINE command
        • /TRACE LINK command
        • /TRACE LUNAME command
        • /TRACE MONITOR command
        • /TRACE NODE command
        • /TRACE OSAMGTF command
        • /TRACE PI command
        • /TRACE PGM command
        • /TRACE PSB command
        • /TRACE TABLE command
        • /TRACE TCO command
        • /TRACE TIMEOUT command
        • /TRACE TMEMBER command
        • /TRACE TRAN command
        • /TRACE TRAP command
        • /TRACE UNITYPE command
      • /UNLOCK commands
        • /UNLOCK DB command
        • /UNLOCK LTERM command
        • /UNLOCK NODE command
        • /UNLOCK PGM command
        • /UNLOCK PTERM command
        • /UNLOCK SYSTEM command
        • /UNLOCK TRAN command
      • UPDATE commands
        • UPDATE AREA command
        • UPDATE DATAGRP command
        • UPDATE DB command
        • UPDATE DBDESC command
        • UPDATE IMS command
        • UPDATE IMSCON commands
          • UPDATE IMSCON TYPE(ALIAS) command
          • UPDATE IMSCON TYPE(CLIENT) command
          • UPDATE IMSCON TYPE(CONFIG) command
          • UPDATE IMSCON TYPE(CONVERTER) command
          • UPDATE IMSCON TYPE(DATASTORE) command
          • UPDATE IMSCON TYPE(IMSPLEX) command
          • UPDATE IMSCON TYPE(ISC) command
          • UPDATE IMSCON TYPE(ISCUSER) command
          • UPDATE IMSCON TYPE(LINK) command
          • UPDATE IMSCON TYPE(MSC) command
          • UPDATE IMSCON TYPE(ODBM) command
          • UPDATE IMSCON TYPE(PORT) command
          • UPDATE IMSCON TYPE(RACFUID) command
          • UPDATE IMSCON TYPE(RMTCICS) command
          • UPDATE IMSCON TYPE(RMTIMSCON) command
          • UPDATE IMSCON TYPE(SENDCLNT) command
        • UPDATE IMSFUNC command
        • UPDATE LE command
        • UPDATE MSLINK command
        • UPDATE MSNAME command
        • UPDATE MSPLINK command
        • UPDATE ODBM commands
          • UPDATE ODBM START(CONNECTION) command
          • UPDATE ODBM START(TRACE) command
          • UPDATE ODBM STOP(CONNECTION) command
          • UPDATE ODBM STOP(TRACE) command
          • UPDATE ODBM TYPE(CONFIG) command
        • UPDATE OLREORG command
        • UPDATE OTMADESC command
        • UPDATE PGM command
        • UPDATE PGMDESC command
        • UPDATE POOL command
        • UPDATE RM command
        • UPDATE RTC command
        • UPDATE RTCDESC command
        • UPDATE TRACE command
        • UPDATE TRAN command
        • UPDATE TRANDESC command
      • /VUNLOAD command
    • IMS component and z/OS commands
      • Base Primitive Environment commands
        • Introduction to the BPE commands
        • BPE DISPLAY VERSION command
        • BPE TRACETABLE commands
          • BPE DISPLAY TRACETABLE command
          • BPE UPDATE TRACETABLE command
        • BPE USEREXIT commands
          • BPE DISPLAY USEREXIT command
          • BPE REFRESH USEREXIT command
      • Common Service Layer commands
        • CSL SHUTDOWN command
        • STOP csljob commands
      • Common Queue Server command
        • STOP cqsjob command
      • DBRC commands
        • Introduction to the DBRC commands
          • DBRC batch commands
          • DBRC online commands
          • DBRC command syntax
          • DBRC time stamps
        • BACKUP.RECON command
        • CHANGE commands
          • CHANGE.ADS command
          • CHANGE.BKOUT command
          • CHANGE.CA command
          • CHANGE.CAGRP command
          • CHANGE.DB command
          • CHANGE.DBDS command
          • CHANGE.DBDSGRP command
          • CHANGE.IC command
          • CHANGE.PART command
          • CHANGE.PRILOG OLDS command
          • CHANGE.PRILOG RLDS command
          • CHANGE.PRILOG SLDS command
          • CHANGE.RECON command
          • CHANGE.SECLOG OLDS command
          • CHANGE.SECLOG RLDS command
          • CHANGE.SECLOG SLDS command
          • CHANGE.SUBSYS command
          • CHANGE.UIC command
        • CLEANUP.RECON command
        • DELETE commands
          • DELETE.ADS command
          • DELETE.ALLOC command
          • DELETE.BKOUT command
          • DELETE.CA command
          • DELETE.CAGRP command
          • DELETE.DB command
          • DELETE.DBDS command
          • DELETE.DBDSGRP command
          • DELETE.IC command
          • DELETE.LOG command (for OLDS)
          • DELETE.LOG command (for RLDS and SLDS)
          • DELETE.PART command
          • DELETE.RECOV command
          • DELETE.REORG command
          • DELETE.SUBSYS command
          • DELETE.UIC command
        • GENJCL commands
          • GENJCL.ARCHIVE command
          • GENJCL.CA command
          • GENJCL.CLOSE command
          • GENJCL.IC command
          • GENJCL.OIC command
          • GENJCL.RECOV command
          • GENJCL.USER command
          • Skeletal JCL for DBRC
            • Generating JCL and user-defined output
            • Using IBM-supplied skeletal JCL
            • Skeletal JCL data set members
            • Skeletal JCL syntax
            • Symbolic keywords recognized by DBRC
            • IBM-supplied skeletal JCL execution members
        • INIT commands
          • INIT.ADS command
          • INIT.CA command
          • INIT.CAGRP command
          • INIT.DB command
