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bifs.cpp.in
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bifs.cpp.in
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/*+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
#+
#+ Mumps Bioinformatics Software Library
#+ Copyright (C) 2003, 2004, 2008, 2012, 2015, 2017 by Kevin C. O'Kane
#+
#+ Kevin C. O'Kane
#+ kc.okane@gmail.com
#+ http://www.cs.uni.edu/~okane
#+ http://threadsafebooks.com
#+
#+ This program is free software; you can redistribute it and/or modify
#+ it under the terms of the GNU General Public License as published by
#+ the Free Software Foundation; either version 2 of the License, or
#+ (at your option) any later version.
#+
#+ This program is distributed in the hope that it will be useful,
#+ but WITHOUT ANY WARRANTY; without even the implied warranty of
#+ MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
#+ GNU General Public License for more details.
#+
#+ You should have received a copy of the GNU General Public License
#+ along with this program; if not, write to the Free Software
#+ Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
#+
#++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++*/
// June 2, 2018
// astyle --style=banner
/* bifs.c - Mumps runtime library
*
* Mumps Built-In FunctionS
* ========================
* The majority of Mumps builtins are translated to calls to the
* following functions, whose names look like the function implemented.
*/
#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include <ctype.h>
#include <math.h>
#include <time.h>
#include <sys/types.h>
#include <sys/stat.h>
#include <fcntl.h>
#include <unistd.h>
#include <mumpsc/defines.h>
#include <mumpsc/fcns.h>
#include <mumpsc/global.h>
#include <mumpsc/builtin.h>
#include <mumpsc/arith.h>
#include <mumpsc/strmove.h>
char *sym_(int symflg, unsigned char *a, unsigned char *b, struct MSV * svPtr);
int wstem(char *, int);
void sigint(int);
@dbtype@
#ifdef SQL
#include <windows.h>
#include <sql.h>
#include <sqlext.h>
#endif
/* HAVE_PGSQL_H created by autoconfigure */
#if ALLOW_POSTGRES==0
#undef POSTGRES
#endif
#if HAVE_PGSQL_H!=NO&&ALLOW_POSTGRES==1
#define POSTGRES
#endif
/* Used by zfcn */
#define CLOSE 207
#define COMMA 208
#define NO 0
#define YES 1
/* gcvt(value, numdigits, string) */
#ifdef GCVT
#define gcvt_wrapper(x,i,a) sprintf(a, "%g", x)
#else
#define gcvt_wrapper(x,i,a) gcvt(x, (size_t) i, (char *) a)
#endif
/* TODO: Extern globals prevent compiling this into a dynamic lib. */
// extern char* (*__text_function)(int); /* fcn */
/*===========================================================================*
* ZFCN *
*===========================================================================*/
void zfcn(unsigned char v1d[], unsigned char bd[], struct MSV * svPtr) {
long int fd;
time_t dtime, timex;
