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cigiz.c
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cigiz.c
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#include <string.h>
#if !CICPP
#include <stdio.h>
#include <string.h>
#include <ctype.h>
#include "cisis.h"
#endif /* CICPP */
/* ----------------------------- giz.c ------------------------------ */
#if RECGIZM
#define TRACER0 00
#define TRACEG1 00
#define TRACEG2 00
#define TRACEG3 00
#define TRACEGT 00
#if TRACEGT
#define GETCHAR printf("\n");
#else
#define GETCHAR getchar()
#endif
/* procedures */
#if CICPP
GIZMSTRU *gizmalloc(int n)
#else /* CICPP */
GIZMSTRU *gizmalloc(n) /*
------------------- */
int n;
#endif /* CICPP */
{
GIZMSTRU *gizmp;
#if CICPP
try { gizmp = (GIZMSTRU *)new char [n]; }
catch (BAD_ALLOC)
{ gizmp = (GIZMSTRU *)ALLONULL; }
#else /* CICPP */
gizmp=(GIZMSTRU *)ALLOC((ALLOPARM)n);
#endif /* CICPP */
if (gizmp == (GIZMSTRU *)ALLONULL)
#if CICPP
(new CISISX())->xfatal("gizmalloc/ALLOC/GIZMSTRU");
#else
fatal("gizmalloc/ALLOC/GIZMSTRU");
#endif
memset((unsigned char *)gizmp,'\0',(int)n);
return(gizmp);
}
#if CICPP
unsigned char *pattalloc(int n)
#else /* CICPP */
unsigned char *pattalloc(n) /*
------------------------ */
int n;
#endif /* CICPP */
{
unsigned char *p;
if (n) {
#if CICPP
try { p = new unsigned char [n]; }
catch (BAD_ALLOC)
{ p = (unsigned char *)ALLONULL; }
#else /* CICPP */
p=(unsigned char *)ALLOC((ALLOPARM)n);
#endif /* CICPP */
if (p == (unsigned char *)ALLONULL)
#if CICPP
(new CISISX())->xfatal("pattalloc/ALLOC/patt");
#else
fatal("pattalloc/ALLOC/patt");
#endif
}
else p=NULL;
return(p);
}
#if CICPP
#define CORELEFT() 0
#endif /* CICPP */
#if CICPP
int gizmread(CISISX * cisisxp,
char *gizdbnp,
VGIZPSTRU **vgizmpp)
#else /* CICPP */
int gizmread(gizdbnp, vgizmpp, irec) /*
------------ */
char *gizdbnp;
VGIZPSTRU **vgizmpp;
LONGX irec;
#endif /* CICPP */
{
unsigned char gfld11[4];
unsigned char gfld21[4];
#if BEFORECD
LONGX irec;
#endif
RECSTRU *recp;
#if CICPP
LONGX irec=-1;
recp=new RECSTRU(cisisxp);
#endif /* CICPP */
VGIZPSTRU *vgizmap;
GIZMSTRU *gizmhp,*gizmp,*gizmbp,*gizmnp;
short igiz,fld1len,fld2len;
unsigned char *fld1p,*fld2p,*p,*p2;
int xdir,n,i;
LONGX nbytes,mfn,ubytes;
unsigned char *q,*cq,c;
VGIZPSTRU *gmap;
LONGX xtag1,xtag2;
if (rectrace) {
printf("gizmread - %s=%p [%"_LD_"]\n",gizdbnp,vgizmpp,irec);
ubytes=CORELEFT();
}
/*
aloca e inicializa gizmo
*/
nbytes=sizeof(VGIZPSTRU);
#if CICPP
try { vgizmap = (VGIZPSTRU *) new char[nbytes]; }
catch (BAD_ALLOC)
{ vgizmap = (VGIZPSTRU *)ALLONULL; }
#else /* CICPP */
