Preface
Introduction to PowerExchange Utilities
- PowerExchange Utilities Overview
- PowerExchange Utilities by Operating System
- PowerExchange Utilities Syntax Conventions
- Environment Variable Incompatibilities Between PowerExchange and PowerCenter
  - Setting the PowerExchange Environment and Starting a Utility
- PowerExchange Sample JCL
createdatamaps - Data Map Creation Utility
- createdatamaps Utility Overview
- Requirements and Considerations for COBOL Copybooks and DBDs
- createdatamaps Command Syntax
- Creating, Editing, and Testing a Data Map
- Control Files for Data Map Generation
  - Rules for Control Files
  - Control File Structure
- Schema File for Describing Control Files
- Schema File Reference
- Log File for Data Maps Creation Utility
  - JAXB Error Messages
- Redefinitions and Record IDs in COBOL Copybooks
- Copybook and DBD Metadata for IMS Data Maps
- Column Name Filters
- Unavailable Data Map Properties
- Examples
DTLCCADW - Adabas PCAT Utility
- DTLCCADW Utility Overview
- DTLCCADW Utility Functions
DTLCUIML - IMS Log Marker Utility
- DTLCUIML Utility Overview
- DTLCUIML Utility Parameters
- DTLCUIML Utility Reports
DTLINFO - Release Information Utility
- DTLINFO Utility Overview
- Supported Operating Systems for the DTLINFO Utility
- Control Statement Syntax for the DTLINFO Utility
- Control Statement Parameters for the DTLINFO Utility
- Running the DTLINFO Utility on i5/OS
- Running the DTLINFO Utility on Linux, UNIX, and Windows
- Running the DTLINFO Utility on z/OS
- DTLINFO Utility on i5/OS Examples
  - DTLINFO Utility on i5/OS - Example 1
  - DTLINFO Utility on i5/OS - Example 2
- DTLINFO Utility on Linux, UNIX, and Windows Examples
  - DTLINFO Utility on Linux, UNIX, and Windows - Example 1
  - DTLINFO Utility on Linux, UNIX, and Windows - Example 2
- DTLINFO Utility on z/OS Examples
  - DTLINFO Utility on z/OS - Example 1
  - DTLINFO Utility on z/OS - Example 2
DTLREXE - Remote Execution Utility
- DTLREXE Utility Overview
- Supported Operating Systems for the DTLREXE Utility
- Control Statement Syntax for the DTLREXE Utility
- Control Statement Parameters for the DTLREXE Utility
- Running the DTLREXE Utility on i5/OS
- Running the DTLREXE Utility on Linux and UNIX
- Running the DTLREXE Utility on Windows
- Running the DTLREXE Utility on z/OS
- DTLREXE Utility Usage Notes
- DTLREXE Utility on z/OS Example
  - DTLREXE Utility on z/OS Example JCL
  - DTLREXE Utility on z/OS Output Data Set
DTLUAPPL - Restart Token Utility
- DTLUAPPL Utility Overview
- Supported Operating Systems for the DTLUAPPL Utility
- DTLUAPPL Control Statement Syntax
- Connection Statement
- ADD and MOD Statements
- END APPL Statement
- PRINT APPL Statement
- Running the DTLUAPPL Utility on i5/OS
- Running the DTLUAPPL Utility on Linux, UNIX, and Windows
- Running the DTLUAPPL Utility on z/OS
- DTLUAPPL Utility Examples
DTLUCBRG - Batch Registration Utility
- DTLUCBRG Utility Overview
- Supported Operating Systems for the DTLUCBRG Utility
- DTLUCBRG Utility Parameters
- DTLUCBRG Code Page Processing
  - Code Page Processing for DB2 Registrations in Local Mode on z/OS
- Running the DTLUCBRG Utility
- DTLUCBRG Utility Example Reports
  - DTLUCBRG Utility with RPTCOLS=N Report Description
  - DTLUCBRG Utility with RPTCOLS=Y Report Description
- DTLUCBRG Utility Usage Notes
DTLUCDEP - CDEP Maintenance Utility
- DTLUCDEP Utility Overview
- Supported Operating Systems for the DTLUCDEP Utility
- Control Statement Syntax for the DTLUCDEP Utility
- Control Statement Parameters for the DTLUCDEP Utility
  - CDEP Definition Examples
- Running the DTLUCDEP Utility on i5/OS
- Running the DTLUCDEP Utility on Linux, UNIX, and Windows
- Running the DTLUCDEP Utility on z/OS
- DTLUCDEP Utility on i5/OS Example
- DTLUCDEP Utility on Linux, UNIX, and Windows Example
- DTLUCDEP Utility on z/OS Example
DTLUCSR2 - IDMS SR2 and SR3 Records Utility
- DTLUCSR2 Utility Overview
- Running the DTLUCSR2 Utility
DTLUCUDB - DB2 for Linux, UNIX, and Windows CDC Utility
- DTLUCUDB Utility Overview
- Running the DTLUCUDB Utility
  - DTLUCUDB Utility Syntax
  - Command Options for the DTLUCUDB Utility
- Gathering Diagnostic Information to Resolve a DB2 Capture Problem
DTLULCAT and DTLULOGC - IDMS Log Catalog Utilities
- DTLULCAT and DTLULOGC Utilities Overview
- Running the DTLULCAT Utility
- Running the DTLULOGC Utility
- Manually Manipulating the Log Catalog
- Guidelines for Adding Logs to the Catalog with the DTLULCAT and DTLULOGC Utilities
DTLURDMO - Data Map Utility
- DTLURDMO Utility Overview
- Supported Operating Systems for the DTLURDMO Utility
- Control Statement Overview for the DTLURDMO Utility
- Control Statement Syntax for the DTLURDMO Utility
- Control Statements and Parameters for the DTLURDMO Utility
- Scope of Operands
- Running the DTLURDMO Utility on i5/OS
- Running the DTLURDMO Utility on Linux, UNIX, and Windows
- Running the DTLURDMO Utility on z/OS
- DTLURDMO Control Statement Examples
- DTLURDMO Report Examples
DTLUTSK - Task Control Utility
- DTLUTSK Utility Overview
- DTLUTSK Command Line Utility on i5/OS
- DTLUTSK Command Line Utility on Linux, UNIX, and Windows
  - Displaying DTLUTSK Utility Help
- DTLUTSK Job on z/OS
  - Example JCL for a DTLUTSK Job on z/OS
  - Example Output from a DTLUTSK Job on z/OS
- DTLUTSK Command Line Utility on z/OS
- Running the DTLUTSK Utility in the PowerExchange Navigator
- DTLUTSK Utility Security
EDMLUCTR - Log Scan and Print Utility
- EDMLUCTR Utility Overview
- Supported Operating Systems for the EDMLUCTR Utility
- Control Statement Syntax for the EDMLUCTR Utility
- Control Statement Parameters for the EDMLUCTR Utility
  - -SEL Statement
  - -MASK Statement
- Running the EDMLUCTR Utility
- EDMLUCTR Utility Usage Notes
- EDMLUCTR Utility Examples
EDMXLUTL - Event Marker Utility
- EDMXLUTL Utility Overview
- Creating an Event Marker in Batch Mode
- EDMXLUTL Utility JCL Statements
- EDMXLUTL Utility Control Statements
- EDMXLUTL Utility EVENT Command
  - EVENT Command Syntax
  - EVENT Command Usage
- Keyword Sets for the BASEEDM Category
  - MARK Keyword Set
  - NOTIFY Keyword Set
- EDMXLUTL Utility Example
HOSTENT - TCP/IP Address Reporter Utility
- HOSTENT Utility Overview