static char linebuf[STR_MAX];
static int linebufx;
int rand();
FILE *dump;
char zcode, zcode1, zcode2, zcode3;
float sq;
unsigned char tmp2[STR_MAX], tmp3[STR_MAX], tmp4[STR_MAX], gbltbl[128],
gblstr[STR_MAX];
int j, k, x;
short int iargs[10], nargs;
int WordTrunc=25;
char fcnName[64]="";
long i;
short g;
double rt;
#if defined(MYSQLDB) || defined(POSTGRESSDB)
int sql(int, struct MSV * svPtr, char *, char *, char *, const char *);
#endif
svPtr->ierr = nargs = 0;
iargs[0] = 1;
zcode = tolower(v1d[3]);
zcode1 = tolower(v1d[4]);
zcode2 = tolower(v1d[5]);
zcode3 = tolower(v1d[6]);
for (i=1; v1d[i]!=OPEN && v1d[i]!=0; i++);
strncpy( (char *) fcnName, (const char *) &v1d[2],i-2);
while (v1d[1] != OPEN && v1d[1] != 0)
strmove(&v1d[1], &v1d[2]);
if (zcode == 'g' && (zcode1 == 'a' || zcode1 == 'c' || zcode1 == 's')) { /* zglobal */
strmove(&v1d[1], &v1d[2]);
for (i = 1; v1d[i] != 0; i++);
if (v1d[i - 1] != CLOSE || v1d[i - 2] != CLOSE) goto err;
v1d[i - 1] = 0;
}
else {
if (v1d[1] == OPEN)
strmove(&v1d[1], &v1d[2]);
for (i = 1; v1d[i] != 0; i++) /* locate arguments */
if (v1d[i] == CLOSE || v1d[i] == COMMA) {
v1d[i] = 0;
iargs[++nargs] = i + 1;
}
}
/*#+ Branch table - go to appropriate fcn handler */
svPtr->ierr = 0;
if (strncasecmp(fcnName,"zlow",4)==0) goto zlower;
if (strcasecmp(fcnName,"zstem")==0) goto zstem; /* $zstem */
if (strncasecmp(fcnName,"zstopl",6)==0) goto zstoplookup; /* $zStopLookup */
if (strcasecmp(fcnName,"zzsoundex")==0) goto zzsoundex; /* $zzSoundex */
if (strcasecmp(fcnName,"zzcosine")==0) goto zzcosine; /* $zzcosine */
if (strcasecmp(fcnName,"zzinput")==0) goto zzinput; /* $zzInput */
if (strcasecmp(fcnName,"zcos")==0) goto zcosine;
if (strcasecmp(fcnName,"zgetenv")==0) goto zgetenv;
if (strcasecmp(fcnName,"ztan")==0) goto ztangent;
if (strcasecmp(fcnName,"zatan")==0) goto zatangent; /* $zatan() */
if (strcasecmp(fcnName,"zacos")==0) goto zacosine; /* $zacos() */
if (strcasecmp(fcnName,"zsin")==0) goto zsine; /* $zsin() */
if (strcasecmp(fcnName,"zasin")==0) goto zasine; /* $zasin() */
if (strcasecmp(fcnName,"zexp")==0) goto zexp; /* $zexp() */
if (strcasecmp(fcnName,"zexp2")==0) goto zexp2; /* $zexp() */
if (strcasecmp(fcnName,"zexp10")==0) goto zexp10; /* $zexp() */
if (strcasecmp(fcnName,"zlog")==0) goto zlog; /* $zlog() */
if (strcasecmp(fcnName,"zlog10")==0) goto zlog10; /* $zlog10() */
if (strcasecmp(fcnName,"zlog2")==0) goto zlog2; /* $zlog2() */
if (strcasecmp(fcnName,"zpow")==0) goto zpow; /* $zpow() */
if (strcasecmp(fcnName,"zhit")==0) goto zhit; /* $hit() */
if (strcasecmp(fcnName,"zchdir")==0) goto zchdir; /* $zchdir() */
if (strcasecmp(fcnName,"zflush")==0) goto zflush; /* $zflush */
if (strcasecmp(fcnName,"zseek")==0) goto zseek; /* $zseek */
if (strcasecmp(fcnName,"znoblanks")==0) goto znoblanks; /* $znoblanks */
if (strcasecmp(fcnName,"zpad")==0) goto zpad; /* $zpad */
