private void button1_Click(object sender, EventArgs e)
{
Multithreading instance = new Multithreading();
instance.Work((obj) =>
{
this.label1.Text = obj.ToString();
});
}
/// <summary>
//// Инициализация локального поля
/// </summary>
/// <param name="currentState">текущее состояние игрового поля</param>
private void CreateLocalBoard(CellState.cellState[,] currentState, byte qtyCellsForWin)
{
// первый ход в игре; да - создаем поле int[,], инициализируем алгоритм
if (firtStep)
{
solver = new Multithreading(qtyCellsForWin); //Ivan
Board = new int[currentState.GetLength(0), currentState.GetLength(0)];
}
// проходим по всему полю
for (int i = 0; i <= currentState.GetLength(0); i++)
{
for (int j = 0; j <= currentState.GetLength(0); j++)
{
// ячейка поля отличается от ячейки локального поля
if ((int)currentState[i, j] != Board[i, j])
{
if (firtStep)
{
// на первом ходе уже есть заполненная ячейка.
// Значит первым ходит соперник
iMoveFirst = false;
}
// Инициализация локального поля, если первым хожу я
if (iMoveFirst)
{
Board[i, j] = (int)currentState[i, j];
}
else
{
// Инициализация локального поля, если первым ходит соперник
// инвертируем знначение ячейки
switch (currentState[i, j])
{
case CellState.cellState.X:
Board[i, j] = 2;
break;
case CellState.cellState.O:
Board[i, j] = 1;
break;
}
}
}
}
}
// если поле пустое и я хожу первым занимаем ячеку где-то в центре поля
if (iMoveFirst && firtStep)
{
firstCoord[0] = (byte)(Board.GetLength(0) / 2);
firstCoord[1] = (byte)(Board.GetLength(0) / 2);
}
firtStep = false;
}
public Form1()
{
InitializeComponent();
Multithreading.SetMaxTaskCount(10);
net.Send("");
}
private static void Main(string[] args)
{
Multithreading mth = new Multithreading();
ProgramFlow flw = new ProgramFlow();
Collections clt = new Collections();
EventsCallbacks ecb = new EventsCallbacks();
ExceptionHandling exh = new ExceptionHandling();
StringManagement strm = new StringManagement();
Conversion cnv = new Conversion();
Encryption cryp = new Encryption();
LoggingAndTracing lgtr = new LoggingAndTracing();
IOoperations iop = new IOoperations();
StreamManagement str = new StreamManagement();
Serialization ser = new Serialization();
CreateAndUseTypes typ = new CreateAndUseTypes(25);
Generics gnr = new Generics();
DataManagement dtm = new DataManagement();
Reflection rfx = new Reflection();
/* PROGRAM FLOW */
//flw.complexIFstatement('e');
//flw.CheckWithSwitch('y');
//flw.switchWithGoto();
//flw.basicFor();
//flw.anotherBasicFor();
//flw.loopWithMultipleVariables();
//flw.breakAndContinue();
//flw.ifStatements();
//flw.beyondBasicIfStatements();
//flw.multipleConditionswithSwitch();
//flw.lotteryProgram();
//flw.WhileExample();
//flw.simpleDoWhile();
//flw.workingWithLoops();
//flw.manipulateConsoleAppearance();
/* COLLECTIONS */
//clt.Arrays();
//clt.twodimensionalArray();
//clt.listOfStrings();
//clt.Dictionaries();
//clt.UseHashSet();
//clt.Queues();
//clt.Stacks();
//clt.foreachLoop();
//clt.sortArrayAndLists();
//clt.copyColletionToArray();
//clt.selectCollectionElements();
//clt.removeDuplicateFromCollection();
/* THREADS */
//mth.TwoThreads();
//mth.ThreadWithMethodParam();
//mth.HowToStopThread();
//mth.UseOfThreadStatic();
//mth.UsingThreadLocalData();
//mth.executeMethodAsynchronously();
//mth.periodicalMethodExecution();
//mth.methodExecutionAtaSpecificTime();
//mth.methodExecutionBySignalingWaithandleObject();
//mth.methodExecutionUsingNewThread();
/* TASKS */
//mth.usingThreadPool();
//mth.UsingTask();
//mth.taskInaThreadPool();
//mth.usingTaskReturningValue(21);
//mth.usingTaskContinuation(21);
//mth.differentContinuationTasks(456);
//mth.childTasks();
//mth.usingTaskFactory();
//mth.waitForMultipleTasks();
//mth.waitanyMultipleTasks();
//mth.continuationForCancelledTask();
//mth.taskTimeout();
/* PLINQ */
//mth.AsyncyAwait();
//mth.unorderedParallelQuery();
//mth.orderedParallelQuery();
//mth.makeParallelSequential();
//mth.usingForAll();
//mth.catchingAggregateException();
/* CONCURRENT COLLECTIONS */
//mth.usingBlockingCollection();
//mth.BlockingCollectionWithGetConsumingEnum();
//mth.usingConcurrentBag();
//mth.concurrentBagEnumerate();
//mth.usingConcurrentStack();
//mth.usingConcurrentQueue();
//mth.usingConcurrentDictionary();
/* SYNCHRONIZATION */
//mth.usingLock();
//mth.usingInterLocked();
//mth.usingCancellationToken();
//mth.usingOperationCanceledException();
//mth.monitorForSynchronize();
//mth.synchronizeMultipleThreadsWithAnEvent();
//mth.synchronizationWithMutex();
