Я написал код, используя классы, и он соответствует и работает, однако полный main не выполняется, когда я получаю это сообщение:
libc++abi.dylib: terminating with uncaught exception of type std::bad_alloc: std::bad_alloc
Abort trap: 6
Код выполняется до самого конца части 'раздача оставшихся карт: ', тогда я получаю сообщение об ошибке.Я не уверен, почему это происходит, это мой код:
class CardSet
{
public:
CardSet();
CardSet(int);
~CardSet();
int Size() const;
bool IsEmpty() const;
void Shuffle();
int Deal();
void Deal(int,CardSet&,CardSet&);
void Deal(int,CardSet&,CardSet&,CardSet&,CardSet&);
void AddCard(int);
void MergeShuffle(CardSet&);
void Print() const;
private:
int* Card;
int nCards;
};
void PrintCard(int);
void PrintCard(int c)
{
int Rank = c%13;
int Suit = c/13;
const char NameSuit[5] = "SCDH";
const char NameRank[14] = "23456789XJQKA";
cout << NameRank[Rank] << NameSuit[Suit];
}
/*Default constructor that sets up a set of 0 cards*/
CardSet::CardSet()
{
Card = NULL;
nCards = 0;
}
/*Initialising constructor where the number of cards is the argument passed*/
CardSet::CardSet(int c)
{
nCards=c;
Card = new int[c]; /*Create memory in the array using the new operator*/
for(int i = 0; i < c; i++) /*for loop to set each value*/
{
Card[i] = (i % 52); /*Uses mod operator to ensure number of cards never exceeds 51*/
}
}
/*Destructor that deletes/cleans up the memory previously set in the array*/
CardSet::~CardSet()
{
if (Card!=NULL)
delete [] Card;
Card = NULL;
}
/*If cardset is empty bool returns true*/
bool CardSet::IsEmpty() const
{
if (Size() == 0) /*If the set of cards is empty*/
return true;
else
return false;
}
/*Print function passes cards to PrintCard function to print out the contents of the set, 24 cards to a line*/
void CardSet::Print() const
{
for (int i = 0; i < nCards; i++) /*Prints out the cards from i = 0 to i = ncards*/
{
if (i%24 == 0 && i != 0) /*when it hits the 24th card, start a new line*/
cout << endl;
else
cout << " "; /*else enters space between cards*/
PrintCard(Card[i]);
}
cout << endl; /*New line*/
}
/*Returns the number of cards in the set*/
int CardSet::Size() const
{
return nCards;
}
/*rearranges the cards in the set in a random manner*/
void CardSet::Shuffle()
{
int temp;
for (int i = 0; i < nCards; i++){
int j = rand() % (nCards - 1);
if (i != j){
temp = Card[i];
Card[i] = Card[j];
Card[j] = temp;
}
}
}
/*takes current set and set provided as an argument and makes current set contain contain all the cards from the two sets*/
void CardSet::MergeShuffle(CardSet& set)
{
while(set.IsEmpty()==false){
int dealCard = set.Deal();
AddCard(dealCard);
}
Shuffle(); /*call to shuffle function*/
}
/*add a card to the current hand*/
void CardSet::AddCard(int c)
{
int *hand;
hand = new int[nCards+1]; /*memory allocation to hand*/
for(int i = 0; i<nCards; i++){ /*for each card i in the set nCards*/
hand[i] = Card[i];
}
hand[nCards] = c;
delete [] Card; /*delete memory in the array*/
Card = hand;
nCards++;
}
/*return the value of the first card in the set which is located in the 0th element of the array*/
int CardSet::Deal()
{
int *nDeck;
int temp = 0;
nDeck = new int[nCards-1]; /*Make fresh memory*/
temp = Card[0]; /*temp is the first card which we are returning*/
if (IsEmpty()){ /*If the set is empty*/
cout << "This set is empty." << endl;
return -1;
}
int j = 0;
for (int i = 1; i < nCards; i++){
nDeck[j] = Card[i]; /*Move the old memory to new memory*/
j++;
}
delete []Card; /*Delete the old memory*/
Card=nDeck;
nCards--;
return temp; /*return the value of the first card*/
}
/*deals two hands in the two CardSet arguments passed*/
void CardSet::Deal(int c,CardSet& set1,CardSet& set2)
{
for (int i = 0; i < c; i++){
int dealCard = Deal(); /*Deal a card from the original deck*/
set1.AddCard(dealCard); /*Add it to the 1st set argument passed*/
dealCard = Deal(); /*Deal another card*/
set2.AddCard(dealCard); /*Add it to the 2nd set argument passed*/
}
}
/*deals four hands in the four CardSet arguments passed*/
void CardSet::Deal(int c,CardSet& set1,CardSet& set2,CardSet& set3,CardSet& set4)
{
for (int i = 0; i < c && IsEmpty()==false; i++){