vgizmap=(VGIZPSTRU *)ALLOC((ALLOPARM)nbytes);
#endif /* CICPP */
if (vgizmap == (VGIZPSTRU *)ALLONULL)
fatal("gizmread/ALLOC");
memset(vgizmap,0x00,(unsigned)nbytes);
*vgizmpp=vgizmap;
for (igiz=0; igiz < 256; igiz++) {
vgizmap->ghdrp[igiz] = NULL;
}
vgizmap->grngs=0;
vgizmap->gdbnp=pattalloc((n=strlen(gizdbnp))+1);
memmove(vgizmap->gdbnp,gizdbnp,n); vgizmap->gdbnp[n]='\0';
if (rectrace)
printf("gizmread - %s=%p=%p \n",gizdbnp,*vgizmpp,&vgizmap->nextp);
#if BEFORECD
/* alocate working record */
for (irec=maxnrec-1; irec--; ) {
if (!vrecp[irec])
break;
}
if (irec == 0)
fatal("gizmread/irec");
recallok(irec,MAXMFRL);
#endif
/* setup tag list */
if ((cq=(unsigned char *)strchr(gizdbnp+1,c=',')) == NULL) {
c='\0'; q=(unsigned char *)""; /* no tag list */
}
else {
*cq='\0'; q=cq+1; /* ends dbn and point to tag list */
}
gmap=vgizmap;
/* carrega conteudo, segundo o primeiro char, e ordenado por tamanho */
#if CICPP
for (mfn=1L; ; mfn++) {
recp->xrecord(gizdbnp,mfn);
if (RECrc == RCEOF) break;
#else /* CICPP */
for (mfn=1L; (RECORD(irec,gizdbnp,mfn))->recrc != RCEOF; mfn++) {
#endif /* CICPP */
if (RECrc != RCNORMAL)
continue;
if (MFRnvf == 0)
continue;
#if CICPP
if ((n=recp->xnocc(GIZMTAG11)) > 0) {
#else /* CICPP */
if ((n=nocc(irec,GIZMTAG11)) > 0) {
#endif /* CICPP */
if (n != 1) {
if (rectrace) fprintf(stderr,"mfn=%"_LD_"\n",mfn);
fatal("gizmread/GIZMTAG11/nocc");
}
#if CICPP
xdir=recp->xfieldx(GIZMTAG11,1);
#else /* CICPP */
xdir=fieldx(irec,GIZMTAG11,1);
#endif /* CICPP */
if (DIRlen(xdir) > 3) {
if (rectrace) fprintf(stderr,"mfn=%"_LD_"\n",mfn);
fatal("gizmread/GIZMTAG11/3");
}
strncpy((char *)gfld11,FIELDP(xdir),DIRlen(xdir));
gfld11[DIRlen(xdir)]='\0';
if (strcmp((CONST char *)gfld11,"hex") != 0 && strcmp((CONST char *)gfld11,"asc") != 0) {
if (rectrace) fprintf(stderr,"mfn=%"_LD_"\n",mfn);
fatal("gizmread/GIZMTAG11/xxx");
}
}
else
*gfld11='\0';
#if CICPP
if ((n=recp->xnocc(GIZMTAG21)) > 0) {
#else /* CICPP */
if ((n=nocc(irec,GIZMTAG21)) > 0) {
#endif /* CICPP */
if (n != 1) {
if (rectrace) fprintf(stderr,"mfn=%"_LD_"\n",mfn);
fatal("gizmread/GIZMTAG21/nocc");
}
#if CICPP
xdir=recp->xfieldx(GIZMTAG21,1);
#else /* CICPP */
xdir=fieldx(irec,GIZMTAG21,1);
#endif /* CICPP */
if (DIRlen(xdir) > 3) {
if (rectrace) fprintf(stderr,"mfn=%"_LD_"\n",mfn);
fatal("gizmread/GIZMTAG21/3");
}
strncpy((char *)gfld21,FIELDP(xdir),DIRlen(xdir));
gfld21[DIRlen(xdir)]='\0';
if (strcmp((CONST char *)gfld21,"hex") != 0 && strcmp((CONST char *)gfld21,"asc") != 0) {
if (rectrace) fprintf(stderr,"mfn=%"_LD_"\n",mfn);
fatal("gizmread/GIZMTAG21/xxx");
