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daucnv.c
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daucnv.c
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#if HAVE_CONFIG_H
# include <config.h>
#endif
#include <stdio.h>
#include <limits.h>
#include <float.h> /* DBL_DIG */
#include <inttypes.h>
#include "f77.h" /* F7 <=> C interface macros */
#include "ems.h" /* EMS error reporting routines */
#include "hds1.h" /* Global definitions for HDS */
#include "rec.h" /* Public rec_ definitions */
#include "str.h" /* Character string import/export macros */
#include "dat1.h" /* Internal dat_ definitions */
#include "dat_err.h" /* DAT__ error code definitions */
int dat1_cvt_dtype( bad, nval, imp, exp, nbad )
/*+
* dat1_cvt_dtype - Translate data
*
* This routine 'translates' a contiguous sequence of data values from one
* location to another. If the data types differ, then conversion is per-
* formed (if possible), otherwise the values are copied directly.
*
* (Note, that during conversion, any data values that cannot be sensibly
* translated from the source type to the destination type are substituted
* by a specific 'bad' value, and the return status set accordingly).
*
* Calling sequence:
*
* dat1_cvt_dtype(NVAL,IMP,EXP)
*
* NVAL is the number of values to be translated.
* IMP is the address of the import data descriptor.
* EXP is the address of the export data descriptor.
*
* Routine value:
*
* DAT__OK if successful.
* DAT__CONER if any conversion errors have been detected.
* Notes:
* Based on the LIB$CVT_DX_DX VAX/VMS routine functionality
* Authors:
* RFWS: Rodney Warren-Smith (Starlink)
* History:
* 2007-03-08 (TIMJ):
* Use full precision for _DOUBLE to _CHAR conversion.
* 2007-05-24 (TIMJ):
* Write an informative DAT__TRUNC error message including any input string
* that has been truncated.
* 2011-01-10 (TIMJ):
* Make sure the truncation error message includes the correct length of the
* source string by not including trailing spaces.
* 2015-11-20 (DSB):
* Change nval from int to UNIT_BIG. *
*-
*/
int bad;
UINT_BIG nval;
struct PDD *imp;
struct PDD *exp;
int *nbad;
{
int sl;
UINT_BIG n;
/* Check the inherited global status. Allow the routine to execute if it is */
/* set to DAT__CONER, indicating a previous conversion error. */
if (!(_ok(hds_gl_status) || (hds_gl_status == DAT__CONER)))
return hds_gl_status;
*nbad = 0;
/* Perform the appropriate translation */
switch (imp->dtype)
{
case DAT__I:
switch (exp->dtype)
{
case DAT__I:
dau_move_data(nval, imp, exp);
break;
case DAT__K:
{
_INTEGER *src = (_INTEGER *) imp->body;
_INT64 *des = (_INT64 *) exp->body;
for (n = 0; n < nval; n++)
des[n] = (_INT64) src[n];
break;
}
case DAT__R:
{
_INTEGER *src = (_INTEGER *) imp->body;