//mth.synchronizationWithSemaphore();
//mth.synchronizeAccessToSharedDataValue();
//mth.knowWhenThreadFinishes();
/* EXCEPTION HANDLING */
//exh.catchingFormatException();
//exh.usingEnvironmentFailfast();
//exh.inspectingException();
//exh.UsingExceptionDispatchInfo();
/* EVENT MANAGEMENT */
//ecb.UseDelegate();
//ecb.multicastDelegate();
//ecb.usingActionDelegate();
//ecb.handleEventWithAnonymousFunction();
#region EventHandling
//Subscription to the delegate OnChange
//two anonymous methods that write a text on the console
ecb.OnChange += () => Console.WriteLine("Event raised to method 1");
ecb.OnChange += () => Console.WriteLine("Event raised to method 2");
//call to the method that contains OnChange() executing the two methods
//ecb.Raise();
ecb.OnChange2 += (sender, e)
=> Console.WriteLine("Event raised: {0}", e.Value);
ecb.OnChange2 += (sender, e)
=> Console.WriteLine("Subscriber 1 called");
//ecb.OnChange2 += (sender, e) => { throw new Exception(); };
ecb.OnChange2 += (sender, e)
=> Console.WriteLine("Subscriber 3 called");
//ecb.Raise2();
#endregion EventHandling
Person p = new Person("John", "Doe");
//Console.WriteLine(p);
// Displays 'John Doe' due to the overriding of ToString with default FL format
// use ToString to display first name and last name in format LSF
//Console.WriteLine(p.ToString("LSF"));
//cnv.differentConversions();
//cnv.parsingDateTime();
//cnv.parsingNumbers();
//cnv.dateTimeFromStrings();
/* STRINGS AND XML */
//strm.createLotOfStrings();
//strm.usingStringBuilder();
//strm.StringWriterAsOutputForXMLwriter();
//strm.usingStrings();
//strm.ChangeStringWithRegex();
//strm.formattingStrings();
//strm.ValidateZipCode("08820");
//strm.ValidateZipCodeRegEx("08820");
//strm.RegexWithMultipleSpaces();
// Test the input from the command line. The first argument is the
// regular expression, and the second is the input.
//string regexp = @"^[\w -] +@([\w -] +\.)+[\w -] +$";
//string input = @"myname @mydomain.com";
//Console.WriteLine("Regular Expression: {0}", regexp);
//Console.WriteLine("Input: {0}", input);
//Console.WriteLine("Valid = {0}", strm.ValidateInput(regexp, input));
//Console.WriteLine("Valid = {0}", strm.ValidateInput2(regexp, input));
//Console.WriteLine("\nMain method complete. Press Enter");
//strm.usingXMLreader();
//strm.usingXMLwriter();
//strm.usingXmlDocument();
//strm.xPathQuery();
//strm.usingLINQtoXML();
//strm.usingXElement();
//strm.updatingXML();
//strm.functionalCreationToUpdateXML();
//Console.WriteLine(strm.ReverseString("Madam Im Adam"));
//Console.WriteLine(strm.ReverseString("The quick brown fox jumped over the lazy dog."));
/* ENCRYPTION */
//cryp.SymmetricEncryption();
//cryp.AsymmetricEncryption();
//cryp.HashCodeCalculation();
//cryp.SecureStringInitialize();
SecureString ss = new SecureString();
//cryp.ConvertToUnsecureString(ss);
/* LOGGING AND TRACING */
//lgtr.usingDebug();
//lgtr.usingTracesource();
//lgtr.TraceListenerConfig();
//lgtr.EventLogWriting();
//lgtr.EventLogReading();
//lgtr.EventLogSubscriptionToChanges();
//lgtr.usingStopWatch();
//lgtr.PerformanceCounterReading();
//lgtr.PerformanceCounterWriting();
/* IO & STREAM MANAGEMENT */
//iop.driveInformation();
//iop.directoryManagement();
//iop.deleteExistingDir();
// List the subdirectories for Program Files containing the character 'a' with maximum depth of 5
DirectoryInfo directoryInfo = new DirectoryInfo(@"C:\Program Files");
//iop.ListDirectories(directoryInfo, "*a*", 5, 0);
//iop.moveDirectory();
//iop.listDirectoryFiles();
//iop.deleteFile();
//iop.movingFile();
//iop.pathCreation();
//iop.ReadAllText()
//iop.webRequestExecution();
//iop.createAndWriteAsyncToFile();
//iop.readAsyncHttpRequest();
//iop.asyncReadFile();
//iop.executeMultipleRequests();
//iop.executeMultipleRequestsInParallel();
//iop.readUserInputfromConsole();
//iop.startNotepadProcess();
//iop.terminateNotepadProcess();
//iop.infoRetriever(@"c:\windows");//No funciona
//iop.fileAndDirAttributes();
DirectoryInfo dir = new DirectoryInfo(@"C:\temp");
//Console.WriteLine("Total size: " + IOoperations.CalculateDirectorySize(dir, true).ToString() + " bytes.");
//iop.readWriteTextFile();
//iop.readWriteBinaryFile();
/* STREAM MANAGEMENT */
//str.fileStreamCreation();
//str.srWriterCreation();
//str.openFileStream();
//str.compressingData();
//str.usingBufferedStream();
//str.characterEncoding();
/* CONVERT Basic Value Types to Byte Arrays */
//byte[] b = null;
// Convert a bool to a byte array and display.
