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We implemented thread safe by using NSEventLoop to serialize single NSRemoteShell instance. Multiple NSRemoteShell object will be executed in parallel. Channel operations will be executed in serial for each NSRemoteShell. @interface TSEventLoop : NSObject +(id)sharedLoop; - (void)explicitRequest...
#include <stdio.h> #include <pthread.h> #include <errno.h> #define NTHREADS 5 void *thread_function(void *); int main() { pthread_t thread_id[NTHREADS]; int i, j; for(i=0; i < NTHREADS; i++) { pthread_create( &thread_id[i], NULL, thread_function, NULL ); } for(j=0;...
create safe and create section view create simulated inve create sth create the image that create very rare crys create very rare crys create wave equation create world internat create yufeng brand createdrop database createedit datum created a community created a grid createlinkedpart createlive cre...
I'd like to make foo() thread-safe if at all possible, without exposing the 'bar' structure to the caller's of foo(). Any suggestions? TL;DR: Have an API with one function that requires multiple calls to finish job. Have to hide internal structure from caller of this API, but the...
但在多线程环境中，多个线程共享进程地址空间，每个线程都有属于自己的局部errno(thread-local)以避免一个...
#endif // _THREAD_SAFE_QUEUE_ std::future 期望(std::future)可以用来等待其他线程上的异步结果, 其实例可以在任意时间引用异步结果. C++包括两种期望, std::future(唯一期望) 和 std::shared_future(共享期望) std::future 的实例只能与一个指定事件相关联. std::shared_future 的实例能关联多个事件, 它们...
与直觉相反,POSIX标准列出的是一份非线程安全的函数的黑名单,而不是一份线程安全的函数的白名单(All functions defined by this volume of POSIX.1-2008 shall be thread-safe, except that the following functions need not be thread-safe) 在这份黑名单中,system、 getenv/putenv/setenv等等函数都是不安全的...
-DENABLE_SAFE_STACK:启用SafeStack检测传递。目前只适用于Clang编译器。(默认情况下) -DBUILD_SHARED_LIBS=On:构建共享库。(默认情况下) -DBUILD_SHARED_AND_STATIC_LIBS=On:构建共享库和静态库。(默认情况下) -DCMAKE_INSTALL_PREFIX=/usr:设置安装的前缀。
void thread_2(int x) { while(1) { cout<<"子线程2222"<<endl; } } int main() { thread first ( thread_1); // 开启线程,调用:thread_1() thread second (thread_2,100); // 开启线程,调用:thread_2(100) first.detach(); second.detach(); ...