_REAL *des = (_REAL *) exp->body;
for (n = 0; n < nval; n++)
des[n] = (_REAL) src[n];
break;
}
case DAT__D:
{
_INTEGER *src = (_INTEGER *) imp->body;
_DOUBLE *des = (_DOUBLE *) exp->body;
for (n = 0; n < nval; n++)
des[n] = (_DOUBLE) src[n];
break;
}
case DAT__L:
{
_INTEGER *src = (_INTEGER *) imp->body;
_LOGICAL *des = (_LOGICAL *) exp->body;
for (n = 0; n < nval; n++)
if (src[n] & 1)
des[n] = F77_TRUE;
else
des[n] = F77_FALSE;
break;
}
case DAT__C:
dat1_cvt_char(bad, nval, imp, exp, nbad);
break;
case DAT__B:
{
_INTEGER *src = (_INTEGER *) imp->body;
_BYTE *des = (_BYTE *) exp->body;
for (n = 0; n < nval; n++)
{
des[n] = (_BYTE) src[n];
if (des[n] != src[n])
{
(*nbad)++;
des[n] = dat_gl_ndr[ DAT__B ].bad.B;
hds_gl_status = DAT__CONER;
}
}
break;
}
case DAT__UB:
{
_INTEGER *src = (_INTEGER *) imp->body;
_UBYTE *des = (_UBYTE *) exp->body;
for (n = 0; n < nval; n++)
{
des[n] = (_UBYTE) src[n];
if (des[n] != src[n])
{
(*nbad)++;
des[n] = dat_gl_ndr[ DAT__UB ].bad.UB;
hds_gl_status = DAT__CONER;
}
}
break;
}
case DAT__W:
{
_INTEGER *src = (_INTEGER *) imp->body;
_WORD *des = (_WORD *) exp->body;
for (n = 0; n < nval; n++)
{
des[n] = (_WORD) src[n];
if (des[n] != src[n])
{
(*nbad)++;
des[n] = dat_gl_ndr[ DAT__W ].bad.W;
hds_gl_status = DAT__CONER;
}
}
break;
}
case DAT__UW:
{
_INTEGER *src = (_INTEGER *) imp->body;
_UWORD *des = (_UWORD *) exp->body;
for (n = 0; n < nval; n++)
{
des[n] = (_UWORD) src[n];
if (des[n] != src[n])
{
(*nbad)++;
des[n] = dat_gl_ndr[ DAT__UW ].bad.UW;
hds_gl_status = DAT__CONER;
}
}
break;
}
}
break;
case DAT__R:
switch (exp->dtype)
{
case DAT__I:
{
_REAL *src = (_REAL *) imp->body;
_INTEGER *des = (_INTEGER *) exp->body;
for (n = 0; n < nval; n++)
des[n] = (_INTEGER) src[n]; /* Overflow? */
break;
}
case DAT__K:
{
_REAL *src = (_REAL *) imp->body;
_INT64 *des = (_INT64 *) exp->body;
for (n = 0; n < nval; n++)
des[n] = (_INT64) src[n]; /* Overflow? */
break;
}
case DAT__R:
dau_move_data(nval, imp, exp);
break;
case DAT__D:
{
_REAL *src = (_REAL *) imp->body;
_DOUBLE *des = (_DOUBLE *) exp->body;
for (n = 0; n < nval; n++)
des[n] = (_DOUBLE) src[n];
break;
}
case DAT__L:
{
_REAL *src = (_REAL *) imp->body;
_LOGICAL *des = (_LOGICAL *) exp->body;
for (n = 0; n < nval; n++)
if (((int) src[n]) & 1) /* Overflow? */
des[n] = F77_TRUE;
else
des[n] = F77_FALSE;
break;
}
case DAT__C:
dat1_cvt_char(bad, nval, imp, exp, nbad);
break;
case DAT__B:
{
_REAL *src = (_REAL *) imp->body;
_BYTE *des = (_BYTE *) exp->body;
for (n = 0; n < nval; n++)
{
sl = (int) src[n];
des[n] = (_BYTE) sl;
if (des[n] != sl)
{
(*nbad)++;
des[n] = dat_gl_ndr[ DAT__B ].bad.B;
hds_gl_status = DAT__CONER;
}
}
break;
}
case DAT__UB:
{
_REAL *src = (_REAL *) imp->body;
_UBYTE *des = (_UBYTE *) exp->body;
