/usr/include/casacore/casa/OS/LECanonicalConversion.h is in casacore-dev 2.2.0-2.
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//# Copyright (C) 2002
//# Associated Universities, Inc. Washington DC, USA.
//#
//# This library is free software; you can redistribute it and/or modify it
//# under the terms of the GNU Library General Public License as published by
//# the Free Software Foundation; either version 2 of the License, or (at your
//# option) any later version.
//#
//# This library 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 Library General Public
//# License for more details.
//#
//# You should have received a copy of the GNU Library General Public License
//# along with this library; if not, write to the Free Software Foundation,
//# Inc., 675 Massachusetts Ave, Cambridge, MA 02139, USA.
//#
//# Correspondence concerning AIPS++ should be addressed as follows:
//# Internet email: aips2-request@nrao.edu.
//# Postal address: AIPS++ Project Office
//# National Radio Astronomy Observatory
//# 520 Edgemont Road
//# Charlottesville, VA 22903-2475 USA
//#
//# $Id$
#ifndef CASA_LECANONICALCONVERSION_H
#define CASA_LECANONICALCONVERSION_H
//# Includes
#include <casacore/casa/aips.h>
#include <casacore/casa/OS/Conversion.h>
#include <cstring>
namespace casacore { //# NAMESPACE CASACORE - BEGIN
// Define the little endian canonical sizes of the built-in data types.
// These are the same for all machine architectures.
#define SIZE_LECAN_CHAR 1
#define SIZE_LECAN_UCHAR 1
#define SIZE_LECAN_SHORT 2
#define SIZE_LECAN_USHORT 2
#define SIZE_LECAN_INT 4
#define SIZE_LECAN_UINT 4
#define SIZE_LECAN_INT64 8
#define SIZE_LECAN_UINT64 8
#define SIZE_LECAN_FLOAT 4
#define SIZE_LECAN_DOUBLE 8
//#//define SIZE_LECAN_LDOUBLE 16
// Define for each data format if a conversion is needed from the
// local format to the little endian canonical format (or vice-versa).
// This allows for optimizations in, for example, AipsIO.
// The canonical format is ASCII for strings, IEEE for floating point
// and 2-complement for integers (all most significant bit last)
// with the lengths as shown above.
// The function checkConvert() can be used to check if the flags are
// set correctly.
// Conversion is needed for big endian architectures (like SUN),
// because the bytes have to be swapped (thus not for data with length 1).
#define CONVERT_LECAN_CHAR 0
#define CONVERT_LECAN_UCHAR 0
#if !defined(AIPS_LITTLE_ENDIAN)
# define CONVERT_LECAN_SHORT 1
# define CONVERT_LECAN_USHORT 1
# define CONVERT_LECAN_INT 1
# define CONVERT_LECAN_UINT 1
# define CONVERT_LECAN_INT64 1
# define CONVERT_LECAN_UINT64 1
# define CONVERT_LECAN_FLOAT 1
# define CONVERT_LECAN_DOUBLE 1
//#//# define CONVERT_LECAN_LDOUBLE 1
#else
// Conversion is not needed for IEEE data.
// Change the definitions below if new architectures are being used.
# define CONVERT_LECAN_SHORT 0
# define CONVERT_LECAN_USHORT 0
# define CONVERT_LECAN_INT 0
# define CONVERT_LECAN_UINT 0
# define CONVERT_LECAN_INT64 0
# define CONVERT_LECAN_UINT64 0
# define CONVERT_LECAN_FLOAT 0
# define CONVERT_LECAN_DOUBLE 0
// LDOUBLE is 8 bytes on SUN, but 16 bytes canonical.
//#//# define CONVERT_LECAN_LDOUBLE 1
#endif
// <summary>
// A class with static functions to convert little endian canonical format
// </summary>
// <use visibility=export>
// <reviewed reviewer="Friso Olnon" date="1996/11/06" tests="tLECanonicalConversion" demos="">
// </reviewed>
// <synopsis>
// This class consists of several static functions to convert
// data from local (=native) format to a little endian canonical format.
