Popular blog tags
RSS

Blog posts tagged with 'c++'

c++ 文件共享读写操作函数（ _tfopen，_fsopen，fread，CreateFile） Created: -Friday, July 19, 2019 1:30:56 PM Latest updated:Sunday, March 7, 2021 4:32:41 PM views(1245)
c++ 文件共享读写操作函数（ _tfopen，_fsopen，fread，CreateFile）
details
vs C++调试release版的dll步骤 Created: -Saturday, July 13, 2019 2:16:44 PM Latest updated:Sunday, March 7, 2021 3:34:54 PM views(559)
vs C++调试release版的dll步骤
details
多核CPU并行编程:.Visual Studio c++ 实现多核并行运算目录 Created: -Friday, July 10, 2020 11:54:13 PM Latest updated:Sunday, March 7, 2021 3:27:24 PM views(1471)
并行库 多线程在实际的编程中的重要性不言而喻。对于C++而言，当我们需要使用多线程时，可以使用boost::thread库或者自从C++ 11开始支持的std::thread，也可以使用操作系统相关的线程API，如在Linux上，可以使用pthread库。除此之外，还可以使用omp来使用多线程。它的好处是跨平台，使用简单。
details
MongoDB C++ Driver Created: -Sunday, January 3, 2021 5:14:41 PM Latest updated:Sunday, January 3, 2021 5:34:13 PM views(221)
Introduction The MongoDB C++ Driver is the official client library for C++ applications using the C++11 (or later) stan
details
c++编译错误：错误(活动) E0427 成员声明中不允许限定名 Created: -Thursday, November 12, 2020 3:57:42 PM views(218)
update from vs 2019.16.7 to vs 2019.16.8   src/Client/StkLib/Include/Stock.h /************custom extend 分笔数据转1分钟
details
C++20 Created: -Saturday, September 26, 2020 8:50:52 PM Latest updated:Monday, November 2, 2020 1:20:19 PM views(337)
C++20
details
多核CPU并行编程:.Visual Studio c++ 多核并行运算编程实现之三：手工多核运行代码(通过Windows多线程库CreateThread实现) Created: -Monday, October 19, 2020 11:24:41 PM Latest updated:Monday, November 2, 2020 12:10:38 PM views(301)
多核CPU并行编程:.Visual Studio c++ 多核并行运算编程实现：手工多核运行代码(通过Windows多线程库CreateThread实现)
details
C++ 并发编程（从C++11到C++20）改造for循环 Created: -Thursday, October 15, 2020 11:46:15 PM Latest updated:Saturday, October 31, 2020 6:02:01 PM views(488)
 
details
MFC c++模拟键盘按键，鼠标移动 Created: -Tuesday, October 20, 2020 2:24:31 PM Latest updated:Thursday, October 29, 2020 4:41:13 PM views(259)
MFC c++模拟键盘按键，鼠标移动
details
c++实现进程与线程的数据同步互斥 Created: -Tuesday, October 20, 2020 12:50:28 PM Latest updated:Thursday, October 29, 2020 4:36:52 PM views(259)
有四种方法可以实行进程互斥，这 4 种方法具体定义如下:   1 临界区:通过对多线程的串行化来访问公共资源或一段代码，速度快，适合控制数据访 问。 2 互斥量:为协调共同对一个共享资源的单独访问而设计的。 3 信
details