}
}
else
*gfld21='\0';
#if CICPP
if (recp->xnocc(GIZMTAG1) != 1) {
#else /* CICPP */
if (nocc(irec,GIZMTAG1) != 1) {
#endif /* CICPP */
if (rectrace) fprintf(stderr,"mfn=%"_LD_"\n",mfn);
fatal("gizmread/GIZMTAG1/nocc");
}
#if CICPP
xdir=recp->xfieldx(GIZMTAG1,1);
#else /* CICPP */
xdir=fieldx(irec,GIZMTAG1,1);
#endif /* CICPP */
switch (*gfld11) {
case '\0':
if ((fld1len=DIRlen(xdir)) < 1) {
if (rectrace) fprintf(stderr,"mfn=%"_LD_"\n",mfn);
fatal("gizmread/GIZMTAG1/len");
}
fld1p=(unsigned char *)FIELDP(xdir);
break;
case 'h':
if ((fld1len=DIRlen(xdir)) < 2 || fld1len & 0x01) {
if (rectrace) fprintf(stderr,"mfn=%"_LD_"\n",mfn);
fatal("gizmread/GIZMTAG1/hexlen");
}
fld1p=(unsigned char *)FIELDP(xdir);
for (p=fld1p, p2=p, n=fld1len; n; n-=2, p2+=2) {
if (sscanf((CONST char *)p2,"%2x",&i) != 1) {
if (rectrace) fprintf(stderr,"mfn=%"_LD_"\n",mfn);
fatal("gizmread/GIZMTAG1/hex");
}
*p++ = i;
}
fld1len/=2;
break;
case 'a':
if ((fld1len=DIRlen(xdir)) < 3 || (fld1len/3*3 != fld1len)) {
if (rectrace) fprintf(stderr,"mfn=%"_LD_"\n",mfn);
fatal("gizmread/GIZMTAG1/asclen");
}
fld1p=(unsigned char *)FIELDP(xdir);
for (p=fld1p, p2=p, n=fld1len; n; n-=3, p2+=3) {
if (sscanf((CONST char *)p2,"%3d",&i) != 1) {
if (rectrace) fprintf(stderr,"mfn=%"_LD_"\n",mfn);
fatal("gizmread/GIZMTAG1/asc");
}
*p++ = i;
}
fld1len/=3;
break;
default: fatal("gizmread/GIZMTAG1/switch");
}
fld2p=NULL; fld2len=0;
#if CICPP
if ((n=recp->xnocc(GIZMTAG2)) != 1)
#else /* CICPP */
if ((n=nocc(irec,GIZMTAG2)) != 1)
#endif /* CICPP */
if (n) {
if (rectrace) fprintf(stderr,"mfn=%"_LD_"\n",mfn);
fatal("gizmread/GIZMTAG2/nocc");
}
if (n > 0) {
#if CICPP
xdir=recp->xfieldx(GIZMTAG2,1);
#else /* CICPP */
xdir=fieldx(irec,GIZMTAG2,1);
#endif /* CICPP */
switch (*gfld21) {
case '\0':
if ((fld2len=DIRlen(xdir)) < 1) {
if (rectrace) fprintf(stderr,"mfn=%"_LD_"\n",mfn);
fatal("gizmread/GIZMTAG2/len");
}
fld2p=(unsigned char *)FIELDP(xdir);
break;
case 'h':
if ((fld2len=DIRlen(xdir)) < 2 || fld2len & 0x01) {
if (rectrace) fprintf(stderr,"mfn=%"_LD_"\n",mfn);
fatal("gizmread/GIZMTAG2/hexlen");
}
fld2p=(unsigned char *)FIELDP(xdir);
for (p=fld2p, p2=p, n=fld2len; n; n-=2, p2+=2) {
if (sscanf((CONST char *)p2,"%2x",&i) != 1) {
if (rectrace) fprintf(stderr,"mfn=%"_LD_"\n",mfn);
fatal("gizmread/GIZMTAG2/hex");
}
*p++ = i;
}
fld2len/=2;
break;
case 'a':
if ((fld2len=DIRlen(xdir)) < 3 || (fld2len/3*3 != fld2len)) {
if (rectrace) fprintf(stderr,"mfn=%"_LD_"\n",mfn);
fatal("gizmread/GIZMTAG2/asclen");
}
fld2p=(unsigned char *)FIELDP(xdir);
for (p=fld2p, p2=p, n=fld2len; n; n-=3, p2+=3) {
