bslmf Namespace Reference [Component bdlbb_blob, Component bslh_siphashalgorithm, Component bslmf_addconst, Component bslmf_addpointer, Component bslmf_addreference, Component bslmf_addvolatile, Component bslmf_arraytopointer, Component bslmf_assert, Component bslmf_detectnestedtrait, Component bslmf_forwardingreftype, Component bslmf_forwardingtype, Component bslmf_functionpointertraits, Component bslmf_haspointersemantics, Component bslmf_if, Component bslmf_integralconstant, Component bslmf_invokeresult, Component bslmf_isaccessiblebaseof, Component bslmf_isbitwiseequalitycomparable, Component bslmf_isbitwisemoveable, Component bslmf_isclass, Component bslmf_isconvertibletoany, Component bslmf_isfundamental, Component bslmf_ispair, Component bslmf_ispolymorphic, Component bslmf_isreferencewrapper, Component bslmf_istransparentpredicate, Component bslmf_matchanytype, Component bslmf_matcharithmetictype, Component bslmf_memberfunctionpointertraits, Component bslmf_memberpointertraits, Component bslmf_metaint, Component bslmf_movableref, Component bslmf_nestedtraitdeclaration, Component bslmf_nil, Component bslmf_nthparameter, Component bslmf_removecvq, Component bslmf_removepointer, Component bslmf_resulttype, Component bslmf_switch, Component bslmf_tag, Component bslmf_typelist, Component bslmf_usesallocator, Component bslmf_usesallocatorargt, Component bslmf_util, Component bslmf_voidtype, Component bslstl_bidirectionalnodepool]

Classes
struct	IsBitwiseMoveable< BloombergLP::bdlbb::BlobBuffer >
struct	IsBitwiseMoveable< BloombergLP::bdlbb::Blob >
struct	IsBitwiseMoveable< bslh::SipHashAlgorithm >
struct	AddConst_Imp
struct	AddConst_Imp< t_TYPE, false >
struct	AddPointer_Compute
struct	AddPointer_Impl
struct	AddPointer_Impl< t_TYPE, 1u >
struct	AddReference
struct	AddVolatile_Imp
struct	AddVolatile_Imp< t_TYPE, false >
struct	ArrayToPointer
struct	ArrayToPointer< t_TYPE & >
struct	ArrayToConstPointer
struct	ArrayToConstPointer< t_TYPE & >
struct	ArrayToPointer_Imp
struct	ArrayToPointer_Imp< t_TYPE[t_NUM_ELEMENTS], t_UNUSED >
struct	ArrayToPointer_Imp< t_TYPE[], t_UNUSED >
struct	AssertTest
struct	DetectNestedTrait_Imp
struct	DetectNestedTrait_Imp< t_TYPE, t_TRAIT, BSLMF_VOIDTYPE(int t_TYPE::*)>
struct	DetectNestedTrait
struct	DetectNestedTrait< const t_TYPE, t_TRAIT >
struct	DetectNestedTrait< volatile t_TYPE, t_TRAIT >
struct	DetectNestedTrait< const volatile t_TYPE, t_TRAIT >
struct	EnableIf
struct	EnableIf< false, t_TYPE >
struct	ForwardingRefType_Category
class	ForwardingRefType_Dispatch
class	ForwardingRefType
class	ForwardingRefTypeUtil
struct	ForwardingType_Category
class	ForwardingType_Dispatch
class	ForwardingType
class	ForwardingTypeUtil
struct	ConstForwardingType
struct	FunctionPointerCPlusPlusLinkage
struct	FunctionPointerCLinkage
struct	FunctionPointerTraits
struct	IsFunctionPointer
struct	FunctionPointerTraits< t_BSLMF_RETURN(*)(t_ARGS...)>