          • INIT.DBDS command
          • INIT.DBDSGRP command
          • INIT.IC command
          • INIT.PART command
          • INIT.RECON command
        • LIST commands
          • LIST.BKOUT command
          • LIST.CAGRP command
          • LIST.DB command
          • LIST.DBDS command
          • LIST.DBDSGRP command
          • LIST.HISTORY command
          • LIST.LOG command (for a PRILOG family)
          • LIST.LOG command (for a category of records)
          • LIST.RECON command
          • LIST.SUBSYS command
        • NOTIFY commands
          • NOTIFY.ALLOC command
          • NOTIFY.BKOUT command
          • NOTIFY.CA command
          • NOTIFY.IC command
          • NOTIFY.PRILOG command (for OLDS)
          • NOTIFY.PRILOG command (for RLDS)
          • NOTIFY.PRILOG command (for SLDS)
          • NOTIFY.RECOV command
          • NOTIFY.REORG command
          • NOTIFY.SECLOG command (for OLDS)
          • NOTIFY.SECLOG command (for RLDS)
          • NOTIFY.SECLOG command (for SLDS)
          • NOTIFY.SUBSYS command
          • NOTIFY.UIC command
        • Sample listings from the RECON data set
          • Sample listing of LIST.DB command output
          • Sample listing of LIST.HISTORY command output
          • Sample listing of a RECON data set
          • Fields in a RECON listing, by record type
            • RECON record fields
            • Log record fields
            • LOGALL record fields
            • Online log record fields
            • SSYS record fields
            • BACKOUT record fields
            • CAGRP record fields
            • CA record fields
            • Data group record fields
            • DB (IMS) record fields
            • DB (HALDB) record fields
            • DB (PART) record fields
            • DB (Fast Path) record fields
            • DBDS (non-Fast Path) record fields
            • DBDS (Fast Path) record fields
            • ALLOC record fields
            • IMAGE record fields
            • REORG record fields
            • RECOV record fields
      • Fast Database Recovery commands
        • MODIFY fdbrproc commands
          • F fdbrproc,DUMP
          • F fdbrproc,RECOVER
          • F fdbrproc,STATUS
          • F fdbrproc,STOP
          • F fdbrproc,TERM
        • START fdbrproc command
      • IMS Connect commands
        • Equivalent IMS Connect WTOR, z/OS, and type-2 commands
        • IMS Connect type-2 commands
        • IMS Connect WTOR commands
          • CLOSEHWS command
          • OPENDS command
          • OPENIP command
          • OPENPORT command
          • RECORDER command
          • REFRESH CONVERTER command
          • REFRESH RACFUID command
          • SETOAUTO command
          • SETPWMC command
          • SETRACF command
          • SETRRS command
          • SETUIDC command
          • STARTDS command
          • STARTIA command
          • STARTIP command
          • STARTMSC command
          • STARTOD command
          • STARTPT command
          • STARTRMT command
          • STOPCLNT command
          • STOPDS command
          • STOPIA command
          • STOPIP command
          • STOPLINK command
          • STOPMSC command
          • STOPOD command
          • STOPPORT command
          • STOPRMT command
          • STOPSCLN command
          • VIEWDS command
          • VIEWHWS command
          • VIEWIA command
          • VIEWIP command
          • VIEWMSC command
          • VIEWPORT command
          • VIEWRMT command
          • VIEWUOR command
        • IMS Connect z/OS commands
          • IMS Connect z/OS command syntax
          • IMS Connect DELETE CLIENT command
          • IMS Connect DELETE LINK command
          • IMS Connect DELETE SENDCLNT command
          • IMS Connect QUERY ALIAS command
          • IMS Connect QUERY DATASTORE command
          • IMS Connect QUERY IMSPLEX command
          • IMS Connect QUERY MEMBER command
          • IMS Connect QUERY MSC command
          • IMS Connect QUERY PORT command
          • IMS Connect QUERY RMTIMSCON command
          • IMS Connect QUERY UOR command
          • IMS Connect SHUTDOWN MEMBER command
          • IMS Connect UPDATE ALIAS command
          • IMS Connect UPDATE CONVERTER command
          • IMS Connect UPDATE DATASTORE command
          • IMS Connect UPDATE IMSPLEX command
          • IMS Connect UPDATE MEMBER command
          • IMS Connect UPDATE MSC command
          • IMS Connect UPDATE ODBM command
          • IMS Connect UPDATE PORT command
          • IMS Connect UPDATE RACFUID command
          • IMS Connect UPDATE RMTIMSCON command
      • IMS control region commands
        • MODIFY imsproc commands
          • F jobname,DUMP
          • F jobname,DUMPxxxx
          • F jobname,FORCExxxx
          • F jobname,RECONNECT
          • F jobname,RECONNSTR
          • F jobname,STOP
          • F jobname,STOPxxxx
      • IRLM commands
        • MODIFY irlmproc commands
          • F irlmproc,ABEND
          • F irlmproc,DIAG,HANG
          • F irlmproc,PURGE,imsname
          • F irlmproc,SET
          • F irlmproc,STATUS
        • START irlmproc command
        • STOP irlmproc command
        • TRACE CT command
      • Open Database Access commands
        • CANCEL ODBA command
        • FORCE ODBA command
      • Repository Server commands
        • MODIFY reposervername commands
          • F reposervername,ADMIN
          • F reposervername,AUDIT
          • F reposervername,SECURITY
          • F reposervername,SHUTDOWN
        • P reposervername command
  • Exit routines
    • IMS control region exit routines
      • Guidelines for writing IMS exit routines
        • Introduction to IMS exit routines
          • Exit routine naming conventions
          • Changeable interfaces and control blocks
          • Refreshable exit routine types
          • IMS standard user exit parameter list
          • Using the ISWITCH macro
          • Routine binding restrictions
          • Writing IMS routines that access control blocks
          • Extended Terminal Option (ETO) exit routines
          • APPC/IMS exit routines
          • Registers and save areas
          • Cross-memory considerations
          • Exit routine performance recommendations
        • IMS callable services
          • Types of callable services
          • Exit routines eligible for callable services
          • Using callable services
          • Callable services
            • Exit routine assembler macros
            • Links with your exit routine and DFSCSI00
            • Initialization of IMS callable services (DFSCSII0)
            • Callable services parameter list
            • Function-specific parameter list initialization
            • IMS callable service (DFSCSIF0) activation
          • IMS Callable Storage Services
            • GET storage function
            • FREE storage function
            • LOAD module function
            • DELETE module function
          • IMS Callable Control Block Services requests
            • FIND control block function
            • SCAN control block function
          • IMS Callable AOI Services
            • INSERT function
            • ENQUEUE function
            • CANCEL function
        • Callable services return and reason codes
          • Return codes (CSPLRTRN)
          • Callable service interface reason codes (CSPLRESN)
          • Function-specific parameter list reason codes (CSPLRESN)
            • GET storage service reason codes
            • FREE storage service reason codes
            • LOAD storage service reason codes
            • DELETE storage service reason codes
            • FIND control block service reason codes
            • SCAN control block service reason codes
            • INSERT AOI service reason codes
            • ENQUEUE AOI service reason codes
            • CANCEL AOI Service reason codes
        • Callable services request example
        • Control block usage
        • Customization exit routines
        • IMS.SDFSSMPL data set
      • Database Manager exit routines
        • Batch application exit routine (DFSISVI0)
        • IMS Catalog Definition exit routine (DFS3CDX0)
        • IMS DDL user exit routine
        • CCTL exit routines
          • Coordinator controller routine attributes
          • Suspend exit routine
          • Resume exit routine
          • Control exit routine
          • Status exit routine
        • Data Capture exit routine
          • Sample Data Capture exit routine
          • Sample Extended Program Communication Block (XPCB)
          • Sample Extended Segment Data Block (XSDB)
        • Data conversion user exit routine (DFSDBUX1)
        • Data Entry Database Partition Selection exit routine (DBFPSE00)
        • Sample data entry database randomizing routines (DBFHDC40 / DBFHDC20 DBFHDC44 / DBFHDC24 DBFHDC2S)
          • Sample DEDB randomizing routines (DBFHDC40)
          • Extended call interface (XCI) option
        • Data Entry Database Resource Name hash routine (DBFLHSH0)
          • Sample hashing routine result format
        • Data Entry Database Sequential Dependent Scan utility exit routine (DBFUMSE1)
          • Sample DEDB Sequential Dependent Scan utility exit routine (DBFUMSE1)
        • HALDB Partition Selection exit routine (DFSPSE00)
          • Sample partition selection exit routine (DFSPSE00)
          • Partition exit communication area mapping (DFSPECA)
          • Partition definition area mapping (DFSPDA)
        • HDAM and PHDAM randomizing routines (DFSHDC40)
          • Sample HDAM and PHDAM generalized randomizing routine (DFSHDC40)
        • Secondary Index Database Maintenance exit routine
          • Sample Secondary Index Database Maintenance exit routine
        • Segment edit/compression exit routines
          • Description of sample segment compression/expansion modules
          • Hardware data compression support
            • Implementing HDC support
            • Sample JCL procedure
            • Tips for hardware data compression
            • Return codes from the HDCD utility
        • Sequential Buffering Initialization exit routine (DFSSBUX0)
          • Sample SB initialization routines
      • Transaction Manager exit routines
        • 2972/2980 Input edit routine (DFS29800)
        • 4701 Transaction Input Edit routine (DFS36010)
        • BSEX: Build Security Environment user exit (DFSBSEX0 and other BSEX exits)
