int main() { std::vector<int> v; v.push_back(1); v.push_back(3); v.push_back(2); std::for_each(v.begin(), v.end(), std::cout << boost::lambda::_1 << \"\\n\");开发者_高级运维
I\'ve been reading a lot of ASIO examples, but I\'m still sort of confused on how to use them in my application.
I have a Visual Studio 2008 C++ application where I would like to replace a unary functor with a boost::phoenix lambda expression.
So I really would like to see some speed testing of parallel (something like from 100 to 10000 parallel threads) where each thread does insert, find, delete on at least 3 types of concurrent maps - st
I try to work with boost thread futures. So as shown here we can get shared future from packaged task.
In boost::unordered_map how do I determine if a key exists in it or not? boost::unordered_map<vector<int>, MyValueType> my_hash_map;
I couldn\'t find a \'path length\' method in the boost::filesystem::path, is there one? If there is no such method (why?) - should I 开发者_如何学Gouse .native().length() or .string().length() ?
I am trying to follow the build manual and build the boost thread library in linux. However, I 开发者_StackOverflow中文版found there is no lib folder and no library is shown after executing bootstrap.
The C++ std algorithms define a number of algorithms that take an input and an output sequence, and create the elements of the output sequence from the elements of the input sequence. (Best example be
My gcc compiler is at a custom location /my/path/hpgcc I\'ve downloaded the boost sources. Executed bootstrap.sh, but it fails because it runs with the default gcc.
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