struct	FunctionPointerTraits< t_BSLMF_RETURN(*)(t_ARGS...,...)>
struct	FunctionPointerTraits< t_PROTOTYPE *const >
struct	FunctionPointerTraits< t_PROTOTYPE *volatile >
struct	FunctionPointerTraits< t_PROTOTYPE *const volatile >
struct	HasPointerSemantics
struct	If
struct	InvokeResultDeductionFailed
struct	InvokeResult_BaseCalcUtil
struct	InvokeResult_VoidChecker
struct	InvokeResult_Index
struct	InvokeResult_Type< InvokeResult_Index::e_VOID >
struct	InvokeResult_Type< InvokeResult_Index::e_BOOL >
struct	InvokeResult_Type< InvokeResult_Index::e_CHAR >
struct	InvokeResult_Type< InvokeResult_Index::e_SCHAR >
struct	InvokeResult_Type< InvokeResult_Index::e_UCHAR >
struct	InvokeResult_Type< InvokeResult_Index::e_WCHAR_T >
struct	InvokeResult_Type< InvokeResult_Index::e_SHORT >
struct	InvokeResult_Type< InvokeResult_Index::e_USHORT >
struct	InvokeResult_Type< InvokeResult_Index::e_INT >
struct	InvokeResult_Type< InvokeResult_Index::e_UNSIGNED >
struct	InvokeResult_Type< InvokeResult_Index::e_LONG >
struct	InvokeResult_Type< InvokeResult_Index::e_ULONG >
struct	InvokeResult_Type< InvokeResult_Index::e_LONG_LONG >
struct	InvokeResult_Type< InvokeResult_Index::e_ULONG_LONG >
struct	InvokeResult_Type< InvokeResult_Index::e_FLOAT >
struct	InvokeResult_Type< InvokeResult_Index::e_DOUBLE >
struct	InvokeResult_Type< InvokeResult_Index::e_LONG_DOUBLE >
struct	InvokeResult_Type< InvokeResult_Index::e_VOIDPTR >
struct	InvokeResult_Type< InvokeResult_Index::e_CONST_VOIDPTR >
struct	InvokeResult_Type< InvokeResult_Index::e_VOLATILE_VOIDPTR >
struct	InvokeResult_Type< InvokeResult_Index::e_CONST_VOLATILE_VOIDPTR >
struct	InvokeResult_Type< InvokeResult_Index::e_NULLPTR_T >
struct	InvokeResult_Type< InvokeResult_Index::e_POINTER >
struct	InvokeResult_Type< InvokeResult_Index::e_OTHER >
struct	InvokeResult_ImpUtils
struct	InvokeResult_AddCVRef
struct	InvokeResult_FunctorDeduction
struct	InvokeResult_FunctorDeduction< true, t_FN, t_ARGTYPES...>
struct	InvokeResult_MemPtrArgQualifiers
struct	InvokeResult_MemPtrArgQualifiers< t_MEMOF_CLASS, t_ARG_TYPE, false >
struct	InvokeResult_Imp
struct	InvokeResult_Imp< true, false, false, t_FN, t_ARGTYPES...>
struct	InvokeResult_Imp< false, true, false, t_FN, t_ARGTYPES...>
struct	InvokeResult_Imp< false, false, true, t_FN, t_ARGTYPES...>
struct	InvokeResult_FunctorImp
struct	InvokeResult_FuncPtrImp
struct	InvokeResult_MemFuncPtrImp< t_FN, t_ARGTYPES...>
struct	InvokeResult_MemObjPtrImp
struct	InvokeResult_MemObjPtrImp< t_RET t_CLASS::*, t_ARGTYPE >
class	IsAccessibleBaseOf
struct	IsArray
struct	IsBitwiseEqualityComparable_Imp
struct	IsBitwiseEqualityComparable_Imp< t_TYPE, BSLMF_VOIDTYPE(int t_TYPE::*)>
struct	IsBitwiseEqualityComparable
struct	IsBitwiseEqualityComparable< const t_TYPE >
struct	IsBitwiseEqualityComparable< volatile t_TYPE >
struct	IsBitwiseEqualityComparable< const volatile t_TYPE >
struct	IsBitwiseEqualityComparable< t_TYPE[t_LEN]>