- Supported Operating Systems for the HOSTENT Utility
- Running the HOSTENT Utility on i5/OS
- Running the HOSTENT Utility on Linux and UNIX
- Running the HOSTENT Utility on z/OS
- HOSTENT Utility Usage Notes
  - HOSTENT Utility Resolver Details
- HOSTENT Utility Output
- HOSTENT Utility on i5/OS Example
- HOSTENT Utility on Linux and UNIX Example
- HOSTENT Utility on z/OS Example
PWXCATMY - MySQL Catalog Utility
- PWXCATMY Utility Overview
- Supported Operating Systems for the PWXCATMY Utility
- PWXCATMY Operation Types
- Command Syntax and Parameters
PWXUCCLPRT - Print Log Summary Utility
- PWXUCCLPRT Utility Overview
- Supported Operating Systems for the PWXUCCLPRT Utility
- Command Syntax for the PWXUCCLPRT Utility
- PWXUCCLPRT Utility Parameters
  - PWXUCCLPRT INPUT Statement Parameters
  - PWXUCCLPRT OUTPUT Statement Parameters
- Example PWXUCCLPRT Parameter File
- Examples of PWXUCCLPRT Output
PWXUCDCT - Logger for Linux, UNIX, and Windows Utility
- PWXUCDCT Utility Overview
- Supported Operating Systems for the PWXUCDCT Utility
- Control Statement Syntax for PWXUCDCT Commands
- PWXUCDCT Commands and Parameters
  - Commands
  - Parameter Descriptions
- Running the PWXUCDCT Utility
- Usage Notes for the PWXUCDCT Utility
- Examples of PWXUCDCT Utility Commands
PWXUCREG - Capture Registration Suspend Utility
- PWXUCREG Utility Overview
- PWXUCREG Usage Considerations
- Supported Operating Systems for the PWXUCREG Utility
- Suspending Change Capture for Registered Sources Temporarily
- General Syntax for PWXUCREG Commands
- Summary of PWXUCREG Commands
- Global SET_CONTROL_VALUE Parameters
- Registration-specific Command Parameters
- Running the PWXUCREG Utility
- Examples of PWXUCREG Utility Commands
  - Example 1. Suspending a Capture Registration
  - Example 2. Reactivating a Capture Registration
PWXUCRGP - Capture Registrations Print Utility
- PWXUCRGP Utility Overview
- Supported Operating Systems for the PWXUCRGP Utility
- Control Statement Syntax for the PWXUCRGP Utility
- PWXUCRGP Parameters
- Running the PWXUCRGP Utility
- PWXUCRGP Report Levels of Detail
- Examples of PWXUCGRP Reports
PWXUDMX - Data Maps Update Time ECSA Memory Utility
- PWXUDMX Utility Overview
- Supported Operating Systems for the PWXUDMX Utility
- Running the PWXUDMX Utility on z/OS
- PWXUDMX Commands and Parameters
PWXUGSK - SSL Reporting Utility for z/OS
- PWXUGSK Utility Overview
- Supported Operating Systems for the PWXUGSK Utility
- PWXUGSK Control Statement Syntax
- PWXUGSK Commands and Parameters
- Running the PWXUGSK Utility
- PWXUGSK Utility Reports
PWXUMAP - Map List Utility
- PWXUMAP Utility Overview
- Supported Operating Systems for the PWXUMAP Utility
- General Syntax for the PWXUMAP Utility
- PWXUMAP Commands and Parameters
- Running the PWXUMAP Utility
- Examples of PWXUMAP Reports
- PWXUMAP Utility Usage Notes
PWXUSSL - PowerExchange SSL Reporting Utility
- PWXUSSL Utility Overview
- Supported Operating Systems for the PWXUSSL Utility
- Control Statement Syntax for PWXUSSL Commands
- PWXUSSL Commands and Parameters
- Running the PWXUSSL Utility
- PWXUSSL Utility Reports

