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plugipc.rpgle
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plugipc.rpgle
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H NOMAIN
H AlwNull(*UsrCtl)
H BNDDIR('QC2LE')
*****************************************************
* Copyright (c) 2010, IBM Corporation
* All rights reserved.
*
* Redistribution and use in source and binary forms,
* with or without modification, are permitted provided
* that the following conditions are met:
* - Redistributions of source code must retain
* the above copyright notice, this list of conditions
* and the following disclaimer.
* - Redistributions in binary form must reproduce the
* above copyright notice, this list of conditions
* and the following disclaimer in the documentation
* and/or other materials provided with the distribution.
* - Neither the name of the IBM Corporation nor the names
* of its contributors may be used to endorse or promote
* products derived from this software without specific
* prior written permission.
*
* THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND
* CONTRIBUTORS "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES,
* INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF
* MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE
* DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR
* CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL,
* SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING,
* BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR
* SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS
* INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY,
* WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING
* NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE
* USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE
* POSSIBILITY OF SUCH DAMAGE.
*****************************************************
*****************************************************
* includes
*****************************************************
/copy plugconf_h
/copy plugipc_h
/copy plugile_h
/copy plugerr_h
/copy plugsig_h
/copy plugpase_h
/copy plugxml_h
/copy plugcach_h
/copy plugconv_h
/copy plugperf_h
/copy plugbug_h
/copy plugsql_h
/copy plugperf_h
*****************************************************
* ipc globals
*****************************************************
* semaphores
D ipcSemKey S 10i 0 inz(-1)
D ipcSemRet s 10i 0 inz(-1)
D ipcSemSet ds likeds(sembuf_t) dim(NUMSEMS)
* shared memory
D ipcShmKey S 10i 0 inz(-1)
D ipcShmId S 10i 0 inz(-1)
D ipcShmAddr S * inz(*NULL)
D ipcIsHere S 1N inz(*OFF)
D sUsrSbmJob s 4096A inz(*BLANKS)
D ipcHereCtl DS likeds(ipcRec_t)
D ipcHereFlg s 1024A inz(*BLANKS)
D ipcHereIn s 4096A inz(*BLANKS)
D ipcHereOut s 4096A inz(*BLANKS)
D ipcPathBlk S 1024A inz(*BLANKS)
D ipcPathNull S 1024A inz(*BLANKS)
D ipcFileTmp S 1024A inz(*BLANKS)
D ipcCtlP S * inz(*NULL)
D ipcCtl DS likeds(ipcRec_t) based(ipcCtlP)
D ipcDoFlagP s * inz(*NULL)
D ipcDoFlags ds likeds(doRec_t) based(ipcDoFlagP)
*****************************************************
* IPC misc
*****************************************************
D ipcCtlScan PR 1N
D pSearch 1024A value
D doCtl 1024A
D ipcRmvNow PR 1N
D ipcMemClr PR
D ipcBoilWater...
D PR
D ipcOwnFix PR
D jobCtlP * value
D ipcSafe PR
*****************************************************
* IPC locking
*****************************************************
D IPC_WAIT_OK...
D C const(0)
D IPC_WAIT_USE...
D C const(-1)
D IPC_WAIT_WAKE...