if (strcasecmp(fcnName,"ztable")==0) goto ztable; /* $ztable */
if (strcasecmp(fcnName,"ztabsize")==0) goto ztabsize; /* $ztabsize */
if (strcasecmp(fcnName,"zsqloutput")==0) goto zsqloutput; /* $zsqloutput */
if (strcasecmp(fcnName,"zzdice")==0) goto zzdice; /* $zzdice */
if (strcasecmp(fcnName,"zzjaccard")==0) goto zzjaccard; /* $zzJaccard */
if (strcasecmp(fcnName,"zzsim1")==0) goto zzsim1; /* $zzSim1 */
if (strcasecmp(fcnName,"zzscanalnum")==0) goto zzscanalnum; /* $zzscanalnum */
if (strcasecmp(fcnName,"zzscan")==0) goto zzscan; /* $zzScan */
if (strcasecmp(fcnName,"zzavg")==0) goto zzavg; /* $zzavg */
if (strcasecmp(fcnName,"zzidf")==0) goto zzidf; /* $zzIDF */
if (strcasecmp(fcnName,"zztranspose")==0) goto zztranspose; /* $zzTranspose */
if (strcasecmp(fcnName,"zzcentroid")==0) goto zzcentroid; /* $zzCentroid */
if (strcasecmp(fcnName,"zztermcorrelate")==0) goto zztermcorrelate; /* $zzTermCorrelate */
if (strcasecmp(fcnName,"zzdoccorrelate")==0) goto zzdoccorrelate; /* $zzDocCorrelate */
if (strcasecmp(fcnName,"zzcount")==0) goto zzcount; /* $zzCount */
if (strcasecmp(fcnName,"zzmax")==0) goto zzmax; /* $zzMax */
if (strcasecmp(fcnName,"zzmin")==0) goto zzmin; /* $zzMin */
if (strcasecmp(fcnName,"zzsum")==0) goto zzsum; /* $zzSum */
if (strcasecmp(fcnName,"zzmultiply")==0) goto zzmultiply; /* $zzMultiply */
if (strcasecmp(fcnName,"zsmithwaterman")==0) goto zsmithwaterman; /* $zsmithwaterman */
if (strcasecmp(fcnName,"zstopinit")==0) goto zstopinit; /* $zStopInit */
if (strcasecmp(fcnName,"zsyninit")==0) goto zsyninit; /* $zSynInit */
if (strcasecmp(fcnName,"zsynlookup")==0) goto zsynlookup; /* $zSynLookup */
if (strcasecmp(fcnName,"zbmgsearch")==0) goto zbmgsearch; /* $zbmgSearch */
if (strcasecmp(fcnName,"zperlmatch")==0) goto zperlmatch; /* $zPerlMatch */
if (strcasecmp(fcnName,"zreplace")==0) goto zreplace; /* $zReplace */
if (strcasecmp(fcnName,"zshred")==0) goto zshred; /* $zShred */
if (strcasecmp(fcnName,"zshredquery")==0) goto zshredquery; /* $zShredQuery */
if (strcasecmp(fcnName,"zsrand")==0) goto zsrand; /* $zsrand */
if (strcasecmp(fcnName,"zsql")==0) goto zsql; /* $zsql */
if (strcasecmp(fcnName,"zsqldatasize")==0) goto zsqldatasize; /* $zsqldatasize */
if (strcasecmp(fcnName,"zsqlindexsize")==0) goto zsqlindexsize; /* $zsqlindexsize */
if (strcasecmp(fcnName,"zpostgres")==0) goto zpostgres; /* $zpostgres */
if (strcasecmp(fcnName,"zmysql")==0) goto zmysql; /* $zmysql */
if (strcasecmp(fcnName,"znative")==0) goto znative; /* $znative */
if (strcasecmp(fcnName,"zsqlopen")==0) goto zsqlOpen; /* $zsqlOpen */
if (strcasecmp(fcnName,"zsqrt")==0) goto zroot; /* $zsqrt */
if (strcasecmp(fcnName,"zsystem")==0) goto zsystem; /* $zsystem */
if (strcasecmp(fcnName,"zdump")==0) goto zcondense; /* $zdump */
if (strcasecmp(fcnName,"zrestore")==0) goto zrestore; /* $zrestore */