// The canonical length of each data type is:
// <br>- Bool: 1 bit
// <br>- char: 1 byte
// <br>- short: 2 bytes
// <br>- int: 4 bytes
// <br>- Int64: 8 bytes
// <br>- float: 4 bytes
// <br>- double: 8 bytes
// <br> This canonical format is little-endian IEEE format, so on PCs
// the conversion is only a copy operation. On e.g. SUNs
// however, it involves a byte swap to convert from little
// endian to big endian.
// <p>
// The class also contains conversion functions making it possible to
// specify the number of bytes (in local format) instead of the number
// of values. These functions are included to make it possible to have
// the same signature as memcpy.
// <p>
// The current implementation of this class works on big- and little-endian
// machines using IEEE format. When using on other machines (e.g. VAX)
// the toLocal and fromLocal functions have to be changed.
// <p>
// Note that no functions are provided to handle Bools. Instead class
// <linkto class=Conversion>Conversion</linkto> provides functions to
// convert Bools to/from bits.
// </synopsis>
// <example>
// <srcblock>
// void someFunction (const uInt* data, uInt nrval)
// {
// char* buffer = new char[nrval*LECanonicalConversion::canonicalSize(data)];
// LECanonicalConversion::fromLocal (buffer, data, nrval);
// ....
// delete [] buffer;
// }
// </srcblock>
// </example>
// <motivation>
// Casacore data will often be stored in a canonical format.
// To read these data conversion functions are needed.
// However, these functions do not use any other Casacore classes,
// so they can easily be used in any other software system.
// </motivation>
// <todo asof="$DATE$">
// <li> Support data type long double.
// </todo>
class LECanonicalConversion
{
public:
// Convert one value from canonical format to local format.
// The from and to buffer should not overlap.
// <group>
static size_t toLocal (char& to, const void* from);
static size_t toLocal (unsigned char& to, const void* from);
static size_t toLocal (short& to, const void* from);
static size_t toLocal (unsigned short& to, const void* from);
static size_t toLocal (int& to, const void* from);
static size_t toLocal (unsigned int& to, const void* from);
static size_t toLocal (Int64& to, const void* from);
static size_t toLocal (uInt64& to, const void* from);
static size_t toLocal (float& to, const void* from);
static size_t toLocal (double& to, const void* from);
// </group>
// Convert one value from local format to canonical format.
// The from and to buffer should not overlap.
// <group>
static size_t fromLocal (void* to, const char& from);
static size_t fromLocal (void* to, const unsigned char& from);
static size_t fromLocal (void* to, const short& from);
static size_t fromLocal (void* to, const unsigned short& from);
static size_t fromLocal (void* to, const int& from);
static size_t fromLocal (void* to, const unsigned int& from);
static size_t fromLocal (void* to, const Int64& from);
static size_t fromLocal (void* to, const uInt64& from);
static size_t fromLocal (void* to, const float& from);
static size_t fromLocal (void* to, const double& from);
// </group>
// Convert nr values from canonical format to local format.
// The from and to buffer should not overlap.
// <group>
static size_t toLocal (char* to, const void* from,
size_t nr);
static size_t toLocal (unsigned char* to, const void* from,
size_t nr);
static size_t toLocal (short* to, const void* from,
size_t nr);
static size_t toLocal (unsigned short* to, const void* from,
size_t nr);
static size_t toLocal (int* to, const void* from,
size_t nr);
static size_t toLocal (unsigned int* to, const void* from,
size_t nr);
static size_t toLocal (Int64* to, const void* from,
size_t nr);
static size_t toLocal (uInt64* to, const void* from,
size_t nr);
static size_t toLocal (float* to, const void* from,
size_t nr);
static size_t toLocal (double* to, const void* from,
size_t nr);
// </group>
// Convert nr values from local format to canonical format.
// The from and to buffer should not overlap.
