public void Execute()
{
DeleteAltSwapAdjacentSortandMergeAddLL list = new DeleteAltSwapAdjacentSortandMergeAddLL();
DeleteAltSwapAdjacentSortandMergeAddLL list2 = new DeleteAltSwapAdjacentSortandMergeAddLL();
list.head = new Node(4);
list.head.Next = new Node(0);
list.head.Next.Next = new Node(9);
list.head.Next.Next.Next = new Node(4);
//list.head.Next.Next.Next.Next = new Node(2);
//list.head.Next.Next.Next.Next.Next = new Node(0);
//list.head.Next.Next.Next.Next.Next.Next = new Node(12);
//list.head.Next.Next.Next.Next.Next.Next.Next = new Node(11);
list2.head = new Node(9);
list2.head.Next = new Node(6);
list2.head.Next.Next = new Node(7);
//list2.head.Next.Next.Next = new Node(4);
//list2.head.Next.Next.Next.Next = new Node(2);
//list2.head.Next.Next.Next.Next.Next = new Node(8);
//DeleteAlternate(list.head);
//SwapAdjacentNodes(list.head);
// Node temp = MergeSortedLL(list.head, list2.head);
// PrintList(temp);
//recursion
//Node temp1 = RecursionMergeSortedLL(list.head, list2.head);
//PrintList(temp1);
//Node temp2= AddLLs(list.head,list2.head);
//PrintList(temp2);
//Node temp3 = MultiplyLLs(list.head, list2.head);
//Node temp4 = ReverseList(temp3);
//PrintList(temp4);
Node temp5 = subtractLinkedList(list.head, list2.head);
PrintList(temp5);
}
private static IAlgorithm GetAlgorithm(string name)
{
switch (name)
{
case "RemoveDuplicatesfromString":
string Input = "You have beautiful eyes";
IAlgorithm RemoveDuplicatesfromString = new RemoveDuplicatesfromString(Input);
return(RemoveDuplicatesfromString);
case "PairAndThreewithGivenSum":
int[] Input1 = new int[] { 8, 4, 7, 10, 2, 5, -3, 1, -1, 0, 4 };
int sum = 0;
IAlgorithm PairandThreewithGivenSum = new PairAndThreewithGivenSum(Input1, sum);
return(PairandThreewithGivenSum);
case "RearrangeEvenAndOdd":
int[] Input2 = new int[] { 0, 0, 0, 0, 1, 1, 1, 0, 1, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0, 1 };
IAlgorithm RearrangeEvenAndOdd = new RearrangeEvenAndOdd(Input2);
return(RearrangeEvenAndOdd);
case "SpiralDiagonalUDMatrix":
int[,] Input3 = new int[, ] {
{ 1, 2, 3, 4 },
{ 5, 6, 7, 8 },
{ 9, 10, 11, 12 },
{ 10, 20, 30, 40 }
};
IAlgorithm SpiralDiagonalUDMatrix = new SpiralDiagonalUDMatrix(Input3);
return(SpiralDiagonalUDMatrix);
case "SubstringsAndSubArrays":
int[] Input4 = new int[] { 1, 2, 3, 5, 6, 7, 3, 5, 5, 5, 5, 5, 5 };
int[] Input5 = new int[] { 1, 6, 7, 9 };
IAlgorithm SubstringsAndSubArrays = new SubstringsAndSubArrays(Input4, Input5);
return(SubstringsAndSubArrays);
case "SubsequencesArrayString":
String Input6 = "abc";
IAlgorithm SubsequencesArrayString = new SubsequencesArrayString(Input6);
return(SubsequencesArrayString);
case "PermParanthesisBinaryOpDeckShuffle":
String Input7 = "acd";
IAlgorithm PermParanthesisBinaryOpDeckShuffle = new PermParanthesisBinaryOpDeckShuffle(Input7);
return(PermParanthesisBinaryOpDeckShuffle);
case "PrimeRectArea":
int Input8 = 1;
IAlgorithm PrimeRectArea = new PrimeRectArea(Input8);
return(PrimeRectArea);
case "ReverseInPlaceFibonacciAnagarams":
string[] Input9 = { "cat", "dog", "tacg", "god", "odg", "dayiloh", "holiday" };
IAlgorithm ReverseInPlaceFibonacciAnagarams = new ReverseInPlaceFibonacciAnagarams(Input9);
return(ReverseInPlaceFibonacciAnagarams);
case "RotateArrayPalindromeVerticalPrint":
int[] Input10 = { 1, 4, 5, 3, 2, 2, 5 };
int rotateBy = 3;
IAlgorithm RotateArrayPalindromeVerticalPrint = new RotateArrayPalindromeVerticalPrint(Input10, rotateBy);
return(RotateArrayPalindromeVerticalPrint);
case "FirstNonrptnChar_EquilibruimIndex_CommonPrefix":
string Input11 = "bhavana";
IAlgorithm FirstNonrptnChar_EquilibruimIndex_CommonPrefix = new FirstNonrptnChar_EquilibruimIndex_CommonPrefix(Input11);
return(FirstNonrptnChar_EquilibruimIndex_CommonPrefix);
case "SymtricPairs_abeqcdPairs_SubArr":
int[,] Input12 = { { 11, 20 }, { 30, 40 }, { 5, 10 }, { 40, 30 }, { 10, 5 } };
IAlgorithm SymtricPairs_abeqcdPairs_SubArr = new SymtricPairs_abeqcdPairs_SubArr(Input12);
return(SymtricPairs_abeqcdPairs_SubArr);
