#include #include #include //just for fun how fast the computer is #include #include "kev.h" //membantu //const *int oke = new int; using namespace std; #define processor_H //clock, socket, brand, oc, cores //AMD: [AM2, AM3 AM4], [F, FM1, FM2] //Intel: 1136, 1155, 2011 //power needded class processor {//effect: core, socket, clock, oc public: int speed = 0; int heat = 0; processor(string model, string brand, int info[], string socket, int oc=0) :over_clock_able(info[0]), cores(info[1]), clocks(info[2]), over_clocked(oc)//, models(*model), brands(*brand) { kev obj; string AMD_socket0[] = {"AM2", "AM3", "AM4"}; string AMD_socket1[] = {"F", "FM1", "FM2"}; string Intel_socket[] = {"1136", "1155", "2011"}; int nilai0 = 0; if (brand == "AMD") { cout << "AMD"; //SEGMENTATION FAULT IS ARROUND HERE///////////////////////////////////// if (obj.in_array(socket, AMD_socket0)) { nilai0 += ((obj.index(socket, AMD_socket0)) + 1) * 250; } if (obj.in_array(socket, AMD_socket1)) { nilai0 += ((obj.index(socket, AMD_socket1)) + 1) * 250; } } if (brand == "Intel") { if (obj.in_array(socket, Intel_socket)) { nilai0 += ((obj.index(socket, Intel_socket)) + 1) * 250; } } this->speed += nilai0; cout << nilai0 << endl; if (oc) { if ((this->over_clocked*2) >= this -> clocks) { cout << "[WARNING] Processeor heat is MAXIMUM\n"; } heat += over_clocked; nilai0 += over_clocked; } nilai0 += cores*20.9; cout << nilai0 << endl; nilai0 += clocks*62.5; cout << nilai0 << endl; } private: //const string models; //const string brands; const int over_clocked; const int over_clock_able; // 1 or 0 const int cores; const int clocks; };

processor.h