public static void Main()
{
// Create a new instance of the class.
QueueExample example = new QueueExample();
// Create a nontransactional queue on the local computer.
CreateQueue(".\\exampleQueue", false);
example.UseQueue();
return;
}
public static void Main()
{
// Create a new instance of the class.
QueueExample example = new QueueExample();
try
{
// Create a nontransactional queue on the local computer.
// Note that the queue might not be immediately accessible, and
// therefore this example might throw an exception of type
// System.Messaging.MessageQueueException when trying to send a
// message to the newly created queue.
CreateQueue(".\\exampleQueue", false);
// Create a nontransactional queue on the local computer. This
// queue will be used to receive acknowledgement messages.
CreateQueue(".\\exampleAdminQueue", false);
// Create a transactional queue on the local computer.
CreateQueue(".\\exampleTransQueue", true);
// Send a message to a queue.
example.Send_ObjectString();
// Send a message to a transactional queue.
example.Send_ObjectTransactiontype();
// Send a message to a transactional queue.
example.Send_ObjectStringTransactiontype();
// Send a message to a transactional queue.
example.Send_ObjectStringTransaction();
// Demonstrate PeekById.
example.PeekById_String();
// Demonstrate PeekById.
example.PeekById_StringTimespan();
// Demonstrate PeekByCorrelationId.
example.PeekByCorrelationId_StringTimespan();
// Receive a message from a transactional queue.
example.Receive_TimespanTransactiontype();
// Receive a message from a transactional queue.
example.Receive_Transactiontype();
// Demonstrate ReceiveByCorrelationId.
example.ReceiveByCorrelationId_StringTimespan();
// Demonstrate ReceiveByCorrelationId.
example.ReceiveByCorrelationId_StringTransactiontype();
// Demonstrate ReceiveByCorrelationId.
example.ReceiveByCorrelationId_StringTimespanTransactiontype();
// Demonstrate ReceiveByCorrelationId.
example.ReceiveByCorrelationId_StringTimespanTransaction();
// Demonstrate ReceiveByCorrelationId.
example.ReceiveByCorrelationId_StringTransaction();
// Demonstrate ReceiveById.
example.ReceiveById_StringTransactionType();
// Demonstrate ReceiveById.
example.ReceiveById_String();
// Demonstrate ReceiveById.
example.ReceiveById_StringTransaction();
// Demonstrate ReceiveById.
example.ReceiveById_StringTimespanTransaction();
// Demonstrate ReceiveById.
example.ReceiveById_StringTimespanTransactiontype();
// Demonstrate ReceiveById.
example.ReceiveById_StringTimespan();
// Demonstrate GetAllMessages.
example.GetAllMessages();
// Demonstrate GetEnumerator.
example.GetEnumerator();
// Demonstrate SetPermissions.
example.SetPermissions_StringAccessrights();
// Demonstrate SetPermissions.
example.SetPermissions_Accesscontrolentry();
// Demonstrate SetPermissions.
example.SetPermissions_StringAccessrightsAccesscontrolentrytype();
// Demonstrate SetPermissions.
example.SetPermissions_Accesscontrollist();
// Demonstrate ResetPermissions.
example.ResetPermissions();
// Demonstrate Refresh.
example.Refresh();
// Demonstrate Purge.
example.Purge();
}
catch (System.Exception e)
{
// Write the exception information to the console.