D C const(1)
D ipcUse PR 1N
D talkIPC 10i 0 value
D talkClient 10i 0 value
D talkServer 10i 0 value
*****************************************************
* set ipc safe (1.7.4)
* return (NA)
*****************************************************
P ipcSafe B
D ipcSafe PI
* vars
d rc s 1N inz(*OFF)
/free
Monitor;
// check IPC ok
rc = ipcCtl.ipcReadyGo;
On-error;
// local IPC until attached (here)
ipcCtlP = %ADDR(ipcHereCtl);
ipcDoFlagP = %ADDR(ipcCtl.ipcFlags);
Endmon;
/end-free
P E
*****************************************************
* set global
* return (NA)
*****************************************************
P ipcStatic B export
D ipcStatic PI *
D reDo 1N value
D pIPCSP 1024A value
D pCtlSP 1024A value
D pIClob * value
D szIClob 10i 0 value
D pOClob * value
D szOClob 10i 0 value
* vars
D i s 10i 0 inz(0)
D j s 10i 0 inz(0)
D search s 1A inz('/')
D pos S 10i 0 inz(0)
D szIPC s 10i 0 inz(0)
* vars
D doCtl2 s 1024A inz(*BLANKS)
D pTop s * inz(*NULL)
D pBeg s * inz(*NULL)
D pLst s * inz(*NULL)
D len s 10i 0 inz(0)
D count s 10i 0 inz(0)
D doNbr s 10i 0 dim(XMLMAXATTR) inz(-1)
D doChar s 64A dim(XMLMAXATTR) inz(*BLANKS)
D doCallx s 1N inz(*OFF)
D doCallx1 s 1N inz(*OFF)
D doCallx2 s 1N inz(*OFF)
D doTestx s 1N inz(*OFF)
/free
// kill any previous test run
ileDoTest(*ON);
// force initialization
if reDo = *ON;
ipcCtlP = *NULL;
endif;
// where is ipcCtl?
if ipcCtlP <> *NULL;
return ipcCtlP;
endif;
perfAdd(PERF_ANY_WATCH_IPCSTATIC:*ON);
// user provided sbmjob
sUsrSbmJob = *BLANKS;
// local IPC until attached (here)
ipcCtlP = %ADDR(ipcHereCtl);
ipcDoFlagP = %ADDR(ipcCtl.ipcFlags);
// ipcCtl.ipcTmClt = *BLANKS;
// ipcCtl.ipcTmSrv = *BLANKS;
// no user buffers,
// internal buffer power scotty
if pIClob = *NULL;
pIClob = %addr(ipcHereIn);
szIClob = %size(ipcHereIn);
endif;
if pOClob = *NULL;
pOClob = %addr(ipcHereOut);
szOClob = %size(ipcHereOut);
endif;
// ipc
ipcPathNull = %trim(pIPCSP) + x'00';
szIPC = strlen(%addr(ipcPathNull));
if szIPC < 1;
ipcPathBlk = *BLANKS;
else;
ipcPathBlk = pIPCSP;
ipcPathNull = %trim(pIPCSP) + x'00';
endif;
ipcCtl.ipcPathBlk = ipcPathBlk;
ipcCtl.ipcPathNull = ipcPathNull;
ipcCtl.ipcIClobP = pIClob;
ipcCtl.ipcOClobP = pOClob;
ipcCtl.ipcIClobSz = szIClob;
ipcCtl.ipcOClobSz = szOClob;
ipcCtl.ipcPidSrv = 0;
ipcCtl.ipcBusyIAm = *OFF;
ipcCtl.ipcWaiting = *OFF;
ipcCtl.ipcReadyGo = *OFF;
ipcCtl.ipcOwnBad = *OFF;
ipcCtl.ipcOwnKey = *BLANKS;
// user flags
ipcCtl.ipcFlg = pCtlSP;
// set default flags
ipcDoFlags.doJustProc = *OFF;
