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SYS0WN
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SYS0WN
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/* REXX */
/* This script was designed to list out all the SYSPROC/SYSEXEC */
/* datasets, their creation date, last access date and your access */
/* Created by SoF */
say '';say '';say ''; /* the cheapest ISPF screen clear */
SAY 'Script to check SYSPROC/SYSEXEC permissions'
ADDRESS TSO
CALL PATH
exit
PATH:
/* Identify DDNAME Allocated Datasets */
/* from CBT FILE 496 */
/* Like the $PATH in UNIX */
Numeric Digits 10
/*address TSO*/
PSALCCAV = C2D(STORAGE(21C, 4))
TCBTIO = C2D(STORAGE(D2X(PSALCCAV + 12), 4)) /* Points to TIOT PAGE 338 */
TIOT = TCBTIO + 24
TIOELNGH = 0
longest = 0
DD = ''
j = 0
DO FOREVER
TIOT = TIOT + TIOELNGH
TIOELNGH = C2D(STORAGE(D2X(TIOT))) /* STORAGE returns one byte by default */
IF TIOELNGH = 0 THEN LEAVE /* We've hit the end */
TIOEDDNM = STORAGE(D2X(TIOT+4),8)
IF TIOEDDNM \= ' ' THEN DD = TIOEDDNM
DSNADDR = D2X(SWAREQ(Storage(d2x(TIOT + 12),3)))
DATASET = STRIP(STORAGE(DSNADDR, 44))
VOLUME = STORAGE(D2X(X2D(DSNADDR)+118),6)
IF DD ='SYSPROC ' | DD ='SYSEXEC ' THEN DO
j = j + 1
x = listdsi("'"dataset"'")
type.j = DD
dsn.j = dataset
vol.j = VOLUME
racf.j = SYSRACFA
create.j = DATE_GOOD(SYSCREATE)
ref.j = DATE_GOOD(SYSREFDATE)
if length(DATASET) > longest then longest = length(DATASET)
END
END
type.0 = j
dsn.0 = j
vol.0 = j
racf.0 = j
create.0 = j
ref.0 = j
SYSPROC.0 = 0
SYSEXEC.0 = 0
DO i = 1 to j
ACCESS = 'NONE'
if racf.i == "GENERIC" THEN DO
OUTG = OUTTRAP('OUTG.')
"LD DA('"dsn.i"') GEN"
IF OUTG.0>1 THEN DO
ACCESS = WORD(OUTG.17,1)
END
end
else if racf.i == 'DISCRETE' THEN DO
OUTG = OUTTRAP('OUTG.')
"LD DA('"dsn.i"')"
IF OUTG.0>1 THEN DO
ACCESS = WORD(OUTG.17,1)
END
end
if type.i == 'SYSPROC ' then do
SYSPROC.0 = SYSPROC.0 + 1
x = SYSPROC.0
SYSPROC.x = "| "||LEFT(dsn.i,longest+1)||" | "||vol.i||" | "||,
center(create.i,12)||" | "||center(ref.i,14)||" | "||,
LEFT(ACCESS,7)||"|"
end
else do
SYSEXEC.0 = SYSEXEC.0 + 1
x = SYSEXEC.0
SYSEXEC.x = "| "||LEFT(dsn.i,longest+1)||" | "||vol.i||" | "||,
center(create.i,12)||" | "||center(ref.i,14)||" | "||,
LEFT(ACCESS,7)||"|"
end
end
Say 'SYSPROC:'
say "+-"||left('',longest+1,'-')||,
"---------------------------------------------------+"
SAY "|" LEFT("Sysproc DSN",longest+1)||,
" | Volume | Created Date | Reference Date | Access |"
say "|-"||left('',longest+1,'-')||,
"-|--------|--------------|----------------|--------|"
do i = 1 to SYSPROC.0
say SYSPROC.i
end
say "+-"||left('',longest+1,'-')||,
"---------------------------------------------------+"
SAY 'SYSEXEC:'
say "+-"||left('',longest+1,'-')||,
"---------------------------------------------------+"
SAY "|" LEFT("Sysexec DSN",longest+1)||,
" | Volume | Created Date | Reference Date | Access |"
say "|-"||left('',longest+1,'-')||,
"-|--------|--------------|----------------|--------|"
do i = 1 to SYSEXEC.0
say SYSEXEC.i
end
say "+-"||left('',longest+1,'-')||,
"---------------------------------------------------+"
RETURN 0
date_good:
/* parses the date */
parse arg YEAR '/' DAY
return DATE('E',SUBSTR(YEAR,3,2)RIGHT(DAY,3,'0'),'J')
/*--------------------------------------------------------------------*\
|* *|
|* MODULE NAME = SWAREQ *|
|* *|
|* DESCRIPTIVE NAME = Convert an SVA to a 31-bit address *|
|* *|
|* STATUS = R200 *|
|* *|
|* FUNCTION = The SWAREQ function simulates the SWAREQ macro to *|
|* convert an SWA Virtual Address (SVA) to a full 31-bit *|
|* address which can be used to access SWA control blocks *|
|* in the SWA=ABOVE environment. The input is a 3-byte *|
|* SVA; the output value is a 10-digit decimal number. *|
|* *|
|* AUTHOR = Gilbert Saint-Flour <gsf@pobox.com> *|
|* *|
|* DEPENDENCIES = TSO/E V2 *|
|* *|
|* SYNTAX = SWAREQ(sva) *|
|* *|
|* sva must contain a 3-byte SVA. *|
|* *|
\*--------------------------------------------------------------------*/
SWAREQ: PROCEDURE
NUMERIC DIGITS 20 /* allow up to 2**64 */
sva=C2D(ARG(1)) /* convert to decimal */
tcb = C2D(STORAGE(21C,4)) /* TCB PSATOLD */
jscb = C2D(STORAGE(D2X(tcb+180),4)) /* JSCB TCBJSCB */
qmpl = C2D(STORAGE(D2X(jscb+244),4)) /* QMPL JSCBQMPI */
/* See if qmat can be above the bar */
qmsta= C2X(STORAGE(D2X(qmpl+16),1)) /* JOB STATUS BYTE */
if SUBSTR(X2B(qmsta),6,1) then /* is QMQMAT64 bit on? */
do /* yes, qmat can be ATB */
IF RIGHT(X2B(C2X(ARG(1))),1) \= '1' THEN/* SWA=BELOW ? */
RETURN C2D(ARG(1))+16 /* yes, return sva+16 */
qmat=C2D(STORAGE(D2X(qmpl+10),2))*(2**48) +,/* QMAT+0 QMADD01 */
C2D(STORAGE(D2X(qmpl+18),2))*(2**32) +,/* QMAT+2 QMADD23 */
C2D(STORAGE(D2X(qmpl+24),4)) /* QMAT+4 QMADD */
RETURN C2D(STORAGE(D2X(qmat+(sva*12)+64),4))+16
end
else
do /* no, qmat is BTB */
IF RIGHT(C2X(ARG(1)),1) \= 'F' THEN /* SWA=BELOW ? */
RETURN C2D(ARG(1))+16 /* yes, return sva+16 */
qmat = C2D(STORAGE(D2X(qmpl+24),4)) /* QMAT QMADD */
DO WHILE sva>65536
qmat = C2D(STORAGE(D2X(qmat+12),4)) /* next QMAT QMAT+12 */
sva=sva-65536 /* 010006F -> 000006F */
END
RETURN C2D(STORAGE(D2X(qmat+sva+1),4))+16
end
/*-------------------------------------------------------------------*/