public static void Main(String[] args) {
FooBar fb = new FooBar();
IList<int> list = new LinkedList<int>();
list.AddAll(new int[] { 2, 3, 5, 7, 11 });
list.Map<double>(fb).Apply(Console.WriteLine);
list.Apply(fb);
}
static void Main()
{
FooBar fooBar = new FooBar();
Foo myBarFoo = new director_smartptr_MyBarFoo();
check(myBarFoo.ping(), "director_smartptr_MyBarFoo.ping()");
check(Foo.callPong(myBarFoo), "director_smartptr_MyBarFoo.pong();director_smartptr_MyBarFoo.ping()");
check(Foo.callUpcall(myBarFoo, fooBar), "override;Bar::Foo2::Foo2Bar()");
Foo myFoo = myBarFoo.makeFoo();
check(myFoo.pong(), "Foo::pong();Foo::ping()");
check(Foo.callPong(myFoo), "Foo::pong();Foo::ping()");
check(myFoo.upcall(new FooBar()), "Bar::Foo2::Foo2Bar()");
Foo myFoo2 = new Foo().makeFoo();
check(myFoo2.pong(), "Foo::pong();Foo::ping()");
check(Foo.callPong(myFoo2), "Foo::pong();Foo::ping()");
FooDerived myBarFooDerived = new director_smartptr_MyBarFooDerived();
check(myBarFooDerived.ping(), "director_smartptr_MyBarFooDerived.ping()");
check(FooDerived.callPong(myBarFooDerived), "director_smartptr_MyBarFooDerived.pong();director_smartptr_MyBarFooDerived.ping()");
check(FooDerived.callUpcall(myBarFooDerived, fooBar), "overrideDerived;Bar::Foo2::Foo2Bar()");
}
public void UserManagedDisposeTest()
{
Sop.ObjectServer server = Sop.ObjectServer.OpenWithTransaction("c:\\SopBin\\OServer.dta");
var df = new Sop.StoreFactory();// {AutoDisposeItem = false};
const int ItemCount = 50000;
List <FooBar> fooBars = new List <FooBar>(ItemCount);
string s = string.Format("Collection{0}", 1);
var sortDict = df.Get <int, FooBar>(server.SystemFile.Store, s);//, null, false); // FooBar is disposable, IsDataInKeySegment = false.
//sortDict.AutoDisposeItem = true;
for (int i = 0; i < ItemCount; i++)
{
var v = new FooBar()
{
Foo = string.Format("Hello World {0}", i)
};
sortDict.Add(i, v);
fooBars.Add(v);
}
server.Commit();
foreach (FooBar fb in fooBars)
{
fb.Dispose();
}
}
public void ShouldAppendEventToPpenddingEventsQueue()
{
var expectedAggregatedId = Guid.NewGuid().ToString();
var fisrtEvent = new FakeCelebrityWasCreatedEvent(expectedAggregatedId, new { Id = expectedAggregatedId, Foo = "Bar", Bar = "Foo" });
var events = new Queue <ICelebrityEvent>();
events.Enqueue(fisrtEvent);
var state = new FooBar(expectedAggregatedId);
var fooBar = events.Reduce <FooBar>(state, (a, b) =>
{
a.Foo = b.Data.Foo;
a.Bar = b.Data.Bar;
return(state);
});
fooBar.RevertPropertyValues();
var pendingEvent = fooBar.PendingEvents.Should().HaveCount(1).And.Subject.First();
pendingEvent.AggregatedId.Should().Be(expectedAggregatedId);
var data = (object)pendingEvent.Data;
data.Should().Be(new { Id = expectedAggregatedId, Foo = "Foo", Bar = "Bar" });
}
static void engine_AfterReadRecord(EngineBase engine, FileHelpers.Events.AfterReadEventArgs <object> e)
{
FooBar fooBar = e.Record as FooBar;
fooBar.ColumnA_Two = fooBar.ColumnA_One;
fooBar.ColumnB_Two = fooBar.ColumnB_One;
}
public void CanGraphQuery()
{
using (var store = GetDocumentStore())
{
using (var session = store.OpenSession())
{
var bar = new Bar {
Name = "Barvazon"
};
var barId = "Bars/1";
session.Store(bar, barId);
session.Store(new Foo
{
Name = "Foozy",
Bars = new List <string> {
barId
}
});
session.SaveChanges();
FooBar res = session.Advanced.GraphQuery <FooBar>("match (Foo)-[Bars as _]->(Bars as Bar)").With("Foo", session.Query <Foo>()).Single();
