// bslmf_functionpointertraits_cpp03.h -*-C++-*-
// Automatically generated file. **DO NOT EDIT**
#ifndef INCLUDED_BSLMF_FUNCTIONPOINTERTRAITS_CPP03
#define INCLUDED_BSLMF_FUNCTIONPOINTERTRAITS_CPP03
//@PURPOSE: Provide C++03 implementation for bslmf_functionpointertraits.h
//
//@CLASSES: See bslmf_functionpointertraits.h for list of classes
//
//@SEE_ALSO: bslmf_functionpointertraits
//
//@DESCRIPTION: This component is the C++03 translation of a C++11 component,
// generated by the 'sim_cpp11_features.pl' program. If the original header
// contains any specially delimited regions of C++11 code, then this generated
// file contains the C++03 equivalent, i.e., with variadic templates expanded
// and rvalue-references replaced by 'bslmf::MovableRef' objects. The header
// code in this file is designed to be '#include'd into the original header
// when compiling with a C++03 compiler. If there are no specially delimited
// regions of C++11 code, then this header contains no code and is not
// '#include'd in the original header.
//
// Generated on Mon Dec 19 14:09:56 2022
// Command line: sim_cpp11_features.pl bslmf_functionpointertraits.h
#ifdef COMPILING_BSLMF_FUNCTIONPOINTERTRAITS_H
namespace BloombergLP {
namespace bslmf {
struct FunctionPointerCPlusPlusLinkage {
// C++ function pointer linkage tag.
};
struct FunctionPointerCLinkage {
// C function pointer linkage tag.
};
// ===========================
// class FunctionPointerTraits
// ===========================
template <class t_PROTOTYPE>
struct FunctionPointerTraits {
// This class gives information about the specified 't_PROTOTYPE'. The
// general definition gives no information, but specializations for
// function pointers types define nested types 'ResultType',
// 'ArgumentList', and 'Linkage'.
enum { IS_FUNCTION_POINTER = 0 };
};
// =======================
// class IsFunctionPointer
// =======================
template <class t_PROTOTYPE>
struct IsFunctionPointer
: bsl::integral_constant<
bool,
FunctionPointerTraits<t_PROTOTYPE>::IS_FUNCTION_POINTER> {
// This template determines if the specified 't_PROTOTYPE' is a free (i.e.,
// non-member) function pointer. 'value' is defined as 1 if the specified
// 't_PROTOTYPE' is a function pointer type, and a zero value otherwise.
};
// ---- Anything below this line is implementation specific. Do not use. ----
#if defined(BSLS_COMPILERFEATURES_SUPPORT_NOEXCEPT_TYPES) && \
!defined(BSLS_COMPILERFEATURES_SUPPORT_VARIADIC_TEMPLATES)
// All of our compilers which identify 'noexcept' as part of the type
// system (a C++17 piece of functionality) similarly also support variadic
// templates, so we refrain from having the dead code to support this case.
# error Feature not supported for compilers without variadic templates
#endif
// ---------------------------
// class FunctionPointerTraits
// ---------------------------
#if BSLS_COMPILERFEATURES_SIMULATE_VARIADIC_TEMPLATES
// {{{ BEGIN GENERATED CODE
// Command line: sim_cpp11_features.pl bslmf_functionpointertraits.h
#ifndef BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT
#define BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT 14
#endif
#ifndef BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A
#define BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT
#endif
#if defined(BSLS_PLATFORM_CMP_CLANG) && (!defined(BSLS_PLATFORM_OS_DARWIN) \
|| BSLS_PLATFORM_CMP_VER_MAJOR > 130000)
#pragma clang diagnostic push
#pragma clang diagnostic ignored "-Wdeprecated-volatile"
#endif
#if BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 0
template <class t_BSLMF_RETURN>
struct FunctionPointerTraits<t_BSLMF_RETURN (*)()> {
enum {
IS_FUNCTION_POINTER = 1,
IS_NOEXCEPT = 0
};
enum { e_IS_VARARG = 0 };
typedef t_BSLMF_RETURN ResultType;
typedef typename TypeList<>::Type ArgumentList;
typedef t_BSLMF_RETURN FuncType();
typedef FunctionPointerCPlusPlusLinkage Linkage;
};
#endif // BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 0
#if BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 1
template <class t_BSLMF_RETURN, class t_ARGS_01>
struct FunctionPointerTraits<t_BSLMF_RETURN (*)(t_ARGS_01)> {
enum {
IS_FUNCTION_POINTER = 1,
IS_NOEXCEPT = 0
};
enum { e_IS_VARARG = 0 };
typedef t_BSLMF_RETURN ResultType;
typedef typename TypeList<t_ARGS_01>::Type ArgumentList;
typedef t_BSLMF_RETURN FuncType(t_ARGS_01);
typedef FunctionPointerCPlusPlusLinkage Linkage;