_REAL hi = (_REAL) (UCHAR_MAX + 1);
_REAL lo = (_REAL) - 1;
for (n = 0; n < nval; n++)
{
if ((src[n] < hi) && (src[n] > lo))
{
des[n] = (_UBYTE) src[n];
}
else
{
(*nbad)++;
des[n] = dat_gl_ndr[ DAT__UB ].bad.UB;
hds_gl_status = DAT__CONER;
}
}
break;
}
case DAT__W:
{
_REAL *src = (_REAL *) imp->body;
_WORD *des = (_WORD *) exp->body;
for (n = 0; n < nval; n++)
{
sl = (int) src[n];
des[n] = (_WORD) sl;
if (des[n] != sl)
{
(*nbad)++;
des[n] = dat_gl_ndr[ DAT__W ].bad.W;
hds_gl_status = DAT__CONER;
}
}
break;
}
case DAT__UW:
{
_REAL *src = (_REAL *) imp->body;
_UWORD *des = (_UWORD *) exp->body;
_REAL hi = (_REAL) (USHRT_MAX + 1);
_REAL lo = (_REAL) - 1;
for (n = 0; n < nval; n++)
{
if ((src[n] < hi) && (src[n] > lo))
{
des[n] = (_UWORD) src[n];
}
else
{
(*nbad)++;
des[n] = dat_gl_ndr[ DAT__UW ].bad.UW;
hds_gl_status = DAT__CONER;
}
}
break;
}
}
break;
case DAT__D:
switch (exp->dtype)
{
case DAT__I:
{
_DOUBLE *src = (_DOUBLE *) imp->body;
_INTEGER *des = (_INTEGER *) exp->body;
for (n = 0; n < nval; n++)
des[n] = (_INTEGER) src[n]; /* Overflow? */
break;
}
case DAT__K:
{
_DOUBLE *src = (_DOUBLE *) imp->body;
_INT64 *des = (_INT64 *) exp->body;
for (n = 0; n < nval; n++)
des[n] = (_INT64) src[n]; /* Overflow? */
break;
}
case DAT__R:
{
_DOUBLE *src = (_DOUBLE *) imp->body;
_REAL *des = (_REAL *) exp->body;
_DOUBLE hi = (_DOUBLE) dat_gl_ndr[ DAT__R ].max.R;
_DOUBLE lo = (_DOUBLE) dat_gl_ndr[ DAT__R ].min.R;
for (n = 0; n < nval; n++)
{
if ( ( src[ n ] <= hi ) && ( src[ n ] >= lo ) )
{
des[ n ] = (_REAL) src[ n ];
}
else
{
(*nbad)++;
des[ n ] = dat_gl_ndr[ DAT__R ].bad.R;
hds_gl_status = DAT__CONER;
}
}
break;
}
case DAT__D:
dau_move_data(nval, imp, exp);
break;
case DAT__L:
{
_DOUBLE *src = (_DOUBLE *) imp->body;
_LOGICAL *des = (_LOGICAL *) exp->body;
for (n = 0; n < nval; n++)
if (((int) src[n]) & 1) /* Overflow? */
des[n] = F77_TRUE;
else
des[n] = F77_FALSE;
break;
}
case DAT__C:
dat1_cvt_char(bad, nval, imp, exp, nbad);
break;
case DAT__B:
{
_DOUBLE *src = (_DOUBLE *) imp->body;
_BYTE *des = (_BYTE *) exp->body;
for (n = 0; n < nval; n++)
{
sl = (int) src[n];
des[n] = (_BYTE) sl;
if (des[n] != sl)
{
(*nbad)++;
des[n] = dat_gl_ndr[ DAT__B ].bad.B;
hds_gl_status = DAT__CONER;
}
}
break;
}
case DAT__UB:
{
_DOUBLE *src = (_DOUBLE *) imp->body;
_UBYTE *des = (_UBYTE *) exp->body;
_DOUBLE hi = (_DOUBLE) (UCHAR_MAX + 1);
_DOUBLE lo = (_DOUBLE) - 1;
for (n = 0; n < nval; n++)
{
if ((src[n] < hi) && (src[n] > lo))
{
des[n] = (_UBYTE) src[n];
}
else
{
(*nbad)++;
des[n] = dat_gl_ndr[ DAT__UB ].bad.UB;
hds_gl_status = DAT__CONER;
}
}
break;
}
case DAT__W:
{
_DOUBLE *src = (_DOUBLE *) imp->body;
_WORD *des = (_WORD *) exp->body;
for (n = 0; n < nval; n++)
{
sl = (int) src[n];
