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// tr1common internal header |
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#ifndef _TR1_COMMON_ |
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#define _TR1_COMMON_ |
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#include <yvals.h> |
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#if _HAS_TR1 |
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#else /* _HAS_TR1 */ |
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#error TR1 not fully supported |
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#endif /* _HAS_TR1 */ |
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#define _NO_SFINAE 1 |
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// maximum number of arguments to call wrappers |
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#define _NMAX 10 |
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#define _XNAME(x, z) x ## z |
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#define _YNAME(x, z) _XNAME(x, z) |
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#define _YNAME15(x, y, z) _XNAME(x, z) y |
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#define _YNAME2(x, y, z) _XNAME(x, z) _XNAME(y, z) |
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#define _CORE_0(x) |
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#define _CORE15_0(x, y) |
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#define _CORE2_0(x, y) |
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#define _NARGSm1_0 0 |
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#define _CORE_1(x) |
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#define _CORE15_1(x, y) |
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#define _CORE2_1(x, y) |
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#define _NARGSm1_1 0 |
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#define _CORE_2(x) |
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#define _CORE15_2(x, y) |
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#define _CORE2_2(x, y) |
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#define _NARGSm1_2 1 |
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#define _CORE_3(x) _YNAME(x, 1) |
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#define _CORE15_3(x, y) _YNAME15(x, y, 1) |
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#define _CORE2_3(x, y) _YNAME2(x, y, 1) |
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#define _NARGSm1_3 2 |
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#define _CORE_4(x) _CORE_3(x), _YNAME(x, 2) |
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#define _CORE15_4(x, y) _CORE15_3(x, y), _YNAME15(x, y, 2) |
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#define _CORE2_4(x, y) _CORE2_3(x, y), _YNAME2(x, y, 2) |
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#define _NARGSm1_4 3 |
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#define _CORE_5(x) _CORE_4(x), _YNAME(x, 3) |
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#define _CORE15_5(x, y) _CORE15_4(x, y), _YNAME15(x, y, 3) |
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#define _CORE2_5(x, y) _CORE2_4(x, y), _YNAME2(x, y, 3) |
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#define _NARGSm1_5 4 |
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#define _CORE_6(x) _CORE_5(x), _YNAME(x, 4) |
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#define _CORE15_6(x, y) _CORE15_5(x, y), _YNAME15(x, y, 4) |
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#define _CORE2_6(x, y) _CORE2_5(x, y), _YNAME2(x, y, 4) |
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#define _NARGSm1_6 5 |
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#define _CORE_7(x) _CORE_6(x), _YNAME(x, 5) |
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#define _CORE15_7(x, y) _CORE15_6(x, y), _YNAME15(x, y, 5) |
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#define _CORE2_7(x, y) _CORE2_6(x, y), _YNAME2(x, y, 5) |
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#define _NARGSm1_7 6 |
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#define _CORE_8(x) _CORE_7(x), _YNAME(x, 6) |
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#define _CORE15_8(x, y) _CORE15_7(x, y), _YNAME15(x, y, 6) |
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#define _CORE2_8(x, y) _CORE2_7(x, y), _YNAME2(x, y, 6) |
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#define _NARGSm1_8 7 |
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#define _CORE_9(x) _CORE_8(x), _YNAME(x, 7) |
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#define _CORE15_9(x, y) _CORE15_8(x, y), _YNAME15(x, y, 7) |
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#define _CORE2_9(x, y) _CORE2_8(x, y), _YNAME2(x, y, 7) |
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#define _NARGSm1_9 8 |
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#define _CORE_10(x) _CORE_9(x), _YNAME(x, 8) |
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#define _CORE15_10(x, y) _CORE15_9(x, y), _YNAME15(x, y, 8) |
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#define _CORE2_10(x, y) _CORE2_9(x, y), _YNAME2(x, y, 8) |
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#define _NARGSm1_10 9 |
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#define _TAIL_10(x) |
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#define _TAIL_9(x) x |
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#define _TAIL_8(x) _TAIL_9(x), x |
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#define _TAIL_7(x) _TAIL_8(x), x |
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#define _TAIL_6(x) _TAIL_7(x), x |
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#define _TAIL_5(x) _TAIL_6(x), x |
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#define _TAIL_4(x) _TAIL_5(x), x |
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#define _TAIL_3(x) _TAIL_4(x), x |
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#define _TAIL_2(x) _TAIL_3(x), x |
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#define _TAIL_1(x) _TAIL_2(x), x |
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#define _TAIL_0(x) _TAIL_1(x), x |
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#define _ARG_MAX 9 |
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#define _CDR_MAX(x) _CORE_10(x), _YNAME(x, _ARG_MAX) |
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#define _CDR15_MAX(x, y) _CORE15_10(x, y), _YNAME15(x, y, _ARG_MAX) |
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#define _CDR2_MAX(x, y) _CORE2_10(x, y), _YNAME2(x, y, _ARG_MAX) |
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#define _LIST_MAX(x) _YNAME(x, 0), _CDR_MAX(x) |
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#define _LIST15_MAX(x, y) _YNAME15(x, y, 0), _CDR15_MAX(x, y) |
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#define _LIST2_MAX(x, y) _YNAME2(x, y, 0), _CDR2_MAX(x, y) |
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#define _CLASS_ARG0_MAX _LIST_MAX(class _Arg) |
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#define _CLASS_FARG0_MAX _LIST_MAX(class _Farg) |
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#define _ARG0_A0_REF_MAX _LIST2_MAX(_Arg, &_Ax) |
