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main2
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///*
// * main.cpp
// *
// * Created on: Nov 16, 2015
// * Author: linoy
// */
//#include "Pokimon.h"
//#include "mtmtest.h"
//#include "AVLTree.h"
//#include "pair.h"
//using std::cout;
//using std::endl;
//
//
//class fatherMatchSon {
//public:
// bool IsTrue;
// fatherMatchSon() {
// this->IsTrue = true;
// }
// ;
// void operator()(Node<int, int>* ptr) {
// if (ptr->getLeftSon() == NULL && ptr->getRightSon() != NULL) {
// this->IsTrue = (this->IsTrue
// && (ptr->getRightSon()->getFather() == ptr));
// return;
// }
//
// if (ptr->getLeftSon() != NULL && ptr->getRightSon() == NULL) {
// this->IsTrue = (this->IsTrue
// && (ptr->getLeftSon()->getFather() == ptr));
// return;
// }
// if (ptr->getLeftSon() != NULL && ptr->getRightSon() != NULL) {
// return;
// }
// this->IsTrue = (this->IsTrue && (ptr->getLeftSon()->getFather() == ptr)
// && (ptr->getRightSon()->getFather() == ptr));
//
// }
//};
//
//class print
//{
//public:
// void operator()(int x, int value)
// {
// cout <<value << ",";
// }
//};
//
//class CompareInt
//{
//public:
// int operator()(int& x, int& y)
// {
// return (x-y);
// }
//};
//
//class BiggerFromInt
//{
// int i;
//public:
// BiggerFromInt (int i=0): i(i){};
// bool operator()(int& key, int& value)
// {
// return (key>i);
// }
//};
//
//
///*****************************************************************************/
//
//void fromArr(){
// int a=1,b=2,c=3,d=4,e=5,f=6,h=7,i=8,j=9,l=10;
// fatherMatchSon fatherSon = fatherMatchSon();
// pair<int,int> a1 = pair<int,int>(a,a);
// pair<int,int> b1 = pair<int,int>(b,b);
// pair<int,int> c1 = pair<int,int>(c,c);
// pair<int,int> d1 = pair<int,int>(d,d);
// pair<int,int> e1 = pair<int,int>(e,e);
// pair<int,int> f1 = pair<int,int>(f,f);
// pair<int,int> h1 = pair<int,int>(h,h);
// pair<int,int> i1 = pair<int,int>(i,i);
// pair<int,int> j1 = pair<int,int>(j,j);
// pair<int,int> l1 = pair<int,int>(l,l);
// pair<int,int> arr[] = {a1,b1,c1,d1,e1,f1,h1,i1,j1,l1};
// AVLTree<int,int,CompareInt> tree = AVLTree<int,int,CompareInt>();
// tree.arrToAvlTree(10,arr);
// print p1 =print();
// cout <<"inOrder:"<<endl;
// tree.inOrder(p1);
// cout <<endl;
// tree.NodeInOrder(fatherSon);
// cout << "IsAllTheSonsBelongToThierFater:"
// << fatherSon.IsTrue << endl;
//
//}
//
//bool toArr() {
//AVLTree<int,int,CompareInt> T= AVLTree<int,int,CompareInt>();
//fatherMatchSon fatherSon = fatherMatchSon();
//int a=1,b=2,c=3,d=4,e=5,f=6,h=7,i=8,j=9,l=10;
//T.addVertices(&a,&a);
//T.addVertices(&b,&b);
//T.addVertices(&c,&c);
//T.addVertices(&d,&d);
//T.addVertices(&d,&d); //** check double
//T.NodeInOrder(fatherSon);
//cout << "IsAllTheSonsBelongToThierFater:"
// << fatherSon.IsTrue << endl;
//T.addVertices(&e,&e);
//T.addVertices(&f,&f);
//T.addVertices(&h,&h);
//T.addVertices(&i,&i);
//T.NodeInOrder(fatherSon);
//cout << "IsAllTheSonsBelongToThierFater:"
// << fatherSon.IsTrue << endl;
//T.addVertices(&j,&j);
//T.addVertices(&l,&l);
