#include <iostream>
#include "LinkedList.h"
#include "rect.h"
#include "cube.h"
#include "shape.h"
using namespace std;


void createrect(LinkedList<rect*> &ListOfrects);


void main(void){

	LinkedList<rect*> ListOfrects;



	char menu;//PRIMARY MENU, CHOOSE YOUR SHAPE
	cout << "\n\tWelcome to Sams Super Shape Manipulator & Calculator!!\n\n";
	cout << "what kind of shape would you like to do?" <<endl;	
	cout << "\nC. Create new Shape\n" ;
	cout << "E. Edit saved Shapes\n"; 
	cout << "Q. To Quit Program\n";
	cin >> menu;

	while(menu != 'q' && menu != 'Q'){        
		switch(menu){
		case 'C':
		case 'c':
			char menuC;              
			cout << "\nPlease chose one of the following\n" ;
			cout << "A. Create new Rectangle\n" ;
			cout << "Q. To Exit to Main Menu\n";
			cin >> menuC;


			while(menuC != 'q' && menuC != 'Q'){
				switch(menuC){
		case 'A':
		case 'a':
			createrect(ListOfrects);
			
			//insert other shapes here
		case 'Q':
		case 'q': 
			break;
				}
				
				//end create shapes
			cout << "\nPlease chose one of the following\n" ;
			cout << "A. Create new Rectangle\n" ;
			cout << "Q. To Exit to Main Menu\n";
			cin >> menuC;

		case 'Q':
		case 'q': 
			break;
			}//end create menu
		
			cout << "\n\tWelcome to Sams Super Shape Manipulator & Calculator!!\n\n";
	cout << "what kind of shape would you like to do?" <<endl;	
	cout << "\nC. Create new Shape\n" ;
	cout << "E. Edit saved Shapes\n"; 

	cout << "Q. To Quit Program\n";
	cin >> menu;

		case 'E':
		case 'e':
			char menuE;
			cout << "\nPlease chose the type of shape you would like to Edit\n";
			cout << "A. Regtangle \n";
			cout << "Q. To Exit to Main Menu\n";
			cin >> menuE;
			while(menuE != 'q' && menuE != 'Q'){  
				switch(menuE){


		case 'a':
		case 'A':
			double optrec;
			cout << "\n";
			ListOfrects.displayList();//// PROGRAM CRASHES HERE DUE TO DISPLAYLIST
			cout << "\n";
			cout << "Please enter the ID of the Regtangle you wish to Edit\n";
			cin >> optrec;
			rect *temp;
			rect temp2 (optrec, 0,0);
			temp = &temp2;
			ListOfrects.findNode(temp);
			char optEd2;
			cout << "\nPlease chose which from the following\n";
			cout << "\nA. To Edit ID";
			cout << "\nB. To Create a 3D Prism";
			cout << "\nQ. To go back.";
			cin >> optEd2;
			while(optEd2 != 'q' && optEd2 != 'Q'){
				switch(optEd2){
		case'A':
		case'a':
			double setS;
			cout << "\nPlease enter new value\n" ;
			cin >> setS;       
			rect *temp;
			rect temp2 (optrec, 0,0);
			temp = &temp2;
			ListOfrects.findNode(temp);
//			setID(setS);
			break;
			/*case'B':
			case'b':
			createCube(ListOfCubes);
			cout << "\nPrism created\n";
			break;                       */                           
//		default:
			break; 
				}
				cout << "\nPlease chose which from the following\n";
				///cout << "\nA. To Edit ID";
				cout << "\nB. To convert to 3D Prism";
				cout << "\nQ. To go back\n";
				cin >> optEd2;  
			}

			break;
				}
			}
		}//menu1 choices
	}//end menu1
}//end of main

void createrect(LinkedList<rect*> &ListOfrects){
	rect *temp;
	double val;
	double w(0), l(0);    
	// ask the user to produce some values
	// put them in the list
	for (;;) {
		cout << "\nRectangle ID (0 to stop): ";
		cin >> val; 
		if (val == 0){break;} 
		rect temp2 (val, 0,0);
		temp = &temp2;
		ListOfrects.appendNode(temp);
		cout << "rect Width: " ;
		cin >> w;
		temp->setWidth(w);
		cout << "rect Length: ";
		cin >> l;
		temp->setLength(l);
		temp->setarea(); 
	}}