if (sscanf((CONST char *)p2,"%3d",&i) != 1) {
if (rectrace) fprintf(stderr,"mfn=%"_LD_"\n",mfn);
fatal("gizmread/GIZMTAG2/asc");
}
*p++ = i;
}
fld2len/=3;
break;
default: fatal("gizmread/GIZMTAG2/switch");
}
}
gizmhp=vgizmap->ghdrp[*fld1p]; gizmnp=gizmhp;
for (gizmbp=NULL; gizmnp; gizmbp=gizmnp, gizmnp=gizmnp->nextp)
if (fld1len > gizmnp->isize)
break;
gizmp=gizmalloc(sizeof(GIZMSTRU));
gizmp->isize=fld1len;
gizmp->osize=fld2len;
gizmp->ipatt=pattalloc(fld1len); memmove(gizmp->ipatt,fld1p,fld1len);
gizmp->opatt=pattalloc(fld2len); memmove(gizmp->opatt,fld2p,fld2len);
gizmp->nextp=gizmnp;
if (gizmbp)
gizmbp->nextp=gizmp;
else
vgizmap->ghdrp[*fld1p]=gizmp;
}
#if TRACER0
for (i=0; i<=255; i++) {
gizmhp=vgizmap->ghdrp[i];
if (!gizmhp)
continue;
printf("char1=%c\n",i);
for (gizmp=gizmhp; gizmp; gizmp=gizmp->nextp) {
printf("from/%d=",gizmp->isize);
for (p=gizmp->ipatt, n=gizmp->isize; n--; p++)
printf("%c(%02x)",*p,*p);
putchar('\n');
printf(" to/%d=",gizmp->osize);
for (p=gizmp->opatt, n=gizmp->osize; n--; p++)
printf("%c(%02x)",*p,*p);
putchar('\n');
}
printf(".."); GETCHAR;
}
#endif
/* close input data base */
dbxflush(gizdbnp); /* close .mst/.xrf and free input buffers */
#if CICPP
delete recp;
#endif /* CICPP */
if (rectrace) {
ubytes-=CORELEFT();
printf("gizmread - %s=%"_LD_" bytes\n",(*vgizmpp)->gdbnp,ubytes);
}
/* process tag list */
while (*q) {
if (gmap->grngs >= MAXGIZR) fatal((char *)p);
if (sscanf((CONST char *)q,"%"_LD_"/%"_LD_,&xtag1,&xtag2) == 2) {
if (xtag1 < 1 || xtag2 > USHRT_MAX) fatal((char *)p);
if (xtag1 > xtag2) fatal((char *)p);
while (*q != '/') q++; q++;
while (isdigit(*q)) q++;
gmap->grng1[gmap->grngs]=(UWORD)xtag1;
gmap->grng2[gmap->grngs]=(UWORD)xtag2;
if (*q == ',') if (*(q+1)) q++;
gmap->grngs++;
continue;
}
if (sscanf((CONST char *)q,"%"_LD_,&xtag1) == 1) {
while (isdigit(*q)) q++;
if (xtag1 > USHRT_MAX) fatal((char *)p);
gmap->grng1[gmap->grngs]=(UWORD)xtag1;
gmap->grng2[gmap->grngs]=(UWORD)xtag1;
if (*q == ',') if (*(q+1)) q++;
gmap->grngs++;
continue;
}
fatal((char *)p);
}
if (c) *cq=c;
return(0);
}
#if CICPP
LONGX recgizmo(CISISX *cisisxp,
RECSTRU *recp,
VGIZPSTRU *vgizmap)
#else /* CICPP */
LONGX recgizmo(irec,vgizmap) /*
-------------
abenda se vrecp nao inicializado;
abenda se registro irec nao alocado;
abenda se registro irec invalido;
processa irec segundo vgizmap;
retorna o numero de matchs
*/
LONGX irec; /* indice de vrecp, para info/store */
VGIZPSTRU *vgizmap; /* estrutura gizmo a considerar */
#endif /* CICPP */
{
#if CICPP
LONGX irec=0;
#else /* CICPP */
RECSTRU *recp;
