IBM Sterling Connect:Direct for i5/OS
User’s Guide
Version 3.7
Issuing CL Commands Through the Main Menu ..........................................................
Command Prompting.....................................................................................................
Accessing Parameter Level Help...................................................................................
CDSND Command Example.........................................................................................
Required Parameters......................................................................................................
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IBM Sterling Connect:Direct for i5/OS User’s Guide
Simulating Blocksizes....................................................................................................
Receiving a File From a Remote Node..........................................................................
CDSUBMIT Command Example .................................................................................. 101
CDSUBMIT Command Format..................................................................................... 101
Required Parameters ............................................................................................... 102
Optional Parameters................................................................................................ 103
Submitting a Process on a Remote Node ....................................................................... 107
Sterling Connect:Direct Submit Primary Screen .................................................... 108
CDRUNJOB Command Example.................................................................................. 109
CDRUNJOB Command Format .................................................................................... 110
Required Parameters ............................................................................................... 110
Optional Parameters................................................................................................ 111
Submitting a Job to a Remote Node............................................................................... 114
Required CDCOMP Tasks............................................................................................. 117
CDCOMP Command Example...................................................................................... 117
CDCOMP Command Format......................................................................................... 118
Required Parameters ............................................................................................... 118
Optional Parameters................................................................................................ 118
Compressing a File Prior to Sending ............................................................................. 120
5
CDSUBPROC Command Example............................................................................... 124
CDSUBPROC Command Format ................................................................................. 124
Required Parameter ................................................................................................ 125
Optional Parameters ............................................................................................... 125
Submitting a Process for Asynchronous Execution....................................................... 127
Selecting Specific Processes.......................................................................................... 128
Viewing All Processes................................................................................................... 128
WRKCDPROC Command Example ............................................................................. 128
WRKCDPROC Command Format................................................................................ 128
Required Parameters............................................................................................... 128
Optional Parameters ............................................................................................... 128
Monitoring and Controlling Processes .......................................................................... 130
WRKCDPROC Option Descriptions............................................................................. 131
Changing Process Characteristics........................................................................... 131
Displaying Process Details ..................................................................................... 131
Releasing a Process in the HOLD Queue............................................................... 132
Interrupting an Executing Asynchronous Process.................................................. 132
Releasing or Holding Asynchronous Processes ..................................................... 132
RLSCDPROC Screen............................................................................................. 133
hldcdproc Screen .................................................................................................... 133
Specifying Selection Criteria......................................................................................... 135
CDSELSTAT Command Example................................................................................ 135
CDSELSTAT Command Format................................................................................... 135
Required Parameters............................................................................................... 136
Optional Parameters ............................................................................................... 136
Selecting and Displaying Summary Statistics ............................................................... 138
Selecting and Printing Detail Statistics.......................................................................... 140
CDDECOMP Command Example ................................................................................ 143
CDDECOMP Command Format................................................................................... 143
Required Parameters............................................................................................... 144
Optional Parameters ............................................................................................... 144
Decompressing a File..................................................................................................... 144
DSPCDMSGD Command Example .............................................................................. 148
DSPCDMSGD Command Format................................................................................. 148
Displaying Sterling Connect:Direct Message Text ....................................................... 148
Sample Message Description......................................................................................... 149
i5/OS Compress/Decompress Examples ....................................................................... 151
i5/OS Block Mode Transfer Examples ......................................................................... 151
i5/OS Run Task Example .............................................................................................. 152
i5/OS Send Example Using Send File Field Description .............................................. 152
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IBM Sterling Connect:Direct for i5/OS User’s Guide
i5/OS–z/OS Send and Receive Examples ..................................................................... 154
i5/OS–NT Send and Receive Examples......................................................................... 155
i5/OS–UNIX Send and Receive Examples ................................................................... 156
i5/OS–UNIX Run Task and Run Job Examples ............................................................ 157
i5/OS–UTIL Test Examples........................................................................................... 157
Chapter 1
About Sterling Connect:Direct for i5/OS
®
®
®
IBM Sterling Connect:Direct for i5/OS is an enterprise solution for secure, automated file delivery
between business applications. Its session management and extended recovery features help assure data
delivery in support of 24 hours a day, 7 days a week business operations. It links technologies, moves all types
of information, and manages high-performance transfers by providing easy-to-use automation,
checkpoint/restart, and error recovery. Sterling Connect:Direct offers choices in communication protocols,
hardware platforms, and operating systems. It provides the flexibility to move information from mainframes to
midrange systems to desktop and LAN-based workstations.
Interfacing with Sterling Connect:Direct for i5/OS
When you install Sterling Connect:Direct for i5/OS, you create Control Language (CL) commands that enable
you to use Sterling Connect:Direct. These CL commands enable you to send or receive data from other nodes
running Sterling Connect:Direct. You can also use the CL commands to administer Sterling Connect:Direct.
For example, you can use a CL command to display Sterling Connect:Direct message descriptions.
Issuing Sterling Connect:Direct CL Commands
Issue Sterling Connect:Direct CL commands interactively from the command line or use them in a CL
program. Results of CL commands that interact with a remote node are recorded in three places:
™
™
™
Sterling Connect:Direct log
User message queue of the local i5/OS node
Statistics facility of the local and remote Sterling Connect:Direct node
Sterling Connect:Direct CL commands.
Understanding Sterling Connect:Direct for i5/OS Components
The Sterling Connect:Direct for i5/OS has several components that enhance its compatibility with other
Sterling Connect:Direct platforms and run under the Sterling Connect:Direct subsystem:
™
Process Manager (PMGR)
The PMGR initializes and manages the Sterling Connect:Direct environment. PMGR is always active
when Sterling Connect:Direct for i5/OS is active.
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IBM Sterling Connect:Direct for i5/OS User’s Guide
™
™
Queue Manager (QMGR)
The QMGR manages the Sterling Connect:Direct Process queue. The QMGR is always active when
Sterling Connect:Direct for i5/OS is active.
Timer (TIMER)
The TIMER component provides timer services to the session manager, the process queue manager, and
other Sterling Connect:Direct for i5/OS components. The TIMER runs as a separate i5/OS job, submitted
and controlled by the Process Manager component. The TIMER is always present when Sterling
Connect:Direct for i5/OS is active.
™
Statistics Manager (STATMGR)
Sterling Connect:Direct for i5/OS logs statistics information for all Processes. Each component of Sterling
Connect:Direct for i5/OS generates statistics data to the STATMGR job. The long-running STATMGR
job formats the statistics information and writes it to the statistics file. The Statistics Manager supports CL
commands that provide the ability to schedule the creation, archival, and deletion of statistics file
members. The STATMGR is always active when Sterling Connect:Direct for i5/OS is active.
™
™
™
Spool Monitor (SPLMON)
The Sterling Connect:Direct SPLMON is a variable component of Sterling Connect:Direct for i5/OS.
CDSPLMON uses Spool Monitor entries to associate output queues with destination Sterling
Connect:Direct nodes.
TCP Listener (TCPLIST)
The TCPLIST is a long-running job started and controlled by the Process Manager component.
CDTCPLIST processes incoming TCP/IP connection requests and requests session managers from the
PMGR.
Session Manager (SMGR)
The SMGR component executes the Sterling Connect:Direct Processes. The Process Manager starts all
session managers except for SMGRs started by the LU6.2 evoke function. Evoked SMGRs request
permission to run from the PMGR and continue processing.
Connecting Sterling Connect:Direct for i5/OS to Sterling
Connect:Direct/Plex
Sterling Connect:Direct for i5/OS can be connected to Sterling Connect:Direct/Plex, which is a Sterling
Connect:Direct for z/OS system consisting of a Sterling Connect:Direct/Manager and one or more Sterling
Connect:Direct/Servers in a TCP/IP environment. Once the connection between Sterling Connect:Direct for
i5/OS and Sterling Connect:Direct/Plex has been defined, each system can initiate sessions to the other. All
requests to initiate sessions to the Sterling Connect:Direct/Plex system go through the Sterling
Connect:Direct/Manager, which controls the traffic and determines which Sterling Connect:Direct/Server can
run a particular Process based on the PLEXCLASS of the Sterling Connect:Direct/Server and the Process
coming from the Sterling Connect:Direct for i5/OS system. One advantage of routing the Processes through the
Sterling Connect:Direct/Plex Manager is that you only have to define a single network map entry for the
Sterling Connect:Direct/Plex Manager rather than creating separate node entries for each Sterling
Connect:Direct/Plex Server.
The PLEXCLASS parameter represents a type of server in the Sterling Connect:Direct/Plex system. In the
example illustrated in the graphic, there is one Sterling Connect:Direct for i5/OS system connected to a
Sterling Connect:Direct/Plex system called CD.PROD1. CD.PROD1 consists of a Sterling
Connect:Direct/Manager and two Sterling Connect:Direct/Servers. Both Sterling Connect:Direct/Servers
support the CLASS1 PLEXCLASS but only Sterling Connect:Direct/Server 1 can process the TAPE
PLEXCLASS.
About Sterling Connect:Direct for i5/OS
9
When the Sterling Connect:Direct/Manager receives a Process that requires PLEXCLASS=CLASS1 and
determines that both Sterling Connect:Direct/Servers support CLASS1, it routes the Process to the Sterling
Connect:Direct/Server with the lowest workload.
For more information on the PLEXCLASS parameter, see the CL command to execute in the IBM Sterling
Connect:Direct for z/OS environment in the IBM Sterling Connect:Direct for i5/OS User’s Guide.
Remote node
Remote node
Remote node
PLEXCLASS(TAPE)
PLEXCLASS(CLASS1)
PLEXCLASS(CLASS1)
Connect:Direct/Plex
CD.PROD1
Connect:Direct/Server 2
Connect:Direct/Manager
Connect:Direct/Server 1
TCP/IP
Remote node
Remote node
Connect:Direct OS/400
Accessing Sterling Connect:Direct Through the Main Menu
Sterling Connect:Direct for i5/OS includes an i5/OS system-style menu that allows you to execute Sterling
Connect:Direct Command Language commands and related i5/OS CL commands from a menu. This menu
consists of two screens.
Issuing CL Commands Through the Main Menu
The first screen allows you to issue basic Sterling Connect:Direct commands. The second screen allows you to
issue administration Sterling Connect:Direct commands. Each screen contains a full-function i5/OS command
line and function key descriptions near the bottom of the screen.
To access the Main Menu:
1. Type STRCDMNU and press Enter. The Sterling Connect:Direct for i5/OS copyright screen is displayed.
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IBM Sterling Connect:Direct for i5/OS User’s Guide
2. Press Enter. The Sterling Connect:Direct Main Menu displays the Sterling Connect:Direct for i5/OS
functions that you can perform from this screen.
CMDCD
Connect:Direct (tm)
System:
FRAN
Select one of the following:
1. Send file to remote node
2. Receive file from remote node
3. Send spooled file to remote node
4. RUNTASK on remote node
5. RUNJOB on remote node
6. SUBMIT process on remote node
7. Submit local process
8. Compress file
CDSND
CDRCV
CDSNDSPL
CDRUNTASK
CDRUNJOB
CDSUBMIT
CDSUBPROC
CDCOMP
9. Decompress file
10. Display C:D Version and PTF level
CDDECOMP
CDVER
11. Display Connect:Direct message description
12. Work with Connect:Direct processes
13. Select Connect:Direct statistics
DSPCDMSGD
WRKCDPROC
CDSELSTAT
More...
Selection or command
===>________________________________________________________________________________
__________________________________________________________________________________
F3=Exit
F4=Prompt
F9=Retrieve
F12=Cancel
(C) COPYRIGHT 1991, 2002 Sterling Commerce, Inc.
Accessing the Administration Menu
Option 20 on the Sterling Connect:Direct Main Menu provides access to the following Administration
Menu.
Note: To use the Sterling Connect:Direct administration commands, you must have administrative authority
on the system.
CDADMIN
Connect:Direct Administration
System:
FRAN
Select one of the following:
Connect:Direct Configuration
1. Work with Connect:Direct parameters
2. Work with Connect:Direct Netmap
3. Work with Connect:Direct users
4. Work with Spool Monitor entries
5. Create Connect:Direct XTRAN table
6. Secure+ Admin Utility
WRKCDPARM
WRKCDNTMP
WRKCDUSR
WRKSPLMONE
CRTCDXTTBL
SPADMIN
Connect:Direct Administration
11. Start Connect:Direct subsystem
12. End Connect:Direct subsystem
13. Work with Connect:Direct status
14. Work with Connect:Direct processes
STRCD
ENDCD
WRKCDSTS
WRKCDPROC
More...
Selection or command
===>________________________________________________________________________________
__________________________________________________________________________________
F3=Exit
F4=Prompt
F9=Retrieve
F12=Cancel
(C) COPYRIGHT 1991, 2002 Sterling Commerce, Inc.
About Sterling Connect:Direct for i5/OS
11
The Connect:Direct Administration menu consists of two screens. Access the second screen by pressing the
page down key.
CDADMIN
Connect:Direct (tm) Administration
System:
FRAN
Select one of the following:
Connect:Direct Statistics.
21. Select Connect:Direct statistics
22. Archive Connect:Direct stat member
23. Create Connect:Direct stat member
24. Delete Connect:Direct stat member
25. Restore Connect:Direct stat member
26. Display Connect:Direct stat information
CDSELSTAT
CDARCSTATM
CDCRTSTATM
CDDLTSTATM
CDRSTSTATM
CDDSPSTATI
Communications
31. Vary communications device
32. Configure TCP/IP
33. Start TCP/IP
VRYCFG
CFGTCP
STRTCP
34. Work with TCP/IP status
WRKTCPSTS
Bottom
Selection or command
===>________________________________________________________________________________
__________________________________________________________________________________
F3=Exit
F4=Prompt
F9=Retrieve
F12=Cancel
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IBM Sterling Connect:Direct for i5/OS User’s Guide
Chapter 2
Using Control Language
Sterling Connect:Direct for i5/OS uses Sterling Connect:Direct CL commands to perform Sterling
Connect:Direct functions.
Sterling Connect:Direct CL commands have the following general i5/OS CL command format:
™
Each command can have required and optional parameters and subparameters that provide additional
information needed to run the command.
™
™
™
Subparameters are always positional.
Each parameter provides a specific type of information or instruction.
Each command is followed by one or more keywords and parameter pairs in the following format:
COMMAND keyword(parameter) keyword(parameter) ...
The following example shows a sample Sterling Connect:Direct CL command:
CDRCV SNODE(DALLAS.OS390) SNODENVIRN(OS390)
FDSN(DALLAS.ACCT.DATA)
TDSN(‘ACCOUNT/DATA’)
TOSYSOPTS(‘TYPE(FILE)’)
Reviewing Sterling Connect:Direct CL Command Functions
The following table lists the Sterling Connect:Direct for i5/OS command names and their functions.
Command
Function
†CDARCSTATM
CDCOMP
Compress and delete a statistics file member other than the active one.
Compress a file on the i5/OS node before sending it to a remote node.
Create a new statistics file member and log statistics to that new member.
Decompress files received from another node and archived on the i5/OS node as compressed files.
Turns VARY on and off on devices used by Sterling Connect:Direct.
Deletes members from the archive statistics database file.
†CDCRTSTATM
CDDECOMP
CDDEVACTG
CDDLTARCST
†CDDLTSTATM
Delete a specified statistics file member other than the active one.
†
‡
Administrative commands
Sterling Connect:Direct Secure Plus for i5/OS commands
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IBM Sterling Connect:Direct for i5/OS User’s Guide
Command
Function
CDDSPSTATI
CDRCV
Display information about where statistics are being logged.
Receive data from a remote node.
CDRSTSTATM
CDSELSTAT
CDRUNJOB
CDRUNTASK
CDSND
Decompress selected statistics file members to a user-designated file.
Select statistics records and retrieve information about the active statistics file.
Submit a job in batch mode on a remote node.
Execute a Sterling Connect:Direct Run Task function on a remote node.
Send data to a remote node.
CDSNDSPL
CDSUBMIT
CDSUBPROC
†CDVER
Send a spooled file to a remote node.
Submit a Process to a remote node to initiate Sterling Connect:Direct work on the remote node.
Submit Sterling Connect:Direct Processes to the process queue for asynchronous execution.
Display the installed Sterling Connect:Direct version and Sterling Connect:Direct PTF level.
Convert Sterling Connect:Direct network map file.
†CNVNTMPF
†CNVUSRF
†CRTCDOBJ
†CRTCDXTTBL
DSPCDMSGD
†ENDCD
Convert Sterling Connect:Direct user file.
Create Sterling Connect:Direct objects.
Create and update the translation table.
Display the text for the specified message ID.
End a Sterling Connect:Direct for i5/OS node and components.
Identifies Processes to place in the Hold queue.
HLDCDPROC
RLSCDPROC
STRCDTCPL
UNINSTALLM
UPDATECD
†WRKCDPARM
†‡SPADMIN
†STRCD
Releases identified Processes from the Hold queue.
Starts the Sterling Connect:Direct TCP listener.
Uninstalls the latest Sterling Connect:Direct maintenance installation.
Installs Sterling Connect:Direct maintenance.
View and change Sterling Connect:Direct initialization parameter values.
IBM Sterling Connect:Direct Secure Plus Administrative utility to provide security enhancements.
Start Sterling Connect:Direct for i5/OS.
STRCDMNU
†WRKCDNTMP
Start Connect:Direct Menu.
Select remote node records and display attributes. This screen provides the options of copy or
change to attributes of the remote node records.
WRKCDPROC
†WRKCDSTS
†WRKCDUSR
†WRKSPLMONE
Monitor and control active and queued Processes.
View and control Sterling Connect:Direct job status.
Browse existing user records and invoke other user maintenance commands.
View, change, or delete destination configuration file entries of the Spool Support for Sterling
Connect:Direct for i5/OS.
†
‡
Administrative commands
Sterling Connect:Direct Secure Plus for i5/OS commands
Using Control Language
15
Entering CL Commands
You can type CL commands on an i5/OS node using any of the following methods:
Embedding CL Commands
You can embed CL commands in an application (user-written CL program), which allows you to combine
functions supplied by Sterling Connect:Direct for i5/OS with i5/OS CL commands within a user-written
application.
Entering CL Commands in Free Format
You can type CL commands in a free format, which allows you to type a command and its parameters as a
string of characters on a command line. This method is useful when typing familiar commands.
Command Prompting
Command prompting guides you through typing commands and parameters.
Note: Sterling Connect:Direct for i5/OS commands are case sensitive if the information sent to the remote
node is enclosed in single quotation marks.
Monitoring CL Program Messages
After issuing Sterling Connect:Direct for i5/OS commands such as, CDSND, CDRCV, CDRUNTASK, and
CDRUNJOB, use the MONMSG command to monitor the following categories of error messages using a CL
program:
Message Category
Message ID
Severity
Other
Warning
CDE0107
CDE0108
10
30
*ESCAPE
*ESCAPE
Unrecoverable error
Unexpected error
CDE0000
(for example, CDE0301)
Note: You cannot use MONMSG to monitor CDS0108 (Process execution ended) because it is not sent as
an error message; it is an informational message.
To capture the Sterling Connect:Direct error message after the MONMSG code, add the following after the
MONMSG command:
RCVMSG MSGTYPE(*LAST) WAIT(1) RMV(*NO) MSGID(&MSGID)MSGDATA(&MSGDTA) SNDMSG
MSG(&MSGID || '' || &MSGDATA) TOUSR(*SYSOPR)
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IBM Sterling Connect:Direct for i5/OS User’s Guide
&MSGID is the CDE* error message. The first 8 characters of the &MSGDATA are the application error
message that you can look up interactively with the following command:
DSPCDMSGD <msgid>
Note: The &MSGID and &MSGDATA variables must be defined in the CL program. Specify the &MSGID
character length as 7 characters and &MSGDATA as 8 characters to capture the error message.
Using CL Programming and Sterling Connect:Direct CL Commands
An i5/OS CL program includes Sterling Connect:Direct CL commands as source statements. You can
synchronize the processing of Sterling Connect:Direct operations by including Sterling Connect:Direct CL
commands in a CL program.
Note: If you are using the Source Edit Utility (SEU) to edit a CL program, the prompt facility can help you
type all CL commands, including Sterling Connect:Direct CL commands.
Sample CL Program
The following figure shows a sample CL program with multiple CL commands:
PGM
PARM(&LIBNAME &FILENAME &MBRNAME)
DCL
DCL
DCL
DCL
VAR(&LIBNAME) TYPE(*CHAR) LEN(10)
VAR(&FILENAME) TYPE(*CHAR) LEN(10)
VAR(&MBRNAME) TYPE(*CHAR) LEN(10)
VAR(&FDSN) TYPE(*CHAR) LEN(32)
/*
/*
BUILD THE FDSN VARIABLE
CHGVAR VAR(&FDSN) VALUE(&LIBNAME *TCAT '/' *CAT +
*/
&FILENAME *TCAT '(' *CAT &MBRNAME *TCAT +
')')
SEND THE FILE MEMBER */
CDSND
SNODE('CDSERVER.V4100') +
SNODENVIRN(WINDOWS) FDSN(&FDSN) +
TDSN('Send_Test.TXT') +
FMSYSOPTS('TYPE(MBR)') +
TOSYSOPTS('DATATYPE(TEXT)')
MONMSG
MSGID(CDE0000) EXEC(GOTO CMDLBL(ERROR))
GOTO END
SNDMSG
ERROR:
END:
MSG('The process erred') TOUSR(*SYSOPR)
ENDPGM
Using Control Language
17
Command Prompting for the Sterling Connect:Direct CL Commands
Sterling Connect:Direct CL commands follow the format of the native i5/OS CL commands, which provide an
extensive help facility describing their purpose, parameters, values, and any dependencies.
In addition, you can use the prompt/help feature to select and type commands and appropriate parameters.
Prompt/help is offered at the command level and at the parameter level. Both levels allow you to use F4 for
prompting and F1 for help. You can access screen level help by moving the cursor off an entry or field and
pressing F1.
Accessing Command Level Help
Complete the following steps to access the Help text:
1. For help with commands, type the command on the command line and press F1. Help text displays and
describes the function of the command with a description of each parameter and possible values.
2. After viewing help information, press F3 to exit the help function or F12 to cancel and return to the
command line.
Prompting for a Command
Complete the following steps to prompt for a command:
1. Type the command on the command line and press F4 to display an entry screen for the command. This
screen lists valid parameters and provides a brief description of each parameter.
2. Press F11 to display the keyword names.
3. Complete the command by filling in the parameter values on the screen.
4. After typing in all applicable parameters, press Enter to execute the command.
Accessing Parameter Level Help
Complete the following steps to access help with parameters:
1. Place the cursor by the parameter for which you want further description.
2. Press F1 to display a description of the parameter and valid values.
3. After viewing help information, press F3 to exit the help function or F12 to cancel and return to the
command line.
Using Parameter Level Prompt
Complete the following steps to prompt for a parameter:
1. Place the cursor by the parameter for which you want to prompt.
2. Press F4 for valid values for the parameter. At this screen, type in the appropriate value for the parameter.
3. Press Enter to set the parameter and return to the original screen. You can also press F3 or F12 to exit the
help function.
If a parameter is required to run the command successfully, the field is highlighted. Prompt does not provide
the default value. A greater than (>) symbol indicates that the parameter field contains a user-supplied value.
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IBM Sterling Connect:Direct for i5/OS User’s Guide
Chapter 3
Sending a File
Sending a file on Sterling Connect:Direct for i5/OS requires the Sterling Connect:Direct Send (CDSND)
command. Understanding the Sterling Connect:Direct for i5/OS file systems, the CDSND command
parameters, block mode transfer, and the CDSND screens enables you to use this command more effectively.
Using the File Systems
Sterling Connect:Direct for i5/OS supports two types of file systems to perform file transfers: native file and
integrated file. The native file system and the integrated file system can both be used to send files to and
receive files from any supported file system.
Native File System
The native file system used in previous releases of Sterling Connect:Direct for i5/OS remains functional. This
file system accepts the file name in the following formats:
library-name/file-name
specifies the library and file name to be copied.
library-name/file-name(member-name)
specifies the library, file, and member name of the member to be copied. You cannot use the
EXCLUDE and SELECT parameters if you specify a member name.
Note: *LIBL, *CURLIB and QTEMP are not valid library names for a Sterling Connect:Direct Process.
Integrated File System
As part of i5/OS, the integrated file system provides an integrated structure over data stored in the iSeries
system. This file system supports stream input/output and storage management like personal computers and
UNIX operating systems.
Integrated File System Types
The Sterling Connect:Direct for i5/OS integrated file system provides application and data compatibility with
other platforms. The integrated file system consists of five file system types:
™
™
/QLANSrv is a LAN server file system
/QDLS is a document library file system
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IBM Sterling Connect:Direct for i5/OS User’s Guide
™
™
™
/QSYS.LIB is the iSeries DB2 file system
/QOpenSys is a UNIX-style file system
All others are part of the root file system
Specifying a Path Name
The integrated file system recognizes the objects by the path specification. You must specify the fully qualified
path name to transfer a file. Sterling Connect:Direct for i5/OS identifies a path that starts with a slash (/) or a
backslash (\) as a request for the integrated file system.
The integrated file system does not support file field description. You cannot specify the SNDFFD(*YES)
under this file system. Similarly, you cannot specify SELECT or EXCLUDE with the integrated file system.
To use this system, specify the fully qualified path name in one of the following formats:
/QSYS.LIB/library-name.LIB/file-name.FILE/member-name.MBR
specifies the library, file name, and member name to be copied using the integrated file system.
/directory/file-name|/QLANSrv/file-name|/QDLS/folder-name| /QOpenSys/file-name
specifies the directory, folder, and file names to be copied using the integrated file system.
Directories like /QOpenSys and /root are case-sensitive. The /QSYS.LIB notation is case-sensitive only if you
enclose the name in single quotation marks.
Controlling the Character Set
You can control the coded character set ID used by the integrated file system. To specify a coded character set
ID other than the job-coded or the system-coded character set, set the SYSOPTS parameter called CCSID to
the character set you want to use, for example, CCSID(819).
If this parameter is not set, the system default for CCSID is used.
Using the CDSND Command
Use the CDSND command to send a file to a remote node. This command sends files to any file systems
supported by the i5/OS V3R1M0 or later. You can also specify a user-exit command (either EXITCMD or
FAILCMD) to be executed after the completion of a copy process in either FROMSYSOP or TOSYSOP.
Using EXITCMD, you can specify a command to be executed only if the copy process is successful. You can
also specify a command to be executed only if the copy process is not successful by using the FAILCMD
command. The EXITCMD and FAILCMD commands must be executed on an i5/OS using Sterling
Connect:Direct version 3.3.00 and above. The FAILCMD and EXITCMD are executable iSeries commands as
well as Sterling Connect:Direct as long as the size of the command does not exceed 127 bytes.
CDSND Command Example
The command shown in the following figure is an example of the CDSND command.
CDSND
PNAME(CDSEND) SNODE(DALLAS.OS3901)
SNODENVIRN(OS390)
FDSN(‘DALLIB/ACCTDATA’)
TDSN(DALLAS.ACCTDATA)
FMSYSOPTS(‘TYPE(FILE)’)
Sending a File
21
CDSND Command Format
The following table shows the parameters for the CDSND command. Required parameters are in bold.
Command
Parameters
CDSND
SNODE(remote-node-name)
SNODENVIRN(remote-environment-name)
FDSN(‘from data-set-name’)
TDSN(‘to data-set-name’)
FMSYSOPTS(‘
PRECMPR(*YES|*NO)
EXITCMD(valid i5/OS command)
FAILCMD(valid i5/OS command)
SNDFFD(*YES|*NO)
TEXTFILE(*YES|*NO)
TYPE(FILE|MBR|OBJ)
XTRAN(table-name)[XTRANLSO(so-code)|XTRANPAD(pc)|
XTRANLSI(si-code)|XTRANLDATA(MIXED|DBCS)
CODEPAGE(nnnnn,nnnnn)]
CCSID(nnnnn)
EORCHAR(xxxx)
ALWNULL(Y)
’)
TOSYSOPTS(‘
DECMPR(*YES|*NO)
EXITCMD(valid i5/OS command)
FAILCMD(valid i5/OS command)
TYPE(FILE|MBR|OBJ|SPLF)
CODEPAGE(nnnnn,nnnnn)
CCSID(nnnnn)
EORCHAR(xxxx)
’)
BLKSIZE(n|*CALC)
CKPTINV(n)
CLASS(n)
COMPRESS(*NO|*YES|*EXT|X\xx\|C\cc\)
CRC(*INITPARMS|*NETMAP|*OFF|*ON)
ECTUNING(ecclevel,ecwinsize,ecmlevel)
EXCLUDE(generic|member-name|(start-range|stop-range)|‘list’)
FDISP(current, normal end, abnormal end)
NOTIFY(userid)
PLEXCLASS(user-defined class)
PNAME(process-name)
PNODEID(id, pswd, newpswd)
REPLACE(*YES|*NO)
†
Sterling Connect:Direct Secure Plus parameter.
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IBM Sterling Connect:Direct for i5/OS User’s Guide
Command
Parameters
RMTWORK(*NO|*YES)
SACCT(accounting-data)
†SECOPTIONS(* *)
SELECT(member,new-name,R|NR,‘list’)
SNODEID(id, pswd, newpswd)
TBUFND(n)
TDBPARMS(dbid, dbsubid)
TDCB(modeldcb, blksize, den, dsorg, keylen, limct, lrecl, optcd, recfm, rkp, trtch)
TDISP(current, normal end, abnormal end)
TIOEXIT(program-name)
TIOPARM(parameter-names)
TLABEL(seqno,labeltype,pswdread,inout,retpd|expdt)
TLINK(vmuserid,pwd,accmode,cuu)
TMSVGP(data-definition name)
TPROTCT(*YES|*NO)
TRACEOPT
Trace Instructions:
(L,S,F,C,X,K,D,H,V,W,P|*NONE|*ALL|*EXT|
*COMMON|*INITPARMS|*CURRENT
Command Trace Options:
L,S,F,C,X,K,D,H,V,P|*ALL|*EXT|*COMMON| *NONE)
TSPACE(avgblk, type, primary, secondary, pdsblk, rlse, contig, round)
TSQL(‘sql-statement’|‘DSN=data-set-name’)
TTYPE(entry-name)
TUNIT(file-address)
TVOL(private, volcount, ser)
TVOLREF(data-set-volume)
TVSAMCAT(dsn,vmid,pwd,accmode,cuu)
†
Sterling Connect:Direct Secure Plus parameter.
Note: The CLASS parameter is not used for Sterling Connect:Direct for i5/OS.
Required Parameters
Unless otherwise noted, these required parameters apply to all remote node environments.
SNODE(remote-node-name)
specifies a 1–16 character alphanumeric name for the receiving node (remote node). The node name
must be defined in the network map.
Note: The name parameter is case sensitive.
Sending a File
23
SNODENVIRN(remote-environment-name)
specifies the 1–10 character alphanumeric name for the receiving node environment: OS400, OS390,
MVS, MSP, OPENVMS, TANDEM, UNIX, VM, VOS, VSE, Microsoft Windows, or Microsoft
Windows_NT.
FDSN(‘from data-set-name’)
specifies the file to be sent to the remote node. The file name can be up to 256 characters long. File
names are verified based on the i5/OS standard file name conventions.The entire data set name must
be in single quotes. If you are using the Sterling Connect:Direct for i5/OS F4 prompting feature, the
system supplies the single quotes if you do not type them with the data set name on the command line.
The length of the input field displayed is 132 characters, by default. To increase the length of the field
to 256 characters, type an ampersand(&) followed by a blank in the first two positions of the field.
Note: The values of *LIBL, *CURLIB, and QTEMP cannot be used when sending to or from an
iSeries system using Sterling Connect:Direct for i5/OS. A specific library name must be used
for copying from or to a data set on the iSeries.
Sterling Connect:Direct for i5/OS supports two file systems: native file system and integrated file
system. Refer to the Using the File Systems on page 19 for detailed information about the file systems.
TDSN(’to data-set-name’)
specifies the receiving file name on the remote node. The file name can be up to 256 characters long.
The length of the input field displayed is 132 characters, by default. To increase the length of the field
to 256 characters, type an ampersand(&) followed by a blank in the first two positions of the field.
Note: Do not use member names longer than eight characters when sending to z/OS, VSE or MSP
nodes. The results are unpredictable.
For TDSN, the values of *LIBL,*CURLIB, QTEMP cannot be used when sending to or from
an iSeries system using Sterling Connect:Direct for i5/OS. A specific library name must be
used for copying from or to a data set on the iSeries.
TDSN specifies the destination file name. File names are verified based on the i5/OS standard file
name conventions. The entire DSN must be in single quotes. When you are using the Sterling
Connect:Direct for i5/OS F4 prompting feature, the system supplies the single quotes if you do not
type them with the file name on the command line.
Sterling Connect:Direct for i5/OS supports both the native file system and the integrated file system.
Note: If the TDSN requires a password, specify the password in the TDSN after the data set name.
A slash (/) must follow the data set name and precede the password. This password is used
at data set allocation. If it is not correct, the system issues a Write to Operator Request
(WTOR) which requests the password when Sterling Connect:Direct opens the data set.
The following table summarizes the data set name requirements for Sterling Connect:Direct
platforms.
SNODENVIRN
TDSN
Format
Special Considerations
OS/400
Native File System
Enclose in single quotation marks.
‘library-name/file-name’
‘library-name/file-name (member-name)’
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IBM Sterling Connect:Direct for i5/OS User’s Guide
SNODENVIRN
TDSN
Format
Special Considerations
Integrated File System
‘/QSYS.LIB/library-name.LIB /file-name.FILE
/member-name.MBR’
You cannot specify the *SNDFFD,
*SELECT, and *EXCLUDE parameters
with the integrated file system.
or
‘/directory/file-name| /QLANSrv/file-name|
/QDLS/folder-name| /QOpenSys/file-name’
Spool File Support
spooled-file-name
Do not use member names longer than
eight characters when sending to z/OS,
VSE, and MSP. The results are
unpredictable.
OS/390, VSE,
MSP, MVS
Standard z/OS DSN naming conventions.
Single quotes allow special characters. Do
not use member names longer than eight
characters. The results are unpredictable.
VM
Fully qualified file-name
Tandem
\system.$volume.subvolume.filename
Microsoft
Windows
drive:\directory\subdirectory\filename
or
\\servername\sharepointname\subdirectory\fil
ename
UNIX
/directory/subdirectory/filename
OpenVMS
node::device:[directory]filename.type;version
When you are copying a file, the file
specification must be enclosed in single
quotation marks if it uses spaces or other
special characters not recognized by the
other node.
Stratus VOS
Fully qualified path and file name
Enclose the file name in double quotation
marks when you use a reserved word
(statement name or keyword) for the file
name.
FMSYSOPTS(‘
PRECMPR(*YES | *NO) EXITCMD(valid i5/OS command) FAILCMD(valid i5/OS command)
SNDFFD(*YES | *NO) TEXTFILE(*YES | *NO) TYPE(FILE | MBR | OBJ)
XTRAN(table-name) CODEPAGE(nnnnn,nnnnn)[XTRANLSO(so-code) | XTRANLSI(si-code |
XTRANLDATA(MIXED | DBCS)|XTRANPAD(pc)] CCSID(nnnnn) EORCHAR(xxxx)
ALWNULL(Y)’) specifies sending system operations. If you omit this parameter, Sterling
Connect:Direct for i5/OS assumes ‘TYPE(FILE)’. The maximum number of characters for
FMSYSOPTS is 2K.
Note: All FMSYSOPTS keyword values must be enclosed in parentheses. The entire
FMSYSOPTS string must be enclosed in single quotes, for example,
FMSYSOPTS(‘TYPE(FILE) SNDFFD(*YES)’).
PRECMPR(*YES|*NO) specifies that the file being sent has previously been compressed using the
CDCOMP command. This option PRECMPR(*YES) cannot be specified if a secured copy function is
being performed using Sterling Connect:Direct Secure Plus. To send a file that has been compressed,
you must specify the PRECMPR(*YES) parameter with the CDSND command. For information
Note: Ensure that the output file contains no members before you execute CDCOMP.
Sending a File
25
EXITCMD(valid i5/OS command) specifies a command to execute only if the copy process is
successful.
FAILCMD(valid i5/OS command) specifies a command to be executed only if the copy process is
not successful.
SNDFFD(*YES|*NO) specifies whether the sending node transfers file field descriptions.
Use the following formula to determine whether a file is sent with the file field descriptions. If the
bytes required value is greater than 12K, you cannot transfer the file field descriptions.