struct	IsBitwiseEqualityComparable< const t_TYPE[t_LEN]>
struct	IsBitwiseEqualityComparable< volatile t_TYPE[t_LEN]>
struct	IsBitwiseEqualityComparable< const volatile t_TYPE[t_LEN]>
struct	IsBitwiseEqualityComparable< t_TYPE[]>
struct	IsBitwiseEqualityComparable< const t_TYPE[]>
struct	IsBitwiseEqualityComparable< volatile t_TYPE[]>
struct	IsBitwiseEqualityComparable< const volatile t_TYPE[]>
struct	IsBitwiseEqualityComparable< void >
struct	IsBitwiseEqualityComparable< float >
struct	IsBitwiseEqualityComparable< double >
struct	IsBitwiseEqualityComparable< long double >
struct	IsBitwiseMoveable_Imp
struct	IsBitwiseMoveable_Imp< t_TYPE, false >
struct	IsBitwiseMoveable
struct	IsBitwiseMoveable< void >
struct	IsBitwiseMoveable< const t_TYPE >
struct	IsBitwiseMoveable< volatile t_TYPE >
struct	IsBitwiseMoveable< const volatile t_TYPE >
struct	IsBitwiseMoveable< t_TYPE[t_LEN]>
struct	IsBitwiseMoveable< const t_TYPE[t_LEN]>
struct	IsBitwiseMoveable< volatile t_TYPE[t_LEN]>
struct	IsBitwiseMoveable< const volatile t_TYPE[t_LEN]>
struct	IsClass_Imp
struct	IsClass_Imp< t_TYPE, BSLMF_VOIDTYPE(int t_TYPE::*)>
struct	IsClass
struct	IsConvertible_CheckComplete
struct	IsConvertible_CheckComplete< t_TYPE &, false >
struct	IsConvertible_CheckComplete< t_TYPE, true >
struct	IsConvertible_CheckComplete< t_TYPE[], false >
struct	IsConvertible_Match
struct	IsConvertible_Imp
struct	IsConvertible_LazyTrait
struct	IsConvertible_IsNeverConvertible
struct	IsConvertible_FilterNeverConvertible
struct	IsConvertible_Conditional
struct	IsConvertible
class	IsConvertibleToAny_Imp
struct	IsConvertibleToAny
struct	IsCopyConstructible_Imp
struct	IsCopyConstructible_Imp< void >
struct	IsCopyConstructible_Imp< volatile void >
struct	IsCopyConstructible_Imp< t_TYPE *volatile >
struct	IsEnum
struct	IsEnum_AnyArithmeticType
struct	IsEnum_TestConversions
struct	IsFundamental_Imp
struct	IsFundamental_Imp< bool >
struct	IsFundamental_Imp< char >
struct	IsFundamental_Imp< signed char >
struct	IsFundamental_Imp< unsigned char >
struct	IsFundamental_Imp< wchar_t >
struct	IsFundamental_Imp< short >
struct	IsFundamental_Imp< unsigned short >
struct	IsFundamental_Imp< int >
struct	IsFundamental_Imp< unsigned int >
struct	IsFundamental_Imp< long >
struct	IsFundamental_Imp< unsigned long >
struct	IsFundamental_Imp< long long >
struct	IsFundamental_Imp< unsigned long long >
struct	IsFundamental_Imp< float >
struct	IsFundamental_Imp< double >
struct	IsFundamental_Imp< long double >
struct	IsFundamental_Imp< void >
struct	IsFundamental
struct	IsFundamental< t_TYPE & >
struct	IsNothrowMoveConstructible_Impl
struct	IsNothrowMoveConstructible_Impl< t_TYPE, BSLMF_VOIDTYPE(intt_TYPE::*)>
struct	IsNothrowMoveConstructible_Impl< const t_TYPE, BSLMF_VOIDTYPE(intt_TYPE::*)>
struct	IsNothrowMoveConstructible_Impl< volatile t_TYPE, BSLMF_VOIDTYPE(intt_TYPE::*)>
struct	IsNothrowMoveConstructible_Impl< const volatile t_TYPE, BSLMF_VOIDTYPE(intt_TYPE::*)>
