int main()
{
//LinkedList <Player*> chain;
RedRover x;
//RedRover y;
//cout << x.getRoster() << x.getTeamB() << x.getTeamA();
//x.addToRoster("");
x.addToRoster("Juice\n20\n15\nKaylee\n25\n12\nMatt\n15\n20\nAustin\n1\n20\nAdam\n22\n18\nJeff\n15\n12\nSue\n30\n30\nRoy\n100\n100");
//x.createTeams();
x.sendSomeoneOver(x.teamAAt(0), x.teamBAt(0));
// x.addToRoster("Juice\n10\n15\nKate\n5\n5\nRoy\n20\n20");
// x.rosterReset();
//cout << x.getRoster();
//x.addToRoster("Juice\n3\n4");
bool testing = true;
int input = 0;
while(testing)
{
menu();
cin >> input;
//input = 11;
switch (input)
{
case 0:
{
cin.ignore();
string name, str, spd, add;
cout << "ENTER A NAME: ";
getline(cin, name);
cout << "\nENTER STRENGTH: ";
getline(cin,str);
cout << "\nENTER SPEED: ";
getline(cin,spd);
add = name + "\n" + str + "\n" + spd;
cout << add;
x.addToRoster(add);
break;
}
case 1:
{
cout << "Roster Size: " << x.getRosterSize() << endl;
cout << "Team A Size: " << x.getTeamASize() << endl;
cout << "Team B Size: " << x.getTeamBSize() << endl << endl;
break;
}
case 2:
{
cout << "Roster: " << x.getRoster() << endl;
cout << "Team A: " << x.getTeamA() << endl;
cout << "Team B: " << x.getTeamB() << endl << endl;
break;
}
case 3:
{
int index=0;
cout << "ENTER INDEX FOR PLAYER ON ROSTER: ";
cin >> index;
PlayerInterface* p1 = x.rosterAt(index);
cout << "\n At index: " << index << " - " << p1->getName() << " Str: " << p1->getStrength()
<< " Spd: " << p1->getSpeed() << endl << endl;
break;
}
case 4:
{
int index=0;
cout << "ENTER INDEX FOR PLAYER ON Team A: ";
cin >> index;
PlayerInterface* p1 = x.teamAAt(index);
cout << "\n At index: " << index << " - " << p1->getName() << " Str: " << p1->getStrength()
<< " Spd: " << p1->getSpeed() << endl << endl;
break;
}
case 5:
{
int index=0;
cout << "ENTER INDEX FOR PLAYER ON Team B: ";
cin >> index;
PlayerInterface* p1 = x.teamBAt(index);
cout << "\n At index: " << index << " - " << p1->getName() << " Str: " << p1->getStrength()
<< " Spd: " << p1->getSpeed() << endl << endl;
break;
}
case 6:
{
cout << "SHUFFLING ROSTER***\n";
x.shuffleRoster();
cout << "Roster: " << x.getRoster() << endl << endl;
break;
}
case 7:
{
cout << "CREATING TEAMS***\n";
x.createTeams();
cout << "TEAM A: " << x.getTeamA() << endl;
cout << "TEAM B: " << x.getTeamB() << endl << endl;
break;
}
case 8:
{
int run_index, def_index;
char run_team, def_team;
PlayerInterface* runner;
PlayerInterface* defender;
cout << "SEND SOMEONE OVER***\n";
cout << "TEAM A: " << x.getTeamA() << endl;
cout << "TEAM B: " << x.getTeamB() << endl << endl;
cout << "ENTER INDEX FOR RUNNER: ";
cin >> run_index;
cout << " TEAM A OR B: ";
cin >> run_team;
cout << "\nENTER INDEX FOR DEFENDER: ";
cin >> def_index;
cout << " TEAM A OR B: ";
cin >> def_team;
if (run_team == 'a')
{
runner = x.teamAAt(run_index);
}
else
{
runner = x.teamBAt(run_index);
}
if (def_team == 'a')
{
defender = x.teamAAt(def_index);
}
else
{
defender = x.teamBAt(def_index);
}
x.sendSomeoneOver(runner, defender);
cout << endl << "TEAM A: " << x.getTeamA() << endl;
cout << "TEAM B: " << x.getTeamB() << endl << endl;
break;
}
case 9:
{
x.teamReset();
cout << "TEAM A: " << x.getTeamA() << endl;
cout << "TEAM B: " << x.getTeamB() << endl << endl;
break;
}
case 10:
{
