#ifndef __MM_GDAL_CONSTANTS_H
#define __MM_GDAL_CONSTANTS_H
/* -------------------------------------------------------------------- */
/*      Constants used in GDAL and in MiraMon                           */
/* -------------------------------------------------------------------- */
#include "cpl_port.h"  // For GUInt64
CPL_C_START            // Necessary for compiling C in GDAL project

#if defined(_WIN32) && !defined(strcasecmp)
#define strcasecmp stricmp
#endif

#define MAX_LOCAL_MESSAGE 5000

#define sprintf_UINT64 "%llu"

    // Type of the Feature ID: determines the maximum number of features in a layer.
    typedef GUInt64 MM_INTERNAL_FID;
// Offset to the coordinates of the Features.
typedef GUInt64 MM_FILE_OFFSET;

// Type of the coordinates of a Point, Arc or Polygons points.
typedef double MM_COORD_TYPE;

// Points

// StringLines (or Arcs)
typedef GUInt64 MM_N_VERTICES_TYPE;  // size_t in MiraMon

// Polygons (or polypolygons)
typedef GUInt64 MM_POLYGON_ARCS_COUNT;
typedef GUInt64 MM_POLYGON_RINGS_COUNT;

// Z Part
typedef int MM_SELEC_COORDZ_TYPE;

// Extended DBF
// Type of the number of fields of an extended DBF
typedef GUInt32
    MM_EXT_DBF_N_FIELDS;  //(TIPUS_NUMERADOR_CAMP in MiraMon internal code)
#define MM_MAX_EXT_DBF_N_FIELDS_TYPE UINT32_MAX

// In MiraMon code: MM_TIPUS_BYTES_PER_CAMP_DBF
typedef GUInt32 MM_BYTES_PER_FIELD_TYPE_DBF;

// In MiraMon code: MM_TIPUS_BYTES_ACUMULATS_DBF
typedef GUInt32 MM_ACCUMULATED_BYTES_TYPE_DBF;

// Type of the number of records of an extended DBF
typedef GUInt32 MM_EXT_DBF_N_MULTIPLE_RECORDS;
typedef GUInt64 MM_EXT_DBF_N_RECORDS;
typedef GInt64 MM_EXT_DBF_SIGNED_N_RECORDS;
#define scanf_MM_EXT_DBF_SIGNED_N_RECORDS "%lld"
typedef GInt32 MM_FIRST_RECORD_OFFSET_TYPE;

typedef GInt32 MM_N_HEIGHT_TYPE;

#define MM_ARC_HEIGHT_FOR_EACH_VERTEX                                          \
    1  // In MiraMon code: MM_ARC_ALCADA_PER_CADA_VERTEX
#define MM_ARC_CONSTANT_HEIGHT -1  // In MiraMon code: MM_ARC_ALCADA_CONSTANT
// In MiraMon code: MM_ARC_TIPUS_ALCADA
#define MM_ARC_HEIGHT_TYPE(n)                                                  \
    (((n) < 0) ? MM_ARC_CONSTANT_HEIGHT : MM_ARC_HEIGHT_FOR_EACH_VERTEX)
// In MiraMon code: MM_ARC_N_ALCADES
#define MM_ARC_N_HEIGHTS(n) (((n) < 0) ? -(n) : (n))
// In MiraMon code: MM_ARC_N_TOTAL_ALCADES_DISC
#define MM_ARC_TOTAL_N_HEIGHTS_DISK(n, n_vrt)                                  \
    (((n) < 0) ? -(n) : (n) * (MM_N_HEIGHT_TYPE)(n_vrt))

#define MM_EscriuOffsetNomEstesBD_XP(bd_xp, i_camp, offset_nom_camp)           \
    memcpy((bd_xp)->pField[(i_camp)].reserved_2 +                              \
               MM_OFFSET_RESERVAT2_OFFSET_NOM_ESTES,                           \
           &(offset_nom_camp), 4)

enum MM_TipusNomCamp
{
    NM_CLASSICAL_DBF_AND_VALID_NAME = 0,
    MM_DBF_NAME_LOWERCASE_AND_VALID,
    MM_VALID_EXTENDED_DBF_NAME,
    MM_DBF_NAME_NO_VALID
};

#define MM_DonaBytesNomEstesCamp(camp)                                         \
    ((MM_BYTE)((camp)->reserved_2[MM_OFFSET_RESERVED2_EXTENDED_NAME_SIZE]))

CPL_C_END  // Necessary for compiling in GDAL project
#endif     //__MM_GDAL_CONSTANTS_H