so i use BOOST.EXTENTION to load modules. I have a special file that describes each module. I read variables from that file.
I\'d like a basic C++ STL-like container for the filesystem. e.g. 开发者_高级运维 std::filesystem::const_iterator i = filesys.begin();
Does the STL have any Hash functions available, that are exposed publicly? I know that there are some non-standard implementati开发者_JS百科ons that use hash values (such as boost::hash_map), and MSV
I\'m currently writing my own parser for a fictional Assembly language. The instructions are very similar to any normal assembly instruction:
I am using boost::asio::streambuf to write a ostream to my boost socket. Name name; name.set_nam开发者_运维百科e(\"platzhirsch\");
I often heard that the boost library containers are more performant than the STL ones, because they don\'t allocate the objects internally. But isn\'t it as fast or even faster if we use a memory pool
What is the fastest way to clear every kth bit in a boost::dynamic_bitset, optionally from offset j? Currently I\'m doing this which is pretty darn slow (pseudocode):
Running Boost.Graph example 4 for QT gives flowing error: no match for call to \'(boost::dynamic_properties)(std::bacic_ostream>&,unsigned int)\' graphvic.hpp
In boost::thread is it possible to call a class method with out making the class callable and implementing the void开发者_运维技巧 operator()() as in just call the class method
Two problems I\'m having with copperhead at the minute, which I suspect are related. Running a sample file (samples/axpy.py) generated lots of little warnings, but this one stood out.
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