x.rosterReset();
cout << "ROSTER: " << x.getRoster() << endl << endl;
break;
}
case 11:
{
cout << "auto play\n\n";
x.autoPlay();
break;
}
case 12:
{
x.print();
break;
}
case 13:
{
x.printFromTail();
break;
}
case 14:
{
testing = false;
break;
}
case 15:
{
x.addToRoster("Juice\n20\n15\nKaylee\n25\n12\nMatt\n15\n20\nAustin\n1\n20\nAdam\n22\n18\nJeff\n15\n12\nSue\n30\n30\nRoy\n100\n100");
break;
}
}
}
return 0;
}
int main()
{
srand(time(0));
bool flag = true;
RedRover Red;
while (flag)
{
cout << "\n\n-----------------------------------------\n";
cout << "WELCOME TO JAKE'S AMAZING RED ROVER GAME!!!\n";
cout << "-----------------------------------------";
cout << "\n\n Do you want to: \n";
cout << "1 - Add list of players to Roster\n";
cout << "2 - Display all Players in Roster\n";
cout << "3 - Roster Size\n";
cout << "4 - Roster At\n";
cout << "5 - Shuffle Roster\n";
cout << "6 - Create Teams\n";
cout << "7 - Show all teams and roster\n";
cout << "8 - Team Reset\n";
cout << "9 - Quit\n";
cout << "10 - Play RedRover\n";
cout << "\nPick and option: ";
int option_selection;
cin >> option_selection;
string Team1 = "A";
string Team2 = "B";
if (!cin.fail())
{
if (option_selection == 1)/////Add to Roster
{
bool added = Red.addToRoster("Bam 11 5 George 3 14 Jake 44 b3 Bob 5 3 Sam 11 3 Tom 1a 44 Han 1 5 Luke 3 7 R2D2 8 3 C3P0 5 9 Chewbaca 9 6 Leia 10 2 Rand 1 10 Mat 3 9 Perrin 44 b3 Min 5 7 Lews 4 4 Faile 15 44");
}
if (option_selection == 2)////Show Roster
{
string readout = Red.getRoster();
cout << readout << endl;
}
if (option_selection == 3)////Get Roster Size
{
int RostSize = Red.getRosterSize();
cout << RostSize << endl;
}
if (option_selection == 4)////show roster at
{
cout << Red.rosterAt(2);
}
if (option_selection == 5)////Shuffle
{
Red.shuffleRoster();
}
if (option_selection == 6)////create teams
{
Red.createTeams();
}
if (option_selection == 7)////show teams and roster
{
string teamAlist = Red.getTeamA();
string teamBlist = Red.getTeamB();
string rosterList = Red.getRoster();
cout << "\nTeam A: " << teamAlist << endl;
cout << "Team B: " << teamBlist << endl;
cout << "Roster: " << rosterList << endl;
}
if (option_selection == 8)////reset teams
{
Red.teamReset();
}
if (option_selection == 9)////Quit
{
flag = false;
}
if (option_selection == 10)////Send Someone Over
{
/*
int randomSelect = rand() % 2;
if (randomSelect == 0)
{
string chosenRunner = Red.choosePlayer(2, "A"); //// 2 means auto pick, 1 means manual pick.
string chosenDefender = Red.choosePlayer(2, "B");
cout << chosenRunner << endl;
cout << chosenDefender << endl;
int index1 = Red.TAL.findIndex(chosenRunner);
int index2 = Red.TBL.findIndex(chosenDefender);
Red.sendSomeoneOver(Red.teamAAt(index1), Red.teamBAt(index2));
}
else if (randomSelect == 1)
{
string chosenRunner = Red.choosePlayer(2, "B");
string chosenDefender = Red.choosePlayer(2, "A");
cout << chosenRunner << endl;
cout << chosenDefender << endl;
int index1 = Red.TBL.findIndex(chosenRunner);
int index2 = Red.TAL.findIndex(chosenDefender);
Red.sendSomeoneOver(Red.teamBAt(index1), Red.teamAAt(index2));
}
*/
Red.autoPlay();
}
else
{
}
}
else
{
cout << "\nThat is not a valid option. Please pick a valid option.\n";
cin.clear();
cin.ignore();
}
}
//system("pause");
return 0;
}