};
#endif // BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 1
#if BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 2
template <class t_BSLMF_RETURN, class t_ARGS_01,
class t_ARGS_02>
struct FunctionPointerTraits<t_BSLMF_RETURN (*)(t_ARGS_01,
t_ARGS_02)> {
enum {
IS_FUNCTION_POINTER = 1,
IS_NOEXCEPT = 0
};
enum { e_IS_VARARG = 0 };
typedef t_BSLMF_RETURN ResultType;
typedef typename TypeList<t_ARGS_01,
t_ARGS_02>::Type ArgumentList;
typedef t_BSLMF_RETURN FuncType(t_ARGS_01,
t_ARGS_02);
typedef FunctionPointerCPlusPlusLinkage Linkage;
};
#endif // BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 2
#if BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 3
template <class t_BSLMF_RETURN, class t_ARGS_01,
class t_ARGS_02,
class t_ARGS_03>
struct FunctionPointerTraits<t_BSLMF_RETURN (*)(t_ARGS_01,
t_ARGS_02,
t_ARGS_03)> {
enum {
IS_FUNCTION_POINTER = 1,
IS_NOEXCEPT = 0
};
enum { e_IS_VARARG = 0 };
typedef t_BSLMF_RETURN ResultType;
typedef typename TypeList<t_ARGS_01,
t_ARGS_02,
t_ARGS_03>::Type ArgumentList;
typedef t_BSLMF_RETURN FuncType(t_ARGS_01,
t_ARGS_02,
t_ARGS_03);
typedef FunctionPointerCPlusPlusLinkage Linkage;
};
#endif // BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 3
#if BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 4
template <class t_BSLMF_RETURN, class t_ARGS_01,
class t_ARGS_02,
class t_ARGS_03,
class t_ARGS_04>
struct FunctionPointerTraits<t_BSLMF_RETURN (*)(t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04)> {
enum {
IS_FUNCTION_POINTER = 1,
IS_NOEXCEPT = 0
};
enum { e_IS_VARARG = 0 };
typedef t_BSLMF_RETURN ResultType;
typedef typename TypeList<t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04>::Type ArgumentList;
typedef t_BSLMF_RETURN FuncType(t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04);
typedef FunctionPointerCPlusPlusLinkage Linkage;
};
#endif // BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 4
#if BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 5
template <class t_BSLMF_RETURN, class t_ARGS_01,
class t_ARGS_02,
class t_ARGS_03,
class t_ARGS_04,
class t_ARGS_05>
struct FunctionPointerTraits<t_BSLMF_RETURN (*)(t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05)> {
enum {
IS_FUNCTION_POINTER = 1,
IS_NOEXCEPT = 0
};
enum { e_IS_VARARG = 0 };
typedef t_BSLMF_RETURN ResultType;
typedef typename TypeList<t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05>::Type ArgumentList;
typedef t_BSLMF_RETURN FuncType(t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05);
typedef FunctionPointerCPlusPlusLinkage Linkage;
};
#endif // BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 5
#if BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 6
template <class t_BSLMF_RETURN, class t_ARGS_01,
class t_ARGS_02,
class t_ARGS_03,
class t_ARGS_04,
class t_ARGS_05,
class t_ARGS_06>
struct FunctionPointerTraits<t_BSLMF_RETURN (*)(t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,
t_ARGS_06)> {
enum {
IS_FUNCTION_POINTER = 1,
IS_NOEXCEPT = 0
};
enum { e_IS_VARARG = 0 };
typedef t_BSLMF_RETURN ResultType;
typedef typename TypeList<t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,
t_ARGS_06>::Type ArgumentList;
typedef t_BSLMF_RETURN FuncType(t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,
t_ARGS_06);
typedef FunctionPointerCPlusPlusLinkage Linkage;
};
#endif // BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 6
#if BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 7
template <class t_BSLMF_RETURN, class t_ARGS_01,
class t_ARGS_02,
class t_ARGS_03,
class t_ARGS_04,
class t_ARGS_05,
class t_ARGS_06,
class t_ARGS_07>
struct FunctionPointerTraits<t_BSLMF_RETURN (*)(t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,
t_ARGS_06,
t_ARGS_07)> {
enum {
IS_FUNCTION_POINTER = 1,
IS_NOEXCEPT = 0
};
enum { e_IS_VARARG = 0 };
typedef t_BSLMF_RETURN ResultType;
typedef typename TypeList<t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,
t_ARGS_06,
t_ARGS_07>::Type ArgumentList;
typedef t_BSLMF_RETURN FuncType(t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,
t_ARGS_06,
t_ARGS_07);
typedef FunctionPointerCPlusPlusLinkage Linkage;
};
#endif // BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 7
#if BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 8
template <class t_BSLMF_RETURN, class t_ARGS_01,
class t_ARGS_02,
class t_ARGS_03,
class t_ARGS_04,
