Compile [2024-11-21 16:30:27 UTC]: fail
call "C:\teeks99-09\run\results\boost\bin.v2\standalone\msvc\msvc-14.3\msvc-setup.bat" >nul
cl /Zm800 -nologo "..\libs\hana\test\numeric\negate_mcd.cpp" -c -Fo"C:\teeks99-09\run\results\boost\bin.v2\libs\hana\test\test~numeric~negate_mcd.test\msvc-14.3\dbg\x86_6\dbg-symbl-off\thrd-mlt\numeric\negate_mcd.obj" -TP /wd4675 /EHs /GR /Zc:throwingNew /Od /Ob0 /W3 /MDd /Zc:forScope /Zc:wchar_t /Zc:inline /favor:blend -DBOOST_ALL_NO_LIB=1 -DBOOST_COBALT_USE_STD_PMR=1 "-I.." "-I..\libs\hana\test\_include" "-IC:\teeks99-09\run\boost_root\libs\assert\include" "-IC:\teeks99-09\run\boost_root\libs\core\include" "-IC:\teeks99-09\run\boost_root\libs\hana\include" "-IC:\teeks99-09\run\boost_root\libs\throw_exception\include" "-IC:\teeks99-09\run\boost_root\libs\tuple\include"
negate_mcd.cpp
..\libs\hana\test\_include\support/numeric.hpp(76): error C2446: ':': no conversion from 'const boost::hana::integral_constant<bool,false>' to 'const boost::hana::integral_constant<bool,true>'
..\libs\hana\test\_include\support/numeric.hpp(76): note: No user-defined-conversion operator available that can perform this conversion, or the operator cannot be called
..\libs\hana\test\_include\support/numeric.hpp(76): note: the template instantiation context (the oldest one first) is
C:\teeks99-09\run\boost_root\libs\hana\test\numeric\main.hpp(76): note: see reference to function template instantiation 'auto boost::hana::detail::equal_by<boost::hana::test::_injection<0>>::operator ()<numeric_type&,numeric_type&>(X,Y) const &' being compiled
with
[
X=numeric_type &,
Y=numeric_type &
]
..\boost/hana/comparing.hpp(28): note: see reference to function template instantiation 'auto boost::hana::equal_t::operator ()<boost::hana::test::injection_result<0,numeric_type>,boost::hana::test::injection_result<0,numeric_type>>(X &&,Y &&) const' being compiled
with
[
X=boost::hana::test::injection_result<0,numeric_type>,
Y=boost::hana::test::injection_result<0,numeric_type>
]
..\boost/hana/equal.hpp(50): note: see reference to function template instantiation 'auto boost::hana::equal_impl<boost::hana::test::InjectionResult,boost::hana::test::InjectionResult,void>::apply<X,Y>(X,Y)' being compiled
with
[
X=boost::hana::test::injection_result<0,numeric_type>,
Y=boost::hana::test::injection_result<0,numeric_type>
]
..\libs\hana\test\_include\laws/base.hpp(163): note: see reference to function template instantiation 'auto boost::hana::equal_t::operator ()<boost::hana::tuple<numeric_type>&,boost::hana::tuple<numeric_type>&>(X,Y) const' being compiled
with
[
X=boost::hana::tuple<numeric_type> &,
Y=boost::hana::tuple<numeric_type> &
]
..\boost/hana/equal.hpp(50): note: see reference to function template instantiation 'auto boost::hana::equal_impl<T,U,boost::hana::when<true>>::apply<boost::hana::tuple<numeric_type>,boost::hana::tuple<numeric_type>>(const Xs &,const Ys &)' being compiled
with
[
T=boost::hana::equal_t::()::T,
U=boost::hana::equal_t::()::U,
Xs=boost::hana::tuple<numeric_type>,
Ys=boost::hana::tuple<numeric_type>
]
..\boost/hana/equal.hpp(174): note: see reference to function template instantiation 'auto boost::hana::detail::compare_finite_sequences<Xs,Ys,1>::apply<0>(boost::hana::false_,boost::hana::true_) const' being compiled
with
[
Xs=boost::hana::tuple<numeric_type>,
Ys=boost::hana::tuple<numeric_type>
]
..\boost/hana/equal.hpp(143): note: see reference to function template instantiation 'decltype(auto) boost::hana::if_t::operator ()<numeric_type,const boost::hana::integral_constant<bool,true>&,const boost::hana::integral_constant<bool,false>&>(Cond &&,Then,Else) const' being compiled
with
[
Cond=numeric_type,
Then=const boost::hana::integral_constant<bool,true> &,
Else=const boost::hana::integral_constant<bool,false> &
