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|
/**********************************/
/* C API for lcm object support */
/* (auxiliary functions) */
/* author: A. Hebert (30/04/2002) */
/**********************************/
/*
Copyright (C) 2002 Ecole Polytechnique de Montreal
This library is free software; you can redistribute it and/or
modify it under the terms of the GNU Lesser General Public
License as published by the Free Software Foundation; either
version 2.1 of the License, or (at your option) any later version.
*/
#include <stdlib.h>
#include <string.h>
#include "lcm.h"
static char AbortString[132];
void lcmput_c(lcm **iplist,const char *namp,int_32 ilong,int_32 itype,int_32 *idata)
/*
*----------------------------------------------------------------------
*
* copy a block of data from memory into a table.
*
* input parameters:
* iplist : address of the table.
* namp : character*12 name of the current block.
* ilong : number of information elements stored in the current block.
* itype : type of information elements stored in the current block.
* 0: directory 1: integer
* 2: single precision 3: character*4
* 4: double precision 5: logical
* 6: complex 99: undefined
* idata : information elements.
*
*----------------------------------------------------------------------
*/
{
if ((*iplist)->header == 200) {
/* USE A XSM FILE. */
xsmput_c((xsm **)iplist,namp,ilong,itype,idata);
} else {
int_32 i, *iofdat;
int_32 jlong = ilong;
if (itype == 4 || itype == 6) jlong = 2*ilong;
iofdat = (int_32 *)malloc(jlong*sizeof(int_32)); /* setara_c(jlong); */
for (i = 0; i < jlong; ++i) iofdat[i] = idata[i];
lcmppd_c(iplist,namp,ilong,itype,iofdat);
}
}
void lcmpdl_c(lcm **iplist,int_32 iset,int_32 ilong,int_32 itype,int_32 *idata)
/*
*----------------------------------------------------------------------
*
* copy a block of data from memory into a list.
*
* input parameters:
* iplist : address of the list.
* iset : position of the specific element.
* ilong : number of information elements stored in the current block.
* itype : type of information elements stored in the current block.
* 0: directory 1: integer
* 2: single precision 3: character*4
* 4: double precision 5: logical
* 6: complex 99: undefined
* idata : information elements.
*
*----------------------------------------------------------------------
*/
{
if ((*iplist)->header == 200) {
/* USE A XSM FILE. */
xsm *ipxsm = (xsm *)*iplist + iset;
xsmput_c(&ipxsm," ",ilong,itype,idata);
} else {
int_32 i, *iofdat;
int_32 jlong = ilong;
if (itype == 4 || itype == 6) jlong = 2*ilong;
iofdat = (int_32 *)malloc(jlong*sizeof(int_32)); /* setara_c(jlong); */
for (i = 0; i < jlong; ++i) iofdat[i] = idata[i];
lcmppl_c(iplist,iset,ilong,itype,iofdat);
}
}
void lcmpcd_c(lcm **iplist,const char *namp,int_32 ilong,char *hdata[])
/*
*----------------------------------------------------------------------
*
* copy an array of c string variables from memory into a table.
*
* input parameters:
* iplist : address of the table.
* namp : character*12 name of the block.
* ilong : dimension of the string array.
* hdata : array of ilong strings.
*
*----------------------------------------------------------------------
*/
{
int_32 iset;
lcm *jplist;
jplist = lcmlid_c(iplist, namp, ilong);
for (iset=0; iset<ilong; iset++) {
int_32 i, ilen, *iofset;
ilen = (strlen(hdata[iset]) + 4 ) / 4;
iofset = (int_32 *)malloc(ilen*sizeof(int_32)); /* setara_c(ilen); */
for (i=0; i<ilen; i++) strncpy ((char *)(iofset+i), hdata[iset]+4*i, 4);
lcmppl_c(&jplist, iset, ilen, 3, iofset);
}
}
void lcmgcd_c(lcm **iplist,const char *namp,char *hdata[])
/*
*-----------------------------------------------------------------------
*
* copy an array of c string variables from a table into memory.
*
* input parameters:
* iplist : address of the table.