ipcDoFlags.doDebug = *OFF;
ipcDoFlags.doDebugProc= *OFF;
ipcDoFlags.doDebugCGI = *OFF;
// see plugconf_h settings
if PLUGSPAWNALLOW = *OFF;
ipcDoFlags.doNoStart = *ON;
else;
ipcDoFlags.doNoStart = *OFF;
endif;
ipcDoFlags.doImmed = *OFF;
if szIPC < 1;
ipcDoFlags.doHere = *ON;
else;
ipcDoFlags.doHere = *OFF;
endif;
ipcDoFlags.doHack = *OFF;
ipcDoFlags.doBatch = *OFF;
ipcDoFlags.doGet = *OFF;
ipcDoFlags.doBatNbr = 0;
ipcDoFlags.doRpt = *OFF;
ipcDoFlags.doLic = *OFF;
ipcDoFlags.doSes = *OFF;
ipcDoFlags.doFly = *OFF;
ipcDoFlags.doLog = *OFF;
ipcDoFlags.doLogKey = *BLANKS;
ipcDoFlags.doSbmJob = *OFF;
ipcDoFlags.doSbmLib = *BLANKS;
ipcDoFlags.doSbmJobd = *BLANKS;
ipcDoFlags.doSbmNam = *BLANKS;
ipcDoFlags.doSbmAsp = *BLANKS;
ipcDoFlags.doOwnEnd = *OFF;
ipcDoFlags.doClear = *OFF;
ipcDoFlags.doIdle = *OFF;
ipcDoFlags.doCall1 = *OFF;
ipcDoFlags.doCall2 = *OFF;
ipcDoFlags.doHex = *OFF;
ipcDoFlags.doHexAct = *BLANKS;
ipcDoFlags.doNoCall = *OFF;
ipcDoFlags.doBef = *OFF;
ipcDoFlags.doAft = *OFF;
ipcDoFlags.doPase = *OFF;
ipcDoFlags.doCDATA = *OFF;
ipcDoFlags.doJVM = *OFF;
ipcDoFlags.doSQLJVM = *OFF;
ipcDoFlags.doDbgJVM = *OFF;
ipcDoFlags.doIdleAct = *BLANKS;
ipcDoFlags.doWaitAct = *BLANKS;
ipcDoFlags.doCallAct1 = *BLANKS;
ipcDoFlags.doCallAct2 = *BLANKS;
ipcDoFlags.doIdlePerm = *BLANKS;
ipcDoFlags.doWaitPerm = *BLANKS;
ipcDoFlags.doCallPerm1= *BLANKS;
ipcDoFlags.doCallPerm2= *BLANKS;
ipcDoFlags.doIdleSec = -42;
ipcDoFlags.doWaitSec = -42;
ipcDoFlags.doCallSec1 = -42;
ipcDoFlags.doCallSec2 = -42;
ipcDoFlags.doBefFrom = -42;
ipcDoFlags.doBefTo = -42;
ipcDoFlags.doAftFrom = -42;
ipcDoFlags.doAftTo = -42;
ipcDoFlags.doPaseILE = -42;
ipcDoFlags.doPasePASE = -42;
ipcDoFlags.doTest = -42;
ipcDoFlags.doESCP = *OFF;
// parse elements (input)
len = %len(%trim(pCtlSP));
pTop = %addr(pCtlSP);
pLst = pTop + len;
// count the '*'s
pBeg = pTop;
for i = 1 to XFLAGMAX;
pBeg = bigScan(pBeg:'*':pLst:*ON);
if pBeg <> *NULL;
count += 1;
pBeg += 1;
else;
leave;
endif;
endfor;
// kill immed (return)
if count > 0;
pBeg = bigScan(pTop:xIMMED:pLst);
if pBeg <> *NULL;
ipcDoFlags.doImmed = *ON;
count = 0;
endif;
endif;
// ignore all other flags (return)
if count > 0;
pBeg = bigScan(pTop:xIGNORE:pLst);
if pBeg <> *NULL;
count = 0;
endif;
endif;
// run stateless
if count > 0;
pBeg = bigScan(pTop:xHERE:pLst);
if pBeg <> *NULL;
ipcDoFlags.doHere = *ON;
count -= 1;
endif;
endif;
// run cdata
if count > 0;
pBeg = bigScan(pTop:xCDATA:pLst);
if pBeg <> *NULL;
ipcDoFlags.doCDATA = *ON; // see it means on