// <group>
static size_t fromLocal (void* to, const char* from,
size_t nr);
static size_t fromLocal (void* to, const unsigned char* from,
size_t nr);
static size_t fromLocal (void* to, const short* from,
size_t nr);
static size_t fromLocal (void* to, const unsigned short* from,
size_t nr);
static size_t fromLocal (void* to, const int* from,
size_t nr);
static size_t fromLocal (void* to, const unsigned int* from,
size_t nr);
static size_t fromLocal (void* to, const Int64* from,
size_t nr);
static size_t fromLocal (void* to, const uInt64* from,
size_t nr);
static size_t fromLocal (void* to, const float* from,
size_t nr);
static size_t fromLocal (void* to, const double* from,
size_t nr);
// </group>
// Convert nr values from canonical format to local format.
// The from and to buffer should not overlap.
// <group>
static size_t toLocalChar (void* to, const void* from,
size_t nr);
static size_t toLocalUChar (void* to, const void* from,
size_t nr);
static size_t toLocalShort (void* to, const void* from,
size_t nr);
static size_t toLocalUShort (void* to, const void* from,
size_t nr);
static size_t toLocalInt (void* to, const void* from,
size_t nr);
static size_t toLocalUInt (void* to, const void* from,
size_t nr);
static size_t toLocalInt64 (void* to, const void* from,
size_t nr);
static size_t toLocalUInt64 (void* to, const void* from,
size_t nr);
static size_t toLocalFloat (void* to, const void* from,
size_t nr);
static size_t toLocalDouble (void* to, const void* from,
size_t nr);
// </group>
// Convert nr values from local format to canonical format.
// The from and to buffer should not overlap.
// <group>
static size_t fromLocalChar (void* to, const void* from,
size_t nr);
static size_t fromLocalUChar (void* to, const void* from,
size_t nr);
static size_t fromLocalShort (void* to, const void* from,
size_t nr);
static size_t fromLocalUShort (void* to, const void* from,
size_t nr);
static size_t fromLocalInt (void* to, const void* from,
size_t nr);
static size_t fromLocalUInt (void* to, const void* from,
size_t nr);
static size_t fromLocalInt64 (void* to, const void* from,
size_t nr);
static size_t fromLocalUInt64 (void* to, const void* from,
size_t nr);
static size_t fromLocalFloat (void* to, const void* from,
size_t nr);
static size_t fromLocalDouble (void* to, const void* from,
size_t nr);
// </group>
// Convert values from canonical format to local format.
// The from and to buffer should not overlap.
// The number of values involved is determined from the argument
// <src>nrbytes</src>, which gives the number of bytes in local format.
// The signature of this function is the same as <src>memcpy</src>, so
// that memcpy can directly be used if no conversion is needed.
// <group>
static void* byteToLocalChar (void* to, const void* from,
size_t nrbytes);
static void* byteToLocalUChar (void* to, const void* from,
size_t nrbytes);
static void* byteToLocalShort (void* to, const void* from,
size_t nrbytes);
static void* byteToLocalUShort (void* to, const void* from,
size_t nrbytes);
static void* byteToLocalInt (void* to, const void* from,
size_t nrbytes);
static void* byteToLocalUInt (void* to, const void* from,
size_t nrbytes);
static void* byteToLocalInt64 (void* to, const void* from,
size_t nrbytes);
static void* byteToLocalUInt64 (void* to, const void* from,
size_t nrbytes);
static void* byteToLocalFloat (void* to, const void* from,
size_t nrbytes);
static void* byteToLocalDouble (void* to, const void* from,
size_t nrbytes);
// </group>
// Convert values from local format to canonical format.
// The from and to buffer should not overlap.
// The number of values involved is determined from the argument
// <src>nrbytes</src>, which gives the number of bytes in local format.
// The signature of this function is the same as <src>memcpy</src>, so
// that memcpy can directly be used if no conversion is needed.