struct	IsNothrowMoveConstructible_Impl< t_TYPE & >
struct	IsNothrowMoveConstructible_Impl< t_TYPE[]>
struct	IsNothrowMoveConstructible_Impl< const t_TYPE[]>
struct	IsNothrowMoveConstructible_Impl< volatile t_TYPE[]>
struct	IsNothrowMoveConstructible_Impl< const volatile t_TYPE[]>
struct	IsNothrowMoveConstructible_Impl< t_TYPE[t_LEN]>
struct	IsNothrowMoveConstructible_Impl< const t_TYPE[t_LEN]>
struct	IsNothrowMoveConstructible_Impl< volatile t_TYPE[t_LEN]>
struct	IsNothrowMoveConstructible_Impl< const volatile t_TYPE[t_LEN]>
struct	IsPair
struct	IsPointer
struct	IsPolymorphic_Imp
struct	IsPolymorphic_Imp< t_TYPE, true >
struct	IsPolymorphic
struct	IsReferenceWrapper
struct	IsSame
struct	IsTransparentPredicate
struct	IsTransparentPredicate< t_COMPARATOR, t_KEY, BSLMF_VOIDTYPE(typename t_COMPARATOR::is_transparent)>
struct	IsTriviallyCopyable_DetectTrait
struct	IsTriviallyCopyable_DetectTrait< t_TYPE, true >
struct	IsTriviallyCopyable_Intrinsic
struct	IsTriviallyCopyable_Intrinsic< void >
struct	IsTriviallyDefaultConstructible_Imp
struct	IsTriviallyDefaultConstructible_Imp< void >
struct	IsVoid
struct	MatchAnyType
struct	TypeRep
struct	TypeRep< t_TYPE & >
class	MatchArithmeticType
struct	MemberFunctionPointerTraits
struct	IsMemberFunctionPointer
class	MemberFunctionPointerTraits_ClassType
struct	MemberFunctionPointerTraits_Imp
struct	MemberFunctionPointerTraits_Imp< t_PROTOTYPE, t_BSLMF_RETURN(t_TYPE::*)(t_ARGS...)>
struct	MemberFunctionPointerTraits_Imp< t_PROTOTYPE, t_BSLMF_RETURN(t_TYPE::*)(t_ARGS...) const >
struct	MemberFunctionPointerTraits_Imp< t_PROTOTYPE, t_BSLMF_RETURN(t_TYPE::*)(t_ARGS...) volatile >
struct	MemberFunctionPointerTraits_Imp< t_PROTOTYPE, t_BSLMF_RETURN(t_TYPE::*)(t_ARGS...) const volatile >
struct	MemberPointerTraits
struct	MemberPointerTraits_Imp
struct	MemberPointerTraits_Imp< t_MEMBER_TYPE t_CLASS_TYPE::* >
struct	MetaInt
struct	MetaInt< 0 >
struct	MetaInt< 1 >
class	MovableRef
struct	MovableRefUtil
class	NestedTraitDeclaration
struct	Nil
struct	IsNil
struct	IsNil< Nil >
struct	NthParameter
struct	NthParameter< 0, t_FIRST_PARAM, t_PARAMS...>
struct	NthParameter< 0, NthParameter_Sentinel >
struct	RemoveCvq
struct	RemovePointer_Imp
struct	RemovePointer_Imp< t_TYPE * >
struct	RemovePointer_Imp< t_TYPE *const >
struct	RemovePointer_Imp< t_TYPE *volatile >
struct	RemovePointer_Imp< t_TYPE *const volatile >
struct	RemoveReference
struct	ResultType
struct	ResultType< t_FUNC, t_FALLBACK, BSLMF_VOIDTYPE(typename t_FUNC::result_type)>
struct	Switch
struct	Switch< 0, t_T0, t_T1, t_T2, t_T3, t_T4, t_T5, t_T6, t_T7, t_T8, t_T9 >
struct	Switch< 1, t_T0, t_T1, t_T2, t_T3, t_T4, t_T5, t_T6, t_T7, t_T8, t_T9 >
struct	Switch< 2, t_T0, t_T1, t_T2, t_T3, t_T4, t_T5, t_T6, t_T7, t_T8, t_T9 >
struct	Switch< 3, t_T0, t_T1, t_T2, t_T3, t_T4, t_T5, t_T6, t_T7, t_T8, t_T9 >
struct	Switch< 4, t_T0, t_T1, t_T2, t_T3, t_T4, t_T5, t_T6, t_T7, t_T8, t_T9 >
