int main()
{
Converter *conv = new Converter();
Tree *x = new Tree;
stringLinkedList *b;
b = conv->ConvertArrToLinkedList(a, 10, true);
vector<string> vec;
string a[10] = {"Kevin","Elijah","Andrew","Elias","Flynn","Callahan","Staple","Ortiz","Calvin", "Stoehr"};
bool exit=false;
string input; // input is a string variable
while(exit!=true) //Main loop for actually running the "movie store"
{
cout<<"======Main Menu======"<<endl;
cout<<"1. Convert array to linked list"<<endl;
cout<<"2. Convert linked list to array"<<endl;
cout<<"3. Convert linked list to vector"<<endl;
cout<<"4. Convert array to vector"<<endl;
cout<<"5. Convert vector to array"<<endl;
cout<<"6. Convert vector to linked list"<<endl;
cout<<"7. Convert array to hash table"<<endl;
cout<<"8. Convert hash table to array"<<endl;
cout<<"9. Convert array to binary search tree"<<endl;
cout<<"10. Convert binary search tree to array"<<endl;
cout<<"11. Quit"<<endl;
cin>>input;
if(input=="1")
{
b = conv->ConvertArrToLinkedList(a, 10, false);
}
else if(input=="2")
{
conv->ConvertLLToArray(b);
}
else if(input=="3")
{
conv->ConvertLLToVector(b);
}
else if(input=="4")
{
vec = conv->arrayToVector(a, 10);
}
else if(input=="5")
{
conv->vectorToArray(vec);
}
else if(input=="6")
{
conv->vectorToLinkedList(vec);
}
else if(input=="7")
{
conv->ArrayToHT(a, 10);
}
else if(input=="8")
{
conv->HTToArray();
}
else if(input=="9")
{
cout<<"Array to Binary Search Tree(inorder): "<<endl;
for(int i = 0; i<10;i++)
x = conv->ArrToBst(a, 10);
conv->printNode(x);
}
else if(input=="10")
{
cout<<"Binary Search Tree to Array: "<<endl;
conv->BstToArr(x, 10);
}
else if(input=="11")
{
exit=true;
cout<<"Goodbye!"<<endl;
}
else{ // prevent infinite loop
cout<<"Please select a menu option."<<endl;
}
}
}
int main()
{
Converter *conv = new Converter();
Tree *x = new Tree;
stringLinkedList *b;
vector<string> vec;
//_____________*******START BLAINE'S CONTRIBUTION******___________//
int arraySize = 10;
string a[arraySize];
cout << "Please enter 10 string values for your initial array." << endl;
//Start the user input.
for(int i = 0; i < arraySize; i++)
{
//Used to check if the user input is a string and NOT an integer.
bool checkInput = true;
//While the input is true, do the following.
while(checkInput = true)
{
//Take in user input for array values.
string arrValue;
cout << "What would you like to place in index " << i << " ?" << endl;
cin >> arrValue;
//Begin the check process by using strtol to convert to a long int.
char *ptr;
long converted = strtol(arrValue.c_str(), &ptr, 10);
//If the pointer is returned, input is valid and should be added to the array.
if(*ptr)
{
//cout << "IT'S A STRING!" << endl;
a[i] = arrValue;
checkInput = true;
break;
}
//Otherwise, the input is not a string and should not be added to the array.
//Users should be redirected to add another input in the same index.
else
{
cout << "Invalid input. Please enter strings as array values." << endl;
checkInput = false;
}
}
}
//Display the array that the user has created.
cout << "Your starting array is: " << endl;
for(int j = 0; j < arraySize; j++)
{
//Start the array with a curly bracket. Just for ease of reading.
if(j == 0)
{
cout << "{";
}
//End the array with a curly bracket. Just for ease of reading.
if(j == arraySize - 1)
{
cout << a[j] << "}" << endl;
break;
}
//Otherwise, display the array values followed by a comma.
cout << a[j] << ", ";
}
//_____________*******END BLAINE'S CONTRIBUTION******___________//
//string a[10] = {"Kevin","Elijah","Andrew","Elias","Flynn","Callahan","Staple","Ortiz","Calvin", "Stoehr"};
bool exit=false;
int input = 0;
while(exit!=true) //Main loop for actually running the "movie store"
{
cout<<"======Main Menu======"<<endl;
cout<<"1. Convert array to linked list"<<endl;
cout<<"2. Convert linked list to array"<<endl;
cout<<"3. Convert linked list to vector"<<endl;
cout<<"4. Convert array to vector"<<endl;
cout<<"5. Convert vector to array"<<endl;
cout<<"6. Convert vector to linked list"<<endl;
cout<<"7. Convert array to hash table"<<endl;
cout<<"8. Convert hash table to array"<<endl;
cout<<"9. Convert array to binary search tree"<<endl;
cout<<"10. Convert binary search tree to array"<<endl;
cout<<"11. Quit"<<endl;
cin>>input;
if(input==1)
{
b = conv->ConvertArrToLinkedList(a, 10);
}
if(input==2)
{
conv->ConvertLLToArray(b);
}
if(input==3)
{
conv->ConvertLLToVector(b);
}
if(input==4)
{
vec = conv->arrayToVector(a, 10);
}
if(input==5)
{
conv->vectorToArray(vec);
}
if(input==6)
{
conv->vectorToLinkedList(vec);
}
if(input==7)
{
conv->ArrayToHT(a, 10);
}
if(input==8)
{
conv->HTToArray();
}
if(input==9)
{
cout<<"Array to Binary Search Tree(inorder): "<<endl;
for(int i = 0; i<10;i++)
x = conv->ArrToBst(a, 10);
conv->printNode(x);
}
if(input==10)
{
cout<<"Binary Search Tree to Array: "<<endl;
conv->BstToArr(x, 10);
}
if(input==11)
{
exit=true;
cout<<"Goodbye!"<<endl;
}
}
}