for j = 1 to 1;
if doChar(j) = 'on';
ipcDoFlags.doCDATA = *ON;
elseif doChar(j) = 'off';
ipcDoFlags.doCDATA = *OFF;
endif;
endfor;
count -= 1;
endif;
endif;
// run jvm normal
if count > 0;
pBeg = bigScan(pTop:xJVM:pLst);
if pBeg <> *NULL;
ipcDoFlags.doJVM = *ON; // see it means on
count -= 1;
endif;
endif;
// run jvm SQL (stored procedures)
if count > 0;
pBeg = bigScan(pTop:xSQLJVM:pLst);
if pBeg <> *NULL;
ipcDoFlags.doJVM = *ON; // see it means on
ipcDoFlags.doSQLJVM = *ON; // see it means on
count -= 1;
endif;
endif;
// run jvm (debug)
if count > 0;
pBeg = bigScan(pTop:xDBGJVM:pLst);
if pBeg <> *NULL;
ipcDoFlags.doJVM = *ON; // see it means on
ipcDoFlags.doDbgJVM = *ON; // see it means on
count -= 1;
endif;
endif;
// run hack
if count > 0;
pBeg = bigScan(pTop:xHACK:pLst);
if pBeg <> *NULL;
ipcDoFlags.doHack = *ON;
count -= 1;
endif;
endif;
// sbmjob
if count > 0;
pBeg = bigScan(pTop:xSBM:pLst);
if pBeg <> *NULL;
ipcDoFlags.doSbmJob = bigDimOpt(xSBM:pCtlSP:doChar:doNbr);
ipcDoFlags.doSbmLib = doChar(1);
ipcDoFlags.doSbmJobd = doChar(2);
ipcDoFlags.doSbmNam = doChar(3);
ipcDoFlags.doSbmAsp = doChar(4);
// -------------
// HEY - custom hook (plugconfx)
if ipcDoFlags.doSbmLib = *BLANKS;
ipcDoFlags.doSbmLib = confJOBLIB();
endif;
if ipcDoFlags.doSbmJobd = *BLANKS;
ipcDoFlags.doSbmJobd = confJOBD();
endif;
if ipcDoFlags.doSbmNam = *BLANKS;
ipcDoFlags.doSbmNam = confJOBNAM();
endif;
if ipcDoFlags.doSbmAsp = *BLANKS;
ipcDoFlags.doSbmAsp = confJOBASP();
endif;
if szIPC < 1;
ipcDoFlags.doSbmJob = *OFF;
endif;
count -= 1;
endif;
endif;
// idle(seconds/action/duration) (Luca IDLE_TIMEOUT)
if count > 0;
pBeg = bigScan(pTop:xIDLE:pLst);
if pBeg <> *NULL;
ipcDoFlags.doIdle = bigDimOpt(xIDLE:pCtlSP:doChar:doNbr);
for j = 1 to 3;
if doChar(j) = 'busy';
ipcDoFlags.doIdleAct = SIG_ACTION_BUSY;
elseif doChar(j) = 'kill';
ipcDoFlags.doIdleAct = SIG_ACTION_KILL;
elseif doChar(j) = 'user';
ipcDoFlags.doIdleAct = SIG_ACTION_USER;
elseif doChar(j) = 'perm';
ipcDoFlags.doIdlePerm = SIG_SET_PERM;
elseif doChar(j) = 'orig';
ipcDoFlags.doIdlePerm = SIG_SET_ORIG;
elseif doNbr(j) > -42;
ipcDoFlags.doIdleSec = doNbr(j);
endif;
endfor;
count -= 1;
endif;
endif;
// before(CCSIDFrom/CCSIDTo[/action])
if count > 0;
pBeg = bigScan(pTop:xBEFORE:pLst);
if pBeg <> *NULL;
ipcDoFlags.doBef = bigDimOpt(xBEFORE:pCtlSP:doChar:doNbr);
for j = 1 to 3;
if doChar(j) = 'call';
ipcDoFlags.doNoCall = *OFF;
elseif doChar(j) = 'nocall';
ipcDoFlags.doNoCall = *ON;
elseif doNbr(j) > -42;