class t_ARGS_05,
class t_ARGS_06,
class t_ARGS_07,
class t_ARGS_08>
struct FunctionPointerTraits<t_BSLMF_RETURN (*)(t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,
t_ARGS_06,
t_ARGS_07,
t_ARGS_08)> {
enum {
IS_FUNCTION_POINTER = 1,
IS_NOEXCEPT = 0
};
enum { e_IS_VARARG = 0 };
typedef t_BSLMF_RETURN ResultType;
typedef typename TypeList<t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,
t_ARGS_06,
t_ARGS_07,
t_ARGS_08>::Type ArgumentList;
typedef t_BSLMF_RETURN FuncType(t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,
t_ARGS_06,
t_ARGS_07,
t_ARGS_08);
typedef FunctionPointerCPlusPlusLinkage Linkage;
};
#endif // BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 8
#if BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 9
template <class t_BSLMF_RETURN, class t_ARGS_01,
class t_ARGS_02,
class t_ARGS_03,
class t_ARGS_04,
class t_ARGS_05,
class t_ARGS_06,
class t_ARGS_07,
class t_ARGS_08,
class t_ARGS_09>
struct FunctionPointerTraits<t_BSLMF_RETURN (*)(t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,
t_ARGS_06,
t_ARGS_07,
t_ARGS_08,
t_ARGS_09)> {
enum {
IS_FUNCTION_POINTER = 1,
IS_NOEXCEPT = 0
};
enum { e_IS_VARARG = 0 };
typedef t_BSLMF_RETURN ResultType;
typedef typename TypeList<t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,
t_ARGS_06,
t_ARGS_07,
t_ARGS_08,
t_ARGS_09>::Type ArgumentList;
typedef t_BSLMF_RETURN FuncType(t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,
t_ARGS_06,
t_ARGS_07,
t_ARGS_08,
t_ARGS_09);
typedef FunctionPointerCPlusPlusLinkage Linkage;
};
#endif // BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 9
#if BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 10
template <class t_BSLMF_RETURN, class t_ARGS_01,
class t_ARGS_02,
class t_ARGS_03,
class t_ARGS_04,
class t_ARGS_05,
class t_ARGS_06,
class t_ARGS_07,
class t_ARGS_08,
class t_ARGS_09,
class t_ARGS_10>
struct FunctionPointerTraits<t_BSLMF_RETURN (*)(t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,
t_ARGS_06,
t_ARGS_07,
t_ARGS_08,
t_ARGS_09,
t_ARGS_10)> {
enum {
IS_FUNCTION_POINTER = 1,
IS_NOEXCEPT = 0
};
enum { e_IS_VARARG = 0 };
typedef t_BSLMF_RETURN ResultType;
typedef typename TypeList<t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,
t_ARGS_06,
t_ARGS_07,
t_ARGS_08,
t_ARGS_09,
t_ARGS_10>::Type ArgumentList;
typedef t_BSLMF_RETURN FuncType(t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,
t_ARGS_06,
t_ARGS_07,
t_ARGS_08,
t_ARGS_09,
t_ARGS_10);
typedef FunctionPointerCPlusPlusLinkage Linkage;
};
#endif // BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 10
#if BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 11
template <class t_BSLMF_RETURN, class t_ARGS_01,
class t_ARGS_02,
class t_ARGS_03,
class t_ARGS_04,
class t_ARGS_05,
class t_ARGS_06,
class t_ARGS_07,
class t_ARGS_08,
class t_ARGS_09,
class t_ARGS_10,
class t_ARGS_11>
struct FunctionPointerTraits<t_BSLMF_RETURN (*)(t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,
t_ARGS_06,
t_ARGS_07,
t_ARGS_08,
t_ARGS_09,
t_ARGS_10,
t_ARGS_11)> {
enum {
IS_FUNCTION_POINTER = 1,
IS_NOEXCEPT = 0
};
enum { e_IS_VARARG = 0 };
typedef t_BSLMF_RETURN ResultType;
typedef typename TypeList<t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,
t_ARGS_06,
t_ARGS_07,
t_ARGS_08,
t_ARGS_09,
t_ARGS_10,
t_ARGS_11>::Type ArgumentList;
typedef t_BSLMF_RETURN FuncType(t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,
t_ARGS_06,
t_ARGS_07,
t_ARGS_08,
t_ARGS_09,
t_ARGS_10,
t_ARGS_11);
typedef FunctionPointerCPlusPlusLinkage Linkage;
};
#endif // BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 11
#if BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 12
template <class t_BSLMF_RETURN, class t_ARGS_01,
class t_ARGS_02,
class t_ARGS_03,
class t_ARGS_04,
class t_ARGS_05,
class t_ARGS_06,
class t_ARGS_07,
class t_ARGS_08,
class t_ARGS_09,
class t_ARGS_10,
class t_ARGS_11,
class t_ARGS_12>
struct FunctionPointerTraits<t_BSLMF_RETURN (*)(t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,
t_ARGS_06,
t_ARGS_07,
t_ARGS_08,
t_ARGS_09,
t_ARGS_10,
t_ARGS_11,
t_ARGS_12)> {
enum {
IS_FUNCTION_POINTER = 1,
IS_NOEXCEPT = 0
};
enum { e_IS_VARARG = 0 };
typedef t_BSLMF_RETURN ResultType;
typedef typename TypeList<t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,
t_ARGS_06,
t_ARGS_07,
t_ARGS_08,
t_ARGS_09,
t_ARGS_10,
t_ARGS_11,
t_ARGS_12>::Type ArgumentList;