case "GCD_ModifyMatrix_InfixtPostfix":
int Input13 = 56, Input14 = 42;
IAlgorithm GCD_ModifyMatrix_InfixtPostfix = new GCD_ModifyMatrix_InfixtPostfix(Input13, Input14);
return(GCD_ModifyMatrix_InfixtPostfix);
case "LongestPalindromeUniqueCommonSubstring":
string Input15 = "Geeksforgeeks", Input16 = "GoodMfororning";
IAlgorithm LongestPalindromeUniqueCommonSubstring = new LongestPalindromeUniqueCommonSubstring(Input15, Input16);
return(LongestPalindromeUniqueCommonSubstring);
case "LongstConsecSubseqLongstContSubarrayLongstcmnSubseq":
int[] Input17 = { 36, 41, 56, 35, 44, 33, 34, 92, 43, 32, 42 };
IAlgorithm LongstConsecSubseqLongstContSubarrayLongstcmnSubseq = new LongstConsecSubseqLongstContSubarrayLongstcmnSubseq(Input17);
return(LongstConsecSubseqLongstContSubarrayLongstcmnSubseq);
case "MedArrays":
int[] Input18 = { 36, 41, 56, 35, 44, 33, 34, 92, 43, 32, 42 };
IAlgorithm MedArrays = new MedArrays(Input18);
return(MedArrays);
case "VPArrays":
int[] Input19 = { 36, 41, 56, 35, 44, 33, 34, 92, 43, 32, 42 };
IAlgorithm VPArrays = new VPArrays(Input19);
return(VPArrays);
//Linked Lists
case "MiddleElLoopExistsLLReverseRemoveNode":
IAlgorithm MiddleElLoopExistsLLReverseRemoveNode = new MiddleElLoopExistsLLReverseRemoveNode();
return(MiddleElLoopExistsLLReverseRemoveNode);
case "DuplicatesLengthPalindromeKthnode":
IAlgorithm DuplicatesLengthPalindromeKthnode = new DuplicatesLengthPalindromeKthnode();
return(DuplicatesLengthPalindromeKthnode);
case "DeleteAltSwapAdjacentSortandMergeAddLL":
IAlgorithm DeleteAltSwapAdjacentSortandMergeAddLL = new DeleteAltSwapAdjacentSortandMergeAddLL();
return(DeleteAltSwapAdjacentSortandMergeAddLL);
case "RotateByKthSLLCRUD":
IAlgorithm RotateByKthSLLCRUD = new RotateByKthSLLCRUD();
return(RotateByKthSLLCRUD);
case "MedLL":
IAlgorithm MedLL = new MedLL();
return(MedLL);
case "SQSQQandQSQSSandSAQA":
IAlgorithm SQSQQandQSQSSandSAQA = new SQSQQandQSQSSandSAQA();
return(SQSQQandQSQSSandSAQA);
case "Sortusing2SMergeSortQuicksort":
IAlgorithm Sortusing2SMergeSortQuicksort = new Sortusing2SMergeSortQuicksort();
return(Sortusing2SMergeSortQuicksort);
case "CRUD":
IAlgorithm CRUD = new CRUD();
return(CRUD);
case "InorderSuccMinHgtBSTCmnAncestorValidBST":
IAlgorithm InorderSuccMinHgtBSTCmnAncestorValidBST = new InorderSuccMinHgtBSTCmnAncestorValidBST();
return(InorderSuccMinHgtBSTCmnAncestorValidBST);
case "InPrPsIterativeandRecursiveLeftTopRightBottomViews":
IAlgorithm InPrPsIterativeandRecursiveLeftTopRightBottomViews = new InPrPsIterativeandRecursiveLeftTopRightBottomViews();
return(InPrPsIterativeandRecursiveLeftTopRightBottomViews);
case "BoundarySpiralTraversalBuildTreeAllCombos":
IAlgorithm BoundarySpiralTraversalBuildTreeAllCombos = new BoundarySpiralTraversalBuildTreeAllCombos();
return(BoundarySpiralTraversalBuildTreeAllCombos);
case "ConnectlevelsCheckHeightBalancedSymmetricTree":
IAlgorithm ConnectlevelsCheckHeightBalancedSymmetricTree = new ConnectlevelsCheckHeightBalancedSymmetricTree();
return(ConnectlevelsCheckHeightBalancedSymmetricTree);
case "InvertTreePathsumMaxMinDepthTreeFlattenBTtoLL":
IAlgorithm InvertTreePathsumMaxMinDepthTreeFlattenBTtoLL = new InvertTreePathsumMaxMinDepthTreeFlattenBTtoLL();
return(InvertTreePathsumMaxMinDepthTreeFlattenBTtoLL);
case "Nodesbtwn2levelsLongestPathBinary2BSTVerticalNodesSum":
IAlgorithm Nodesbtwn2levelsLongestPathBinary2BSTVerticalNodesSum = new Nodesbtwn2levelsLongestPathBinary2BSTVerticalNodesSum();
return(Nodesbtwn2levelsLongestPathBinary2BSTVerticalNodesSum);
case "NodemstkSwapSubtreeofaTreeAllpathsrootToleaves":
IAlgorithm NodemstkSwapSubtreeofaTreeAllpathsrootToleaves = new NodemstkSwapSubtreeofaTreeAllpathsrootToleaves();
return(NodemstkSwapSubtreeofaTreeAllpathsrootToleaves);
case "RatInMazeTravelZerosPath":
IAlgorithm RatInMazeTravelZerosPath = new RatInMazeTravelZerosPath();
return(RatInMazeTravelZerosPath);
case "BFSDFS":
IAlgorithm BFSDFS = new BFSDFS(4);
return(BFSDFS);
}
return(null);
}