        • CMTEXIT: Commit user exit routine
        • Conversational Abnormal Termination exit routine (DFSCONE0)
        • Destination Creation exit routine (DFSINSX0)
          • DFSINSX0 when extended terminal option is active
          • DFSINSX0 when shared queues are active
          • DFSINSX0 when dynamic resource definition is enabled
        • Fast Path Input Edit/Routing exit routine (DBFHAGU0)
        • Front-End Switch exit routine (DFSFEBJ0)
          • Terminal input processing
          • IBE input processing
          • Front-end interface block
            • Description of the FEIB fields
          • Input and output fields
          • Routing information
          • Message expansion
          • Timer facility
          • FEIBRPQ1 indicator
          • Example of the front-end switch exit routine (DFSFEBJ0)
        • Global Physical Terminal (Input) edit routine (DFSGPIX0)
        • Greeting Messages exit routine (DFSGMSG0)
        • IMS Adapter for REXX exit routine (DFSREXXU)
        • Initialization exit routine (DFSINTX0)
        • Input Message Field edit routine (DFSME000)
          • Calling the Input Message Field edit routine
          • Defining edit routines
          • Performance considerations
        • Input Message Segment edit routine (DFSME127)
          • Calling the Input Message Segment edit routine
          • Defining edit routines
          • Performance considerations
        • Logoff exit routine (DFSLGFX0)
        • Logon exit routine (DFSLGNX0)
          • Selecting a logon descriptor
        • LU 6.2 Edit exit routine (DFSLUEE0)
        • Message Control/Error exit routine (DFSCMUX0)
          • Rerouting messages
          • Message Control/Error Exit Interface Block (MSNB)
          • Valid flags and default actions
        • Message Switching (Input) edit routine (DFSCNTE0)
          • Using the sample message switching edit routine (DFSCNTE0)
        • NDMX: Non-Discardable Messages user exit (DFSNDMX0 and other NDMX exits)
        • OTMA Destination Resolution user exit (DFSYPRX0 and other OTMAYPRX type exits)
        • OTMA Input/Output Edit user exit (DFSYIOE0 and other OTMAIOED type exits)
        • OTMA User Data Formatting exit routine (DFSYDRU0)
        • OTMARTUX: OTMA Resume TPIPE Security user exit (DFSYRTUX and other OTMARTUX type exits)
        • PGMCREAT user exit routine type
        • Physical Terminal (Input) edit routine (DFSPIXT0)
          • Sample Physical Terminal (Input) edit routine (DFSPIXT0)
        • Physical Terminal (Output) edit routine (DFSCTTO0)
          • Sample Physical Terminal (Output) edit routine (DFSCTTO0)
        • Queue Space Notification exit routine (DFSQSPC0/DFSQSSP0)
        • Security Reverification exit routine (DFSCTSE0)
        • Shared Printer exit routine (DFSSIML0)
        • Signoff exit routine (DFSSGFX0)
        • Signon exit routine (DFSSGNX0)
          • User descriptor selection
          • Providing queue (LTERM) data
            • Cases
        • Signon/off Security exit routine (DFSCSGN0)
        • Time-Controlled Operations (TCO) Communication Name Table (CNT) exit routine (DFSTCNT0)
        • Time-Controlled Operations (TCO) exit routine (DFSTXIT0)
        • TM and MSC Message Routing and Control User exit routine (DFSMSCE0)
        • Transaction Authorization exit routine (DFSCTRN0)
        • Transaction Code (Input) edit routine (DFSCSMB0)
          • Sample transaction code (input) edit routine (DFSCSMB0)
      • IMS system exit routines
        • Buffer Size Specification facility (DSPBUFFS)
          • Example of specifying buffers
        • Command Authorization exit routine (DFSCCMD0)
        • DBRC Command Authorization exit routine (DSPDCAX0)
        • DBRC SCI registration exit routine (DSPSCIX0)
          • Sample DBRC SCI registration exit routine
        • Dependent Region Preinitialization routines
        • Dump Override Table (DFSFDOT0)
          • Sample Dump Override Table (DFSFDOT0)
        • ESAF In-Doubt Notification exit routine (DFSFIDN0)
        • ESAF subsystem exit routines
          • Exit routine interface control blocks
          • Control block mapping
          • Abort Continue exit routine
          • Associate Thread exit routine
          • Command exit routine
          • Commit Continue exit routine
          • Commit Prepare exit routine
          • Commit Verify exit routine
          • Create Thread exit routine
          • Echo exit routine
          • Identify exit routine
          • Initialization exit routine
          • BPEUXCSV free storage service
          • Normal Call exit routine
          • Resolve Indoubt exit routine
          • Signoff exit routine
          • Signon exit routine
          • Subsystem Not Operational exit routine
          • Subsystem Termination exit routine
          • Terminate Identify exit routine
          • Terminate Thread exit routine
        • ESAF synchronous exit routines
          • Log Service exit routine
          • Message Service exit routine
          • Subsystem Startup Service exit routine
          • Subsystem Termination Service exit routine
        • IMS Command Language Modification facility (DFSCKWD0)