12 x number of keys) + (45 x number of fields) +SYSOPTS=bytes required
Note: You cannot use this parameter with the integrated file system.
TEXTFILE(*YES|*NO) specifies the file being sent is a text file. This keyword is for the i5/OS
only.
TYPE(FILE|MBR|OBJ) specifies the type of data to be sent. You must define the type of data to be
copied as one of the following:
FILE specifies that the file being copied is a physical database file.
MBR specifies that the object being copied is a member of a physical database file.
OBJ specifies that the data to be copied is in save file format.
XTRAN(table-name) specifies the translation table to use. The named table object must exist in a
library that is in the library list of the session manager job. If the library name is not in the list, the
CDSND command fails.
If the XTRAN keyword is present, then the following related optional keywords can also be used:
XTRANLSO (so-code) specifies extended translation local shift-out code. This keyword
specifies the hexadecimal code to use for the local (i5/OS side) shift-out (SO) character and
overrides the default value of 0E. You can specify any two valid hexadecimal digits.
XTRANLSI (si-code) specifies extended translation local shift-in code. This keyword specifies
the hexadecimal code to use for the local (i5/OS side) shift-in (SI) character and overrides the
default value of 0F. You can specify any two valid hexadecimal digits.
XTRANLDATA (MIXED|DBCS) specifies extended translation local data format. This
keyword specifies the format of the data on the local (i5/OS side) of the COPY.
MIXED indicates that the data can contain both double-byte character set (DBCS) and
single-byte character set (SBCS) characters and that SO/SI characters are used. MIXED is the
default.
XTRANPAD(pc) specifies that padding characters are in use. When DBCS data is translated
from EBCDIC to ASCII, PAD specifies that the SHIFT-OUT and SHIFT-IN characters are
replaced by a pad character to allow the displacement of fields within a record to remain
unchanged during translation.
When DBCS data is translated from ASCII to EBCDIC, PAD specifies that the input ASCII
DBCS file is in a padded format. The character immediately preceding a DBCS character or
string is overlaid by the SHIFT-OUT character. The character immediately following a DBCS
character or string is overlaid with the SHIFT-IN character. This allows the displacement of fields
within a record to remain unchanged during translation.
pc is the pad character to be used during EBCDIC to ASCII translation. pc is ignored for
ASCII to EBCDIC translations.
If XTRANPAD is not used, the SI/SO characters are stripped from the file when transferring
from EBCDIC to ASCII, and added to the records when sending from ASCII to EBCIDC.
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IBM Sterling Connect:Direct for i5/OS User’s Guide
DBCS indicates that the data is pure DBCS characters and that no SO/SI characters are used.
The following rules apply to the use of the XTRAN keyword:
™
You must specify the XTRAN keyword to use extended translation; all other keywords are
optional.
™
™
™
The default for local shift-out is the IBM standard x0E.
The default for local shift-in is the IBM standard x0F.
The default local data format is MIXED with SO/SI in use. XTRAN is not allowed with
PRECMPR(*YES) or DECMPR(*NO)
™
If you send a file to an ASCII platform using extended translation, you must specify in the
TOSYSOPTS that the data type is binary. Refer to the IBM Sterling Connect:Direct Processes
Web site at http://www.sterlingcommerce.com/documentation/processes/processhome.html for
platform-specific SYSOPTS parameters.
CODEPAGE(nnnnn,nnnnn) converts data from one code page to another. The supported
conversions are identified on the IBM Web site in the V5R1 Information Center, DB2 Universal
Database for iSeries SQL Reference, Appendix E. CODEPAGE() on Sterling Connect:Direct for
i5/OS relates to CODEPAGE() developed for the z/OS system, UNIX, and Microsoft Windows.
nnnnn identifies the IBM CCSID codepage number to convert from and the IBM CCSID code
page number to convert to. If the FROM code page or TO code page is locale, the code page for
the locale where Sterling Connect:Direct is executing is used. For example, if
fmsysopts(codepage(locale,1208)), then the FROM code page is the code page for the locale and
the TO code page is UTF-8.
ALWNULL(Y) specifies if NULLS characters will be processed when sending DB2 files.
CCSID(nnnnn) specifies the coded character set ID to use when creating IFS files. If no character set
ID is specified, the system default is used.
EORCHAR(xxxx) specifies the two-to four-digit hexadecimal symbol to identify the character to use
in text files as the end-of-record character, for example, EORCHAR(0A).
TOSYSOPTS(‘DECMPR(*YES|*NO) TYPE(FILE|MBR|OBJ|SPLF) EXITCMD(valid i5/OS Com-
mand) FAILCMD(valid i5/OS Command) CCSID(nnnnn) EORCHAR(xxxx) ’)
specifies system operation parameters a the receiving node. The maximum number of characters
permitted for TOSYSOPTS is 256. The format of CODEPAGE is based on the remote operating
system default values for CDSND.
For additional information about valid platform-specific SYSOPTS parameters, see the appropriate
COPY statement section of the IBM Sterling Connect:Direct Processes Web site at
http://www.sterlingcommerce.com/documentation/processes/processhome.html.
EXITCMD(valid i5/OSi5/OS command) specifies a command to be executed only if the copy
process is successful.
FAILCMD(valid i5/OS command) specifies a command to be executed only if the copy process is
not successful.
DECMPR(*YES|*NO) specifies whether the receiving Sterling Connect:Direct node is to
decompress the received file. This parameter is valid only when the receiving system is a Sterling
Connect:Direct for i5/OS node. The EXITCMD and FAILCMD are valid here if the receiving node is
i5/OS 3.3.00 or higher. This option DECMPR(*NO) cannot be specified if a secured copy function is
being performed using Sterling Connect:Direct Secure Plus.
Note: Ensure that the destination file contains no members before you send a file with
DECMPR(*NO) specified.
*NO instructs the receiving system to place the received data in a database file without
decompressing it.
Sending a File
27
CCSID(nnnnn) specifies the coded character set ID to use when creating IFS files. If no character set
ID is specified, the system default is used.
EORCHAR(xxxx) specifies the two-to four-digit hexadecimal symbol to identify the character to use
in text files as the end-of-record character, for example, EORCHAR(0A).
CODEPAGE(nnnnn,nnnnn) converts data from one code page to another. The supported
conversions are identified on the IBM Web site in the V5R1 Information Center, DB2 Universal
Database for iSeries SQL Reference, Appendix E. CODEPAGE() on Sterling Connect:Direct for
i5/OS relates to CODEPAGE() developed for the z/OS system, UNIX, and Microsoft Windows.
nnnnn identifies the IBM CCSID code page number to convert from and the IBM CCSID code
page number to convert to. If the FROM code page or TO code page is locale, the code page for
the locale where Sterling Connect:Direct is executing is used. For example, if
tosysopt(codepage(1208,locale)), then the FROM codepage is UTF-8 code page and the TO code
page is the local code page.
TYPE(FILE|MBR|OBJ|SPLF) specifies the type of data to be sent. Define the type of data to be sent
as one of the following:
FILE specifies that the file being copied is a physical database file.
MBR specifies that the object being copied is a member of a physical database file.
OBJ specifies that the data to be copied is in save file format.
SPLF specifies that the data to be copied is an i5/OS spooled output file.
For each type of file, you can specify certain additional TOSYSOPTS parameters.
If the receiving node is a Sterling Connect:Direct for i5/OS node, the following TOSYSOPTS
parameters are valid for TYPE(FILE) and TYPE(MBR) files:
RCDLEN(record-length) specifies the data length for each record in the file.
FILETYPE(*SRC|*DATA) specifies the type of file to be created.
TEXT(‘text description’) specifies a text description to be associated with this member (and
file, if created). This description cannot exceed 50 characters and must be enclosed in single
quotes.
EXPDATE(expiration-date) specifies the date after which the new or replaced member cannot
be used. If EXPDATE is not specified, then the file does not have an expiration date.
MAXMBRS(number|*NOMAX) specifies the maximum number of members a physical file
can contain.
SIZE(#-of-recs|incr-value #-of-incrs|*NOMAX) used when a new file is created for the file
received.
AUT(*CHANGE|*ALL|*USE|*EXCLUDE) specifies the authority to be given to a user who
does not have specific authority to the file or member, is not on the authorization list, and whose
user group does not have specific authority to the file or member.
IGCDTA(*YES|*NO) specifies that DBCS support is installed on the destination i5/OS node
and the file being sent contains DBCS data.The following TOSYSOPTS parameters are valid for
TYPE(OBJ) files:
MAXRCDS(number|*NOMAX) specifies the maximum number of records the save file (which
was created to hold the data received) can reach.
ASP(auxiliary-storage-pool) specifies the auxiliary storage pool from which the system
allocates storage for the save file.
TEXT(‘text description’) specifies a text description to be associated with this object. This
description cannot exceed 50 characters and must be enclosed in single quotes.
AUT(*EXCLUDE|*CHANGE|*ALL|*USE) specifies the authority to give to a user who does
not have specific authority to the object, is not on the authorization list, and whose user group
does not have specific authority to the object.
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IBM Sterling Connect:Direct for i5/OS User’s Guide
The following TOSYSOPTS parameters are valid for TYPE(SPLF) files:
DEV(*JOB|*SYSVAL|device-name) specifies the name of the printer device description.
DEVTYPE(*IPDS|*SCS)|*USERASCII specifies the type of data stream created for a printer
file from the data received.
PAGESIZE(page-length page-width) specifies the length and width of the page used by the
printer. This parameter overrides the FORMTYPE parameter.
LPI(3|4|6|7.5|8|9) specifies the line space setting (lines per inch) on the printer.
CPI(5|10|12|13.3|15|16.7|18|20) specifies the printer character density, in characters per inch, for
the printer.
OVRFLW(overflow-line-number) specifies the line number on the page where overflow to a
new page begins. The value specified must not exceed the form length specified for PAGESIZE.
FOLD(*NO|*YES) specifies whether entire records are printed when the record length exceeds
the form width.
RPLUNPRT(*YES ‘replacement-character’|*NO) specifies whether unprintable characters
are replaced with printable characters when printed. It also specifies the replacement character.
ALIGN(*NO|*YES) specifies whether the page must be aligned in the printer before printing is
started.
CTLCHAR(*NONE|*FCFC) specifies whether the data contains printer control characters.
CHLVAL(*NORMAL| (channel#1 line#1) ... (channel#12 line#12)) specifies the list of
channel numbers with their assigned line numbers. Note that CTLCHAR(*FCFC) must be
specified as a SYSOPTS parameter for this to be a valid parameter.
FORMFEED(*DEVD|*CONT|*CUT|*AUTOCUT) specifies the form feed attachments used
by the printer (4214, 5219, and 5553 printers only).
PRTQLTY(*STD|*DRAFT|*DEVD|*NLQ) specifies the quality of print produced.
DRAWER(1|2|3|*E1) specifies the source drawer to be used when automatic cut-sheet feed
mode is used. FORMFEED(*AUTOCUT) must be specified as a SYSOPTS parameter for this to
be a valid parameter.
FONT(*CPI|*DEVD|font-identifier) specifies the font identifier to be used for the spooled
output file.
CHRID(*DEVD|*SYSVAL| graphic-character-set code-page) specifies the character
identifier to be used for the spooled output file. This parameter allows you to print data with
different character identifier coding.
PAGRTT(*DEVD|*COR|0|90|180|270) specifies the degree of rotation (clockwise from the
edge of the paper first loaded into the printer) of text on each page printed. 0|90|180|270 indicates
the specific angle of rotation.
PRTTXT(‘print-text’) specifies a line of text to be printed at the bottom of each page printed.
Up to 30 characters enclosed in single quotes is specified.
JUSTIFY(0|50|100) controls the print positions of the characters on the page (in the spooled file)
so the right margin is regular.
DUPLEX(*NO|*YES|*TUMBLE) specifies whether the spooled output file is printed on one or
both sides of the paper.
SPOOL(*YES|*NO) specifies whether the data is sent to a spooled file prior to printing.
OUTQ(*JOB|*DEV|library-name/output-queue- name) specifies the output queue for the
spooled output file created. This parameter is valid only when SPOOL(*YES).
FORMTYPE(form-type) specifies the type of form to use in the printer when the spooled file is
printed. A form-type identifier is user-defined and is no longer than 10 characters. The
PAGESIZE parameter overrides this parameter.
Sending a File
29
COPIES(number-of-copies) specifies the number of copies to be printed. Valid values range
from 1–255. This parameter is valid only when SPOOL(*YES).
MAXRCDS(maximum-records) specifies the maximum number of records that is placed in the
spooled file. Valid values range from 1–500000. This parameter is valid only when
SPOOL(*YES).
FILESEP(number-of-file-separators) specifies the number of blank separator pages to be
placed between each copy of the file printed.
HOLD(*YES|*NO) specifies whether the file is to be held on the output queue until released by
the user. This parameter is valid only if SPOOL(*YES).
SAVE(*YES|*NO) specifies whether the spooled output file is to be saved on the output queue
once printed. This parameter is valid only if SPOOL(*YES).
OUTPTY(*JOB|output-priority) specifies the scheduling priority of the file on the output
queue. This parameter is valid only if SPOOL(*YES).
USRDTA(user-data) allows up to 10 characters of data to identify the spooled output file. This
parameter is valid only if SPOOL(*YES).
Refer to the IBM Sterling Connect:Direct Processes Web site at
http://www.sterlingcommerce.com/documentation/processes/processhome.html for general
information on SMS support and TOSYSOPTS parameters for other platforms.
Optional Parameters
The following parameters, listed alphabetically, are optional. Unless noted, the parameters apply to all remote
node environments.
BLKSIZE(n|*CALC)
specifies the blocksize value for the source file. This value must be a multiple of the file record size.
n specifies the block size of the file. This value must be a multiple of the record size. The valid range
is 1–32720
*CALC indicates that the blocksize is calculated.
CKPTINV(n)
Number of bytes, from 1K to 2 gigabytes, to send or receive before taking a checkpoint. The format is
nnnnnnn, nnnnnnK, or nnnnnnM, where K specifies thousands of bytes and M specifies millions of
bytes. A value of 0 specifies no checkpoint restart Sterling Connect:Direct for i5/OS uses the value
you specify, rounded up to the nearest record boundary, to determine when to take a checkpoint. If
you specify a value between 1 and 1023, the value becomes 1024 or 1K.
A checkpoint interval specified here overrides the system-wide default value in the initialization
parameters file.
Checkpointing cannot occur in the following cases, even if you specify a checkpoint interval:
™
The file being sent is compressed during the send operation by the local node using the extended
compression feature, and decompression is deferred on the receiving node. That is, the
TOSYSOPTS parameter has DECMPR(*NO).
™
™
A precompressed file is sent and decompressed by the receiving node during the send operation.
That is, the FMSYSOPTS has PRECMPR(*YES) and TOSYSOPTS has DECMPR(*YES).
A file is sent to a single z/OS partitioned data set member.
If you request checkpointing when you are transferring multiple members of a file, checkpoints are
taken only at member boundaries regardless of the interval specified in the initialization parameters or
in the CDSND or CDRCV command.
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IBM Sterling Connect:Direct for i5/OS User’s Guide
CLASS(n)
determines the node-to-node session on which an operation can execute. The CLASS is a number in
the range of 1–255. If you do not specify the CLASS parameter, it defaults to the number of maximum
sessions defined in the mode description for the communications environment.
Note: The CLASS parameter is not used by Sterling Connect:Direct for i5/OS.
COMPRESS (*NO|*YES|*EXT|X\xx\|C\cc\)
specifies that the data is to be compressed, which reduces the amount of data transmitted as the file is
copied from one node to another. The file is automatically decompressed at the destination.
Note: Compression is CPU-intensive, and its effectiveness depends on the data and line speed.
Only use it if it benefits the installation.
You should specify the primary compression character for text data or single-character repetitive data.
Extended compression generally offers improved compression for all types of data.
*NO specifies no compression.
*YES enables compression. If *YES is specified, the default primary compression character is
PRIMEchar=X\40\ (hex 40=“ ”).
If you specify *YES, Sterling Connect:Direct compresses the data transmitted based on the following
rules:
™
Repetitive occurrences (ranging from 2–63) of the primary compression character are
compressed to one byte.
™
Repetitive occurrences (ranging from 3–63) of any other character are compressed to two bytes.
*EXT specifies that extended compression is used to search for repetitive strings of characters in data
and compress them to codes that are transmitted and converted back to the original string during
decompression. Use this parameter when the line transmission speeds are limited, the CPU is
available, and the data is repetitive.
X\xx\ enables compression, where xx is the hexadecimal representation of the value to be used for the
primary compression character.
C\cc\ enables compression, where cc is the character representation of the value to be used for the
primary compression character.
CRC(*INITPARMS|*NETMAP|*OFF|*ON)
Determines whether node and Process statement overrides for Cyclic Redundancy Check (CRC) are
allowed. If this value is set to *OFF, setting overrides for CRC checking will be ignored. The default
value is *INITPARMS.
*INITPARMS specifies that the CRC setting is determined by the value for the initialization
parameter TCP.CRC.
*NETMAP specifies that the CRC setting is determined by the value for the NETMAP parameter,
Cyclic Redundancy Check. The value for the initialization parameter TCP.CRC must be set to *ON
and the value for the initialization parameter TCP.CRC.OVERRIDE must be set to *YES.
*OFF specifies that CRC is disabled.
*ON specifies that CRC is enabled.
ECTUNING(ecclevel,ecwinsize,ecmlevel)
ECCLEVEL specifies the extended compression level, which affects how much CPU the extended
compression routines use. Higher compression levels use more CPU but achieve greater compression.
The valid values for this subparameter are 1–9, inclusive. The default value is *INITPARMS.
Sending a File
31
ECWINSIZE specifies the extended compression window size, which is specifically for the history
buffer that is filled from the user’s input buffer (both compressing and decompressing). The window
specifies the amount of storage designated to maintain data previously read.
This data can be scanned for string matches. The extended compression window size affects how
much virtual memory the extended compression routines use. Higher window size values use more
memory but achieve greater compression. The valid values for this subparameter are 8–15, inclusive.
The default value is *INITPARMS.
ECMLEVEL specifies the extended compression memory level parameter, which determines how
much memory should be allocated for other internal data structures like the hash table and the
previous table (pointers to previous strings starting with the same 3 characters). The extended memory
level affects how much memory the extended compression routines use. Higher memory levels use
more virtual memory but achieve greater compression. The valid values for this subparameter are 1–9.
inclusive. The default value is *INITPARMS.
EXCLUDE (generic|member-name|(start-range/stop-range)|‘list’)
specifies criteria that identifies the file members that are not to be copied. EXCLUDE allows you to
make exceptions to members specified generically or by range in the SELECT option.
generic specifies a generic member name. For example, if you specify CD*, all member names
beginning with CD are excluded.
member-name specifies an individual member name.
start-range/stop-range specifies first and last names in an alphanumeric range of members.
Although member names in a range are treated as generics, they cannot be used with an asterisk (*). A
slash (/) separates the first (start-range) and last (stop-range) member names. The two members
specified, as well as all members in the range, are excluded.
‘list’ specifies any combination of the subparameters.FDISP(current, normal end, abnormal end)
specifies the status of the sending file and what is to be done with the file after notification of
successful or unsuccessful transmission.
current specifies the status of the file. Valid values for this subparameter are:
SHR specifies that the member is read simultaneously by another operation. The default is SHR.
OLD specifies that the operation is to be given exclusive control of the file.
normal end specifies the disposition of the file following a normal operation termination, resulting in
a zero completion code. Valid dispositions are:
KEEP specifies that the system is to keep the member after the operation ends.
DELETE specifies that the system is to delete the member after the operation ends.
abnormal end specifies the disposition of the file after an abnormal operation termination, resulting
in a nonzero completion code. Valid source file dispositions are:
KEEP specifies that the system is to keep the member after the operation terminates abnormally.
DELETE specifies the system is to delete the member after the operation terminates abnormally.
Note: Currently, normal end disposition and abnormal end disposition are not applicable for
Sterling Connect:Direct for i5/OS.
NOTIFY(userid)
specifies the user ID on the sending node to receive status messages that are directed to the user’s
message queue.
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IBM Sterling Connect:Direct for i5/OS User’s Guide
PLEXCLASS(user-defined class)
specifies a user-defined class containing up to eight characters associated with a Sterling
Connect:Direct/Server in a Sterling Connect:Direct/Plex environment. This represents a type of server
on which you want to run a task, for example TAPE.
Note: This parameter is for use only in Sterling Connect:Direct for i5/OS environments.
PNAME(process-name)
identifies the Process in any messages or statistics. The name is from 1 to 12 characters long. The first
character must be alphabetic. The default name is CDSND.
Note: Only Sterling Connect:Direct for i5/OS and Sterling Connect:Direct for UNIX support
Process names with more than 8 characters.
PNODEID(id, pswd, newpswd)
specifies security user IDs and passwords at the local i5/OS node. Use this parameter only to validate
security with a different ID than the one you used to sign on to the system.
id specifies the security ID passed to the security system on the sending node (1–10 alphanumeric
characters).
pswd specifies the current security password for the specified ID. The security system on the sending
node can use this parameter to validate the current security password (1–10 alphanumeric characters).
This is optional unless the user has security set to require a password.
newpswd specifies the new security password. The security system can use this parameter to change
the current security password to the new security password (1–10 alphanumeric characters).
Note: Although you can specify a value for newpswd, Sterling Connect:Direct for i5/OS does not
support this parameter.
REPLACE (*YES|*NO)
specifies that the sending file replaces members of the same name at the receiving file or PDS.
RMTWORK(*NO|*YES)
specifies whether a remote process can run on the session after Sterling Connect:Direct for i5/OS has
completed its Process on the session.
*NO terminates the session after Sterling Connect:Direct for i5/OS executes the command function.
*YES allows a remote process to run on the session after Sterling Connect:Direct for i5/OS completes
its Process.
SACCT(accounting-data)
specifies the accounting data for the receiving node. The maximum length of the accounting data is
256 characters. If special characters are part of the accounting data, the string must be enclosed in
single quotation marks.
SECOPTIONS(* *)
Encryption and Digital Signature values.
Encryption specifies if data encryption is to be performed and what algorithm to use.
Sending a File
33
Digital Signature specifies if a digital signature is created while a file is being transmitted.
Note: The SECOPTIONS parameter is valid only if the Sterling Connect:Direct Secure Plus is
installed. For information about these parameters, refer to the IBM Sterling Connect:Direct
Secure Plus Implementation Guide.
SELECT(member, new-name, R/NR, ‘list’)
specifies selection criteria by which file members are to be copied. Use this parameter when you
specify TYPE(FILE) in the FMSYSOPTS parameter.
Note: *FIRST is not a valid subparameter.
The SELECT parameter consists of three positional subparameters separated by commas.
member specifies the member(s) to be copied. You can also specify a list of individual member
names or generic member names separated by spaces. However, you cannot use the new-name and
replace-member (R) subparameters when specifying a list. Member selections are:
* represents a global generic and indicates that all members of the file are to be included.
generic specifies a generic member name. For example, if you specify CD*, all member names
beginning with CD are selected for copying.
member-name specifies an individual member name.
start-range/stop-range specifies first and last names in an alphanumeric range of members.
Although member names in a range are treated as generics, you cannot use them with an asterisk
(*). A slash (/) separates the first (start-range) and last (stop-range) member names. The two
members specified, as well as all members in the range, are copied.
new-name specifies a new name for a member. The new-name subparameter cannot be used if you
use a generic or range to select the members to be copied or if you specify a list of member names.
R/NR specifies whether a copied member replaces an existing member of the same name in the
receiving file. When used with a generic or a range, this subparameter applies to all members selected.
Note: When using a generic and specifying NR or R, the second positional subparameter
(new-name) must be null, for example, generic*,,NR.
R specifies that a member replaces an existing member of the same name in the receiving file.
When used with the new-name subparameter, R applies to the specified new-name and not the
original member name.
NR specifies that a member does not replace an existing member of the same name in the
receiving file. NR overrides the REPLACE parameter.
‘list’ specifies any combination of the subparameters.
SNODEID (id, pswd, newpswd)
specifies security user IDs and passwords at the remote node. If nothing is specified for this
parameter, the user profile of the user who submits the command is sent to the remote node with a
blank password.
id specifies the security ID passed to the security system on the receiving node (1–64 alphanumeric
characters).
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IBM Sterling Connect:Direct for i5/OS User’s Guide
pswd specifies the current security password. The security system on the SNODE can use this
parameter to validate the current security password (1–64 alphanumeric characters). This is optional
unless you have security set to require a password.
newpswd specifies the new security password and is used by the security system to change the current
security password to the new security password (1–64 alphanumeric characters).
Note: newpswd is not supported if the remote node is an i5/OS node.
Parameter values are case sensitive.
TBUFND(n)
specifies the number of I/O buffers VSAM uses for transmitting data between virtual and auxiliary
storage. Valid values range from 1–510. The default is 2. Increasing this number generally improves
the I/O performance on the file but requires more memory.
TDBPARMS (dbid, dbsubid)
indicates that the Sterling Connect:Direct SQL SERVER is to process the I/O request against the
database identified by the subparameters of this keyword and defined by the SQL= parameter. The
DBPARMS parameter is used with the optional Sterling Connect:Direct for SQL feature. This
parameter is valid for z/OS nodes only. Only DB2 is supported.
To determine the values to code to access a given DB2 table or set of DB2 tables, consult your
database administrator.
dbid specifies the DB2 database ID of one to four bytes.
dbsubid specifies the DB2 database sub-ID of one to four bytes.
TDCB (modeldcb, blksize, den, dsorg, keylen, linct, lrecl, optcd, recfm, rkp, trtch)
overrides attributes of the source file. For existing source and destination files, DCB attributes are
determined from the operating system unless specified. For a new destination file, use the DCB
attributes of the source file to allocate the destination file unless you provide DCB information in the
operation.
modeldcb specifies a model data set control block (DSCB).
blksize specifies the length in bytes of the block. The minimum length is 18 bytes, and the maximum
length is 32,760 bytes.
den specifies the magnetic tape mode setting. The following table shows the values for the DEN
parameter for 7- and 9-track tapes. When coded together, the DEN and TRTCH values are used to
select a tape device for allocation by the remote node.
DEN
7-Track Tape
9-Track Tape
1
2
3
4
556 bpi
--
800 bpi
800 bpi
1600 bpi
6250 bpi
--
--
dsorg specifies the file organization. Valid file organizations are BDAM, ISAM, PO, PS, and VSAM.
keylen specifies the length of the keys used in a file. Maximum length is 255 bytes.
limct specifies the blocks or tracks searched to find a free block or available space.
lrecl specifies the record length in bytes.
Sending a File
35
optcd specifies optional processing associated with this file. This specification only applies to this file
and is not automatically applied to the other files involved in the RECEIVE operation. Valid options
are:
W performs write validity checks on direct access storage devices.
Q performs ASCII-to-EBCDIC conversion for input files and EBCDIC-to-ASCII conversion for
output files. Q is the default and only used for AL-labeled tape files.
Z performs reduced error recovery for tape files.
recfm specifies the format of the records in the file. You can specify any valid record format, such as:
F specifies fixed format.
FA specifies fixed format with ASA printer control.
FB specifies fixed block format.
FBA specifies fixed block format with ANSI carriage control.
FM specifies fixed format with machine code control character.
U specifies undefined format.
V specifies variable format.
VB specifies variable block format.
VBA specifies variable block format with ASA printer control.
VBM specifies variable block format with machine code control character.
VS specifies variable spanned format.
VBS specifies variable block spanned format.
For FDR volumes, you must specify RECFM=U.
rkp specifies the position of the first byte of the record key within each logical record. The beginning
byte of a record is addressed as 0.
trtch specifies the magnetic tape mode setting. When coded together, the TRTCH and DEN values
select a tape device for allocation by Sterling Connect:Direct for z/OS. Valid options are:
C specifies data conversion, odd parity, and no translation.
E specifies no data conversion, even parity, and no translation.
T specifies no data conversion, odd parity, and BCD or EBCDIC translation.
ET specifies no data conversion, even parity, and BCD or EBCDIC translation.
COMP is a feature for 3480X tape drives only. It enables Improved Data Recording Capability
(IDRC), which compresses the data. This subparameter overrides the system-wide IDRC setting
for no compression. If you are specifying COMP, you must also include a UNIT= parameter that
specifies either 3480X or a systems programmer-defined name equivalent to a 3480X tape drive.
NOCOMP overrides the system-wide IDRC setting for compression. It applies to 3480X tape
drives only.
TDISP (current, normal end, abnormal end)
specifies the status of the file on the receiving node.
current specifies the status of the file before the operation executes. Valid choices for this
subparameter are:
NEW indicates that the current Sterling Connect:Direct operation creates the destination file or
member.
OLD indicates that the destination member already exists. The operation has exclusive control of
the member. If the destination member does not exist, the operation fails.
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IBM Sterling Connect:Direct for i5/OS User’s Guide
MOD indicates that the operation modifies the member by adding data to the end of the member
or, if none exists, allocates a new member. The file is also created if it does not exist.
RPL indicates that the destination file or member is replaced. The file is created if it does not
exist.
SHR indicates that another operation can read the file simultaneously. The file is created if it does
not exist on i5/OS.
Note: Normal end disposition and abnormal end disposition are not applicable when sending
to Sterling Connect:Direct for i5/OS.
For information on subparameters for other Sterling Connect:Direct platforms, refer to the IBM
Sterling Connect:Direct Processes Web site at
http://www.sterlingcommerce.com/documentation/processes/processhome.html.
TIOEXIT(program-name)
specifies the name of the user-written program to be given control for I/O-related requests for the
associated data.
TIOPARM(parameter-names)
specifies a parameter or list of parameters to be passed to the specified exit. The TIOPARM syntax is
dependent on the parameter list required by the program specified in TIOEXIT.
TLABEL(seqno, labeltype, pswdread, inout, retpd, expdt)
specifies label information for the tape.
seqno specifies the relative file position on the tape.
labeltype is designated as:
SL specifies IBM standard label.
AL specifies American National Standard label.
BLP specifies bypass label processing.
LTM specifies bypass leading tape marks.
NL specifies no label.
pswdread specifies that a password must be supplied by the operator or user before the file is
accessed.
inout specifies that a BSAM data set opened for INOUT or a BDAM data set opened for UPDAT is to
be read only.
retpd specifies the retention period for the data set in days, where nnnn is one to four digits.
expdt specifies the expiration date for the data set, where yyddd or yyyyddd is a valid Julian date.
TLINK(vmuserid pwd accmode cuu)
specifies the disk where the CMS file is located. This parameter allows the user to access the CMS
file. This parameter is for a VM remote node.
vmuserid specifies the owner ID for the CMS minidisk where the file is located. The valid length
ranges from 1–8 characters.
pwd specifies the appropriate password for the CMS minidisk where the file is located. The maximum
length is 256 characters. The default password is ALL.
accmode specifies the link access mode.
Sending a File
37
When used with the FROM parameter, the access modes are W (primary read/write access), M
(primary multiple access), R (primary read only), RR (primary and remote read only access), WR
(primary read/write access; alternate read only access), MR (primary multiple access; alternate read
only access), and MW (primary multiple access; alternate read/write only access).
When used with the TO parameter, the access modes are W, M, and MW.
cuu specifies the virtual address of the disk where the CMS file is located. Any three-digit number is
valid.
TMSVGP(data-definition-name)
specifies the receiving file mass storage volume group that resides on a mass storage system (MSS)
device. This must be a valid DD (data definition) name.
TPROTCT(*YES|*NO)
specifies whether an IBM RACF profile is created for a new file on a remote VM system.
TRACEOPT
Trace Instructions
(L, S, F, C, X, K, D, H, V, W, P,|*NONE|*ALL|*EXT| *COMMON|*INITPARMS|*CURRENT
specifies the trace bits that define functions to be traced by Sterling Connect:Direct for i5/OS. The
following are valid options:
™
™
™
™
™
™
™
™
™
™
™
™
™
™
™
™
™
L enables the main line logic trace for all components.
S enables the Process step logic trace.
F enables the file handler trace.
C enables the communications logic trace.
X enables the XDR trace.
K enables the KQV logic trace.
D enables the all-purpose data dump.
H enables the FMH dump.
V enables the XDR dump.
W enables the communications dump.
P enables the CIPC dump.
*NONE turns off all traces.
*ALL enables all product traces.(L, S, F, C, X, K, D, H, V, W and P)
*EXT enables all product traces plus two system traces (TRCICF and TRCJOB).
*COMMON enables the communications traces. (L, S, F, C, and H)
*INITPARMS indicates the traces specified in the initialization parameters.
*CURRENT selects the trace bits that the session manager is currently using.
Command Trace Options
L,S,F,C,X,K,D,H,V,P|*ALL|*EXT|*COMMON| *NONE)
specifies the trace bits that define functions to be traced for this command but not for the Process it
runs. The following are valid options:
™
™
™
™
™
L enables the main line logic trace for all components.
S enables the Process step logic trace.
F enables the file handler trace.
C enables the common logic trace.
X enables the XDR trace.
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IBM Sterling Connect:Direct for i5/OS User’s Guide
™
™
™
™
™
™
™
™
™
K enables the KQV logic trace.
D enables the all-purpose data dump.
H enables the FMH dump.
V enables the XDR dump.
P enables the CIPC dump.
*ALL enables all product traces.(L, S, F, C, X, K, D, H, V, and P)
*EXT enables all product traces plus two other traces. (TRCICF and TRCJOB)
*COMMON enables the most commonly used traces. (L, S, F, C, and H)
*NONE turns off all traces.
TSPACE(avgblk, type, primary, secondary, pdsblk, rlse, contig, round)
specifies the amount of storage to be allocated for new files on the destination node.
If you specify SPACE, the DISP of the destination file must be NEW. If you do not specify SPACE
and the DISP is NEW, space allocation defaults to the value obtained from the source file (unless a
TTYPE has been specified). The default allocation is in blocks and, if supplied with the ROUND
option, provides device-independent space allocation.
This parameter is required for all new non-VSAM files unless you have specified a type key that
includes a SPACE parameter.
avgblk defines the average blocksize.
type defines the space allocation. Valid options are:
CYL specifies that space is to be allocated by cylinder.
TRK specifies that space is to be allocated by track.
blk specifies that space is to be allocated by the average block length of the data and is the
default. The system computes the number of tracks to be allocated. If the subparameter ROUND
is also specified, the system allocates the space in cylinders. ROUND is preferred because
allocation is performed on cylinders in a device-independent manner. If no space information is
coded, allocation is in blocks, due to device dependencies.
primary specifies the primary allocation of storage in number of units.
secondary specifies the secondary allocation of storage in number of units.
pdsblk specifies the number of PDS directory blocks to be created in the file.
rlse specifies that the unused storage allocated to the output file be released. Valid values are *YES
and *NO.
contig specifies that the storage for the local allocation must be contiguous. Valid values are *YES
and *NO.
round specifies that the storage allocated by average block length is rounded to an integral number of
cylinders. Valid values are *YES and *NO.
TSQL (‘sql-statement’|‘DSN=data-set-name’)
defines the SQL statement to be processed against the database identified by the DBPARMS
parameter or the DSN containing the SQL statements. The SQL parameter is used with the optional
Sterling Connect:Direct for z/OS SQL feature. This parameter is valid for Sterling Connect:Direct for
z/OS nodes only.
‘sql-statement’ defines the actual SQL statement to be processed.
‘DSN=data-set-name’ specifies the data set containing the SQL statement(s) to be processed.
Sending a File
39
TTYPE(entry-name)
specifies the entry name of the type defaults file on the remote node that contains the default file
attributes used to allocate the destination file.
TUNIT(file-address)
specifies the unit address, device type, or user-assigned group name where the file resides or will
reside. For SAM-to-SAM copies where the destination file is new and the UNIT parameter is not
coded, the device type from the source file is used. For VSE nodes, you must specify either this
parameter or TVOL.
Specify a unit-count to allow additional units to be allocated if required, or specify P to allocate the
same number of units as volumes and then parallel mount the volumes.
TVOL(private, volcount, ser)
specifies the volume serial number or numbers containing the file and optional processing associated
with the file. If TVOL is not specified, the file must be cataloged. For VSE nodes, you must specify
either this parameter or TUNIT.
private specifies allocation of an output file only if the volume is specifically requested and is used
for direct access storage devices only. Valid values are *YES and *NO.
volcount specifies the maximum number of volumes required by an output file.
ser identifies by serial number the volumes on which the output file resides or will reside.
TVOLREF(data-set-volume)
allows you to place a data set on the same volume as the referenced data set. It must be cataloged on
the system where it is referenced.