if (strcasecmp(fcnName,"zcurrentfile")==0) goto zcurrentfile; /* $zcurrentfile */
if (strcasecmp(fcnName,"zceil")==0) goto zceil; /* $zceil */
if (strcasecmp(fcnName,"zfloor")==0) goto zfloor; /* $zfloor */
if (strcasecmp(fcnName,"ztrunc")==0) goto ztrunc; /* $ztrunc */
if (strcasecmp(fcnName,"zprogram")==0) goto zprogram; /* $zprogram */
if (strcasecmp(fcnName,"zbasename")==0) goto zbasename; /* $zbasename */
if (strcasecmp(fcnName,"zfiletest")==0) goto zfiletest; /* $zfiletest */
if (zcode == 'a') {
if (zcode1 == 'b') goto zabs;
goto zalter;
}
if (zcode == 'd') goto zdate;
if (zcode == 'v') goto z_variable;
if (zcode == 'n') goto znormal;
if (zcode == 'b') goto zblnk; // $zblanks()
if (zcode == 'p') goto zpad;
if (zcode == 'h') goto zhtml;
if (zcode == 'f') goto zfile;
if (zcode == 'g') goto zglobal;
if (zcode == 'l') goto zlog;
if (zcode == 'm') goto znxtrow;
if (zcode == 'w') goto zword;
if (zcode == 't') goto ztell;
if (zcode == 'o') goto zodbc;
if (zcode == 'x') goto zxodbc;
if (zcode == 'u') goto znumeric;
goto fcn_not_found;
zprogram:
if (nargs != 0 ) goto err;
strcpy ((char *) bd, svPtr->program);
return;
zfiletest:
if (nargs != 2) goto err;
else {
FILE *f1;
char tmp[1024] = "echo `if [ ";
strncat(tmp, (const char *) &v1d[iargs[1]], 500);
strcat(tmp," \"");
strncat(tmp, (const char *) &v1d[1], 500);
strcat(tmp, "\" ]; then echo \"1\"; fi`");
f1 = popen(tmp,"r");
strcpy(tmp,"");
fgets(tmp, 1000, f1);
tmp[strlen(tmp)-1]=0;
if (strcmp(tmp,"1")==0) strcpy( (char *) bd, "1");
else strcpy( (char *) bd, "0");
return;
}
zbasename:
if ( !(nargs ==1 || nargs ==2) ) goto err;
if (nargs == 1) {
FILE *f1;
char tmp[1024] = "echo `basename \"";
strncat(tmp, (const char *) &v1d[1], 1000);
strcat(tmp, "\"`");
f1 = popen(tmp,"r");
strcpy(tmp,"");
fgets(tmp, 1000, f1);
tmp[strlen(tmp)-1]=0;
strcpy( (char *) bd, tmp);
return;
}
else {
FILE *f1;
char tmp[1024] = "echo `basename \"";
strncat(tmp, (const char *) &v1d[1], 900);
strcat(tmp, "\" \"");
strncat(tmp, (const char *) &v1d[iargs[1]], 32);
strcat(tmp, "\"`");
f1 = popen(tmp,"r");
strcpy(tmp,"");
fgets(tmp, 1000, f1);
strcpy( (char *) bd, tmp);
return;
}
zfloor:
if (nargs != 1) goto err;
mps_floor((char *) bd, (char *) &v1d[1]);
return;
zceil:
if (nargs != 1) goto err;
mps_ceil((char *) bd, (char *) &v1d[1]);
return;
ztrunc:
if (nargs != 1) goto err;
mps_trunc((char *) bd, (char *) &v1d[1]);
return;
zsqlOpen: /* $zsqlOpen */
if (svPtr->ConOpen) bd[0]='1';
else bd[0]='0';
bd[1]=0;
return;
znative: /* $znative */
#if defined(MYSQLDB) || defined (POSTGRESSDB)
strcpy((char *) bd, "0");
return;
#endif
strcpy((char *) bd, "1");
return;
zmysql: /* $zmysql */
#ifdef MYSQLDB
strcpy((char *) bd, "1");
return;
#endif
strcpy((char *) bd, "0");
return;
zpostgres: /* $zpostgres */
#ifdef POSTGRESSDB
strcpy((char *) bd, "1");
return;
#endif
strcpy((char *) bd, "0");
return;
