I wanted to report a "bug" which might appear when using the flow-graph.

In flow_graph.h(and probably all the other impl files) all the fake variadic-templates are being written using arguments B0-BN. The problem is that the old UNIX file termios.h defines B0 as 0. Now, when simply compiling you get a lot of compile errors because the B0 argument in the templates was replaced with 0.

I recognized this when using boost::asio together with the flow-graph.

Basic example:

The recursive task-based parallelism of TBB is usually working very well for me. However, occasionally there is a situation where a simple static split of the work into n_thread equal-sized parts, one per thread, is beneficial

Hi,

I am new to Intel TBB. I am using concurrent_queue in order to achieve fine-grained parallelism in my project. I got few doubts. This is how i am implementing.

thread_fun(arguments) {

while(concurrent_queue.try_pop(v))

          operation on v;  //each thread executes its own operation(seperate v for each thread)

}

main() {

          fill the concurrent_queue;

          create win32 threads and pass concurrent_queue as an argument; //using _beginthreadex

}

Hi All ,

I have written an image processing related code. I used TBB for parallel implementation of computationally intensive for loops. The program runs fine on Linux. I am trying to port it on windows. When I try to build the executable , I get following linker error: