public void TestMethod()
{
var image = samplePrototype.Clone();
Assert.IsNull(samplePrototype.Name);
Assert.IsNull(image.Name);//副本与样本当时的内容一致
samplePrototype.Name = "A";
Trace.WriteLine("samplePrototype.Name: " + samplePrototype.Name);
image = samplePrototype.Clone();
Assert.AreEqual("A", image.Name);
Trace.WriteLine("image.Name: " + image.Name);//副本与样本当时的内容一致
Assert.IsInstanceOfType(image, typeof(ConcretePrototype));
image.Name = "B";//独立修改副本的内容
Trace.WriteLine("image.Name: " + image.Name);
//理论上string类型Name是引用类型，但是由于该引用类型的特殊性（无论是实际还是语义），
//Object.MemberwiseClone方法仍旧为其创建了副本。也就是说，在浅拷贝过程，
//我们应该将字符串看成是值类型。
Assert.IsTrue(samplePrototype.Name != image.Name);//证明副本与样本是两个独立的个体
Trace.WriteLine(samplePrototype.Name != image.Name);
}
public void Test()
{
sample.Name = "A";
IPrototype image = sample.Clone();
Assert.AreEqual <string>("A", image.Name); // 副本与样本当时的内容一致
Assert.AreEqual <Type>(typeof(ConcretePrototype), image.GetType()); //具体类型
image.Name = "B"; // 独立修改副本的内容
Assert.IsTrue(sample.Name != image.Name); // 证明是两个独立的个体
}
public void Test()
{
var mirrorImage = sample.Clone();
Assert.AreEqual <int>(sample.Signal.GetHashCode(), mirrorImage.Signal.GetHashCode());
Assert.AreEqual <string>(mirrorImage.Name, sample.Name);
sample.Name = "A";
Assert.AreNotEqual <string>("A", mirrorImage.Name);
mirrorImage = sample.Clone();
Assert.AreEqual <string>("A", mirrorImage.Name);
Assert.IsInstanceOfType(mirrorImage, typeof(ConcretePrototype));
}
public void Test()
{
var image = sample.Clone();
Assert.IsNull(sample.Name); // 副本与样本当时的内容一致
Assert.IsNull(image.Name);
sample.Name = "A"; // 修改样本内容
image = sample.Clone();
Assert.AreEqual <string>("A", image.Name); // 副本与样本当时的内容一致
Assert.IsInstanceOfType(image, typeof(ConcretePrototype));
image.Name = "B"; // 独立修改副本的内容
Assert.IsTrue(sample.Name != image.Name); // 证明副本与样本两个独立的个体
}
public void Test()
{
var image = sample.Clone();
Assert.IsNull(sample.Name);
Assert.IsNull(image.Name);
sample.Name = "A";
image = sample.Clone();
Assert.AreEqual <string>("A", image.Name);
Assert.IsInstanceOfType(image, typeof(ConcretePrototype));
image.Name = "B";
Assert.IsTrue(sample.Name != image.Name);
}
public IComponent <T> Share(T set, IComponent <T> toHere)
{
IPrototype <IComponent <T> > prototype = this.Find(set) as IPrototype <IComponent <T> >;
IComponent <T> copy = prototype.Clone() as IComponent <T>;
toHere.Add(copy);
return(toHere);
}
public IPrototype CreateInstance(string name)
{
if (name == null)
{
throw new ArgumentNullException("name");
}
IPrototype masterInstance = null;
if (masterInstances.TryGetValue(name, out masterInstance))
{
return(masterInstance.Clone());
}
return(null);
}
public IPrototype[] CreateInstances(string name, int numInstances)
{
if (numInstances <= 0)
{
return(null);
}
IPrototype masterInstance = null;
if (masterInstances.TryGetValue(name, out masterInstance))
{
IPrototype[] instances = new IPrototype[numInstances];
for (int i = 0; i < numInstances; i++)
{
instances[i] = masterInstance.Clone();
}
return(instances);
}
return(null);
}
static void Main(string[] args)
{
SystemConsole.WriteLine("Hello World!");
foreach (IFactory factory in Factories)
{
IFactoryObject factoryObject = factory.MakeObject();
factoryObject.PrintSelf();
}
IBuiltObject builtObject1 =
new Builder(_logger)
.Start()
.Annoying()
.Loud()
.WithColor(ConsoleColor.Green)
.Build();
IBuiltObject builtObject2 =
new Builder(_logger)
.Start()
.Quiet()
.WithColor(ConsoleColor.Yellow)
.Build();
builtObject1.PrintSelf();
builtObject2.PrintSelf();
foreach (IFactoryMethod factoryMethod in FactoryMethods)
{
IFactoryObject factoryObject = factoryMethod.CreateObject();
factoryObject.PrintSelf();
}
IPrototype prototype = Prototype.InitialPrototype.Clone();
for (int i = 0; i < 10; ++i)
{
SystemConsole.WriteLine($"prototype #{prototype.Id} copied");
prototype = prototype.Clone();
}
Singleton singleton = Singleton.Instance;
SystemConsole.WriteLine($"Singleton created at {singleton.CreationDateTime}");
DivisionResult <int> divisionResult = _multiplyDivideAdapter.Divide(10, 3);
SystemConsole.WriteLine($"{nameof(MultiplyDivideAdapter)}: 10 / 3 = {divisionResult.WholePart} with remainder {divisionResult.Remainder}");
int multiplicationResult = _multiplyDivideAdapter.Multiply(10, 3);
SystemConsole.WriteLine($"{nameof(MultiplyDivideAdapter)}: 10 x 3 = {multiplicationResult}");
_logger.Log("Turn on hot");
_hotWaterPipeBridge.TurnOn();
_logger.Log("Turn off hot");
_hotWaterPipeBridge.TurnOff();
_logger.Log("Sprinkling hot");
_hotWaterPipeBridge.Sprinkle();
_logger.Log("Turn on cold");
_coldWaterPipeBridge.TurnOn();
_logger.Log("Turn off cold");
_coldWaterPipeBridge.TurnOff();
_logger.Log("Sprinkling cold");
_coldWaterPipeBridge.Sprinkle();
_TraverseCompositeTree(_composite);
_logger.Log($"It seems we have a gift! First let's unwrap the {_wrapper.GetType().Name}");
GiftBox giftBox = (_wrapper as WrappingPaper).Unwrap();
_logger.Log($"We have the {giftBox.GetType().Name} open, now let's take our gift out.");
Gift gift = giftBox.Open();
_logger.Log($"The gift is a {gift.Name}!");
_logger.Log($"Random divided numbers from facade: {_facade.GetRandomNumbersAndDivideThem()}");
_logger.Log($"Random multiplied numbers from facade: {_facade.GetRandomNumbersAndMultiplyThem()}");
SystemConsole.ReadLine();
}