TVSAMCAT = (dsn, vmid, pwd, accmode, cuu)
specifies the catalog for the VSAM file to be copied. This parameter is required only if using a catalog
other than the master catalog. This parameter is for a VSE or VM remote node.
dsn specifies the filename of the VSAM catalog containing the file to be copied. The maximum length
is 44 characters.
vmid specifies the owner ID for the VSAM minidisk where the file is located. The maximum length is
eight characters.
pwd specifies the appropriate password for the VSAM minidisk where the file is located. The
maximum length is eight characters.
accmode specifies the link access mode. Valid access modes are NULL, W (primary read/write
access), M (primary multiple access), and MW (primary multiple access; alternate read/write only
access).
cuu specifies the virtual address of the disk where the VSAM file is located. Any three-digit number
is valid.
Using Block Mode Transfer
Sterling Connect:Direct for i5/OS supports block mode transfer for send operations. In this mode, Sterling
Connect:Direct uses the file block as the data unit. Using the block mode transfer improves performance
because the sending and receiving nodes handle fewer data units. This type of transfer reduces instruction path
length and decreases execution time. Larger units move between Sterling Connect:Direct and the file access
routines, requiring fewer calls to the access routines and further improving performance.
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IBM Sterling Connect:Direct for i5/OS User’s Guide
Sterling Connect:Direct for i5/OS simulates block reads and writes. Using logical blocks instead of physical
blocks, it allows you to modify the blocksize to match the other node in some cases.
Sterling Connect:Direct for i5/OS supports block mode transfer when the following conditions exist:
™
™
™
Remote node supports block mode
Source and destination files have like characteristics
Files are supported file types
Sterling Connect:Direct for i5/OS supports block mode transfers for the following i5/OS file types:
™
™
™
™
DB2 for i5/OS files (without staged compression)
Spool files
Save files
Stream files (using the integrated file system)
Simulating Blocksizes
The simulated blocksize determines whether a block mode transfer occurs. If the block mode transfer does
occur, the simulated blocksize is used for the transfer. The following rules determine what simulated blocksize
Sterling Connect:Direct for i5/OS uses.
As the receiving node, Sterling Connect:Direct for i5/OS determines the simulated blocksize by these
conditions in order of precedence:
™
™
Destination file blocksize specified on the request
Source file blocksize sent by the sending node in the COPY control block
If neither condition exists, Sterling Connect:Direct uses the record mode.
As the sending node, Sterling Connect:Direct for i5/OS determines the simulated blocksize by these conditions
in order of precedence:
™
™
™
Source file blocksize specified on the request
Destination file blocksize specified on the request
Calculated value*
*Largest multiple of record size less than some arbitrary value, such as 4096.
Block Mode Transfer Examples
The following block mode transfer examples include both sending and receiving examples.
CDRCV Example—Not Specifying Source File Blocksize
In the first example, the request does not specify the source file blocksize. In this scenario, the following
occurs:
™
The Sterling Connect:Direct for i5/OS node sets the source file simulated blocksize to 3200 by using the
destination file value.
™
The receiving Sterling Connect:Direct for i5/OS sets the destination file simulated blocksize to the value
specified on the request.
Sending a File
41
™
Because the blocksizes match, the block mode copy occurs.
C:D i5:
receiving
request:
source blksize=not specified; dest blksize = 3200
srce file:
dest file:
lrecl=80, (on another C:D i5 3.3 node)
NEW
CDRCV Example—Specifying Source File Blocksize
In the second example, the following occurs:
™
Sterling Connect:Direct for i5/OS calculates the simulated blocksize at 3200 because the destination file is
new and the source file specifies a blocksize.
™
™
The receiving node uses the existing destination file blocksize of 3200.
A block mode transfer occurs because the blocksizes match.
C:D i5: receiving
request: source blksize=not specified;dest blksize = not specified;
srce file: lrecl=80, blksize=3200 (on z/OS node)
dest file: NEW
CDSND Examples—Simulating Blocksize
In the third example, the following events occur:
™
™
™
Sterling Connect:Direct for i5/OS sets the simulated blocksize at 6400 from the request.
The receiving node creates the destination file using source file attributes of blksize=6400.
Because the file attributes match, the block mode transfer occurs.
C:D i5:
sending
request:
source blksize=6400; dest blksize = not specified;
srce file:
dest file:
lrecl=80
NEW (on z/OS)
CDSND Examples—Setting Actual Blocksize
In the fourth example, the following events occur:
™
™
™
The remote node sets the destination file blocksize to 3200, the actual blocksize of the destination file.
Sterling Connect:Direct for i5/OS calculates the simulated blocksize at 3200.
The blocksizes are identical, so block mode transfer occurs.
C:D i5: sending
request: source blksize=not specified; dest blksize = not specified;
srce file: lrecl=80
dest file: existing: lrecl=80, blksize=3200 (on z/OS)
CDSND and CDRCV Example
In the fifth example, Sterling Connect:Direct for i5/OS calculates the simulated blocksize at 32720 because the
copy is between two Sterling Connect:Direct for i5/OS nodes.
C:D i5 sending and receiving
request: source blksize=not specified; dest blksize=not specified
srce file: lrecl=32720
dest file: new
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IBM Sterling Connect:Direct for i5/OS User’s Guide
Using the CDSND Screens
Use the Connect:Direct Send File (CDSND) screens to send a file to a remote node.
Sending a File to a Remote Node
Complete the following steps to send a file to a remote node.
1. Access the CDSND screens by typing CDSND at the command line and pressing F4 or by choosing the
send file option from the Sterling Connect:Direct menu.
2. Type in the remote node name at the screen prompt and press Enter. The command retrieves the remote
node environment and displays fields for required parameters.
3. Type values for required and optional parameters as appropriate and press Enter.
Following is a sample of the first screen in the Connect:Direct Send File (CDSND) screen flow. The sample
shows the keyword display option.
Connect:Direct Send File Screen 1
Connect:Direct Send File (CDSND)
Type choices, press Enter.
Receiving Node Name . . . . . . > DALLAS___________
Receiving Node Environment . . .
OS400_______ AS400, MSP, MVS, OS400...
Sending File Name . . . . . . . __________________________________________________
___________________________________
Receiving File Name . . . . . . __________________________________________________
___________________________________
Sending System Operations . . .
'TYPE(FILE)'____________________________________
___________________________________________________________________________________
___________________________________________________________________________________
___________________________________________________________________________________
___________________________________________________________________________________
___________________________________________________________________________________
____________________________________________________________________...
Bottom
F3=Exit
F4=Prompt
F5=Refresh
F12=Cancel
F13=How to use this display
F24=More keys
The content of this screen and the following screens depends on the receiving node environment.
Sending a File
43
Connect:Direct Send File Screen 2
Connect:Direct Send File (CDSND)
Type choices, press Enter.
Receiving System Operations . . ‘TYPE(FILE)’______________________________________
____________________________________________________________________________________
____________________________________________________________________________________
____________________________________________________________________________________
____________________________________________________________________________________
____________________________________________________________________________________
__________________________________________________________________ ...
Trace Options:
Trace Instructions . . . . . .
Command trace options . . . .
Process Name . . . . . . . . . .
Sending Node User Info.:
*CURRENT__________________________
*NONE_____________________________
CDSND___
Name
User Id . . . . . . . . . . .
Password . . . . . . . . . . .
New Password . . . . . . . . .
User to Notify . . . . . . . . .
*CURRENT
Character value, *CURRENT
Character value
Character value
*CURRENT
Name, *CURRENT, *NONE
More...
F13=How to use this display
F3=Exit
F4=Prompt
F5=Refresh
F12=Cancel
F24=More keys
Connect:Direct Send File Screen 3
Connect:Direct Send File (CDSND)
Type choices, press Enter.
Receiving Node User Info.:
User Id . . . . . . . . . . .____________________________________________________
_________________________________
Password . . . . . . . . . . .
New Password . . . . . . . . .
Class . . . . . . . . . . . . .
Checkpoint Interval . . . . . .
Allow remote process . . . . . .
Sending File Disposition:
*MODED
*INITPARMS
*NO
1-255, *MODED
0-9999999, *INITPARMS
Character value, *YES, *NO
Current Disposition . . . . .
Normal End Disposition . . . .
Abnormal End Disposition . . .
SHR
SHR, OLD
KEEP, DELETE
KEEP, DELETE
More...
F13=How to use this display
F3=Exit
F4=Prompt
F5=Refresh
F12=Cancel
F24=More keys
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IBM Sterling Connect:Direct for i5/OS User’s Guide
Connect:Direct Send File Screen 4
Connect:Direct Send File (CDSND)
Type choices, press Enter.
File Members Selection List . . __________________________________________________
____________________________________________________________________________________
____________________________________________________________________________________
____________________________________________________
File Members Exclusion List . .__________________________________________________
____________________________________________________________________________________
____________________________________________________________________________________
____________________________________________________
Sending block size . . . . . . .
Same Member Replaced . . . . . .
CRC . . . . . . . . . . . . . .
Secure+ Options:
*CALC
*YES
*INITPARMS
Character value, *CALC
*YES, *NO
*INITPARMS, *NETMAP, *ON, *OFF
Encryption . . . . . . . . . .
Digital Signature . . . . . .
Compress Data . . . . . . . . .
*
*
*NO
*/Y/N/Algorithm
*, N, Y
Character value, *NO, *YES...
More...
F3=Exit
F4=Prompt
F5=Refresh
F12=Cancel
F13=How to use this display
F24=More keys
Connect:Direct Send File Screen 5
Connect:Direct Send File (CDSND)
Type choices, press Enter.
Extended compression tuning:
Extended compression level . .
Extended compression window .
Extended compression memory .
Receiving File Type Parameter .
Receiving File Disposition:
Current Disposition . . . . .
Normal End Disposition . . . .
Abnormal End Disposition . . .
Receiving Unit:
*INITPARMS
*INITPARMS
*INITPARMS
1-9, *INITPARMS
8-15, *INITPARMS
1-9, *INITPARMS
Character value
NEW
CATLG
NEW, OLD, MOD, RPL, SHR
CATLG, KEEP
KEEP, CATLG, DELETE
Address/Type/Group/Unit-ID . .
Receiving Unit Count/P . . . .
________
___
Character value
Character value, P
More...
F13=How to use this display
F3=Exit
F4=Prompt
F5=Refresh
F12=Cancel
F24=More keys
Chapter 4
Receiving a File
Receiving a file on Sterling Connect:Direct for i5/OS requires the Sterling Connect:Direct Receive (CDRCV)
command. Understanding the Sterling Connect:Direct for i5/OS file systems, the CDRCV command
parameters, and the CDRCV screens enables you to use this command more effectively. This chapter provides
the following information to help you use this command:
™
™
™
™
Using the file systems
Using the CDRCV command
Using block mode transfer
Using CDRCV screens
Additional information about the use of command parameters for receiving remote files is available on the
IBM Sterling Connect:Direct Processes Web site at
http://www.sterlingcommerce.com/documentation/processes/processhome.html.
Using the File Systems
Sterling Connect:Direct for i5/OS supports two types of file systems for the file transfers: native file and
integrated file. The native file system and the integrated file system can both be used to send files to and
receive files from any supported file systems.
Native File System
The native file system used in previous releases of Sterling Connect:Direct for i5/OS remains functional. This
file system accepts the file name in the following formats:
library-name/file-name
specifies the library and file name to be copied.
library-name/file-name(member-name)
specifies the library, file, and member name of the member to be copied. You cannot use the
EXCLUDE and SELECT parameters if you specify a member name.
Integrated File System
As part of the i5/OS, the integrated file system provides an integrated structure over all data stored in the
iSeries. This file system supports stream input/output and storage management like personal computers and
UNIX operating systems.
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IBM Sterling Connect:Direct for i5/OS User’s Guide
The Sterling Connect:Direct for i5/OS integrated file system provides application and data compatibility with
other platforms. The integrated file system consists of five file system types:
™
™
™
™
™
/QLANSrv is a LAN server file system
/QDLS is a document library file system
/QSYS.LIB is the iSeries DB2 file system
/QOpenSys is a UNIX-style file system
All others are part of the root file system
Specifying a Path Name
The integrated file system recognizes the objects by the path specification. You must specify the fully qualified
path name to transfer a file. Sterling Connect:Direct for i5/OS identifies a path that starts with a slash (/) or a
backslash (\) as a request for the integrated file system.
The integrated file system does not support file field description. You cannot specify the SNDFFD(*YES)
under this file system. Similarly, you cannot specify SELECT or EXCLUDE with the integrated file system.
To use this system, you must specify the fully qualified path name in one of the following formats:
/QSYS.LIB/library-name.LIB/file-name.FILE/member-name.MBR
specifies the library, file name, and member name to be copied using the integrated file system.
/directory/file-name|/QLANSrv/file-name|/QDLS/folder-name| /QOpenSys/file-name
specifies the directory, folder, and file names to be copied using the integrated file system.
Directories like /QOpenSys and /root are case-sensitive. The /QSYS.LIB notation is case-sensitive only if you
enclose the name in single quotation marks.
Using the CDRCV Command
Use the CDRCV command to receive a file from a remote node. This command receives files from any file
systems supported by the i5/OS V3R1M0 or later. You can also specify a user-exit command (either
EXITCMD or FAILCMD) to be executed after the completion of a copy process in either FROMSYSOPTS
or TOSYSOPTS. Using EXITCMD, you can specify a command to be executed only if the copy process is
successful. You can also specify a command to be executed only if the copy process is not successful by using
the FAILCMD command. The EXITCMD and FAILCMD commands must be executed on an i5/OS using
Sterling Connect:Direct release 3.3.00 and above. The EXITCMD and FAILCMD are executable iSeries
commands as well as Sterling Connect:Direct as long as the size of the command does not exceed 127 bytes.
CDRCV Command Example
The command shown in the following figure is an example of the CDRCV command.
CDRCV
PNAME(CDRCVD) SNODE(DALLAS.OS3901)
SNODENVIRN(OS390)
FDSN(DALLAS.REPORT)
TDSN(‘DALLIB/REPORT’)
TOSYSOPTS(‘TYPE(FILE)’)
Receiving a File
47
CDRCV Command Format
Following are the parameters for the CDRCV command. Required parameters are in bold.
Command
Parameter
CDRCV
SNODE(remote-node-name)
SNODENVIRN(remote-environment-name)
FDSN(from remote-data-set-name)
TDSN(to data-set-name)
FMSYSOPTS(‘
PRECMPR(*YES|*NO)
CODEPAGE(nnnnn,nnnnn)
EXITCMD(valid i5/OS command)
FAILCMD(valid i5/OS command)
SNDFFD(*YES|*NO)
TEXTFILE(*YES|*NO)
TYPE(FILE|MBR|OBJ)
CCSID(nnnnn)
EORCHAR(xxxx)
ALWNULL(Y)
’)
Note: FMSYSOPTS is required if sending node is i5/OS)
TOSYSOPTS(’
DECMPR(*YES|*NO)
CODEPAGE(nnnnn,nnnnn)
EXITCMD(valid i5/OS command)
FAILCMD(valid i5/OS command)
TYPE(FILE|MBR|OBJ|SPLF)
XTRAN(table-name)[XTRANLSO(so-code)|
XTRANLSI(si-code)|XTRANLDATA(MIXED|DBCS)]
CCSID(nnnnn)
EORCHAR(xxxx)
’)
CKPTINV(n)
CLASS(n)
COMPRESS(*NO|*YES|*EXT|X\xx\|C\cc\)
CRC(*INITPARMS|*NETMAP|*OFF|*ON)
ECTUNING (ecclevel, ecwinsize, ecmlevel)
EXCLUDE(generic, member-name, (start-range/stop-range), ‘list’)
FALIAS(*YES|*NO)
FBUFND(n)
FDBPARMS(dbid, dbsubid)
FDCB(modeldcb, blksize, den, dsorg, keylen, linct, lrecl, optcd, recfm, rkp, trtch)
FDISP(current, normal end, abnormal end)
FIOEXIT(program-name)
FIOPARM(parameter-name)
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IBM Sterling Connect:Direct for i5/OS User’s Guide
Command
Parameter
FLABEL(seqno,labeltype,pswdread,inout,retpd|expdt)
FLINK(vmuserid,pwd,accmode,ccuu)
FMSVGP(data-set-name)
FPDSDIR(*YES|*NO)
FSQL(sql-statement|DSN=data-set-name)
FTYPE(entry-name)
FUNIT(unit-name)
FVOL(private, volcount, ser)
FVOLREF(data-set-name)
FVSAMCAT(dsn,vmid,pwd,accmode,cuu)
NOTIFY(userid)
PLEXCLASS(user-defined class)
PNAME(process-name)
PNODEID(id, pswd, newpswd)
REPLACE(*YES|*NO)
RMTWORK(*YES|*NO)
SACCT(snode-accounting-data)
SECOPTIONS(* *)
SELECT(member, new-name, R/NR, ‘list’)
SNODEID(id, pswd, newpswd)
TDISP(current)
TRACEOPT
Trace Instructions:
(L,S,F,C,X,K,D,H,V,W,P|*NONE|*ALL|*EXT|
*COMMON|*INITPARMS|*CURRENT
Command Trace Options:
L,S,F,C,X,K,D,H,V,P|*ALL|*EXT|*COMMON|
*NONE)
Note: The CLASS parameter is not used by Sterling Connect:Direct for i5/OS.
Required Parameters
Unless otherwise noted, these required parameters apply to all remote node environments.
SNODE(remote-node-name)
specifies a 1–16 character alphanumeric name for the remote node. The node name must be defined in
the network map.
SNODENVIRN(remote-environment-name)
specifies the remote node environment.
Receiving a File
49
FDSN(‘from remote-data-set-name’)
specifies the source file name. File names are verified based on the i5/OS standard file name
conventions. The length of the input field displayed is 132 characters, by default. If you want to
increase the length of the field to 256 characters, type an ampersand(&) followed by a blank in the
first two positions of the field.
Sterling Connect:Direct for i5/OS provides two systems for handling the files: Native File System and
Integrated File System. The following table summarizes the data set name requirements for Sterling
Connect:Direct platforms.
SNODENVIRN
FDSN Format
Special Considerations
OS/400
Native File System
‘library-name/file-name’ ‘library-name/file-name
(member-name)’
Enclose in single quotation
marks.
Integrated File System
You cannot specify the
‘/QSYS.LIB/library-name.LIB /file-name.FILE
*SNDFFD, *SELECT, and
*EXCLUDE parameters with the
integrated file system.
/member-name.MBR’
or
‘/directory/file-name| /QLANSrv/file-name|
/QDLS/folder-name| /QOpenSys/file-name’
Spool File Support
spooled-file-name
Do not use member names
longer than eight characters
when sending to z/OS, VSE,
and MSP. The results are
unpredictable.
OS/390, VSE, MSP
Standard z/OS DSN naming conventions.
Single quotes allow special
characters. Do not use member
names longer than eight
characters. The results are
unpredictable.
VM
Fully qualified file-name
Tandem
\system.$volume.subvolume.filename
Microsoft Windows
drive:\directory\subdirectory\filename
or
\\servername\sharepointname\subdirectory\filename
UNIX
/directory/subdirectory/filename
OpenVMS
node::device:[directory]filename.type;version
When you are copying a file ,
the file specification must be
enclosed in single quotation
marks if it uses spaces or other
special characters not
recognized by the other node.
Stratus VOS
Fully qualified path and file name
Enclose the file name in double
quotation marks when you use
a reserved word (statement
name or keyword) for the file
name.
Note: The values of *LIBL, *CURLIB, and QTEMP cannot be used when sending to or from an
iSeries system using Sterling Connect:Direct for i5/OS. A specific library name must be used
for copying from or to a data set on the iSeries.
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IBM Sterling Connect:Direct for i5/OS User’s Guide
TDSN(‘to data-set-name’)
specifies the local file name. File names are verified based on the i5/OS standard file name
conventions.
The length of the input field displayed is 132 characters, by default. If you want to increase the length
of the field to 256 characters, type an ampersand(&) followed by a blank in the first two positions of
the field.
Sterling Connect:Direct for i5/OS supports two file systems: native and integrated. The file system
parameter description on page 4-49.
Note: The values of *LIBL, *CURLIB, and QTEMP cannot be used when sending to or from an
iSeries system using Sterling Connect:Direct for i5/OS. A specific library name must be used
for copying from or to a data set on the iSeries.
FMSYSOPTS(‘
PRECMPR(*YES|*NO)
EXITCMD(valid i5/OS command)
FAILCMD(valid i5/OS command)
SNDFFD(*YES|*NO)
TEXTFILE(*YES|*NO)
TYPE(FILE|MBR|OBJ)
CODEPAGE(nnnnn,nnnnn)
CCSID(nnnnn)
EORCHAR(xxxx)
ALWNULL(Y)
’)
specifies remote system operations. All parameters shown are valid only if the sending node is i5/OS.
The maximum number of characters for SYSOPTS is 2K. This parameter is required when the remote
file is on another Sterling Connect:Direct for i5/OS node.
For additional information about valid platform-specific SYSOPTS parameters, see the appropriate
COPY statement section of the IBM Sterling Connect:Direct Processes Web site at
http://www.sterlingcommerce.com/documentation/processes/processhome.html.
PRECMPR(*YES|*NO) specifies that the source file was previously compressed using the
CDCOMP command. To receive a file that has been compressed, you must specify the
PRECMPR(*YES) parameter with the CDRCV command. For information on how to compress files,
EXITCMD(valid i5/OS command) specifies a command to be executed only if the copy process is
successful.
FAILCMD(valid i5/OS command) specifies a command to be executed only if the copy process is
not successful.
SNDFFD(*YES|*NO) specifies whether the receiving node transfers file field descriptions. This is
for i5/OS only.
Use the following formula to determine whether a file can be sent with the file field descriptions. If
the bytes required value is greater than 12K, you cannot transfer the file field descriptions.
(12 x number of keys)+(45 x number of fields)+SYSOPTS=bytes required
Note: You cannot use this parameter with the integrated file system.
Receiving a File
51
TEXTFILE(*YES|*NO) specifies that the file being sent is a text file.
TYPE(FILE|MBR|OBJ|SPLF) specifies the type of data to be copied. You must define the type of
data structure to be copied as one of the following:
FILE specifies that the file being copied is a physical database file.
MBR specifies that the member being copied is a member of a physical database file.
OBJ specifies that the data to be copied is in save file format.
SPLF specifies that the data to be copied is in i5/OS spooled output format.
CODEPAGE(nnnnn,nnnnn) converts data from one code page to another. The supported
conversions are identified on the IBM Web site in the V5R1 Information Center, DB2 Universal
Database for iSeries SQL Reference, Appendix E. CODEPAGE() on Sterling Connect:Direct for
i5/OS relates to CODEPAGE() developed for the z/OS system, UNIX, and Microsoft Windows.
nnnnn identifies the IBM CCSID code page number to convert from and the IBM CCSID code
page number to convert to. If the FROM code page or TO code page is locale, the code page for
the locale where Sterling Connect:Direct is executing is used. For example, if
fmsysopts(codepage(locale,1208)), then the FROM code page is the code page for the locale and
the TO code page is UTF-8.
CCSID(nnnnn) specifies the coded character set ID to use when creating IFS files. If no character set
ID is specified, the system default is used.
EORCHAR(xxxx) specifies the two-to four-digit hexadecimal symbol to identify the character to use
in text files as the end-of-record character, for example, EORCHAR(0A).
ALWNULL(Y) specifies if NULLS characters will be processed when sending DB2 files.
TOSYSOPTS(‘
DECMPR(*YES|*NO)
EXITCMD(valid i5/OS command)
FAILCMD(valid i5/OS command)
TYPE(FILE|MBR|OBJ|SPLF)
XTRAN(table-name) [XTRANLSO(so-code)|
XTRANLSI(si-code)|XTRANLDATA(MIXED|DBCS)]
CCSID(nnnnn)
EORCHAR(xxxx)
’)
specifies system operation parameters at the local node (i5/OS). The maximum number of characters
permitted for TOSYSOPTS is 2K.
DECMPR(*YES|*NO) specifies whether the local Sterling Connect:Direct is to decompress the
received file. DECMPR(*NO) instructs the local system to place the received data in a database file
without decompressing it.
Note: Ensure that the destination file contains no members before you receive a file with
DECMPR(*NO) specified.
EXITCMD(valid i5/OS command) specifies a command to be executed only if the copy process is
successful.
FAILCMD(valid i5/OS command) specifies a command to be executed only if the copy process is
not successful.
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IBM Sterling Connect:Direct for i5/OS User’s Guide
TYPE(FILE|MBR|OBJ|SPLF) specifies the type of data structure to be created. You must define the
data structure to be created as one of the following:
FILE specifies that the file being created is a physical database file.
MBR specifies that the member being created is a member of a physical database file.
OBJ specifies that the file being created is in save file format.
SPLF specifies that the data is copied to an i5/OS spooled output file.
The default is TYPE(FILE).
For each type, you can specify certain additional TOSYSOPTS parameters.
The following subparameters are valid for TYPE(FILE) and TYPE(MBR) files:
RCDLEN(record-length) specifies the data length for each record in the file.
FILETYPE(*SRC|*DATA) specifies the type of file to be created. Use this parameter whenever
a file is created.
TEXT(‘text description’) specifies a text description to be associated with this member (and
file, if created). This description cannot exceed 50 characters and must be enclosed in single
quotes.
EXPDATE(expiration-date) specifies the date after which the new or replaced member cannot
be used. If EXPDATE is not specified, then the file does not have an expiration date.
MAXMBRS(number|*NOMAX) specifies the maximum number of members a physical file
can contain.
SIZE(#-of-recs|incr-value #-of-incrs|*NOMAX) is used when a new file is created for the file
received.
AUT(*CHANGE|*ALL|*USE|*EXCLUDE) specifies the authority to be given to a user who
does not have specific authority to the file or member, is not on the authorization list, and whose
user group does not have specific authority to the file or member.
The following parameters are valid for TYPE(OBJ) files:
MAXRCDS(number-of-records|*NOMAX) specifies the maximum number of records the save
file (which was created to hold the data received) can reach.
ASP(auxiliary-storage-pool) specifies the auxiliary storage pool from which the system
allocates storage for the save file. Valid values range from 1–16. The default is 1.
TEXT(‘text description’) specifies a text description to be associated with this object. This
description cannot exceed 50 characters and must be enclosed in single quotes.
AUT(*EXCLUDE|*CHANGE|*ALL|*USE) specifies the authority to be given to a user who
does not have specific authority to the object, is not on the authorization list, and whose user
group does not have specific authority to the object.
CODEPAGE(nnnnn,nnnnn) converts data from one code page to another. The supported
conversions are identified on the IBM Web site in the V5R1 Information Center, DB2 Universal
Database for iSeries SQL Reference, Appendix E. CODEPAGE() on Sterling Connect:Direct for
i5/OS relates to CODEPAGE() developed for the z/OS system, UNIX, and Microsoft Windows.
nnnnn identifies the IBM CCSID codepage number to convert from and the IBM CCSID code
page number to convert to. If the FROM code page or TO code page is locale, the code page for
the locale where Sterling Connect:Direct is executing is used. For example, if
tosysopt(codepage(1208,locale)), then the FROM code page is UTF-8 code page and the TO code
page is the local code page.
Receiving a File
53
The following TOSYSOPTS parameters are valid for TYPE(SPLF) files:
DEV(*JOB|*SYSVAL|device-name) specifies the name of the printer device description.
DEVTYPE(*IPDS|*SCS|*USERASCII) specifies the type of data stream created for a printer
file from the data received.
PAGESIZE(page-length page-width) specifies the length and width of the page used by the
printer. This parameter overrides the FORMTYPE parameter.
LPI(3|4|6|7.5|8|9) specifies the line space setting (lines per inch) on the printer.
CPI(5|10|12|13.3|15|16.7|18|20) specifies the printer character density, in characters per inch, for
the printer.
OVRFLW(overflow-line-number) specifies the line number on the page at which overflow to a
new page begins. The value specified must not exceed the forms length specified for PAGESIZE.
FOLD(*NO|*YES) specifies whether entire records are printed when the record length exceeds
the form width.
RPLUNPRT(*YES ‘replacement-character’|*NO) specifies whether unprintable characters
are replaced with printable characters when printed. It also specifies the replacement character.
ALIGN(*NO|*YES) specifies whether the page must be aligned in the printer before printing is
started.
CTLCHAR(*NONE|*FCFC) specifies whether the data contains printer control characters.
CHLVAL(*NORMAL| (channel#1 line#1).. . (channel#12 line#12)) specifies the list of
channel numbers with their assigned line numbers.
FORMFEED(*DEVD|*CONT|*CUT|*AUTOCUT) specifies the form feed attachments that
the printer uses (4214, 5219, and 5553 printers only).
PRTQLTY(*STD|*DRAFT|*DEVD|*NLQ) specifies the quality of print produced.
DRAWER(1|2|3|*E1) specifies the source drawer to be used when automatic cut-sheet feed
mode is used.
FONT(*CPI|*DEVD|font-identifier) specifies the font identifier to be used for the spooled
output file.
CHRID(*DEVD|*SYSVAL| graphic-character-set code-page) specifies the character
identifier to use for the spooled output file. *DEVD indicates that the CHRID value the device is
designed to handle is used.
PAGRTT(*DEVD|*COR|0|90|180|270) specifies the degree of rotation (clockwise from the
edge of the paper first loaded into the printer) of text on each page printed.
PRTTXT(‘print-text’) specifies a line of text to be printed at the bottom of each page printed.
Up to 30 characters enclosed in single quotes can be specified.
JUSTIFY(0|50|100) controls the print positions of the characters on the page (in the spooled file)
so the right margin is regular.
DUPLEX(*NO|*YES|*TUMBLE) specifies whether the spooled output file is printed on one or
both sides of the paper.
SPOOL(*YES|*NO) specifies whether the data is sent to a spooled file before printing.
OUTQ(*JOB|*DEV|library-name/output-queue- name) specifies the output queue for the
spooled output file created.
FORMTYPE(form-type) specifies the type of form to use in the printer when the spooled file is
printed. The PAGESIZE parameter overrides this parameter.
COPIES(number-of-copies) specifies the number of copies to be printed. Valid values range
from 1–255.
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IBM Sterling Connect:Direct for i5/OS User’s Guide
MAXRCDS(maximum-records) specifies the maximum number of records that can be placed
in the spooled file. Valid values range from 1–500000.
FILESEP(number-of-file-separators) specifies the number of blank separator pages to be
placed between each copy of the file printed.
HOLD(*YES|*NO) specifies whether the file is to be held on the output queue until released by
the user.
SAVE(*YES|*NO) specifies whether the spooled output file is to be saved on the output queue
once printed.
OUTPTY(*JOB|output-priority) specifies the scheduling priority of the file on the output
queue.
USRDTA(user-data) allows up to 10 characters of data to identify the spooled output file.
XTRAN(table-name) specifies the translation table to use. The named table object must exist in a
library that is in the library list of the session manager job. If the library name is not in the list, the
CDRCV command fails.
If the XTRAN keyword is present, then the following related optional keywords can also be used:
XTRANLSO (so-code) specifies extended translate local shift-out code. This keyword specifies
the hexadecimal code to use for the local (i5/OS side) shift-out character and overrides the default
value of 0E. You can specify any two valid hexadecimal digits.
XTRANLSI (si-code) specifies extended translate local shift-in code. This keyword specifies the
hexadecimal code to use for the local (i5/OS side) shift-in character and overrides the default
value of 0F. You can specify any two valid hexadecimal digits.
XTRANLDATA (MIXED|DBCS) specifies extended translate local data format. This keyword
specifies the format of the data on the local (i5/OS side) of the COPY.
MIXED indicates that the data can contain both DBCS and SBCS characters and that SO/SI
characters are used.
DBCS indicates that the data is pure DBCS characters and that no SO/SI characters are used.
XTRANPAD(pc) specifies that padding characters are in use. When DBCS data is translated
from EBCDIC to ASCII, PAD specifies that the SHIFT-OUT and SHIFT-IN characters are
replaced by a pad character to allow the displacement of fields within a record to remain
unchanged during translation.
When DBCS data is translated from ASCII to EBCDIC, PAD specifies that the input ASCII
DBCS file is in a padded format. The character immediately preceding a DBCS character or
string is overlaid by the SHIFT-OUT character. The character immediately following a DBCS
character or string is overlaid with the SHIFT-IN character. This allows the displacement of fields
within a record to remain unchanged during translation.
pc is the pad character to be used during EBCDIC to ASCII translation. pc is ignored for
ASCII to EBCDIC translations. If XTRANPAD is not used, the SI/SO characters are
stripped from the file when transferring from EBCDIC to ASCII, and added to the records
when sending from ASCII to EBCIDC.
The following rules apply to the use of the XTRAN keyword:
™
You must specify the XTRAN keyword to use extended translation. All other keywords are
optional.
™
™
™
The default for local shift-out is the IBM standard x0E.
The default for local shift-in is the IBM standard x0F.
The default local data format is MIXED with SO/SI in use. XTRAN is not allowed with
PRECMPR(*YES) or DECMPR(*NO)
Receiving a File
55
™
™
If you receive a file from an ASCII platform using extended translation, you must specify in the
FMSYSOPTS that the data type is binary. Refer to the IBM Sterling Connect:Direct Processes
Web site at http://www.sterlingcommerce.com/documentation/processes/processhome.html for
platform-specific SYSOPTS parameters.
If you receive DBCS data from an ASCII platform using the XTRAN keyword, ensure that the
record length of the file on the i5/OS side of the transfer is large enough to contain the translated
record.
The record length of the file on the i5/OS side of the transfer is generally larger than the ASCII
equivalent. For additional information, refer to the Maintaining Extended Translation chapter of
the IBM Sterling Connect:Direct for i5/OS Installation and Administration Guide
CCSID(nnnnn) specifies the coded character set ID to use when creating IFS files. If no character set
ID is specified, the system default is used.
EORCHAR(xxxx) specifies the two-to four-digit hexadecimal symbol to identify the character to use
in text files as the end-of-record character, for example, EORCHAR(0A).
Optional Parameters
The following parameters, listed alphabetically, are optional. Unless otherwise noted, the parameters apply to
all remote node environments.
CKPTINV(n)
Number of bytes, from 1K to 2 gigabytes, to send or receive before taking a checkpoint. The format is
nnnnnnn, nnnnnnK, or nnnnnnM, where K specifies thousands of bytes and M specifies millions of
bytes. A value of 0 specifies no checkpoint restart Sterling Connect:Direct for i5/OS uses the value
you specify, rounded up to the nearest record boundary, to determine when to take a checkpoint. If
you specify a value between 1 and 1023, the value becomes 1024 or 1K.
Checkpointing does not occur in the following cases, even if you specify a checkpoint interval:
™
™
™
The file being received is compressed by the remote node during the receive operation by the
local node using the extended compression feature but is not being decompressed on the local
node. That is, the TOSYSOPTS has DECMPR(*NO).
The file being received was precompressed on the remote node and is being decompressed on the
local node during the receive operation. That is, the FMSYSOPTS has PRECMPR(*YES) and
TOSYSOPTS has DECMPR(*YES).
A single z/OS partitioned data set member is being received.
A checkpoint interval specified here overrides the system-wide default value.
If you request checkpointing when you are transferring multiple members of a file, checkpoints are
taken only at member boundaries regardless of the interval specified in the initialization parameters or
in the CDSND or CDRCV command.
CLASS(n)
determines the node-to-node session on which a Sterling Connect:Direct operation can execute. The
CLASS can be a number from 1–255. If you do not specify the CLASS parameter, it defaults to the
number of maximum sessions defined in the mode description for the communications environment.
Note: The CLASS parameter is not used by Sterling Connect:Direct for i5/OS.
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IBM Sterling Connect:Direct for i5/OS User’s Guide
COMPRESS(*NO | *YES| *EXT | X\xx\ | C\cc\ )
specifies that the data is to be compressed, which reduces the amount of data transmitted as the file is
copied from one node to another. The file is automatically decompressed at its destination unless
DECOMP(*NO) is specified in TOSYSOPTS.
Note: Compression is CPU-intensive. Its effectiveness is dependent on the data and line speed and
should be used only if it benefits the installation.
You should specify the primary compression character for text data or single-character repetitive data.
Extended compression generally offers improved compression for all types of data.
*NO specifies no compression.
*YES enables compression. If *YES is specified, the default primary compression character is
PRIMEchar=X\40\ (hex 40=“ ”).
If you specify *YES, Sterling Connect:Direct reduces the amount of data transmitted based on the
following rules:
™
™
Repetitive occurrences (2–63) of the primary compression character are compressed to one byte.