#endif /* CICPP */
GIZMSTRU *gizmhp,*gizmp;
short match;
unsigned char *p,*p1,*p2;
unsigned char *buffup,*batchp,*fuplenp;
LONGX nbytes,nmatchs;
int xdir,dirloop,fldloop,fuplen,n,irng,rngok;
UWORD tag;
#if !CICPP
if (rectrace)
printf("recgizmo - irec=%"_LD_" %s=%p\n",irec,vgizmap->gdbnp,vgizmap);
if (!nrecs)
fatal("recgizmo/nrecs");
recp=vrecp[irec];
#endif /* CICPP */
if (!recp)
fatal("recgizmo/irec");
#if 0
printf("+++ recgizmo: ");
prtleader(recp,0L);
prtfields(recp,0L);
#endif
if (RECtype != TYPEMFR) {
if (rectrace) printf("*** irec=%"_LD_" RECtype=%d\n",irec,RECtype);
fatal("recgizmo/check");
}
/* allocate buffer for fldupdat */
nbytes=BUFFUPL;
#if CICPP
try { buffup= new unsigned char [nbytes]; }
catch (BAD_ALLOC)
{ buffup = (unsigned char *)ALLONULL; }
#else /* CICPP */
buffup=(char *)ALLOC((ALLOPARM)nbytes);
#endif /* CICPP */
if (buffup == (unsigned char *)ALLONULL)
fatal("recgizmo/ALLOC");
nmatchs=0;
if (vgizmap->ghdrp == NULL) fatal("recgizmo/ghdrp");
for (batchp=buffup, xdir=0, dirloop=MFRnvf; dirloop--; xdir++) {
tag=DIRtag(xdir); rngok=1;
#if TRACEG1
printf("\\begin tag %d..",tag); GETCHAR;
#endif
if (vgizmap->grngs)
for (rngok=0, irng=0; irng < vgizmap->grngs; irng++) {
if (tag < vgizmap->grng1[irng]) continue;
if (tag > vgizmap->grng2[irng]) continue;
rngok=1; break;
}
if (rngok) {
sprintf((char *)batchp,"H%u 000000 ",tag); batchp+=strlen((CONST char *)batchp);
fuplenp=batchp-1-6; fuplen=0; /* fuplenp points to 000000 */
#if TRACEG2
printf("\\buffup=%s",buffup); GETCHAR;
#endif
for (p=(unsigned char *)FIELDP(xdir), fldloop=DIRlen(xdir); fldloop; ) {
#if TRACEG2
printf("\\fldloop=%d *p=%c",fldloop,*p); GETCHAR;
#endif
gizmhp=vgizmap->ghdrp[*p];
if (gizmhp) {
for (gizmp=gizmhp; gizmp; ) {
if ((n=gizmp->isize) > fldloop) {
#if TRACEG2
printf("\\need %d chars - continue",n); GETCHAR;
#endif
gizmp=gizmp->nextp;
match=0; /* for the last cell - next char */
continue;
}
for (match=1, p1=gizmp->ipatt, p2=p; n--; p1++, p2++)
if (*p1 != *p2) {
#if TRACEG2
printf("\\%c != %c - no match",*p1,*p2); GETCHAR;
#endif
match=0;
break;
}
#if TRACEG2
else {
printf("\\%c == %c - may match",*p1,*p2); GETCHAR;
}
#endif
if (match) {
#if TRACEG2
printf("\\match %d -> %d chars",gizmp->isize,gizmp->osize); GETCHAR;
#endif
p1=gizmp->opatt;
for (n=gizmp->osize; n--; )
*batchp++ = *p1++;
p+=(n=gizmp->isize);
fldloop-=n; fuplen+=gizmp->osize;
gizmp->nused++;
gizmp=NULL; /* break */
nmatchs++;
}
else {
gizmp=gizmp->nextp;
#if TRACEG2
printf("\\next"); GETCHAR;
#endif
}
}
if (!match) {
#if TRACEG2
printf("\\no match - copying %c",*p); GETCHAR;
#endif
