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c++ Programming Glossary: mapped_typetemplates problem ('typename' as not template function parameter) http://stackoverflow.com/questions/1600464/templates-problem-typename-as-not-template-function-parameter Mapped attribute type typedef shared_ptr attribute mapped_type Value type typedef std pair const key_type mapped_type value_type.. mapped_type Value type typedef std pair const key_type mapped_type value_type Allocator type typedef std allocator value_type allocator_type..
C++ unordered_map using a custom class type as the key http://stackoverflow.com/questions/17016175/c-unordered-map-using-a-custom-class-type-as-the-key _Map_base _Key _Pair std _Select1st _Pair true _Hashtable mapped_type std __detail _Map_base _Key _Pair std _Select1st _Pair true.. _Map_base _Key _Pair std _Select1st _Pair true _Hashtable mapped_type int 3sum.cpp 149 5 instantiated from here usr include c 4.6..
How to easily map c++ enums to strings http://stackoverflow.com/questions/207976/how-to-easily-map-c-enums-to-strings operator typename T key_type const key typename T mapped_type const value data key value return this template typename T..
Is it possible to “constify” a field of `std::pair` without hacks? http://stackoverflow.com/questions/3638541/is-it-possible-to-constify-a-field-of-stdpair-without-hacks of that its value_type needs to be a pair const key_type mapped_type . For some optimization I need to internally store the values.. I need to internally store the values as pair key_type mapped_type without const . However if I do that I can't without reinterpret_cast..
How should std::map be used with a value that does not have a default constructor? http://stackoverflow.com/questions/8337398/how-should-stdmap-be-used-with-a-value-that-does-not-have-a-default-constructo map like map_t you can say std pair map_t key_type map_t mapped_type or any suitable variation on this theme. Maybe this is best.. Map m typename Map key_type const key typename Map mapped_type const value std pair typename Map iterator bool p m.insert std.. m.insert std pair typename Map key_type const typename Map mapped_type const key value if p.second p.first second value share improve..
std::lower_bound slower for std::vector than std::map::find http://stackoverflow.com/questions/8784732/stdlower-bound-slower-for-stdvector-than-stdmapfind traits_ key_compare typedef key_ key_type typedef mapped_ mapped_type typedef std pair const key_type mapped_type value_type typedef.. mapped_ mapped_type typedef std pair const key_type mapped_type value_type typedef typename undertype_ allocator_type allocator_type.. underlying container has a value_type of std pair key_type mapped_type but the comparator is taking std pair key_type const mapped_type..
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