typedef t_BSLMF_RETURN FuncType(t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,
t_ARGS_06,
t_ARGS_07,
t_ARGS_08,
t_ARGS_09,
t_ARGS_10,
t_ARGS_11,
t_ARGS_12);
typedef FunctionPointerCPlusPlusLinkage Linkage;
};
#endif // BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 12
#if BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 13
template <class t_BSLMF_RETURN, class t_ARGS_01,
class t_ARGS_02,
class t_ARGS_03,
class t_ARGS_04,
class t_ARGS_05,
class t_ARGS_06,
class t_ARGS_07,
class t_ARGS_08,
class t_ARGS_09,
class t_ARGS_10,
class t_ARGS_11,
class t_ARGS_12,
class t_ARGS_13>
struct FunctionPointerTraits<t_BSLMF_RETURN (*)(t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,
t_ARGS_06,
t_ARGS_07,
t_ARGS_08,
t_ARGS_09,
t_ARGS_10,
t_ARGS_11,
t_ARGS_12,
t_ARGS_13)> {
enum {
IS_FUNCTION_POINTER = 1,
IS_NOEXCEPT = 0
};
enum { e_IS_VARARG = 0 };
typedef t_BSLMF_RETURN ResultType;
typedef typename TypeList<t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,
t_ARGS_06,
t_ARGS_07,
t_ARGS_08,
t_ARGS_09,
t_ARGS_10,
t_ARGS_11,
t_ARGS_12,
t_ARGS_13>::Type ArgumentList;
typedef t_BSLMF_RETURN FuncType(t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,
t_ARGS_06,
t_ARGS_07,
t_ARGS_08,
t_ARGS_09,
t_ARGS_10,
t_ARGS_11,
t_ARGS_12,
t_ARGS_13);
typedef FunctionPointerCPlusPlusLinkage Linkage;
};
#endif // BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 13
#if BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 14
template <class t_BSLMF_RETURN, class t_ARGS_01,
class t_ARGS_02,
class t_ARGS_03,
class t_ARGS_04,
class t_ARGS_05,
class t_ARGS_06,
class t_ARGS_07,
class t_ARGS_08,
class t_ARGS_09,
class t_ARGS_10,
class t_ARGS_11,
class t_ARGS_12,
class t_ARGS_13,
class t_ARGS_14>
struct FunctionPointerTraits<t_BSLMF_RETURN (*)(t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,
t_ARGS_06,
t_ARGS_07,
t_ARGS_08,
t_ARGS_09,
t_ARGS_10,
t_ARGS_11,
t_ARGS_12,
t_ARGS_13,
t_ARGS_14)> {
enum {
IS_FUNCTION_POINTER = 1,
IS_NOEXCEPT = 0
};
enum { e_IS_VARARG = 0 };
typedef t_BSLMF_RETURN ResultType;
typedef typename TypeList<t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,
t_ARGS_06,
t_ARGS_07,
t_ARGS_08,
t_ARGS_09,
t_ARGS_10,
t_ARGS_11,
t_ARGS_12,
t_ARGS_13,
t_ARGS_14>::Type ArgumentList;
typedef t_BSLMF_RETURN FuncType(t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,
t_ARGS_06,
t_ARGS_07,
t_ARGS_08,
t_ARGS_09,
t_ARGS_10,
t_ARGS_11,
t_ARGS_12,
t_ARGS_13,
t_ARGS_14);
typedef FunctionPointerCPlusPlusLinkage Linkage;
};
#endif // BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 14
#if BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 0
template <class t_BSLMF_RETURN>
struct FunctionPointerTraits<t_BSLMF_RETURN (*)(...)> {
enum {
IS_FUNCTION_POINTER = 1,
IS_NOEXCEPT = 0
};
enum { e_IS_VARARG = 1 };
typedef t_BSLMF_RETURN ResultType;
typedef typename TypeList<>::Type ArgumentList;
typedef t_BSLMF_RETURN FuncType(...);
typedef FunctionPointerCPlusPlusLinkage Linkage;
};
#endif // BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 0
#if BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 1
template <class t_BSLMF_RETURN, class t_ARGS_01>
struct FunctionPointerTraits<t_BSLMF_RETURN (*)(t_ARGS_01,...)> {
enum {
IS_FUNCTION_POINTER = 1,
IS_NOEXCEPT = 0
};
enum { e_IS_VARARG = 1 };
typedef t_BSLMF_RETURN ResultType;
typedef typename TypeList<t_ARGS_01>::Type ArgumentList;
typedef t_BSLMF_RETURN FuncType(t_ARGS_01,...);
typedef FunctionPointerCPlusPlusLinkage Linkage;
};
#endif // BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 1
#if BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 2
template <class t_BSLMF_RETURN, class t_ARGS_01,
class t_ARGS_02>
struct FunctionPointerTraits<t_BSLMF_RETURN (*)(t_ARGS_01,
t_ARGS_02,...)> {
enum {
IS_FUNCTION_POINTER = 1,
IS_NOEXCEPT = 0
};
enum { e_IS_VARARG = 1 };
typedef t_BSLMF_RETURN ResultType;
typedef typename TypeList<t_ARGS_01,
t_ARGS_02>::Type ArgumentList;
typedef t_BSLMF_RETURN FuncType(t_ARGS_01,
t_ARGS_02,...);
typedef FunctionPointerCPlusPlusLinkage Linkage;
};
#endif // BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 2
#if BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 3
template <class t_BSLMF_RETURN, class t_ARGS_01,
class t_ARGS_02,
class t_ARGS_03>
struct FunctionPointerTraits<t_BSLMF_RETURN (*)(t_ARGS_01,
t_ARGS_02,
t_ARGS_03,...)> {
enum {
IS_FUNCTION_POINTER = 1,
IS_NOEXCEPT = 0
};
enum { e_IS_VARARG = 1 };