// <group>
static void* byteFromLocalChar (void* to, const void* from,
size_t nrbytes);
static void* byteFromLocalUChar (void* to, const void* from,
size_t nrbytes);
static void* byteFromLocalShort (void* to, const void* from,
size_t nrbytes);
static void* byteFromLocalUShort (void* to, const void* from,
size_t nrbytes);
static void* byteFromLocalInt (void* to, const void* from,
size_t nrbytes);
static void* byteFromLocalUInt (void* to, const void* from,
size_t nrbytes);
static void* byteFromLocalInt64 (void* to, const void* from,
size_t nrbytes);
static void* byteFromLocalUInt64 (void* to, const void* from,
size_t nrbytes);
static void* byteFromLocalFloat (void* to, const void* from,
size_t nrbytes);
static void* byteFromLocalDouble (void* to, const void* from,
size_t nrbytes);
// </group>
// Get the value conversion function for the given type.
// <group>
static Conversion::ValueFunction* getToLocal (const char*);
static Conversion::ValueFunction* getToLocal (const unsigned char*);
static Conversion::ValueFunction* getToLocal (const short*);
static Conversion::ValueFunction* getToLocal (const unsigned short*);
static Conversion::ValueFunction* getToLocal (const int*);
static Conversion::ValueFunction* getToLocal (const unsigned int*);
static Conversion::ValueFunction* getToLocal (const Int64*);
static Conversion::ValueFunction* getToLocal (const uInt64*);
static Conversion::ValueFunction* getToLocal (const float*);
static Conversion::ValueFunction* getToLocal (const double*);
static Conversion::ValueFunction* getFromLocal (const char*);
static Conversion::ValueFunction* getFromLocal (const unsigned char*);
static Conversion::ValueFunction* getFromLocal (const short*);
static Conversion::ValueFunction* getFromLocal (const unsigned short*);
static Conversion::ValueFunction* getFromLocal (const int*);
static Conversion::ValueFunction* getFromLocal (const unsigned int*);
static Conversion::ValueFunction* getFromLocal (const Int64*);
static Conversion::ValueFunction* getFromLocal (const uInt64*);
static Conversion::ValueFunction* getFromLocal (const float*);
static Conversion::ValueFunction* getFromLocal (const double*);
// </group>
// Get the byte conversion function for the given type.
// The function <src>memcpy</src> is returned when a conversion
// is not needed.
// <group>
static Conversion::ByteFunction* getByteToLocal (const char*);
static Conversion::ByteFunction* getByteToLocal (const unsigned char*);
static Conversion::ByteFunction* getByteToLocal (const short*);
static Conversion::ByteFunction* getByteToLocal (const unsigned short*);
static Conversion::ByteFunction* getByteToLocal (const int*);
static Conversion::ByteFunction* getByteToLocal (const unsigned int*);
static Conversion::ByteFunction* getByteToLocal (const Int64*);
static Conversion::ByteFunction* getByteToLocal (const uInt64*);
static Conversion::ByteFunction* getByteToLocal (const float*);
static Conversion::ByteFunction* getByteToLocal (const double*);
static Conversion::ByteFunction* getByteFromLocal (const char*);
static Conversion::ByteFunction* getByteFromLocal (const unsigned char*);
static Conversion::ByteFunction* getByteFromLocal (const short*);
static Conversion::ByteFunction* getByteFromLocal (const unsigned short*);
static Conversion::ByteFunction* getByteFromLocal (const int*);
static Conversion::ByteFunction* getByteFromLocal (const unsigned int*);
static Conversion::ByteFunction* getByteFromLocal (const Int64*);
static Conversion::ByteFunction* getByteFromLocal (const uInt64*);
static Conversion::ByteFunction* getByteFromLocal (const float*);
static Conversion::ByteFunction* getByteFromLocal (const double*);
// </group>
// Return the canonical length for the various data types.
