C++ RCF-2.2.0.0 源码：模拟服务端-多个客户端任务分配

{/'title/':/'C++ RCF-2.2.0.0 源码：模拟服务端-多个客户端任务分配/',/'description/':/'使用 RCF-2.2.0.0 库构建 C++ 服务端和客户端，实现服务端分配任务给多个客户端，并确保正在执行任务的客户端不会被分配新任务。提供完整代码示例，包括服务端和客户端代码。/',/'keywords/':/'RCF, C++, 服务端, 客户端, 任务分配, 并发, 多线程, 源码, 代码示例, RCF-2.2.0.0/',/'content/':/'#include //n#include //n#include //n#include //n#include //n#include <RCF/RCF.hpp>//n//nusing namespace std; //nusing namespace RCF; //n//nmutex mutex_; //n//nclass Task //n{//npublic://n Task(const string& name) : name_(name) {}//n//n void execute()//n {//n cout << /'Executing task: /' << name_ << endl; //n // 模拟任务执行时间//n this_thread::sleep_for(chrono::seconds(5));//n cout << /'Task /' << name_ << /' completed./' << endl; //n }//n//nprivate://n string name_;//n};//n//nclass TaskService //n{//npublic://n void addTask(const string& taskName)//n {//n lock_guard lock(mutex_);//n tasks_.emplace_back(taskName);//n }//n//n Task* getTaskForClient()//n {//n lock_guard lock(mutex_);//n for (auto& task : tasks_) //n {//n if (!taskInExecution(task))//n {//n tasks_.erase(remove(tasks_.begin(), tasks_.end(), task), tasks_.end());//n return &task; //n }//n }//n return nullptr; //n }//n//nprivate://n bool taskInExecution(const Task& task)//n {//n // 模拟任务是否正在执行//n // 这里可以根据实际情况进行判断//n return false; //n }//n//n vector tasks_;//n};//n//nclass TaskServiceInterface //n{//npublic://n virtual ~TaskServiceInterface() {}//n//n virtual void addTask(const string& taskName) = 0; //n virtual Task* getTaskForClient() = 0; //n};//n//nclass TaskServiceImplementation : public TaskServiceInterface //n{//npublic://n void addTask(const string& taskName) override //n {//n taskService_.addTask(taskName);//n }//n//n Task* getTaskForClient() override //n {//n return taskService_.getTaskForClient();//n }//n//nprivate://n TaskService taskService_;//n};//n//nclass TaskServiceImplementationFacade //n{//npublic://n TaskServiceImplementationFacade()//n {//n RcfInitDeinit rcfInit; //n rcfServer_.bind(taskServiceImplementation_);//n }//n//n void start()//n {//n rcfServer_.start();//n }//n//nprivate://n RcfServer rcfServer_;//n TaskServiceImplementation taskServiceImplementation_;//n};//n//nint main()//n{//n TaskServiceImplementationFacade taskServiceFacade; //n taskServiceFacade.start();//n return 0; //n}//n//n#include //n#include //n#include <RCF/RCF.hpp>//n//nusing namespace std; //nusing namespace RCF; //n//nclass Task //n{//npublic://n Task(const string& name) : name_(name) {}//n//n void execute()//n {//n cout << /'Executing task: /' << name_ << endl; //n // 模拟任务执行时间//n this_thread::sleep_for(chrono::seconds(5));//n cout << /'Task /' << name_ << /' completed./' << endl; //n }//n//nprivate://n string name_;//n};//n//nint main()//n{//n RcfInitDeinit rcfInit; //n//n RcfClient taskServiceClient(RCF::TcpEndpoint(/'localhost/', 50001));//n//n // 添加任务//n taskServiceClient.addTask(/'Task 1/');//n taskServiceClient.addTask(/'Task 2/');//n taskServiceClient.addTask(/'Task 3/');//n//n // 获取任务并执行//n while (true)//n {//n Task* task = taskServiceClient.getTaskForClient();//n if (task)//n {//n task->execute();//n }//n else//n {//n cout << /'No task available. Waiting for new tasks.../' << endl; //n // 等待新任务//n this_thread::sleep_for(chrono::seconds(1));//n }//n }//n//n return 0; //n}/