typedef t_BSLMF_RETURN ResultType;
typedef typename TypeList<t_ARGS_01,
t_ARGS_02,
t_ARGS_03>::Type ArgumentList;
typedef t_BSLMF_RETURN FuncType(t_ARGS_01,
t_ARGS_02,
t_ARGS_03,...);
typedef FunctionPointerCPlusPlusLinkage Linkage;
};
#endif // BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 3
#if BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 4
template <class t_BSLMF_RETURN, class t_ARGS_01,
class t_ARGS_02,
class t_ARGS_03,
class t_ARGS_04>
struct FunctionPointerTraits<t_BSLMF_RETURN (*)(t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,...)> {
enum {
IS_FUNCTION_POINTER = 1,
IS_NOEXCEPT = 0
};
enum { e_IS_VARARG = 1 };
typedef t_BSLMF_RETURN ResultType;
typedef typename TypeList<t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04>::Type ArgumentList;
typedef t_BSLMF_RETURN FuncType(t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,...);
typedef FunctionPointerCPlusPlusLinkage Linkage;
};
#endif // BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 4
#if BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 5
template <class t_BSLMF_RETURN, class t_ARGS_01,
class t_ARGS_02,
class t_ARGS_03,
class t_ARGS_04,
class t_ARGS_05>
struct FunctionPointerTraits<t_BSLMF_RETURN (*)(t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,...)> {
enum {
IS_FUNCTION_POINTER = 1,
IS_NOEXCEPT = 0
};
enum { e_IS_VARARG = 1 };
typedef t_BSLMF_RETURN ResultType;
typedef typename TypeList<t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05>::Type ArgumentList;
typedef t_BSLMF_RETURN FuncType(t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,...);
typedef FunctionPointerCPlusPlusLinkage Linkage;
};
#endif // BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 5
#if BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 6
template <class t_BSLMF_RETURN, class t_ARGS_01,
class t_ARGS_02,
class t_ARGS_03,
class t_ARGS_04,
class t_ARGS_05,
class t_ARGS_06>
struct FunctionPointerTraits<t_BSLMF_RETURN (*)(t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,
t_ARGS_06,...)> {
enum {
IS_FUNCTION_POINTER = 1,
IS_NOEXCEPT = 0
};
enum { e_IS_VARARG = 1 };
typedef t_BSLMF_RETURN ResultType;
typedef typename TypeList<t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,
t_ARGS_06>::Type ArgumentList;
typedef t_BSLMF_RETURN FuncType(t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,
t_ARGS_06,...);
typedef FunctionPointerCPlusPlusLinkage Linkage;
};
#endif // BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 6
#if BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 7
template <class t_BSLMF_RETURN, class t_ARGS_01,
class t_ARGS_02,
class t_ARGS_03,
class t_ARGS_04,
class t_ARGS_05,
class t_ARGS_06,
class t_ARGS_07>
struct FunctionPointerTraits<t_BSLMF_RETURN (*)(t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,
t_ARGS_06,
t_ARGS_07,...)> {
enum {
IS_FUNCTION_POINTER = 1,
IS_NOEXCEPT = 0
};
enum { e_IS_VARARG = 1 };
typedef t_BSLMF_RETURN ResultType;
typedef typename TypeList<t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,
t_ARGS_06,
t_ARGS_07>::Type ArgumentList;
typedef t_BSLMF_RETURN FuncType(t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,
t_ARGS_06,
t_ARGS_07,...);
typedef FunctionPointerCPlusPlusLinkage Linkage;
};
#endif // BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 7
#if BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 8
template <class t_BSLMF_RETURN, class t_ARGS_01,
class t_ARGS_02,
class t_ARGS_03,
class t_ARGS_04,
class t_ARGS_05,
class t_ARGS_06,
class t_ARGS_07,
class t_ARGS_08>
struct FunctionPointerTraits<t_BSLMF_RETURN (*)(t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,
t_ARGS_06,
t_ARGS_07,
t_ARGS_08,...)> {
enum {
IS_FUNCTION_POINTER = 1,
IS_NOEXCEPT = 0
};
enum { e_IS_VARARG = 1 };
typedef t_BSLMF_RETURN ResultType;
typedef typename TypeList<t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,
t_ARGS_06,
t_ARGS_07,
t_ARGS_08>::Type ArgumentList;
typedef t_BSLMF_RETURN FuncType(t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,
t_ARGS_06,
t_ARGS_07,
t_ARGS_08,...);
typedef FunctionPointerCPlusPlusLinkage Linkage;
};
#endif // BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 8
#if BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 9
template <class t_BSLMF_RETURN, class t_ARGS_01,
class t_ARGS_02,
class t_ARGS_03,
class t_ARGS_04,
class t_ARGS_05,
class t_ARGS_06,
class t_ARGS_07,