//T.NodeInOrder(fatherSon);
//cout << "IsAllTheSonsBelongToThierFater:"
// << fatherSon.IsTrue << endl;
//
//BiggerFromInt function =BiggerFromInt(3);
//cout <<"bigger then 3:"<<endl;
//pair<int, int>** arr=new pair<int, int>*[T.getNumOfVertices()];
//
//int size=0;
//T.toArr(arr,&size,function);
//for(int k=0; k<size;k++){
// cout <<arr[k]->getKey()<<",";
//}
//cout <<endl;
//for(int i=0;i<size;i++){
// delete arr[i];
//}
//delete[] arr;
//
// return true;
//}
//
//
//
////bool tours() {
////AVLTree<int,int,CompareInt> T= AVLTree<int,int,CompareInt>();
////int a=1,b=2,c=3,d=4,e=5,f=6,h=7,i=8,j=9,l=10;
////T.addVertices(&a,&a);
////T.addVertices(&b,&b);
////T.addVertices(&c,&c);
////T.addVertices(&d,&d);
////T.addVertices(&e,&e);
////T.addVertices(&f,&f);
////T.addVertices(&h,&h);
////T.addVertices(&i,&i);
////T.addVertices(&j,&j);
////T.addVertices(&l,&l);
////Sum s1 =Sum();
////Sum s2 =Sum();
////T.inOrder(s1);
////T.postOrder(s2);
////ASSERT_EQUALS(s1.getSum(), s2.getSum());
////print p1 =print();
////cout <<"inOrder:"<<endl;
////T.inOrder(p1);
////cout <<endl;
//////** will print: 1 2 3 4 5 6 7 8 9 10
////cout <<"postOrder:"<<endl;
////T.postOrder(p1);
////cout <<endl;
//////** will print: 1 3 2 5 7 6 10 9 8 4
////cout <<"preOrder:"<<endl;
////T.preOrder(p1);
////cout <<endl;
//////** will print: 4 2 1 3 8 6 5 7 9 10
////ASSERT_EQUALS(10, T.getMax());
////ASSERT_EQUALS(10, T.getNumOfVertices());
////
////cout <<endl;
////
////
////
//// return true;
////}
//
//
////bool findTest() {
////AVLTree<int,int,CompareInt> T= AVLTree<int,int,CompareInt>();
////int a=1,b=2,c=3,d=4,e=5,f=6;
////T.addVertices(&a,&a);
////T.addVertices(&b,&b);
////T.addVertices(&c,&c);
////T.addVertices(&d,&d);
////T.addVertices(&e,&e);
////ASSERT_EQUALS(a, T.find(a));
////ASSERT_EQUALS(b, T.find(b));
////ASSERT_EQUALS(c, T.find(c));
////ASSERT_THROW(NotINTheTree,T.find(f));
//// return true;
////}
//
////bool pairTest() {
//// int a = 1,c=1, b = 2,d=3;
//// pair<int, int> p1 = pair<int, int>(a, b);
//// pair<int, int> p2 = pair<int,int>(c, d);
//// pair<int, int>* p3 = new pair<int,int>(c, d);
//// ASSERT_EQUALS(1, p1.getKey());
//// ASSERT_EQUALS(p1.getKey(), p2.getKey());
//// ASSERT_EQUALS(p2.getKey(), p3->getKey());
//// ASSERT_EQUALS(p1.getValue(), 2);
//// ASSERT_EQUALS(p2.getValue(), 3);
//// int key1 = 5;
//// p1.setKey(key1);
//// p1.setValue(key1);
//// ASSERT_EQUALS(p1.getValue(), p1.getKey());
//// return true;
////}
//
////bool pokimonTest() {
//// Pokimon pokimon = Pokimon(1, 1);
//// ASSERT_EQUALS(1, pokimon.getId());
//// ASSERT_EQUALS(1, pokimon.getLevel());
//// ASSERT_THROW(InvaildInput, pokimon.setLevel(-1));
//// pokimon.setId(5);
//// ASSERT_EQUALS(5, pokimon.getId());
//// pokimon.setLevel(4);
//// ASSERT_EQUALS(4, pokimon.getLevel());
//// ASSERT_THROW(InvaildInput, Pokimon(-1, 1));
//// return true;
////
////}
//
////bool nodeTest(){
//// int a=5,b=6,c=4;
//// int key = 5;
////
//// Node<int,int> node= Node<int,int>(&a,&a);
//// Node<int,int>* leftnode = new Node<int,int>(&b,&b);