des[n] = (_WORD) sl;
if (des[n] != sl)
{
(*nbad)++;
des[n] = dat_gl_ndr[ DAT__W ].bad.W;
hds_gl_status = DAT__CONER;
}
}
break;
}
case DAT__UW:
{
_DOUBLE *src = (_DOUBLE *) imp->body;
_UWORD *des = (_UWORD *) exp->body;
_DOUBLE hi = (_DOUBLE) (USHRT_MAX + 1);
_DOUBLE lo = (_DOUBLE) - 1;
for (n = 0; n < nval; n++)
{
if ((src[n] < hi) && (src[n] > lo))
{
des[n] = (_UWORD) src[n];
}
else
{
(*nbad)++;
des[n] = dat_gl_ndr[ DAT__UW ].bad.UW;
hds_gl_status = DAT__CONER;
}
}
break;
}
}
break;
case DAT__L:
switch (exp->dtype)
{
case DAT__I:
{
_LOGICAL *src = (_LOGICAL *) imp->body;
_INTEGER *des = (_INTEGER *) exp->body;
for (n = 0; n < nval; n++)
if ( F77_ISTRUE( src[n] ) )
des[n] = 1;
else
des[n] = 0;
break;
}
case DAT__K:
{
_LOGICAL *src = (_LOGICAL *) imp->body;
_INT64 *des = (_INT64 *) exp->body;
for (n = 0; n < nval; n++)
if ( F77_ISTRUE( src[n] ) )
des[n] = 1;
else
des[n] = 0;
break;
}
case DAT__R:
{
_LOGICAL *src = (_LOGICAL *) imp->body;
_REAL *des = (_REAL *) exp->body;
for (n = 0; n < nval; n++)
if ( F77_ISTRUE( src[n] ) )
des[n] = 1.0;
else
des[n] = 0.0;
break;
}
case DAT__D:
{
_LOGICAL *src = (_LOGICAL *) imp->body;
_DOUBLE *des = (_DOUBLE *) exp->body;
for (n = 0; n < nval; n++)
if ( F77_ISTRUE( src[n] ) )
des[n] = 1.0;
else
des[n] = 0.0;
break;
}
case DAT__L:
dau_move_data(nval, imp, exp);
break;
case DAT__C:
{
_LOGICAL *src = (_LOGICAL *) imp->body;
_CHAR *des = (_CHAR *) exp->body;
int len = exp->length;
for (n = 0; n < nval; n++)
{
if ( F77_ISTRUE( src[n] ) )
{
_chcopy(4, "TRUE", ' ', len, des);
}
else
{
_chcopy(5, "FALSE", ' ', len, des);
}
des += len;
}
break;
}
case DAT__B:
{
_LOGICAL *src = (_LOGICAL *) imp->body;
_BYTE *des = (_BYTE *) exp->body;
for (n = 0; n < nval; n++)
if ( F77_ISTRUE( src[n] ) )
des[n] = 1;
else
des[n] = 0;
break;
}
case DAT__UB:
{
_LOGICAL *src = (_LOGICAL *) imp->body;
_UBYTE *des = (_UBYTE *) exp->body;
for (n = 0; n < nval; n++)
if ( F77_ISTRUE( src[n] ) )
des[n] = 1;
else
des[n] = 0;
break;
}
case DAT__W:
{
_LOGICAL *src = (_LOGICAL *) imp->body;
_WORD *des = (_WORD *) exp->body;
for (n = 0; n < nval; n++)
if ( F77_ISTRUE( src[n] ) )
des[n] = 1;
else
des[n] = 0;
break;
}
case DAT__UW:
{
_LOGICAL *src = (_LOGICAL *) imp->body;
_UWORD *des = (_UWORD *) exp->body;
for (n = 0; n < nval; n++)
if ( F77_ISTRUE( src[n] ) )
des[n] = 1;
else
des[n] = 0;
break;
}
}
break;
case DAT__C:
switch (exp->dtype)
{
case DAT__L:
{
_CHAR *src = (_CHAR *) imp->body;
_LOGICAL *des = (_LOGICAL *) exp->body;
int len = imp->length;
for ( n = 0; n < nval; n++ )
{
if ( ( *src == 't' ) ||
( *src == 'T' ) ||
( *src == 'y' ) ||
( *src == 'Y' ) )
{
des[ n ] = F77_TRUE;
}
else
{
des[ n ] = F77_FALSE;
}
src += len;
}
break;
}
case DAT__C:
dau_move_data(nval, imp, exp);
break;