          • Sample IMS Command Language Modification facility
        • IMS Initialization and Termination user exit
        • IMS Monitor user exit (IMSMON)
        • IMS Fast Monitor User Exit (FASTMON)
        • Language Environment User exit routine (DFSBXITA)
        • Log Archive exit routine
          • Sample Log Archive exit routine
        • LOGEDIT: Log edit user exit (DFSFLGE0 and other LOGEDIT exits)
        • LOGWRT: Logger user exit (DFSFLGX0 and other LOGWRT exits)
        • PPUE: Partner Product exit routine (DFSPPUE0 and other PPUE exits)
        • Restart exit routine
        • RECON I/O exit routine (DSPCEXT0)
          • Minimizing impact to system performance
        • RASE: Resource Access Security user exit (DFSRAS00 and other RASE exits)
        • System Definition Preprocessor exit routine (input phase) (DFSPRE60)
          • Sample system definition preprocessor exit routine
        • System Definition Preprocessor exit routine (name check complete) (DFSPRE70)
        • Type-1 Automated Operator exit routine (DFSAOUE0)
          • AO functions and how to implement them
            • Ignore selected segments or an entire message
            • Send copy of message to alternate destination
            • Send new message to alternate destination
            • Change system message text
            • Change message text and send to alternate destination
            • Delete system message to MTO
            • Delete system message to MTO and send copy to alternate destination
            • Request the edited command buffer
          • Setting up the exit registers
          • User Exit Header Block (UEHB)
        • Type-2 Automated Operator user exits (DFSAOE00 and other AOIE type exit routines)
          • Types of messages passed to this routine
        • User Message table (DFSCMTU0)
          • Sample user message table and routine
        • XRF Hardware Reserve Notification exit routine
    • Base Primitive Environment-based exit routines
      • BPE user-supplied exit routine interfaces and services
        • Calling subsequent exit routines in BPE
        • BPE user-supplied exit routine environment
        • BPE user exit routine performance considerations
        • Abends in BPE user-supplied exit routines
        • BPE user-supplied exit routine callable services
          • BPEUXCSV get storage service
          • BPEUXCSV free storage service
          • BPEUXCSV load module service
          • BPEUXCSV delete module service
          • BPEUXCSV create named storage service
          • BPEUXCSV retrieve named storage service
          • BPEUXCSV destroy named storage service
        • BPE callable service example: Sharing data among exit routines
      • Base Primitive Environment customization exit routines
        • BPE Initialization-Termination user-supplied exit routine
        • BPE Statistics user-supplied exit routine
          • BPE system statistics area
      • BPE-based DBRC user exit routines
        • DBRC Request exit routine
        • DBRC Security exit routine
          • Sample DBRC Security Exit Routine
        • RECON I/O exit routine
          • Sample RECON I/O exit routine
        • DBRC statistics
      • BPE-based CQS user-supplied exit routines
        • CQS initialization-termination user-supplied exit routine
        • CQS client connection user-supplied exit routine
        • CQS Queue overflow user-supplied exit routine
        • CQS structure statistics user-supplied exit routine
        • CQS structure event user-supplied exit routine
        • CQS statistics available through the BPE statistics user-supplied exit
      • Common Service Layer exit routines
        • CSL ODBM user exit routines
          • CSL ODBM Initialization and Termination user exit
          • CSL ODBM Input user exit routine
          • CSL ODBM Output user exit routine
          • CSL ODBM Client Connect and Disconnect user exit routine
          • CSL ODBM statistics available through BPE statistics user exit
        • CSL OM user exit routines
          • CSL OM client connection user exit
          • CSL OM Initialization/termination user exit
          • CSL OM input user exit
          • CSL OM output user exit
          • CSL OM Security user exit
          • CSL OM statistics available through BPE statistics user exit
        • CSL RM user exit routines
          • CSL RM client connection user exit
          • CSL RM initialization/termination user exit
          • CSL RM statistics available through BPE statistics user exit
        • BPE-based CSL SCI user exit routines
          • CSL SCI Client Connection user exit
          • CSL SCI Initialization/termination user exit
          • CSL SCI statistics available through BPE statistics user exit
    • CQS client exit routines
      • Client CQS Event exit routine
      • CQS Client Structure Event exit routine
      • CQS Client Structure Inform exit routine
    • CSL SCI IMSplex member exit routines
      • CSL SCI Input exit routine
      • CSL SCI Notify Client exit routine
    • IMS Connect exit routines
      • IMS Connect user message exit routines
        • User message exit routines HWSSMPL0 and HWSSMPL1