Utilities Guide

10.4.0
- 10.5.5
- 10.5.4
- 10.5.3
- 10.5.2
- 10.5.1
- 10.5
- 10.4.1
- 10.4.0 HotFix 1

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PWXUMAP Global Parameters

The PWXUMAP utility supports the following global parameters and options that pertain to all or multiple commands:

CMD=command_name: Required. The command that determines the report type to be written to the output file. For more information, see Summary of Commands and Parameters.
OUTPUT_FILE=file_name: Required. The name of the output file for the report, such as
my_registrations.txt
. The output file is a standard text file on the Windows system where you run the utility.
TYPE ={ALL|CRX|DMX}: Required. The type of map to include in the report. Options are:
ALL
. Include both data maps and extraction maps.
CRX
. Include only extraction maps.
DMX
. Include only data maps.
LOCATION={node_name| local }: The name of the server where the PowerExchange maps file resides. You can specify
local
if the maps file is on the machine where the utility runs, or you can specify the node name of a remote machine where a PowerExchange Listener runs. The node name must be specified in a NODE statement in the local DBMOVER configuration file. If the location is a remote Listener, and the SECURITY statement in the DBMOVER configuration file is set to level 1 or 2, a user ID and either a password or an encrypted password are required.
Default is
local
.
UID=user_name: The user name associated with the server specified by the
LOCATION
parameter. The requirement for this parameter depends the value of the SECURITY statement in the PowerExchange DBMOVER configuration file associated with the remote Listener.
PWD =password: A clear-text password for the user who is specified in the UID parameter. If the utility accesses a remote IBM i (i5/OS) or z/OS location, you can enter a valid PowerExchange passphrase instead of a password. Do not specify both the
EPWD
parameter and
PWD
parameter.
EPWD=encrypted_password: An encrypted password for the user who is specified in the UID parameter. Do not specify both the
EPWD
parameter and
PWD
parameter. Use
EPWD
if you are not allowed to store passwords in a readable format.
AMLIST=access_method_list: The AMLIST parameter filters the results of the PWXUMAP utility reports to specific database and file access methods for the DTLDESCRIBE, LISTMAPS, LISTSCHEMAS, and PRINTMAPLINES commands.
Use the following parameter values to filter the results for data maps by access method:

Access Method
Value

Adabas
A

DL1
D

ESDS
E

Db2 for z/OS image
G

IDMS
I

KSDS
K

RRDS
N

SEQ
S

Tape
T

User
U

Db2 for z/OS unload
W

Datacom
X

Db2 i or Db2 for z/OS database
Z

Use the following parameter values to filter the results for extraction maps by access method:

Access Method
Value

Adabas
A

Db2 i or Db2 for z/OS
B

DL1
D

ESDS
E

MySQL
F

IDMS
I

KSDS
K

Microsoft SQL Server
L

RRDS
N

ODBA
O

Oracle
P

Db2 for Linux, UNIX, and Windows
V

Datacom
X

For example, to filter a report to list IMS data map names, use the following values for the AMLIST parameter:
AMLIST=DO
To filter a report of data map names to Db2 i and Db2 for z/OS database data maps, use the following values:
AMLIST=B
There is no default for AMLIST. If you do not include the AMLIST parameter, all access methods are selected for the criteria specified by the rest of the input to the utility.
MAPMASK=map_mask: A mask that matches one or more data-map or extraction-map names. Use the asterisk (*) wildcard to represent all or part of the map name.
OVERRIDE_CRX_FILE=extraction_maps_file: The name of the extraction-maps file that contains the map information, if different than the current extraction-maps file for the PowerExchange Listener specified in the LOCATION parameter.
OVERRIDE_DMX_FILE=data_maps_file: The name of the data-maps file that contains the map information, if different than the current data-maps file for the PowerExchange Listener specified in the LOCATION parameter.
SCHEMAMASK=schema_mask: A pattern that matches one or more schema names. Use the asterisk (*) wildcard to represent all or part of the map name.
TABLEMASK=table_mask: A pattern that matches one or more table names. Use the asterisk (*) wildcard to represent all or part of the map name.
TIMESTAMPS={ Y |N}: Whether the report title includes a time stamp.
Default is
Y
.

Access Method	Value
Adabas	A
DL1	D
ESDS	E
Db2 for z/OS image	G
IDMS	I
KSDS	K
RRDS	N
SEQ	S
Tape	T
User	U
Db2 for z/OS unload	W
Datacom	X
Db2 i or Db2 for z/OS database	Z

Access Method	Value
Adabas	A
Db2 i or Db2 for z/OS	B
DL1	D
ESDS	E
MySQL	F
IDMS	I
KSDS	K
Microsoft SQL Server	L
RRDS	N
ODBA	O
Oracle	P
Db2 for Linux, UNIX, and Windows	V
Datacom	X

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Utilities Guide

Utilities Guide

PWXUMAP Global Parameters

PWXUMAP Global Parameters