start a systematic research about the coexistence of std::hash and boost::hash. The goal is to build an automatic bridge function -- but this is hampered by the unfortunate standard implementation of std::hash Since meanwhile even the GCC people seem to have realized this wasn't a good idea, I am geared towards using a hack to work around this problem, which can be expected to go away with GCC 4.8.x A possible idea how to construct such a workaround is http://stackoverflow.com/questions/12753997/check-if-type-is-hashable I start this investigation by defining two custom types, each with his own extension point for hashing. The goal would then be to use both in a standard hashtable container. |
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| .. | ||
| clang-static-init-1.cpp | ||
| clang-static-init-2.cpp | ||
| clang-static-init.hpp | ||
| DIR_INFO | ||
| SConscript | ||
| try.cpp | ||