*batchp++ = *p++;
fldloop--; fuplen++;
}
}
else {
#if TRACEG2
printf("\\no gizmo - copying %c",*p); GETCHAR;
#endif
*batchp++ = *p++;
fldloop--; fuplen++;
}
} /* end field chrs */
sprintf((char *)fuplenp,"%06d",fuplen); *(fuplenp+6)=' ';
}
else { /* just copy it */
sprintf((char *)batchp,"H%u %u ",tag,DIRlen(xdir)); batchp+=strlen((CONST char *)batchp);
memmove(batchp,FIELDP(xdir),DIRlen(xdir)); batchp+=DIRlen(xdir);
}
} /* end dir entries */
*batchp='\0';
if (nmatchs) {
MFRmfrl=MFRbase=LEADER; MFRnvf=0;
#if CICPP
p = (unsigned char *)recp->xfldupdat((char *)buffup);
#else /* CICPP */
p=fldupdat(irec,buffup);
#endif /* CICPP */
if (p) {
if (rectrace) {
printf("*** buffup='%s'\n",buffup); /* */
printf("*** fldupdat='%s'\n",p); /* */
for (p=buffup; *p; p++) {printf("p=%02x=%c",*p,*p); if (getchar() != '\n') break;}
}
fatal("recgizmo/fldupdat");
}
#if TRACEG3
/* prtleader(recp,MFRmfn);
prtfields(recp,MFRmfn); */
#endif
}
/* deallocate working area */
#if CICPP
delete[] buffup;
#else /* CICPP */
FREE(buffup);
#endif /* CICPP */
if (rectrace)
printf("recgizmo - %s %"_LD_" match(s)\n",vgizmap->gdbnp,nmatchs);
return(nmatchs);
}
#undef GETCHAR
#endif /* RECGIZM */
#if RECXPND
#define TRACXG1 0
#define TRACXG3 0
#define TRACYG1 0
#define TRACYG3 0
#define SIZEOFTAG sizeof(DIRlen(0))
#if CICPP
LONGX recxpnmo(RECSTRU *recp)
#else /* CICPP */
LONGX recxpnmo(irec) /*
-------------
abenda se vrecp nao inicializado;
abenda se registro irec nao alocado;
abenda se registro irec invalido;
processa irec segundo vxpnmp;
*/
LONGX irec; /* indice de vrecp, para info/store */
#endif /* CICPP */
{
#if !CICPP
RECSTRU *recp;
#endif /* CICPP */
unsigned char *buffup,*batchp,*fuplenp,*p;
LONGX nmatchs,nbytes;
int xdir,dirloop,fuplen;
int minlen,len,tag,loop;
if (!nrecs)
fatal("recxpnmo/nrecs");
#if !CICPP
recp=vrecp[irec];
#endif /* CICPP */
if (!recp)
fatal("recxpnmo/irec");
#if TRACXG1
printf("recxpnmo - irec: %"_LD_" RDBxpn01,02: %d,%d\n",irec,RDBxpn01,RDBxpn02);
#endif
if (RECtype != TYPEMFR) {
if (rectrace) printf("*** irec=%"_LD_" RECtype=%d\n",irec,RECtype);
fatal("recxpnmo/check");
}
/* allocate buffer for fldupdat */
nbytes=BUFFUPL;
#if CICPP
try { buffup= new char [nbytes]; }
catch (BAD_ALLOC)
{ buffup = (char *)ALLONULL); }
#else /* CICPP */
buffup=(char *)ALLOC((ALLOPARM)nbytes);
#endif /* CICPP */
if (buffup == (char *)ALLONULL)
fatal("recxpnmo/ALLOC");
nmatchs=0; batchp=buffup; minlen=SIZEOFTAG+0+1;
sprintf(batchp,"D%d",RDBxpn01); batchp+=strlen(batchp);
for (xdir=0, dirloop=MFRnvf; dirloop--; xdir++) {
if (DIRtag(xdir) != RDBxpn01)
continue;
