/*------------------------------------------------------------------------------ Description: Officer Class for Detail Scheduler Author: Chris Huyler, Tim Cross Language: C++ Name: Officer.h Date: March 22, 2000 ------------------------------------------------------------------------------*/ class Officer { public: Officer(); Officer(char *N,int B,char *P,char *A); void Set_Init_Officer(); // initialize an officer void Set_Name(); void Set_BadgeNum(); void Set_PhoneNum(); void Set_AltPhoneNum(); char* Get_Name(); int& Get_BadgeNum(); char* Get_PhoneNum(); char* Get_AltPhoneNum(); void Add_RegularShift(); // create and add regular shift to schedule bool Add_Shift(Shift *s); // add shift to officer's schedule Shift* Get_RegularShift(); // returns shift to edit Shift* Find_RegularShift(string s); // finds shift and returns void Remove_RegularShift(); // remove a regular shift bool Remove_Shift(Shift *s); // remove shift from officer's schedule void List_Details(); // list details for a day or days void List_Shifts(); // list all shifts for a day or days void Print(); // prints officers stats bool Conflict(Shift *s); // checks to see if shift conflicts with schedule Shift* Return_Next_Shift(); // function to return and remove shifts for saving void Set_Iterator(); // used when returning shifts for saving bool operator== (Officer& O); private: char Name[25]; int BadgeNum; char PhoneNum[14]; char AltPhoneNum[14]; Shift *Schedule[366][5]; // five shifts can be inserted on each day int d,c; // counters for iterator }; Officer::Officer() { for(int i=0;i<365;i++) // initialize shifts to NULL for(int j=0;j<5;j++) Schedule[i][j]= NULL; } Officer::Officer(char *N,int B,char *P,char *A) { for(int i=0;i<365;i++) for(int j=0;j<5;j++) Schedule[i][j]= NULL; strcpy(Name,N); BadgeNum = B; strcpy(PhoneNum,P); strcpy(AltPhoneNum,A); } void Officer::Set_Init_Officer() { Set_Name(); Set_BadgeNum(); Set_PhoneNum(); Set_AltPhoneNum(); } void Officer::Set_Name() { textcolor(WHITE); cprintf("\nPlease enter the officer's full name: "); textcolor(LIGHTGRAY); gets(Name); } void Officer::Set_BadgeNum() { textcolor(WHITE); cprintf("\nPlease enter the officer's badge number: "); textcolor(LIGHTGRAY); cin >> BadgeNum; } void Officer::Set_PhoneNum() { textcolor(WHITE); cprintf("\nPlease enter the officer's phone number: "); textcolor(LIGHTGRAY); gets(PhoneNum); } void Officer::Set_AltPhoneNum() { textcolor(WHITE); cprintf("\nPlease enter the officer's alternate phone number: "); textcolor(LIGHTGRAY); gets(AltPhoneNum); } char* Officer::Get_Name() { return(Name); } int& Officer::Get_BadgeNum() { return(BadgeNum); } char* Officer::Get_PhoneNum() { return(PhoneNum); } char* Officer::Get_AltPhoneNum() { return(AltPhoneNum); } void Officer::Add_RegularShift() { RegularShift *R = new RegularShift; R->Set_Init_Regular(); if(!Conflict(R)) // cannot add a shift that conflicts with a current shift Add_Shift(R); else { textcolor(RED+BLINK); cprintf(" There is a conflict. "); sleep(5.0); textcolor(LIGHTGRAY); } } bool Officer::Add_Shift(Shift *s) { int day = s->Get_Day(), counter = 0; bool done = false; while(!done && counter<5) if(Schedule[day][counter] == NULL) { Schedule[day][counter] = s; done = true; } else counter++; return(counter<5); } void Officer::Remove_RegularShift() { textcolor(YELLOW); cprintf("\nEnter information to remove a shift -\r\n"); textcolor(LIGHTGRAY); Shift *s = Get_RegularShift(); clrscr(); s->Print(); textcolor(WHITE); cprintf("\nDelete this Shift?\n"); plist pl(2); pl.insert(" Yes "); pl.insert(" No "); if(pl.printList() == " Yes ") Remove_Shift(s); } bool Officer::Remove_Shift(Shift *s) { int day = s->Get_Day(), counter = 0; bool done = false; while(!done && counter<5) if(Schedule[day][counter] == s) { delete Schedule[day][counter]; Schedule[day][counter] = NULL; done = true; } else counter++; return(done); } void Officer::List_Details() { for(int i=0;i<365;i++) for(int j=0;j<5;j++) if(Schedule[i][j] != NULL) if(Schedule[i][j]->Identify() == "DetailShift") Schedule[i][j]->Print(); } void Officer::List_Shifts() { for(int i=0;i<365;i++) for(int j=0;j<5;j++) if(Schedule[i][j] != NULL) Schedule[i][j]->Print(); } void Officer::Print() { cout << endl << "Name : " << Name << endl << "Badge # : " << BadgeNum << endl << "Phone # : " << PhoneNum << endl << "Alt Phone # : " << AltPhoneNum << endl; } bool Officer::operator== (Officer& O) { return(Name == O.Get_Name()); } bool Officer::Conflict(Shift *s) { bool conflict = false; int c = 0; int st = s->Get_StartTime(); int et = s->Get_EndTime(); int d = s->Get_Day(); while(Schedule[d][c]!=NULL && c<5) { // if start time is between current shift's start and end time there is a conflict if(st>=Schedule[d][c]->Get_StartTime() && stGet_EndTime()) conflict = true; // if end time is between current shift's start and end time there is a conflict if(et>Schedule[d][c]->Get_StartTime() && et<=Schedule[d][c]->Get_EndTime()) conflict = true; // if start time is before current start and end time is after current end if(stGet_StartTime() && et>Schedule[d][c]->Get_EndTime()) conflict = true; c++; } return(conflict); } Shift* Officer::Get_RegularShift(){ clrscr(); DayConverter dc; int d = dc.create_day(); clrscr(); textcolor(WHITE); cprintf("\nChoose a Shift from the list: \n"); textcolor(LIGHTGRAY); plist pl(6); int c = 0; while(c<5 && Schedule[d][c]!=NULL){ if(Schedule[d][c]->Identify() == "RegularShift") pl.insert(Schedule[d][c]->Get_Description()); c++; } return(Find_RegularShift(pl.printList())); } Shift* Officer::Find_RegularShift(string s){ // searches for regular shift by description Shift *sh; int d=1,c; bool found = false; while(!found && d<365){ c = 0; while(!found && c<5 && Schedule[d][c]!=NULL){ if(Schedule[d][c]->Get_Description() == s){ sh = Schedule[d][c]; found = true; } c++; } d++; } return(sh); } void Officer::Set_Iterator() { d=0; c=0; } Shift* Officer::Return_Next_Shift() { Shift *temp = NULL; bool found = false; while(d<366 && !found) { if(c>=5) c = 0; while(c<5 && !found) { if(Schedule[d][c]) { temp = Schedule[d][c]; found = true; } c++; } if(!found)d++; } return(temp); }