struct	Switch< 5, t_T0, t_T1, t_T2, t_T3, t_T4, t_T5, t_T6, t_T7, t_T8, t_T9 >
struct	Switch< 6, t_T0, t_T1, t_T2, t_T3, t_T4, t_T5, t_T6, t_T7, t_T8, t_T9 >
struct	Switch< 7, t_T0, t_T1, t_T2, t_T3, t_T4, t_T5, t_T6, t_T7, t_T8, t_T9 >
struct	Switch< 8, t_T0, t_T1, t_T2, t_T3, t_T4, t_T5, t_T6, t_T7, t_T8, t_T9 >
struct	Switch< 9, t_T0, t_T1, t_T2, t_T3, t_T4, t_T5, t_T6, t_T7, t_T8, t_T9 >
struct	Switch2
struct	Switch2< 0, t_T0, t_T1 >
struct	Switch2< 1, t_T0, t_T1 >
struct	Switch3
struct	Switch3< 0, t_T0, t_T1, t_T2 >
struct	Switch3< 1, t_T0, t_T1, t_T2 >
struct	Switch3< 2, t_T0, t_T1, t_T2 >
struct	Switch4
struct	Switch4< 0, t_T0, t_T1, t_T2, t_T3 >
struct	Switch4< 1, t_T0, t_T1, t_T2, t_T3 >
struct	Switch4< 2, t_T0, t_T1, t_T2, t_T3 >
struct	Switch4< 3, t_T0, t_T1, t_T2, t_T3 >
struct	Switch5
struct	Switch5< 0, t_T0, t_T1, t_T2, t_T3, t_T4 >
struct	Switch5< 1, t_T0, t_T1, t_T2, t_T3, t_T4 >
struct	Switch5< 2, t_T0, t_T1, t_T2, t_T3, t_T4 >
struct	Switch5< 3, t_T0, t_T1, t_T2, t_T3, t_T4 >
struct	Switch5< 4, t_T0, t_T1, t_T2, t_T3, t_T4 >
struct	Switch6
struct	Switch6< 0, t_T0, t_T1, t_T2, t_T3, t_T4, t_T5 >
struct	Switch6< 1, t_T0, t_T1, t_T2, t_T3, t_T4, t_T5 >
struct	Switch6< 2, t_T0, t_T1, t_T2, t_T3, t_T4, t_T5 >
struct	Switch6< 3, t_T0, t_T1, t_T2, t_T3, t_T4, t_T5 >
struct	Switch6< 4, t_T0, t_T1, t_T2, t_T3, t_T4, t_T5 >
struct	Switch6< 5, t_T0, t_T1, t_T2, t_T3, t_T4, t_T5 >
struct	Switch7
struct	Switch7< 0, t_T0, t_T1, t_T2, t_T3, t_T4, t_T5, t_T6 >
struct	Switch7< 1, t_T0, t_T1, t_T2, t_T3, t_T4, t_T5, t_T6 >
struct	Switch7< 2, t_T0, t_T1, t_T2, t_T3, t_T4, t_T5, t_T6 >
struct	Switch7< 3, t_T0, t_T1, t_T2, t_T3, t_T4, t_T5, t_T6 >
struct	Switch7< 4, t_T0, t_T1, t_T2, t_T3, t_T4, t_T5, t_T6 >
struct	Switch7< 5, t_T0, t_T1, t_T2, t_T3, t_T4, t_T5, t_T6 >
struct	Switch7< 6, t_T0, t_T1, t_T2, t_T3, t_T4, t_T5, t_T6 >
struct	Switch8
struct	Switch8< 0, t_T0, t_T1, t_T2, t_T3, t_T4, t_T5, t_T6, t_T7 >
struct	Switch8< 1, t_T0, t_T1, t_T2, t_T3, t_T4, t_T5, t_T6, t_T7 >
struct	Switch8< 2, t_T0, t_T1, t_T2, t_T3, t_T4, t_T5, t_T6, t_T7 >
struct	Switch8< 3, t_T0, t_T1, t_T2, t_T3, t_T4, t_T5, t_T6, t_T7 >
struct	Switch8< 4, t_T0, t_T1, t_T2, t_T3, t_T4, t_T5, t_T6, t_T7 >
struct	Switch8< 5, t_T0, t_T1, t_T2, t_T3, t_T4, t_T5, t_T6, t_T7 >
struct	Switch8< 6, t_T0, t_T1, t_T2, t_T3, t_T4, t_T5, t_T6, t_T7 >
struct	Switch8< 7, t_T0, t_T1, t_T2, t_T3, t_T4, t_T5, t_T6, t_T7 >
struct	Switch9
struct	Switch9< 0, t_T0, t_T1, t_T2, t_T3, t_T4, t_T5, t_T6, t_T7, t_T8 >
struct	Switch9< 1, t_T0, t_T1, t_T2, t_T3, t_T4, t_T5, t_T6, t_T7, t_T8 >
struct	Switch9< 2, t_T0, t_T1, t_T2, t_T3, t_T4, t_T5, t_T6, t_T7, t_T8 >
struct	Switch9< 3, t_T0, t_T1, t_T2, t_T3, t_T4, t_T5, t_T6, t_T7, t_T8 >
struct	Switch9< 4, t_T0, t_T1, t_T2, t_T3, t_T4, t_T5, t_T6, t_T7, t_T8 >
struct	Switch9< 5, t_T0, t_T1, t_T2, t_T3, t_T4, t_T5, t_T6, t_T7, t_T8 >