class t_ARGS_08,
class t_ARGS_09>
struct FunctionPointerTraits<t_BSLMF_RETURN (*)(t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,
t_ARGS_06,
t_ARGS_07,
t_ARGS_08,
t_ARGS_09,...)> {
enum {
IS_FUNCTION_POINTER = 1,
IS_NOEXCEPT = 0
};
enum { e_IS_VARARG = 1 };
typedef t_BSLMF_RETURN ResultType;
typedef typename TypeList<t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,
t_ARGS_06,
t_ARGS_07,
t_ARGS_08,
t_ARGS_09>::Type ArgumentList;
typedef t_BSLMF_RETURN FuncType(t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,
t_ARGS_06,
t_ARGS_07,
t_ARGS_08,
t_ARGS_09,...);
typedef FunctionPointerCPlusPlusLinkage Linkage;
};
#endif // BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 9
#if BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 10
template <class t_BSLMF_RETURN, class t_ARGS_01,
class t_ARGS_02,
class t_ARGS_03,
class t_ARGS_04,
class t_ARGS_05,
class t_ARGS_06,
class t_ARGS_07,
class t_ARGS_08,
class t_ARGS_09,
class t_ARGS_10>
struct FunctionPointerTraits<t_BSLMF_RETURN (*)(t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,
t_ARGS_06,
t_ARGS_07,
t_ARGS_08,
t_ARGS_09,
t_ARGS_10,...)> {
enum {
IS_FUNCTION_POINTER = 1,
IS_NOEXCEPT = 0
};
enum { e_IS_VARARG = 1 };
typedef t_BSLMF_RETURN ResultType;
typedef typename TypeList<t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,
t_ARGS_06,
t_ARGS_07,
t_ARGS_08,
t_ARGS_09,
t_ARGS_10>::Type ArgumentList;
typedef t_BSLMF_RETURN FuncType(t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,
t_ARGS_06,
t_ARGS_07,
t_ARGS_08,
t_ARGS_09,
t_ARGS_10,...);
typedef FunctionPointerCPlusPlusLinkage Linkage;
};
#endif // BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 10
#if BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 11
template <class t_BSLMF_RETURN, class t_ARGS_01,
class t_ARGS_02,
class t_ARGS_03,
class t_ARGS_04,
class t_ARGS_05,
class t_ARGS_06,
class t_ARGS_07,
class t_ARGS_08,
class t_ARGS_09,
class t_ARGS_10,
class t_ARGS_11>
struct FunctionPointerTraits<t_BSLMF_RETURN (*)(t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,
t_ARGS_06,
t_ARGS_07,
t_ARGS_08,
t_ARGS_09,
t_ARGS_10,
t_ARGS_11,...)> {
enum {
IS_FUNCTION_POINTER = 1,
IS_NOEXCEPT = 0
};
enum { e_IS_VARARG = 1 };
typedef t_BSLMF_RETURN ResultType;
typedef typename TypeList<t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,
t_ARGS_06,
t_ARGS_07,
t_ARGS_08,
t_ARGS_09,
t_ARGS_10,
t_ARGS_11>::Type ArgumentList;
typedef t_BSLMF_RETURN FuncType(t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,
t_ARGS_06,
t_ARGS_07,
t_ARGS_08,
t_ARGS_09,
t_ARGS_10,
t_ARGS_11,...);
typedef FunctionPointerCPlusPlusLinkage Linkage;
};
#endif // BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 11
#if BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 12
template <class t_BSLMF_RETURN, class t_ARGS_01,
class t_ARGS_02,
class t_ARGS_03,
class t_ARGS_04,
class t_ARGS_05,
class t_ARGS_06,
class t_ARGS_07,
class t_ARGS_08,
class t_ARGS_09,
class t_ARGS_10,
class t_ARGS_11,
class t_ARGS_12>
struct FunctionPointerTraits<t_BSLMF_RETURN (*)(t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,
t_ARGS_06,
t_ARGS_07,
t_ARGS_08,
t_ARGS_09,
t_ARGS_10,
t_ARGS_11,
t_ARGS_12,...)> {
enum {
IS_FUNCTION_POINTER = 1,
IS_NOEXCEPT = 0
};
enum { e_IS_VARARG = 1 };
typedef t_BSLMF_RETURN ResultType;
typedef typename TypeList<t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,
t_ARGS_06,
t_ARGS_07,
t_ARGS_08,
t_ARGS_09,
t_ARGS_10,
t_ARGS_11,
t_ARGS_12>::Type ArgumentList;
typedef t_BSLMF_RETURN FuncType(t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,
t_ARGS_06,
t_ARGS_07,
t_ARGS_08,
t_ARGS_09,
t_ARGS_10,
t_ARGS_11,
t_ARGS_12,...);
typedef FunctionPointerCPlusPlusLinkage Linkage;
};
#endif // BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 12
#if BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 13
template <class t_BSLMF_RETURN, class t_ARGS_01,
class t_ARGS_02,
class t_ARGS_03,
class t_ARGS_04,
class t_ARGS_05,
class t_ARGS_06,
class t_ARGS_07,
class t_ARGS_08,
class t_ARGS_09,
class t_ARGS_10,
class t_ARGS_11,
class t_ARGS_12,
class t_ARGS_13>
struct FunctionPointerTraits<t_BSLMF_RETURN (*)(t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,
t_ARGS_06,
t_ARGS_07,
t_ARGS_08,
t_ARGS_09,
t_ARGS_10,
t_ARGS_11,
t_ARGS_12,
t_ARGS_13,...)> {
enum {
IS_FUNCTION_POINTER = 1,
IS_NOEXCEPT = 0
};
enum { e_IS_VARARG = 1 };
typedef t_BSLMF_RETURN ResultType;