* namp : character*12 name of the existing block.
*
* output parameter:
* hdata : array of ilong strings (allocated by lcmgcd_c).
*
*-----------------------------------------------------------------------
*/
{
char *nomsub="lcmgcd_c";
int_32 iset, ilong, itylcm;
lcm *jplist;
lcmlen_c(iplist, namp, &ilong, &itylcm);
if (itylcm != 10) {
sprintf(AbortString,"%s: LIST EXPECTED.",nomsub);
xabort_c(AbortString);
}
jplist = lcmgid_c(iplist, namp);
for (iset=0; iset<ilong; iset++) {
int_32 j, ilcmg, *iass;
lcmlel_c(&jplist, iset, &ilcmg, &itylcm);
iass = (int_32 *)malloc(ilcmg*sizeof(int_32)); /* setara_c(ilcmg); */
lcmgdl_c(&jplist, iset, iass);
hdata[iset] = (char *)malloc((int)4*ilcmg+1);
for (j=0; j<ilcmg; j++) strncpy ((hdata[iset]+4*j),(char *) (iass + j), 4);
hdata[iset][4*ilcmg]=' ';
free(iass); /* rlsara_c(iass); */
for(j=4*ilcmg; j>0; j--) {
if (hdata[iset][j] != ' ') break;
hdata[iset][j]='\0';
}
}
}
void lcmpcl_c(lcm **iplist,int_32 iset,int_32 ilong,char *hdata[])
/*
*----------------------------------------------------------------------
*
* copy an array of c string variables from memory into a list.
*
* input parameters:
* iplist : address of the table.
* iset : position of the block in the list.
* ilong : dimension of the character variable.
* hdata : array of ilong strings.
*
*----------------------------------------------------------------------
*/
{
int_32 jset;
lcm *jplist;
jplist=lcmlil_c(iplist, iset, ilong);
for (jset=0; jset<ilong; jset++) {
int_32 i, ilen, *iofset;
ilen = (strlen(hdata[jset]) + 4 ) / 4;
iofset = (int_32 *)malloc(ilen*sizeof(int_32)); /* setara_c(ilen); */
for (i=0; i<ilen; i++) strncpy ((char *)(iofset+i), hdata[jset]+4*i, 4);
lcmppl_c(&jplist, jset, ilen, 3, iofset);
}
}
void lcmgcl_c(lcm **iplist,int_32 iset,char *hdata[])
/*
*-----------------------------------------------------------------------
*
* copy an array of c string variables from a list into memory.
*
* input parameters:
* iplist : address of the table.
* iset : position of the block in the list.
*
* output parameter:
* hdata : array of ilong strings (allocated by lcmgcl_c).
*
*-----------------------------------------------------------------------
*/
{
char *nomsub="lcmgcl_c";
int_32 jset, ilong, itylcm;
lcm *jplist;
lcmlel_c(iplist, iset, &ilong, &itylcm);
if (itylcm != 10) {
sprintf(AbortString,"%s: LIST EXPECTED.",nomsub);
xabort_c(AbortString);
}
jplist = lcmgil_c(iplist, iset);
for (jset=0; jset<ilong; jset++) {
int_32 j, ilcmg, *iass;
lcmlel_c(&jplist, jset, &ilcmg, &itylcm);
iass = (int_32 *)malloc(ilcmg*sizeof(int_32)); /* setara_c(ilcmg); */
lcmgdl_c(&jplist, jset, iass);
hdata[jset] = (char *)malloc((int)4*ilcmg+1);
for (j=0; j<ilcmg; j++) strncpy ((hdata[jset]+4*j),(char *) (iass + j), 4);
hdata[jset][4*ilcmg]=' ';
free(iass); /* rlsara_c(iass); */
for(j=4*ilcmg; j>0; j--) {
if (hdata[jset][j] != ' ') break;
hdata[jset][j]='\0';
}
}
}
void lcmpsd_c(lcm **iplist,const char *namp,char *hdata)
/*
*----------------------------------------------------------------------
*
* copy a single c string variable from memory into a table.