struct	Switch9< 6, t_T0, t_T1, t_T2, t_T3, t_T4, t_T5, t_T6, t_T7, t_T8 >
struct	Switch9< 7, t_T0, t_T1, t_T2, t_T3, t_T4, t_T5, t_T6, t_T7, t_T8 >
struct	Switch9< 8, t_T0, t_T1, t_T2, t_T3, t_T4, t_T5, t_T6, t_T7, t_T8 >
struct	Tag
struct	TypeList
struct	TypeListTypeOf
struct	TypeList0
struct	TypeList1
struct	TypeList2
struct	TypeList3
struct	TypeList4
struct	TypeList5
struct	TypeList6
struct	TypeList7
struct	TypeList8
struct	TypeList9
struct	TypeList10
struct	TypeList11
struct	TypeList12
struct	TypeList13
struct	TypeList14
struct	TypeList15
struct	TypeList16
struct	TypeList17
struct	TypeList18
struct	TypeList19
struct	TypeList20
struct	TypeList< Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil >
struct	TypeList< t_A1, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil >
struct	TypeList< t_A1, t_A2, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil >
struct	TypeList< t_A1, t_A2, t_A3, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil >
struct	TypeList< t_A1, t_A2, t_A3, t_A4, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil >
struct	TypeList< t_A1, t_A2, t_A3, t_A4, t_A5, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil >
struct	TypeList< t_A1, t_A2, t_A3, t_A4, t_A5, t_A6, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil >
struct	TypeList< t_A1, t_A2, t_A3, t_A4, t_A5, t_A6, t_A7, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil >
struct	TypeList< t_A1, t_A2, t_A3, t_A4, t_A5, t_A6, t_A7, t_A8, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil >
struct	TypeList< t_A1, t_A2, t_A3, t_A4, t_A5, t_A6, t_A7, t_A8, t_A9, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil >
struct	TypeList< t_A1, t_A2, t_A3, t_A4, t_A5, t_A6, t_A7, t_A8, t_A9, t_A10, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil >
struct	TypeList< t_A1, t_A2, t_A3, t_A4, t_A5, t_A6, t_A7, t_A8, t_A9, t_A10, t_A11, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil >
struct	TypeList< t_A1, t_A2, t_A3, t_A4, t_A5, t_A6, t_A7, t_A8, t_A9, t_A10, t_A11, t_A12, Nil, Nil, Nil, Nil, Nil, Nil, Nil, Nil >
struct	TypeList< t_A1, t_A2, t_A3, t_A4, t_A5, t_A6, t_A7, t_A8, t_A9, t_A10, t_A11, t_A12, t_A13, Nil, Nil, Nil, Nil, Nil, Nil, Nil >
struct	TypeList< t_A1, t_A2, t_A3, t_A4, t_A5, t_A6, t_A7, t_A8, t_A9, t_A10, t_A11, t_A12, t_A13, t_A14, Nil, Nil, Nil, Nil, Nil, Nil >
struct	TypeList< t_A1, t_A2, t_A3, t_A4, t_A5, t_A6, t_A7, t_A8, t_A9, t_A10, t_A11, t_A12, t_A13, t_A14, t_A15, Nil, Nil, Nil, Nil, Nil >
struct	TypeList< t_A1, t_A2, t_A3, t_A4, t_A5, t_A6, t_A7, t_A8, t_A9, t_A10, t_A11, t_A12, t_A13, t_A14, t_A15, t_A16, Nil, Nil, Nil, Nil >
struct	TypeList< t_A1, t_A2, t_A3, t_A4, t_A5, t_A6, t_A7, t_A8, t_A9, t_A10, t_A11, t_A12, t_A13, t_A14, t_A15, t_A16, t_A17, Nil, Nil, Nil >
struct	TypeList< t_A1, t_A2, t_A3, t_A4, t_A5, t_A6, t_A7, t_A8, t_A9, t_A10, t_A11, t_A12, t_A13, t_A14, t_A15, t_A16, t_A17, t_A18, Nil, Nil >