Console.WriteLine(e);
}
}
public static void Main(string[] args)
{
var numbers = new List <int>()
{
1, 5, 6, 5, 8, 4, 1, 5
}; //ListExample
var names = new HashSet <string>()
{
"Aditya", "Aditya", "Sharma"
}; //demonstation of hashset where it does not accepts duplicate values
var decivalue = new SortedSet <double>()
{
1.2, 5.6, 6.3, 0.3, 5, 8, 4.2, 1, 5
}; //sortedset Example
BlockingCollection <int> bCollection = new BlockingCollection <int>(10);
bCollection.Add(1);
bCollection.Add(2);
foreach (int item in bCollection.GetConsumingEnumerable())
{
Console.WriteLine(item);
}
foreach (var a in decivalue)
{
Console.WriteLine(a);
}
Console.WriteLine("\n");
foreach (var n in numbers)
{
Console.WriteLine(n);
}
Console.WriteLine("\n");
foreach (var name in names)
{
Console.WriteLine(name);
}
Console.WriteLine("\n");
StackExample s = new StackExample();
s.Fnames.Push("Aditya");
s.Fnames.Push("Narayan");
s.Fnames.Push("Sharma");
foreach (var Fname in s.Fnames)
{
Console.WriteLine(Fname);
}
Console.WriteLine("Peek Element is:" + s.Fnames.Peek());
Console.WriteLine("Poping the peek Element:" + s.Fnames.Pop());
Console.WriteLine("Peek Element is:" + s.Fnames.Peek());
Console.WriteLine("\n");
QueueExample q = new QueueExample();
q.Lnames.Enqueue("Sharma");
q.Lnames.Enqueue("Reddy");
q.Lnames.Enqueue("Naidu");
foreach (var Lname in q.Lnames)
{
Console.WriteLine(Lname);
}
Console.WriteLine("Peek Element is:" + q.Lnames.Peek());
Console.WriteLine("Poping the peek Element:" + q.Lnames.Dequeue());
Console.WriteLine("Peek Element is:" + q.Lnames.Peek());
Console.WriteLine("\n");
var nodes = new LinkedList <string>(); //Creating a linked list of string
nodes.AddLast("Taj Mahal");
nodes.AddLast("Qutur Minar");
nodes.AddLast("Ganga River");
nodes.AddFirst("Golden Temple");
foreach (var a in nodes)
{
Console.WriteLine(a); //Demonstrating the AddFirst and AddLast methods
}
Console.WriteLine("\n");
//I want to insert new element between Ganga River
LinkedListNode <string> node = nodes.Find("Ganga River");
nodes.AddBefore(node, "Laxman Jula");
nodes.AddAfter(node, "Ram Jula");
foreach (var c in nodes)
{
Console.WriteLine(c);
}
//DictionaryExample
DictionaryExample dic = new DictionaryExample();
dic.Employee.Add("101", "Sonoo");
dic.Employee.Add("202", "Peter");
dic.Employee.Add("303", "James");
dic.Employee.Add("404", "Ratan");
dic.Employee.Add("505", "Irfan");
Console.WriteLine("\n");
foreach (KeyValuePair <string, string> kv in dic.Employee)
{
Console.WriteLine("Key:" + kv.Key + "Vlaue:" + kv.Value);
}
//SortedList Example
SortedListExample Sl = new SortedListExample();
Sl.students.Add(5, "Aditya");
Sl.students.Add(6, "Daksh");
Sl.students.Add(7, "Aditya M");
Sl.students.Add(3, "Chetan");
Sl.students.Add(10, "Ajay");
Console.WriteLine("\n");
foreach (KeyValuePair <int, string> sll in Sl.students)
{
Console.WriteLine(sll.Key + " " + sll.Value);
}
}
static void Main(string[] args)
{
//Which example to run
var exampleToRun = Examples.ArrayListInitialization;
switch (exampleToRun)
{
case Examples.ArrayListShow:
ArrayListExample.ShowArrayList();
break;
case Examples.ArrayListIntergers:
ArrayListExample.UseIntegers();
break;
case Examples.ArrayListDelete:
ArrayListExample.DeleteElement();
break;
case Examples.ArrayListInitialization:
ArrayListExample.ConstructorInitialization();
break;
case Examples.StackShow:
StackExample.ShowStack();
break;
case Examples.StackPop:
StackExample.PopElement();
break;
case Examples.StackPeek:
StackExample.PeekElement();
break;
case Examples.QueueShow:
QueueExample.ShowQueue();
break;
case Examples.QueueDequeue:
QueueExample.DequeueElement();
break;
case Examples.QueuePeek:
QueueExample.PeekElement();
break;
case Examples.HashtableShow:
HashTableExample.ShowHashTable();
break;
case Examples.HashtablePrintKeys:
HashTableExample.PrintKeys();
break;
case Examples.HashtableValueByKey:
HashTableExample.GetValueByKey();
break;
case Examples.HashtableDuplicateKeys:
HashTableExample.DuplicateKeys();
break;
case Examples.HashtableDuplicateValues:
HashTableExample.DuplicateValues();
break;
case Examples.HashtableInitialization:
HashTableExample.ConstructorInitialization();
break;
default:
break;
}
Console.Read();
}
static void Main(string[] args)
{
var exampleToRun = Examples.HashSetShow;
switch (exampleToRun)
{
// task 1 Collections
case Examples.ArrayListShow:
ArrayListExample.ShowArrayList();
break;
case Examples.ArrayListShowTo:
