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c++ Programming Glossary: t1.joinHow to implement multithread safe singleton in C++11 without using <mutex> http://stackoverflow.com/questions/11711920/how-to-implement-multithread-safe-singleton-in-c11-without-using-mutex thread t1 myThreadFunction std thread t2 myThreadFunction t1.join t2.join return 0 Note that clear is just for testing real singleton..
Massive CPU load using std::lock (c++11) http://stackoverflow.com/questions/13667810/massive-cpu-load-using-stdlock-c11 std chrono seconds 6 done true t4.join t3.join t2.join t1.join c c 11 mutex stdthread share improve this question On.. 100 int main std thread t1 f1 std thread t2 f2 t1.join t2.join Sample output f1 has the two locks f2 has the two locks..
Setting thread priority in Linux with Boost http://stackoverflow.com/questions/1479945/setting-thread-priority-in-linux-with-boost
C++ Threads, std::system_error - operation not permitted? [duplicate] http://stackoverflow.com/questions/17274032/c-threads-stdsystem-error-operation-not-permitted endl int main int argc char argv std thread t1 task1 Hello t1.join return EXIT_SUCCESS I compiled using g pthread std c 11 c main.cpp..
Simple example of threading in C++ http://stackoverflow.com/questions/266168/simple-example-of-threading-in-c by the function's parameters. Finally invoke it like so t1.join Result The entire code is this #include string #include iostream.. to finish execution therefore blocks its own execution. t1.join More information about std thread here On GCC compile with std..
Difference between pointer and reference as thread parameter http://stackoverflow.com/questions/5116756/difference-between-pointer-and-reference-as-thread-parameter double ret ret 5. int main double ret 0. thread t1 f1 ret t1.join cout ret ret endl thread t2 f2 ret t2.join cout ret ret endl..
Measuring NUMA (Non-Uniform Memory Access). No observable asymmetry. Why? http://stackoverflow.com/questions/7259363/measuring-numa-non-uniform-memory-access-no-observable-asymmetry-why size_t M 50 boost thread t1 boost bind thread1 x 0 N M t1.join for size_t i 0 i numcpus i boost thread t2 boost bind thread2..
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