          • HWSSMPL0 sample JCL
          • HWSSMPL1 sample JCL
        • IMS TM Resource Adapter user message exit routine (HWSJAVA0)
          • HWSJAVA0 sample JCL
        • SOAP Gateway exit routine (HWSSOAP1)
        • WSDL-to-PL/I segmentation APIs exit routine (DFSPWSHK)
        • IBM WebSphere DataPower message exit routine (HWSDPWR1)
        • IMS Connect OM Command exit routines (HWSCSLO0 and HWSCSLO1)
        • IMS Connect Port Message Edit exit routine
        • IMS Connect communications with user message exits
          • INIT subroutine
          • READ subroutine
          • XMIT subroutine
          • TERM subroutine
          • EXER subroutine
        • Macros that support IMS Connect user message exits
      • IMS Connect function-specific exit routines
        • IMS Connect User Initialization exit routine (HWSUINIT)
          • HWSUINIT sample JCL
        • IMS Connect DB Routing user exit routine (HWSROUT0)
        • IMS Connect DB security user exit routine (HWSAUTH0)
          • Using the IMS Connect DB security user exit routine
        • IMS Connect sample OTMA User Data Formatting exit routine (HWSYDRU0)
          • HWSYDRU0 sample JCL
        • z/OS TCP/IP IMS Listener security exit (IMSLSECX)
        • IMS Connect Event Recorder exit routine (HWSTECL0)
          • Modifying the HWSTECL0 user exit
          • Event types
            • Event keys
            • Single process event types
            • Multiple process event types
          • Event record formats
          • Control blocks and DSECTS for event recording
            • Event recording parameter list (ERPL)
            • Event Interface Control Block (EICB)
            • TCP/IP information block (TCPIB)
            • Data store information block (DSIB)
            • Resource information block (RSIB)
            • Security Information Block (SAFIB)
            • Variable Data Block (VDB)
            • DSECTs for event recording
          • Terminating HWSTECL0
        • IMS Connect Password Change exit routine (HWSPWCH0)
    • REXX SPOC exit routine
      • CSLULXD0 user exit
    • TSO SPOC user exit routines
      • EXITPGM user exit
      • EXITCMD user exit
      • Variables in the ISPF shared pool
      • REXX program example using the EXITCMD exit routine
  • Database utilities
    • Definition and initialization utilities
      • Data Definition utility
      • DDL Generation Batch utility
        • Input control statements for the DDL Generation Batch utility
        • Examples of the DDL Generation Batch utility
      • Database Prefix Resolution utility (DFSURG10)
        • Examples for the DFSURG10 utility
      • Database Prefix Update utility (DFSURGP0)
        • Control statements for the DFSURGP0 utility
        • Examples for the DFSURGP0 utility
        • Restarting after an abnormal termination of the DFSURGP0 utility
      • Database Scan utility (DFSURGS0)
        • Control statements for the DFSURGS0 utility
        • Examples for the DFSURGS0 utility
        • Restarting after an abnormal termination of the DFSURGS0 utility
      • Database Surveyor utility (DFSPRSUR)
        • Control statement for the DFSPRSUR utility
        • Examples for the DFSPRSUR utility
      • DEDB Alter utility (DBFUDA00)
        • Control statements for the DEDB Alter utility (DBFUDA00)
        • Examples for the DBFUDA00 utility
      • DEDB Initialization utility (DBFUMIN0)
        • Control statements for the DBFUMIN0 utility
        • Examples of the DBFUMIN0 utility
      • DEDB Sequential Dependent Delete utility (DBFUMDL0)
        • Control statements for the DBFUMDL0 utility
        • Examples for the DBFUMDL0 utility
        • Range of processing for the DBFUMDL0 utility
      • DEDB Sequential Dependent Scan utility (DBFUMSC0)
        • Control statements for the DBFUMSC0 utility
        • Examples for the DBFUMSC0 utility
        • Range of scans for the DBFUMSC0 utility
      • HALDB Partition Data Set Initialization utility (DFSUPNT0)
        • Control statement for the DFSUPNT0 utility
        • Examples for the DFSUPNT0 utility
      • HALDB Partition Definition utility (%DFSHALDB)
        • Control statements for the %DFSHALDB utility
        • Examples for the %DFSHALDB utility
        • Running the %DFSHALDB utility
        • HALDB Partition Definition utility ISPF panels
      • MSDB Maintenance utility (DBFDBMA0)
        • Control statements for the DBFDBMA0 utility
        • Examples for the DBFDBMA0 utility
        • Functions of the MSDB Maintenance utility
      • SQL Batch utility
        • Input statements for the SQL Batch utility
        • Examples for the SQL Batch utility
    • Backup utilities
      • Database Image Copy utility (DFSUDMP0)
        • Control statement for the DFSUDMP0 utility
        • Examples for the DFSUDMP0 utility
      • Database Image Copy 2 utility (DFSUDMT0)
        • Control statements for the DFSUDMT0 utility
        • Running the DFSUDMT0 utility
      • Online Database Image Copy utility (DFSUICP0)
        • Control statement for the DFSUICP0 utility
        • Examples for the DFSUICP0 utility
        • Restarting an image copy job after a DFSUICP0 failure