]
..\boost/hana/if.hpp(35): note: see reference to function template instantiation 'auto boost::hana::if_impl<L,boost::hana::when<true>>::apply<Cond,const boost::hana::integral_constant<bool,true>&,const boost::hana::integral_constant<bool,false>&>(C &&,T,E)' being compiled
with
[
L=boost::hana::if_t::()::Bool,
Cond=numeric_type,
C=numeric_type,
T=const boost::hana::integral_constant<bool,true> &,
E=const boost::hana::integral_constant<bool,false> &
]
..\boost/hana/if.hpp(53): note: see reference to function template instantiation 'decltype(auto) boost::hana::eval_if_t::operator ()<C,boost::hana::detail::hold<T>,boost::hana::detail::hold<E>>(Cond &&,Then &&,Else &&) const' being compiled
with
[
C=numeric_type,
T=const boost::hana::integral_constant<bool,true> &,
E=const boost::hana::integral_constant<bool,false> &,
Cond=numeric_type,
Then=boost::hana::detail::hold<const boost::hana::integral_constant<bool,true> &>,
Else=boost::hana::detail::hold<const boost::hana::integral_constant<bool,false> &>
]
..\boost/hana/eval_if.hpp(40): note: see reference to function template instantiation 'auto boost::hana::eval_if_impl<Numeric,void>::apply<Cond,Then,Else>(const C &,T &&,E &&)' being compiled
with
[
Cond=numeric_type,
Then=boost::hana::detail::hold<const boost::hana::integral_constant<bool,true> &>,
Else=boost::hana::detail::hold<const boost::hana::integral_constant<bool,false> &>,
C=numeric_type,
T=boost::hana::detail::hold<const boost::hana::integral_constant<bool,true> &>,
E=boost::hana::detail::hold<const boost::hana::integral_constant<bool,false> &>
]
..\boost/hana/equal.hpp(141): error C2672: 'boost::hana::detail::compare_finite_sequences<Xs,Ys,1>::apply': no matching overloaded function found
with
[
Xs=boost::hana::tuple<numeric_type>,
Ys=boost::hana::tuple<numeric_type>
]
..\boost/hana/equal.hpp(157): note: could be 'bool boost::hana::detail::compare_finite_sequences<Xs,Ys,1>::apply(boost::hana::false_,bool) const'
with
[
Xs=boost::hana::tuple<numeric_type>,
Ys=boost::hana::tuple<numeric_type>
]
..\boost/hana/equal.hpp(142): note: 'initializing': cannot convert from 'boost::hana::integral_constant<bool,true>' to 'boost::hana::false_'
..\boost/hana/equal.hpp(142): note: No user-defined-conversion operator available that can perform this conversion, or the operator cannot be called
..\boost/hana/equal.hpp(153): note: or 'auto boost::hana::detail::compare_finite_sequences<Xs,Ys,1>::apply(boost::hana::true_,Result) const'
with
[
Xs=boost::hana::tuple<numeric_type>,
Ys=boost::hana::tuple<numeric_type>
]
..\boost/hana/equal.hpp(141): note: Failed to specialize function template 'auto boost::hana::detail::compare_finite_sequences<Xs,Ys,1>::apply(boost::hana::true_,Result) const'
with
[
Xs=boost::hana::tuple<numeric_type>,
Ys=boost::hana::tuple<numeric_type>
]
..\boost/hana/equal.hpp(141): note: With the following template arguments:
..\boost/hana/equal.hpp(141): note: 'i=1'
..\boost/hana/equal.hpp(141): note: 'Result=void'
..\boost/hana/equal.hpp(141): note: 'void' cannot be used as a function parameter except for '(void)'
..\boost/hana/equal.hpp(149): note: or 'auto boost::hana::detail::compare_finite_sequences<Xs,Ys,1>::apply(boost::hana::false_,boost::hana::false_) const'
with
[
Xs=boost::hana::tuple<numeric_type>,
Ys=boost::hana::tuple<numeric_type>
]
..\boost/hana/equal.hpp(142): note: 'initializing': cannot convert from 'boost::hana::integral_constant<bool,true>' to 'boost::hana::false_'
..\boost/hana/equal.hpp(142): note: No user-defined-conversion operator available that can perform this conversion, or the operator cannot be called
..\boost/hana/equal.hpp(140): note: or 'auto boost::hana::detail::compare_finite_sequences<Xs,Ys,1>::apply(boost::hana::false_,boost::hana::true_) const'