#ifndef LINKEDLIST_H
#define LINKEDLIST_H
template <class T>
class LinkedList
{
private:
	// Declare a structure for the list
	struct ListNode
	{
		T value;
		struct ListNode *next;
	};
	ListNode *head; // List head pointer

public:
	LinkedList(void) // Constructor
	{ head = NULL; }
	~LinkedList(void); // Destructor
	void appendNode(T);
	void insertNode(T);
	void deleteNode(T);
	void displayList(void);
	void findNode(T);
};

	// appendNode appends a node containing the
	// value pased into num, to the end of the list.
	template <class T>
		void LinkedList<T>::appendNode(T num)
	{
		ListNode *newNode, *nodePtr;
		// Allocate a new node & store num
		newNode = new ListNode;
		newNode->value = num;
		newNode->next = NULL;

		// If there are no nodes in the list
		// make newNode the first node
		if (!head)
			head = newNode;
		else // Otherwise, insert newNode at end
		{ // Initialize nodePtr to head of list
			nodePtr = head;
			// Find the last node in the list
			while (nodePtr->next)
				nodePtr = nodePtr->next;
			// Insert newNode as the last node
			nodePtr->next = newNode;
		}
	}

template <class T>
void LinkedList<T>::displayList()
{
	ListNode *nodePtr;
	nodePtr = head;
	while (nodePtr)
	{
	nodePtr->value->ShowInfo();    ////WHERE I PUT MY SHOWINFO FUNCTION IN
	nodePtr = nodePtr->next;
	}
}

	// The insertNode function inserts a node with
	// num copied to its value member.
	template <class T>
		void LinkedList<T>::insertNode(T num)
	{
		ListNode *newNode, *nodePtr, *previousNode;
		// Allocate a new node & store Num
		newNode = new ListNode;
		newNode->value = num;
		// If there are no nodes in the list
		// make newNode the first node
		if (!head)
		{
			head = newNode;
			newNode->next = NULL;
		}
		else // Otherwise, insert newNode at end
		{
			// Initialize nodePtr to head of list
			nodePtr = head;
			// Skip all nodes whose value member is less
			// than num.
			while (nodePtr != NULL && nodePtr->value < num)
			{
				previousNode = nodePtr;
				nodePtr = nodePtr->next;
			}
			// Insert the node after the one pointed to
			// by previousNode and before the one pointed to
			// by nodePtr.
			previousNode->next = newNode;
			newNode->next = nodePtr;
		}
	}

	//The deleteNode function searches for a node
	// with Num as its value. The node, if found, is
	// deleted from the list and from memory.
	template <class T>
		void LinkedList<T>::deleteNode(T num)
	{
		ListNode *nodePtr, *previousNode;
		// If the list is empty, do nothing.
		if (!head)
			return;
		// Determine if the first node is the one.
		if (head->value == num)
		{
			nodePtr = head->next;
			delete head;
			head = nodePtr;
		}
		else
		{
			// Initialize nodePtr to head of list
			nodePtr = head;
			// Skip all nodes whose value member is
			// not equal to num.
			while (nodePtr != NULL && nodePtr->value != num)
			{
				previousNode = nodePtr;
				nodePtr = nodePtr->next;
			}
			// Link the previous node to the node after
			// nodePtr, then delete nodePtr.
			previousNode->next = nodePtr->next;
			delete nodePtr;
		}
	}

template <class T>
void LinkedList<T>::findNode(T num)
{
	int count = 0;
	ListNode *nodePtr, *previousNode;
 
	// If the list is empty, do nothing.
	if ( !head )
		return;

	// Initialize nodePtr to head of list
	nodePtr = head;

	// Skip all nodes whose value member is 
	// not equal to searchValue.
	while (nodePtr != NULL && nodePtr->value != num)
	{  
		nodePtr = nodePtr->next;
		count++;
	}

	if ( ! nodePtr ) //didn't find the value and arrived at the end
	{
		cout << "your number was not found" << endl;
	}
	else
	{
		cout << "your number is in index:" << count + 1 << endl;
		cout << "Value: " << nodePtr->value << endl;
		cout << nodePtr->value << endl;
	}
}

