#include "Interface.hpp" #include "Time.hpp" using namespace std; using namespace chrono; bool its_time = false; // Displays a message upon alarm hit. void ask_alarm() { unique_lock lk(m2); cv.wait(lk,[](){return its_time;}); int res = TimedMessageBox(nullptr,("Alarm \""+Clock.ring()+"\" is active!\n" "Would you like to Switch it off?").c_str(),"Alarm Active!", MB_YESNO|MB_ICONINFORMATION,60000); if(res == IDYES) Program::terminate(); its_time = false; } // Keeps checking for alarm hit, parallel to the program. void try_alarm() { m1.lock(); while(true) { if(not its_time && Clock.check()) { Program::init(); its_time = true; cv.notify_one(); Program::run(); Program::end(); } //else if(its_time) { its_time=false; Program::end(); } } m1.unlock(); } // Runs the main menu of options and settings. void code() { string s,path; size_t vol,pos; INPUT_RECORD rec; DWORD ev; bool print = false; auto spt = current_time(); while(true) { if(current_time()-spt>2s) { spt=current_time(); GOTO(0,4); std::cout<0&&!its_time) { ReadConsoleInput(in,&rec,1,&ev); if(rec.EventType==KEY_EVENT) { if(rec.Event.KeyEvent.bKeyDown) { switch(rec.Event.KeyEvent.uChar.AsciiChar) { case '1': cout<<"Enter time in format (HH:MM) or (DD/MM/YYYY HH:MM) : \n"; getline(cin,s); Clock.add(s); print = false; break; case '2': Clock.print(); print = false; Sleep(2000); break; case '3': print = false; Clock.print(); if(Clock.count()>0) { cout<<"Action Command Line for Basic Alarm Clock : \n\n"; cout<<"Enter the desired command to perform the required operation : \n\n"; cout<<"1) MODIFY \n" " [ Modifies Alarm at Index AIDX-1, replacing with NEW_TIME ] \n"; cout<<"2) DELETE \n" " [ Deletes Alarm at Index AIDX-1 ] \n"; cout<<"3) EXIT \n" " [ Exits from the utility ] \n"; while(true) { cout<<"\n>> "; getline(cin,s); s=to_upper(s); if(s=="EXIT"||s.empty()) break; else if(s.substr(0,6)=="MODIFY") { pos = s.find(' '); Clock.remove(stoi(s.substr(pos+1,s.size()-s.find(' ',pos+1)))); s = s.substr(s.find(' ',pos+1)+1); if(not s.empty()) Clock.add(s); } else if(s.substr(0,6)=="DELETE") { Clock.remove(stoi(s.substr(s.find(' ')+1))); } else cout<<"Error : Invalid Command\n"; } } else Sleep(2000); break; case '4': print = false; std::cout<<"Type in the new path followed by the new volume (b/w 0-1000) : \n"; std::cin>>path>>vol; Program::reload(path,vol%1000); std::cout<<"\n"; break; } } if(not print) cout<<"\n"; } } } else ReadConsoleInput(in,&rec,1,&ev); } } int main(int argc, char** argv) { try { //BindToRegistry(argv[0]); thread t1(try_alarm); thread t2(ask_alarm); thread t3(code); t1.join(); t2.join(); t3.join(); } catch(exception& e) { cerr<<"Error : "<

Alarm Clock Main Code