if ipcDoFlags.doBefFrom = -42;
ipcDoFlags.doBefFrom = doNbr(j);
ipcDoFlags.doBefTo = 0;
else;
ipcDoFlags.doBefTo = doNbr(j);
endif;
endif;
endfor;
if ipcDoFlags.doBef = *ON and ipcDoFlags.doBefFrom = -42;
ipcDoFlags.doBefFrom = 0;
ipcDoFlags.doBefTo = 0;
endif;
if ipcDoFlags.doBef = *ON and ipcDoFlags.doBefTo = -42;
ipcDoFlags.doBefTo = 0;
endif;
count -= 1;
endif;
endif;
// after(CCSIDFrom/CCSIDTo)
if count > 0;
pBeg = bigScan(pTop:xAFTER:pLst);
if pBeg <> *NULL;
ipcDoFlags.doAft = bigDimOpt(xAFTER:pCtlSP:doChar:doNbr);
for j = 1 to 2;
if doNbr(j) > -42;
if ipcDoFlags.doAftFrom = -42;
ipcDoFlags.doAftFrom = doNbr(j);
ipcDoFlags.doAftTo = 0;
else;
ipcDoFlags.doAftTo = doNbr(j);
endif;
endif;
endfor;
if ipcDoFlags.doAft = *ON and ipcDoFlags.doAftFrom = -42;
ipcDoFlags.doAftFrom = 0;
ipcDoFlags.doAftTo = 0;
endif;
if ipcDoFlags.doAft = *ON and ipcDoFlags.doAftTo = -42;
ipcDoFlags.doAftTo = 0;
endif;
count -= 1;
endif;
endif;
// pase(CCSIDFrom/CCSIDTo)
if count > 0;
pBeg = bigScan(pTop:xPASE:pLst);
if pBeg <> *NULL;
ipcDoFlags.doPase = bigDimOpt(xPASE:pCtlSP:doChar:doNbr);
for j = 1 to 2;
if doNbr(j) > -42;
if ipcDoFlags.doPasePASE = -42;
ipcDoFlags.doPasePASE = doNbr(j);
ipcDoFlags.doPaseILE = 0;
else;
ipcDoFlags.doPaseILE = doNbr(j);
endif;
endif;
endfor;
if ipcDoFlags.doPase = *ON and ipcDoFlags.doPasePASE = -42;
ipcDoFlags.doPasePASE = 0;
ipcDoFlags.doPaseILE = 0;
endif;
if ipcDoFlags.doPase = *ON and ipcDoFlags.doPaseILE = -42;
ipcDoFlags.doPaseILE = 0;
endif;
count -= 1;
endif;
endif;
// test(n)
if count > 0;
pBeg = bigScan(pTop:xTEST:pLst);
if pBeg <> *NULL;
doTestx = bigDimOpt(xTEST:pCtlSP:doChar:doNbr);
if doTestx = *ON;
if doNbr(1) > -42;
ipcDoFlags.doTest = doNbr(1);
else;
ipcDoFlags.doTest = 1;
endif;
endif;
count -= 1;
endif;
endif;
// wait(seconds/action/duration) (Luca IDLE_TIMEOUT)
if count > 0;
pBeg = bigScan(pTop:xWAIT:pLst);
if pBeg <> *NULL;
ipcDoFlags.doWait = bigDimOpt(xWAIT:pCtlSP:doChar:doNbr);
for j = 1 to 3;
if doChar(j) = 'busy';
ipcDoFlags.doWaitAct = SIG_ACTION_BUSY;
elseif doChar(j) = 'kill';
ipcDoFlags.doWaitAct = SIG_ACTION_KILL;
elseif doChar(j) = 'user';
ipcDoFlags.doWaitAct = SIG_ACTION_USER;
elseif doChar(j) = 'perm';
ipcDoFlags.doWaitPerm = SIG_SET_PERM;
elseif doChar(j) = 'orig';
ipcDoFlags.doWaitPerm = SIG_SET_ORIG;
elseif doNbr(j) > -42;
ipcDoFlags.doWaitSec = doNbr(j);
endif;
endfor;
count -= 1;
endif;
endif;
// call(seconds/action/duration/job) (Luca IDLE_TIMEOUT)
// ... loop may be 2 *call entries here ...