// <group>
static unsigned int canonicalSize (const char*);
static unsigned int canonicalSize (const unsigned char*);
static unsigned int canonicalSize (const short*);
static unsigned int canonicalSize (const unsigned short*);
static unsigned int canonicalSize (const int*);
static unsigned int canonicalSize (const unsigned int*);
static unsigned int canonicalSize (const Int64*);
static unsigned int canonicalSize (const uInt64*);
static unsigned int canonicalSize (const float*);
static unsigned int canonicalSize (const double*);
//#//static unsigned int canonicalSize (const long double*);
// </group>
// Reverse 2 bytes.
static void reverse2 (void* to, const void* from);
// Reverse 4 bytes.
static void reverse4 (void* to, const void* from);
// Reverse 8 bytes.
static void reverse8 (void* to, const void* from);
// Move 2 bytes.
static void move2 (void* to, const void* from);
// Move 4 bytes.
static void move4 (void* to, const void* from);
// Move 8 bytes.
static void move8 (void* to, const void* from);
private:
// This class should not be constructed
// (so declare the constructor private).
LECanonicalConversion();
};
inline void LECanonicalConversion::reverse2 (void* to, const void* from)
{
unsigned short x, xsw;
memcpy(&x, from, 2);
xsw = ((x & 0xffu) << 8u) | (x >> 8u);
memcpy(to, &xsw, 2);
}
inline void LECanonicalConversion::reverse4 (void* to, const void* from)
{
unsigned int x, xsw;
memcpy(&x, from, 4);
#if __GNUC__ > 4 || (__GNUC__ == 4 && __GNUC_MINOR__ >= 3)
xsw = __builtin_bswap32(x);
#else
xsw = ((x & 0xffu) << 24u) | ((x & 0xff00u) << 8u) |
((x & 0xff0000u) >> 8u) | (x >> 24u);
#endif
memcpy(to, &xsw, 4);
}
inline void LECanonicalConversion::reverse8 (void* to, const void* from)
{
uInt64 x, xsw;
memcpy(&x, from, 8);
#if __GNUC__ > 4 || (__GNUC__ == 4 && __GNUC_MINOR__ >= 3)
xsw = __builtin_bswap64(x);
#else
xsw = ((x & 0xffULL) << 56ULL) |
((x & 0xff00ULL) << 40ULL) |
((x & 0xff0000ULL) << 24ULL) |
((x & 0xff000000ULL) << 8ULL) |
((x & 0xff00000000ULL) >> 8ULL) |
((x & 0xff0000000000ULL) >> 24ULL) |
((x & 0xff000000000000ULL) >> 40ULL) |
( x >> 56ULL);
#endif
memcpy(to, &xsw, 8);
}
inline void LECanonicalConversion::move2 (void* to, const void* from)
{
memcpy(to, from, 2);
}
inline void LECanonicalConversion::move4 (void* to, const void* from)
{
memcpy(to, from, 4);
}
inline void LECanonicalConversion::move8 (void* to, const void* from)
{
/* memcpy is overlap save if size fits into a register */
if (sizeof(to) < 8) {
memmove(to, from, 8);
}
else {
memcpy(to, from, 8);
}
}
inline size_t LECanonicalConversion::toLocal (char& to,
const void* from)
{
to = *(char*)from;
return SIZE_LECAN_CHAR;
}
inline size_t LECanonicalConversion::toLocal (unsigned char& to,
const void* from)
{
to = *(unsigned char*)from;
return SIZE_LECAN_UCHAR;
}
inline size_t LECanonicalConversion::toLocal (short& to,
const void* from)
{
if (sizeof(short) != 2) {
if (((signed char*)from)[0] < 0) {
to = -1;
}else{
to = 0;
}
}
#if !defined(AIPS_LITTLE_ENDIAN)
reverse2 (&to, from);
#else
move2 (((char*)&to)+sizeof(short)-2, from);
#endif
return SIZE_LECAN_SHORT;
}
inline size_t LECanonicalConversion::toLocal (unsigned short& to,
const void* from)
{
if (sizeof(unsigned short) != 2) {
to = 0;
}
#if !defined(AIPS_LITTLE_ENDIAN)