zsql: /* $zsql */
strcpy((char *) bd, svPtr->pgsql_msg);
return;
zsqldatasize: /* $zsqldatasize */
strcpy((char *) bd, "@datasize@");
return;
zsqlindexsize: /* $zsqlindexsize */
strcpy((char *) bd, "@index_size@");
return;
zsrand: /* $zsrand(seed) */
if (nargs!=1) goto err;
i=atoi ( (char *) &v1d[1] );
srand(i);
return;
zsmithwaterman: /* $zSmithWaterman() */
if (nargs!=7) goto err;
strcpy((char *) bd,
SmithWaterman( svPtr, (char *) "",
(char *) &v1d[1],
(char *) &v1d[iargs[1]],
(char *) &v1d[iargs[2]],
(char *) &v1d[iargs[3]],
(char *) &v1d[iargs[4]],
(char *) &v1d[iargs[5]],
(char *) &v1d[iargs[6]]) );
return;
zreplace: /* $zReplace(string,pattern,replacement) */
if (nargs!=3) goto err;
strcpy((char *)bd,Replace(svPtr, (char *) "",(char *)&v1d[1],(char *)&v1d[iargs[1]],
(char *)&v1d[iargs[2]]));
return;
znoblanks: /* $zNoBlanks(string) */
if (nargs!=1) goto err;
{
int i,j=0;;
for (i=1; v1d[i]!='\0'; i++) if (v1d[i]!=' ') bd[j++]=v1d[i];
bd[j]=0;
return;
}
zperlmatch: /* $zPerlMatch(string,pattern) */
if (nargs!=2) goto err;
strcpy((char *)bd,perlmatch(svPtr, (char *) "",(char *)&v1d[1],(char *)&v1d[iargs[1]]));
return;
zstopinit: /* $zStopInit() */
if (nargs!=1) goto err;
StopInit((char *) &v1d[1]);
return;
zsyninit: /* $zSynInit() */
if (nargs!=1) goto err;
SynInit(svPtr, (char *) "", (char *) &v1d[1]);
return;
zbmgsearch: /* $zBMGSearch(arg1,arg2) */
if (nargs!=2) goto err;
strcpy((char *)bd, BMGSearch(svPtr, (char *) "", (char *) &v1d[1], (char *) &v1d[iargs[1]] ));
return;
zshred: /* $zShred(arg,size) */
if (nargs!=2) goto err;
strcpy((char *)bd, Shred(svPtr, (char *) "", (char *) &v1d[1], (char *) &v1d[iargs[1]]) );
return;
zshredquery: /* $zShredQuery(arg,size) */
if (nargs!=2) goto err;
strcpy((char *)bd, ShredQuery(svPtr, (char *) "", (char *) &v1d[1], (char *) &v1d[iargs[1]]) );
return;
zstoplookup: /* $zStopLookup() */
if (nargs!=1) goto err;
if (StopLookup((char *)&v1d[1])) bd[0]='1';
else bd[0]='0';
bd[1]=0;
return;
zsynlookup: /* $zSynLookup() */
if (nargs!=1) goto err;
strcpy( (char *) bd, (char *) SynLookup(svPtr, (char *) "", (char *)&v1d[1]) );
return;
zzavg: /* $zzavg() */
if (nargs!=1) goto err;
{
unsigned char tmp1[STR_MAX],tmp2[STR_MAX],tmp3[STR_MAX];
tmp1[0]=tmp2[0]=0;
strcpy((char *)tmp1,(char *)&v1d[1]);
ServiceInterface(tmp1,tmp2,NULL,NULL,tmp3,AVG,svPtr);
strcpy((char *)bd,(char *)tmp3);
return;
}
zgetenv: /* $zgetenv(name) */
if (nargs!=1) goto err;
{
unsigned char tmp1[STR_MAX],tmp2[STR_MAX],tmp3[STR_MAX];
tmp1[0]=tmp2[0]=0;
strcpy( (char *) tmp1, (char *) &v1d[1] );
ServiceInterface(tmp1,tmp2,NULL,NULL,tmp3,GETENV,svPtr);
strcpy((char *)bd,(char *)tmp3);
return;
}
zzcount: /* $zzCount(arg) */
if (nargs!=1) goto err;
{
unsigned char tmp1[STR_MAX],tmp2[STR_MAX],tmp3[STR_MAX];
tmp1[0]=tmp2[0]=0;
strcpy((char *)tmp1,(char *)&v1d[1]);
ServiceInterface(tmp1,tmp2,NULL,NULL,tmp3,COUNT,svPtr);