typedef typename TypeList<t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,
t_ARGS_06,
t_ARGS_07,
t_ARGS_08,
t_ARGS_09,
t_ARGS_10,
t_ARGS_11,
t_ARGS_12,
t_ARGS_13>::Type ArgumentList;
typedef t_BSLMF_RETURN FuncType(t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,
t_ARGS_06,
t_ARGS_07,
t_ARGS_08,
t_ARGS_09,
t_ARGS_10,
t_ARGS_11,
t_ARGS_12,
t_ARGS_13,...);
typedef FunctionPointerCPlusPlusLinkage Linkage;
};
#endif // BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 13
#if BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 14
template <class t_BSLMF_RETURN, class t_ARGS_01,
class t_ARGS_02,
class t_ARGS_03,
class t_ARGS_04,
class t_ARGS_05,
class t_ARGS_06,
class t_ARGS_07,
class t_ARGS_08,
class t_ARGS_09,
class t_ARGS_10,
class t_ARGS_11,
class t_ARGS_12,
class t_ARGS_13,
class t_ARGS_14>
struct FunctionPointerTraits<t_BSLMF_RETURN (*)(t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,
t_ARGS_06,
t_ARGS_07,
t_ARGS_08,
t_ARGS_09,
t_ARGS_10,
t_ARGS_11,
t_ARGS_12,
t_ARGS_13,
t_ARGS_14,...)> {
enum {
IS_FUNCTION_POINTER = 1,
IS_NOEXCEPT = 0
};
enum { e_IS_VARARG = 1 };
typedef t_BSLMF_RETURN ResultType;
typedef typename TypeList<t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,
t_ARGS_06,
t_ARGS_07,
t_ARGS_08,
t_ARGS_09,
t_ARGS_10,
t_ARGS_11,
t_ARGS_12,
t_ARGS_13,
t_ARGS_14>::Type ArgumentList;
typedef t_BSLMF_RETURN FuncType(t_ARGS_01,
t_ARGS_02,
t_ARGS_03,
t_ARGS_04,
t_ARGS_05,
t_ARGS_06,
t_ARGS_07,
t_ARGS_08,
t_ARGS_09,
t_ARGS_10,
t_ARGS_11,
t_ARGS_12,
t_ARGS_13,
t_ARGS_14,...);
typedef FunctionPointerCPlusPlusLinkage Linkage;
};
#endif // BSLMF_FUNCTIONPOINTERTRAITS_VARIADIC_LIMIT_A >= 14
#if defined(BSLS_PLATFORM_CMP_CLANG)
#pragma clang diagnostic pop
#endif
#else
// The generated code below is a workaround for the absence of perfect
// forwarding in some compilers.
#if defined(BSLS_PLATFORM_CMP_CLANG) && (!defined(BSLS_PLATFORM_OS_DARWIN) \
|| BSLS_PLATFORM_CMP_VER_MAJOR > 130000)
#pragma clang diagnostic push
#pragma clang diagnostic ignored "-Wdeprecated-volatile"
#endif
template <class t_BSLMF_RETURN, class... t_ARGS>
struct FunctionPointerTraits<t_BSLMF_RETURN (*)(t_ARGS...)> {
enum {
IS_FUNCTION_POINTER = 1,
IS_NOEXCEPT = 0
};
enum { e_IS_VARARG = 0 };
typedef t_BSLMF_RETURN ResultType;
typedef typename TypeList<t_ARGS...>::Type ArgumentList;
typedef t_BSLMF_RETURN FuncType(t_ARGS...);
typedef FunctionPointerCPlusPlusLinkage Linkage;
};
template <class t_BSLMF_RETURN, class... t_ARGS>
struct FunctionPointerTraits<t_BSLMF_RETURN (*)(t_ARGS...,...)> {
enum {
IS_FUNCTION_POINTER = 1,
IS_NOEXCEPT = 0
};
enum { e_IS_VARARG = 1 };
typedef t_BSLMF_RETURN ResultType;
typedef typename TypeList<t_ARGS...>::Type ArgumentList;
typedef t_BSLMF_RETURN FuncType(t_ARGS...,...);
typedef FunctionPointerCPlusPlusLinkage Linkage;
};
#if defined(BSLS_PLATFORM_CMP_CLANG)
#pragma clang diagnostic pop
#endif
// }}} END GENERATED CODE
#endif
#if defined(BSLS_PLATFORM_CMP_MSVC)
// Microsoft Visual C++ has a problem matching 'T * const' pointers to the
// appropriate partial specialization, whereas it will match a 'T const'
// specialization. We could use the Microsoft fix on all platforms, but why
// instantiate more traits than necessary when testing pointer traits of
// cv-qualified types that are not function pointers?
template <class t_PROTOTYPE>
struct FunctionPointerTraits<t_PROTOTYPE const>
: FunctionPointerTraits<t_PROTOTYPE> {
// This class gives information about the specified 't_PROTOTYPE'. The
// general definition gives no information, but specializations for
// function pointers types define nested types 'ResultType',
// 'ArgumentList', and 'Linkage'.
};
template <class t_PROTOTYPE>
struct FunctionPointerTraits<t_PROTOTYPE volatile>
: FunctionPointerTraits<t_PROTOTYPE> {
// This class gives information about the specified 't_PROTOTYPE'. The
// general definition gives no information, but specializations for
// function pointers types define nested types 'ResultType',
// 'ArgumentList', and 'Linkage'.
};
template <class t_PROTOTYPE>
struct FunctionPointerTraits<t_PROTOTYPE const volatile>
: FunctionPointerTraits<t_PROTOTYPE> {
// This class gives information about the specified 't_PROTOTYPE'. The
// general definition gives no information, but specializations for
// function pointers types define nested types 'ResultType',
// 'ArgumentList', and 'Linkage'.