default:
dat1_cvt_char(bad, nval, imp, exp, nbad);
break;
}
break;
case DAT__B:
switch (exp->dtype)
{
case DAT__I:
{
_BYTE *src = (_BYTE *) imp->body;
_INTEGER *des = (_INTEGER *) exp->body;
for (n = 0; n < nval; n++)
des[n] = (_INTEGER) src[n];
break;
}
case DAT__K:
{
_BYTE *src = (_BYTE *) imp->body;
_INT64 *des = (_INT64 *) exp->body;
for (n = 0; n < nval; n++)
des[n] = (_INT64) src[n];
break;
}
case DAT__R:
{
_BYTE *src = (_BYTE *) imp->body;
_REAL *des = (_REAL *) exp->body;
for (n = 0; n < nval; n++)
des[n] = (_REAL) src[n];
break;
}
case DAT__D:
{
_BYTE *src = (_BYTE *) imp->body;
_DOUBLE *des = (_DOUBLE *) exp->body;
for (n = 0; n < nval; n++)
des[n] = (_DOUBLE) src[n];
break;
}
case DAT__L:
{
_BYTE *src = (_BYTE *) imp->body;
_LOGICAL *des = (_LOGICAL *) exp->body;
for (n = 0; n < nval; n++)
if (src[n] & 1)
des[n] = F77_TRUE;
else
des[n] = F77_FALSE;
break;
}
case DAT__C:
dat1_cvt_char(bad, nval, imp, exp, nbad);
break;
case DAT__B:
dau_move_data(nval, imp, exp);
break;
case DAT__UB:
{
_BYTE *src = (_BYTE *) imp->body;
_UBYTE *des = (_UBYTE *) exp->body;
for ( n = 0; n < nval; n++ )
{
if ( src[ n ] > ( (_BYTE) -1 ) )
{
des[ n ] = (_UBYTE) src[ n ];
}
else
{
(*nbad)++;
des[n] = dat_gl_ndr[ DAT__UB ].bad.UB;
hds_gl_status = DAT__CONER;
}
}
break;
}
case DAT__W:
{
_BYTE *src = (_BYTE *) imp->body;
_WORD *des = (_WORD *) exp->body;
for (n = 0; n < nval; n++)
des[n] = (_WORD) src[n];
break;
}
case DAT__UW:
{
_BYTE *src = (_BYTE *) imp->body;
_UWORD *des = (_UWORD *) exp->body;
for (n = 0; n < nval; n++)
{
des[n] = (_UWORD) src[n];
if (des[n] != src[n])
{
(*nbad)++;
des[n] = dat_gl_ndr[ DAT__UW ].bad.UW;
hds_gl_status = DAT__CONER;
}
}
break;
}
}
break;
case DAT__UB:
switch (exp->dtype)
{
case DAT__I:
{
_UBYTE *src = (_UBYTE *) imp->body;
_INTEGER *des = (_INTEGER *) exp->body;
for (n = 0; n < nval; n++)
des[n] = (_INTEGER) src[n];
break;
}
case DAT__K:
{
_UBYTE *src = (_UBYTE *) imp->body;
_INT64 *des = (_INT64 *) exp->body;
for (n = 0; n < nval; n++)
des[n] = (_INT64) src[n];
break;
}
case DAT__R:
{
_UBYTE *src = (_UBYTE *) imp->body;
_REAL *des = (_REAL *) exp->body;
for (n = 0; n < nval; n++)
des[n] = (_REAL) src[n];
break;
}
case DAT__D:
{
_UBYTE *src = (_UBYTE *) imp->body;
_DOUBLE *des = (_DOUBLE *) exp->body;
for (n = 0; n < nval; n++)
des[n] = (_DOUBLE) src[n];
break;
}
case DAT__L:
{
_UBYTE *src = (_UBYTE *) imp->body;
_LOGICAL *des = (_LOGICAL *) exp->body;
for (n = 0; n < nval; n++)
if (src[n] & 1)
des[n] = F77_TRUE;
else
des[n] = F77_FALSE;
break;
}
case DAT__C:
dat1_cvt_char(bad, nval, imp, exp, nbad);
break;
case DAT__B:
{
_UBYTE *src = (_UBYTE *) imp->body;
_BYTE *des = (_BYTE *) exp->body;
for (n = 0; n < nval; n++)
{
des[n] = (_BYTE) src[n];
if (des[n] != src[n])