with
[
Xs=boost::hana::tuple<numeric_type>,
Ys=boost::hana::tuple<numeric_type>
]
..\boost/hana/equal.hpp(142): note: 'initializing': cannot convert from 'boost::hana::integral_constant<bool,true>' to 'boost::hana::false_'
..\boost/hana/equal.hpp(142): note: No user-defined-conversion operator available that can perform this conversion, or the operator cannot be called
..\libs\hana\test\_include\laws/base.hpp(161): error C3889: call to object of class type 'boost::hana::and_t': no matching call operator found
..\boost/hana/fwd/and.hpp(43): note: could be 'decltype(auto) boost::hana::and_t::operator ()(X &&,Y &&) const'
..\libs\hana\test\_include\laws/base.hpp(161): note: Failed to specialize function template 'decltype(auto) boost::hana::and_t::operator ()(X &&,Y &&) const'
..\libs\hana\test\_include\laws/base.hpp(161): note: With the following template arguments:
..\libs\hana\test\_include\laws/base.hpp(161): note: 'X=const boost::hana::integral_constant<bool,true> &'
..\libs\hana\test\_include\laws/base.hpp(161): note: 'Y=void'
..\libs\hana\test\_include\laws/base.hpp(161): note: you cannot create a reference to 'void'
..\boost/hana/fwd/and.hpp(46): note: or 'decltype(auto) boost::hana::and_t::operator ()(X &&,Y ...) const'
..\libs\hana\test\_include\laws/base.hpp(161): note: Failed to specialize function template 'decltype(auto) boost::hana::and_t::operator ()(X &&,Y ...) const'
..\libs\hana\test\_include\laws/base.hpp(161): note: With the following template arguments:
..\libs\hana\test\_include\laws/base.hpp(161): note: 'X=const boost::hana::integral_constant<bool,true> &'
..\libs\hana\test\_include\laws/base.hpp(161): note: 'Y={void}'
..\libs\hana\test\_include\laws/base.hpp(161): note: you cannot create a reference to 'void'
..\libs\hana\test\_include\laws/base.hpp(161): note: 'void' cannot be used as a function parameter except for '(void)'
C:\teeks99-09\run\boost_root\libs\hana\test\numeric\main.hpp(76): error C3889: call to object of class type 'boost::hana::equal_t': no matching call operator found
..\boost/hana/fwd/equal.hpp(73): note: could be 'auto boost::hana::equal_t::operator ()(X &&,Y &&) const'
C:\teeks99-09\run\boost_root\libs\hana\test\numeric\main.hpp(76): note: Failed to specialize function template 'auto boost::hana::equal_t::operator ()(X &&,Y &&) const'
C:\teeks99-09\run\boost_root\libs\hana\test\numeric\main.hpp(76): note: With the following template arguments:
C:\teeks99-09\run\boost_root\libs\hana\test\numeric\main.hpp(76): note: 'X=void'
C:\teeks99-09\run\boost_root\libs\hana\test\numeric\main.hpp(76): note: 'Y=void'
C:\teeks99-09\run\boost_root\libs\hana\test\numeric\main.hpp(76): note: you cannot create a reference to 'void'
C:\teeks99-09\run\boost_root\libs\hana\test\numeric\main.hpp(76): error C3536: '__hana_tmp': cannot be used before it is initialized
C:\teeks99-09\run\boost_root\libs\hana\test\numeric\main.hpp(76): error C3539: a template-argument cannot be a type that contains 'auto'
C:\teeks99-09\run\boost_root\libs\hana\test\numeric\main.hpp(81): error C3889: call to object of class type 'boost::hana::equal_t': no matching call operator found
..\boost/hana/fwd/equal.hpp(73): note: could be 'auto boost::hana::equal_t::operator ()(X &&,Y &&) const'
C:\teeks99-09\run\boost_root\libs\hana\test\numeric\main.hpp(81): note: Failed to specialize function template 'auto boost::hana::equal_t::operator ()(X &&,Y &&) const'
C:\teeks99-09\run\boost_root\libs\hana\test\numeric\main.hpp(81): note: With the following template arguments:
C:\teeks99-09\run\boost_root\libs\hana\test\numeric\main.hpp(81): note: 'X=void'
C:\teeks99-09\run\boost_root\libs\hana\test\numeric\main.hpp(81): note: 'Y=void'
C:\teeks99-09\run\boost_root\libs\hana\test\numeric\main.hpp(81): note: you cannot create a reference to 'void'