reverse2 (&to, from);
#else
move2 (((char*)&to)+sizeof(unsigned short)-2, from);
#endif
return SIZE_LECAN_USHORT;
}
inline size_t LECanonicalConversion::toLocal (int& to,
const void* from)
{
if (sizeof(int) != 4) {
if (((signed char*)from)[0] < 0) {
to = -1;
}else{
to = 0;
}
}
#if !defined(AIPS_LITTLE_ENDIAN)
reverse4 (&to, from);
#else
move4 (((char*)&to)+sizeof(int)-4, from);
#endif
return SIZE_LECAN_INT;
}
inline size_t LECanonicalConversion::toLocal (unsigned int& to,
const void* from)
{
if (sizeof(unsigned int) != 4) {
to = 0;
}
#if !defined(AIPS_LITTLE_ENDIAN)
reverse4 (&to, from);
#else
move4 (((char*)&to)+sizeof(unsigned int)-4, from);
#endif
return SIZE_LECAN_UINT;
}
inline size_t LECanonicalConversion::toLocal (Int64& to,
const void* from)
{
if (sizeof(Int64) != 8) {
if (((signed char*)from)[0] < 0) {
to = -1;
}else{
to = 0;
}
}
#if !defined(AIPS_LITTLE_ENDIAN)
reverse8 (&to, from);
#else
move8 (((char*)&to)+sizeof(Int64)-8, from);
#endif
return SIZE_LECAN_INT64;
}
inline size_t LECanonicalConversion::toLocal (uInt64& to,
const void* from)
{
if (sizeof(uInt64) != 8) {
to = 0;
}
#if !defined(AIPS_LITTLE_ENDIAN)
reverse8 (&to, from);
#else
move8 (((char*)&to)+sizeof(uInt64)-8, from);
#endif
return SIZE_LECAN_UINT64;
}
inline size_t LECanonicalConversion::toLocal (float& to,
const void* from)
{
#if !defined(AIPS_LITTLE_ENDIAN)
reverse4 (((char*)&to)+sizeof(float)-4, from);
#else
move4 (&to, from);
#endif
return SIZE_LECAN_FLOAT;
}
inline size_t LECanonicalConversion::toLocal (double& to,
const void* from)
{
#if !defined(AIPS_LITTLE_ENDIAN)
reverse8 (((char*)&to)+sizeof(double)-8, from);
#else
move8 (&to, from);
#endif
return SIZE_LECAN_DOUBLE;
}
inline size_t LECanonicalConversion::fromLocal (void* to,
const char& from)
{
*(char*)to = from;
return SIZE_LECAN_CHAR;
}
inline size_t LECanonicalConversion::fromLocal (void* to,
const unsigned char& from)
{
*(unsigned char*)to = from;
return SIZE_LECAN_UCHAR;
}
inline size_t LECanonicalConversion::fromLocal (void* to,
const short& from)
{
#if !defined(AIPS_LITTLE_ENDIAN)
reverse2 (to, &from);
#else
move2 (to, ((char*)&from)+sizeof(short)-2);
#endif
return SIZE_LECAN_SHORT;
}
inline size_t LECanonicalConversion::fromLocal (void* to,
const unsigned short& from)
{
#if !defined(AIPS_LITTLE_ENDIAN)
reverse2 (to, &from);
#else
move2 (to, ((char*)&from)+sizeof(unsigned short)-2);
#endif
return SIZE_LECAN_USHORT;
}
inline size_t LECanonicalConversion::fromLocal (void* to,
const int& from)
{
#if !defined(AIPS_LITTLE_ENDIAN)
reverse4 (to, &from);
#else
move4 (to, ((char*)&from)+sizeof(int)-4);
#endif
return SIZE_LECAN_INT;
}
inline size_t LECanonicalConversion::fromLocal (void* to,
const unsigned int& from)
{
#if !defined(AIPS_LITTLE_ENDIAN)
reverse4 (to, &from);
#else
move4 (to, ((char*)&from)+sizeof(unsigned int)-4);
#endif
return SIZE_LECAN_UINT;
}
inline size_t LECanonicalConversion::fromLocal (void* to,
const Int64& from)
{
#if !defined(AIPS_LITTLE_ENDIAN)
reverse8 (to, &from);
#else
move8 (to, ((char*)&from)+sizeof(Int64)-8);
#endif
return SIZE_LECAN_INT64;
}
inline size_t LECanonicalConversion::fromLocal (void* to,
const uInt64& from)
{
#if !defined(AIPS_LITTLE_ENDIAN)
reverse8 (to, &from);
#else
move8 (to, ((char*)&from)+sizeof(uInt64)-8);
