In the boost.intrusive document, it mentions about using multiple containers to store in one object. However, there\'s no actual example, so I made my own. Is this the right way to do?
I have a program storage optimization question. I have, let say 4096 \"knots\" stored in a: boost::dynamic_bitset<>
After a days worth of hacking and reading, I have had no luck with boost\'s regex engine, hopefully someone here can help.
Currently I´m not sure, I try to make a high-performance server, I got a 6Core CPU, so if I would use the \"io_service_per_cpu\" design, I have 6 io_service´s.
I am getting strange behavior from within the boost::unordered_map library (v1.45.0). In my class I create an object:
I am having a very peculiar problem. I have written a server that writes data that it receives from a third party to connected clients. The server writes to the client(s) fine for a while, but after a
I\'m using boost::date_time and I got a time_t, that have been generated by a library using the time() function from the C standard library.
I\'m trying to do a very simple task: take a unicode-aware wstring and convert it to a string, encoded as UTF8 bytes, and then the opposite way around: take a string containing UTF8 bytes and convert
Odd question that is leading to more premature greying. I have code that compiles on both a Macintosh environment (OSX 10.6) using codeworks and compiles on linux machine (Ubuntu) again using the sam
I\'d like to use Boost.Phoenix to create a lambda function that consists of a few lines of code and then \"returns\" a value so I can use it together with std::transform.
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