RDT systems being based on ADCD distributions I suggest to discard all current
JES definitions on that RDT system and cold start with a jes2parm similar to
this (you'll need to adjust data set names and volumes):
BUFDEF BELOWBUF=(LIMIT=100,WARN=80),
EXTBUF=(LIMIT=500,WARN=80)
CKPTDEF CKPT1=(DSNAME=SYS1.JESCKPT3,VOLSER=SYS001,INUSE=YES),
CKPT2=(DSNAME=SYS1.JESCKPT4,VOLSER=SYS002,INUSE=YES),
NEWCKPT1=(DSNAME=SYS1.JESCKPT1,VOLSER=SYS002),
NEWCKPT2=(DSNAME=SYS1.JESCKPT2,VOLSER=SYS001),
DUPLEX=ON,MODE=DUPLEX,LOGSIZE=2
CKPTSPACE BERTNUM=4000,BERTWARN=80
CONDEF AUTOCMD=20,BUFNUM=1000,CMDNUM=800,DISPMAX=1000,
BUFWARN=80,CONCHAR=$
ESTIME NUM=90,INT=90,OPT=NO
ESTLNCT NUM=90,INT=50000,OPT=0
ESTPAGE NUM=1000,INT=100,OPT=0
ESTBYTE NUM=999999,INT=99999,OPT=1
ESTPUN NUM=100000,INT=20000,OPT=0
FSS(PRINTOFF)
INITDEF PARTNUM=120
INIT(1-6) CLASS=A,START=YES
INIT(7-115) CLASS=A,START=NO
INIT(116-120) CLASS=(SYSTEM),START=YES
INTRDR AUTH=(JOB=YES,DEVICE=NO,SYSTEM=YES),
RDINUM=4
JOBCLASS(A-*) ACCT=NO,AUTH=ALL,BLP=YES,COMMAND=VERIFY,MSGLEVEL=(1,1),
TIME=(180,0)
JOBCLASS(STC) AUTH=ALL,BLP=YES,COMMAND=EXECUTE,LOG=YES,MSGCLASS=K,
MSGLEVEL=(1,1),OUTPUT=YES,TIME=(1440,0),
SWA=ABOVE,OUTDISP=(HOLD,HOLD)
JOBCLASS(TSU) AUTH=ALL,BLP=YES,COMMAND=VERIFY,LOG=YES,MSGCLASS=K,
MSGLEVEL=(1,1),OUTPUT=YES,TIME=(180,0),
SWA=ABOVE,OUTDISP=(HOLD,HOLD)
JOBCLASS(SYSTEM) ACCT=NO,AUTH=ALL,BLP=YES,COMMAND=VERIFY,
MSGLEVEL=(1,1),TIME=(180,0)
JOBCLASS(CL) ACCT=NO,AUTH=ALL,BLP=YES,COMMAND=VERIFY,
MSGLEVEL=(1,1),TIME=(180,0)
JOBDEF ACCTFLD=OPTIONAL,DUPL_JOB=DELAY,JCLERR=YES,
JOBNUM=6000,JOBWARN=80,PRTYJECL=NO,PRTYJOB=NO,
RANGE=(1-9999)
LOGON(1) APPLID=RDT001,LOG=Y
MASDEF SHARED=NOCHECK,DORMANCY=(100,500),HOLD=100,LOCKOUT=1200
NJEDEF JRNUM=2,JTNUM=2,LINENUM=5,MAILMSG=YES,
NODENUM=15,OWNNODE=1,PATH=1,SRNUM=2,STNUM=2
NETSRV(1) SOCKET=LOCAL
NETSRV(2) SOCKET=LOCAL
NETSRV(3) SOCKET=LOCAL
LINE(1) UNIT=SNA
LINE(2) UNIT=TCP,NODE=9
LINE(3) UNIT=TCP,NODE=4
LINE(4) UNIT=TCP,NODE=11
LINE(5) UNIT=TCP
NODE(1) NAME=RDT001
NODE(4) NAME=aaaa,LINE=3
NODE(9) NAME=bbbb,LINE=2
NODE(10) NAME=yyyy
NODE(11) NAME=RDT002,LINE=4
SOCKET(aaaa) NODE=4,IPADDR=aaaa,NETSRV=1
SOCKET(bbbb) NODE=9,IPADDR=bbbb,NETSRV=1
SOCKET(yyyy) NODE=10,IPADDR=yyyy,NETSRV=1
SOCKET(RDT002) NODE=11,IPADDR=RDT002,NETSRV=1
OFFLOAD1 DSN=SYS1.OFFLOAD
OUTCLASS(A-*) OUTDISP=(HOLD,HOLD)
OUTCLASS(B) OUTDISP=(WRITE,WRITE)
OUTCLASS(F) OUTDISP=(WRITE,WRITE)
OUTCLASS(L) OUTDISP=(WRITE,WRITE)
OUTCLASS(Z) OUTDISP=(PURGE,PURGE)
OUTDEF BRODCAST=NO,DMNDSET=YES,JOENUM=25000,JOEWARN=80
OUTPRTY(1-*) PRIORITY=96,RECORD=16677215,PAGE=16677215
PCEDEF CNVTNUM=2,OUTNUM=4,PURGENUM=2
PRINTDEF CCWNUM=10,FCB=EX01,LINECT=70
PUNCHDEF CCWNUM=02
SMFDEF BUFNUM=5,BUFWARN=80
SPOOLDEF DSNAME=SYS1.JESSPOL,TGSIZE=100,TRKCELL=3,
TGSPACE=(MAX=162880,WARN=80),VOLUME=JES00
TRACE(1) START=N
$SLINE2
$SLINE3
$SLINE4
$SNETSRV1
Note that I substantially enlarged the JES Spool and the checkpoint data sets
to accomodate larger sizes. Also, these definitions configure NJE to 'real'
z/OS systems and to another RDT system.
Barbara
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