strcpy((char *)bd,(char *)tmp3);
return;
}
zzmax: /* $zzMax(arg) */
if (nargs!=1) goto err;
{
unsigned char tmp1[STR_MAX],tmp2[STR_MAX],tmp3[STR_MAX];
tmp1[0]=tmp2[0]=0;
strcpy((char *)tmp1,(char *)&v1d[1]);
ServiceInterface(tmp1,tmp2,NULL,NULL,tmp3,MAX,svPtr);
strcpy((char *)bd,(char *)tmp3);
return;
}
zzmin: /* $zzMin(arg) */
if (nargs!=1) goto err;
{
unsigned char tmp1[STR_MAX],tmp2[STR_MAX],tmp3[STR_MAX];
tmp1[0]=tmp2[0]=0;
strcpy((char *)tmp1,(char *)&v1d[1]);
ServiceInterface(tmp1,tmp2,NULL,NULL,tmp3,MIN,svPtr);
strcpy((char *)bd,(char *)tmp3);
return;
}
zzsum: /* $zzSum(arg) */
if (nargs!=1) goto err;
{
unsigned char tmp1[STR_MAX],tmp2[STR_MAX],tmp3[STR_MAX];
tmp1[0]=tmp2[0]=0;
strcpy((char *)tmp1,(char *)&v1d[1]);
ServiceInterface(tmp1,tmp2,NULL,NULL,tmp3,SUM,svPtr);
strcpy((char *)bd,(char *)tmp3);
return;
}
zzscanalnum: /* $zzscanalnum */
if (nargs!=0 && nargs !=1) goto err;
{
unsigned char tmp1[STR_MAX],tmp2[STR_MAX],tmp3[STR_MAX];
tmp1[0]=tmp2[0]=0;
ServiceInterface(tmp1,tmp2,NULL,NULL,tmp3,SCANALNUM,svPtr);
strcpy((char *)bd,(char *)tmp3);
if (nargs==1) {
i = atol( (const char *) &v1d[iargs[1]]);
bd[i]=0;
}
return;
}
zzscan: /* $zzscan */
if (nargs!=0 && nargs!=1) goto err;
{
unsigned char tmp1[STR_MAX],tmp2[STR_MAX],tmp3[STR_MAX];
tmp1[0]=tmp2[0]=0;
ServiceInterface(tmp1,tmp2,NULL,NULL,tmp3,SCAN,svPtr);
strcpy((char *)bd,(char *)tmp3);
if (nargs==1) {
i = atol( (const char *) &v1d[iargs[1]]);
bd[i]=0;
}
return;
}
zzinput: /* $zzInput() */
if (nargs!=1) goto err;
{
unsigned char tmp1[STR_MAX],tmp2[STR_MAX],tmp3[STR_MAX];
tmp1[0]=tmp2[0]=0;
strcpy((char *)tmp1,(char *)&v1d[1]);
ServiceInterface(tmp1,tmp2,NULL,NULL,tmp3,INPUT,svPtr);
strcpy((char *)bd,(char *)tmp3);
return;
}
zzcosine: /* $zzcosine() */
if (nargs!=2) goto err;
{
unsigned char tmp1[STR_MAX],tmp2[STR_MAX],tmp3[STR_MAX];
tmp1[0]=tmp2[0]=0;
strcpy((char *)tmp1,(char *)&v1d[1]);
strcpy((char *)tmp2,(char *)&v1d[iargs[1]]);
ServiceInterface(tmp1,tmp2,NULL,NULL,tmp3,COSINE,svPtr);
strcpy((char *)bd,(char *)tmp3);
return;
}
zzjaccard: /* $zzjaccard() */
if (nargs!=2) goto err;
{
unsigned char tmp1[STR_MAX],tmp2[STR_MAX],tmp3[STR_MAX];
tmp1[0]=tmp2[0]=0;
strcpy((char *)tmp1,(char *)&v1d[1]);
strcpy((char *)tmp2,(char *)&v1d[iargs[1]]);
ServiceInterface(tmp1,tmp2,NULL,NULL,tmp3,JACCARD,svPtr);
strcpy((char *)bd,(char *)tmp3);
return;
}
zzsim1: /* $zzSim1() */
if (nargs!=2) goto err;
{
unsigned char tmp1[STR_MAX],tmp2[STR_MAX],tmp3[STR_MAX];
tmp1[0]=tmp2[0]=0;
strcpy((char *)tmp1,(char *)&v1d[1]);
strcpy((char *)tmp2,(char *)&v1d[iargs[1]]);
ServiceInterface(tmp1,tmp2,NULL,NULL,tmp3,SIM1,svPtr);
strcpy((char *)bd,(char *)tmp3);
return;
}
zztranspose: /* $zztranspose() */
if (nargs!=2) goto err;
{
unsigned char tmp1[STR_MAX],tmp2[STR_MAX],tmp3[STR_MAX];
tmp1[0]=tmp2[0]=0;
strcpy((char *)tmp1,(char *)&v1d[1]);