	// Destructor
	// This function deletes every node in the list.
	template <class T>
		LinkedList<T>::~LinkedList(void)
	{
		ListNode *nodePtr, *nextNode;
		nodePtr = head;
		while (nodePtr != NULL)
		{
			nextNode = nodePtr->next;
			delete nodePtr;
			nodePtr = nextNode;
		}
	};
#endif

void rect::ShowInfo(){
     cout << " rectangle ID is  " << ID << "\n";
      cout << "This rectangles Width is " << width << "\n";
     cout << "This rectangles Length is " << length << "\n";
      cout << "This rectangles Area is " << area << "\n";
}

case 'a':
		case 'A':
			double optrec;
			cout << "\n";
			ListOfrects.displayList();
			cout << "\nPlease enter the ID of the Regtangle you wish to Edit\n";
			cin >> optrec;
			rect *temp;
			temp = new rect(optrec,0,0);
			ListOfrects.findNode(temp);	
			char optEd2;
			cout << "\nPlease chose which from the following\n";
			cout << "\nA. To Edit ID";
			cout << "\nB. To Create a 3D Prism";
			cout << "\nQ. To go back.";
			cin >> optEd2;

			while(optEd2 != 'q' && optEd2 != 'Q'){
				switch(optEd2){
		case'A':
		case'a':
			double setS;
			cout << "\nPlease enter new value\n" ;
			cin >> setS;       
			rect *temp;
			temp = new rect(optrec,0,0);
			ListOfrects.findNode(temp);	
			temp->setID(setS);
			break;


	/*	case'Q':
		case'q':	
			break; */
				}
				cout << "\nPlease chose which from the following\n";
				cout << "\nA. To Edit ID";
				//cout << "\nB. To convert to 3D Prism";
				cout << "\nQ. To go back\n";
				cin >> optEd2;  
			}

			break;
				}
			}
		}//menu1 choices
	}//end menu1
}//end of main

void createrect(LinkedList<rect>& ListOfrects)
{
	rect * temp;
	double val;
	double w, l;

	// ask the user to produce some values
	// put them in the list
	for (;;)
	{
		cout << "\nRect ID (0 to stop): ";
		cin >> val;
		if (val==0){break;}
		temp = new rect(val,0,0);
		ListOfrects.appendNode(*temp);
		cout << "rect Width: " ;
		cin >> w;
		temp->setWidth(w);
		cout << "rect Length: ";
		cin >> l;
		temp->setLength(l);
		temp->setarea();

	}

}

template <class T>
void LinkedList<T>::displayList()
{
	ListNode *nodePtr;
	nodePtr = head;
	while (nodePtr)
	{
	cout << nodePtr->value->ShowInfo() << endl;
        nodePtr = nodePtr->next;
	}
}

#include <iostream>
#include "rect.h" // includes all the header files
#include "Circle.h"
#include "Cube.h"
#include "Sphere.h"
#include "Triangle.h"
#include "LinkedList.h"
#include "Prism.h"
using namespace std;

double temporaynumber;
Rect Recc[20];Circle Circ[20];Cube Cubo[20];Sphere Spher[20];Triangle Tri[20];Prism prism[20]; // creates arrays of shapes 20, was chosen as an abitary number
int RecCount=0,CircCount=0,CubeCount=0,SpheCount=0,TriCount=0,Input,Input2; // creates counters and inputs
int tempcount[20],inputnumber,inputnumber2;
bool condition=false,condition2=true,condition3=false,condition4=true; // these are used in the while loops
char str[20];
LinkedList<Shape*> list; // creates the linked list
Shape* shapepointer; // this pointer will be used to add shapes to the linked list


void main_menu();
void create_menu();
void delete_menu();

void main(void){
	string error1= "\nYou have entered an inccorect input please enter a valid number" ; // standard error conditong

main_menu:
	int main_menu_choice;
	main_menu();
	cin >> main_menu_choice;