//// Node<int,int>* rightnode = new Node<int,int>(&c,&c);
//// node.setLeftSon(leftnode);
//// node.setRightSon(rightnode);
//// leftnode->setFather(&node);
//// rightnode->setFather(&node);
//// rightnode->amIRightSon();
////}
//
//bool AvlTest(){
// int a=5,b=6,c=4,d=10,e=20,f=25,g=7,h=9;
// fatherMatchSon fatherSon = fatherMatchSon();
// AVLTree<int,int,CompareInt> tree= AVLTree<int,int,CompareInt>();
// tree.addVertices(&a,&a);
// tree.addVertices(&b,&b);
// tree.addVertices(&c,&c);
// tree.addVertices(&d,&d);
// tree.NodeInOrder(fatherSon);
// cout << "IsAllTheSonsBelongToThierFater:"
// << fatherSon.IsTrue << endl;
// tree.addVertices(&e,&e);
// tree.addVertices(&f,&f);
// tree.addVertices(&g,&g);
// tree.addVertices(&h,&h);
// tree.NodeInOrder(fatherSon);
// cout << "IsAllTheSonsBelongToThierFater:"
// << fatherSon.IsTrue << endl;
//
// print p1 =print();
// cout <<"inOrder:"<<endl;
// tree.inOrder(p1);
// cout <<endl;
// int* a1 = tree.deleteVertice(d);//10
// ASSERT_EQUALS(10, *a1);
// tree.NodeInOrder(fatherSon);
// cout << "IsAllTheSonsBelongToThierFater:"
// << fatherSon.IsTrue << endl;
// cout <<"inOrder:"<<endl;
// tree.inOrder(p1);
// cout <<endl;
// delete a1;
// a1 =tree.deleteVertice(g);//7
// tree.NodeInOrder(fatherSon);
// cout << "IsAllTheSonsBelongToThierFater:"
// << fatherSon.IsTrue << endl;
// ASSERT_EQUALS(7, *a1);
// cout <<"inOrder:"<<endl;
// tree.inOrder(p1);
// cout <<endl;
// delete a1;
// a1 =tree.deleteVertice(a);//5
// tree.NodeInOrder(fatherSon);
// cout << "IsAllTheSonsBelongToThierFater:"
// << fatherSon.IsTrue << endl;
// ASSERT_EQUALS(5, *a1);
// cout <<"inOrder:"<<endl;
// tree.inOrder(p1);
// cout <<endl;
// delete a1;
// a1 =tree.deleteVertice(b);//6
// tree.NodeInOrder(fatherSon);
// cout << "IsAllTheSonsBelongToThierFater:"
// << fatherSon.IsTrue << endl;
// ASSERT_EQUALS(6, *a1);
// cout <<"inOrder:"<<endl;
// tree.inOrder(p1);
// cout <<endl;
// delete a1;
// a1 =tree.deleteVertice(c);//4
// tree.NodeInOrder(fatherSon);
// cout << "IsAllTheSonsBelongToThierFater:"
// << fatherSon.IsTrue << endl;
// cout <<"inOrder:"<<endl;
// ASSERT_EQUALS(4, *a1);
// tree.inOrder(p1);
// cout <<endl;
// delete a1;
// a1 =tree.deleteVertice(e);//20
// tree.NodeInOrder(fatherSon);
// cout << "IsAllTheSonsBelongToThierFater:"
// << fatherSon.IsTrue << endl;
// cout <<"inOrder:"<<endl;
// ASSERT_EQUALS(20, *a1);
// tree.inOrder(p1);
// cout <<endl;
// delete a1;
// a1 =tree.deleteVertice(f);//25
// tree.NodeInOrder(fatherSon);
// cout << "IsAllTheSonsBelongToThierFater:"
// << fatherSon.IsTrue << endl;
// ASSERT_EQUALS(25, *a1);
// cout <<"inOrder:"<<endl;
// tree.inOrder(p1);
// cout <<endl;
// delete a1;
// a1 =tree.deleteVertice(h);//9
// tree.NodeInOrder(fatherSon);
// cout << "IsAllTheSonsBelongToThierFater:"
// << fatherSon.IsTrue << endl;
// ASSERT_EQUALS(9, *a1);
// cout <<"inOrder:"<<endl;
// tree.inOrder(p1);
// cout <<endl;
// delete a1;
//
//
// return true;
//}
//
//int main() {
// testPokimonMaster();
//// AvlTest();
//// fromArr();
//// toArr();
// //fromArr();
//
//}
//