strcpy((char *)tmp2,(char *)&v1d[iargs[1]]);
ServiceInterface(tmp1,tmp2,NULL,NULL,tmp3,TRANSPOSE,svPtr);
strcpy((char *)bd,(char *)tmp3);
return;
}
zzsoundex: /* $zzSoundex() */
if (nargs!=1) goto err;
{
int i,j,k;
bd[0]=v1d[1];
for (j=1,i=2; v1d[i]!=0; i++) {
if (!isalpha(v1d[i])) continue;
v1d[i]=tolower(v1d[i]);
if (v1d[i]=='a' ||
v1d[i]=='e' ||
v1d[i]=='h' ||
v1d[i]=='i' ||
v1d[i]=='o' ||
v1d[i]=='w' ||
v1d[i]=='u' ||
v1d[i]=='y') continue;
if (bd[j-1]!=v1d[i]) bd[j++]=v1d[i];
}
bd[j]=0;
for (i=1; bd[i]!=0; i++) {
switch (bd[i]) {
case 'b':
case 'f':
case 'p':
case 'v':
bd[i]='1';
break;
case 'c':
case 'g':
case 'j':
case 'k':
case 'q':
case 's':
case 'x':
case 'z':
bd[i]='2';
break;
case 'd':
case 't':
bd[i]='3';
break;
case 'l':
bd[i]='4';
break;
case 'm':
case 'n':
bd[i]='5';
break;
case 'r':
bd[i]='6';
break;
}
}
bd[4]=0;
return;
}
zzmultiply: /* $zzMultiply(gbl1,gbl2,gbl3) */
if (nargs!=3) goto err;
{
unsigned char tmp1[STR_MAX],tmp2[STR_MAX],tmp3[STR_MAX],tmp4[STR_MAX];
tmp3[0]=tmp1[0]=tmp2[0]=0;
strcpy((char *)tmp1,(char *)&v1d[1]);
strcpy((char *)tmp2,(char *)&v1d[iargs[1]]);
strcpy((char *)tmp3,(char *)&v1d[iargs[2]]);
printf("%s %s %s\n",tmp1,tmp2,tmp3);
ServiceInterface(tmp1,tmp2,tmp3,NULL,tmp4,MMULTIPLY,svPtr);
strcpy((char *)bd,(char *)tmp4);
return;
}
zzcentroid: /* $zzcentroid() */
if (nargs!=2) goto err;
{
unsigned char tmp1[STR_MAX],tmp2[STR_MAX],tmp3[STR_MAX];
tmp1[0]=tmp2[0]=0;
strcpy((char *)tmp1,(char *)&v1d[1]);
strcpy((char *)tmp2,(char *)&v1d[iargs[1]]);
ServiceInterface(tmp1,tmp2,NULL,NULL,tmp3,CENTROID,svPtr);
strcpy((char *)bd,(char *)tmp3);
return;
}
zztermcorrelate: /* $zztermcorrelate() */
if (nargs!=2) goto err;
{
unsigned char tmp1[STR_MAX],tmp2[STR_MAX],tmp3[STR_MAX];
tmp1[0]=tmp2[0]=0;
strcpy((char *)tmp1,(char *)&v1d[1]);
strcpy((char *)tmp2,(char *)&v1d[iargs[1]]);
ServiceInterface(tmp1,tmp2,NULL,NULL,tmp3,TERMCORRELATE,svPtr);
strcpy((char *)bd,(char *)tmp3);
return;
}
zzdoccorrelate: /* $zzdoccorrelate() */
if (nargs!=4) goto err;
{
unsigned char tmp1[STR_MAX],tmp2[STR_MAX],tmp2a[STR_MAX],tmp2b[STR_MAX],tmp3[STR_MAX];
tmp1[0]=tmp2[0]=0;
strcpy((char *)tmp1,(char *)&v1d[1]);
strcpy((char *)tmp2,(char *)&v1d[iargs[1]]);
strcpy((char *)tmp2a,(char *)&v1d[iargs[2]]);
strcpy((char *)tmp2b,(char *)&v1d[iargs[3]]);
ServiceInterface(tmp1,tmp2,tmp2a,tmp2b,tmp3,DOCCORRELATE,svPtr);
strcpy((char *)bd,(char *)tmp3);
return;
}
zzidf: /* $zzIDF() */
if (nargs!=2) goto err;
{
unsigned char tmp1[STR_MAX],tmp2[STR_MAX],tmp3[STR_MAX];
tmp1[0]=tmp2[0]=0;
strcpy((char *)tmp1,(char *)&v1d[1]);
strcpy((char *)tmp2,(char *)&v1d[iargs[1]]);
ServiceInterface(tmp1,tmp2,NULL,NULL,tmp3,INVDF,svPtr);
strcpy((char *)bd,(char *)tmp3);
return;
}
zzdice: /* $zzdice() */
if (nargs!=2) goto err;
{
unsigned char tmp1[STR_MAX],tmp2[STR_MAX],tmp3[STR_MAX];
tmp1[0]=tmp2[0]=0;