Repetitive occurrences (3–63) of any other character are compressed to two bytes.
X\xx\ enables compression, where xx is the hexadecimal representation of the value to be used for the
primary compression character.
C\cc\ enables compression, where cc is the character representation of the value to be used for the
primary compression character.
*EXT specifies that extended compression is used to search for repetitive strings of characters in data
and compress them to codes that are transmitted and converted back to the original string during
decompression. Specify this parameter when line transmission speeds are limited, the CPU is
available, and data is repetitive.
CRC(*INITPARMS|*NETMAP|*OFF|*ON)
Determines whether node and Process statement overrides for Cyclic Redundancy Check (CRC) are
allowed. If this value is set to *OFF, setting overrides for CRC checking will be ignored. The default
value is *INITPARMS.
*INITPARMS specifies that the CRC setting is determined by the value for the initialization
parameter TCP.CRC.
*NETMAP specifies that the CRC setting is determined by the value for the NETMAP parameter,
Cyclic Redundancy Check. The value for the initialization parameter TCP.CRC must be set to *ON
and the value for the initialization parameter TCP.CRC.OVERRIDE must be set to *YES.
*OFF specifies that CRC is disabled.
*ON specifies that CRC is enabled.
ECTUNING (ecclevel,ecwinsize,ecmlevel)
ECCLEVEL specifies the extended compression level, which affects how much CPU the extended
compression routines use. Higher compression levels use more CPU but achieve greater compression.
The valid values for this subparameter are 1–9, inclusive. The default value is *INITPARMS.
ECWINSIZE specifies the extended compression window size, which is specifically for the history
buffer that is filled from the user’s input buffer ( both compressing and decompressing). The window
specifies the amount of storage designated to maintain data previously read.
Receiving a File
57
This data can be scanned for string matches. The extended compression window size affects how
much virtual memory the extended compression routines use. Higher window size values use more
memory but achieve greater compression. The valid values for this subparameter are 8–15, inclusive.
The default value is *INITPARMS.
ECMLEVEL specifies the extended compression memory level parameter, which determines how
much memory should be allocated for other internal data structures like the hash table and the
previous table (pointers to previous strings starting with the same 3 characters). The extended memory
level affects how much memory the extended compression routines use. Higher memory levels use
more virtual memory but achieve greater compression. The valid values for this subparameter are 1–9.
inclusive. The default value is *INITPARMS.
EXCLUDE(generic, member-name, (start-range/stop-range), ‘list’)
specifies criteria that identifies the file members that are not to be copied. EXCLUDE allows you to
make exceptions to members specified generically or by range in the SELECT option. Refer to the
IBM Sterling Connect:Direct Processes Web site at
http://www.sterlingcommerce.com/documentation/processes/processhome.html for the syntax and
override priority for the SELECT and EXCLUDE parameters appropriate to the remote node.
generic specifies a generic member name. For example, if you specify CD*, all member names
beginning with CD are excluded.
member-name specifies an individual member name.
start-range/stop-range specifies first and last names in an alphanumeric range of members.
Although member names in a range are treated as generics, they cannot be used with an asterisk (*). A
slash (/) separates the first (start-range) and last (stop-range) member names. The two members
specified, as well as all members in the range, are excluded.
‘list’ specifies any combination of the subparameters.
FALIAS(*YES|*NO)
specifies whether aliases are copied when their associated member names are copied.
FBUFND(n)
specifies the number of I/O buffers VSAM uses for transmitting data between virtual and auxiliary
storage. (A buffer is the size of a control interval in the data component.) Valid values range from
1–510. The default is 2. Increasing this number generally improves the I/O performance on the file but
requires more memory. This parameter is valid only when the source side is an z/OS node.
FDBPARMS(dbid, dbsubid)
indicates that the Sterling Connect:Direct for z/OS SQL SERVER is to process the I/O request against
the database identified by the subparameters of this keyword and defined by the SQL= parameter. The
DBPARMS parameter is used with the optional Sterling Connect:Direct for SQL feature. This
parameter is valid only when the source side is a z/OS node. Only DB2 is supported.
To determine the values to code to access a given DB2 table or set of DB2 tables, consult your
database administrator.
dbid specifies the 1–4 byte DB2 database ID.
dbsubid specifies the 1–4 byte DB2 database sub-ID.
FDCB(modeldcb, blksize, den, dsorg, keylen, linct, lrecl, optcd, recfm, rkp, trtch)
overrides attributes of the source file. DCB attributes are determined from the operating system unless
specified.
modeldcb specifies a model data set control block (DSCB).
blksize specifies the length in bytes of the block. The minimum length is 18 bytes, and the maximum
length is 32,760 bytes.
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IBM Sterling Connect:Direct for i5/OS User’s Guide
den specifies the magnetic tape mode setting. The following table shows the values for the DEN
parameter for 7- and 9-track tapes. When coded together, the DEN and TRTCH values are used to
select a tape device for allocation by Sterling Connect:Direct for z/OS.
DEN
7-Track Tape
9-Track Tape
1
2
3
4
556 bpi
--
800 bpi
800 bpi
1600 bpi
6250 bpi
--
--
dsorg specifies the file organization. Supported file organizations are BDAM, ISAM, PO, PS, and
VSAM.
keylen specifies the length of the keys used in a file. Maximum length in bytes is 255.
linct specifies the blocks or tracks searched to find a free block or available space.
lrecl specifies the record length in bytes.
optcd specifies optional processing associated with this file. This specification only applies to this file
and is not automatically applied to the other files involved in the RECEIVE operation.
Valid options are:
W performs write validity checks on direct access storage devices.
Q performs ASCII-to-EBCDIC conversion for input files and EBCDIC-to-ASCII conversion for
output files. Q is the default and only used for AL-labeled tape files.
Z performs reduced error recovery for tape files.
recfm specifies the format of the records in the file. You can specify any valid record format, such as:
F specifies fixed format.
FA specifies fixed format with ASA printer control.
FB specifies fixed block format.
FBA specifies fixed block format with ANSI carriage control.
FM specifies fixed format with machine code control character.
U specifies undefined format.
V specifies variable format.
VB specifies variable block format.
VBA specifies variable block format with ASA printer control.
VBM specifies variable format with block machine code control character.
VS specifies variable spanned format.
VBS specifies variable block spanned format.
For FDR volumes, you must specify RECFM=U.
rkp specifies the position of the first byte of the record key within each logical record. The beginning
byte of a record is addressed as 0.
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59
trtch specifies the magnetic tape mode setting. When coded together, Sterling Connect:Direct for
z/OS uses the TRTCH and DEN values to select a tape device for allocation. Valid options are:
C specifies data conversion, odd parity, and no translation.
E specifies no data conversion, even parity, and no translation.
T specifies no data conversion, odd parity, and BCD or EBCDIC translation.
ET specifies no data conversion, even parity, and BCD or EBCDIC translation.
COMP is a feature for 3480X tape drives only. It enables Improved Data Recording Capability
(IDRC), which compresses the data. This subparameter overrides the system-wide IDRC setting
for no compression. If you are specifying COMP, you must also include a UNIT= parameter that
specifies either 3480X or a systems programmer-defined name equivalent to a 3480X tape drive.
NOCOMP overrides the system-wide IDRC setting for compression. NOCOMP applies to
3480X tape drives only.
FDISP(current, normal end, abnormal end)
specifies the status of the remote file and what is to be done with the file after notification of
successful transmission.
current specifies the status of the file. Valid values are:
SHR specifies that the file can be read simultaneously by another operation. SHR is the default.
OLD specifies that the operation is to be given exclusive control of the file.
normal end specifies the disposition of the file following normal operation termination. Valid
dispositions are as follows:
KEEP specifies that the system is to keep the file after the operation completes.
DELETE specifies that the system is to delete the file after the operation completes.
abnormal end specifies the disposition of the file after abnormal operation termination. Valid source
file dispositions are:
KEEP specifies that the system is to keep the file after the operation terminates abnormally.
DELETE specifies the system is to delete the file if the operation terminates abnormally.
For subparameters for other Sterling Connect:Direct platforms, refer to the IBM Sterling
Connect:Direct Processes Web site at
http://www.sterlingcommerce.com/documentation/processes/processhome.html.
Note: Currently, normal end disposition and abnormal end disposition are not applicable for
Sterling Connect:Direct for i5/OS.
FIOEXIT(program-name)
specifies the name of the user-written program to be given control for I/O-related requests for the
associated data.
FIOPARM(parameter-name)
specifies a parameter, or list of parameters, to be passed to the specified exit. This parameter is valid
only when the source side is a z/OS node. The FIOPARM syntax depends on the parameter list that
the program specified in FIOEXIT requires.
FLABEL(seqno, labeltype, pswdread, inout, retpd|expdt)
specifies label information for the tape.
seqno specifies the relative file position on the tape.
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IBM Sterling Connect:Direct for i5/OS User’s Guide
labeltype is designated as:
SL specifies IBM standard labels.
AL specifies American National Standard labels.
BLP specifies bypass label processing.
LTM specifies bypass leading tape marks.
NL specifies no labels.
pswdread specifies that a password must be supplied by the operator or user before the file can be
accessed.
inout specifies that a BSAM data set opened for INOUT or a BDAM data set opened for UPDAT is to
be read only.
retpd specifies the retention period for the data set in days, where nnnn is 1–4 digits.
expdt specifies the expiration date for the data set, where yyddd or yyyyddd is a valid Julian date.
FLINK(vmuserid,pwd,accmode,ccuu)
specifies the disk where the CMS file is located. This parameter allows the user to access the CMS
file. This parameter is valid for VM nodes only.
vmuserid specifies the owner ID for the CMS minidisk where the file is located. The valid length
ranges from 1–8 characters.
pwd specifies the appropriate password for the CMS minidisk where the file is located. The maximum
length is 256 characters. The default password is ALL.
accmode specifies the link access mode.
When used with the FROM parameter, the access modes are W (primary read/write access), M
(primary multiple access), R (primary read only), RR (primary and secondary read only access), WR
(primary read/write access; alternate read only access), MR (primary multiple access; alternate read
only access), and MW (primary multiple access; alternate read/write only access).
When used with the TO parameter, the access modes are W, M, and MW.
ccuu specifies the virtual address of the disk where the CMS file is located. A three-digit number is
valid.
FMSVGP(data-set-name)
specifies the remote file mass storage volume group that resides on a mass storage system (MSS)
device. This group must be a valid DD (data definition) name. This parameter is valid when the source
side is a z/OS node only.
FPDSDIR(*YES|*NO)
specifies whether the user-related information in the directory is sent.
FSQL(sql-statement|DSN=data-set-name)
defines the SQL statement to be processed against the database identified by the DBPARMS
parameter or the DSN containing the SQL statements. The SQL parameter is used with the optional
Sterling Connect:Direct for z/OS SQL feature. This parameter is valid only when the source side is an
Sterling Connect:Direct for z/OS node.
sql-statement defines the actual SQL statement to be processed.
data-set-name specifies the data set containing the SQL statements to be processed.
FTYPE(entry-name)
specifies the entry name of the type defaults file on the remote node that contains the default file
attributes. Specify this typekey only when the user requests defaults.
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61
FUNIT(name)
specifies the unit address, device type, or user-assigned group name where the file resides or will
reside. For SAM-to-SAM copies where the destination file is new and the UNIT parameter is not
coded, the device type from the source file is used. For VSE nodes, you must specify either this
parameter or FVOL.
Specify a unit-count to allow additional units to be allocated if required, or specify P to allocate the
same number of units as volumes and then parallel mount the volumes. This parameter is valid only
when the source side is a z/OS node.
FVOL(private, volcount, ser)
specifies the volume serial numbers containing the file and optional processing associated with the
file. If VOL is not specified, the file must be cataloged. For VSE nodes, you must specify either this
parameter or FUNIT.
private specifies allocation of an output file only if the volume is specifically requested and is used
for direct access storage devices only. Valid values are *YES and *NO.
volcount specifies the maximum number of volumes required by an output file.
ser identifies by serial number the volumes on which the output file resides or will reside.
FVOLREF(data-set-name)
allows you to retrieve the specified data set from the same volume as the referenced data set. You
must catalog it on the system where it is referenced. This parameter is valid only when the source side
is a z/OS node.
FVSAMCAT(dsn,vmid,pwd,accmode,cuu)
specifies the catalog for the VSAM file to be copied. This parameter is required only if using a catalog
other than the master catalog.
dsn specifies the filename of the VSAM catalog containing the file to be copied. The maximum length
is 44 characters.
vmid specifies the owner ID for the VSAM minidisk where the file is located. The maximum length is
eight characters.
pwd specifies the appropriate password for the VSAM minidisk where the file is located. The
maximum length is eight characters.
accmode specifies the link access mode. Valid access modes are NULL, W (primary read/write
access), M (primary multiple access), and MW (primary multiple access; alternate read/write only
access).
cuu specifies the virtual address of the disk where the VSAM file is located. Any three-digit number
is valid.
NOTIFY(userid)
specifies the user ID on the local node to receive status messages that are directed to the user’s
message queue.
PLEXCLASS(user-defined class)
specifies a user-defined class containing up to eight characters associated with a Sterling
Connect:Direct/Server in a Sterling Connect:Direct/Plex environment. This represents a type of server
on which you want to run a task, for example TAPE.
Note: This parameter is for use only in Sterling Connect:Direct for z/OS environments.
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PNAME(process-name)
identifies the Process in any messages or statistics. The name can be from 1 to 12 characters long. The
first character must be alphabetic. The default name is CDRCV.
Note: Only Sterling Connect:Direct for i5/OS and Sterling Connect:Direct for UNIX support
Process names with more than 8 characters.
PNODEID(id, pswd, newpswd)
specifies security user IDs and passwords at the local i5/OS node. Use this parameter only to validate
security with a different ID than the one you used to sign on to the system.
id specifies the security ID passed to the security system at the remote node (1–10 alphanumeric
characters).
pswd specifies the current security password for the specified ID. The security system can use this
parameter at the remote node to validate the current security password (1–10 alphanumeric
characters). This is optional unless the user has security set to require a password.
newpswd specifies the new security password. Sterling Connect:Direct for i5/OS does not support
this parameter.
REPLACE(*YES|*NO)
specifies that the remote file or PDS replaces members of the same name at the local file.
RMTWORK(*YES|*NO)
specifies whether a remote Process can run on the session after Sterling Connect:Direct for i5/OS has
completed its Process on the session.
*YES allows a remote Process to run on the session after Sterling Connect:Direct for i5/OS completes
its Process.
*NO terminates the session after Sterling Connect:Direct for i5/OS executes the command function.
SACCT(snode-accounting-data)
specifies the accounting data for the remote node. The maximum length of the accounting data is 256
characters. If special characters are part of the accounting data, you must enclose the string in single
quotation marks.
SECOPTIONS(* *)
specifies Encryption and Digital Signature values.
Encryption specifies if data encryption is to be performed and what algorithm to use.
Digital Signature specifies if a digital signature is created while a file is being transmitted.
Note: The SECOPTIONS parameter is valid only if the Sterling Connect:Direct Secure Plus is
installed. For information about these parameters, refer to the IBM Sterling Connect:Direct
Secure Plus for i5/OS Implementation Guide.
SELECT(member, new-name, R/NR,‘list’)
specifies selection criteria by which file members are to be copied. Refer to the IBM Sterling
Connect:Direct Processes Web site at
http://www.sterlingcommerce.com/documentation/processes/processhome.html for the syntax and
override priority for the SELECT and EXCLUDE parameters appropriate to the remote node.
Use this parameter when you specify TYPE(FILE) in the TOSYSOPTS parameter.
The SELECT parameter consists of three positional subparameters separated by commas.
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63
member specifies the members to be copied. Member selections are:
* represents a global generic. A global generic indicates that all members of the file are to be
included.
generic specifies a generic member name. For example, if you specify CD*, all member names
beginning with CD are selected for copying.
member-name specifies an individual member name.
start-range/stop-range specifies first and last names in an alphanumeric range of members.
Although member names in a range are treated as generics, they cannot be used with an asterisk
(*). A slash (/) separates the first (start-range) and last (stop-range) member names. The two
members specified, as well as all members in the range, are copied.
new-name specifies a new name for a member. You cannot use the new-name subparameter if a
generic or range is used to select the members to be copied, or if you specify a list of member names.
R/NR specifies whether a copied member replaces an existing member of the same name in the local
file. When used with a generic or a range, this subparameter applies to all members selected.
Note: When using a generic and specifying NR or R, the second positional subparameter
(new-name) must be null, for example, member-name,,NR.
R specifies that a member replaces an existing member of the same name in the local file. When
used with the new-name subparameter, R applies to the specified new-name and not the original
member name.
NR specifies that a member does not replace an existing member of the same name in the local
file. NR overrides the REPLACE parameter.
‘list’ specifies any combination of the subparameters. You can specify a list of individual
member names or generic member names separated by spaces. However, you cannot use the
new-name and replace-member subparameters when specifying a list.
Note: Member names longer than eight characters are truncated to eight characters when the
remote node is not an i5/OS node.
SNODEID(id, pswd, newpswd)
specifies security user IDs and passwords at the remote node. If nothing is specified for this
parameter, the user profile of the user who submits the command is sent to the remote node with a
blank password.
id specifies the security ID passed to the security system on the remote node (1–64 alphanumeric
characters).
pswd specifies the current security password. The security system can use this parameter on the
SNODE to validate the current security password (1–64 alphanumeric characters). This is optional
unless the user has set security to require a password.
newpswd specifies the new security password. Sterling Connect:Direct for i5/OS does not currently
support this parameter if the remote node is an i5/OS node.
Note: Parameter values are case sensitive.
TDISP(current)
specifies the status of the file on the local i5/OS node.
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IBM Sterling Connect:Direct for i5/OS User’s Guide
current specifies the status of the file before the operation executes. Valid values for this
subparameter are:
NEW specifies that the operation creates the destination file or member. If you are creating a
member, the file can already exist but the member must not already exist. If you are creating a file
(SAVF), the file must not already exist.
OLD specifies that the destination file or member already exists. The operation has exclusive
control of the member. If the file or member does not exist, the receive operation fails.
MOD specifies that the operation modifies the file or member by adding data to the end of the
member or, if none exists, allocates a new member. The file is also created if it does not exist.
RPL indicates that the destination file or member is replaced. The file is created if it does not
exist.
SHR indicates that another operation can read the file simultaneously. The file or member is
created if it does not exist on i5/OS.
Note: Currently, normal end disposition and abnormal end disposition are not applicable when
sending to Sterling Connect:Direct for i5/OS.
TRACEOPT
Trace Instructions
(L, S, F, C, X, K, D, H, V, W, P,|*NONE|*ALL|*EXT| *COMMON|*INITPARMS|*CURRENT
specifies the trace bits that define functions to be traced by Sterling Connect:Direct for i5/OS. The
following are valid options:
™
™
™
™
™
™
™
™
™
™
™
™
™
™
™
™
™
L enables the main line logic trace for all components.
S enables the Process step logic trace.
F enables the file handler trace.
C enables the communications logic trace.
X enables the XDR trace.
K enables the KQV logic trace.
D enables the all-purpose data dump.
H enables the FMH dump.
V enables the XDR dump.
W enables the communications dump.
P enables the CIPC dump.
*NONE turns off all traces.
*ALL enables all product traces.(L, S, F, C, X, K, D, H, V, W and P)
*EXT enables all product traces plus two system traces (TRCICF and TRCJOB).
*COMMON enables the communications traces. (L, S, F, C, and H)
*INITPARMS indicates the traces specified in the initialization parameters.
*CURRENT selects the trace bits that the session manager is currently using.
Command Trace Options
L,S,F,C,X,K,D,H,V,P|*ALL|*EXT|*COMMON| *NONE)
specifies the trace bits that define functions to be traced for this command but not for the Process it
runs. The following are valid options:
™
™
L enables the main line logic trace for all components.
S enables the Process step logic trace.
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65
™
™
™
™
™
™
™
™
™
™
™
™
F enables the file handler trace.
C enables the common logic trace.
X enables the XDR trace.
K enables the KQV logic trace.
D enables the all-purpose data dump.
H enables the FMH dump.
V enables the XDR dump.
P enables the CIPC dump.
*ALL enables all product traces.(L, S, F, C, X, K, D, H, V, and P)
*EXT enables all product traces plus two other traces. (TRCICF and TRCJOB)
*COMMON enables the most commonly used traces. (L, S, F, C, and H)
*NONE turns off all traces.
Using Block Mode Transfer
Sterling Connect:Direct for i5/OS supports block mode transfer of COPY operations. In this mode, Sterling
Connect:Direct uses the file block as the data unit. Using the block mode transfer improves performance
because the remote and local nodes handle fewer data units. This type of transfer reduces instruction path
length and decreases execution time. Larger units move between Sterling Connect:Direct and the file access
routines, requiring fewer calls to the access routines and further improving performance.
Sterling Connect:Direct for i5/OS simulates block reads and writes. Using logical blocks instead of physical
blocks, Sterling Connect:Direct for i5/OS allows you to modify the blocksize to match the other node in some
cases.
Sterling Connect:Direct for i5/OS supports block mode transfer when the following conditions exist:
™
™
™
Remote node supports block mode
Source and destination files have like characteristics
Files are supported file types
Sterling Connect:Direct for i5/OS supports block mode transfers for the following i5/OS file types:
™
™
™
™
DB2 for i5/OS files (without staged compression)
Spool files
Save files
Stream files (using the integrated file system)
Simulating Blocksizes
The simulated blocksize determines whether a block mode transfer occurs. If the block mode transfer does
occur, the simulated blocksize is used for the transfer. The following rules determine what simulated blocksize
Sterling Connect:Direct for i5/OS uses.
As the local node, Sterling Connect:Direct for i5/OS determines the simulated blocksize by these conditions in
order of precedence:
™
™
Destination file blocksize specified on the request
Source file blocksize sent by the remote node in the COPY control block
If neither condition exists, Sterling Connect:Direct uses the record mode.
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IBM Sterling Connect:Direct for i5/OS User’s Guide
As the remote node, Sterling Connect:Direct for i5/OS determines the simulated blocksize by these conditions
in order of precedence:
™
™
™
Source file blocksize specified on the request
Destination file blocksize specified on the request
Calculated value*
*Largest multiple of record size less than some arbitrary value, such as 4096.
Block Mode Transfer Examples
The following block mode transfer examples include both sending and receiving examples.
CDRCV Examples-Not Specifying Source File Blocksize
In the first example, the request does not specify the source file blocksize. In this scenario, the following
occurs:
™
™
™
The Sterling Connect:Direct for i5/OS node sets the source file simulated blocksize to 3200 by using the
destination file value.
The receiving Sterling Connect:Direct for i5/OS sets the destination file simulated blocksize to the value
specified on the request.
Because the blocksizes match, the block mode copy occurs.
C:D i5: receiving
request: source blksize=not specified; dest blksize = 3200
srce file: lrecl=80, (on another C:D i5 3.3 node)
dest file: NEW
CDRCV Example-Specifying Source File Blocksize
In the second example, the following occurs:
™
Sterling Connect:Direct for i5/OS calculates the simulated blocksize at 3200 because the destination file is
new and the source file specifies a blocksize.
™
™
The receiving node uses the existing destination file blocksize of 3200.
A block mode transfer occurs because the blocksizes match.
C:D i5: receiving
request: source blksize=not specified;dest blksize = not specified;
srce file: lrecl=80, blksize=3200 (on z/OS node)
dest file: NEW
CDSND Examples-Simulating Blocksize
In the third example, the following events occur:
™
™
Sterling Connect:Direct for i5/OS sets the simulated blocksize at 6400 from the request.
The receiving node creates the destination file using source file attributes of blksize=6400.
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67
™
Because the file attributes match, the block mode transfer occurs.
C:D i5: sending
request: source blksize=6400; dest blksize = not specified;
srce file: lrecl=80
dest file: NEW (on z/OS)
CDSND Examples-Setting Actual Blocksize
In the fourth example, the following events occur:
™
™
™
the remote node sets the destination file blocksize to 3200, the actual blocksize of the destination file.
Sterling Connect:Direct for i5/OS calculates the simulated blocksize at 3200.
The blocksizes are identical, so block mode transfer occurs.
C:D i5: sending
request: source blksize=not specified; dest blksize = not specified;
srce file: lrecl=80
dest file: existing: lrecl=80, blksize=3200 (on z/OS)
CDSND and CDRCV Example
In the fifth example, Sterling Connect:Direct for i5/OS calculates the simulated blocksize at 32720 since the
copy is between two Sterling Connect:Direct for i5/OS nodes.
C:D i5 sending and receiving
request: source blksize=not specified; dest blksize=not specified
srce file: lrecl=32720
dest file: new
Using the CDRCV Screens
Use the Sterling Connect:Direct Receive File (CDRCV) screens to initiate a Sterling Connect:Direct session
and receive a file from a remote node. CDRCV uses certain special function keys as follows:
™
™
™
™
™
™
™
F24 more keys gives you access to additional function keys used in CDRCV.
F5 refresh which clears any field entries you have made.
F9 which gives you access to all parameters.
F11 which displays key words.
F14 which displays command strings.
F15 which displays any error messages pending.
F16 which marks the command complete.
Receiving a File From a Remote Node
Complete the following steps to receive a file from a remote node.
1. Access the CDRCV screens by typing CDRCV at the command line and pressing F4 or by choosing the
receive file option from the Sterling Connect:Direct main menu.
2. Type in the remote node name at the screen prompt and press Enter. The command retrieves the remote
node environment and display fields for required parameters.
3. Type values for required and optional parameters as appropriate and press Enter.
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IBM Sterling Connect:Direct for i5/OS User’s Guide
The following are samples of the screens in the Sterling Connect:Direct Receive File (CDRCV) screen flow.
The sample shows the keyword display option.
Connect:Direct Receive File (CDRCV) Screen 1
Connect:Direct Receive File (CDRCV)
Type choices, press Enter.
Sending Node Name . . . . . . .
Sending Node Environment . . . .
Sending File Name . . . . . . .
OS/400, AS400, MSP, MVS...
Receiving File Name . . . . . .
Receiving System Operations . .’TYPE(FILE)'
...
More...
F3=Exit
F4=Prompt
F5=Refresh
F12=Cancel
F13=How to use this display
F24=More keys
The content of this screen and the screens that follow depend on the remote node environment.
Receiving a File
69
Connect:Direct Receive File (CDRCV) Screen 2
Connect:Direct Receive File (CDRCV)
Type choices, press Enter.
Sending System Operations . . . .
.’TYPE(FILE)'
...
Trace Options:
Trace Instructions . . . . . .
Command trace options . . . .
Process Name . . . . . . . . . .
Receiving Node User Info.:
User Id . . . . . . . . . . .
Password . . . . . . . . . . .
New Password . . . . . . . . .
User to Notify . . . . . . . . .
*CURRENT
*NONE
CDRCV
Name
*CURRENT
Character value, *CURRENT
Character value
Character value
*CURRENT
Name, *CURRENT, *NONE
More...
F13=How to use this display
F3=Exit
F4=Prompt
F5=Refresh
F12=Cancel
F24=More keys
Connect:Direct Receive File (CDRCV) Screen 3
Connect:Direct Receive File (CDRCV)
Type choices, press Enter.
Sending Node User Info.:
User Id . . . . . . . . . . ._____________________________________________________
________________________________
Password . . . . . . . . . . .
New Password . . . . . . . . .
Class . . . . . . . . . . . . .
Sending Accounting Data . . . .
*MODED
1-255, *MODED
_________________________________________________
____________________________________________________________________________________
____________________________________________________________________________________
____________________________________________________
Checkpoint Interval . . . . . .
Allow remote process . . . . . .
*INITPARMS
*NO
0-9999999, *INITPARMS
Character value, *YES, *NO
More...
F13=How to use this display
F3=Exit
F4=Prompt
F5=Refresh
F12=Cancel
F24=More keys
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IBM Sterling Connect:Direct for i5/OS User’s Guide
Connect:Direct Receive File (CDRCV) Screen 4
Connect:Direct Receive File (CDRCV)
Type choices, press Enter.
File Members Selection List . .____________________________________________________
____________________________________________________________________________________
____________________________________________________________________________________
____________________________________________________
File Members Exclusion List . .____________________________________________________
____________________________________________________________________________________
____________________________________________________________________________________
____________________________________________________
Same Member Replaced . . . . . .
CRC . . . . . . . . . . . .
*YES
*INITPARMS
*YES, *NO
*INITPARMS, *NETMAP, *ON, *OFF
Secure+ Options:
Encryption . . . . . . . . . .
Digital Signature . . . . . .
Compress Data . . . . . . . . .
*_______
*
*NO
*/Y/N/Algorithm
*, N, Y
Character value, *NO, *YES...
More...
F3=Exit
F4=Prompt
F5=Refresh
F12=Cancel
F13=How to use this display
F24=More keys
Connect:Direct Receive File (CDRCV) Screen 5
Connect:Direct Receive File (CDRCV)
Type choices, press Enter.
Extended compression tuning:
Extended compression level . .
Extended compression window .
Extended compression memory .
Sending File Type Parameter . .
Receiving File Disposition:
Current Disposition . . . . .
Normal End Disposition . . . .
Abnormal End Disposition . . .
*INITPARMS
*INITPARMS
*INITPARMS
1-9, *INITPARMS
8-15, *INITPARMS
1-9, *INITPARMS
Character value
NEW
CATLG
_____
NEW, OLD, MOD, RPL, SHR
CATLG, KEEP
KEEP, CATLG, DELETE
More...
F3=Exit
F4=Prompt
F5=Refresh
F12=Cancel
F13=How to use this display
F24=More keys
Receiving a File
71
Connect:Direct Receive File (CDRCV) Screen 6
Connect:Direct Receive File (CDRCV)
Type choices, press Enter.
Sending DCB Info.:
Model File Name . . . . . . . __________________________________________________
____________________________________
Block Size in bytes . . . . .
Tape Mode Density Setting . .
Organization of File . . . . .
Key Length of file . . . . . .
Searching Free Block/Space . .
Record Length in bytes . . . .
Process Option . . . . . . . .
Record Format . . . . . . . .
Position of 1st Byte of Key .
Tape Mode Setting . . . . . .
______
__
_
Character value
1, 2, 3, 4
BDAM, ISAM, PO, PS, VSAM...
Character value
Character value
Character value
W, Q, Z
F, FA, FB, FBA, FM, U, V...
Character value
C, E, T, ET, COMP, NOCOMP
000
00000
00000
_
_____
_
_____
Bottom
F13=How to use this display
F3=Exit
F4=Prompt
F5=Refresh
F12=Cancel
F24=More keys
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IBM Sterling Connect:Direct for i5/OS User’s Guide
Chapter 5
Sending a Spool File
This chapter describes the Sterling Connect:Direct Send Spool (CDSNDSPL) command and its function. It
shows sample CDSNDSPL screens and describes the required and optional parameters for the CDSNDSPL
command.
Using the CDSNDSPL Command
Use the CDSNDSPL command to send a spool file on the local i5/OS node to a remote node. You can also send
spool files to a remote printer through the Sterling Connect:Direct for i5/OS Spool Monitor. You can specify a
user-exit command (either EXITCMD or FAILCMD) to be executed after the completion of a copy process in
either FROMSYSOPTS or TOSYSOPTS. Using EXITCMD, you can specify a command to be executed only
if the copy process is successful. You can also specify a command to be executed only if the copy process is not
successful by using the FAILCMD command. The EXITCMD and FAILCMD are executable i5/OS
commands as well as Sterling Connect:Direct as long as the size of the command does not exceed 127 bytes.
Refer to Maintaining Spool Support in the IBM Sterling Connect:Direct for i5/OS Installation and
Administration Guide.
CDSNDSPL Command Example
The command that follows is an example of using the CDSNDSPL command.
CDSNDSPL SNODE(CD2200) SNODENVIRN(AS400) SPLF(CDLOG) JOB(CDSMGR
CDADMIN
nnnnnn) SPLFNUM(1) TDSN(’qa/splfout(splfout)’)
TDISP(RPL)
TOSYSOPTS(’TYPE(mbr)’)
CDSNDSPL Command Format
The following parameters are for the CDSNDSPL command. Required parameters are shown in bold.
Command
Parameters
CDSNDSPL
SNODE(remote-node-name)
SNODENVIRN(remote-environment-name)
SPLF(name)
†
Sterling Connect:Direct Secure Plus for i5/OS parameter.
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IBM Sterling Connect:Direct for i5/OS User’s Guide
Command
Parameters
JOB(*|job-name user-name job-number)
SPLFNUM(n|*ONLY|*LAST)
TDSN(spooled-file-name|data-set-name)
TOSYSOPTS(‘
DECMPR(*YES|*NO)
EXITCMD(valid i5/OS command)
FAILCMD(valid i5/OS command)
TYPE(FILE|MBR|OBJ|SPLF)
CODEPAGE(nnnnn,nnnnn)
XTRAN(table-name)[XTRANLSO(so-code)|XTRANLSI(si-code)|XTRANLDATA(MIXED|DBCS)XT
RANPAD(pc)]
CCSID(nnnnn)
EORCHAR(xxxx)
’)
Note: TOSYSOPTS is required if remote node is on i5/OS
BLKSIZE(n|*CALC)
CHLVAL(*NORMAL|(channel#1 line#1)...(channel#12 line#12))
CKPTINV(n)
CLASS(n)
COMPRESS(*YES|*NO|X\xx\|C\cc\|EXT)
CRC(*INITPARMS|*NETMAP|*OFF|*ON)
CTLCHAR(*NONE|*FCFC|*PRTCTL)
ECTUNING(ecclevel,ccminsize,ecmlevel)
FDSNLEN(*SPLF)
NOTIFY(userid)
PLEXCLASS(user-defined class)
PNAME(name)
PNODEID(id, pswd, newpswd)
PRTY(n)
RMTWORK(*YES|*NO)
SACCT(snode-accounting-data)
†SECOPTIONS(* *)
SNODEID(id, pswd, newpswd)
TBUFND(n)
TDBPARMS(dbid,dbsubid)
TDCB(modeldcb, blksize, den, dsorg, keylen, limct, lrecl, optcd, recfm, rkp, trtch)
TDISP(current |normal end |abnormal end)
TIOEXIT(program-name)
†
Sterling Connect:Direct Secure Plus for i5/OS parameter.
Sending a Spool File
75
Command
Parameters
TIOPARM(parameter-name)
TLABEL(seqno,labeltype,pswdread,inout,retpd,expdt)
TLINK(vmid,pwd,accmode,cuu)
TMSVGP(data-definition-name) (For z/OS nodes only)
TPROTCT(*YES|*NO)
TRACEOPT
Trace Instructions:
(L,S,F,C,X,K,D,H,V,W,P|*NONE|*ALL|*EXT|
*COMMON|*INITPARMS|*CURRENT
Command Trace Options:
L,S,F,C,X,K,D,H,V,P|*ALL|*EXT|*COMMON|
*NONE)
TSPACE(avgblk,type,primary,secondary,pdsblk,rise, contig,round) (For z/OS nodes only)
TSQL(sql-statement|DSN=data-set-name) (For z/OS nodes only)
TTYPE(name)
TUNIT(unit-name)
TVOL(*YES|*NO)
TVOLREF(data-set-name) (For z/OS nodes only)
TVSAMCAT(dsn|vmid|pwd|accmode|cuu)
†
Sterling Connect:Direct Secure Plus for i5/OS parameter.
Note: The CLASS parameter is not used by Sterling Connect:Direct for i5/OS.
Required Parameters
Unless otherwise noted, these required parameters apply to all remote node environments.
SNODE(remote-node-name)
specifies a 1–16 character alphanumeric name for the remote node.
Note: This value is case sensitive.
SNODENVIRN(remote-environment-name)
specifies the remote node environment.
SPLF(name)
specifies the name of the spooled output file to be copied.
JOB(*|job-name user-name job-number)
specifies the name of the job that created the spooled output file. Valid values are:
* specifies that the job issuing the command is the job that created the spooled output file.
job-name specifies the name of the job that created the spooled-output file.
user-name specifies the user name that identifies the user profile for the job.
job-number specifies the system-assigned job number.
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IBM Sterling Connect:Direct for i5/OS User’s Guide
SPLFNUM(n|*ONLY|*LAST)
specifies the spooled output file number from the job whose data records are to be sent. Valid values
are:
1–9999 indicates to copy the specified spooled output file number.
*ONLY indicates that only one of the job’s spooled output files has the specified file name.
*LAST indicates to copy the highest-numbered spooled output file with the specified job name.