for (p=FIELDP(xdir), len=DIRlen(xdir); len >= minlen; ) {
#if SWAPPED
p+=SIZEOFTAG;
for (tag= *--p, len--, loop=SIZEOFTAG-1; loop--; ) { /* swapped */
tag*=256; tag+=(*--p); len--;
}
p+=SIZEOFTAG;
#else
for (tag= *p++, len--, loop=SIZEOFTAG-1; loop--; ) { /* normal */
tag*=256; tag+=(*p++); len--;
}
#endif
sprintf(batchp,"H%d 000000 ",tag); batchp+=strlen(batchp);
fuplenp=batchp-1-6; fuplen=0; /* fuplenp points to 000000 */
for (; *p != RDBxpn02; len--, fuplen++) {
if (len <= 0) fatal("recxpnmo/len/move");
*batchp++ = *p++;
}
sprintf(fuplenp,"%06d",fuplen); *(fuplenp+6)=' ';
p++; len--;
#if 0
*batchp='\0';
printf("len=%d buffup=%s\n",len,buffup);
#endif
}
if (len != 0) fatal("recxpnmo/len/end");
}
*batchp=NULL;
MFRmfrl=MFRbase=LEADER; MFRnvf=0;
#if CICPP
p= recp->xfldupdat(buffup);
#else
p=fldupdat(irec,buffup);
#endif /* CICPP */
if (p) {
/* printf("*** fldupdat='%s'\n",p); */
fatal("recxpnmo/fldupdat");
}
#if TRACXG3
prtleader(recp,MFRmfn);
prtfields(recp,MFRmfn);
#endif
/* deallocate working area */
#if CICPP
delete[] buffup;
#else
FREE(buffup);
#endif /* CICPP */
return(nmatchs);
}
#if CICPP
LONGX recxpn00 (RECSTRU *recp,
int xpn01,
int xpn02)
#else /* CICPP */
LONGX recxpn00(irec,xpn01,xpn02) /*
-------------
abenda se vrecp nao inicializado;
abenda se registro irec nao alocado;
abenda se registro irec invalido;
processa irec segundo vxpnmp;
*/
LONGX irec; /* indice de vrecp, para info/store */
int xpn01; /* tag */
int xpn02; /* delimiter */
#endif /* CICPP */
{
#if !CICPP
RECSTRU *recp;
#endif /* CICPP */
unsigned char *buffup,*batchp,*fuplenp,*p;
LONGX nmatchs,nbytes;
int xdir,dirloop,fuplen;
if (!nrecs)
fatal("recxpn00/nrecs");
#if !CICPP
recp=vrecp[irec];
#endif /* CICPP */
if (!recp)
fatal("recxpn00/irec");
#if TRACYG1
printf("recxpn00 - irec: %"_LD_" xpn01,02: %d,%d SIZEOFTAG=%d\n",
irec,xpn01,xpn02,SIZEOFTAG);
#endif
if (RECtype != TYPEMFR) {
if (rectrace) printf("*** irec=%"_LD_" RECtype=%d\n",irec,RECtype);
fatal("recxpn00/check");
}
/* allocate buffer for fldupdat */
nbytes=BUFFUPL;
#if CICPP
try { buffup = new char [nbytes]; }
catch (BAD_ALLOC)
{ buffup = (char *)ALLONULL; }
#else /* CICPP */
buffup=(char *)ALLOC((ALLOPARM)nbytes);
#endif /* CICPP */
if (buffup = (char *)ALLONULL)
fatal("recxpn00/ALLOC");
nmatchs=0; batchp=buffup;
sprintf(batchp,"H%d 000000 ",xpn01); batchp+=strlen(batchp);
fuplenp=batchp-1-6; fuplen=0; /* fuplenp points to 000000 */
for (xdir=0, dirloop=MFRnvf; dirloop--; xdir++) {
memmove(batchp,(char *)&DIRtag(xdir),SIZEOFTAG);
batchp+=SIZEOFTAG;
fuplen+=SIZEOFTAG;
memmove(batchp,FIELDP(xdir),DIRlen(xdir));