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#define _ARG1_ARG2_MAX _CDR_MAX(_Arg) |
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#define _ARG0_ARG1_MAX _LIST_MAX(_Arg) |
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#define _FARG1_FARG2_MAX _CDR_MAX(_Farg) |
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#define _FARG0_FARG1_MAX _LIST_MAX(_Farg) |
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#define _A1_A2_MAX _CDR_MAX(_Ax) |
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#define _A0_A1_MAX _LIST_MAX(_Ax) |
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#define _NIL_TAIL_MAXm1 _TAIL_1(_Nil) |
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#define _NIL_TAIL_MAX _TAIL_0(_Nil) |
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#define _TAIL_MAX(x) _TAIL_0(x) |
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#define _CLASS_ARG0_DEF_MAX _LIST15_MAX(class _Arg, = _Nil) |
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namespace tr1 { // TR1 additions |
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// TYPE DEFINITIONS |
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// STRUCT _Nil |
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struct _Nil |
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{ // empty struct, for unused argument types |
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}; |
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static _Nil _Nil_obj; |
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// TEMPLATE integral_constant |
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template<class _Ty, |
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_Ty _Val> |
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struct integral_constant |
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{ // convenient template for integral constant types |
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static const _Ty value = _Val; |
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typedef _Ty value_type; |
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typedef integral_constant<_Ty, _Val> type; |
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}; |
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typedef integral_constant<bool, true> true_type; |
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typedef integral_constant<bool, false> false_type; |
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// TEMPLATE CLASS _Or |
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template<bool _First, |
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bool _Second> |
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struct _Or; |
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template<> |
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struct _Or<false, false> |
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: false_type |
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{ // define as false |
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}; |
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template<> |
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struct _Or<false, true> |
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: true_type |
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{ // define as true |
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}; |
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template<> |
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struct _Or<true, false> |
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: true_type |
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{ // define as true |
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}; |
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template<> |
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struct _Or<true, true> |
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: true_type |
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{ // define as true |
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}; |
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// TEMPLATE _Cat_base |
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template<bool> |
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struct _Cat_base; |
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template<> |
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struct _Cat_base<false> |
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: false_type |
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{ // base class for type predicates |
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}; |
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template<> |
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struct _Cat_base<true> |
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: true_type |
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{ // base class for type predicates |
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}; |
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// TEMPLATE CLASS _Is_integral |
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template<class _Ty> |
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struct _Is_integral |
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: false_type |
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{ // determine whether _Ty is integral |
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}; |
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template<> |
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struct _Is_integral<bool> |
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: true_type |
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{ // determine whether _Ty is integral |
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}; |
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template<> |
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struct _Is_integral<char> |
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: true_type |
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{ // determine whether _Ty is integral |
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}; |
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template<> |
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struct _Is_integral<unsigned char> |
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: true_type |
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{ // determine whether _Ty is integral |
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}; |
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template<> |
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struct _Is_integral<signed char> |
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: true_type |
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{ // determine whether _Ty is integral |
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}; |
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#ifdef _NATIVE_WCHAR_T_DEFINED |
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template<> |
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struct _Is_integral<wchar_t> |
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: true_type |
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{ // determine whether _Ty is integral |