{
(*nbad)++;
des[n] = dat_gl_ndr[ DAT__B ].bad.B;
hds_gl_status = DAT__CONER;
}
}
break;
}
case DAT__UB:
dau_move_data(nval, imp, exp);
break;
case DAT__W:
{
_UBYTE *src = (_UBYTE *) imp->body;
_WORD *des = (_WORD *) exp->body;
for (n = 0; n < nval; n++)
des[n] = (_WORD) src[n];
break;
}
case DAT__UW:
{
_UBYTE *src = (_UBYTE *) imp->body;
_UWORD *des = (_UWORD *) exp->body;
for (n = 0; n < nval; n++)
{
des[n] = (_UWORD) src[n];
if (des[n] != src[n])
{
(*nbad)++;
des[n] = dat_gl_ndr[ DAT__UW ].bad.UW;
hds_gl_status = DAT__CONER;
}
}
break;
}
}
break;
case DAT__W:
switch (exp->dtype)
{
case DAT__I:
{
_WORD *src = (_WORD *) imp->body;
_INTEGER *des = (_INTEGER *) exp->body;
for (n = 0; n < nval; n++)
des[n] = (_INTEGER) src[n];
break;
}
case DAT__K:
{
_WORD *src = (_WORD *) imp->body;
_INT64 *des = (_INT64 *) exp->body;
for (n = 0; n < nval; n++)
des[n] = (_INT64) src[n];
break;
}
case DAT__R:
{
_WORD *src = (_WORD *) imp->body;
_REAL *des = (_REAL *) exp->body;
for (n = 0; n < nval; n++)
des[n] = (_REAL) src[n];
break;
}
case DAT__D:
{
_WORD *src = (_WORD *) imp->body;
_DOUBLE *des = (_DOUBLE *) exp->body;
for (n = 0; n < nval; n++)
des[n] = (_DOUBLE) src[n];
break;
}
case DAT__L:
{
_WORD *src = (_WORD *) imp->body;
_LOGICAL *des = (_LOGICAL *) exp->body;
for (n = 0; n < nval; n++)
if (src[n] & 1)
des[n] = F77_TRUE;
else
des[n] = F77_FALSE;
break;
}
case DAT__C:
dat1_cvt_char(bad, nval, imp, exp, nbad);
break;
case DAT__B:
{
_WORD *src = (_WORD *) imp->body;
_BYTE *des = (_BYTE *) exp->body;
for (n = 0; n < nval; n++)
{
des[n] = (_BYTE) src[n];
if (des[n] != src[n])
{
(*nbad)++;
des[n] = dat_gl_ndr[ DAT__B ].bad.B;
hds_gl_status = DAT__CONER;
}
}
break;
}
case DAT__UB:
{
_WORD *src = (_WORD *) imp->body;
_UBYTE *des = (_UBYTE *) exp->body;
for (n = 0; n < nval; n++)
{
des[n] = (_UBYTE) src[n];
if (des[n] != src[n])
{
(*nbad)++;
des[n] = dat_gl_ndr[ DAT__UB ].bad.UB;
hds_gl_status = DAT__CONER;
}
}
break;
}
case DAT__W:
dau_move_data(nval, imp, exp);
break;
case DAT__UW:
{
_WORD *src = (_WORD *) imp->body;
_UWORD *des = (_UWORD *) exp->body;
for (n = 0; n < nval; n++)
{
if ( src[ n ] >= (_WORD) 0 )
{
des[n] = (_UWORD) src[n];
}
else
{
(*nbad)++;
des[n] = dat_gl_ndr[ DAT__UW ].bad.UW;
hds_gl_status = DAT__CONER;
}
}
break;
}
}
break;
case DAT__K:
switch (exp->dtype)
{
case DAT__K:
dau_move_data(nval, imp, exp);
break;
case DAT__I:
{
_INT64 *src = (_INT64 *) imp->body;
_INTEGER *des = (_INTEGER *) exp->body;
for (n = 0; n < nval; n++)
{
des[n] = (_INTEGER) src[n];
if (des[n] != src[n])
{
(*nbad)++;
des[n] = dat_gl_ndr[ DAT__I ].bad.I;
hds_gl_status = DAT__CONER;
}
}
break;
}
case DAT__R:
{
_INT64 *src = (_INT64 *) imp->body;
_REAL *des = (_REAL *) exp->body;
for (n = 0; n < nval; n++)