batchp+=DIRlen(xdir);
fuplen+=DIRlen(xdir);
*batchp++ = xpn02;
fuplen++;
}
*batchp=NULL;
sprintf(fuplenp,"%06d",fuplen); *(fuplenp+6)=' ';
if (fuplen) {
MFRmfrl=MFRbase=LEADER; MFRnvf=0;
#if CICPP
p = recp->xfldupdat(buffup);
#else
p=fldupdat(irec,buffup);
#endif /* CICPP */
if (p) {
/* printf("*** fldupdat='%s'\n",p); */
fatal("recxpn00/fldupdat");
}
}
#if TRAXYG3
prtleader(recp,MFRmfn);
prtfields(recp,MFRmfn);
#endif
/* deallocate working area */
#if CICPP
delete[] buffup;
#else /* CICPP */
FREE(buffup);
#endif /* CICPP */
return(nmatchs);
}
#undef SIZEOFTAG
#endif /* RECXPND */
/* ----------------------------- dec.c ------------------------------ */
#if RECDECO
/* cidec.h */
#if CICPP
#define R2RECORD(r,dbn,mfn) \
(R2recp=r)->xrecord(dbn,mfn)
#define R2RECnbytes R2recp->recnbytes
#define R2RECtype R2recp->rectype
#define R2RECdbxp R2recp->recdbxp
#define R2RECrc R2recp->recrc
#define R2MFRmfn R2recp->recmfp->m1.m1mfn
#define R2MFRmfrl R2recp->recmfp->m1.m1mfrl
#define R2MFRmfbwb R2recp->recmfp->m1.m1mfbwb
#define R2MFRmfbwp R2recp->recmfp->m1.m1mfbwp
#define R2MFRbase R2recp->recmfp->m1.m1base
#define R2MFRnvf R2recp->recmfp->m1.m1nvf
#define R2MFRstatus R2recp->recmfp->m1.m1status
#define R2MFRdir R2recp->recmfp->m1.m1dir
#define R2DIRtag(x) R2recp->recmfp->m1.m1dir[x].tag
#define R2DIRpos(x) R2recp->recmfp->m1.m1dir[x].pos
#define R2DIRlen(x) R2recp->recmfp->m1.m1dir[x].len
#define R2FIELDP(x) (R2recp->recmfp->mx)+(R2MFRbase+R2DIRpos(x))
#define R2RDBname R2RECdbxp->dbxname
#else /* CICPP */
#define R2RECORD(r,dbn,mfn) \
R2recp=vrecp[record(((r)?r:(r=nrecs)),dbn,mfn)]
#define R2RECnbytes R2recp->recnbytes
#define R2RECtype R2recp->rectype
#define R2RECdbxp R2recp->recdbxp
#define R2RECrc R2recp->recrc
#define R2MFRmfn R2recp->recmf.m1.m1mfn
#define R2MFRmfrl R2recp->recmf.m1.m1mfrl
#define R2MFRmfbwb R2recp->recmf.m1.m1mfbwb
#define R2MFRmfbwp R2recp->recmf.m1.m1mfbwp
#define R2MFRbase R2recp->recmf.m1.m1base
#define R2MFRnvf R2recp->recmf.m1.m1nvf
#define R2MFRstatus R2recp->recmf.m1.m1status
#define R2MFRdir R2recp->recmf.m1.m1dir
#define R2DIRtag(x) R2recp->recmf.m1.m1dir[x].tag
#define R2DIRpos(x) R2recp->recmf.m1.m1dir[x].pos
#define R2DIRlen(x) R2recp->recmf.m1.m1dir[x].len
#define R2FIELDP(x) VMFX(decridx)+(R2MFRbase+R2DIRpos(x)) /* wall!! */
#define R2RDBname R2RECdbxp->dbxname
#endif /* CICPP */
/* end cidec.h */
#define TRACED1 00
#define TRACED2 00
#define TRACEDx 00
#define TRACEDT 00
#if TRACEDT
#define GETCHAR printf("\n");
#else
#define GETX 1
int xgetx;
#define GETCHAR (xgetx=getchar())