TDSN(spooled-file-name|data-set-name)
specifies the remote file name.The length of the input field displayed is 132 characters, by default. To
increase the length of the field to 256 characters, type an ampersand(&) followed by a blank in the
first two positions of the field.
Note: Do not use member names longer than eight characters when sending to z/OS nodes. The
results are unpredictable.
If the remote node is a Sterling Connect:Direct for i5/OS node, TDSN specifies the destination file
name. File names are verified based on the i5/OS standard file name conventions. If you are using
Sterling Connect:Direct for i5/OS with the F4 prompt feature, the system supplies the single quotes if
you fail to type them with the file name on the command line.
spooled-file-name specifies the name to be used for the spooled file when placed in the Sterling
Connect:Direct out queue on the remote system. Use this parameter when you specify
(’TYPE(SPLF)’) in the TOSYSOPTS.
data-set-name specifies the remote file name to be copied. The source file member name is used for
the destination database file member name when you use TOSYSOPTS(‘TYPE(FILE)’), unless you
specify otherwise with the SELECT parameter. The file name is used for the member name when you
use TOSYSOPTS(‘TYPE(MBR)’).
Note: For TDSN, the values of *LIBL, *CURLIB, and QTEMP cannot be used when sending to an
i5/OS system. A specific library name must be used for copying to a data set on the i5/OS.
For additional information about valid platform-specific parameters, refer to the IBM Sterling
Connect:Direct Processes Web site at
http://www.sterlingcommerce.com/documentation/processes/processhome.html.
The following table summarizes the data set name requirements for Sterling Connect:Direct
platforms.
SNODENVIRN
TDSN
Format
Special Considerations
OS/400
Native File System
Enclose in single quotation marks.
‘library-name/file-name’ ‘library-name/file-name
(member-name)’
Integrated File System
‘/QSYS.LIB/library-name.LIB /file-name.FILE
/member-name.MBR’
You cannot specify the *SNDFFD,
*SELECT, and *EXCLUDE parameters
with the integrated file system.
or
‘/directory/file-name| /QLANSrv/file-name|
/QDLS/folder-name| /QOpenSys/file-name’
Sending a Spool File
77
SNODENVIRN
TDSN
Format
Special Considerations
Spool File Support
spooled-file-name
Do not use member names longer than
eight characters when sending to z/OS,
VSE, and MSP. Results are
unpredictable.
OS/390, VSE,
MSP
Standard z/OS DSN naming conventions.
Single quotes allow special characters.
Do not use member names longer than
eight characters. The results are
unpredictable.
VM
Fully qualified file-name
Tandem
\system.$volume.subvolume.filename
Microsoft
Windows
drive:\directory\subdirectory\filename
or
\\servername\sharepointname\subdirectory\filename
UNIX
/directory/subdirectory/filename
OpenVMS
node::device:[directory]filename.type;version
When you are copying a file, the file
specification must be enclosed in single
quotation marks if it uses spaces or
other special characters not recognized
by the other node.
Stratus VOS
Fully qualified path and file name
Enclose the file name in double
quotation marks when you use a
reserved word (statement name or
keyword) for the file name.
TOSYSOPTS(‘
DECMPR(*YES|*NO)
EXITCMD(valid i5/OS command)
FAILCMD(valid i5/OS command)
TYPE(FILE|MBR|SPLF)
XTRAN(table-name) [XTRANLSO(so-code)|
XTRANLSI(si-code)|XTRANLDATA(MIXED|DBCS)]
CCSID(nnnnn)
EORCHAR(xxxx)
’)
specifies system operation parameters at the remote node. The maximum number of characters
permitted for TOSYSOPTS is 2K. This parameter is only required when the remote file is on another
Sterling Connect:Direct for i5/OS node.
For additional information about valid SYSOPTS parameters, see the appropriate COPY statement
chapter of the IBM Sterling Connect:Direct Processes Web site at
http://www.sterlingcommerce.com/documentation/processes/processhome.html.
EXITCMD specifies a command to be executed only if the copy process is successful.
FAILCMD specifies a command to be executed only if the copy process is not successful.
DECMPR(*YES|*NO) states whether the remote Sterling Connect:Direct should decompress the
received file. DECMPR(*NO) instructs the remote system to place the received data in a database file
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IBM Sterling Connect:Direct for i5/OS User’s Guide
without decompressing it. The option DECMPR(*NO) cannot be specified if you are using Sterling
Connect:Direct Secure Plus to perform a secured copy function.
Note: Ensure that the destination file contains no members before you send a file with
DECMPR(*NO) specified.
TYPE(FILE|MBR|SPLF) specifies the type of data to be sent. You must define the type of data to be
copied as one of the following:
FILE specifies that the file being copied is a physical database file.
MBR specifies that the object being copied is a member of a physical database file.
SPLF specifies that the data is to be copied to an i5/OS spooled output file.
For each TYPE, you can specify certain parameters as follows.
The following parameters are valid for TYPE(FILE) and TYPE(MBR) files:
RCDLEN(record-length) specifies the data length for each record in the file.
FILETYPE(*SRC|*DATA) establishes the type of file to be created. Use this parameter
whenever a file is created.
TEXT(‘text description’) sets a text description to be associated with this member (and file, if
created). This description cannot exceed 50 characters and must be enclosed in single quotes.
EXPDATE(expiration-date) specifies the date after which the new or replaced member is no
longer valid. If EXPDATE is not specified, then the file does not have an expiration date.
MAXMBRS(number|*NOMAX) specifies the maximum number of members a physical file
can contain.
SIZE(#-of-recs, incr-value #-of-incrs|*NOMAX) is used when a new file is created for the file
received.
AUT(*CHANGE|*ALL|*USE|*EXCLUDE) specifies the authority to give to a user who does
not have specific authority to the file or member, is not on the authorization list, and whose user
group does not have specific authority to the file or member.
The following parameters are valid for TYPE(SPLF) files:
DEV(*JOB|*SYSVAL|device-name) specifies the name of the printer device description.
DEVTYPE(*IPDS|*SCS|*USERASCII) sets the type of data stream created for a printer file
from the data received.
PAGESIZE(page-length page-width) specifies the length and width of the page used by the
printer. (This parameter overrides the FORMTYPE parameter.)
LPI(3|4|6|7.5|8|9) sets the line space setting (lines per inch) on the printer.
CPI(5|10|12|13.3|15|16.7|18|20) specifies the printer character density, in characters per inch, for
the printer.
OVRFLW(overflow-line-number) specifies the line number on the page at which overflow to a
new page begins.
FOLD(*NO|*YES) specifies whether entire records are printed when the record length exceeds
the form width.
RPLUNPRT(*YES ‘replacement-character’|*NO) specifies whether unprintable characters
are replaced with printable characters when printed. Also specifies the replacement character.
ALIGN(*NO|*YES) specifies whether the page must be aligned in the printer before printing is
started.
Sending a Spool File
79
CTLCHAR(*NONE|*FCFC) specifies whether the data contains printer control characters.
CHLVAL(*NORMAL| (channel#1 line#1) ... (channel#12 line#12)) specifies the list of
channel numbers with their assigned line numbers. Note that CTLCHAR(*FCFC) must be
specified as a SYSOPTS parameter for this to be a valid parameter.
FORMFEED(*DEVD|*CONT|*CUT|*AUTOCUT) specifies the form feed attachments used
by the printer (4214, 5219, and 5553 printers only).
PRTQLTY(*STD|*DRAFT|*DEVD|*NLQ) specifies the quality of print produced.
DRAWER(1|2|3|*E1) specifies the source drawer to be used when you use automatic cut-sheet
feed mode.
FONT(*CPI|*DEVD|font-identifier) specifies the font identifier to be used for the spooled
output file.
CHRID(*DEVD|*SYSVAL| graphic-character-set code-page) specifies the character
identifier to use for the spooled output file.
PAGRTT(*DEVD|*COR|0|90|180|270) specifies the degree of rotation (clockwise from the
edge of the paper first loaded into the printer) of text on each page printed.
PRTTXT(‘print-text’) specifies a line of text to be printed at the bottom of each page printed.
Up to 30 characters enclosed in single quotes is specified.
JUSTIFY(0|50|100) controls the print positions of the characters on the page (in the spooled file)
so the right margin is regular.
DUPLEX(*NO|*YES|*TUMBLE) specifies whether the spooled output file is printed on one or
both sides of the paper.
SPOOL(*YES|*NO) specifies whether the data is sent to a spooled file prior to printing.
OUTQ(*JOB|*DEV|library-name/output-queue- name) specifies the output queue for the
spooled output file created.
FORMTYPE(form-type) specifies the type of form to use in the printer when the spooled file is
printed. The PAGESIZE parameter overrides this parameter.
COPIES(number-of-copies) specifies the number of copies to be printed. Valid values range
from 1–255.
MAXRCDS(maximum-records) specifies the maximum number of records that are placed in
the output queue. Valid values range from 1–500,000.
FILESEP(number-of-file-separators) specifies the number of blank separator pages to be
placed between each copy of the file printed.
HOLD(*YES|*NO) specifies whether the file is to be held on the output queue until released by
the user.
SAVE(*YES|*NO) specifies whether the spooled output file is to be saved on the output queue
once printed.
OUTPTY(*JOB|output-priority) specifies the scheduling priority of the file on the output
queue.
USRDTA(user-data) allows up to 10 characters of data to identify the spooled output file.
Refer to the IBM Sterling Connect:Direct Processes Web site at
http://www.sterlingcommerce.com/documentation/processes/processhome.html for general
information on SMS support.
XTRAN( table-name) specifies the translation table to use. The named table object must exist in a
library that is in the session manager job library list or else the COPY step fails.
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IBM Sterling Connect:Direct for i5/OS User’s Guide
If the XTRAN keyword is present, then the following related optional keywords can also be used:
XTRANLSO(so-code) specifies extended translation local shift-out code. This keyword
specifies the hexadecimal code to use for the local (i5/OS side) shift-out character and overrides
the default value of 0E. You can specify any two valid hexadecimal digits.
XTRANLSI(si-code) specifies extended translation local shift-in code. This keyword specifies
the hexadecimal code to use for the local (i5/OS side) shift-in character and overrides the default
value of 0F. You can specify any two valid hexadecimal digits.
XTRANLDATA(MIXED|DBCS) specifies extended translation local data format. This
keyword specifies the format of the data on the local (i5/OS side) of the COPY.
MIXED indicates that the data can contain both DBCS and SBCS characters and that SO/SI
characters are used. MIXED is the default.
DBCS indicates that the data is pure DBCS characters and that no SO/SI characters are used.
XTRANPAD(pc) specifies that padding characters are in use. When DBCS data is translated
from EBCDIC to ASCII, PAD specifies that the SHIFT-OUT and SHIFT-IN characters are
replaced by a pad character to allow the displacement of fields within a record to remain
unchanged during translation.
When DBCS data is translated from ASCII to EBCDIC, PAD specifies that the input ASCII
DBCS file is in a padded format. The character immediately preceding a DBCS character or
string is overlaid by the SHIFT-OUT character. The character immediately following a DBCS
character or string is overlaid with the SHIFT-IN character. This allows the displacement of fields
within a record to remain unchanged during translation.
pc is the pad character to be used during EBCDIC to ASCII translation. pc is ignored for
ASCII to EBCDIC translations.
If XTRANPAD is not used, the SI/SO characters are stripped from the file when transferring
from EBCDIC to ASCII, and added to the records when sending from ASCII to EBCIDC.
The following rules apply to the use of the XTRAN keyword:
™
™
™
™
You must specify the XTRAN keyword to use extended translation all others are optional.
The default for local shift-out is the IBM standard x0E.
IBM standard xOF is the default for local shift-in.
The default local data format is MIXED with SO/SI in use XTRAN is not allowed with
PRECMPR(*YES) or DECMPR(*NO)
™
To send a file to an ASCII platform using extended translation, you must specify in the
TOSYSOPTS that the data type is binary. Refer to the IBM Sterling Connect:Direct Processes
Web site at http://www.sterlingcommerce.com/documentation/processes/processhome.html for
platform-specific SYSOPTS parameters.
™
To use the XTRAN keyword to receive DBCS data from an ASCII platform, ensure that the
record length of the file on the i5/OS side of the transfer is large enough to contain the translated
record.
The record length of the file on the i5/OS side of the transfer is generally larger than the ASCII
equivalent. For additional information, refer to Maintaining Extended Translation in the IBM
Sterling Connect:Direct for i5/OS Installation and Administration Guide
EXITCMD specifies a command to be executed only if the copy process is successful.
FAILCMD specifies a command to be executed only if the copy process is not successful.
CODEPAGE(nnnnn,nnnnn) converts data from one code page to another. The supported
conversions are identified on the IBM Web site in the V5R1 Information Center, DB2 Universal
Sending a Spool File
81
Database for iSeries SQL Reference, Appendix E. CODEPAGE() on Sterling Connect:Direct for
i5/OS relates to CODEPAGE() developed for the z/OS system, UNIX, and Microsoft Windows.
nnnnn identifies the IBM CCSID codepage number to convert from and the IBM CCSID code
page number to convert to. If the FROM code page or TO code page is locale, the code page for
the locale where Sterling Connect:Direct is executing is used. For example, if
fmsysopts(codepage(locale,1208)), then the FROM code page is the code page for the locale and
the TO code page is UTF-8.
CCSID(nnnnn) specifies the coded character set ID to use when creating IFS files. If no character set
ID is specified, the system default is used.
EORCHAR(xxxx) specifies the two-to four-digit hexadecimal symbol to identify the character to use
in text files as the end-of-record character, for example, EORCHAR(0A).
Optional Parameters
The following parameters are optional. Unless otherwise noted, the parameters apply to all remote node
environments.
BLKSIZE(n|*CALC)
specifies the blocksize value for the source file. This value must be a multiple of the file record size.
n specifies the block size of the file. This value must be a multiple of the record size. The valid range
is 1–32720
*CALC indicates that the blocksize is calculated.
CHLVAL(*NORMAL| (channel#1 line#1) . . . (channel#12 line#12))
specifies the list of channel numbers with their assigned line numbers. Note that you must specify
CTLCHAR(*FCFC) for this to be a valid parameter.
*NORMAL indicates that channel 1 causes a skip to the next line, and channel 12 causes a skip to the
overflow line (OVERFLOW parameter). Channels 2–11 cause a space-one-line operation.
(channel#1 line#1) . . . (channel#12 line#12) specifies channel number and line number. Any
combination of channel numbers, 1–12, is specified along with a line number to be assigned to that
channel number. Valid line numbers range from 1–255. If no line number is assigned to a channel
number and that channel number is found in the data, a default of space-one-line before printing is
taken. You can specify each channel and line number once.
CKPTINV(n)
Number of bytes, from 1K to 2 gigabytes, to send or receive before taking a checkpoint. The format is
nnnnnnn, nnnnnnK, or nnnnnnM, where K specifies thousands of bytes and M specifies millions of
bytes. A value of 0 specifies no checkpoint restart Sterling Connect:Direct for i5/OS uses the value
you specify, rounded up to the nearest record boundary, to determine when to take a checkpoint. If
you specify a value between 1 and 1023, the value becomes 1024 or 1K.
A checkpoint interval specified here overrides the system-wide default value in the initialization
parameters.
CLASS(n)
determines the node-to-node session on which a Sterling Connect:Direct operation can execute. The
CLASS is a number from 1–255. If you do not specify the CLASS parameter, it defaults to the
number of maximum sessions defined in the communications environment mode description.
Note: The CLASS parameter is not used by Sterling Connect:Direct for i5/OS.
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COMPRESS (*YES|*NO|X\xx\|C\cc|EXT)
specifies data compression, which reduces the amount of data transmitted as the file is copied from
one node to another. The file is automatically decompressed at its destination.
Note: Compression is CPU-intensive. Its effectiveness is dependent on data and line speed and
should be used only if it benefits the installation.
If compression is specified, Sterling Connect:Direct reduces the amount of data transmitted based on
the following rules:
™
Repetitive occurrences (ranging from 2–63) of the primary compression character are
compressed to one byte.
™
Repetitive occurrences (ranging from 3–63) of any other character are compressed to two bytes.
Specifying the primary compression character is recommended for text data or single-character
repetitive data. Extended compression generally offers improved compression for all types of data.
*NO specifies no compression.
*YES enables compression. If *YES is specified, the default primary compression character is
PRIMEchar=X\40\ (hex 40=“ ”).
X\xx\ enables compression, where xx is the hexadecimal representation of the value to be used for the
primary compression character.
C\cc\ enables compression, where cc is the character representation of the value to be used for the
primary compression character.
EXT specifies that extended compression is used to search for repetitive strings of characters in data
and compress them to codes that are transmitted and converted back to the original string during
decompression. It is advantageous to specify this parameter when line transmission speeds are limited,
CPU is available, and data is repetitive.
CRC(*INITPARMS|*NETMAP|*OFF|*ON)
Determines whether node and Process statement overrides for Cyclic Redundancy Check (CRC) are
allowed. If this value is set to *OFF, setting overrides for CRC checking will be ignored. The default
value is *INITPARMS.
*INITPARMS specifies that the CRC setting is determined by the value for the initialization
parameter, TCP.CRC.
*NETMAP specifies that the CRC setting is determined by the value for the NETMAP parameter,
Cyclic Redundancy Check. The value for the initialization parameter TCP.CRC must be set to *ON
and the value for the initialization parameter TCP.CRC.OVERRIDE must be set to *YES.
*OFF specifies that CRC is disabled.
*ON specifies that CRC is enabled.
ECTUNING (ecclevel,ecwinsize,ecmlevel)
ECCLEVEL specifies the extended compression level, which affects how much CPU the extended
compression routines use. Higher compression levels use more CPU but achieve greater compression.
The valid values for this subparameter are 1–9, inclusive. The default value is *INITPARMS.
ECWINSIZE specifies the extended compression window size, which is specifically for the history
buffer that is filled from the user’s input buffer ( both compressing and decompressing). The window
specifies the amount of storage designated to maintain data previously read.
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83
This data can be scanned for string matches. The extended compression window size affects how
much virtual memory the extended compression routines use. Higher window size values use more
memory but achieve greater compression. The valid values for this subparameter are 8–15, inclusive.
The default value is *INITPARMS.
ECMLEVEL specifies the extended compression memory level parameter, which determines how
much memory should be allocated for other internal data structures like the hash table and the
previous table (pointers to previous strings starting with the same 3 characters). The extended memory
level affects how much memory the extended compression routines use. Higher memory levels use
more virtual memory but achieve greater compression. The valid values for this subparameter are 1–9.
inclusive. The default value is *INITPARMS.
CTLCHAR(*NONE|*FCFC|*PRTCTL)
specifies whether the data contains printer control characters. Valid values are:
*NONE indicates that the data does not contain printer control characters.
*FCFC indicates that the first character of each record contains an ANSI forms-control character.
Any incorrect control characters are ignored, and single spacing is assumed. This parameter should be
used when the source z/OS file is RECFM=xxA, which indicates it contains ANSI carriage control.
*PRTCTL indicates that skip and space-before values are in the first four characters of every record.
These values are useful in high-level language (HLL) programs. Refer to the CPYSPLF command in
the i5/OS CL Reference for more information on these values.
FDSNLEN(*SPLF)
specifies the record length of the local file. The default value *SPLF means: look at the actual spool
file and use its length in this parameter.
Note: For TDSN, the values of *LIBL, *CURLIB, QTEMP cannot be used when sending to or
from an i5/OS system using Sterling Connect:Direct for i5/OS. A specific library name must
be used for copying from or to a data set on the i5/OS.
NOTIFY(userid)
specifies the user ID on the local node to receive status messages that are directed to the message
queue of the user.
PLEXCLASS(user-defined class)
specifies a user-defined class containing up to eight characters associated with a Sterling
Connect:Direct/Server in a Sterling Connect:Direct/Plex environment. This represents a type of server
on which you want to run a task, for example TAPE.
Note: This parameter is for use only in Sterling Connect:Direct for z/OS environments.
PNAME(name)
identifies the Sterling Connect:Direct Process in any messages or statistics related to the operator. The
name is from 1 to 12 characters long. The first character must be alphabetic. Use this name to identify
the operation in any messages or statistics. The default name is CDSNDSPL.
Note: Only Sterling Connect:Direct for i5/OS and Sterling Connect:Direct for UNIX support
Process names with more than 8 characters.
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PNODEID(id, pswd, newpswd)
specifies security user IDs and passwords at the local node. This parameter should only be used to
validate security with a different ID than the one you used to sign on to Sterling Connect:Direct.
PNODEID is not used when both the ID and password match on the local and remote nodes.
id specifies the security ID passed to the security system on the local node (1–10 alphanumeric
characters).
pswd specifies the current security password for the specified ID. This parameter is used by the
security system on the local node to validate the current security password (1–10 alphanumeric
characters). This is optional unless the user has security set to require a password.
newpswd specifies the new security password. It is used by the security system to change the current
security password to the new security password (1–10 alphanumeric characters).
Note: Although you can specify a value for newpswd, Sterling Connect:Direct for i5/OS does not
support this parameter.
PRTY(n)
specifies the priority of the operation. High numbers indicate high priorities; low numbers indicate
low priorities. Use this priority only for selection within CLASS. It does not affect transmission
priority. The range is from 0–15. The default is *INITPARMS. Type DSPPFM INITPARMS to
view the default.
RMTWORK(*YES|*NO)
specifies whether a remote Process can run on the session after Sterling Connect:Direct for i5/OS has
completed its Process on the session.
*YES allows the remote Process to run on the session after Sterling Connect:Direct for i5/OS
completes its Process.
*NO terminates the session after Sterling Connect:Direct for i5/OS executes the command function.
*NO is the default for this parameter.
SACCT(snode-accounting-data)
specifies the accounting data for the remote node. The maximum length of the accounting data is 256
characters. If special characters are part of the accounting data, the string must be enclosed in single
quotation marks. This parameter is valid for z/OS nodes only.
SECOPTIONS(* *)
specifies Encryption and Digital Signature values.
Encryption specifies if data encryption is to be performed and what algorithm to use.
Digital Signature specifies if a digital signature is created during file transmission.
Note: The SECOPTIONS parameter is valid only if Sterling Connect:Direct Secure Plus is
installed. For information about these parameters, refer to the IBM Sterling Connect:Direct
Secure Plus for i5/OS Implementation Guide.
SNODEID(id, pswd, newpswd)
specifies security user IDs and passwords at the remote node. Use this parameter only to validate
security with a different ID than the one you used to sign on to Sterling Connect:Direct.
Note: Parameter values are case sensitive.
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85
id specifies the security ID sent to the remote node (1–64 alphanumeric characters).
pswd specifies the current security password and is used by the security system on the SNODE to
validate the current security password (1–64 alphanumeric characters). This is optional unless the user
has security set to require a password.
newpswd specifies the new security password and is used by the security system to change the current
security password to the new security password (1–64 alphanumeric characters).
Note: newpswd is not supported if the remote node is an i5/OS node.
TBUFND(n)
specifies the number of I/O buffers VSAM uses to transmit data between virtual and auxiliary storage.
Valid values range from 1–510. The default is 2. Increasing this number generally improves the I/O
performance on the file but requires more memory. This parameter is valid for z/OS nodes only.
TDBPARMS(dbid, dbsubid)
indicates that the Sterling Connect:Direct for z/OS SQL SERVER is to process the I/O request against
the database identified by the subparameters of this keyword and defined by the SQL= parameter. The
DBPARMS parameter is used with the optional Sterling Connect:Direct z/OS SQL feature. This
parameter is valid for z/OS nodes only. Only DB2 is supported.
To determine the values to code for access to a given DB2 table or set of DB2 tables, consult the
database administrator.
dbid specifies the 1–4 byte DB2 database ID.
dbsubid specifies the 1–4 byte DB2 database sub ID.
TDCB(modeldcb, blksize, den, dsorg, keylen, limct, lrecl, optcd, recfm, rkp, trtch)
overrides attributes of the source file. For existing source and destination files, DCB attributes are
determined from the operating system unless specified. For a new destination file, the DCB attributes
of the source file are used to allocate the destination file unless DCB information is provided in the
operation.
modeldcb specifies a model data set control block (DSCB).
blksize specifies the block length in bytes. The minimum and maximum lengths are 18 bytes, and
32,760 bytes.
den specifies the magnetic tape mode setting. The following table shows values for the DEN
parameter for 7- and 9-track tapes. When coded together, the DEN and TRTCH values are used to
select a tape device for allocation by Sterling Connect:Direct z/OS.
DEN
7-Track Tape
9-Track Tape
1
2
3
4
556 bpi
--
800 bpi
800 bpi
1600 bpi
6250 bpi
--
--
dsorg specifies the file organization. Supported file organizations are BDAM, ISAM, PO, PS, and
VSAM.
keylen specifies the length of the keys used in a file. Maximum length in bytes is 255.
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limct specifies the blocks or tracks searched to find a free block or available space.
lrecl specifies the record length in bytes.
optcd establishes optional processing associated with a specific file. This optional processing only
applies to this file and is not automatically applied to other files involved in a RECEIVE operation.
Valid options are:
W performs write validity checks on direct access storage devices.
Q performs ASCII-to-EBCDIC conversion for input files and EBCDIC-to-ASCII conversion for
output files. Q is the default and only used for AL-labeled tape files.
Z performs reduced error recovery for tape files.
recfm specifies the format of the records in the file. You can specify any valid record format, such as:
F specifies fixed format.
FA specifies fixed format with ASA printer control.
FB specifies fixed block format.
FBA specifies fixed block format with ANSI carriage control.
FM specifies fixed format with machine code control character.
U specifies undefined format.
V specifies variable format.
VB specifies variable block.
VBA specifies variable block format with ASA printer control.
VBM specifies variable block format with machine code control character.
VS specifies variable spanned format.
VBS specifies variable block spanned format.
For FDR volumes, you must specify RECFM=U.
rkp specifies the position of the first byte of the record key within each logical record. The beginning
byte of a record is addressed as 0.
trtch specifies the magnetic tape mode setting. When coded together, the TRTCH and DEN values
are used to select a tape device for allocation by Sterling Connect:Direct for z/OS. Valid options are:
C specifies data conversion, odd parity, a4nd no translation.
E sets no data conversion, even parity, and no translation.
T specifies no data conversion, odd parity, and BCD or EBCDIC translation.
ET specifies no data conversion, even parity, and BCD or EBCDIC translation.
COMP is a feature for 3480X tape drives only. It enables Improved Data Recording Capability
(IDRC), which compresses the data. This subparameter overrides the system-wide IDRC setting
for no compression. If you are specifying COMP, you must also include a UNIT= parameter that
specifies either 3480X or a systems-programmer-defined name equivalent to a 3480X tape drive.
NOCOMP overrides the system-wide IDRC setting for compression. NOCOMP applies to
3480X tape drives only.
TDISP(current, normal end, abnormal end)
specifies the status of the file on the remote node.
current specifies the status of the file before the operation executes. Valid choices for this
subparameter are:
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87
NEW specifies that the operation creates the destination member for an existing file. NEW is the
default. The file is created if the member does not exist. The file cannot be created if the member
already exists.
OLD specifies that the destination member already exists. The operation has exclusive control of
the member.
MOD specifies that the operation modifies the member by adding data to the end of the member
or, if none exists, allocates a new member. The file is also created if it does not exist.
RPL specifies that the destination member replaces any existing member or, if none exists,
allocates a new member. The file is created if it does not exist.
SHR specifies that the destination member already exists. The file is read simultaneously by
another job or operation.
Note: Normal and abnormal second disposition are not applicable when sending to Sterling
Connect:Direct for i5/OS.
For information on parameters for other platforms, refer to the appropriate volume of the IBM
Sterling Connect:Direct Processes Web site at
http://www.sterlingcommerce.com/documentation/processes/processhome.html.
TIOEXIT(program-name)
specifies the name of the user-written program to be given control for I/O-related requests for the
associated data. This parameter is valid for z/OS nodes only.
TIOPARM(parameter-name)
establishes a parameter, or list of parameters, to be passed to the specified exit. The TIOPARM syntax
is dependent on the parameter list required by the program specified in TIOEXIT. This parameter is
valid for z/OS nodes only.
TLABEL(seqno,labeltype,pswdread,inout,retpd,expdt)
specifies label information for the tape. This parameter is valid for z/OS nodes only.
seqno specifies the relative file position on the tape.
labeltype is designated as:
SL specifies IBM standard labels.
AL specifies American National Standard labels.
BLP specifies bypass label processing.
LTM specifies bypass leading tape marks.
NL specifies no labels.
pswdread specifies that a password must be given by the operator or user before the file is accessed.
inout specifies that a BSAM data set opened for INOUT or a BDAM data set opened for UPDAT is to
be read only.
retpd specifies the retention period for the data set in days, where nnnn is 1–4 digits.
expdt specifies the expiration date for the data set, where yyddd or yyyyddd is a valid Julian date.
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TLINK(vmid,pwd,accmode,cuu)
specifies the disk where the CMS file is located. This parameter allows the user to access the CMS
file. This parameter is valid for VM or VSE nodes only.
vmid specifies the owner ID for the CMS minidisk where the file is located. The valid length ranges
from 1–8 characters.
pwd specifies the appropriate password for the CMS minidisk where the file is located. The maximum
length is 256 characters. The default password is ALL.
accmode specifies the link access mode.
When used with the FROM parameter, the access modes are W (primary read/write access), M
(primary multiple access), R (primary read only), RR (primary and secondary read only access), WR
(primary read/write access; alternate read only access), MR (primary multiple access; alternate read
only access), and MW (primary multiple access; alternate read/write only access).
When used with the TO parameter, the access modes are W, M, and MW.
cuu specifies the virtual address of the disk where the CMS file is located. Any three-digit number is
valid.
TMSVGP(n)
specifies the remote file mass storage volume group that resides on a mass storage system (MSS)
device, which must be a valid DD (data definition) name. This parameter is valid for z/OS nodes only.
TPROTCT(*YES|*NO)
specifies whether an IBM RACF profile is created for a new file on a remote VM system.
TRACEOPT
Trace Instructions
(L, S, F, C, X, K, D, H, V, W, P,|*NONE|*ALL|*EXT| *COMMON|*INITPARMS|*CURRENT
specifies the trace bits that define functions to be traced by Sterling Connect:Direct for i5/OS. The
following are valid options:
™
™
™
™
™
™
™
™
™
™
™
™
™
™
™
L enables the main line logic trace for all components.
S enables the Process step logic trace.
F enables the file handler trace.
C enables the communications logic trace.
X enables the XDR trace.
K enables the KQV logic trace.
D enables the all-purpose data dump.
H enables the FMH dump.
V enables the XDR dump.
W enables the communications dump.
P enables the CIPC dump.
*NONE turns off all traces.
*ALL enables all product traces.(L, S, F, C, X, K, D, H, V, W and P)
*EXT enables all product traces plus two system traces (TRCICF and TRCJOB).
*COMMON enables the communications traces. (L, S, F, C, and H)
Sending a Spool File
89
™
™
*INITPARMS indicates the traces specified in the initialization parameters.
*CURRENT selects the trace bits that the session manager is currently using.
Command Trace Options
L,S,F,C,X,K,D,H,V,P|*ALL|*EXT|*COMMON| *NONE)
specifies the trace bits that define functions to be traced for this command but not for the Process it
runs. The following are valid options:
™
™
™
™
™
™
™
™
™
™
™
™
™
™
L enables the main line logic trace for all components.
S enables the Process step logic trace.
F enables the file handler trace.
C enables the common logic trace.
X enables the XDR trace.
K enables the KQV logic trace.
D enables the all-purpose data dump.
H enables the FMH dump.
V enables the XDR dump.
P enables the CIPC dump.
*ALL enables all product traces.(L, S, F, C, X, K, D, H, V, and P)
*EXT enables all product traces plus two other traces. (TRCICF and TRCJOB)
*COMMON enables the most commonly used traces. (L, S, F, C, and H)
*NONE turns off all traces.
TSPACE(avgblk, type, primary, secondary, pdsblk, rlse, contig, round)
specifies the amount of storage to be allocated for new files on the destination node. If TSPACE is
specified, the DISP of the destination file must be NEW. If TSPACE is not specified and the DISP is
NEW, space allocation defaults to the value obtained from the source file (unless a TTYPE has been
specified). The default allocation is in blocks, and if supplied with the ROUND option, provides
device-independent space allocation. This parameter is valid only for z/OS nodes.
avgblk defines the average block size.
type defines the space allocation. Valid values are:
™
™
™
CYL specifies that space is to be allocated by cylinder.
TRK specifies that space is to be allocated by track.
blk specifies that space is to be allocated by the average block length of the data and is the
default. The system computes the number of tracks to be allocated. If the subparameter ROUND
is also specified, the system allocates the space in cylinders. ROUND is preferred because
allocation is performed on cylinders in a device-independent manner. If no space information is
coded, allocation is in blocks, due to device dependencies.
primary specifies the primary allocation of storage (number of units).
secondary specifies the secondary allocation of storage (number of units).
pdsblk specifies the number of PDS directory blocks to be created in the file.
rlse sets the release of unused storage allocated to the output file. Valid values are *YES and *NO.
contig specifies the contiguous storage for the primary allocation. Valid values are *YES and *NO.
round specifies the rounding of storage allocated by average block length to an integral number of
cylinders. Valid values are *YES and *NO.
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TSQL(sql-statement|DSN=data-set-name)
defines the SQL statement to be processed against the database identified by the DBPARMS
parameter or the DSN containing the SQL statements(s). The SQL parameter is used with the optional
Sterling Connect:Direct SQL feature. This parameter is valid for z/OS nodes only.
sql-statement defines the actual SQL statement to be processed.
data-set-name specifies the data set containing the SQL statement or statements to be processed.
TTYPE(name)
specifies the entry name of the type defaults file on the remote node that contains the default file
attributes used to allocate the destination file. TTYPE is required only if sending to a MS-DOS node.
TUNIT(unit-name)
specifies the unit address, device type, or user-assigned group name where the file resides or will
reside. For SAM-to-SAM copies where the destination file is new and the UNIT parameter is not
coded, the device type from the source file is used. For VSE nodes, you must specify either this
parameter or TVOL.
Specify a unit-count to allow additional units to be allocated if required, or specify P to allocate the
same number of units as volumes and then parallel mount the volumes.
TVOL(*YES|*NO)
specifies the volume serial number(s) containing the file and optional processing associated with the
file. If TVOL is not specified, the file must be cataloged. For VSE nodes, you must specify either this
parameter or TUNIT.
private specifies allocation of an output file only if the volume is specifically requested and is used
for direct access storage devices only. Valid values are *YES and *NO.
volcount specifies the maximum number of volumes required by an output file.
ser identifies by serial number the volumes where the output file resides or will reside.
TVOLREF(data-set-name)
allows you to place a data set on the same volume as the referenced data set. It must be cataloged on
the system where it is referenced. This parameter is valid for z/OS nodes only.
TVSAMCAT(dsn,vmid,pwd,accmode,cuu)
specifies the catalog for the VSAM file to be copied. This parameter is required only if using a catalog
other than the master catalog. This parameter is valid for VSE nodes only.
dsn specifies the filename of the VSAM catalog containing the file to be copied. The maximum length
is 44 characters.
vmid specifies the owner ID for the VSAM minidisk where the file is located. The maximum length is
eight characters.
pwd specifies the appropriate password for the VSAM minidisk where the file is located. The
maximum length is eight characters.
accmode specifies the link access mode. Valid access modes are NULL, W (primary read/write
access), M (primary multiple access), and MW (primary multiple access; alternate read/write only
access).
cuu specifies the virtual address of the disk where the VSAM file is located. Any three-digit number
is valid.
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91
Sending a Spooled File to a Remote Node
Use the Sterling Connect:Direct Send Spool (CDSNDSPL) screens to send a spooled file to a remote node.
Complete the following steps to send a spooled file to a remote node:
1. Access the CDSNDSPL screens by typing CDSNDSPL at the command line and pressing F4 or by
choosing the send spooled file option from the Sterling Connect:Direct main menu.
2. Type the remote node name and press Enter. The command retrieves the remote node environment and
display fields for required parameters.
3. Type values for required and any optional parameters as appropriate and press Enter.
The following is a sample of the Sterling Connect:Direct Send Spool (CDSNDSPL) screen.
Connect:Direct Send Spool File (CDSNDSPL)
Type choices, press Enter.
Receiving Node Name . . . . . .
Receiving Node Environment . . .
Spooled file . . . . . . . . . .
Job name:
__________________
__________
__________
AS400, MSP, MVS, OS/400...
Name
__________
__________
_____
Name, *
Name
000000-999999
1-9999, *ONLY, *LAST
User Id . . . . . . . . . . .