C:\teeks99-09\run\boost_root\libs\hana\test\numeric\main.hpp(81): error C3536: '__hana_tmp': cannot be used before it is initialized
C:\teeks99-09\run\boost_root\libs\hana\test\numeric\main.hpp(81): error C3539: a template-argument cannot be a type that contains 'auto'
..\boost/hana/lexicographical_compare.hpp(97): error C2672: 'boost::hana::lexicographical_compare_impl<T,boost::hana::when<true>>::helper1': no matching overloaded function found
with
[
T=boost::hana::lexicographical_compare_t::()::It1
]
..\boost/hana/lexicographical_compare.hpp(85): note: could be 'auto boost::hana::lexicographical_compare_impl<T,boost::hana::when<true>>::helper1(const Xs &,const Ys &,const Pred &,bool)'
with
[
T=boost::hana::lexicographical_compare_t::()::It1
]
..\boost/hana/lexicographical_compare.hpp(97): note: 'initializing': cannot convert from 'void' to 'bool'
..\boost/hana/lexicographical_compare.hpp(97): note: Expressions of type void cannot be converted to other types
..\boost/hana/lexicographical_compare.hpp(80): note: or 'auto boost::hana::lexicographical_compare_impl<T,boost::hana::when<true>>::helper1(const Xs &,const Ys &,const Pred &,boost::hana::false_)'
with
[
T=boost::hana::lexicographical_compare_t::()::It1
]
..\boost/hana/lexicographical_compare.hpp(97): note: 'initializing': cannot convert from 'void' to 'boost::hana::false_'
..\boost/hana/lexicographical_compare.hpp(97): note: Expressions of type void cannot be converted to other types
..\boost/hana/lexicographical_compare.hpp(75): note: or 'auto boost::hana::lexicographical_compare_impl<T,boost::hana::when<true>>::helper1(const Xs &,const Ys &,const Pred &,boost::hana::true_)'
with
[
T=boost::hana::lexicographical_compare_t::()::It1
]
..\boost/hana/lexicographical_compare.hpp(97): note: 'initializing': cannot convert from 'void' to 'boost::hana::true_'
..\boost/hana/lexicographical_compare.hpp(97): note: Expressions of type void cannot be converted to other types
..\boost/hana/lexicographical_compare.hpp(97): note: the template instantiation context (the oldest one first) is
C:\teeks99-09\run\boost_root\libs\hana\test\numeric\main.hpp(156): note: see reference to function template instantiation 'decltype(auto) boost::hana::detail::less_by<boost::hana::test::_injection<0>>::operator ()<numeric_type,numeric_type>(X &&,Y &&) const &' being compiled
with
[
X=numeric_type,
Y=numeric_type
]
..\boost/hana/ordering.hpp(28): note: see reference to function template instantiation 'auto boost::hana::less_t::operator ()<boost::hana::test::injection_result<0,numeric_type>,boost::hana::test::injection_result<0,numeric_type>>(X &&,Y &&) const' being compiled
with
[
X=boost::hana::test::injection_result<0,numeric_type>,
Y=boost::hana::test::injection_result<0,numeric_type>
]
..\boost/hana/less.hpp(62): note: see reference to function template instantiation 'auto boost::hana::less_impl<boost::hana::test::InjectionResult,boost::hana::test::InjectionResult,void>::apply<X,Y>(X,Y)' being compiled
with
[
X=boost::hana::test::injection_result<0,numeric_type>,
Y=boost::hana::test::injection_result<0,numeric_type>
]
..\libs\hana\test\_include\laws/base.hpp(174): note: see reference to function template instantiation 'auto boost::hana::less_t::operator ()<boost::hana::tuple<numeric_type>&,boost::hana::tuple<numeric_type>&>(X,Y) const' being compiled
with
[
X=boost::hana::tuple<numeric_type> &,
Y=boost::hana::tuple<numeric_type> &
]
..\boost/hana/less.hpp(62): note: see reference to function template instantiation 'auto boost::hana::less_impl<T,U,boost::hana::when<true>>::apply<boost::hana::tuple<numeric_type>,boost::hana::tuple<numeric_type>>(const Xs &,const Ys &)' being compiled
with
[
T=boost::hana::tuple_tag,
U=boost::hana::tuple_tag,