struct	TypeList< t_A1, t_A2, t_A3, t_A4, t_A5, t_A6, t_A7, t_A8, t_A9, t_A10, t_A11, t_A12, t_A13, t_A14, t_A15, t_A16, t_A17, t_A18, t_A19, Nil >
struct	TypeListTypeOf< 1, t_LIST, t_DEFAULTTYPE, 1 >
struct	TypeListTypeOf< 2, t_LIST, t_DEFAULTTYPE, 1 >
struct	TypeListTypeOf< 3, t_LIST, t_DEFAULTTYPE, 1 >
struct	TypeListTypeOf< 4, t_LIST, t_DEFAULTTYPE, 1 >
struct	TypeListTypeOf< 5, t_LIST, t_DEFAULTTYPE, 1 >
struct	TypeListTypeOf< 6, t_LIST, t_DEFAULTTYPE, 1 >
struct	TypeListTypeOf< 7, t_LIST, t_DEFAULTTYPE, 1 >
struct	TypeListTypeOf< 8, t_LIST, t_DEFAULTTYPE, 1 >
struct	TypeListTypeOf< 9, t_LIST, t_DEFAULTTYPE, 1 >
struct	TypeListTypeOf< 10, t_LIST, t_DEFAULTTYPE, 1 >
struct	TypeListTypeOf< 11, t_LIST, t_DEFAULTTYPE, 1 >
struct	TypeListTypeOf< 12, t_LIST, t_DEFAULTTYPE, 1 >
struct	TypeListTypeOf< 13, t_LIST, t_DEFAULTTYPE, 1 >
struct	TypeListTypeOf< 14, t_LIST, t_DEFAULTTYPE, 1 >
struct	TypeListTypeOf< 15, t_LIST, t_DEFAULTTYPE, 1 >
struct	TypeListTypeOf< 16, t_LIST, t_DEFAULTTYPE, 1 >
struct	TypeListTypeOf< 17, t_LIST, t_DEFAULTTYPE, 1 >
struct	TypeListTypeOf< 18, t_LIST, t_DEFAULTTYPE, 1 >
struct	TypeListTypeOf< 19, t_LIST, t_DEFAULTTYPE, 1 >
struct	TypeListTypeOf< 20, t_LIST, t_DEFAULTTYPE, 1 >
struct	UsesAllocator_Imp
struct	UsesAllocator_Imp< t_TYPE, t_ALLOC, BSLMF_VOIDTYPE(typename t_TYPE::allocator_type)>
struct	UsesAllocatorArgT
struct	UsesAllocatorArgT< const t_TYPE >
struct	UsesAllocatorArgT< volatile t_TYPE >
struct	UsesAllocatorArgT< const volatile t_TYPE >
struct	Util
struct	VoidType
struct	VoidType_1
struct	VoidType_2
struct	IsBitwiseMoveable< bslstl::BidirectionalNodePool< VALUE, ALLOCATOR > >
Typedefs
typedef Nil	TypeListNil
Functions
template<class t_TYPE >
bsl::enable_if<!bsl::is_void < t_TYPE >::value, Tag< false > >::type	operator, (const t_TYPE &, InvokeResult_VoidChecker)

---

Typedef Documentation

typedef Nil bslmf::TypeListNil

---

Function Documentation

template<class t_TYPE >

bsl::enable_if<!bsl::is_void<t_TYPE>::value, Tag<false> >::type bslmf::operator,	(	const t_TYPE &	,
		InvokeResult_VoidChecker
	)

Return InvokeResult_VoidChecker() if the left argument is of type cv-'void'; otherwise bslmf::Tag<false>(). This overload of the comma operator is declared but not defined, and is intended to be used in metafunctions in an unevaluated context to detect void expressions. For any non-void expression expr, (expr,InvokeResult_VoidChecker()), will match this overload and produce a result of type bslmf::Tag<false>. However, const t_TYPE& will not match void, so if expr is a void expression, the built-in comma operator is matched and the result will have type InvokeResult_VoidChecker (i.e., the second argument).

Note that Sun CC incorrectly matches this overload for a void expression, then fails hard. The enable_if prevents this match for Sun CC and any other compilers that may similarly match void and is harmless for compilers that don't.