Number . . . . . . . . . . . .
Spooled file number . . . . . .
_____
Receiving File Name . . . . . . __________________________________________________
____________________________________
Bottom
F3=Exit
F4=Prompt
F5=Refresh
F12=Cancel
F13=How to use this display
F24=More keys
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Chapter 6
Running a Remote Task
This chapter describes the Sterling Connect:Direct Run Task (CDRUNTASK) command and its function.
Using the CDRUNTASK Command
Use the CDRUNTASK command to run a task at a remote node. This command allows user programs, or
subtasks, to be attached and run as a subtask under the remote Sterling Connect:Direct during command
execution.
For additional information, refer to the appropriate RUN TASK section of the IBM Sterling Connect:Direct
Processes Web site at http://www.sterlingcommerce.com/documentation/processes/processhome.html for
information about the remote node.
Note: RUN JOB and RUN TASK Process statements use the authenticated user’s JOBD for the library list
and not the CDJOBD library list, which is the CDADMIN job description used to start Sterling
Connect:Direct. RUN JOB and RUN TASK Process statements use the CDJOBQ job queue.
CDRUNTASK Command Example
The command shown in the following figure is an example of the CDRUNTASK command.
CDRUNTASK
PNAME(CDTASK) SNODE(DALLAS.OS3901)
SNODENVIRN(OS390) PGM(ACCTUPDT)
PARM(’’CL44’DALLAS.ACCTDATA’’ CL44’
’DALLAS.REPORT’’’)
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CDRUNTASK Example With New TraceOpt Parameters
===> CDRUNTASK SNODE(CDDV3600) SNODENVIRN(AS400)
CMD('WRKACTJOB SBS(CDDV3600) OUTPUT(*PRINT)') TRACEOPT(*ALL *ALL)
SNODEID(RMTUSER ())
The associated Statistics record:
Display Spooled File
File . . . . . :
Control . . . . .
Find . . . . . .
CDSELSTAT
Page/Line
1/6
Columns
1 - 130
*...+....1....+....2....+....3....+....4....+....5....+....6....+....7....
C:D i5 Select Statistics (CDSELSTAT) Detail 03/16/04 11:03:12
Page 0001
------------------------------------------------------------------------------------
Event: Communications Session Started (SMSES)
Process Name: CDTASK
Process Number: 00014891
Local User: LCLUSER
Type: INIT
Date/Time:
Local Node:
Remote Node:
Protocol:
03/16/04
10:57:12
CDDV3600
CDDV3600
TCPIP
Message Id:
ASMT292I
------------------------------------------------------------------------------------
Event: Process Started (SMPST)
Process Name: CDTASK
Process Number: 00014891
Local User: RMTUSER
Pnode: N
Date/Time:
03/16/04
10:57:12
Local Node:
Remote Node:
Submit User:
CDDV3600
CDDV3600
CDDV3600
------------------------------------------------------------------------------------
Event: Process Started (SMPST)
Process Name: CDTASK
Process Number: 00014891
Local User: LCLUSER
Pnode: Y
Date/Time:
03/16/04
10:57:13
Local Node:
Remote Node:
Submit User:
CDDV3600
CDDV3600
IDEVUSER
CDRUNTASK Command Format
The following are the parameters for the CDRUNTASK command. Required parameters are in bold.
Command
Parameters
CDRUNTASK
SNODE(remote-node-name)
SNODENVIRN(remote-environment-name)
†PGM(program-name)
‡CMD(command)
CLASS(n)
CRC(*INITPARMS|*NETMAP|*OFF|*ON)
NOTIFY(userid)
‡‡PARM(parameters)
†
‡
For tasks on z/OS, Microsoft Windows, HP NonStop, VM, and VSE
For tasks on i5/OS, Microsoft Windows, OpenVMS, UNIX, Stratus VOS
‡‡ For tasks on z/OS, HP NonStop, VM, and VSE
Running a Remote Task
95
Command
Parameters
PLEXCLASS(user-defined class)
PNAME(name)
PNODEID(id, pswd, newpswd)
RMTWORK(*YES|*NO)
SACCT(snode-accounting-data)
SNODEID(id, pswd, newpswd)
TRACEOPT
Trace Instructions:
(L,S,F,C,X,K,D,H,V,W,P|*NONE|*ALL|*EXT|
*COMMON|*INITPARMS|*CURRENT
Command Trace Options:
L,S,F,C,X,K,D,H,V,P|*ALL|*EXT|*COMMON|
*NONE)
†
‡
For tasks on z/OS, Microsoft Windows, HP NonStop, VM, and VSE
For tasks on i5/OS, Microsoft Windows, OpenVMS, UNIX, Stratus VOS
‡‡ For tasks on z/OS, HP NonStop, VM, and VSE
Note: The CLASS parameter is not used by Sterling Connect:Direct for i5/OS.
Required Parameters
The following two parameters are required when you use the CDRUNTASK command.
SNODE(remote-node-name)
specifies a 1–16 character alphanumeric name for the remote node.
Note: This value is case sensitive.
SNODENVIRN(remote-environment-name)
specifies the remote environment to execute the task.
One of the next two parameters is required for the CDRUNTASK command. Each parameter lists the
environments for which they apply.
PGM(program-name)
specifies the RUN TASK program name on the remote node. The following environments can use this
parameter: OS/390, Microsoft Windows, Tandem, VM, and VSE
CMD(command)
specifies batch-capable i5/OS CL commands and parameters for a remote node. The maximum
number of permitted characters is 256. The following environments can use this parameter: i5/OS,
MS-DOS, Microsoft Windows, OpenVMS, UNIX, and Stratus VOS.
Refer to the IBM Sterling Connect:Direct Processes Web site at
http://www.sterlingcommerce.com/documentation/processes/processhome.html for parameter values for the
remote node.
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Optional Parameters
The following parameters are optional. Unless otherwise noted, the parameters apply to all remote node
environments.
CLASS(n)
determines the node-to-node session on which a Sterling Connect:Direct operation can execute. The
CLASS is a number from 1–255. If you do not specify the CLASS parameter, it defaults to the
maximum number of sessions defined in the mode description for the communications environment.
Note: The CLASS parameter is not used by Sterling Connect:Direct for i5/OS.
CRC(*INITPARMS|*NETMAP|*OFF|*ON)
Determines whether node and Process statement overrides for Cyclic Redundancy Check (CRC) are
allowed. If this value is set to *OFF, setting overrides for CRC checking will be ignored. The default
value is *INITPARMS.
*INITPARMS specifies that the CRC setting is determined by the value for the initialization
parameter TCP.CRC.
*NETMAP specifies that the CRC setting is determined by the value for the NETMAP parameter,
Cyclic Redundancy Check. The value for the initialization parameter TCP.CRC must be set to *ON
and the value for the initialization parameter TCP.CRC.OVERRIDE must be set to *YES.
*OFF specifies that CRC is disabled.
*ON specifies that CRC is enabled.
NOTIFY(userid)
specifies the user ID on the local node to receive status messages that are directed to the message
queue of the user.
PARM(parameters)
specifies the remote parameters needed for the program specified in the PGM parameter. This
parameter is valid for tasks on z/OS, HP NonStop, VM, and VSE.
PLEXCLASS(user-defined class)
specifies a user-defined class containing up to eight characters associated with a Sterling
Connect:Direct/Server in a Sterling Connect:Direct/Plex environment. This represents a type of server
on which you want to run a task.
Note: This parameter is for use only in Sterling Connect:Direct for z/OS environments.
PNAME(name)
identifies the Sterling Connect:Direct Process in any messages or statistics. The name is from 1 to 12
characters long. The first character must be alphabetic. The default name is CDSND.
Note: Only Sterling Connect:Direct for i5/OS and Sterling Connect:Direct for UNIX support
Process names with more than 8 characters.
PNODEID(id, pswd, newpswd)
specifies security user IDs and passwords at the local node. Only use this parameter to validate
security with a different ID than the one you used to sign on to Sterling Connect:Direct.
id specifies the security ID passed to the security system at the local node (1–10 alphanumeric
characters).
Running a Remote Task
97
pswd specifies the current security password for the specified ID. The security system at the local
node can use this parameter to validate the current security password (1–10 alphanumeric characters).
This is optional unless the user has security set to require a password.
newpswd specifies the new security password. The security system can use this parameter to change
the current security password to the new security password (1–10 alphanumeric characters).
Note: Although you can specify a value for the new password, Sterling Connect:Direct for i5/OS
does not currently support this parameter.
RMTWORK(*YES|*NO)
specifies whether a remote Process can run on the session after Sterling Connect:Direct for i5/OS has
completed its Process on the session.
*YES allows a remote Process to run on the session after the Sterling Connect:Direct for i5/OS
completes its Process.
*NO terminates the session after Sterling Connect:Direct for i5/OS executes the command function.
*NO is the default.
SACCT(snode-accounting-data)
specifies the accounting data for the remote node. The maximum length of the accounting data is 256
characters. If special characters are part of the accounting data, the string must be enclosed in single
quotation marks.
SNODEID(id, pswd, newpswd)
specifies security user IDs and passwords at the remote node. This parameter should only be used to
validate security with a different ID than the one you used to sign on to Sterling Connect:Direct.
id specifies the security ID passed to the security system on the remote node (1–64 alphanumeric
characters).
pswd specifies the current security password and is used by the security system on the SNODE to
validate the current security password (1–64 alphanumeric characters). This parameter is optional
unless the user has security set to require a password.
newpswd specifies the new security password and is used by the security system to change the current
security password to the new security password (1–64 alphanumeric characters).
Note: newpswd is not valid if the remote node is a Sterling Connect:Direct for i5/OS node.
Parameter values are case sensitive.
TRACEOPT
Trace Instructions
(L, S, F, C, X, K, D, H, V, W, P,|*NONE|*ALL|*EXT| *COMMON|*INITPARMS|*CURRENT
specifies the trace bits that define functions to be traced by Sterling Connect:Direct for i5/OS. The
following are valid options:
™
™
™
™
™
™
™
L enables the main line logic trace for all components.
S enables the Process step logic trace.
F enables the file handler trace.
C enables the communications logic trace.
X enables the XDR trace.
K enables the KQV logic trace.
D enables the all-purpose data dump.
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™
™
™
™
™
™
™
™
™
™
H enables the FMH dump.
V enables the XDR dump.
W enables the communications dump.
P enables the CIPC dump.
*NONE turns off all traces.
*ALL enables all product traces.(L, S, F, C, X, K, D, H, V, W and P)
*EXT enables all product traces plus two system traces (TRCICF and TRCJOB).
*COMMON enables the communications traces. (L, S, F, C, and H)
*INITPARMS indicates the traces specified in the initialization parameters.
*CURRENT selects the trace bits that the session manager is currently using.
Command Trace Options
L,S,F,C,X,K,D,H,V,P|*ALL|*EXT|*COMMON| *NONE)
specifies the trace bits that define functions to be traced for this command but not for the Process it
runs. The following are valid options:
™
™
™
™
™
™
™
™
™
™
™
™
™
™
L enables the main line logic trace for all components.
S enables the Process step logic trace.
F enables the file handler trace.
C enables the common logic trace.
X enables the XDR trace.
K enables the KQV logic trace.
D enables the all-purpose data dump.
H enables the FMH dump.
V enables the XDR dump.
P enables the CIPC dump.
*ALL enables all product traces.(L, S, F, C, X, K, D, H, V, and P)
*EXT enables all product traces plus two other traces. (TRCICF and TRCJOB)
*COMMON enables the most commonly used traces. (L, S, F, C, and H)
*NONE turns off all traces.
Using the CDRUNTASK Screens
Use the Sterling Connect:Direct Run Task (CDRUNTASK) screen to initiate a task on the remote node.
Initiating a Task on a Remote Node
Complete the following steps to initiate a task on a remote node:
1. Access the CDRUNTASK screen by typing CDRUNTASK at the command line and pressing F4 or by
selecting the Run Task option from the main menu.
2. Type the remote node name at the command prompt and press Enter. The command retrieves the remote
node environment and display fields for required parameters.
3. Type values for required and optional parameters as appropriate, and press Enter.
Running a Remote Task
99
The following figure shows a sample of the first screen in the Sterling Connect:Direct Run Task
(CDRUNTASK) screen flow for a Sterling Connect:Direct for i5/OS remote environment.
Connect:Direct Run Task (CDRUNTASK)
Type choices, press Enter.
Remote Node Name . . . . . . . . > DALLAS____________
Remote Environment . . . . . . . > OS/400____
AS400, MVS, OS390, OS/400...
Remote Task Command . . . . . . __________________________________________________
____________________________________________________________________________________
____________________________________________________________________________________
CRC . . . . . . . . . . . . . .
Trace Options:
*INITPARMS
*INITPARMS, *NETMAP, *ON, *OFF
Trace Instructions . . . . . .
Command trace options . . . .
Process Name . . . . . . . . . .
Local Node User Info.:
*CURRENT_________________
*NONE____________________
CDTASK______ Name
User Id . . . . . . . . . . .
Password . . . . . . . . . . .
New Password . . . . . . . . .
User to Notify . . . . . . . . .
*CURRENT___
Character value, *CURRENT
Character value
Character value
Name, *CURRENT, *NONE
More...
F13=How to use this display
*CURRENT___
F12=Cancel
F3=Exit
F4=Prompt
F5=Refresh
F24=More keys
Additional screens vary according to the remote node environment.
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Chapter 7
Submitting a Sterling Connect:Direct Process
on a Remote Node
This chapter describes the Sterling Connect:Direct Submit (CDSUBMIT) command and its function. This
chapter also shows sample CDSUBMIT screens and describes the CL parameters used for the CDSUBMIT
command.
Using the CDSUBMIT Command
Use the CDSUBMIT command to submit a Sterling Connect:Direct Process on a remote node. This command
allows you to perform the following tasks:
™
™
™
Initiate a session with a remote node
Submit a Process to the remote Sterling Connect:Direct
Override certain parameters of the submitted Process
The remote node must support the Sterling Connect:Direct Process language.
Note: The Process to be submitted must exist on the remote system.
CDSUBMIT Command Example
The following example presents a sample of the CDSUBMIT command.
CDSUBMIT SNODE(OS390.V20100) SNODENVIRN(OS390) PROCFILE(file1.tst) PNAME(CDSUBOS390)
CDSUBMIT Command Format
The following are the parameters for the CDSUBMIT command. Required parameters are in bold.
Command
Parameters
CDSUBMIT
SNODE(remote-node-name)
SNODENVIRN(remote-environment-name)
†
These parameters override the associated parameters of the remote Sterling Connect:Direct Process.
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Command
Parameters
PROCFILE(file-name)
CLASS(n|*MODED)
CRC(*INITPARMS|*NETMAP|*OFF|*ON)
†NEWNAME(file-name|*NONE)
NOTIFY(*CURRENT|*NONE|userid)
†PCLASS(n)
†PHOLD(*YES|*NO|*CALL)
PLEXCLASS(user-defined class)
PNAME(process-name)
PNODEID(id,pswd,newpswd)
†PNOTIFY(userid)
†PPACCT(PNODE accounting-data)
†PPNODEID(id,pswd,newpswd)
†PPRTY(n)
†PREQUEUE(*YES|*NO)
†PRETAIN(*YES|*NO|*INITIAL)
†PSACCT(SNODE accounting-data)
†PSNODE(secondary-node-name)
†PSNODEID(id,pswd,newpswd)
†PSTARTT(day|date,time)
†PSYMBOLS(&symbolic n = variable n)
RMTWORK(*YES|*NO)
SACCT(SNODE accounting-data)
SNODEID(id,pswd,newpswd)
TRACEOPT
Trace Instructions:
(L,S,F,C,X,K,D,H,V,W,P|*NONE|*ALL|*EXT|
*COMMON|*INITPARMS|*CURRENT
Command Trace Options:
L,S,F,C,X,K,D,H,V,P|*ALL|*EXT|*COMMON|
*NONE)
†
These parameters override the associated parameters of the remote Sterling Connect:Direct Process.
Note: The CLASS parameter is not used by Sterling Connect:Direct for i5/OS.
Required Parameters
The following parameters are required. Unless otherwise noted, the parameters apply to all remote node
environments.
SNODE(remote-node-name)
specifies a 1–16 character alphanumeric name for the remote node.
Submitting a Sterling Connect:Direct Process on a Remote Node
103
SNODENVIRN(remote-environment-name)
specifies the remote node environment.
PROCFILE(file-name)
specifies the name of the file or member that contains the Sterling Connect:Direct Process to be
submitted. This file must already exist on the node where the Sterling Connect:Direct Process is to be
submitted.
For information about parameters for the remote node, refer to the IBM Sterling Connect:Direct Processes Web
site at http://www.sterlingcommerce.com/documentation/processes/processhome.html.
Optional Parameters
The following parameters are optional. Unless otherwise noted, the parameters apply to all remote node
environments.
CLASS(n|*MODED)
determines the node-to-node session on which an operation can execute. The CLASS is a number
from 1–255. If you do not specify the CLASS parameter, it defaults to the number of maximum
sessions defined in the mode description for the communications environment.
Note: The CLASS parameter is not used by Sterling Connect:Direct for i5/OS.
*MODED uses the class value specified for the destination node.
CRC(*INITPARMS|*NETMAP|*OFF|*ON)
Determines whether node and process statement overrides for Cyclic Redundancy Check (CRC) are
allowed. If this value is set to *OFF, setting overrides for CRC checking will be ignored. The default
value is *INITPARMS.
*INITPARMS specifies that the CRC setting is determined by the value for the initialization
parameter TCP.CRC.
*NETMAP specifies that the CRC setting is determined by the value for the NETMAP parameter,
Cyclic Redundancy Check. The value for the initialization parameter TCP.CRC must be set to *ON
and the value for the initialization parameter TCP.CRC.OVERRIDE must be set to *YES.
*OFF specifies that CRC is disabled.
*ON specifies that CRC is enabled.
NEWNAME(file-name|*NONE)
specifies a new name to be given to the submitted Process on the remote system. This name overrides
the name in the Process file.
file-name specifies the name for the submitted Process on the remote system.
*NONE uses the name specified in the Process.
NOTIFY(*CURRENT|*NONE|userid)
specifies the user ID on the receiving node to receive status messages that are directed to the message
queue of the user.
*CURRENT uses the ID of the current user.
*NONE indicates that no user receives the messages.
userid specifies the name of the user to receive the status messages.
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PCLASS(n)
specifies the Sterling Connect:Direct Process CLASS for the submitted remote Process. This entry
overrides the class specified in the Process.
PHOLD(*YES|*NO|*CALL)
specifies whether the submitted remote Process is placed in the hold queue at submission. The default
is the HOLD value of the Process.
*YES specifies that the Process submits to the hold queue.
*NO specifies that the Process executes as soon as possible.
*CALL specifies that the remote Process is placed in the hold queue until a session is established with
its SNODE.
PLEXCLASS(user-defined class)
specifies a user-defined class containing up to eight characters associated with a Sterling
Connect:Direct/Server in a Sterling Connect:Direct/Plex environment. This represents a type of server
on which you want to submit a Sterling Connect:Direct Process.
Note: This parameter is for use only in Sterling Connect:Direct for z/OS environments.
PNAME(process-name)
identifies the Process in any messages or statistics. The name is from 1 to 12 characters long. The first
character must be alphabetic. The default name is CDSND.
Note: Only Sterling Connect:Direct for i5/OS and Sterling Connect:Direct for UNIX support
Process names with more than 8 characters.
PNODEID(id, pswd, newpswd)
specifies security user IDs and passwords at the local node. Use this parameter only to validate
security with a different ID than the one you used to sign on to Sterling Connect:Direct. Do not use
PNODEID when both the ID and password match on the local and remote nodes.
id specifies the security ID passed to the security system at the local node (1–10 alphanumeric
characters).
pswd specifies the current security password for the specified ID. The security system at the local
node can use this parameter to validate the current security password (1–10 alphanumeric characters).
This is optional unless the user has security set to require a password.
newpswd specifies the new security password.
Note: Although you can specify a value for newpswd, Sterling Connect:Direct for i5/OS does not
support this parameter.
PNOTIFY(userid)
specifies the user who is to receive remote Process completion messages. This entry overrides the one
specified in the Process.
PPACCT(PNODE accounting-data)
specifies the accounting data for the PNODE in the submitted remote Process. This entry overrides the
one specified in the Process.
Submitting a Sterling Connect:Direct Process on a Remote Node
105
PPNODEID(id,pswd,newpswd)
specifies the primary node user ID and password for the submitted remote Process. This entry
overrides the one specified in the Process.
Note: Parameter values are case sensitive.
PPRTY(n)
specifies the Sterling Connect:Direct priority class for the submitted remote Process. This entry
overrides the one specified in the Process. The valid range is 0–15.
PREQUEUE(*YES|*NO)
specifies whether a copy step should be requeued with HE status after an abnormal termination. This
parameter is only valid when checkpointing.
PRETAIN(*YES|*NO|*INITIAL)
tells Sterling Connect:Direct for i5/OS to keep a copy of the remote Process in the hold queue of the
remote node after the Process executes.
*INITIAL specifies that the Process executes each time the remote Sterling Connect:Direct is
initialized.
PSACCT(SNODE accounting-data)
specifies the accounting data for the remote node in the remote submitted Process. This entry
overrides the one specified in the Process.
PSNODE(secondary node-name)
specifies the secondary node for the submitted remote Process. This entry overrides the one specified
in the submitted remote Process.
PSNODEID(id,pswd,newpswd)
specifies the secondary node user ID and password for the submitted remote Process. This entry
overrides the one specified in the Process.
Note: Parameter values are case sensitive.
PSTARTT(day|date,time)
specifies the day or date and time the submitted remote Process is to execute. The date format must be
specified as the format expected by the remote node. The time field is 10 characters in length and the
date field is 9 characters in length.
PSYMBOLS(&symbolic n = variable n)
specifies values to be used for symbolic substitution in the submitted remote Process.
RMTWORK(*YES|*NO)
specifies whether a remote Process can run on the session after Sterling Connect:Direct for i5/OS has
completed its Process on the session.
*YES allows a remote Process to run on the session after the Sterling Connect:Direct for i5/OS
completes its Process.
*NO terminates the session after Sterling Connect:Direct for i5/OS executes the command function.
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SACCT(SNODE accounting-data)
specifies the accounting data for the remote node. The maximum length of the accounting data is 256
characters. If special characters are part of the accounting data, the string must be enclosed in single
quotation marks.
SNODEID(id,pswd,newpswd)
specifies security user IDs and passwords at the remote node. This parameter should only be used to
validate security with a different user ID than the one you used to sign on to Sterling Connect:Direct.
id specifies the security user ID passed to the security system on the remote node (1–64 alphanumeric
characters).
pswd specifies the current security password on the remote node and is used by the security system on
the remote node to validate the current security password (1–64 alphanumeric characters). This is
optional unless the user has security set to require a password.
newpswd specifies the new security password and is used by the security system to change the current
security password to the new security password (1–64 alphanumeric characters).
Note: Sterling Connect:Direct for i5/OS does not support newpswd if the remote node is an i5/OS
node. Parameter values are case sensitive.
TRACEOPT
Trace Instructions
(L, S, F, C, X, K, D, H, V, W, P,|*NONE|*ALL|*EXT| *COMMON|*INITPARMS|*CURRENT
specifies the trace bits that define functions to be traced by Sterling Connect:Direct for i5/OS. The
following are valid options:
™
™
™
™
™
™
™
™
™
™
™
™
™
™
™
™
™
L enables the main line logic trace for all components.
S enables the Process step logic trace.
F enables the file handler trace.
C enables the communications logic trace.
X enables the XDR trace.
K enables the KQV logic trace.
D enables the all-purpose data dump.
H enables the FMH dump.
V enables the XDR dump.
W enables the communications dump.
P enables the CIPC dump.
*NONE turns off all traces.
*ALL enables all product traces.(L, S, F, C, X, K, D, H, V, W and P)
*EXT enables all product traces plus two system traces (TRCICF and TRCJOB).
*COMMON enables the communications traces. (L, S, F, C, and H)
*INITPARMS indicates the traces specified in the initialization parameters.
*CURRENT selects the trace bits that the session manager is currently using.
Command Trace Options
L,S,F,C,X,K,D,H,V,P|*ALL|*EXT|*COMMON| *NONE)
specifies the trace bits that define functions to be traced for this command but not for the Process it
runs. The following are valid options:
™
L enables the main line logic trace for all components.
Submitting a Sterling Connect:Direct Process on a Remote Node
107
™
™
™
™
™
™
™
™
™
™
™
™
™
S enables the Process step logic trace.
F enables the file handler trace.
C enables the common logic trace.
X enables the XDR trace.
K enables the KQV logic trace.
D enables the all-purpose data dump.
H enables the FMH dump.
V enables the XDR dump.
P enables the CIPC dump.
*ALL enables all product traces.(L, S, F, C, X, K, D, H, V, and P)
*EXT enables all product traces plus two other traces. (TRCICF and TRCJOB)
*COMMON enables the most commonly used traces. (L, S, F, C, and H)
*NONE turns off all traces.
Using the CDSUBMIT Screens
Use the CDSUBMIT screens to submit a Sterling Connect:Direct Process on a remote node.
Submitting a Process on a Remote Node
Complete the following steps to submit a Process on a remote node:
1. Access the CDSUBMIT screens by typing CDSUBMIT at the command line and pressing F4 or by
selecting the SUBMIT option from the main menu.
2. Type the remote node name at the command prompt and press Enter. The command retrieves the remote
node environment and display fields for required parameters.
3. Type values for required and optional parameters as appropriate and press Enter. Additional screens
relative to the remote environment are displayed.
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Sterling Connect:Direct Submit Primary Screen
The following is a sample of the first screen in the Sterling Connect:Direct Submit (CDSUBMIT) screen
flow.
Connect:Direct Submit (CDSUBMIT)
Type choices, press Enter.
Remote Node Name . . . . . . . . > MVS.LEVEL1________
Remote Environment . . . . . . . > OS/390___
MVS, OS390, MSP, VSE, VM...
Remote process file name . . . .
___________________________________
CRC . . . . . . . . . . . . . .
Trace Options:
'KMOOR1.AS400.CNT($BOTH)'_____________________
*INITPARMS
*INITPARMS, *NETMAP, *ON, *OFF
Trace Instructions . . . . . .
Command trace options . . . .
Process Name . . . . . . . . . .
Local Node User Info.:
*CURRENT_________________
*NONE____________________
CDSUBMIT___
Name
User Id . . . . . . . . . . .
Password . . . . . . . . . . .
New Password . . . . . . . . .
User to Notify . . . . . . . . .
*CURRENT__
Character value, *CURRENT
Character value
Character value
*CURRENT__
F12=Cancel
Name, *CURRENT, *NONE
More...
F13=How to use this display
F3=Exit
F4=Prompt
F5=Refresh
F24=More keys
Chapter 8
Submitting a Job on a Remote Node
This chapter describes the Sterling Connect:Direct Run Job (CDRUNJOB) command and its function. This
chapter also shows sample CDRUNJOB screens and describes the required and optional CL parameters for the
CDRUNJOB command.
Using the CDRUNJOB Command
Use the CDRUNJOB command to submit a job on the remote node. The job can be:
™
™
A CL command that is submitted on a remote i5/OS node.
JCL that is submitted by the remote Sterling Connect:Direct for z/OS, VM, or VSE to the z/OS, VM, or
VSE system.
™
™
A UNIX command or program that is submitted by Sterling Connect:Direct for Microsoft Windows, or
UNIX to Microsoft Windows, or UNIX node.
An OpenVMS command or program to submit a job on the OpenVMS node.
The command, JCL, or program must exist on the remote system before you submit it with CDRUNJOB.
Note: RUN JOB and RUN TASK Process statements use the authenticated user’s JOBD for the library list
and not the CDJOBD library list, which is the CDADMIN job description used to start Sterling
Connect:Direct. RUN JOB and RUN TASK Process statements use the CDJOBQ job queue.
CDRUNJOB Command Example
The command shown in the following figure is an example of the CDRUNJOB command.
CDRUNJOB
SNODE(DALLAS.OS3901) SNODENVIRN(OS390)
JOBFILE(’USER1.AS400.CNTL(IEFBR14)’)
SNODEID(USERID PASSWORD)
For additional examples, refer to the IBM Sterling Connect:Direct Process Web site at
http://www.sterlingcommerce.com/documentation/processes/processhome.html
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CDRUNJOB Command Format
The following are the parameters for the CDRUNJOB command. Required parameters are in bold.
Command
Parameters
CDRUNJOB
SNODE(node-name)
SNODENVIRN(environment-name)
BATCHID(idname)
CLASS(n)
CRC(*INITPARMS|I*NETMAP|N*OFF|F*ON|O)
†JOBFILE(filename)
LINK(CMS-file-information
NOTIFY(userid)
PLEXCLASS(user-defined class)
PNAME(name)
PNODEID(userid,pswd,newpswd)
RMTWORK(*YES|*NO)
SACCT(SNODE accounting-data)
SNODEID(userid,pswd,newpswd)
‡TSYSOPTS(remote-job-command)
TRACEOPT
Trace Instructions:
(L,S,F,C,X,K,D,H,V,W,P|*NONE|*ALL|*EXT|
*COMMON|*INITPARMS|*CURRENT
Command Trace Options:
L,S,F,C,X,K,D,H,V,P|*ALL|*EXT|*COMMON|
*NONE)
†
‡
Valid for z/OS, OpenVMS, VM, VSE, and Microsoft Windows only
Valid for i5/OS, MS-DOS, OpenVMS, UNIX, Stratus VOS, and Microsoft Windows
Note: The CLASS parameter is not used by Sterling Connect:Direct for i5/OS.
Required Parameters
The following parameters are required. Unless otherwise noted, the parameters apply to all remote node
environments.
SNODE(node-name)
specifies a 1–16 character alphanumeric name for the remote node.
Note: This value is case sensitive.
SNODENVIRN(environment-name)
specifies the remote environment to execute the job.
Submitting a Job on a Remote Node
111
Optional Parameters
The following parameters, listed alphabetically, are optional. Unless otherwise noted, the parameters apply to
all remote node environments.
BATCHID(idname)
specifies the VM remote Virtual Machine ID name. The valid range is 1–8 characters.
CLASS(n)
determines the node-to-node session where a Sterling Connect:Direct operation can execute. The
CLASS is a number from 1–255. If you do not specify the CLASS parameter, it defaults to the
maximum number of sessions defined in the mode description for the communications environment.
Note: The CLASS parameter is not used by Sterling Connect:Direct for i5/OS.
CRC(*INITPARMS|I*NETMAP|N*OFF|F*ON|O)
Determines whether node and process statement overrides for Cyclic Redundancy Check (CRC) are
allowed. If this value is set to *OFF, setting overrides for CRC checking will be ignored. The default
value is *INITPARMS.
*INITPARMS (or *I) specifies that the CRC setting is determined by the value for the initialization
parameter TCP.CRC.
*NETMAP (or *N) specifies that the CRC setting is determined by the value for the NETMAP
parameter, Cyclic Redundancy Check. The value for the initialization parameter TCP.CRC must be
set to *ON and the value for the initialization parameter TCP.CRC.OVERRIDE must be set to *YES.
*OFF (or *F) specifies that CRC is disabled.
*ON (or *O) specifies that CRC is enabled.
JOBFILE(filename)
specifies the name of the file that contains the job to be submitted. This file must already exist on the
node where the job is to be submitted.
LINK(CMS-file-information)
specifies where the CMS file is located. This parameter allows you to access the VM CMS file.
owner id specifies the user ID for the owner of the CMS minidisk where the file is located.
owner password specifies the password for the CMS minidisk where the file is located. This
parameter accepts 1–8 characters. The default is ALL.
LINK access mode specifies the LINK access mode. The following entries are valid:
™
™
™
™
™
™
W for primary read/write
M for primary multiple access
R for primary read only
RR for primary and secondary read only
WR for primary read/write; alternate read only
MW for primary multiple access; alternate read/write
virtual address specifies the virtual address of the disk where the CMS file is located. A three-digit
number is valid.
NOTIFY(userid)
specifies the user ID on the local node to receive status messages that are directed to the message
queue of the user.
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PLEXCLASS(user-defined class)
specifies a user-defined class containing up to eight characters associated with a Sterling
Connect:Direct/Server in a Sterling Connect:Direct/Plex environment. This represents a type of server
on which you want to submit a job.
Note: This parameter is for use only in Sterling Connect:Direct for z/OS environments.
PNAME(name)
identifies the Process in any messages or statistics related to the operation. The name is from 1–12
characters long. The first character must be alphabetic. The default name is CDSND.
Note: Only Sterling Connect:Direct for i5/OS and Sterling Connect:Direct for UNIX support
Process names with more than 8 characters.
PNODEID(id, pswd, newpswd)
specifies security user IDs and passwords at the local node. You should only use this parameter to
validate security with a different ID than the one you used to sign on to Sterling Connect:Direct.
id specifies the security ID passed to the security system at the local node (1–10 alphanumeric
characters).
pswd specifies the current security password for the specified ID. The security system at the local
node can use this parameter to validate the current security password (1–10 alphanumeric characters).
This is optional unless you have security set to require a password.
newpswd specifies the new security password. The security system can use this parameter to change
the current security password to the new security password (1–10 alphanumeric characters).
Note: Although you can specify a value for the new password, Sterling Connect:Direct for i5/OS
does not support this parameter.
RMTWORK(*YES|*NO)
specifies whether a remote Process can run on the session after Sterling Connect:Direct for i5/OS has
completed its Process on the session.
*YES allows a remote Process to run on the session after Sterling Connect:Direct for i5/OS completes
its Process.
*NO terminates the session after Sterling Connect:Direct for i5/OS executes the command function.
SACCT(SNODE accounting-data)
specifies the accounting data for the remote node. The maximum length of the accounting data is 256
characters. If special characters are part of the accounting data, the string must be enclosed in single
quotation marks.
SNODEID(userid, pswd, newpswd)
specifies security user IDs and passwords at the remote node. You should only use this parameter to
validate security with a different ID than the one you used to sign on to Sterling Connect:Direct.
userid specifies the security ID passed to the security system on the remote node (1–64 alphanumeric
characters).
pswd specifies the current security password and is used by the security system on the SNODE to
validate the current security password (1–64 alphanumeric characters). This is optional unless the user
has security set to require a password.
Submitting a Job on a Remote Node
113
newpswd specifies the new security password and is used by the security system to change the current
security password to the new security password (1–64 alphanumeric characters).
Note: Parameter values are case sensitive.
Newpswd is not valid if the remote node is a Sterling Connect:Direct for i5/OS node.
TRACEOPT
Trace Instructions
(L, S, F, C, X, K, D, H, V, W, P,|*NONE|*ALL|*EXT| *COMMON|*INITPARMS|*CURRENT)
specifies the trace bits that define functions to be traced by Sterling Connect:Direct for i5/OS. The
following are valid options:
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™
™
™
™
™
™
™
™
™
™
™
™
™
™
™
™
L enables the main line logic trace for all components.
S enables the Process step logic trace.
F enables the file handler trace.
C enables the communications logic trace.
X enables the XDR trace.
K enables the KQV logic trace.
D enables the all-purpose data dump.
H enables the FMH dump.
V enables the XDR dump.
W enables the communications dump.
P enables the CIPC dump.
*NONE turns off all traces.
*ALL enables all product traces.(L, S, F, C, X, K, D, H, V, W and P)
*EXT enables all product traces plus two system traces (TRCICF and TRCJOB).
*COMMON enables the communications traces. (L, S, F, C, and H)
*INITPARMS indicates the traces specified in the initialization parameters.
*CURRENT selects the trace bits that the session manager is currently using.
Command Trace Options
(L,S,F,C,X,K,D,H,V,P|*ALL|*EXT|*COMMON| *NONE
specifies the trace bits that define functions to be traced for this command but not for the Process it
runs. The following are valid options:
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™
™
™
™
™
™
™
™
™
™
L enables the main line logic trace for all components.
S enables the Process step logic trace.
F enables the file handler trace.
C enables the common logic trace.
X enables the XDR trace.
K enables the KQV logic trace.
D enables the all-purpose data dump.
H enables the FMH dump.
V enables the XDR dump.
P enables the CIPC dump.
*ALL enables all product traces.(L, S, F, C, X, K, D, H, V, and P)
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™
™
™
*EXT enables all product traces plus two other traces. (TRCICF and TRCJOB)
*COMMON enables the most commonly used traces. (L, S, F, C, and H)
*NONE turns off all traces.