#endif
return SIZE_LECAN_UINT64;
}
inline size_t LECanonicalConversion::fromLocal (void* to,
const float& from)
{
#if !defined(AIPS_LITTLE_ENDIAN)
reverse4 (to, &from);
#else
move4 (to, &from);
#endif
return SIZE_LECAN_FLOAT;
}
inline size_t LECanonicalConversion::fromLocal (void* to,
const double& from)
{
#if !defined(AIPS_LITTLE_ENDIAN)
reverse8 (to, &from);
#else
move8 (to, &from);
#endif
return SIZE_LECAN_FLOAT;
}
inline size_t LECanonicalConversion::toLocal (char* to,
const void* from,
size_t nr)
{
return toLocalChar (to, from, nr);
}
inline size_t LECanonicalConversion::toLocal (unsigned char* to,
const void* from,
size_t nr)
{
return toLocalUChar (to, from, nr);
}
inline size_t LECanonicalConversion::toLocal (short* to,
const void* from,
size_t nr)
{
return toLocalShort (to, from, nr);
}
inline size_t LECanonicalConversion::toLocal (unsigned short* to,
const void* from,
size_t nr)
{
return toLocalUShort (to, from, nr);
}
inline size_t LECanonicalConversion::toLocal (int* to,
const void* from,
size_t nr)
{
return toLocalInt (to, from, nr);
}
inline size_t LECanonicalConversion::toLocal (unsigned int* to,
const void* from,
size_t nr)
{
return toLocalUInt (to, from, nr);
}
inline size_t LECanonicalConversion::toLocal (Int64* to,
const void* from,
size_t nr)
{
return toLocalInt64 (to, from, nr);
}
inline size_t LECanonicalConversion::toLocal (uInt64* to,
const void* from,
size_t nr)
{
return toLocalUInt64 (to, from, nr);
}
inline size_t LECanonicalConversion::toLocal (float* to,
const void* from,
size_t nr)
{
return toLocalFloat (to, from, nr);
}
inline size_t LECanonicalConversion::toLocal (double* to,
const void* from,
size_t nr)
{
return toLocalDouble (to, from, nr);
}
inline size_t LECanonicalConversion::fromLocal (void* to,
const char* from,
size_t nr)
{
return fromLocalChar (to, from, nr);
}
inline size_t LECanonicalConversion::fromLocal (void* to,
const unsigned char* from,
size_t nr)
{
return fromLocalUChar (to, from, nr);
}
inline size_t LECanonicalConversion::fromLocal (void* to,
const short* from,
size_t nr)
{
return fromLocalShort (to, from, nr);
}
inline size_t LECanonicalConversion::fromLocal (void* to,
const unsigned short* from,
size_t nr)
{
return fromLocalUShort (to, from, nr);
}
inline size_t LECanonicalConversion::fromLocal (void* to,
const int* from,
size_t nr)
{
return fromLocalInt (to, from, nr);
}
inline size_t LECanonicalConversion::fromLocal (void* to,
const unsigned int* from,
size_t nr)
{
return fromLocalUInt (to, from, nr);
}
inline size_t LECanonicalConversion::fromLocal (void* to,
const Int64* from,
size_t nr)
{
return fromLocalInt64 (to, from, nr);
}
inline size_t LECanonicalConversion::fromLocal (void* to,
const uInt64* from,
size_t nr)
{
return fromLocalUInt64 (to, from, nr);
}
inline size_t LECanonicalConversion::fromLocal (void* to,
const float* from,
size_t nr)
{
return fromLocalFloat (to, from, nr);
}
inline size_t LECanonicalConversion::fromLocal (void* to,
const double* from,
size_t nr)
{
return fromLocalDouble (to, from, nr);
}
inline Conversion::ValueFunction* LECanonicalConversion::getToLocal
(const char*)
{
return toLocalChar;
}
inline Conversion::ValueFunction* LECanonicalConversion::getToLocal
(const unsigned char*)
{
return toLocalUChar;
