Thanks guys. I have moved to visual studio 2013 with boost 1.57 and QL 1.5. I am able to build Quantlib library both debug and release versions from vs 2013.
I am trying to run an example from the quantlib folder: \QuantLib-1.5\Examples\EquityOption
Equityoption.cpp. I am getting following error:
LINK : fatal error LNK1104: cannot open file 'QuantLib-vc110-mt-gd.lib'
For some reason when I build the source file with associated libraries and headers, it is looking for
'QuantLib-vc110-mt-gd.lib'
while I built
'QuantLib-vc120-mt-gd.lib'.
From: [hidden email] [mailto:[hidden email]]
Sent: Tuesday, May 12, 2015 11:35 AM
To: [hidden email]
Cc: [hidden email]
Subject: Re: [Quantlib-users] building quantlib with visual studio 2013
Hi Rishi,
I am seeing you are using Boost 1.58. There has been a couple of messages in the QL mailing lists reporting difficulties to build QL with the latest versions of Boost, lately.
Maybe you can try out again building QL but using Boost 1.57 this time?
Regards,
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Asunto |
[Quantlib-users] building quantlib with visual studio 2013 |
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Remitente |
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Destinatario |
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Fecha |
Hoy 15:34 |
I have boost 1.58.0 and Quantlib-1.5. I am trying to build project “Quantlib” from “QuantLib_vc12” solution file. I get error “error C2668: 'boost::bind' : ambiguous call to overloaded function”
Can someone help me?
Details of the error are below:
convolvedstudentt.cpp
1>c:\cpplibs\quantlib-1.5\ql\experimental\math\convolvedstudentt.cpp(194): error C2668: 'boost::bind' : ambiguous call to overloaded function
1> c:\cpplibs\boost_1_58_0\boost\bind\bind_mf_cc.hpp(96): could be 'boost::_bi::bind_t<QuantLib::Real,boost::_mfi::cmf1<QuantLib::Probability,QuantLib::CumulativeBehrensFisher,QuantLib::Real>,boost::_bi::list2<boost::_bi::value<T>,boost::arg<1>>>
boost::bind<QuantLib::Real,QuantLib::Probability,QuantLib::CumulativeBehrensFisher,QuantLib::Real,QuantLib::CumulativeBehrensFisher,boost::arg<1>>(R (__thiscall QuantLib::CumulativeBehrensFisher::* )(B1) const,A1,A2)'
1> with
1> [
1> T=QuantLib::CumulativeBehrensFisher
1> , R=QuantLib::Probability
1> , B1=QuantLib::Real
1> , A1=QuantLib::CumulativeBehrensFisher
1> , A2=boost::arg<1>
1> ]
1> c:\cpplibs\boost_1_58_0\boost\bind\bind_mf_cc.hpp(74): or 'boost::_bi::bind_t<QuantLib::Real,boost::_mfi::cmf1<QuantLib::Probability,QuantLib::CumulativeBehrensFisher,QuantLib::Real>,boost::_bi::list2<boost::_bi::value<T>,boost::arg<1>>>
boost::bind<QuantLib::Real,QuantLib::CumulativeBehrensFisher,QuantLib::Real,QuantLib::CumulativeBehrensFisher,boost::arg<1>>(R (__thiscall QuantLib::CumulativeBehrensFisher::* )(B1) const,A1,A2)'
1> with
1> [
1> T=QuantLib::CumulativeBehrensFisher
1> , R=QuantLib::Real
1> , B1=QuantLib::Real
1> , A1=QuantLib::CumulativeBehrensFisher
1> , A2=boost::arg<1>
1> ]
1> c:\cpplibs\boost_1_58_0\boost\bind\bind.hpp(1768): or 'boost::_bi::bind_t<boost::_bi::unspecified,QuantLib::Real,boost::_bi::list2<boost::_bi::value<T>,boost::arg<1>>> boost::bind<QuantLib::Real,QuantLib::CumulativeBehrensFisher,boost::arg<1>>(F,A1,A2)'
1> with
1> [
1> T=QuantLib::CumulativeBehrensFisher
1> , F=QuantLib::Real
1> , A1=QuantLib::CumulativeBehrensFisher
1> , A2=boost::arg<1>
1> ]
1> c:\cpplibs\boost_1_58_0\boost\bind\bind.hpp(1676): or 'boost::_bi::bind_t<QuantLib::Real,QuantLib::CumulativeBehrensFisher,boost::_bi::list1<boost::arg<1>>> boost::bind<QuantLib::Real,QuantLib::CumulativeBehrensFisher,boost::arg<1>>(boost::type<QuantLib::Real>,F,A1)'
1> with
1> [
1> F=QuantLib::CumulativeBehrensFisher
1> , A1=boost::arg<1>
1> ]
1> c:\cpplibs\boost_1_58_0\boost\bind\bind.hpp(1602): or 'boost::_bi::bind_t<QuantLib::Real,QuantLib::Probability (__thiscall QuantLib::CumulativeBehrensFisher::* )(QuantLib::Real)
const,boost::_bi::list2<boost::_bi::value<T>,boost::arg<1>>> boost::bind<QuantLib::Real,QuantLib::Probability(__thiscall QuantLib::CumulativeBehrensFisher::* )(QuantLib::Real) const,QuantLib::CumulativeBehrensFisher,boost::arg<1>>(F,A1,A2)'
1> with
1> [
1> T=QuantLib::CumulativeBehrensFisher
1> , F=QuantLib::Probability (__thiscall QuantLib::CumulativeBehrensFisher::* )(QuantLib::Real) const
1> , A1=QuantLib::CumulativeBehrensFisher
1> , A2=boost::arg<1>
1> ]
1> while trying to match the argument list '(QuantLib::Probability (__thiscall QuantLib::CumulativeBehrensFisher::* )(const QuantLib::Real) const, QuantLib::CumulativeBehrensFisher,
boost::arg<1>)'
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