if count > 0;
pBeg = pTop;
for i = 1 to 2;
pBeg = bigScan(pBeg:xCALL:pLst);
if pBeg <> *NULL;
doCtl2 = %str(pBeg:pLst-pBeg);
doCallx = bigDimOpt(xCALL:doCtl2:doChar:doNbr);
doCallx1 = *OFF;
doCallx2 = *OFF;
for j = 1 to 4;
if doChar(j) = 'client';
doCallx1 = *ON;
ipcDoFlags.doCall1 = doCallx1;
elseif doChar(j) = 'server';
doCallx2 = *ON;
ipcDoFlags.doCall2 = doCallx2;
endif;
endfor;
// both off means both on
if doCallx1 = *OFF and doCallx2 = *OFF;
doCallx1 = *ON;
doCallx2 = *ON;
ipcDoFlags.doCall1 = doCallx1;
ipcDoFlags.doCall2 = doCallx2;
endif;
for j = 1 to 4;
if doChar(j) = 'busy';
if doCallx1 = *ON;
ipcDoFlags.doCallAct1 = SIG_ACTION_BUSY;
endif;
if doCallx2 = *ON;
ipcDoFlags.doCallAct2 = SIG_ACTION_BUSY;
endif;
elseif doChar(j) = 'kill';
if doCallx1 = *ON;
ipcDoFlags.doCallAct1 = SIG_ACTION_KILL;
endif;
if doCallx2 = *ON;
ipcDoFlags.doCallAct2 = SIG_ACTION_KILL;
endif;
elseif doChar(j) = 'user';
if doCallx1 = *ON;
ipcDoFlags.doCallAct1 = SIG_ACTION_USER;
endif;
if doCallx2 = *ON;
ipcDoFlags.doCallAct2 = SIG_ACTION_USER;
endif;
elseif doChar(j) = 'perm';
if doCallx1 = *ON;
ipcDoFlags.doCallPerm1 = SIG_SET_PERM;
endif;
if doCallx2 = *ON;
ipcDoFlags.doCallPerm2 = SIG_SET_PERM;
endif;
elseif doChar(j) = 'orig';
if doCallx1 = *ON;
ipcDoFlags.doCallPerm1 = SIG_SET_ORIG;
endif;
if doCallx2 = *ON;
ipcDoFlags.doCallPerm2 = SIG_SET_ORIG;
endif;
elseif doNbr(j) > -42;
if doCallx1 = *ON;
ipcDoFlags.doCallSec1 = doNbr(j);
endif;
if doCallx2 = *ON;
ipcDoFlags.doCallSec2 = doNbr(j);
endif;
endif;
endfor;
count -= 1;
if count <= 0;
leave;
endif;
pBeg += 1;
endif;
endfor;
endif;
// debug stored procedure
if count > 0;
pBeg = bigScan(pTop:xDEBUGPROC:pLst);
if pBeg <> *NULL;
ipcDoFlags.doDebugProc = *ON;
count -= 1;
endif;
endif;
// debug cgi
if count > 0;
pBeg = bigScan(pTop:xDEBUGCGI:pLst);
if pBeg <> *NULL;
ipcDoFlags.doDebugCGI = *ON;
count -= 1;
endif;
endif;
// doDebugProc and doDebugCGI handle first
if count > 0;
if ipcDoFlags.doDebugProc = *OFF
and ipcDoFlags.doDebugCGI = *OFF;
// debug XMLSERVICE
pBeg = bigScan(pTop:xDEBUG:pLst);
if pBeg <> *NULL;
ipcDoFlags.doDebug = *ON;
count -= 1;
endif;
endif;
endif;
// no spawn allowed
if count > 0;
pBeg = bigScan(pTop:xNOSTART:pLst);
if pBeg <> *NULL;
ipcDoFlags.doNoStart = *ON;
count -= 1;
endif;
endif;
// run hex
if count > 0;
pBeg = bigScan(pTop:xHEX:pLst);
if pBeg <> *NULL;
ipcDoFlags.doHex = *ON;
for j = 1 to 1;
if doChar(j) = 'in';
ipcDoFlags.doHexAct = CONV_HEX_ACTION_INPUT;
elseif doChar(j) = 'out';
ipcDoFlags.doHexAct = CONV_HEX_ACTION_OUTPUT;
elseif doChar(j) = 'both';
ipcDoFlags.doHexAct = CONV_HEX_ACTION_BOTH;
endif;
endfor;
if ipcDoFlags.doHexAct = *BLANKS;
ipcDoFlags.doHexAct = CONV_HEX_ACTION_BOTH;
endif;
count -= 1;
endif;
endif;