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}; |
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#endif /* _NATIVE_WCHAR_T_DEFINED */ |
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template<> |
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struct _Is_integral<unsigned short> |
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: true_type |
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{ // determine whether _Ty is integral |
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}; |
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template<> |
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struct _Is_integral<signed short> |
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: true_type |
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{ // determine whether _Ty is integral |
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}; |
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template<> |
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struct _Is_integral<unsigned int> |
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: true_type |
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{ // determine whether _Ty is integral |
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}; |
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template<> |
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struct _Is_integral<signed int> |
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: true_type |
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{ // determine whether _Ty is integral |
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}; |
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template<> |
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struct _Is_integral<unsigned long> |
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: true_type |
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{ // determine whether _Ty is integral |
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}; |
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template<> |
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struct _Is_integral<signed long> |
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: true_type |
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{ // determine whether _Ty is integral |
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}; |
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#ifdef _LONGLONG |
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template<> |
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struct _Is_integral<_LONGLONG> |
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: true_type |
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{ // determine whether _Ty is integral |
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}; |
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template<> |
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struct _Is_integral<_ULONGLONG> |
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: true_type |
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{ // determine whether _Ty is integral |
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}; |
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#endif /* _LONGLONG */ |
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// TEMPLATE CLASS _Is_floating_point |
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template<class _Ty> |
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struct _Is_floating_point |
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: false_type |
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{ // determine whether _Ty is floating point |
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}; |
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template<> |
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struct _Is_floating_point<float> |
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: true_type |
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{ // determine whether _Ty is floating point |
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}; |
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template<> |
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struct _Is_floating_point<double> |
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: true_type |
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{ // determine whether _Ty is floating point |
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}; |
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template<> |
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struct _Is_floating_point<long double> |
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: true_type |
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{ // determine whether _Ty is floating point |
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}; |
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// TEMPLATE _Remove_reference |
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template<class _Ty> |
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struct _Remove_reference |
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{ // remove reference |
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typedef _Ty _Type; |
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}; |
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template<class _Ty> |
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struct _Remove_reference<_Ty&> |
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{ // remove reference |
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typedef _Ty _Type; |
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}; |
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// MACRO _IS_YES |
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typedef char (&_No)[1]; |
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typedef char (&_Yes)[2]; |
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#define _IS_YES(ty) (sizeof (ty) == sizeof (_STD tr1::_Yes)) |
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// FUNCTION _Has_result_type |
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_No _Has_result_type(...); |
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template<class _Ty> |
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_Yes _Has_result_type(_Ty *, |
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typename _Remove_reference<typename _Ty::result_type>::_Type * = 0); |
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#define _HAS_RESULT_TYPE(_Ty) \ |
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_IS_YES(_STD tr1::_Has_result_type((_Ty *)0)) |
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} // namespace tr1 |
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_STD_END |
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#endif /* _TR1_COMMON_ */ |
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/* |
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* Copyright (c) 1992-2008 by P.J. Plauger. ALL RIGHTS RESERVED. |
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* Consult your license regarding permissions and restrictions. |
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V5.05:0009 */ |
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