TSYSOPTS(remote-job-command)
specifies system-specific submission information. For a remote i5/OS system, this parameter specifies
a string ‘cmd(any valid batch CL command) [any valid parameters for the i5/OS SBMJOB
command]’. This CL command is submitted on the remote i5/OS system through a SBMJOB
command. This parameter is valid for i5/OS, OpenVMS, UNIX, Stratus VOS, and Microsoft
Windows.
See the IBM Sterling Connect:Direct Processes Web site at
http://www.sterlingcommerce.com/documentation/processes/processhome.html for valid
platform-specific parameters.
Using the CDRUNJOB Screens
Use the Connect:Direct Run Job (CDRUNJOB) screens to submit a job to a remote node.
Submitting a Job to a Remote Node
Complete the following steps to submit a job to a remote node:
1. Access the CDRUNJOB screens by typing CDRUNJOB at the command line and pressing F4 or by
selecting the RUNJOB option from the main menu.
2. Type the remote node name at the command prompt and press Enter. The command retrieves the remote
node environment and display fields for required parameters.
3. Type values for required and optional parameters as appropriate and press Enter. Additional screens
displays as required by the remote node type.
Submitting a Job on a Remote Node
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The primary CDRUNJOB screen looks similar to the following.
Connect:Direct Run Job (CDRUNJOB)
Type choices, press Enter.
Remote Node Name . . . . . . . . > hotpepper________
Remote Environment . . . . . . . > AS400_____
AS400, MVS, OS390, OS/400...
Remote Job command . . . . . . . __________________________________________________
____________________________________________________________________________________
____________________________________________________________________________________
____________________________________________________
CRC . . . . . . . . . . . . . .
Trace Options:
*INITPARMS
*INITPARMS, *NETMAP, *ON, *OFF
Trace Instructions . . . . . .
Command trace options . . . .
Process Name . . . . . . . . . .
Local Node User Info.:
*CURRENT_________________
*NONE____________________
CDJOB_______ Name
User Id . . . . . . . . . . .
Password . . . . . . . . . . .
New Password . . . . . . . . .
User to Notify . . . . . . . . .
*CURRENT__
Character value, *CURRENT
Character value
Character value
Name, *CURRENT, *NONE
More...
F13=How to use this display
*CURRENT__
F12=Cancel
F3=Exit
F4=Prompt
F5=Refresh
F24=More keys
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Chapter 9
Compressing Files
This chapter describes the Sterling Connect:Direct Compress (CDCOMP) command and its function. This
chapter also shows sample CDCOMP screens and describes the parameters used with the CDCOMP
command.
Using the CDCOMP Command
Use the CDCOMP command to compress a file on the i5/OS node before sending it to a remote node.
Note: When you send a precompressed file to a remote node, specify the PRECMPR(*YES) in the
FMSYSOPTS of the CDSND command to have the remote node decompress the file. See Chapter 3,
Sending a File, for information on using the PRECMPR parameter with the Send operation. Tuning
parameters are not supported with the CDCOMP command. If Sterling Connect:Direct Secure Plus is
installed, PRECMPR(*YES) or DECMPR(*NO) options cannot be specified.
Required CDCOMP Tasks
You must always complete one of the following activities when you use the CDCOMP command:
™
Compress members into a newly created file. You can create the file manually, or you can allow
CDCOMP to create the file.
™
™
Ensure that the output file contains no members before you execute CDCOMP.
Ensure that the output file is a physical data file with a record length of at least 256 bytes.
CDCOMP Command Example
The following command is an example of how to code the CDCOMP command.
CDCOMP INFILE(TESTLIB/FILE1) OUTFILE(TESTLIB/CMP_FILE)
REPLACE(*YES) SELMBR((TEST1 TEST2)) EXCMBR((M1 M2))
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CDCOMP Command Format
The following table shows the format for the CDCOMP command.
Command
Parameters
CDCOMP
INFILE(library-name/file-name)
OUTFILE(library-name/file-name)
CKPTINV(n)
EXCMBR(start-mbr end-mbr)
REPLACE(*NO|*YES)
SELMBR(start-mbr end-mbr new-mbr)
Required Parameters
The CDCOMP command has the following required parameters.
INFILE (library-name/file-name)
specifies the name and library of the file to be compressed. The input file is a database or a save file.
library-name specifies the name of the library to be used.
*LIBL specifies that the library list is used to locate the input file.
*CURLIB specifies that the current library for the job is used to locate the input file.
file-name specifies the name of the file to be compressed.
OUTFILE (library-name/file-name)
specifies the name and library of the database file to receive the compressed data. If the output file
does not exist, it is created. The default value for library is *CURLIB.
library-name specifies the name of the library to be used.
*CURLIB specifies that the current library for the job is used to locate the output file.
file-name specifies the name of the file to receive the compressed data.
Optional Parameters
The optional parameters, listed alphabetically, are as follows. Unless otherwise noted, the parameters apply to
all remote node environments.
CKPTINV(n)
Number of bytes, from 1K to 2 gigabytes, to send or receive before taking a checkpoint. The format is
nnnnnnn, nnnnnnK, or nnnnnnM, where K specifies thousands of bytes and M specifies millions of
bytes. A value of 0 specifies no checkpoint restart Sterling Connect:Direct for i5/OS uses the value
you specify, rounded up to the nearest record boundary, to determine when to take a checkpoint. If
you specify a value between 1 and 1023, the value becomes 1024 or 1K.
The value specified here is later used as the checkpoint interval for subsequent transfers.
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119
EXCMBR(start-mbr end-mbr)
specifies criteria by which file members are excluded from compression. In any case where a member
meets the criteria of both the SELMBR and EXCMBR parameters, the EXCMBR specification
overrides the selection of the member.
You can type in multiple sets of values for this parameter.
start-mbr specifies the name of the member to be excluded from compression or the first name in a
range of members to be excluded. If no members are to be excluded, this field should be left blank.
Possible values are:
member-name specifies the name of the file member to be excluded from compression.
generic*-member-name specifies a generic member name to exclude all members whose names
begin with the specified characters.
start-range specifies the first name in an alphanumeric range of members. Although member
names in a range are treated as generics, they cannot be used with an asterisk (*). The first and
last members specified in the range, as well as all members between, are excluded from
compression.
end-mbr specifies the last name in a range of members to be excluded from compression. Possible
values are:
*STARTMBR specifies that the name of the last member in the range is the same as the first
member in the range, limiting the range to a single member. You should also use this value if you
specified a generic in the starting member name (start-mbr) field. This is the default.
end-range specifies the last name in an alphanumeric range of members. Although member
names in a range are treated as generics, they cannot be used with an asterisk (*). The first and
last members specified in the range, as well as all members between, are excluded from
compression.
REPLACE (*NO|*YES)
specifies whether to replace the output member if it exists. This parameter applies to all members.
Possible values are:
*NO specifies that the member is not replaced if it exists. *NO is the default.
*YES specifies that the member is replaced if it exists.
SELMBR(start-mbr end-mbr new-mbr)
specifies criteria by which file members are selected for compression. In any case where a member
meets the criteria of both the SELMBR and EXCMBR parameters, the EXCMBR specification
overrides the selection of the member.
You can type in multiple sets of values for this parameter.
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start-mbr specifies the name of the member to be compressed or the first name in a range of members
to be compressed. Possible values are:
*INFILE specifies the name of the member is the same as the name of the input file. *INFILE is
the default.
*ALL indicates all members in the input file is selected for compression.
member-name specifies the name of the file member to be compressed.
generic*-member-name specifies a generic member name to select all members whose names
begin with the specified characters.
start-range specifies the first name in an alphanumeric range of members. Although member
names in a range are treated as generics, they cannot be used with an asterisk (*). The first and
last members specified in the range, as well as all members between, are compressed.
end-mbr specifies the last name in a range of members to be compressed. The possible values are:
*STARTMBR indicates that the last member in the range is the same as the first member in the
range, limiting the range to a single member. You should also use this value if you specified a
generic in the Starting member name (start-mbr) field. *STARTMBR is the default.
end-range specifies the last name in an alphanumeric range of members. Although member
names in a range are treated as generics, they cannot be used with an asterisk (*). The first and
last members specified in the range, as well as all members between, are compressed.
new-mbr specifies a new name for the member specified in the start-mbr field. If *ALL, a generic*,
or a range has been specified for member selection, this parameter must contain the *NONE value.
Possible values are:
*NONE indicates the name of the output member is the same as the name of the input member.
*NONE is the default.
newname specifies the new name for the output member.
Using the CDCOMP Screen
Use the Connect:Direct Compress File (CDCOMP) screen to compress a file on the i5/OS node before
sending it to a remote node.
Compressing a File Prior to Sending
Complete the following steps to compress a file before sending it to a remote node:
1. Access the CDCOMP screen by typing CDCOMP at the command line and pressing F4 or by selecting
the Compress file option from the main menu.
2. Type values for parameters as appropriate and press Enter.
If you need additional entry fields for the fields that allow multiple sets of values, type a plus sign (+) in
the field labeled + for more values and press Enter.
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121
The following figure is a sample Connect:Direct Compress File (CDCOMP) screen.
Connect:Direct Compress File (CDCOMP)
Type choices, press Enter.
Input file name . . . . . . . .
Library . . . . . . . . . . .
Output file name . . . . . . . .
Library . . . . . . . . . . .
File Members Selection List:
Starting member name . . . . .
Ending member name . . . . . .
New member name . . . . . . .
+ for more values
_______
*LIBL____
_______
Name
Name, *LIBL
Name
*CURLIB__
Name, *CURLIB
*INFILE___
*STARTMBR_
*NONE_____
Name, generic*, *INFILE, *ALL
Name, *STARTMBR
Name, *NONE
Replace members . . . . . . . .
File Members Exclusion List:
Starting member name . . . . .
Ending member name . . . . . .
+ for more values
*NO_
*NO, *YES
Name, generic*
Name, *STARTMBR
*STARTMBR_
*INITPARMS
Checkpoint Interval . . . . . .
0-9999999, *INITPARMS
Bottom
F3=Exit
F4=Prompt
F5=Refresh
F12=Cancel
F13=How to use this display
F24=More keys
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Chapter 10
Controlling Processes
Sterling Connect:Direct for i5/OS implements a Sterling Connect:Direct Process Management Queue. You can
use two commands to schedule, control, and monitor any active or queued Processes:
™
CDSUBPROC command allows you to:
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Š
Submit Sterling Connect:Direct Processes for asynchronous execution
Control certain characteristics of the execution
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WRKCDPROC command allows you to work with active or queued Sterling Connect:Direct Processes.
With this command, you can perform the following Process tasks:
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Schedule
Control
Monitor
This chapter explains the Process Management Queue, the CDSUBPROC command, and the WRKCDPROC
command and their use for Process management.
Understanding the Process Management Queue
The Process Management Queue is a repository for Processes currently in the Sterling Connect:Direct for
i5/OS system. Five logical queues are associated with the Process Management Queue:
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ACTIVQ - active, executing Processes
WAITQ - Processes waiting to run
HOLDQ - Processes currently held
TIMERQ - Processes waiting for a timer event
STARTQ - Processes being activated
Understanding Asynchronous and Synchronous Processes
The Process Management Queue contains synchronous and asynchronous Processes.
Asynchronous Processes are those submitted using the CDSUBPROC command. These Processes are
scheduled and maintained according to run instructions provided in the CDSUBPROC command.
Synchronous Processes are Sterling Connect:Direct commands issued through CL programs and CL
commands other than CDSUBPROC. They cannot be scheduled once they are in the Process Management
Queue.
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The Process Management Queue handles all processes:
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Local Synchronous (Examples: CDSND, CDRCV, CDRUNTASK)
Local Asynchronous (CDSUBPROC)
Remote
Submitting Processes for Asynchronous Execution
The CDSUBPROC command allows you to submit a Sterling Connect:Direct Process to the Process queue for
asynchronous execution. This command also allows you to determine:
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When the Process starts
Whether the Process is retained in the queue after execution
Whether the Process is placed in the HOLD queue initially
Note: For TDSN and FDSN, the values of *LIBL, *CURLIB, QTEMP cannot be used when sending to or
from an i5/OS system using Sterling Connect:Direct for i5/OS. A specific library name must be used
for copying from or to a data set on the i5/OS.
CDSUBPROC Command Example
The following command example shows the CDSUBPROC command used to submit an asynchronous
Process.
CDSUBPROC CMD(CDSND SNODE(remote.node) SNODENVIRON(Windows)
FDSN(‘library/file(mbr)’)
FMSYSOPTS(‘TYPE(mbr)‘)) STARTT(‘11/22/96’ *NOON *WEEK)
TDSN(‘\\system\drive\directory\file’)
RETAIN(*YES)
CDSUBPROC Command Format
The following format is for the CDSUBPROC command. Required parameters are shown in bold print.
Command
Parameters
CDSUBPROC
CMD(command string)
HOLD(*YES|*NO)
PRIORITY(n)
RETAIN(*YES|*NO|*INITIAL)
STARTT(day,time,freq)
TRACEOPT
Trace Instructions:
(L,S,F,C,X,K,D,H,V,W,P|*NONE|*ALL|*EXT|
*COMMON|*INITPARMS|*CURRENT
Command Trace Options:
L,S,F,C,X,K,D,H,V,P|*ALL|*EXT|*COMMON|
*NONE)
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Required Parameter
The CMD parameter is required for the CDSUBPROC command.
CMD(command string)
specifies the Sterling Connect:Direct command string to execute. This value must be a valid Sterling
Connect:Direct for i5/OS command with any required parameters and subparameters. Sterling
Connect:Direct checks the command and its parameters at submission. If the command or the
parameters are not valid, the submission fails with an error message.
Optional Parameters
The following parameters are optional for the CDSUBPROC command.
HOLD(*YES|*NO)
specifies whether Sterling Connect:Direct places the Process in the HOLD queue upon submission.
*YES places the Process in the HOLD queue immediately. HOLD(*YES) is mutually exclusive with
the STARTT parameter.
*NO prevents Sterling Connect:Direct from placing the Process in the HOLD queue.
PRIORITY(n)
specifies a priority value for the submitted Process. This parameter determines the Process position in
the Process WAIT queue and can affect the order of Process execution. The value is 1–15, with 15
being the highest priority. The default value is 7.
RETAIN(*YES|*NO|*INITIAL)
specifies whether Sterling Connect:Direct keeps a copy of the Process in the HOLD queue after the
Process executes.
*YES places the Process in the HOLD queue after execution.
*NO deletes the Process after execution.
*INITIAL indicates that the Process executes every time the Sterling Connect:Direct for i5/OS node
initializes. If you select *INITIAL, the Process does not execute when you submit it.
STARTT(day,time,freq)
specifies when the submitted command runs. Day and time together indicate the scheduled time.
Frequency indicates a repeated execution. If you specify frequency, Sterling Connect:Direct ignores
any RETAIN parameter.
day specifies the day of the week when the Process is executed. You can specify any of the following:
*NONE, *SUN, *MON, *TUE, *WED, *THU, *FRI, *SAT, *TODAY, *TOMORROW, or the date.
If you specify the date, you must give the date in the job date format. Input dates are interpreted
according to the date format of the current job (i5/OS job date format).
If you use day without a time, the time defaults to 00:00 (midnight). The default value is *NONE,
which indicates no scheduled day.
time indicates the time of day when the Process runs. You can specify time as any of the following:
*NONE, *NOON, *MIDNIGHT, or hh:mm:ssXM.
If you give time in the hh:mm:ssXM format, you can enter the time with or without separators.
Minutes and seconds are optional. If you do not enter minutes and seconds, they default to 00. If you
specify AM or PM, Sterling Connect:Direct assumes the time is in 12-hour format. If you do not
select AM or PM, Sterling Connect:Direct assumes the time is in 24-hour format.
If you specify time but not day, the Process is run on the first occurrence of the specified time.
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frequency indicates how often the Process runs. You can determine the frequency by entering one of
the following selections: *NONE, *DAY, or *WEEK.
If you enter *NONE, the Process is run only once automatically. *DAY indicates that the Process is
run every day at the same time after the first scheduled time. *WEEK releases the Process weekly at
the same time and day of the week as the first execution.
TRACEOPT
Trace Instructions
(L, S, F, C, X, K, D, H, V, W, P,|*NONE|*ALL|*EXT| *COMMON|*INITPARMS|*CURRENT
specifies the trace bits that define functions to be traced by Sterling Connect:Direct for i5/OS. The
following are valid options:
™
™
™
™
™
™
™
™
™
™
™
™
™
™
™
™
™
L enables the main line logic trace for all components.
S enables the Process step logic trace.
F enables the file handler trace.
C enables the communications logic trace.
X enables the XDR trace.
K enables the KQV logic trace.
D enables the all-purpose data dump.
H enables the FMH dump.
V enables the XDR dump.
W enables the communications dump.
P enables the CIPC dump.
*NONE turns off all traces.
*ALL enables all product traces.(L, S, F, C, X, K, D, H, V, W and P)
*EXT enables all product traces plus two system traces (TRCICF and TRCJOB).
*COMMON enables the communications traces. (L, S, F, C, and H)
*INITPARMS indicates the traces specified in the initialization parameters.
*CURRENT selects the trace bits that the session manager is currently using.
Command Trace Options
L,S,F,C,X,K,D,H,V,P|*ALL|*EXT|*COMMON| *NONE)
specifies the trace bits that define functions to be traced for this command but not for the Process it
runs. The following are valid options:
™
™
™
™
™
™
™
™
™
™
L enables the main line logic trace for all components.
S enables the Process step logic trace.
F enables the file handler trace.
C enables the common logic trace.
X enables the XDR trace.
K enables the KQV logic trace.
D enables the all-purpose data dump.
H enables the FMH dump.
V enables the XDR dump.
P enables the CIPC dump.
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127
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™
*ALL enables all product traces.(L, S, F, C, X, K, D, H, V, and P)
*EXT enables all product traces plus two other traces. (TRCICF and TRCJOB)
*COMMON enables the most commonly used traces. (L, S, F, C, and H)
*NONE turns off all traces.
Using the CDSUBPROC Screens
Use the Connect:Direct Submit Process (CDSUBPROC) screen to submit a Sterling Connect:Direct Process
to the Process queue for asynchronous execution.
Submitting a Process for Asynchronous Execution
Complete the following steps to submit a Process to the Process queue for asynchronous execution:
1. Access the CDSUBPROC screen by typing CDSUBPROC at the command line and pressing F4 or by
choosing the submit process option from the Sterling Connect:Direct menu.
2. Enter the parameters that define the Process execution: CMD, STARTT, RETAIN, HOLD, and
PRIORITY.
3. After you enter the command, press F4 to display the applicable entry fields for the command.
4. After you complete the parameters for the CDSUBPROC command, press Enter. Your Process name and
number are assigned and displayed. The Process is placed in the Process Management Queue.
The following screen is an example of the Connect:Direct Submit Process screen.
Submit C:D Process (CDSUBPROC)
Type choices, press Enter.
Connect:Direct command . . . . .
CMD______________________________________________
____________________________________________________________________________________
____________________________________________________________________________________
____________________________________________________________________________________
____________________________________________________________________________________
____________________________________________________________________________________
__________________________________________________________________
Execution date & time:
...
Start date . . . . . . . . . .
Start time . . . . . . . . . .
Frequency . . . . . . . . . .
Retain process after execution
Hold process on queue . . . . .
Priority on queue . . . . . . .
*NONE___
*NONE___
*NONE___
*NO_____
*NO
Character value, *SUN...
Character value, *NONE...
*NONE, *DAY, *WEEK
*NO, *YES, *INITIAL
*NO, *YES
7______
1-15
Bottom
F12=Cancel
F3=Exit
F13=How to use this display
F4=Prompt
F5=Refresh
F10=Additional parameters
F24=More keys
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Working with Sterling Connect:Direct Processes
Use the WRKCDPROC command to schedule, monitor, and control the Processes. The following options are
available:
Selecting Specific Processes
Selection options allow you to specify the Processes with which you work.
Viewing All Processes
The Display option allows you to view detailed information for all Processes, including execution information
for active Processes, both synchronous and asynchronous.
Note: Your system administrator specifies the user’s authority. If you do not have administrative authority,
you can only select Processes that you submit.
WRKCDPROC Command Example
The following command example shows the WRKCDPROC command used to work with Sterling
Connect:Direct Processes.
WRKCDPROC QNAME(ACTIVQ) PNAME(CDSND) PNUM(1896)
WRKCDPROC Command Format
The following syntax is for the WRKCDPROC command.
Command
Parameters
WRKCDPROC
PNAME(*ALL|name|generic)
PNUM(n|*ALL)
PUSER(*ALL|name|generic)
QNAME(ACTIVQ|HOLDQ|WAITQ|TIMERQ|STARTQ|*ALL)
RMTNODE(*ALL|name|generic)
TYPE(*|L|R|S|A)
Required Parameters
There are no required parameters for the WRKCDPROC command. If you do not specify any parameters,
Sterling Connect:Direct displays information for all Processes that you are authorized to view.
Optional Parameters
The following parameters are optional for the WRKCDPROC command.
PNAME(*ALL|name|generic)
specifies the Sterling Connect:Direct Processes you are selecting. The PNAME parameter can contain
1 to 12 characters and has the following options:
Controlling Processes
129
*ALL indicates that you select all Process names.
name is the name of a specific Process you want to select. Enter the name of a Sterling
Connect:Direct Process.
generic identifies a generic Process name. For example, CD* selects all Processes that begin with CD.
PNUM(n|*ALL)
specifies the Process number for the selected Process. This parameter has two options:
*ALL indicates that you select all Process numbers.
n is the number of a specific Process you want to select. Enter the number of a Sterling
Connect:Direct Process.
PUSER(*ALL|name|generic)
specifies the Sterling Connect:Direct Processes submitted by a specific user. This parameter has the
following options:
*ALL indicates that you choose all submitter IDs.
name is the user ID of a specific user whose Processes you want to select. Enter the user ID of a
Sterling Connect:Direct user.
generic identifies a generic user name. For example, TH* would select Processes submitted by all
users whose submitter IDs begin with TH.
QNAME(ACTIVQ|HOLDQ|WAITQ|TIMERQ|STARTQ|*ALL)
specifies the Sterling Connect:Direct queue for the Processes you want to select. This parameter has
six options:
ACTIVQ selects all Processes that are currently executing.
HOLDQ selects all Processes that are currently in the HOLD queue.
WAITQ selects all Processes that are waiting for a session manager to run.
TIMERQ selects all Processes that are awaiting execution time or retry time after a session failure.
STARTQ selects all Processes that are ready for execution.
*ALL selects all Processes.
RMTNODE(*ALL|name|generic)
specifies the selection of Processes that have the specified remote node name. The RMTNODE
parameter has the following three options:
*ALL indicates all remote node names.
name indicates the name of a specific remote node.
generic indicates a generic node name. For example, CD* would select all remote node names that
begin with CD.
TYPE(*|L|R|S|A)
specifies the category or type of Sterling Connect:Direct Process to select. Five values are options for
the TYPE parameter:
* specifies all Processes.
L specifies all Processes initiated on the local node.
R specifies all Processes initiated on the remote node.
S specifies all synchronous Processes initiated on the local node.
A specifies all Processes except synchronous processes initiated on the local node.
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Using the WRKCDPROC Screens
Use the Work with Connect:Direct Process (WRKCDPROC) screen to monitor and control Processes in the
subsystem.
Monitoring and Controlling Processes
Complete the following steps to monitor or control a Process:
1. Access the WRKCDPROC screen by typing WRKCDPROC at the command line and press F4 or
choose the Work with Sterling Connect:Direct Processes option from the Sterling Connect:Direct main
menu.
2. Complete the information requested on the screen and press Enter.
The following screen is an example of the Work with C:D Process prompt screen.
Work with C:D Process (WRKCDPROC)
Type choices, press Enter.
Process Type . . . . . . . . . .
Process Queue . . . . . . . . .
Process Name . . . . . . . . . .
Process number . . . . . . . . .
Processing User . . . . . . . .
Remote Node . . . . . . . . . .
*
*, L, R, S, A
*ALL, ACTIVQ, HOLDQ, WAITQ...
Character value
Character value
Character value
*ALL
*ALL
*ALL
*ALL
*ALL
Bottom
F3=Exit
F4=Prompt
F5=Refresh
F12=Cancel
F13=How to use this display
F24=More keys
The next screen is a sample of the WRKCDPROC screen (View 1) that displays in response to the
information you entered on the prompt screen.
Work with C:D Process
Type option and press Enter.
2=Change
3=Hold
4=Delete
5=Display
6=Release
7=End
8=Suspend
Process
Opt Name
CDSND
Process
Number
00014895 A
Remote
Node
FRAN.CDDV3600
Ty Queue
Submitter
IDEVUSER
Task
HOLDQ
Bottom
F21=Command line
F1=Help
F3=Exit
F5=Refresh
F11=View 2
F12=Cancel
Controlling Processes
131
Press F11 to display View 2, which provides additional information about Processes you selected. You can
select an option to monitor or change Processes from this screen or the View 1 screen.
Work with C:D Process
Type option and press Enter.
2=Change
3=Hold
4=Delete
5=Display
Security
6=Release
7=End
8=Suspend
Process
Opt Name
CDSND
Process
Scheduled Scheduled
Date Time
: :
Number
Ty ID
Retry Prty
00
00014895 A
IDEVUSER
07
Bottom
F1=Help
F3=Exit
F5=Refresh
F11=View 2
F12=Cancel
F21=Command line
WRKCDPROC Option Descriptions
The seven options you can select from the Work With C:D Process screens are described in the following
paragraphs. To select these options, type the appropriate number in the option column next to the applicable
Process.
Changing Process Characteristics
Change (Option 2) allows you to modify certain Process characteristics. This option is only valid for
asynchronous local Processes. The date format is subject to the interpretation of the job currently running.
Moving an Nonexecuting Asynchronous Process
Hold (Option 3) allows you to move a nonexecuting asynchronous Process (WAIT or TIMER queue) to the
HOLD queue. No additional screen is displayed.
Removing an Nonexecuting Asynchronous Process
Delete (Option 4) allows you to remove a nonexecuting asynchronous Process from the system. The Process is
in any queue except ACTIVE or WAITQ when you delete it. When you delete a Process, a confirmation panel
displays.
Displaying Process Details
Display (Option 5) provides you the option to display details about any Process in the system. A sample of the
Process information follows.
Note: If Sterling Connect:Direct Secure Plus is installed and you have authority, a WRKCDPROC screen
containing Sterling Connect:Direct Secure Plus information displays after you press Enter. Refer to
IBM Sterling Connect:Direct Secure Plus for i5/OS Implementation Guide for additional information.
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The following is an example of the Display C:D Process screen.
Display C:D Process
Process Name . :
Number . . . . :
Submitter . . :
Frequency . . :
Submit Date . :
Schedule Date :
CDSND
Queue . . . . :
Remote Node . :
Priority . . . :
Retain . . . . :
Submit Time . :
Schedule Time :
HOLDQ
CDDV3600
07
*NO
11:59:28
00014895
LCLUSER
*NONE
03/16/04
------------------------- Activity Details -------------------------
Function . . . :
From File . . :
From Member . :
To File . . . :
To Member . . :
File Bytes . . :
Transmitted . :
Compression % :
Check point . :
% Complete . . :
0
0
0.00
*NO
N/A
F1=Help
F3=Exit
F5=Refresh
F12=Cancel
F21=Command line
Releasing a Process in the HOLD Queue
Release (Option 6) permits you to release a Process in the HOLD queue and move it to the WAIT queue. There
it is available for execution. No additional screen displays.
Terminating and Flushing an Executing PNODE Process
End (Option 7) terminates and flushes any executing synchronous or asynchronous PNODE process from the
system. When using this option, use a different terminal from the one where the Process is submitted. If you
use the same terminal, the next submitted Process fails. A confirmation panel displays when you end a Process.
The default for this option is *CNTRLD. The value *IMMED should not be used unless *CNTRLD has first
been attempted.
Interrupting an Executing Asynchronous Process
Suspend (Option 8) allows you to interrupt any executing asynchronous Process. This option also allows you
to move the Process to the HOLD queue (LOCAL). You can then release the (LOCAL) Process from the
HOLD queue to resume execution or delete it. If the COPY operation was checkpointed, you can use
suspend/release to interrupt the COPY and later resume it from the latest checkpoint.
Releasing or Holding Asynchronous Processes
RLSCDPROC and HLDCDPROC allow you to release all held Processes or all Processes currently in the
TIMER queue that meet the selection criteria identified when the command is entered. The commands can be
used in either batch or interactive mode. Only local asynchronous Processes are considered for release.
Following are sample RLSCDPROC and HLDCDPROC screens.
Controlling Processes
133
RLSCDPROC Screen
Release Held C:D Process (RLSCDPROC)
Type choices, press Enter.
Process Type . . . . . . . . . .
Process Queue . . . . . . . . .
Process Name . . . . . . . . . .
Process number . . . . . . . . .
Processing User . . . . . . . .
Remote Node . . . . . . . . . .
A
A
HOLDQ
*ALL
*ALL
*ALL
*ALL
HOLDQ
Character value
Character value
Character value
F1=Help
F3=Exit
F5=Refresh
F12=Cancel
F21=Command line
HLDCDPROC Screen
Hold Specified C:D Process (HLDCDPROC)
Type choices, press Enter.
Process Type . . . . . . . . . .
Process Queue . . . . . . . . .
Process Name . . . . . . . . . .
Process number . . . . . . . . .
Processing User . . . . . . . .
Remote Node . . . . . . . . . .
A
A
WAITQ
*ALL
*ALL
*ALL
*ALL
WAITQ, TIMERQ
Character value
Character value
Character value
F1=Help
F3=Exit
F5=Refresh
F12=Cancel
F21=Command line
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Chapter 11
Using Sterling Connect:Direct Statistics
Sterling Connect:Direct for i5/OS logs statistics information for all Processes. Each component of Sterling
Connect:Direct for i5/OS generates statistics data to the statistics manager (STATMGR) job. The long-running
STATMGR job formats the statistics information and writes it to the statistics file. You can view the results of
the Processes by using the CDSELSTAT command. This chapter explains how to use the CDSELSTAT
command, the command format, and the CDSELSTAT screens. For detailed information about the statistics
facility, refer to the IBM Sterling Connect:Direct for i5/OS Installation and Administration Guide.
Selecting Statistics Information
Use the CDSELSTAT command to select statistics information for viewing or printing.
Specifying Selection Criteria
Specify several selection criteria to limit the records selected. The command selects records from either the
active statistics file or a named statistics database file. Within the file, all members are available to
CDSELSTAT and are viewed together as a single logical file.
CDSELSTAT Command Example
The following figure presents a sample CDSELSTAT command.
CDSELSTAT PERIOD(‘10:00:00’ ‘11/13/98’) PNAME(CDSND)
CDSELSTAT Command Format
The following table displays the command format for the CDSELSTAT command.
Command
Parameters
CDSELSTAT
FILE(filename|*ACTIVE)
FORMAT(*SUMMARY|*DETAIL)
OUTPUT(*|*PRINT)
PERIOD([start-time, end-time|*NOON|*MIDNIGHT|*AVAIL] [start-date, end-date|*TODAY|*AVAIL])
PNUM(process-number|*ALL)
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IBM Sterling Connect:Direct for i5/OS User’s Guide
Command
Parameters
PNAME(process-name|generic|*ALL)
PUSER(local-userid|generic|*ALL)
RCDTPYE(record-type|*ALL)
RMTNODE(remote-node-name|*ALL)
TRACE(L,S,F,C,X,K,D,H,V,W,P|*NONE|*ALL|*EXT|*COMMON|*INITPARMS|*CURRENT)
Required Parameters
The CDSELSTAT command has no required parameters.
Optional Parameters
The following parameters are optional for the CDSELSTAT command.
FILE(filename|*ACTIVE) allows you to specify the statistics database file to search.
filename specifies a statistics database file.
*ACTIVE directs the command to search the file to which Sterling Connect:Direct is currently
logging statistics.
FORMAT(*SUMMARY|*DETAIL) controls how the selection results are presented. Sterling
Connect:Direct for i5/OS presents the selected records in timestamp sequence regardless of the output
format chosen. FORMAT allows you to select two formats.
*SUMMARY specifies that the summary information for the selected record is presented as a single
row in a scrollable list.
*DETAIL specifies that the entire contents of information for the selected record is formatted into a
spooled file. You can view this file at a display station, or you can queue the file to be printed. Each
format is displayed or printed. When you use FORMAT(*SUMMARY) with OUTPUT(*), you can
toggle between the two views.
OUTPUT(*|*PRINT) controls how the selection results are output. OUTPUT allows you to select two
options.
* specifies that the statistics information displays on the screen.
*PRINT specifies that the statistics information is created as a spool file named CDSELSTAT.
PERIOD([start-time, end-time|*NOON|*MIDNIGHT|*AVAIL] [start-date,
end-date|*TODAY|*AVAIL]) allows the search to be limited to a specific period of time rather than
including the entire range available in the statistics file. The parameters for the PERIOD keyword are
positional.
start-time and end-time specify the records being requested by giving the starting time and the
ending time for statistics selection. Both start-time and end-time accept any one of the following
subparameters:
hh:mm:ss XM indicates a beginning and/or an ending time to use as selection criteria for the
requested records. Indicate the times as follows: hh specifies hours, mm specifies minutes, ss
specifies seconds, XM specifies AM or PM. If you do not specify AM or PM, Sterling
Connect:Direct assumes a 24-hour clock.
*NOON specifies 12:00:00 for the time value
*MIDNIGHT specifies 00:00:00 for the time value.
*AVAIL specifies the earliest available time for the date specified.
Using Sterling Connect:Direct Statistics
137
start-date and end-date indicate the records being selected by date criteria for statistics selection.
Both start-date and end-date accept one of the following formats:
mmddyy, mm/dd/yy, mm.dd.yy.
Input dates are interpreted according to the date format of the current job (i5/OS job date format).
*TODAY specifies the current date. The starting and ending date fields default to *TODAY.
*AVAIL specifies the earliest and latest date in the file. The starting and ending time fields
default to *AVAIL.
PNUM(process-number|*ALL) specifies the number of the Process to be selected.
PNAME(process-name|generic|*ALL) specifies the name of the Process to be selected. The PNAME
parameter can contain 1 to 12 characters and allows generic selections.
PUSER(local-userid|generic|*ALL) specifies the local user ID of the Process to be selected. This
parameter allows generic selections.
RCDTYPE(record-type|*ALL) specifies the record type of the Process to be selected.
RMTNODE(remote-node-name|*ALL) specifies the remote node name of the Process to be selected.
This parameter allows generic selections.
TRACE
Trace Instructions
(L, S, F, C, X, K, D, H, V, W, P,|*NONE|*ALL|*EXT| *COMMON|*INITPARMS|*CURRENT)
specifies the trace bits that define functions to be traced by Sterling Connect:Direct for i5/OS. The
following are valid options:
™
™
™
™
™
™
™
™
™
™
™
™
™
™
™
L enables the main line logic trace for all components.
S enables the Process step logic trace.
F enables the file handler trace.
C enables the communications logic trace.
X enables the XDR trace.
K enables the KQV logic trace.
D enables the all-purpose data dump.
H enables the FMH dump.
V enables the XDR dump.
W enables the communications dump.
P enables the CIPC dump.
*NONE turns off all traces.
*ALL enables all product traces.(L, S, F, C, X, K, D, H, V, W and P)
*EXT enables all product traces plus two system traces (TRCICF and TRCJOB).
*COMMON enables the communications traces. (L, S, F, C, and H)
Using the CDSELSTAT Screens
Use the CDSELSTAT screen to select statistics information for viewing or printing. You can specify several
selection criteria to limit the records selected or choose a summary of all records. In this section, two methods
of displaying and printing both summary and detail statistics are shown.
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IBM Sterling Connect:Direct for i5/OS User’s Guide
Selecting and Displaying Summary Statistics
Complete the following steps to select and display summary statistics:
1. Access the CDSELSTAT screens by typing CDSELSTAT at the command line and pressing F4 or by
choosing the select statistics option (13) from the Sterling Connect:Direct main menu.
The following screen is a sample of the first screen in the CDSELSTAT screen flow.
Select C:D Statistics (CDSELSTAT)
Type choices, press Enter.
Input file name . . . . . . . .
Library . . . . . . . . . . .
Time period for selection.:
*ACTIVE___
__________
Name, *ACTIVE
Name, *LIBL
Period starting time . . . . .
Period starting date . . . . .
Period ending time . . . . . .
Period ending date . . . . . .
Process number . . . . . . . . .
Process name . . . . . . . . . .
User ID . . . . . . . . . . . .
Remote node name . . . . . . . .
Statistics record type . . . . .