// run batch
if count > 0;
pBeg = bigScan(pTop:xBATCH:pLst);
if pBeg <> *NULL;
ipcDoFlags.doBatch = *ON;
count -= 1;
endif;
endif;
// run get batch
if count > 0;
pBeg = bigScan(pTop:xGET:pLst);
if pBeg <> *NULL;
ipcDoFlags.doGet = bigDimOpt(xGET:pCtlSP:doChar:doNbr);
ipcDoFlags.doBatNbr = doNbr(1);
if ipcDoFlags.doBatNbr < 0;
ipcDoFlags.doBatNbr = 0;
endif;
count -= 1;
endif;
endif;
// retrieve performance report
if count > 0;
pBeg = bigScan(pTop:xRPT:pLst);
if pBeg <> *NULL;
ipcDoFlags.doRpt = *ON;
count -= 1;
endif;
endif;
// retrieve IBM license
if count > 0;
pBeg = bigScan(pTop:xLIC:pLst);
if pBeg <> *NULL;
ipcDoFlags.doLic = *ON;
count -= 1;
endif;
endif;
// retrieve session IPC (/tmp/ranger)
if count > 0;
pBeg = bigScan(pTop:xSES:pLst);
if pBeg <> *NULL;
ipcDoFlags.doSes = *ON;
count -= 1;
endif;
endif;
// record performance data *ON
if count > 0;
pBeg = bigScan(pTop:xDOFLY:pLst);
if pBeg <> *NULL;
ipcDoFlags.doFly = *ON;
count -= 1;
endif;
endif;
// record performance data *OFF (default)
if count > 0;
pBeg = bigScan(pTop:xNOFLY:pLst);
if pBeg <> *NULL;
ipcDoFlags.doFly = *OFF;
count -= 1;
endif;
endif;
// log performance data *ON
if count > 0;
pBeg = bigScan(pTop:xDOLOG:pLst);
if pBeg <> *NULL;
ipcDoFlags.doLog = bigDimOpt(xDOLOG:pCtlSP:doChar:doNbr);
ipcDoFlags.doLogKey = doChar(1);
count -= 1;
endif;
endif;
// log performance data *OFF (default)
if count > 0;
pBeg = bigScan(pTop:xNOLOG:pLst);
if pBeg <> *NULL;
ipcDoFlags.doLog = *OFF;
count -= 1;
endif;
endif;
// stored proc test
if count > 0;
pBeg = bigScan(pTop:xJUSTPROC:pLst);
if pBeg <> *NULL;
ipcDoFlags.doJustProc = *ON;
count -= 1;
endif;
endif;
// clear PGM cache
if count > 0;
pBeg = bigScan(pTop:xCLEAR:pLst);
if pBeg <> *NULL;
ipcDoFlags.doClear = *ON;
count -= 1;
endif;
endif;
// Alan request (1.6.8)
if ipcDoFlags.doHere = *OFF;
// no IPC (blanks)
if ipcPathBlk = *BLANKS;
pos = 0;
// '/path/ipcname'
// x - bad ipc is missing
else;
pos = %scan(search:ipcPathBlk);
endif;
if pos < 1;
ipcDoFlags.doHere = *ON;
endif;
endif;
// stateless with no IPC, no lock needed
if ipcDoFlags.doHere = *ON;
// debug either way
if ipcDoFlags.doDebug = *ON;
ipcDoFlags.doDebugProc = *ON;
ipcDoFlags.doDebug = *OFF;
endif;
// kill either way @ADC -- 2.0.0
if ipcDoFlags.doCallAct1 = SIG_ACTION_KILL;
ipcDoFlags.doCallPerm2 = ipcDoFlags.doCallPerm1;
ipcDoFlags.doCallSec2 = ipcDoFlags.doCallSec1;
ipcDoFlags.doCallAct2 = ipcDoFlags.doCallAct1;
endif;
ipcIsHere = *ON;
else;
ipcIsHere = *OFF;
endif;
// PASE CCSID conversion
if ipcDoFlags.doPase = *ON;
ccsidPASE(ipcDoFlags.doPasePASE);
ccsidILE(ipcDoFlags.doPaseILE);
endif;
// run escape
if count > 0;
pBeg = bigScan(pTop:xESCP:pLst);
if pBeg <> *NULL;
ipcDoFlags.doESCP = *ON; // see it means on
for j = 1 to 1;
if doChar(j) = 'on';
ipcDoFlags.doESCP = *ON;
elseif doChar(j) = 'off';
ipcDoFlags.doESCP = *OFF;
endif;
endfor;
count -= 1;
endif;
endif;
perfAdd(PERF_ANY_WATCH_IPCSTATIC:*OFF);
return ipcCtlP;
/end-free
P E
*****************************************************
* set global
* return (NA)
*****************************************************
P ipcCopyIn B export
D ipcCopyIn PI *
D reDo 1N value
D srcMemP * value
* vars
D i s 10i 0 inz(0)
D memP S * inz(*NULL)
D memchar s 1A based(memP)
D aCtlP S * inz(*NULL)
D aCtl DS likeds(ipcRec_t) based(aCtlP)
D aDoFlagP s * inz(*NULL)
D aDoFlags ds likeds(doRec_t) based(aDoFlagP)
D tgtMemP S * inz(*NULL)
/free
if ipcShmAddr = *NULL;
tgtMemP = srcMemP;
else;
tgtMemP = ipcShmAddr;
endif;
// original data (source)
aCtlP = srcMemP;
aDoFlagP = %ADDR(aCtl.ipcFlags);
// copy of data (target)
ipcCtlP = tgtMemP;
ipcDoFlagP = %ADDR(ipcCtl.ipcFlags);
// initialize
// ipcCtl.ipcTmClt = aCtl.ipcTmClt;
// ipcCtl.ipcTmSrv = aCtl.ipcTmSrv;
ipcCtl.ipcFlg = aCtl.ipcFlg;
ipcCtl.ipcPathBlk = aCtl.ipcPathBlk;
ipcCtl.ipcPathNull = aCtl.ipcPathNull;
ipcCtl.ipcIClobP = aCtl.ipcIClobP;
ipcCtl.ipcOClobP = aCtl.ipcOClobP;
ipcCtl.ipcIClobSz = aCtl.ipcIClobSz;
ipcCtl.ipcOClobSz = aCtl.ipcOClobSz;
// on internal buffer power scotty
if ipcCtl.ipcIClobP = *NULL;
ipcCtl.ipcIClobP = %addr(ipcHereIn);
ipcCtl.ipcIClobSz = %size(ipcHereIn);
endif;
if ipcCtl.ipcOClobP = *NULL;
ipcCtl.ipcOClobP = %addr(ipcHereOut);
ipcCtl.ipcOClobSz = %size(ipcHereOut);
endif;
// only redo if asked
if reDo = *ON;
// mark server pid alive
ipcCtl.ipcPidSrv = getpid();
// job own key managed client side
else;
ipcCtl.ipcOwnKey = aCtl.ipcOwnKey;
endif;
ipcCtl.ipcBusyIAm = aCtl.ipcBusyIAm;
ipcCtl.ipcWaiting = aCtl.ipcWaiting;
ipcCtl.ipcOwnBad = aCtl.ipcOwnBad;
// set flags
cpybytes(ipcDoFlagP:aDoFlagP:%size(aDoFlags));
// only redo if asked
if reDo = *ON;
ipcCtl.ipcReadyGo = *ON;
endif;
// PASE CCSID conversion
if ipcDoFlags.doPase = *ON;
ccsidPASE(ipcDoFlags.doPasePASE);
ccsidILE(ipcDoFlags.doPaseILE);
endif;
return ipcCtlP;
/end-free
P E
*****************************************************
* Flags
* return (NA)
*****************************************************
P ipcDoTest B export
D ipcDoTest PI 10i 0
/free
if ipcDoFlagP = *NULL; // @ADC 1.7.3
return -42;
endif;
return ipcDoFlags.doTest;
/end-free
P E
P ipcDoCDATA B export
D ipcDoCDATA PI 1N
/free
if ipcDoFlagP = *NULL; // @ADC 1.7.3
return *ON;
endif;
return ipcDoFlags.doCDATA;
/end-free
P E
P ipcDoJVM B export
D ipcDoJVM PI 1N
/free
if ipcDoFlagP = *NULL;
return *OFF;
endif;
return ipcDoFlags.doJVM;
/end-free
P E
P ipcDoSQLJVM B export
D ipcDoSQLJVM PI 1N
/free
if ipcDoFlagP = *NULL;
return *OFF;
endif;
return ipcDoFlags.doSQLJVM;
/end-free
P E