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sample.c
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/
sample.c
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#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include "smpapi.h"
#define FREE "FREE "
#define QUERY "QUERY "
#define APILANG "ENU"
#define TXT_VER "VER"
#define LEN_ETYPE 12
#define LEN_ENAME 8
#define LEN_ZNAME 7
#define LEN_VERNUM 3
#define LEN_TXTVER 3
#define LEN_MSG 256
static void errprint(char *, long, long, ITEM_LIST *);
static void valprint(ITEM_LIST *);
static void resprint(ENTRY_LIST *);
void main(int argc, char *argv[])
{
long rc,cc;
QUERY_PARMS qparms;
P_QUERY_PARMS pqparms = &qparms;
ENTRY_LIST *qreslt;
ITEM_LIST *msgbuff;
APIPGM *gimapi;
char csi[45];
char zone[100];
char ent[100];
char subent[100];
char filter[150];
rc = 0;
cc = 0;
/***********************************************/
/* Load the GIMAPI load module for use later */
/***********************************************/
gimapi = (APIPGM *) fetch("GIMAPI");
/*****************************************************/
/* Create the QUERY. Put the parameter strings into */
/* variables and put the addresses of those variables*/
/* in the query parameter structure along with the */
/* length of those strings. */
/*****************************************************/
strcpy(csi,"SMPE.ZOSV201.GLOBAL.CSI");
strcpy(zone,"TARGA");
strcpy(ent,"SYSMOD");
strcpy(subent,"*");
#if 0
strcpy(filter,"(SMODTYPE=PTF | SMODTYPE=USERMOD)");
strcat(filter," & FMID=HMP1E00 & APPLY=YES");
strcat(filter," & BYPASS=YES & RECDATE>07335");
#else
strcpy(filter,"");
#endif
qparms.csi = csi;
qparms.csilen = strlen(csi);
qparms.zone = zone;
qparms.zonelen = strlen(zone);
qparms.entrytype = ent;
qparms.entrylen = strlen(ent);
qparms.subentrytype = subent;
qparms.subentrylen = strlen(subent);
qparms.filter = filter;
qparms.filterlen = strlen(filter);
gimapi(QUERY,&pqparms,(void**) &qreslt,APILANG,&rc,&cc,&msgbuff);
if (rc!=0)
{
errprint(QUERY, rc, cc, msgbuff);
if (rc>4) goto EXIT;
}
/******************************************/
/* Call routine to print results of query */
/******************************************/
resprint(qreslt);
/****************************************/
/* Free storage returned from the QUERY */
/****************************************/
gimapi(FREE,0,0,APILANG,&rc,&cc,&msgbuff);
EXIT:
release ((CFUNC*)gimapi);
}
/******************************/
/* Print results of the query */
/******************************/
static void resprint(ENTRY_LIST *head)
{
ENTRY_LIST *curetype;
CSI_ENTRY *curentry;
SUBENTRY *cursubent;
VER *curver;
SUBENTRY *curversub;
char etype[13];
char vernumber[13];
char versubtype[13];
char stEname[LEN_ENAME+1];
char stZname[LEN_ZNAME+1];
/********************************/
/* Loop through each entry type */
/********************************/
for (curetype=head; curetype!=0 ; curetype=curetype->next)
{
/********************************************/
/* Print name of entry type being processed */
/********************************************/
strncpy(etype,curetype->type,LEN_ETYPE);
etype[LEN_ETYPE] = '\0';
printf("Entry Type: %s\n",etype);
/********************************************************/
/* Loop through each entry printing the ename and zone */
/* then the list of subentry values. */
/********************************************************/
for (curentry=curetype->entries;
curentry!=0;
curentry=curentry->next)
{
printf("----------------------------------------\n");
strncpy(stEname,curentry->entryname,LEN_ENAME);
stEname[LEN_ENAME]='\0';
strncpy(stZname,curentry->zonename,LEN_ZNAME);
stZname[LEN_ZNAME]='\0';
printf(" ENAME : %s\n",stEname);
printf(" ZONE : %s\n",stZname);
for (cursubent=curentry->subentries;
cursubent!=0;
cursubent=cursubent->next)
{
strncpy(etype,cursubent->type,LEN_ETYPE);
etype[LEN_ETYPE] = '\0';
if ((strncmp(etype,TXT_VER,LEN_TXTVER)) == 0)
{
for (curver=(P_VER) cursubent->subentrydata;
curver!=0;
curver=curver->next)
{
strncpy(vernumber,curver->vernum,LEN_VERNUM);
vernumber[LEN_VERNUM]='\0';
for (curversub=curver->verdata;
curversub!=0;
curversub=curversub->next)
{
/*********************************/
/* Now print ver subentry values */
/*********************************/
strncpy(versubtype,curversub->type,LEN_ETYPE);
versubtype[LEN_ETYPE]='\0';
printf(" %.6s VER(%s): ",versubtype,vernumber);
valprint(curversub->subentrydata);
}
}
} /* end ver subentry */
else /* not a ver structure */
{
printf(" %s : ",etype);
valprint(cursubent->subentrydata);
} /* end non-ver subentry */
} /* end subentry for */
} /* end entries for */
} /* end entry type for */
}
static void valprint(ITEM_LIST *item1)
{
char databuff[500];
ITEM_LIST *curitem;
for (curitem=item1;
curitem!=0;
curitem=curitem->next)
{
strncpy(databuff,curitem->data,curitem->datalen);
databuff[curitem->datalen] = '\0';
printf("%s\n",databuff);
if (curitem->next!=0)
printf("\n ");
} /* end item for */
}
static void errprint(char *cmd, long rc, long cc, ITEM_LIST *msgs)
{
char msgout[LEN_MSG+1];
ITEM_LIST *curmsg;
unsigned short i;
printf("Error processing command: %s. RC=%d CC=%d\n",
cmd,rc,cc);
printf("Messages follow:\n");
/*************************************************/
/* Loop through a linked list of error messages */
/* printing them out. */
/*************************************************/
for (curmsg=msgs; curmsg!=0; curmsg=curmsg->next)
{
strncpy(msgout,curmsg->data,curmsg->datalen);
msgout[curmsg->datalen] = '\0';
printf("%s\n",msgout);
}
}