*
* input parameters:
* iplist : address of the table.
* namp : character*12 name of the block.
* hdata : c string.
*
*----------------------------------------------------------------------
*/
{
int_32 i, ilong, *iofset;
ilong = (strlen(hdata) + 4 ) / 4;
iofset = (int_32 *)malloc(ilong*sizeof(int_32)); /* setara_c(ilong); */
for (i=0; i<ilong; i++) strncpy ((char *)(iofset+i), hdata+4*i, 4);
lcmppd_c(iplist, namp, ilong, 3, iofset);
}
char * lcmgsd_c(lcm **iplist,const char *namp)
/*
*-----------------------------------------------------------------------
*
* copy a single c string variable from a table into memory.
*
* input parameters:
* iplist : address of the table.
* namp : character*12 name of the existing block.
*
* output parameter:
* lcmgsd_c : c string.
*
*-----------------------------------------------------------------------
*/
{
static char nomstatic[133];
char *nomsub="lcmgsd_c";
int_32 i, ilong, itylcm, *iass;
lcmlen_c(iplist, namp, &ilong, &itylcm);
if (itylcm != 3) {
sprintf(AbortString,"%s: CHARACTER DATA EXPECTED.",nomsub);
xabort_c(AbortString);
} else if (ilong*4 > 132) {
sprintf(AbortString,"%s: CHARACTER DATA OVERFLOW.",nomsub);
xabort_c(AbortString);
}
iass = (int_32 *)malloc(ilong*sizeof(int_32)); /* setara_c(ilong); */
lcmget_c(iplist, namp, iass);
for (i=0; i<ilong; i++) strncpy ((nomstatic+4*i),(char *) (iass+i), 4);
nomstatic[ilong*4] = ' ';
free(iass); /* rlsara_c(iass); */
for(i=ilong*4; i>0; i--) {
if(nomstatic[i] != ' ') break;
nomstatic[i] = '\0';
}
return nomstatic;
}
void lcmpsl_c(lcm **iplist,int_32 iset,char *hdata)
/*
*----------------------------------------------------------------------
*
* copy a single c string variable from memory into a list.
*
* input parameters:
* iplist : address of the table.
* iset : position of the block in the list.
* hdata : c string.
*
*----------------------------------------------------------------------
*/
{
int_32 i, ilong, *iofset;
ilong = (strlen(hdata) + 4 ) / 4;
iofset = (int_32 *)malloc(ilong*sizeof(int_32)); /* setara_c(ilong); */
for (i=0; i<ilong; i++) strncpy ((char *)(iofset+i), hdata+4*i, 4);
lcmppl_c(iplist, iset, ilong, 3, iofset);
}
char * lcmgsl_c(lcm **iplist,int_32 iset)
/*
*-----------------------------------------------------------------------
*
* copy a single c string variable from a list into memory.
*
* input parameters:
* iplist : address of the table.
* iset : position of the block in the list.
*
* output parameter:
* lcmgsd_c : c string.
*
*-----------------------------------------------------------------------
*/
{
static char nomstatic[133];
char *nomsub="lcmgsl_c";
int_32 i, ilong, itylcm, *iass;
lcmlel_c(iplist, iset, &ilong, &itylcm);
if (itylcm != 3) {
sprintf(AbortString,"%s: CHARACTER DATA EXPECTED.",nomsub);
xabort_c(AbortString);
} else if (ilong*4 > 132) {
sprintf(AbortString,"%s: CHARACTER DATA OVERFLOW.",nomsub);
xabort_c(AbortString);
}
iass = (int_32 *)malloc(ilong*sizeof(int_32)); /* setara_c(ilong); */
lcmgdl_c(iplist, iset, iass);
for (i=0; i<ilong; i++) strncpy ((nomstatic+4*i),(char *) (iass+i), 4);
nomstatic[ilong*4] = ' ';
free(iass); /* rlsara_c(iass); */
for(i=ilong*4; i>0; i--) {
if(nomstatic[i] != ' ') break;
nomstatic[i] = '\0';
}
return nomstatic;
}
|
