I\'m using the Scintilla edit control on Windows (Win32, C/C++) . The control is created inWndProc. I have a second thread, created with Boost.Thread, that act as a spell checker and marks with red sq
From Boost::Thread: template <typename R> class shared_future { ... // move support shared_future(shared_future && other);
I am porting some code from windows to Linux (Ubuntu 9.10). I have a simple class (please see below), which uses windows functions to implement simple mutex locking. I want to use Boost.Threads to rei
I have a program that brings up and tears down multiple threads throughout its life.Everything works great for awhile, but eventually, I get the following core dump stack trace.
I compiled the Boost C++ libraries as follows: bjam install variant=release link=static threading=multi runtime-link=static
I have an application that creates a job queue, and then multiple threads execute the jobs. By execute them, I mean they call system() with the job string.
I am currently working on a small wrapper class for boost thread but I dont really get how the sleep function works, this is what I have got so far:
I\'ve got this test case here that compiles with g++ theFile.cc -lboost_thread. When running the program it seems to be hanging at the join command. I\'m not exactly sure why. It\'s like the interrupt
How do the Boost Thread libraries compare against the java.util.concurrent libraries? Performance is critical and so I would prefer to stay with C++ (although Java is a lot faster these days). Given
I hav开发者_开发问答e a worker class like the one below: class Worker{ public: int Do(){ int ret = 100;
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