    • Recovery utilities
      • Batch Backout utility (DFSBBO00)
        • Utility control statements for the DFSBBO00 utility
        • Example for the DFSBBO00 utility
      • Database Change Accumulation utility (DFSUCUM0)
        • Control statements for the DFSUCUM0 utility
        • Examples for the DFSUCUM0 utility
      • Database Recovery utility (DFSURDB0)
        • Control statements for the DFSURDB0 utility
        • Examples for the DFSURDB0 utility
      • DEDB Area Data Set Compare utility (DBFUMMH0)
        • Control statements for the DBFUMMH0 utility
        • Examples for the DBFUMMH0 utility
      • DEDB Area Data Set Create utility (DBFUMRI0)
        • Control statements for the DBFUMRI0 utility
        • Examples for the DBFUMRI0 utility
      • HALDB Index/ILDS Rebuild utility (DFSPREC0)
        • Control statement for the DFSPREC0 utility
        • Examples for the DFSPREC0 utility
        • Running the DFSPREC0 utility
      • MSDB Dump Recovery utility (DBFDBDR0)
        • Control statements for the DBFDBDR0 utility
        • Examples for the DBFDBDR0 utility
    • Reorganization and conversion utilities
      • Database Prereorganization utility (DFSURPR0)
        • Control statements for the DFSURPR0 utility
        • Examples for the DFSURPR0 utility
      • HALDB Migration Aid utility (DFSMAID0)
        • Control statement for the DFSMAID0 utility
        • Examples for the DFSMAID0 utility
        • Data spaces and sampling for the DFSMAID0 utility
      • HD Reorganization Reload utility (DFSURGL0)
        • Utility control statements for the DFSURGL0 utility
        • Output Messages and Statistics for DFSURGL0
        • Examples for DFSURGL0
      • HD Reorganization Unload utility (DFSURGU0)
        • Control statements for the DFSURGU0 utility
        • Examples for the DFSURGU0 utility
      • High-Speed DEDB Direct Reorganization utility (DBFUHDR0)
        • Control statements for the DBFUHDR0 utility
        • Running the DBFUHDR0 utility
      • HISAM Reorganization Reload utility (DFSURRL0)
        • Control statements for the DFSURRL0 utility
        • Examples for the DFSURRL0 utility
      • HISAM Reorganization Unload utility (DFSURUL0)
        • Control statements for the DFSURUL0 utility
        • Examples for the DFSURUL0 utility
      • MSDB-to-DEDB Conversion utility (DBFUCDB0)
        • Control statements for the DBFUCDB0 utility
        • Examples for the DBFUCDB0 utility
        • Converting an MSDB to a DEDB
        • Performing fallback from a DEDB to an MSDB
        • Exit routines for conversion and fallback for the DBFUCDB0 utility
      • Partial Database Reorganization utility (DFSPRCT1 and DFSPRCT2)
        • Control statements for the Partial Database Reorganization utility
        • Examples for the Partial Database Reorganization utility
      • Utility Control Facility (DFSUCF00)
        • Control statements for the DFSUCF00 utility
        • Examples for the DFSUCF00 utility
        • Running the DFSUCF00 utility
    • Report and test utilities
      • Database-Monitor Report Print utility (DFSUTR30)
        • Examples for the DFSUTR30 utility
      • Program-Isolation-Trace Report utility (DFSPIRP0)
        • Control statement for the DFSPIRP0 utility
        • Examples for the DFSPIRP0 utility
      • SB Test utility (DFSSBHD0)
        • Control statements for the DFSSBHD0 utility
        • Examples for the DFSSBHD0 utility
  • System utilities
    • Generation utilities
      • Application Control Blocks Maintenance utility (DFSUACB0)
        • Examples of the ACB Maintenance utility
        • Managing DOPT PSBs
          • Managing DOPT PSBs in IMS systems that use ACB libraries
          • Managing DOPT PSBs in IMS-managed ACB environments
      • Database Description (DBD) Generation utility
        • DBD generation for database types
          • DBD generation input record structure (except for DEDB DBDs)
          • DEDB DBD generation input record structure
          • DBD generation coding conventions
        • DBDGEN statements
          • DBD statements
          • DATASET statements
          • AREA statement
          • SEGM statements
          • LCHILD statements
          • FIELD statements
          • XDFLD statements
          • DFSMARSH statements
          • DFSMAP statements
          • DFSCASE statements
          • DBDGEN, FINISH, and END statements
        • Examples of the DBDGEN utility
          • Examples without secondary indexes or logical relationships
          • Examples with logical relationships
          • Examples with secondary indexes
        • Running the DBDGEN procedure
      • MFS Device Characteristics Table utility (DFSUTB00)
        • Running the DFSUTB00 utility
      • MFS Language utility (DFSUPAA0)
        • Utility control statements and syntax rules
          • Summary of control statements
          • Message definition statements
            • MSG statement
            • LPAGE statement
            • PASSWORD statement
            • SEG statement
            • DO statement
            • MFLD statement
              • Printing generated MFLD statements
            • ENDDO statement
            • MSGEND statement