}
inline Conversion::ValueFunction* LECanonicalConversion::getToLocal
(const short*)
{
return toLocalShort;
}
inline Conversion::ValueFunction* LECanonicalConversion::getToLocal
(const unsigned short*)
{
return toLocalUShort;
}
inline Conversion::ValueFunction* LECanonicalConversion::getToLocal
(const int*)
{
return toLocalInt;
}
inline Conversion::ValueFunction* LECanonicalConversion::getToLocal
(const unsigned int*)
{
return toLocalUInt;
}
inline Conversion::ValueFunction* LECanonicalConversion::getToLocal
(const Int64*)
{
return toLocalInt64;
}
inline Conversion::ValueFunction* LECanonicalConversion::getToLocal
(const uInt64*)
{
return toLocalUInt64;
}
inline Conversion::ValueFunction* LECanonicalConversion::getToLocal
(const float*)
{
return toLocalFloat;
}
inline Conversion::ValueFunction* LECanonicalConversion::getToLocal
(const double*)
{
return toLocalDouble;
}
inline Conversion::ValueFunction* LECanonicalConversion::getFromLocal
(const char*)
{
return fromLocalChar;
}
inline Conversion::ValueFunction* LECanonicalConversion::getFromLocal
(const unsigned char*)
{
return fromLocalUChar;
}
inline Conversion::ValueFunction* LECanonicalConversion::getFromLocal
(const short*)
{
return fromLocalShort;
}
inline Conversion::ValueFunction* LECanonicalConversion::getFromLocal
(const unsigned short*)
{
return fromLocalUShort;
}
inline Conversion::ValueFunction* LECanonicalConversion::getFromLocal
(const int*)
{
return fromLocalInt;
}
inline Conversion::ValueFunction* LECanonicalConversion::getFromLocal
(const unsigned int*)
{
return fromLocalUInt;
}
inline Conversion::ValueFunction* LECanonicalConversion::getFromLocal
(const Int64*)
{
return fromLocalInt64;
}
inline Conversion::ValueFunction* LECanonicalConversion::getFromLocal
(const uInt64*)
{
return fromLocalUInt64;
}
inline Conversion::ValueFunction* LECanonicalConversion::getFromLocal
(const float*)
{
return fromLocalFloat;
}
inline Conversion::ValueFunction* LECanonicalConversion::getFromLocal
(const double*)
{
return fromLocalDouble;
}
inline unsigned int LECanonicalConversion::canonicalSize (const char*)
{return SIZE_LECAN_CHAR;}
inline unsigned int LECanonicalConversion::canonicalSize (const unsigned char*)
{return SIZE_LECAN_UCHAR;}
inline unsigned int LECanonicalConversion::canonicalSize (const short*)
{return SIZE_LECAN_SHORT;}
inline unsigned int LECanonicalConversion::canonicalSize (const unsigned short*)
{return SIZE_LECAN_USHORT;}
inline unsigned int LECanonicalConversion::canonicalSize (const int*)
{return SIZE_LECAN_INT;}
inline unsigned int LECanonicalConversion::canonicalSize (const unsigned int*)
{return SIZE_LECAN_UINT;}
inline unsigned int LECanonicalConversion::canonicalSize (const Int64*)
{return SIZE_LECAN_INT64;}
inline unsigned int LECanonicalConversion::canonicalSize (const uInt64*)
{return SIZE_LECAN_UINT64;}
inline unsigned int LECanonicalConversion::canonicalSize (const float*)
{return SIZE_LECAN_FLOAT;}
inline unsigned int LECanonicalConversion::canonicalSize (const double*)
{return SIZE_LECAN_DOUBLE;}
//#//inline unsigned int LECanonicalConversion::canonicalSize (const long double*)
//#// {return SIZE_LECAN_LDOUBLE;}
} //# NAMESPACE CASACORE - END
#endif
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