};
#else
template <class t_PROTOTYPE>
struct FunctionPointerTraits<t_PROTOTYPE *const>
: FunctionPointerTraits<t_PROTOTYPE *> {
// This class gives information about the specified 't_PROTOTYPE'. The
// general definition gives no information, but specializations for
// function pointers types define nested types 'ResultType',
// 'ArgumentList', and 'Linkage'.
};
template <class t_PROTOTYPE>
struct FunctionPointerTraits<t_PROTOTYPE *volatile>
: FunctionPointerTraits<t_PROTOTYPE *> {
// This class gives information about the specified 't_PROTOTYPE'. The
// general definition gives no information, but specializations for
// function pointers types define nested types 'ResultType',
// 'ArgumentList', and 'Linkage'.
};
template <class t_PROTOTYPE>
struct FunctionPointerTraits<t_PROTOTYPE *const volatile>
: FunctionPointerTraits<t_PROTOTYPE *> {
// This class gives information about the specified 't_PROTOTYPE'. The
// general definition gives no information, but specializations for
// function pointers types define nested types 'ResultType',
// 'ArgumentList', and 'Linkage'.
};
// }}} END GENERATED CODE
#endif
#ifdef BSLS_COMPILERFEATURES_SUPPORT_NOEXCEPT_TYPES
#if defined(BSLS_PLATFORM_CMP_CLANG)
#pragma clang diagnostic push
#pragma clang diagnostic ignored "-Wdeprecated-volatile"
#endif
template <class t_BSLMF_RETURN, class... t_ARGS>
struct FunctionPointerTraits<t_BSLMF_RETURN (*)(t_ARGS...) noexcept> {
// Specialization for 'noexcept' function pointers that return
// 't_BSLMF_RETURN' and accept a fixed number of arguments
enum {
IS_FUNCTION_POINTER = 1,
IS_NOEXCEPT = 1
};
enum { e_IS_VARARG = 0 };
typedef t_BSLMF_RETURN ResultType;
typedef typename TypeList<t_ARGS...>::Type ArgumentList;
typedef t_BSLMF_RETURN FuncType(t_ARGS...) noexcept;
typedef FunctionPointerCPlusPlusLinkage Linkage;
};
template <class t_BSLMF_RETURN, class... t_ARGS>
struct FunctionPointerTraits<t_BSLMF_RETURN (*)(t_ARGS...,...) noexcept> {
// Specialization for 'noexcept' function pointers that return
// 't_BSLMF_RETURN' and accept variable (C-style varargs) number of
// arguments
enum {
IS_FUNCTION_POINTER = 1,
IS_NOEXCEPT = 1
};
enum { e_IS_VARARG = 1 };
typedef t_BSLMF_RETURN ResultType;
typedef typename TypeList<t_ARGS...>::Type ArgumentList;
typedef t_BSLMF_RETURN FuncType(t_ARGS...,...) noexcept;
typedef FunctionPointerCPlusPlusLinkage Linkage;
};
#if defined(BSLS_PLATFORM_CMP_CLANG)
#pragma clang diagnostic pop
#endif
#endif // BSLS_COMPILERFEATURES_SUPPORT_NOEXCEPT_TYPES
} // close package namespace
#ifndef BDE_OPENSOURCE_PUBLICATION // BACKWARD_COMPATIBILITY
// ============================================================================
// BACKWARD COMPATIBILITY
// ============================================================================
typedef bslmf::FunctionPointerCPlusPlusLinkage
bslmf_FunctionPointerCPlusPlusLinkage;
// This alias is defined for backward compatibility.
typedef bslmf::FunctionPointerCLinkage bslmf_FunctionPointerCLinkage;
// This alias is defined for backward compatibility.
#ifdef bslmf_FunctionPointerTraits
#undef bslmf_FunctionPointerTraits
#endif
#define bslmf_FunctionPointerTraits bslmf::FunctionPointerTraits
// This alias is defined for backward compatibility.
#ifdef bslmf_IsFunctionPointer
#undef bslmf_IsFunctionPointer
#endif
#define bslmf_IsFunctionPointer bslmf::IsFunctionPointer
// This alias is defined for backward compatibility.
#endif // BDE_OPENSOURCE_PUBLICATION -- BACKWARD_COMPATIBILITY
} // close enterprise namespace
#else // if ! defined(DEFINED_BSLMF_FUNCTIONPOINTERTRAITS_H)
# error Not valid except when included from bslmf_functionpointertraits.h
#endif // ! defined(COMPILING_BSLMF_FUNCTIONPOINTERTRAITS_H)
#endif // ! defined(INCLUDED_BSLMF_FUNCTIONPOINTERTRAITS_CPP03)
// ----------------------------------------------------------------------------
// Copyright 2022 Bloomberg Finance L.P.
//
// Licensed under the Apache License, Version 2.0 (the "License");
// you may not use this file except in compliance with the License.
// You may obtain a copy of the License at
//
// http://www.apache.org/licenses/LICENSE-2.0
//
// Unless required by applicable law or agreed to in writing, software
// distributed under the License is distributed on an "AS IS" BASIS,
// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
// See the License for the specific language governing permissions and
// limitations under the License.
// ----------------------------- END-OF-FILE ----------------------------------