Xs=boost::hana::tuple<numeric_type>,
Ys=boost::hana::tuple<numeric_type>
]
..\boost/hana/less.hpp(138): note: see reference to function template instantiation 'auto boost::hana::lexicographical_compare_t::operator ()<Xs,Ys>(const Xs &,const Ys &) const' being compiled
with
[
Xs=boost::hana::tuple<numeric_type>,
Ys=boost::hana::tuple<numeric_type>
]
..\boost/hana/lexicographical_compare.hpp(30): note: see reference to function template instantiation 'auto boost::hana::lexicographical_compare_t::operator ()<Xs,Ys,boost::hana::less_t>(const Xs &,const Ys &,const Pred &) const' being compiled
with
[
Xs=boost::hana::tuple<numeric_type>,
Ys=boost::hana::tuple<numeric_type>,
Pred=boost::hana::less_t
]
..\boost/hana/lexicographical_compare.hpp(51): note: see reference to function template instantiation 'auto boost::hana::lexicographical_compare_impl<T,boost::hana::when<true>>::apply<Xs,Ys,Pred>(const Xs &,const Ys &,const Pred &)' being compiled
with
[
T=boost::hana::lexicographical_compare_t::()::It1,
Xs=boost::hana::tuple<numeric_type>,
Ys=boost::hana::tuple<numeric_type>,
Pred=boost::hana::less_t
]
..\boost/hana/lexicographical_compare.hpp(102): note: see reference to function template instantiation 'auto boost::hana::lexicographical_compare_impl<T,boost::hana::when<true>>::helper<Xs,Ys,Pred>(const Xs &,const Ys &,const Pred &,boost::hana::false_)' being compiled
with
[
T=boost::hana::lexicographical_compare_t::()::It1,
Xs=boost::hana::tuple<numeric_type>,
Ys=boost::hana::tuple<numeric_type>,
Pred=boost::hana::less_t
]
C:\teeks99-09\run\boost_root\libs\hana\test\numeric\main.hpp(156): error C3889: call to object of class type 'boost::hana::equal_t': no matching call operator found
..\boost/hana/fwd/equal.hpp(73): note: could be 'auto boost::hana::equal_t::operator ()(X &&,Y &&) const'
C:\teeks99-09\run\boost_root\libs\hana\test\numeric\main.hpp(156): note: Failed to specialize function template 'auto boost::hana::equal_t::operator ()(X &&,Y &&) const'
C:\teeks99-09\run\boost_root\libs\hana\test\numeric\main.hpp(156): note: With the following template arguments:
C:\teeks99-09\run\boost_root\libs\hana\test\numeric\main.hpp(156): note: 'X=void'
C:\teeks99-09\run\boost_root\libs\hana\test\numeric\main.hpp(156): note: 'Y=void'
C:\teeks99-09\run\boost_root\libs\hana\test\numeric\main.hpp(156): note: you cannot create a reference to 'void'
C:\teeks99-09\run\boost_root\libs\hana\test\numeric\main.hpp(156): error C3536: '__hana_tmp': cannot be used before it is initialized
C:\teeks99-09\run\boost_root\libs\hana\test\numeric\main.hpp(156): error C3539: a template-argument cannot be a type that contains 'auto'
C:\teeks99-09\run\boost_root\libs\hana\test\numeric\main.hpp(161): error C3889: call to object of class type 'boost::hana::equal_t': no matching call operator found
..\boost/hana/fwd/equal.hpp(73): note: could be 'auto boost::hana::equal_t::operator ()(X &&,Y &&) const'
C:\teeks99-09\run\boost_root\libs\hana\test\numeric\main.hpp(161): note: Failed to specialize function template 'auto boost::hana::equal_t::operator ()(X &&,Y &&) const'
C:\teeks99-09\run\boost_root\libs\hana\test\numeric\main.hpp(161): note: With the following template arguments:
C:\teeks99-09\run\boost_root\libs\hana\test\numeric\main.hpp(161): note: 'X=void'
C:\teeks99-09\run\boost_root\libs\hana\test\numeric\main.hpp(161): note: 'Y=void'
C:\teeks99-09\run\boost_root\libs\hana\test\numeric\main.hpp(161): note: you cannot create a reference to 'void'
C:\teeks99-09\run\boost_root\libs\hana\test\numeric\main.hpp(161): error C3536: '__hana_tmp': cannot be used before it is initialized
C:\teeks99-09\run\boost_root\libs\hana\test\numeric\main.hpp(161): error C3539: a template-argument cannot be a type that contains 'auto'