int dealCard = Deal(); /*Deal a card from the original deck*/
set1.AddCard(dealCard); /*Add it to the 1st set argument passed*/
dealCard = Deal(); /*Deal another card*/
set2.AddCard(dealCard); /*Add it to the 2nd set argument and so on for 3rd and 4th set*/
dealCard = Deal();
set3.AddCard(dealCard);
dealCard = Deal();
set4.AddCard(dealCard);
}
}
и это мое основное:
int main()
{
cout << "BEGINNING OF CARDSET TESTS . . . "<< endl << endl;
//--------- STEP 1 TESTS ---------------------------------------------------
cout << "Testing constructors, Print(), Size() & IsEmpty():" << endl;
CardSet CardSet1; // empty cCardSet
CardSet CardSet2(12); // CardSet with 12 cards
if(CardSet1.IsEmpty()) cout<<"CardSet1 is empty"<<endl;
else cout<<"CardSet1 has "<< CardSet1.Size() <<" cards" << endl;
if(CardSet2.IsEmpty()) cout<<"CardSet2 is empty"<<endl;
else cout<<"CardSet2 has "<< CardSet2.Size() <<" cards" << endl;
cout << "Printout of CardSet1: ";
CardSet1.Print();
cout << "Printout of CardSet2: ";
CardSet2.Print();
cout << endl;
/*--------- STEP 2 TESTS ---------------------------------------------*/
cout << "Testing Normal Shuffle: "<< endl;
CardSet CardSet3(24); // CardSet with 24 cards
cout << "Unshuffled CardSet: ";
CardSet3.Print();
CardSet3.Shuffle();
cout << "Shuffled CardSet: ";
CardSet3.Print();
cout << endl;
cout << "Testing Merge Shuffle: "<< endl;
CardSet CardSet4(12); // CardSet with 12 cards
cout<<"CardSet1 has "<< CardSet2.Size() <<" cards and cardSet2 has "<< CardSet4.Size() <<" cards" << endl;
cout << "Printout of CardSet1: ";
CardSet2.Print();
cout << "Printout of CardSet2: ";
CardSet4.Print();
cout << "Merge shuffling both CardSets into CardSet1:\n";
CardSet2.MergeShuffle(CardSet4);
cout<<"CardSet1 has "<< CardSet2.Size() <<" cards and cardSet2 has "<< CardSet4.Size() <<" cards" << endl;
cout << "Printout of CardSet1: " ;
CardSet2.Print();
cout << "Printout of CardSet2: ";
CardSet4.Print();
cout << endl;
cout << "Testing Adding and removing cards to a CardSet:"<< endl;
cout << "CardSet Size: " << CardSet2.Size() << endl;
cout << "Printout of CardSet: ";
CardSet2.Print();
int Card = CardSet2.Deal();
cout << "Dealing 1 card: ";
PrintCard(Card);
cout << endl;
cout << "CardSet Size: " << CardSet2.Size() << endl;
cout << "Adding card: ";
PrintCard(Card);
cout << endl;
CardSet2.AddCard(Card);
cout << "CardSet Size: " << CardSet2.Size() << endl;
cout << "Printout of CardSet: ";
CardSet2.Print();
cout << endl;
cout << "Testing Dealing out cards from one CardSet into two other CardSets:" << endl;
CardSet CardSet5,CardSet6(6); // CardSets with 0 & 6 cards
cout << "Printout of CardSet1: ";
CardSet2.Print();
cout << "Printout of CardSet2: ";
CardSet5.Print();
cout << "Printout of CardSet3: ";
CardSet6.Print();
cout << "Dealing 3 Cards from CardSet1 into CardSet2 and CardSet3: " << endl;
CardSet2.Deal(3,CardSet5,CardSet6);
cout << "Printout of CardSet1: ";
CardSet2.Print();
cout << "Printout of CardSet2: ";
CardSet5.Print();
cout << "Printout of CardSet3: ";
CardSet6.Print();
cout << endl;
cout << "Testing Dealing out cards from one CardSet into four other CardSets:" << endl;
CardSet CardSet7,CardSet8(6); // CardSets with 0 & 6 cards
cout << "Printout of CardSet1: ";
CardSet2.Print();
cout << "Printout of CardSet2: ";
CardSet5.Print();
cout << "Printout of CardSet3: ";
CardSet6.Print();
cout << "Printout of CardSet4: ";
CardSet7.Print();
cout << "Printout of CardSet5: ";
CardSet8.Print();
cout << "Dealing 3 cards from CardSet1 into CardSet2 and CardSet3: " << endl;
CardSet2.Deal(3,CardSet5,CardSet6,CardSet7,CardSet8);
cout << "Printout of CardSet1: ";
CardSet2.Print();
cout << "Printout of CardSet2: ";
CardSet5.Print();
cout << "Printout of CardSet3: ";
CardSet6.Print();
cout << "Printout of CardSet4: ";
CardSet7.Print();
cout << "Printout of CardSet5: ";
CardSet8.Print();
cout << "Dealing out remaining cards: " << endl;
CardSet2.Deal(3,CardSet5,CardSet6,CardSet7,CardSet8);
cout << "Printout of CardSet1: ";
CardSet2.Print();
cout << endl;
cout << ". . . END OF TESTS"<< endl;
return 0;
}
Любая помощь будет принята с благодарностью.