DEFAULT - define default values (BS2000 systems)

The DEFAULT control statement allows you to define default values for the operands of a KDCDEF control statement. A default operand value set using DEFAULT applies until the next DEFAULT statement is issued for the same operand in the same control statement. If you subsequently wish to reset the default value to the UTM standard setting, you must reassign this standard setting using the DEFAULT statement. If this is not possible (e.g. FORMAT = blanks), then the default value is set in the (STD) or *STD entry.

Statement-specific default values offer the following advantage:
If you issue a control statement several times (e.g. PTERM), there is no need to specify the same operand values over and over again in each statement (e.g. the processor name in PRONAM).

When porting BS2000 systems openUTM applications to Unix, Linux or Windows systems, please note that the DEFAULT statement is not supported by openUTM on Unix, Linux and Windows systems.

DEFAULT

control-statement operand [ ,operand ] [ ,... ]

control-statement
	KDCDEF control statement for which new default values are to be defined  in this DEFAULT statement. The following operands are dependent on this control statement, and apply only for this control statement class. Please note that the PROGRAM and AREA statements form a single class, i.e. modified default values of the PROGRAM statement also apply for the other statements in this class. You must insert at least one blank between control_statement and the following operands. The table on the next page shows the control statements that can be specified here.
operand ,...	One or more operands of the KDCDEF control statement control_statement. Each operand is separated by a comma. The table on the next page shows the operands permitted for control_statement.

Permitted control statements	Permitted operands
CON	BCAMAPPL={local_appliname|(STD)} LPAP={lpapname|(STD)} PRONAM={processorname | C’processorname’} TERMN=termn_id
LPAP	DEAD-LETTER-Q={NO | YES} NETPRIO=netprio QLEV=queue_level STATUS={ON|OFF} SESCHA=sescha_name
LSES	LPAP=sessionname NODE-NAME=node_name
LTAC	LPAP=lpapname LTACUNIT=ltacunit STATUS={ON|OFF} TYPE={D|A} WAITTIME=(time1,time2)
LTERM	ANNOAMSG={Y|N} FORMAT={formatname|(STD)} KERBEROS-DIALOG={YES | NO} LOCALE={ ( [lang_id], [terr_id],[ ccsname] ) | *STD} NETPRIO=netprio PLEV=print_level_number QAMSG={Y|N|(STD)} QLEV=queue_level_number RESTART={YES|NO} STATUS={ON|OFF} USAGE={D|O}
LOAD-MODULE	LIB=libname LOAD-MODE=loadmode VERSION={version | *HIGHEST-EXISTING | *UPPER-LIMIT}
OSI-CON	ACTIVE={YES|NO} LOCAL-ACCESS-POINT=access-point_name
OSI-LPAP	APPLICATION-CONTEXT=application_context DEAD-LETTER-Q={NO | YES} IDLETIME=time QLEV=queue_level_number STATUS={ON|OFF} TERMN=termn_id
PROGRAM	COMP=compiler LOAD-MODULE={lmodname|*STD}
PTERM	BCAMAPPL=local_appliname CONNECT={YES | NO} ENCRYPTION-LEVEL={NONE | 3 | 4 | TRUSTED} IDLETIME=time MAP={USER | SYSTEM | SYS | SYS1 | SYS2 | SYS3 | SYS4} PRONAM={processorname | C’processorname’ | *RSO} PROTOCOL={N|STATION} PTYPE={partnertyp | *RSO | *ANY} STATUS={ON|OFF} TERMN={termn_id|(STD)} USAGE={D|O} USP-HDR={ALL | MSG | NO}
SESCHA	CONNECT={Y|N} CONTWIN={Y|N|(STD)} DPN={instance_name|(STD)} IDLETIME=time PLU={Y|N|(STD)} PACCNT=number
TAC	ADMIN={Y | N} CALL={BOTH | FIRST | NEXT | (STD)} DEAD-LETTER-Q={NO | YES} ENCRYPTION-LEVEL={NONE | 2 } EXIT={exit | (STD) } PGWT={NO | YES} PROGRAM={program_name|(STD)} QLEV=queue_level_number QMODE = {STD | WRAP-AROUND} RUNPRIO=priority SATADM={NO|YES} SATSEL={BOTH|SUCC|FAIL|NONE} STATUS={ON | OFF | HALT | KEEP} TACCLASS={class|(STD)} TACUNIT=tacunit TCBENTRY={name_of_tcbentry-statement | (STD)} TIME={time1 | (time1,time2)} TYPE={D | A | Q}
TPOOL	ANNOAMSG={ Y | N } BCAMAPPL=appliname ENCRYPTION-LEVEL={NONE | 3 | 4 | TRUSTED} FORMAT={formatname|(STD)} IDLETIME=time KERBEROS-DIALOG={YES | NO} LOCALE={ ( [lang_id], [terr_id],[ ccsname] ) | *STD } MAP={ USER | SYSTEM | SYS | SYS1 | SYS2 | SYS3 | SYS4} NETPRIO={ MEDIUM | LOW } NUMBER=number1 PRONAM={ processorname | C’processorname’ | *ANY } PROTOCOL={ N | STATION } PTYPE={ partnertyp | *ANY } QLEV=queue_level_number TERMN={ termn_id | (STD) } USP-HDR={ALL | MSG | NO}
USER	FORMAT={formatname|(STD)} LOCALE={ ( [lang_id], [terr_id],[ ccsname] ) | *STD } PERMIT={NONE | ADMIN | SATADM | ( ADMIN,SATADM)} PROTECT-PW=(length,level_of_complexity,max_time,min_time) QLEV=queue_level_number QMODE = {STD | WRAP-AROUND} Q-READ-ACL = keysetname Q-WRITE-ACL = keysetname RESTART={YES | NO} SATSEL={BOTH | SUCC | FAIL | NONE} STATUS={ON | OFF}