strcpy((char *)tmp1,(char *)&v1d[1]);
strcpy((char *)tmp2,(char *)&v1d[iargs[1]]);
ServiceInterface(tmp1,tmp2,NULL,NULL,tmp3,DICE,svPtr);
strcpy((char *)bd,(char *)tmp3);
return;
}
zflush: /* $zflush - flush native btree records to disk */
Mglobal(FLUSH,tmp2,tmp3,svPtr);
strcpy( (char * ) bd, "");
return;
zchdir: /* $zchdir(dir) */
if (nargs!=1) goto err;
i=chdir( (char *) &v1d[1]);
if (i==0) strcpy( (char *) bd,"0");
else strcpy( (char *) bd,"1");
return;
zpow: /* zpow() */
if (nargs!=2) goto err;
expx((char *) &v1d[1], (char *) &v1d[iargs[1]], (char *) bd);
return;
zlog2: /* $zlog2() */
if (nargs!=1) goto err;
mps_log2((char *) bd, (char *) &v1d[1]);
return;
zlog10: /* $zlog10() */
if (nargs!=1) goto err;
mps_log10((char *) bd, (char *) &v1d[1]);
return;
zlog: /* $zlog() */
if (nargs!=1) goto err;
mps_log((char *) bd, (char *) &v1d[1]);
return;
zcosine: /* $zcos() */
if (nargs!=1) goto err;
mps_cos((char *) bd, (char *) &v1d[1]);
return;
ztangent: /* $ztan() */
if (nargs!=1) goto err;
mps_tan((char *) bd, (char *) &v1d[1]);
return;
zatangent: /* $zatan() */
if (nargs!=1) goto err;
mps_atan((char *) bd, (char *) &v1d[1]);
return;
zacosine: /* $zacos() */
if (nargs!=1) goto err;
mps_acos((char *) bd, (char *) &v1d[1]);
return;
zsine: /* $zsin() */
if (nargs!=1) goto err;
mps_sin((char *) bd, (char *) &v1d[1]);
return;
zasine: /* $zasin() */
if (nargs!=1) goto err;
mps_asin((char *) bd, (char *) &v1d[1]);
return;
zexp: /* $zexp() */
if (nargs!=1) goto err;
mps_exp((char *) bd, (char *) &v1d[1]);
return;
zexp2: /* $zexp() */
if (nargs!=1) goto err;
mps_exp2((char *) bd, (char *) &v1d[1]);
return;
zexp10: /* $zexp() */
if (nargs!=1) goto err;
mps_exp10((char *) bd, (char *) &v1d[1]);
return;
zhit: /* btree hit ratio */
if (svPtr->count==0) strcpy( (char *) bd,"0");
else sprintf( (char *) bd,"%lf",(double)svPtr->hit/svPtr->count);
svPtr->count=0;
svPtr->hit=0;
return;
zlower: /* convert to lower case */
if (nargs != 1 ) goto err;
{
char bdx = 0, *bdtmp = (char *) bd, *v1dtmp = (char *) v1d+1;
while ( *v1dtmp != 0) {
*(bdtmp++) = tolower(*(v1dtmp++));
}
*bdtmp=0;
}
return;
/*#+--------------------------------------------------------------
*#+ $ZALTER(string)
*#+ $ZNORMAL(string)
*#+ Remove punctuation, make upper case, and remove suffixes
*#+ Used for text processing applications.
*#+--------------------------------------------------------------*/
znormal:
zalter:
{
if (nargs != 1 && nargs !=2 ) goto err;
j = 0;
bd[0] = 0;
for (i = 1; v1d[i] != 0; i++) {
if (isalnum(v1d[i]) ) bd[j++] = tolower(v1d[i]);
}
bd[j] = 0;
if (nargs == 2 ) WordTrunc = atoi((char*) &v1d[iargs[1]]);
else WordTrunc = 25;
bd[WordTrunc] = 0;
return;
}
goto err;
zstem: // $zstem
if (nargs != 1 ) goto err;
j = 0;
bd[0] = 0;
for (i = 1; v1d[i] != 0; i++) {
bd[i-1] = tolower(v1d[i]);
}
bd[i-1] = 0;
/* use char * Stem (char * ep, char * str) now */