//b = BitConverter.GetBytes(true);
//Console.WriteLine(BitConverter.ToString(b));
// Convert a byte array to a bool and display.
//Console.WriteLine(BitConverter.ToBoolean(b, 0));
// Convert an int to a byte array and display.
//b = BitConverter.GetBytes(3678);
//Console.WriteLine(BitConverter.ToString(b));
// Convert a byte array to an int and display.
//Console.WriteLine(BitConverter.ToInt32(b, 0));
// Convert a decimal to a byte array and display.
//b = str.DecimalToByteArray(285998345545.563846696m);
//Console.WriteLine(BitConverter.ToString(b));
// Convert a byte array to a decimal and display.
//Console.WriteLine(str.ByteArrayToDecimal(b));
// Wait to continue.
//Console.WriteLine("Main method complete. Press Enter");
/* SERIALIZATION */
//ser.serializeWithXMLserializer();
//ser.serializeDerivedClass();
//ser.binarySerialization();
//ser.usingDataContractSerializer();
//ser.usingDataContractJsonSerializer();
//ser.serializeDeserializeExample();
//ser.JSONserialization();
//ser.loadAssemblyIntoCurrentAppDomain();//no funciona
/* CREATE AND USE TYPES */
//typ.valueTypesAndAlias();
//typ.usingValueTypes();
Book bk = new Book();
//bk.manageBooks();
//typ.usingEnums();
//typ.manageStudents();
//typ.passingValueTypesToMethods();
Student std = new Student("Pere", "Puig");
//std.displayDetails();
//typ.anonymousType();
//typ.usingExpandoObject();
//typ.overloadOperator();
//typ.conversionOperators();
//typ.customIndexer();
/* GENERICS */
//gnr.usingGenericMethod();
//gnr.stronglyTypedCollection();
/* DATES */
//dtm.dateTimeManagement();
//dtm.largeIntegerValuesCalculate();
/* REFLECTION */
//rfx.retrieveTypeInformation();
//rfx.testObjectType();
//Reflection.CreateStringBuilder();
//FakeClass.programAttributesInspection();
//FakeClass.extractTypeMembers();
//FakeClass.invokeTypeMemberUsingReflection();
//FakeClass.invokeTypeMemberDinamically();
//FakeClass.customDynamicTypeManagement();
Console.ReadLine();
}
// Инициализация локального поля
private void CreateLocalBoard(CellState.cellState[,] currentState, byte qtyCellsForWin, bool isHuman)
{
// первый ход данного игрока в партии; да - создаем поле int[,], инициализируем алгоритм
if (firtStep)
{
if (!isHuman)
{
// если играет ИИ создаем экземляр для исполнения алгоритма ИИ в многопоточном режиме
solver = new Multithreading(qtyCellsForWin);
}
Board = new int[currentState.GetLength(0), currentState.GetLength(0)];
playerID = 1; // инизиализируем ID крестиком
}
// проходим по всему полю
for (int i = 0; i < currentState.GetLength(0); i++)
{
for (int j = 0; j < currentState.GetLength(0); j++)
{
// ячейка поля отличается от ячейки локального поля
if ((int)currentState[i, j] != Board[i, j])
{
if (firtStep)
{
// на первом ходе уже есть заполненная ячейка.
// Значит первым ходит соперник
iMoveFirst = false;
playerID = 2;
}
// Инициализация локального поля
// первым хожу я
if (iMoveFirst)
{
Board[i, j] = (int)currentState[i, j];
}
else
{
// Хожу вторым
// для человека
if (isHuman)
{
Board[i, j] = (int)currentState[i, j];
}
else
{
// Инициализация локального поля ИИ, если первым ходит соперник
// инвертируем значение ячейки. Необходимо для работы алгоритма
// Алгоритм вне зависимости от того, играем ли мы за крестик или нолик, считает идентификатором себя - 1
switch (currentState[i, j])
{
case CellState.cellState.X:
Board[i, j] = 2;
break;
case CellState.cellState.O:
Board[i, j] = 1;
break;
}
}
}
}
}
}
// если поле пустое и я хожу первым, занимаем ячеку где-то в центре поля
if (iMoveFirst && firtStep)
{
firstCoord[0] = (byte)(Board.GetLength(0) / 2);
firstCoord[1] = (byte)(Board.GetLength(0) / 2);
}
firtStep = false;
}