C:\teeks99-09\run\boost_root\libs\hana\test\numeric\main.hpp(166): error C3889: call to object of class type 'boost::hana::equal_t': no matching call operator found
..\boost/hana/fwd/equal.hpp(73): note: could be 'auto boost::hana::equal_t::operator ()(X &&,Y &&) const'
C:\teeks99-09\run\boost_root\libs\hana\test\numeric\main.hpp(166): note: Failed to specialize function template 'auto boost::hana::equal_t::operator ()(X &&,Y &&) const'
C:\teeks99-09\run\boost_root\libs\hana\test\numeric\main.hpp(166): note: With the following template arguments:
C:\teeks99-09\run\boost_root\libs\hana\test\numeric\main.hpp(166): note: 'X=void'
C:\teeks99-09\run\boost_root\libs\hana\test\numeric\main.hpp(166): note: 'Y=void'
C:\teeks99-09\run\boost_root\libs\hana\test\numeric\main.hpp(166): note: you cannot create a reference to 'void'
C:\teeks99-09\run\boost_root\libs\hana\test\numeric\main.hpp(166): error C3536: '__hana_tmp': cannot be used before it is initialized
C:\teeks99-09\run\boost_root\libs\hana\test\numeric\main.hpp(166): error C3539: a template-argument cannot be a type that contains 'auto'
C:\teeks99-09\run\boost_root\libs\hana\test\numeric\main.hpp(431): warning C4267: 'argument': conversion from 'size_t' to '_Ty', possible loss of data
with
[
_Ty=int
]
C:\teeks99-09\run\boost_root\libs\hana\test\numeric\main.hpp(431): note: the template instantiation context (the oldest one first) is
C:\teeks99-09\run\boost_root\libs\hana\test\numeric\main.hpp(435): note: see reference to function template instantiation 'decltype(auto) boost::hana::while_t::operator ()<main::<lambda_a1a798babb403b782dea4c8f27c42362>::()::<lambda_7b6c3714ccef3f74f25de548e0e4a9d0>,std::vector<int,std::allocator<int>>,main::<lambda_c6a4078265879c158c795536c14f5ddb>&>(Pred &&,State &&,F) const' being compiled
with
[
Pred=main::<lambda_a1a798babb403b782dea4c8f27c42362>::()::<lambda_7b6c3714ccef3f74f25de548e0e4a9d0>,
State=std::vector<int,std::allocator<int>>,
F=main::<lambda_c6a4078265879c158c795536c14f5ddb> &
]
..\boost/hana/while.hpp(42): note: while compiling class template member function 'unknown-type boost::hana::while_impl<L,boost::hana::when<true>>::apply(Pred &&,State &&,F &&)'
with
[
L=bool
]
..\boost/hana/while.hpp(59): note: see reference to function template instantiation 'auto main::<lambda_c6a4078265879c158c795536c14f5ddb>::operator ()<State>(State) const' being compiled
with
[
State=std::vector<int,std::allocator<int>>
]
C:\teeks99-09\run\boost_root\libs\hana\test\numeric\main.hpp(474): warning C4267: 'argument': conversion from 'size_t' to '_Ty', possible loss of data
with
[
_Ty=int
]
C:\teeks99-09\run\boost_root\libs\hana\test\numeric\main.hpp(474): note: the template instantiation context (the oldest one first) is
C:\teeks99-09\run\boost_root\libs\hana\test\numeric\main.hpp(478): note: see reference to function template instantiation 'decltype(auto) boost::hana::while_t::operator ()<main::<lambda_fb3ebaf84f22a22c1ee6f87a9209f024>::()::<lambda_a0cda813cb810ac30a55d62945f9dd9f>,std::vector<int,std::allocator<int>>,main::<lambda_b0ead4bc0b2b5d24226f56f892ca6d5b>&>(Pred &&,State &&,F) const' being compiled
with
[
Pred=main::<lambda_fb3ebaf84f22a22c1ee6f87a9209f024>::()::<lambda_a0cda813cb810ac30a55d62945f9dd9f>,
State=std::vector<int,std::allocator<int>>,
F=main::<lambda_b0ead4bc0b2b5d24226f56f892ca6d5b> &
]
..\boost/hana/while.hpp(42): note: while compiling class template member function 'unknown-type boost::hana::while_impl<L,boost::hana::when<true>>::apply(Pred &&,State &&,F &&)'
with
[
L=bool
]
..\boost/hana/while.hpp(59): note: see reference to function template instantiation 'auto main::<lambda_b0ead4bc0b2b5d24226f56f892ca6d5b>::operator ()<State>(State) const' being compiled
with
[
State=std::vector<int,std::allocator<int>>
]