zfstl_define.h

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#ifndef _ZFI_zfstl_define_h_
#define _ZFI_zfstl_define_h_
 
#include "../ZFCoreDef.h"

#ifndef zfstlsize
    #define zfstlsize size_t
#endif
 
// ============================================================
zfclassNotPOD ZFLIB_ZFCore zfcharConst_zfstlLess {
public:
    inline zfbool operator () (const zfchar * const &k1, const zfchar * const &k2) const {
        return (zfscmp(k1, k2) < 0);
    }
};
zfclassNotPOD ZFLIB_ZFCore zfcharConst_zfstlHash {
public:
    zfstlsize operator () (const zfchar * const &v) const {
        return (zfstlsize)zfidentityCalcString(v);
    }
};
zfclassNotPOD ZFLIB_ZFCore zfcharConst_zfstlEqual {
public:
    inline zfbool operator () (const zfchar * const &k1, const zfchar * const &k2) const {
        return (zfscmp(k1, k2) == 0);
    }
};
 
zfclassNotPOD ZFLIB_ZFCore zfchar_zfstlLess {
public:
    inline zfbool operator () (zfchar * const &k1, zfchar * const &k2) const {
        return (zfscmp(k1, k2) < 0);
    }
};
zfclassNotPOD ZFLIB_ZFCore zfchar_zfstlHash {
public:
    zfstlsize operator () (zfchar * const &v) const {
        return (zfstlsize)zfidentityCalcString(v);
    }
};
zfclassNotPOD ZFLIB_ZFCore zfchar_zfstlEqual {
public:
    inline zfbool operator () (zfchar * const &k1, zfchar * const &k2) const {
        return (zfscmp(k1, k2) == 0);
    }
};
 
template<typename T_POD>
zfclassNotPOD ZFLIB_ZFCore zfpod_zfstlLess {
public:
    inline zfbool operator () (T_POD const &k1, T_POD const &k2) const {
        return zfcmpPOD(k1, k2) < 0;
    }
};
template<typename T_POD>
zfclassNotPOD zfpod_zfstlHash {
public:
    zfstlsize operator () (T_POD const &v) const {
        return (zfstlsize)zfidentityCalc(v);
    }
};
template<typename T_POD>
zfclassNotPOD zfpod_zfstlEqual {
public:
    inline zfbool operator () (T_POD const &k1, T_POD const &k2) const {
        return zfcmpPOD(k1, k2) == 0;
    }
};
 
#endif // #ifndef _ZFI_zfstl_define_h_