	if(main_menu_choice == 1){
create_menu:
condition=false,condition2=true;
		create_menu();
		int create_menu_choice;
		cin >> create_menu_choice;

		while ( condition == false){
			condition2 = true;

			if (create_menu_choice == 1){
				++RecCount;
				cout << " \n1. Rect" << endl;
				cout << "\nWidth: "; cin >> temporaynumber;	Recc[RecCount].setWidth(temporaynumber);
				cout << "Length: "; cin >> temporaynumber; Recc[RecCount].setLength(temporaynumber);
				Recc[RecCount].setnumber(RecCount);
				Recc[RecCount].setname("Rect");
			}

			else if (create_menu_choice == 3){
				++CircCount;
				cout << " \n3. Circle;" << endl;
				cout << "\nRadius: "; cin >> temporaynumber; Circ[CircCount].setRadius(temporaynumber);
				Circ[CircCount].setnumber(CircCount);
				Circ[CircCount].setname("Circle");
			}
			else if (create_menu_choice == 2){
				++CubeCount;
				cout << " \n2. Cuboid;" << endl;
				cout << "\nWidth: "; cin >> temporaynumber;	Cubo[CubeCount].setWidth(temporaynumber);
				cout << "Length: "; cin >> temporaynumber; Cubo[CubeCount].setLength(temporaynumber);
				cout << "height: "; cin >> temporaynumber; Cubo[CubeCount].setHeight(temporaynumber);
				Cubo[CubeCount].setnumber(CubeCount);
				Cubo[CubeCount].setname("Cuboid");
			}
			else if (create_menu_choice == 4){
				++SpheCount;
				cout << " \n4. Sphere;" << endl;
				cout << "\nRadius: "; cin >> temporaynumber;Spher[SpheCount].setRadius(temporaynumber);
				Spher[SpheCount].setnumber(SpheCount);
				Spher[SpheCount].setname("Sphere");
			}
			else if (create_menu_choice == 5){
				++TriCount;
				cout << " \n5. Triangle;" << endl;
				cout << "\nBase: "; cin >> temporaynumber;	Tri[TriCount].setBase(temporaynumber);
				cout << "Length: "; cin >> temporaynumber; Tri[TriCount].setLength(temporaynumber);
				Tri[TriCount].setnumber(TriCount);
				Tri[TriCount].setname("Triangle");
			}
			else if (create_menu_choice == 0){ goto main_menu;}

			else{cout << error1 << endl;}

			while( condition2 == true){
				cout << "\nWould you like to input more shapes? Yes(1),No(2):" << endl;
				cin >> str;
				if (isdigit(str[0]) > 0){Input2 = atoi(str);} else Input2 = 0;// Prevents chracter input
				if (Input2 == 1){condition = false;condition2 = false;} // Continues looping
				else if (Input2 == 2){condition = true;condition2 = false;
				goto create_menu;} // Stops the looping and goes to the main menu
				else{cout <<  error1 << endl;}} // error conditon

		}//end while - the one that lets you enter more shapes

		for (int i=1; i < RecCount+1; ++i){ 
			shapepointer = &Recc[i];
			list.AppendNode(shapepointer);}

		for (int i=1; i < CircCount+1; ++i){ 
			shapepointer = &Circ[i];
			list.AppendNode(shapepointer);}

		for (int i=1; i < CubeCount+1; ++i){ 
			shapepointer = &Cubo[i];
			list.AppendNode(shapepointer);}

		for (int i=1; i < TriCount+1; ++i){ 
			shapepointer = &Tri[i];
			list.AppendNode(shapepointer);}

		for (int i=1; i < SpheCount+1; ++i){ 
			shapepointer = &Spher[i];
			list.AppendNode(shapepointer);}
	}//end create menu
	else if(main_menu_choice == 2){
delete_menu:
		//condition3=false,condition4=true;
		cout << "the shapes so far are:"<<endl;
list.DisplayList(); ////HERE IS WHERE ITS SUPPOSED TO DISPLAY MY SHAPES, BUT IT DOESNT...
	delete_menu();
	int delete_menu_choice;
	cin >> delete_menu_choice;
}//end delete menu if loop.
}//end main