[auto_link][thread] Including boost/thread/thread.hpp requires linking against date_time?
Hi In a Visual Studio 2008 project, when I include the trunk version of boost/thread/thread.hpp, it seems I must also link against the date_time library. When I build the same program with bjam, while not linking against date_time, the resulting program runs just fine. So my question is: Why does including thread.hpp require linking against the date_time library? It seems that it is not needed at all? Thanks & Regards, -- Andreas Huber When replying by private email, please remove the words spam and trap from the address shown in the header.
Andreas Huber <ahd6974-spamboostorgtrap <at> yahoo.com> writes:
In a Visual Studio 2008 project, when I include the trunk version of boost/thread/thread.hpp, it seems I must also link against the date_time library. When I build the same program with bjam, while not linking against date_time, the resulting program runs just fine.
So my question is: Why does including thread.hpp require linking against the date_time library? It seems that it is not needed at all?
The new trunk/release version of boost.thread has replaced uses of the private xtime type with uses of the date_time library in the functions that take timeouts: sleep, timed_lock, timed_wait, etc. Anthony
Hi Anthony
So my question is: Why does including thread.hpp require linking against the date_time library? It seems that it is not needed at all?
The new trunk/release version of boost.thread has replaced uses of the private xtime type with uses of the date_time library in the functions that take timeouts: sleep, timed_lock, timed_wait, etc.
Ok, but then I'd only need to link against the date_time library if I actually use these functions, correct? Autolink currently forces me to link against date_time even with the following program: #define BOOST_ALL_DYN_LINK #include <boost/thread/thread.hpp> #include <iostream> static void ThreadFunction() { std::cout << "Hello from a boost thread" << std::endl; } int main() { boost::thread(&::ThreadFunction).join(); return 0; } Cheers, Andreas
participants (2)
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Andreas Huber -
Anthony Williams