          • Format definition statements
            • FMT statement
            • DEV statement
            • DIV statement
            • DPAGE statement
            • PPAGE statement
            • DO statement
            • RCD statement
            • DFLD statement
            • ENDDO statement
            • FMTEND statement
          • Partition set definition statements
            • PDB statement
            • PD statement
            • PDBEND statement
          • Table definition statements
            • TABLE statement
            • IF statement
            • TABLEEND statement
          • Compilation statements
            • ALPHA statement
            • COPY statement
            • EQU statement
              • Concatenated EQU statements
            • RESCAN statement
            • STACK statement
            • UNSTACK statement
            • TITLE statement
            • PRINT statement
            • SPACE statement
            • EJECT statement
            • END statement
        • Running the utility in standard mode
        • Running the utility in batch mode
        • Running the utility in test mode
        • MFS library backup procedure
        • MFS restore procedure
      • Program Specification Block (PSB) Generation utility
        • Utility control statements
          • Alternate PCB statement
          • Full-function or Fast Path database PCB statement
            • Processing options for Fast Path databases
          • GSAM PCB statement
          • SENSEG statement
          • SENFLD statement
          • PSBGEN statement
          • END statement
        • Examples of the PSBGEN utility
        • Running the PSBGEN procedure
    • IMS catalog utilities
      • ACB Generation and Catalog Populate utility (DFS3UACB)
      • IMS Catalog Alias Names utility (DFS3ALI0)
      • IMS Catalog Copy utilities (DFS3CCE0, DFS3CCI0)
        • IMS Catalog Export utility (DFS3CCE0)
        • IMS Catalog Import utility (DFS3CCI0)
      • IMS Catalog Directory Recovery utility (DFS3RU00)
      • IMS Catalog Library Builder utility (DFS3LU00)
      • IMS Catalog Maintenance utility (DFS3CM00)
      • IMS Catalog Partition Definition Data Set utility (DFS3UCD0)
      • IMS Catalog Populate utility (DFS3PU00)
      • IMS Catalog Record Purge utility (DFS3PU10)
    • Analysis utilities and reports
      • Fast Path Log Analysis utility (DBFULTA0)
        • Fast Path report types
      • File Select and Formatting Print utility (DFSERA10)
        • Examples of the DFSERA10 utility
        • DFSERA10 utility modules
          • Record Format and Print module (DFSERA30)
            • Deadlock report
          • Program Isolation Trace Record Format and Print module (DFSERA40)
          • DL/I Call Image Capture module (DFSERA50)
          • IMS Trace Table Record Format and Print module (DFSERA60)
          • Enhanced Select module (DFSERA70)
          • OM Audit Trail Format and Print module (CSLULALE)
      • IMS Monitor Report Print utility (DFSUTR20)
        • Examples of the DFSUTR20 utility
      • Log Transaction Analysis utility (DFSILTA0)
      • Offline Dump Formatter utility (DFSOFMD0)
        • Running the DFSOFMD0 utility
      • Statistical Analysis utility (DFSISTS0)
        • Examples of the DFSISTS0 utility
    • Log utilities
      • Log Archive utility (DFSUARC0)
        • Examples of the DFSUARC0 utility
      • Log Merge utility (DFSLTMG0)
      • Log Recovery utility (DFSULTR0)
        • Examples of the DFSULTR0 utility
    • Service utilities
      • Batch SPOC utility (CSLUSPOC)
        • Examples of the Batch SPOC utility
      • Database Recovery Control utility (DSPURX00)
        • Examples of the DSPURX00 utility
        • Invoking the utility using entry point DSPURXRT
      • Dynamic SVC utility (DFSUSVC0)
        • Examples of the DFSUSVC0 utility
      • Global Online Change utility (DFSUOLC0)
        • Examples of the DFSUOLC0 utility
      • MFS Service utility (DFSUTSA0)
      • Multiple Systems Verification utility (DFSUMSV0)
      • Online Change Copy utility (DFSUOCU0)
        • OLCUTL procedure
        • Initializing the IMS.MODSTAT data set
      • Spool SYSOUT Print utility (DFSUPRT0)
        • Examples of the DFSUPRT0 utility
      • Time-Controlled Operations Verification utility (DFSTVER0)
        • Examples of the DFSTVER0 utility
    • Dynamic resource definition utilities
      • Repository to RDDS utility (CSLURP20)
        • Examples of the CSLURP20 utility
      • RDDS to Repository utility (CSLURP10)
        • Examples of the CSLURP10 utility
      • Copy RDDS utility (DFSURCP0)
        • Examples of the DFSURCP0 utility
      • Create RDDS from Log Records utility (DFSURCL0)
        • Examples of the DFSURCL0 utility
      • Create RDDS from MODBLKS utility (DFSURCM0)
        • Examples of the DFSURCM0 utility
      • DRD IMS SYSGEN stage 1 pre-parser utility (DFSURST0)
        • Examples of the DFSURST0 utility
      • RDDS Extraction utility (DFSURDD0)
        • Examples for the DFSURDD0 utility
  • Accessibility features for IMS 15.6
  • How to read syntax diagrams
• IMS glossary
  • Glossary
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