+ for more values
*AVAIL____
*TODAY____
*AVAIL____
*TODAY____
*ALL____
*ALL________ Name, *ALL
*ALL______ Name, *ALL
*ALL____________
*ALL___
_______
*_____
*SUMMARY
*NONE_____
Time, *AVAIL
Date, *TODAY, *AVAIL
Time, *AVAIL
Date, *TODAY, *AVAIL
Number, *ALL
Record type, *ALL
Output destination . . . . . . .
Output format . . . . . . . . .
Trace bits string . . . . . . .
*, *PRINT
*SUMMARY, *DETAIL
*NONE, trace string
Bottom
F13=How to use this display
F3=Exit
F4=Prompt
F5=Refresh
F12=Cancel
F24=More keys
2. To display summary information, press Enter (* is the default Output destination and *SUMMARY is the
default Output format). The following screen, Select C:D Statistics, is displayed. The displayed summary
information includes an option column where you can request to display or print detailed information
Using Sterling Connect:Direct Statistics
139
about a particular statistics record. Type 5 in the option column for the Record type you want to review to
display the detailed information and press Enter.
Note: You could also type 6 and press Enter for a print version of the detail list, which is spooled for printing
to the default output queue. See the next section for information on retrieving a spooled file.
Select C:D Statistics
Process number . .
Process name . . .
*ALL
*ALL
Statistics file :
Library . . . . :
Position to date
CDSTATFILE
CDDV3600
Type options, press Enter.
5=Display details 6=Print details
Process
Opt number
5
Process
name
Record Step
Event
time
Event
date
Message
ID
type
name
GNMSG
JOBEND
GNMSG
TLSES
JOBSUB
GNMSG
JOBSTR
GNMSG
09:15:46 03/16/04
09:15:46 03/16/04
09:15:51 03/16/04
09:16:53 03/16/04
09:16:53 03/16/04
09:16:53 03/16/04
09:16:55 03/16/04
09:16:55 03/16/04
_
_
_
_
_
_
More...
Parameters or command
===>
F3=Exit
F4=Prompt
F9=Retrieve
F11=View 2
F12=Cancel
The following screen shows the results of using the display option, Output destination(*).
Display Spooled File
File . . . . . :
Control . . . . .
Find . . . . . .
CDSELSTAT
Page/Line
Columns 1 - 130
1/6
*...+....1....+....2....+....3....+....4....+....5....+....6....+....7....+....8....
C:D i5 Select Statistics (CDSELSTAT) Detail 03/16/04 12:10:55 Page 0001
------------------------------------------------------------------------------------
Event:
Date/Time:
Text:
General Message Event (GNMSG)
03/16/04 09:15:46
Connect:Direct job ended: 186578/CDDV3600/CDSMGR, CODE=N.
Note: If you have admin authority and Sterling Connect:Direct Secure Plus is installed, the
CDSELSTAT screen displays Sterling Connect:Direct Secure Plus information. Refer to the
IBM Sterling Connect:Direct Secure Plus for i5/OS Implementation Guide for information.
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Selecting and Printing Detail Statistics
Complete the following steps to select and print detail statistics:
1. Access the CDSELSTAT screens by typing CDSELSTAT at the command line and pressing F4 or by
selecting the select statistics option from the Connect:Direct main menu.
The first CDSELSTAT screen is displayed.
Select C:D Statistics (CDSELSTAT)
Type choices, press Enter.
Input file name . . . . . . . .
Library . . . . . . . . . . .
Time period for selection.:
*ACTIVE___
__________
Name, *ACTIVE
Name, *LIBL
Period starting time . . . . .
Period starting date . . . . .
Period ending time . . . . . .
Period ending date . . . . . .
Process number . . . . . . . . .
Process name . . . . . . . . . .
User ID . . . . . . . . . . . .
Remote node name . . . . . . . .
Statistics record type . . . . .
+ for more values
*AVAIL____
*TODAY____
*AVAIL____
*TODAY____
*ALL____
*ALL________ Name, *ALL
*ALL______ Name, *ALL
*ALL____________
*ALL___
_______
*PRINT
*DETAIL
*NONE_____
Time, *AVAIL
Date, *TODAY, *AVAIL
Time, *AVAIL
Date, *TODAY, *AVAIL
Number, *ALL
Record type, *ALL
Output destination . . . . . . .
Output format . . . . . . . . .
Trace bits string . . . . . . .
*, *PRINT
*SUMMARY, *DETAIL
*NONE, trace string
Bottom
F13=How to use this display
F3=Exit
F4=Prompt
F5=Refresh
F12=Cancel
F24=More keys
2. To print a detail report of the CDSELSTAT file, change the Output destination to *PRINT and the Output
format to *DETAIL, and then press Enter. Sterling Connect:Direct for i5/OS creates a print version of the
detail list and spools it for printing to the default output queue.
Note: The default output queue is named CDOUT and is located in the Sterling Connect:Direct library.
Using Sterling Connect:Direct Statistics
141
3. To display the list of spooled files in the output queue, at the command line, type WRKOUTQ
cdlib/CDOUT where cdlib is the name of your Sterling Connect:Direct library.
Work with Output Queue
Queue: CDOUT
Library: CDLIB
Status: RLS
Type options, press Enter.
1=Send 2=Change 3=Hold
8=Attributes 9=Work with printing status
4=Delete
5=Display
6=Release
7=Messages
Opt
File
CDTRACE
CDLOG
CDLOG
CDLOG
CDLOG
CDTRACE
CDLOG
CDLOG
CDSELSTAT
User
User Data
SMGR
Sts
RDY
Pages
159
Copies Form Type
Pty
CDDV3600
CDDV3600
CDDV3600
CDDV3600
CDDV3600
CDDV3600
CDDV3600
CDDV3600
LCLUSER
1
1
1
1
1
1
1
1
1
*STD
*STD
*STD
*STD
*STD
*STD
*STD
*STD
*STD
5
5
5
5
5
5
5
5
5
RDY
RDY
RDY
RDY
RDY
RDY
RDY
RDY
1
1
1
1
5
1
1
27
RMTSYSTEM
5
Bottom
Parameters for options 1, 2, 3 or command
===>
F3=Exit
F11=View 2
F12=Cancel
F20=Writers
F22=Printers
F24=More keys
4. In the Opt column, type 5 next to the CDSELSTAT spooled file and press Enter to go to the Display
Spooled File screen. (If you have a lot of files in the output queue, you can press F18 to quickly go to the
bottom of the spooled file list.)
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The following screen shows the results of using the display option, Output destination, (*PRINT).
Display Spooled File
File . . . . . : CDSELSTAT
Control . . . . .
Page/Line 1/6
Columns
1 - 130
Find . . . . . .
*...+....1....+....2....+....3....+....4....+....5....+....6....+....7....+....8....
+....9....+....0....+....1....+....2....+....3
C:D i5
Select Statistics (CDSELSTAT) Detail 03/18/04 15:45:05
Page 0001
------------------------------------------------------------------------------------
Event:
Job Submitted (JOBSUB)
Date/Time:
Job Name:
Job Program:
03/10/04
CDSMGR
SMMAIN
11:09:07
Job Number: 186005
------------------------------------------------------------------------------------
Event:
Date/Time:
Text:
General Message Event (GNMSG)
03/10/04 11:09:07
C:D i5 Job submitted: CDSMGR.
------------------------------------------------------------------------------------
Event:
Job Started (JOBSTR)
Date/Time:
Job Name:
Job Program:
03/10/04
CDSMGR
SMMAIN
11:09:09
Job Number: 186005
------------------------------------------------------------------------------------
Event:
Date/Time:
Text:
General Message Event (GNMSG)
03/10/04 11:09:10
Connect:Direct job started: 186005/CDDV3600/CDSMGR
More...
F3=Exit
F12=Cancel
F19=Left
F20=Right
F24=More keys
Chapter 12
Decompressing Files
This chapter describes the Sterling Connect:Direct decompress (CDDECOMP) command and its function. This
chapter also shows sample CDDECOMP screens and describes the parameters used for the CDDECOMP
command.
Using the CDDECOMP Command
Files are received from another node and archived on the i5/OS node as compressed files. Use the
CDDECOMP command to decompress these files.
Note: Tuning parameters are not supported with the CDDECOMP command when sending a file.
CDDECOMP Command Example
The following command is an example of how to code the CDDECOMP command.
CDDECOMP INFILE(TESTLIB/CMP_FILE1) OUTFILE(TESTLIB/FILE2)
REPLACE(*YES)
CDDECOMP Command Format
The following are the parameters for the CDDECOMP command:
Command
Parameters
CDDECOMP
INFILE(library-name/file-name)
OUTFILE(library-name/file-name)
NEWNAME(current-member-name, new-member-name)
REPLACE(*NO|*YES)
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Required Parameters
The CDDECOMP command has two required parameters.
INFILE(library-name/file-name)
specifies the name and library of the file to be decompressed. The default for library is *LIBL.
library-name specifies the name of the library to be used.
*LIBL specifies that the library list is used to locate the input file.
*CURLIB specifies that the current library for the job is used to locate the input file.
file-name specifies the name of the file to be decompressed.
OUTFILE(library-name/file-name)
specifies the name and library of the file to receive the uncompressed data. If the output file does not
exist, it is created. The default value for library is *CURLIB.
library-name specifies the name of the library to be used.
*LIBL specifies that the library list is used to locate the input file.
*CURLIB specifies that the current library for the job is used to locate the output file.
file-name specifies the name of the file to receive the decompressed data.
Optional Parameters
The optional parameters are listed alphabetically. Unless otherwise noted, the parameters apply to all remote
node environments.
NEWNAME(current-member-name, new-member-name)
specifies whether to rename selected member(s) when decompressed. You can type in multiple sets of
values for this parameter.
current-member-name specifies the name of the compressed member to be renamed.
new-member-name specifies the new name to be given to the member when it is decompressed.
REPLACE(*NO|*YES)
specifies whether to replace the output member if it exists. This parameter applies to all members.
*NO is the default. Possible values are:
*NO specifies that the member is not replaced if it exists.
*YES specifies that the member is replaced if it exists.
Using the CDDECOMP Screen
Use the CDDECOMP screen to decompress a file on the i5/OS node after receiving it from a remote node.
Decompressing a File
Complete the following steps to decompress a file after receiving it from a remote node:
1. Access the CDDECOMP screen by typing CDDECOMP at the command line and pressing F4 or by
selecting the Decompress option from the main menu.
2. Type values for parameters as appropriate and press Enter.
If you need additional entry fields for multiple sets of values, type a plus sign (+) in the field labeled + for
more values and press Enter.
Decompressing Files
145
The following figure shows a sample Connect:Direct Decompress File (CDDECOMP) screen:
Connect:Direct Decompress File (CDDECOMP)
Type choices, press Enter.
Input file name . . . . . . . .
Library . . . . . . . . . . .
Output file name . . . . . . . .
Library . . . . . . . . . . .
Replace members . . . . . . . .
Rename members:
______
*LIBL___
_____
*CURLIB__
*NO_
Name
Name, *LIBL
Name
Name, *CURLIB
*NO, *YES
_
Current member name . . . . .
New member name . . . . . . .
_________
_________
Character value
Character value
+ for more values _
Bottom
F13=How to use this display
F3=Exit
F4=Prompt
F5=Refresh
F12=Cancel
F24=More keys
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Chapter 13
Displaying Sterling Connect:Direct Message
Descriptions
Sterling Connect:Direct for i5/OS generates messages that detail aspects of the Sterling Connect:Direct for
i5/OS operation. Sterling Connect:Direct for i5/OS routes two types of messages during operations:
™
™
Sterling Connect:Direct messages that are routed to the Sterling Connect:Direct log file
Status messages that are routed to a single user ID identified in the Sterling Connect:Direct initialization
parameters file during installation
You can send Sterling Connect:Direct messages to the Sterling Connect:Direct user ID or the QSYSOPR
message queues. You can also use the Sterling Connect:Direct for i5/OS command Display Sterling
Connect:Direct Message File (DSPCDMSGD) to display the message text for Sterling Connect:Direct
messages.
Specifying Recipient of Status Messages
Complete the following steps to specify the user who receives status messages:
1. Access the Change Connect:Direct Parameters (CHGCDPARM) screen by typing CHGCDPARM at
the command line and pressing F4 or by choosing the Change Connect:Direct parameters option from the
main administration menu.
2. Specify the user ID in the User to Receive Sterling Connect:Direct Messages (TOUSR) parameter on the
Change Connect:Direct Parameters (CHGCDPARM) screen and press Enter. This is the user profile
that receives Sterling Connect:Direct status messages.
Refer to the IBM Sterling Connect:Direct for i5/OS Installation and Administration Guide for details on
providing user profile information.
Using the DSPCDMSGD Command
Use the DSPCDMSGD command to display the text associated with a specified Sterling Connect:Direct
message ID.
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IBM Sterling Connect:Direct for i5/OS User’s Guide
DSPCDMSGD Command Example
The following figures illustrate two ways of accessing a Sterling Connect:Direct message.
DSPCDMSGD CDMSGID(AFLH001I)
DSPCDMSGD AFLH001I
DSPCDMSGD Command Format
The following is the parameter for the DSPCDMSGD command:
Command
Parameters
DSPCDMSGD
CDMSGID(msgid)
Required Parameter
The DSPCDMSGD command has one required parameter.
CDMSGID(msgid)
specifies an eight-character Sterling Connect:Direct message ID.
Optional Parameters
There are no optional parameters for the DSPCDMSGD command.
Using the DSPCDMSGD Screen
Use the Display Connect:Direct Message (DSPCDMSGD) screen to display the text for Sterling
Connect:Direct message IDs that are returned in the Sterling Connect:Direct log file and statistics file for each
operation.
Displaying Sterling Connect:Direct Message Text
Complete the following steps to display the text for Sterling Connect:Direct messages IDs:
1. Access the DSPCDMSGD screen by typing DSPCDMSGD at the command line and pressing F4 or by
choosing the display message option from the main menu.
2. Type the Sterling Connect:Direct message ID and press Enter. A screen is displayed with the message text
for the specified message ID.
Displaying Sterling Connect:Direct Message Descriptions
149
The following screen is an example of the screen associated with the DSPCDMSGD command.
Display Connect:Direct Message (DSPCDMSGD)
Type choices, press Enter.
Connect:Direct Message ID . . .
SCPA000I
Character value
Bottom
F13=How to use this display
F3=Exit
F4=Prompt
F5=Refresh
F12=Cancel
F24=More keys
Sample Message Description
The following figure shows a sample message description.
Display C:D Message Description
System : FRAN
Message ID . . . . . . . . . : SCPA000I
Issuing module . . . . . . . : DMCOPYRT
Copy step successful.
The process copy step successfully completed.
The Return-code may be 4, in which case a "Level-4"
error has occurred in transmitting a PDS. A Level-4
error indicates that an error was found, but was not
sufficient to cause termination of the COPY step.
SYSTEM ACTION: The process continues executing.
RESPONSE: See the specific member entry in the Connect:Direct
STAT file for the detailed message id for a Level-
4 error.
Press Enter to continue.
F3=Exit
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IBM Sterling Connect:Direct for i5/OS User’s Guide
Appendix A
CL Program Examples
The tables provide examples of i5/OS CL Programs using features of Sterling Connect:Direct. These examples
are stored in a Physical Source File that is restored to the system during installation.
If PDM is installed, you can then use the WRKMBRPDM command to browse the members.
i5/OS Compress/Decompress Examples
Member Name
Description
ACMPPDS01
ACMPPDS02
AAPROCS
CDCOMP/CDDECOMP Example Using Selmbr
CDCOMP/CDDECOMP Example Using Excmbr
Readme file
i5/OS Block Mode Transfer Examples
Member Name
Description
ASNDBTBI1
ASNDBTBN1
ASNDBTP31
ASNDBTSN1
ASNDBTTN1
ARCVBTBI1
ARCVBTPN1
ARCVBTP31
ARCVBTSN1
ARCVBTTN1
ASPLBTTN1
CDSND Block Mode Transfers Using Integrated File System Binary File
CDSND Block Mode Transfers Using Native File System
CDSND Block Mode Transfer to SPLF
CDSND Block Mode Transfer to Save File
CDSND Block Mode Transfer Using Native File System to Text File
CDRCV Block Mode Transfers Using Integrated File System Binary File
CDRCV Block Mode Transfer to SPLF
CDRCV Block Mode Transfer to SPLF
CDRCV Block Mode Transfer to Save File
CDRCV Block Mode Transfer Using Native File System to Text File
CDSNDSPL Block Mode Transfer Using Native File System
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i5/OS Run Task Example
Member Name
Description
ARNJDS01
CDRUNTASK Example
i5/OS Send Example Using Send File Field Description
Member Name
Description
ASNDCF1A
CDSND Using SNDFFD Parameter
i5/OS Send and Receive Examples Using Native File System
Member Name
Description
ASNDCR1A
CDSND Physical Source File
ASNDCRIA.$
ASNDCR1B
CDSND Physical Data File
ASNDCR1D
ASNDCRID.T
CDSND Physical Source File to Physical Data File
(PDS)
ASNDCR1E
CDSND Multiple Members of Physical Source File
ASNDCR1F
ASNDCRIF.1
CDSND Physical Source File to Spool File
Spool File (B G)
ASNDCR1G1
ASNDCR1N
ASNDCR2A
CDSND Physical Data File to Spool File
CDSND Save File to Save File
CDSND Precompressed File
ASNDCR2E
4D, 4E
CDSND Multiple Member Precompressed File
EXO1
ARCVCR1A
CDRCV Physical Source File
ARCVCRIA.S
ARCVCR1B
CDRCV Physical Data File
ARCVCR1D
CDRCV Physical Source File to Physical Data File
ARCVCRID.1, 3
ARCVCR1E
ARCVCR1F
ARCVCR1G1
ARCVCR1N
ARCVCR2A
ARCVCR4A
CDRCV Multiple Members of Physical Source File
CDRCV Physical Source File to Spool File
CDRCV Physical Data File to Spool File
CDRCV Save File to Save File
CDRCV Precompressed File
CDRCV Multiple Member Precompressed File
CL Program Examples
153
i5/OS Send and Receive Examples Using Integrated File System
Member Name
Description
ASNDIFI1A
CDSND /QSYS Text
CDSND /QSYS Binary
ASNDIFI1B
ASNDIFI1B.D
ASNDIFI1J
CDSND /QOpenSys
ASNDIFI1J.D
ASNDIFI1K
ASNDIFI1KB
ASNDIFI1L
ASNDIFN1A
ASNDIFN1J
ASNDIFN1JB
ASNDIFN1KB
ASNDIFN1M
ASNDIFN1N
ASNDIFN1P
ASNDIFS1C
ASNDIFS1J
ASNDIFS1K
ASNDIFS1P
ASNDIF01A
ASNDIF01J
ASNDIF01K
ASNDIF01L
ARCVIFI1A
ARCVIFI1B
ARCVIFI1J
CDSND /root
CDSND /root and block size specified
CDSND Binary to Text File
CDSND Integrated File System to Native /QSYS
CDSND Integrated File System to Native /QOpenSys
CDSND Integrated File System to Native /QOpenSys, Using Blocksize
CDSND Integrated File System to Native /root, Using Blocksize
CDSND Integrated File System to Native /root Binary File to Binary File
CDSND Integrated File System to Native /QOpenSys
CDSND Integrated File System to Native /QDLS
CDSND Integrated File System /QSYS to SPLF
CDSND Integrated File System /QOpenSYS to SPLF
CDSND Integrated File System /root to SPLF
CDSND Integrated File System /QDLS to SPLF
CDSND NATIVE File System to Integrated File System /QSYS
CDSND Native File System to Integrated File System /QOpenSys
CDSND Native File System to Integrated File System /root
CDSND Native File System to Integrated File System /QDLS
CDSND /QSYS Text
CDSND /QSYS Binary
CDSND /QOpenSys
ARCVIFI1K
ARCVIFI1KB
ARCVIFI1L
ARCVIFN1A
ARCVIFN1J
ARCVIFN1JB
ARCVIFN1KB
ARCVIFN1M
ARCVIFN1N
CDSND /root
CDSND /root and Blocksize Specified
CDSND /QDLS Binary to Text File
CDSND Integrated File System to Native /QSYS
CDSND Integrated File System to Native /QOpenSys
CDSND Integrated File System to Native /QOpenSys, Using Blocksize
CDSND Integrated File System to Native /root, Using Blocksize
CDSND Integrated File System to Native /root Binary File to Binary File
CDSND Integrated File System to Native /QOpenSys
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IBM Sterling Connect:Direct for i5/OS User’s Guide
Member Name
Description
ARCVIFN1P
ARCVIFS1C
ARCVIFS1J
ARCVIFS1K
ARCVIFS1P
ARCVIF01A
ARCVIF01J
ARCVIF01K
ARCVIF01L
ASPLIF0SC
ASPLIF0SJ
ASPLIF0SK
ASPLIF0SP
CDSND Integrated File System to Native /QDLS
CDSND Integrated File System /QSYS to SPLF
CDSND Integrated File System /QOpenSYS to SPLF
CDSND Integrated File System /root to SPLF
CDSND Integrated File System /QDLS to SPLF
CDSND NATIVE File System to Integrated File System /QSYS
CDSND Native File System to Integrated File System /QOpenSys
CDSND Native File System to Integrated File System /root
CDSND Native File System to Integrated File System /QDLS
CDSNDSPL to Integrated File System /QSYS
CDSNDSPL to Integrated File System /QOpenSys
CDSNDSPL to Integrated File System /root
CDSNDSPL to Integrated File System /QDLS
i5/OS–z/OS Send and Receive Examples
Member Name
Description
MRCVCFGDG
MRCVCFPDS1
MRCVCRKFD1
MRCVCRKFD5
MRCVCRKFI4
MRCVCRKFP4
MRCVCRKVS1
MRCVCRSAVF
MRCVCRSFI2
MRCVCRSVI2
MRCVEBCX1
MSNDCFGDG
MSNDCFPDS1
MSNDCF01D
MSNDCRKFB1
MSNDCRKFD5
MSNDCRKFI6
MSNDCRKVS1
CDRCV GDG Files from z/OS
CDRCV PDS File
CDRCV KSDS File
CDRCV KSDS File Using Blocksize
CDRCV Using Integrated File System
CDRCV KSDS to SPLF
CDRCV KSDS VB File to Physical Source File (Records are padded)
CDRCV Save File
CDRCV Using Integrated File System /root
CDRCV Using Integrated File System /root
CDRCV Extended Translation to Integrated File System
CDSND to z/OS GDG
CDSND to z/OS PDS
CDSND of Physical Source File
CDSND of Physical Data Binary File to KSDS
CDSND of Physical Data File to KSDS Using Blocksize Parameter
CDSND Using Integrated File System /root
CDSND to VB KSDS
CL Program Examples
155
Member Name
Description
MSNDCRSAVF
MSNDCRSFI2
MSNDCRSFS1
MSNDDBCS01
MSNDIF01K
CDSND Save File to Save File
CDSND to VB File from Integrated File System /root
CDSND from Physical Source to z/OS Physical Sequential CLP
CDSND DBCS File
CDSND from Integrated File System /root
CDSND/CDRCV with *EXT Compression
CDSND JCL to z/OS READER Using SPOOL TRANSFER OPTION
CDSNDSPL to z/OS KSDS
MSNDRCVPS3
MSNDRDR
MSPLCRKFP4
i5/OS–NT Send and Receive Examples
Member Name
Description
NRCVCF01A
NRCVCF01H
NRCVCF01I
NRCVCF01J
NRCVIF01A
NRCVIF01B
NRCVIF01C
NRCVIF01H
NRCVIF01I
NRCVIF01J
NRCVIF01K
NRCVIF01L
NRCVIF01M
NRCVIF01N
NRCVIF01P
NRCVIF01Q
NSNDCF01A
NSNDCF01H
NSNDCF01I
NSNDIF01A
NSNDIF01C
NSNDIF01H
NSNDIF01I
CDRCV into Physical Source File
CDRCV Text File to Physical Data File
CDRCV Binary File to Physical Data File
CDRCV Binary File to Save File
CDRCV to Integrated File System /QSYS
CDRCV to Integrated File System /QSYS Physical Data File
CDRCV of Binary File to Integrated File System /QSYS
CDRCV of Text File to Integrated File System
CDRCV of Binary File to Integrated File System
CDRCV of File to Integrated File System /QOpenSys
CDRCV to Integrated File System /root
CDRCV of Binary File to Integrated File System /root
CDRCV of Binary File to /QOpenSys
CDRCV of Binary File to /QDLS
CDRCV to Integrated File System /root
CDRCV to Integrated File System to /QDLS
CDSND of Physical Source File Using Native File System
CDSND of Physical Data to Text File Using Native File System
CDSND of Physical Data File to Binary Using Native File System
CDSND Using Integrated File system /QSYS
CDSND Using Integrated File System /QSYS Physical Data File
CDSND Using Integrated File System to Text File
CDSND Using Integrated File System to Binary File
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IBM Sterling Connect:Direct for i5/OS User’s Guide
Member Name
Description
NSNDIF01J
NSNDIF01K
NSNDIF01L
NSNDIF01M
NSNDIF01N
NSNDIF01P
CDSND Using Integrated File System /QOpenSys
CDSND Using Integrated File System /root
CDSND Using Integrated File System /QDLS
CDSND Using Integrated File System /root and Binary File
CDSND Using Integrated File System /QOpenSys and Binary File
CDSND Using Integrated File System /QDLS and Binary File
i5/OS–Microsoft Windows Run Job and Run Task Examples
Member Name
Description
NRNJOB01A
NRNJOB01B
NRNJOB01C
NRNTDL01A
NSBMCF01A
CDRUNJOB Without Desktop Parameter, UNC names
CDRUNJOB Without Desktop Parameter, C: names
CDRUNJOB With Desktop Parameter, NT 1.3.00
CDRUNTASK to Delete Data Set
CDSUBMIT an NT copy Process
i5/OS–UNIX Send and Receive Examples
Member Name
Description
URCVCF01A
URCVCF01B
URCVCF01C
URCVCF01D
URCVIF01A
URCVIF01C
URCVIF01D
URCVIF01J
URCVIF01K
URCVIF01L
URCVIF01M
URCVIF01N
URCVIF01Q
USNDCF01A
CDRCV Using Native File System into Physical Source File
CDRCV Using Native File System Binary File into save File
CDRCV Using Native File System Binary to Physical Data File
CDRCV Using Native File System Text File to Physical Data File
CDRCV Using Integrated File System /QSYS
CDRCV Using Integrated File System /QSYS and Binary File
CDRCV Using Integrated File System /QSYS and Text File
CDRCV Using Integrated File System /QOpenSys
CDRCV Using Integrated File System /root
CDRCV Using Integrated File System /root and Binary File
CDRCV Using Integrated File System /QOpenSys and Binary File
CDRCV Using Integrated File System /QDLS and Binary File
CDRCV Using Integrated File System and /QDLS
CDSND of Physical Source File
CL Program Examples
157
Member Name
Description
USNDCF01H
USNDCF01I
USNDCF01S
USNDIF01A
USNDIF01H
USNDIF01I
USNDIF01J
USNDIF01K
USNDIF01L
USNDIF01M
USNDIF01N
USNDIF01P
CDSND of Physical Data Text File
CDSND of Physical Data Binary File
CDSND of Save File
CDSND of Physical Source File Using Integrated File System /QSYS
CDSND of Physical Data File Using Integrated File System /QSYS
CDSND of Physical Data Binary File Using Integrated File System /QSYS
CDSND of Text File Using Integrated File System /QOpenSys
CDSND of Text File Using Integrated File System /root
CDSND of Text File Using Integrated File System/QDLS
CDSND of Binary File Using Integrated File System/root
CDSND of Binary File Using Integrated File System /QOpenSys
CDSND of Binary File Using Integrated
i5/OS–UNIX Run Task and Run Job Examples
Member Name
Description
URNJOB01A
URNTDL01A
URNTDL02A
USBMCF01A
CDRUNJOB to List Directory
CDRUNTASK to List Directory
CDRUNTASK to List Directory
CDSUBMIT a UNIX copy Process
i5/OS–UTIL Test Examples
Member Name
Description
AABNDCL
Creates loopback test nodes
CD$RETRO
CD$RETRO$
cmd - execute several loopback tests
pgm - execute several loopback tests
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Cell Broadband Engine is a trademark of Sony Computer Entertainment, Inc. in the United
States, other countries, or both and is used under license therefrom.
Linear Tape-Open, LTO, the LTO Logo, Ultrium and the Ultrium Logo are trademarks of
HP, IBM Corp. and Quantum in the U.S. and other countries.
Connect Control Center®, Connect:Direct®, Connect:Enterprise, Gentran®,
Gentran:Basic®, Gentran:Control®, Gentran:Director®, Gentran:Plus®,
Gentran:Realtime®, Gentran:Server®, Gentran:Viewpoint®, Sterling Commerce™,
Sterling Information Broker®, and Sterling Integrator® are trademarks or registered
trademarks of Sterling Commerce, Inc., an IBM Company.
Other company, product, and service names may be trademarks or service marks of others.
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Glossary
A
Adjacent Node
An adjacent node is an entry in the Network Map that defines a Sterling Connect:Direct node with which the
local Sterling Connect:Direct node can communicate. The adjacent node is also referred to as a remote node.
Application Program Interface (API)
The Application Program Interface (API) is a Sterling Connect:Direct component that accepts commands and
places them in an executable format.
Asynchronous
Asynchronous Process execution occurs when the system starts the job. The CDSUBPROC command
execution is asynchronous.
C
Checkpoint Restart
The Checkpoint Restart feature eliminates the need to retransmit an entire file in the event of a transmission
failure. If a copy procedure is interrupted, Sterling Connect:Direct restarts that copy at the last checkpoint.
Command Line Interface
The Command Line Interface is a Sterling Connect:Direct interface that allows users to submit Sterling
Connect:Direct Processes and commands from their native command line environment.
Commands
Sterling Connect:Direct commands initiate and monitor activity within the Sterling Connect:Direct system.
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I
Integrated File System
The integrated file system provides an integrated structure of all stored information. This file system provides
stream files, directory structure accessed by path, and a user and application interface that accesses all
information stored in the i5/OS.
L
Local Node
The local node is the Sterling Connect:Direct server on which the Process is submitted. The local node may
also be referred to as the primary node, controlling node or initiating node, but should not necessarily be
interpreted as the sending node, since PNODE can be the receiver. In every Process, there is one local
(PNODE) and one remote (SNODE) specified. The submitter of a Process is always the PNODE.
Local Process
A local Process is a Sterling Connect:Direct Process initiated on the local Sterling Connect:Direct for i5/OS
node.
N
Native File System
The native file system accepts the file name in the following formats: library-name/file-name and
library-name/file-name(member-name).
Network Map (Netmap)
The Network Map (netmap) is a file that identifies all valid Sterling Connect:Direct nodes in the network. One
Network Map is associated with each Sterling Connect:Direct local node. The netmap has one entry for each of
the other Sterling Connect:Direct nodes to which the local Sterling Connect:Direct node communicates. The
netmap entries also contain the rules or protocol that the nodes adhere to when communicating.
Node
A node is any site in a network from which information distribution can be initiated.
P
Permanent Session Managers
Permanent Session Managers are reusable session managers submitted when Sterling Connect:Direct is started
or when the Sterling Connect:Direct administrator increases the number of permanent session managers.
Primary Node (PNODE)
The local node or primary node (PNODE) is the Sterling Connect:Direct node on which the Process is
submitted. The primary node may also be referred to as the controlling node or initiating node, but should not
165
necessarily be interpreted as the sending node, since PNODE can be the receiver. In every Process, there is one
local (PNODE) and one remote (SNODE) specified. The submitter of a Process is always the PNODE.
Process
A Process is a series of statements that initiate Sterling Connect:Direct activity, such as copying files, and
running jobs.
Process Management Queue
The Process Management Queue (PMQ) holds information about Sterling Connect:Direct Processes that are
currently executing or scheduled to execute in the future.
Process Manager (PMGR)
The Process Manager initiates and manages the Sterling Connect:Direct environment.
Process Statements
Process Statements are instructions for transferring files, running operating system jobs, executing programs,
or submitting other Sterling Connect:Direct Processes. They are used to build a Sterling Connect:Direct
Process.
Q
Queue Manager (QMGR)
The Queue Manager is a fixed Sterling Connect:Direct for i5/OS component. The Process Manager starts the
Queue manager when it starts Sterling Connect:Direct, and the QMGR remains active while Sterling
Connect:Direct is active. The Queue Manager has five logical queues: ACTIVQ, executing processes;
WAITQ, processes waiting to run; HOLDQ, processes currently held; TIMERQ, processes waiting to be
moved to the WAITQ; and STARTQ, asynchronous processes being activated.
R
Remote Node
A remote node is an entry in the Network Map that defines a Sterling Connect:Direct node with which the local
Sterling Connect:Direct node can communicate. The remote node is also referred to as an adjacent node.
Remote Process
A remote Process is a Sterling Connect:Direct Process initiated on the remote Sterling Connect:Direct node.
Retry Interval
The retry interval is the interval at which retries are performed as a part of the checkpoint-restart feature.
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S
Secondary Node (SNODE)
The remote or secondary node (SNODE) is the Sterling Connect:Direct node that interacts with the primary
node (PNODE) during Process execution. SNODE may also be referred to as the participating
(non-controlling) or partner node. Every Process has one PNODE and one SNODE.
Session Manager (SMGR)
The session manager component executes the Sterling Connect:Direct Processes. You can set the initialization
parameters to make the SMGR either fixed or dynamic.
Spool Monitor (CDSPLMON)
The Sterling Connect:Direct Spool Monitor (CDSPLMON) is a variable component of Sterling Connect:Direct
for i5/OS. CDSPLMON uses Spool Monitor entries to associate output queues with destination Sterling
Connect:Direct nodes. These entries also include default values used to transfer spooled files.
Statistics Facility
The Sterling Connect:Direct Statistics Facility records Sterling Connect:Direct activities.
Statistics File
The statistics file holds Sterling Connect:Direct statistics records that document the history of a Process.
Statistics Manager (STATMGR)
Sterling Connect:Direct for i5/OS logs statistics information for all Sterling Connect:Direct Processes. Each
component of Sterling Connect:Direct for i5/OS generates statistics data to the statistics manager
(STATMGR). The long-running STATMGR formats the statistics information and writes it to the statistics
file.
Submitted Session Managers are session managers submitted by the Process Manager.
Synchronous
Synchronous Process execution occurs when you submit a Sterling Connect:Direct command. Processes such
as CDSND and CDRCV are submitted by the user and they execute immediately.
T
TCP/IP Listener
The TCP/IP Listener component requests session managers from the Process Manager when it receives
connection requests. The Process Manager starts and controls the TCPLIST component.
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Timer Queue (TIMER)
This Sterling Connect:Direct for i5/OS component provides timer services to the other components. The
process manager submits and controls the TIMER. The TIMER is always present when Sterling
Connect:Direct is active.
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Index
A
Administration Menu
CDDECOMP command
asynchronous execution
asynchronous processes
B
CDRCV command
block mode transfer
C
CDCOMP command
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CDSELSTAT command
CDRUNTASK command
Index
171
CDSUBMIT command
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CDSUBPROC command
command level
commands
checkpointing
CHLVAL
CL commands
COMPRESS
Index
173
commands
EXCMBR
CRC parameter
F
FALIAS
D
Digital Signature
E
encryption value
files
examples
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FPDSDIR
M
messages
H
N
help option
NEWNAME
O
I
OUTFILE
INFILE
P
interface
parameters
J
JOBFILE parameter
L
LINK parameter
Index
175
PNUM parameter
Process Management Queue
prompt option
TSYSOPTS
PUSER parameter
PCLASS parameter
PERIOD parameter
Q
PHOLD parameter
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queues
R
RCDTYPE parameter
receiving files
SELMBR parameter
SNDFFD parameter
RMTNODE parameter
CDRUNJOB command
parameters
RMTWORK parameter
CDRUNTASK command
parameters
CDRUNTASK command
parameters
S
CDSND command
screens
Source Edit Utility (SEU)
Index
177
starting
TEXTFILE parameter
STARTT parameter
statistics
TIMERQ
Status messages
TLINK parameter
Sterling Connect:Direct CL commands
Sterling Connect:Direct messages
Sterling Connect:Direct Secure Plus
TVSAMCAT parameter
TYPE parameter
T
U
File Systems
Integrated File System
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W
WRKCDPROC screens
X
XTRAN parameter
XTRANLDATA parameter
XTRANLSI parameter
XTRANLSO parameter
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