问使用boost几何调整几何对象模型时出现的问题EN1、点击[命令行窗口] 2、按<Enter>键 3、点击[▭...
If an output iterator is an unchecked iterator you will get unchecked behavior on calls to the standard function (for example,std::copy). A checked iterator refers to an iterator that will callinvalid_parameter_handlerif you attempt to move past the boundaries of the container. For more inform...
attrs::make_attribute_value(std::string("Connection established"))); m_logger.push_record(boost::move(rec)); } }voidon_disconnected(){// The simpler way of logging: the above "if" condition is wrapped into a neat macroBOOST_LOG(m_logger) <<"Connection shut down";// Remove the attri...
1. Pulse magnetic field treatment on treating Paediatric Lobular Pneumonia improve immunity function, boost up resistance of paediatric cases. 脉冲磁疗治疗小儿支气管肺炎改善了患儿的体液免疫功能,从根本上增强了抗病能力。 2. If you don`t mind using more power, you can boost performance by setting you...
boost-move:x64-windows@1.85.0#1 boost-mp11:x64-windows@1.85.0#1 boost-mpl:x64-windows@1.85.0#1 boost-msm:x64-windows@1.85.0#2 boost-multi-array:x64-windows@1.85.0#1 boost-multi-index:x64-windows@1.85.0#2 boost-multiprecision:x64-windows@1.85.0#2 ...
// bind example #include <iostream> // std::cout #include <functional> // std::bind // a function: (also works with function object: std::divides<double> my_divide;) double my_divide (double x, double y) {return x/y;} struct MyPair { double a,b; double multiply() {return a...
Boost.Asio是用于网络和低层IO编程的跨平台C++库,为开发者提供了C++环境下稳定的异步模型. 综述 基本原理 应用程序与外界交互的方式有很多,可通过文件,网络,串口或控制台.例如在网络通信中,完成独立的IO操作需要很长时间.对应用程序开发者提出了一个挑战. ...
{ "dependencies": [ "boost-algorithm", "boost-asio", "boost-chrono", "boost-dll", "boost-filesystem", "boost-function", "boost-interprocess", "boost-locale", "boost-smart-ptr", "boost-move", "boost-predef", "boost-property-tree", "boost-ptr-container", "boost-thread", "boost-un...
#include <boost/noncopyable.hpp> #include <string> #include <utility> #include <iostream> struct animal : boost::noncopyable { std::string name; int legs; animal(std::string n, int l) : name{std::move(n)}, legs{l} {} }; void print(const animal &a) { std::cout << a.name ...
nodes.emplace_back(std::move(node)); } // select random root size_t root_index = rand() % node_count; // ok now let's start collect from root! std::function<void(size_t)> collector; std::atomic<size_t> collecting_count; collecting_count.store(0, std::memory_order_relaxed); ...