ArrayListExample.ShowArrayListTo();
break;
case Examples.StackPush:
Stack.PushStack();
break;
case Examples.StackPop:
Stack.PopElement();
break;
case Examples.QueueShow:
QueueExample.ShowQueue();
break;
case Examples.QueueDelete:
QueueExample.DequeueElement();
break;
case Examples.QueuePeek:
QueueExample.PeekElement();
break;
case Examples.HashtableShow:
HashTableExample.ShowHashTable();
break;
case Examples.HashtablePrintKeys:
HashTableExample.PrintKeys();
break;
case Examples.HashtableValueByKey:
HashTableExample.GetValueByKey();
break;
case Examples.HashtableDuplicateKeys:
HashTableExample.DuplicateKeys();
break;
case Examples.HashtableDuplicateValues:
HashTableExample.DuplicateValues();
break;
case Examples.HashtableInitialization:
HashTableExample.ConstructorInitialization();
break;
// task 1 GenericCollections
case Examples.ListShow:
ListExample.ShowList();
break;
case Examples.ListCompileError:
ListExample.CompileError();
break;
case Examples.GenericStackShow:
GenericStackExample.ShowGenericStack();
break;
case Examples.GenericStackCompileError:
GenericStackExample.CompileError();
break;
case Examples.GenericQueueShow:
GenericQueueExample.ShowGenericQueue();
break;
case Examples.GenericQueueCompileError:
GenericQueueExample.CompileError();
break;
case Examples.HashSetShow:
HashSetExample.ShowHashSet();
break;
case Examples.HashSetContainsRemove:
HashSetExample.ContainsAndRemove();
break;
case Examples.HashSetUnion:
HashSetExample.UnionSets();
break;
case Examples.HashSetExcept:
HashSetExample.ExceptSets();
break;
case Examples.HashSetIntersect:
HashSetExample.IntersectSets();
break;
// task 2 Dictionary
case Examples.DictionaryShow:
DictionaryExample.ShowDictionary();
break;
case Examples.DictionaryDelete:
DictionaryExample.DeleteDictionary();
break;
// task 3 Linked list
case Examples.LinkedListShow:
LinkedListExample.ShowLinkedList();
break;
case Examples.LinkedListRemoveNode:
LinkedListExample.RemoveNode();
break;
default:
break;
}
Console.Read();
}
static void Main(string[] args)
{
//List Example
//List<Customer> customers = new List<Customer>();
//Customer mike = new Customer() { Name = "Mike", Age = 29 };
//customers.Add(mike);
//Linked List Example
//Console.WriteLine("Linked List");
//SingleLinkedList singleLinkedList = new SingleLinkedList();
//singleLinkedList.CreateList();
//singleLinkedList.Menu();
//Sorted List Example
//Console.WriteLine("Sorted List");
//EmployeeTracker employeeTracker = new EmployeeTracker();
//employeeTracker.DisplayEmployeesNameAge();
//Observable Collection Example
//Console.WriteLine("Observable Collection");
//MovieTracker movieTracker = new MovieTracker();
//movieTracker.GetFastFuriousFilmCollection();
//Dictionary
//Console.WriteLine("Dictionary");
//DictionaryExamples dictionaryExamples = new DictionaryExamples();
//dictionaryExamples.DisplayAnimalCategorization();
//dictionaryExamples.DisplayMonthSeason();
//dictionaryExamples.DisplayEmployeeIdName();
//HashSet
//Console.WriteLine("Hash Set");
//CountriesTracker countriesTracker = new CountriesTracker();
//countriesTracker.CheckHasCountries();
//Stack
//Console.WriteLine("Stack");
//StackExample stack = new StackExample();
//stack.PushOnToStack();
//Queue
Console.WriteLine("Queue");
QueueExample queue = new QueueExample();
queue.EnqueueOnQueue();
////Binary Tree
////ASCII characters table: https://www.dotnetperls.com/ascii-table
Console.WriteLine("Binary Tree");
DataStructuresCode.BinaryTree.BinaryTree binaryTree = new DataStructuresCode.BinaryTree.BinaryTree();
binaryTree.CreateTree();
binaryTree.Display();
Console.WriteLine();
//Pre-order starts at root and works its way down left side of tree
Console.WriteLine("Pre-order: ");
binaryTree.PreOrder();
Console.WriteLine("");
//In-order starts at the farthest-left node and works its way to the farthest-right
Console.WriteLine("In-order: ");
binaryTree.InOrder();
Console.WriteLine();
//Post-order starts with the farthest-left tree and works its way to the root tree-by-tree
Console.WriteLine("Post-order: ");
binaryTree.PostOrder();
Console.WriteLine();
//Level-order works its way node-to-node by level
Console.WriteLine("Level order: ");
binaryTree.LevelOrder();
Console.WriteLine();
Console.WriteLine($"Height of tree is {binaryTree.Height()}");
}
/// <summary>
/// Awake is called when the script instance is being loaded.
/// </summary>
void Awake()
{
instance = this;
}