Assert.Equal(res.Foo.Name, "Foozy");
Assert.Equal(res.Bar.Name, "Barvazon");
}
}
}
public static void Serialize()
{
// Serialize (from Object to JsonString)
var obj = new
{
Name = "Foo",
Age = 30,
Address = new
{
Country = "Japan",
City = "Tokyo"
},
Like = new[] { "Microsoft", "Xbox" }
};
// {"Name":"Foo","Age":30,"Address":{"Country":"Japan","City":"Tokyo"},"Like":["Microsoft","Xbox"]}
var jsonStringFromObj = DynamicJsonConvert.SerializeObject(obj);
// [{"foo":"fooooo!","bar":1000},{"foo":"orz","bar":10}]
var foobar = new FooBar[] {
new FooBar {
foo = "fooooo!", bar = 1000
},
new FooBar {
foo = "orz", bar = 10
}
};
var jsonFoobar = DynamicJsonConvert.SerializeObject(foobar);
}
public virtual void DoSomething()
{
// Manipulate SomeVar here
var someVar = ....;
SomeVar = someVar;
}
public void ConvertTypes()
{
var arrayJson = JsonObject.Parse("[1,2,3]");
var objectJson = JsonObject.Parse(@"{""foo"":""json"",""bar"":100}");
var array1 = arrayJson.Deserialize <int[]>(); // dynamic{int[]}
Assert.AreEqual(typeof(int[]), array1.GetType());
var array2 = (int[])arrayJson; // int[]
Assert.AreEqual(typeof(int[]), array2.GetType());
Assert.AreEqual(6, array2.Sum());
var array3 = (List <int>)arrayJson;
Assert.AreEqual(6, array3.Sum());
var expected = new FooBar
{
foo = "json",
bar = 100
};
// mapping by public property name
var foobar1 = objectJson.Deserialize <FooBar>();
Assert.AreEqual(expected, foobar1);
var foobar2 = (FooBar)objectJson;
Assert.AreEqual(expected, foobar2);
FooBar foobar3 = objectJson;
Assert.AreEqual(expected, foobar3);
}
public async Task <IActionResult> Edit(int id, [Bind("FooBarId,FooBarValue")] FooBar fooBar)
{
if (id != fooBar.FooBarId)
{
return(NotFound());
}
if (ModelState.IsValid)
{
try
{
_uow.FooBars.Update(fooBar);
await _uow.SaveChangesAsync();
}
catch (DbUpdateConcurrencyException)
{
if (!FooBarExists(fooBar.FooBarId))
{
return(NotFound());
}
else
{
throw;
}
}
return(RedirectToAction(nameof(Index)));
}
return(View(fooBar));
}
public void Should_convert_to_derived_correctly()
{
var source = new FooBar();
var dest = Mapper.Map(source, source.GetType(), typeof(FooDto));
dest.ShouldBeOfType <FooBarDto>();
}
public void Test(int n)
{
string r = string.Join("", Enumerable.Range(0, n * 2).Select(i => i % 2 == 0 ? "foo" : "bar"));
var fooBar = new FooBar(n);
TextWriter tw = new StringWriter();
CancellationTokenSource cts = new CancellationTokenSource(5000);
ParallelOptions options = new ParallelOptions {
CancellationToken = cts.Token
};
Parallel.ForEach(Enumerable.Range(0, 2), options, i =>
{
if (i % 2 == 0)
{
fooBar.Foo(() => tw.Write("foo"));
}
else
{
fooBar.Bar(() => tw.Write("bar"));
}
});
string result = tw.ToString();
Assert.True(0 == r.CompareTo(result));
}
public void ConvertTo()
{
// a JSON objects to a C# object
var jsonObject = JsonObject.Parse(@"{""foo"":""json"",""bar"":100}");
var expected = new FooBar
{
foo = "json",
bar = 100
};
var foobar = (FooBar)jsonObject; // FooBar
Assert.AreEqual(expected, foobar);
var c1 = foobar.bar; // 100
Assert.AreEqual(100, c1);
// to a C# dictionary
var dict1 = (Dictionary <string, dynamic>)jsonObject;
var c2 = dict1["bar"];
Assert.AreEqual(100, c2);
// a JSON array to a C# array
var jsonArray = JsonObject.Parse("[1,2,3]");
var array = (int[])jsonArray; // int[]
Assert.AreEqual(typeof(int[]), array.GetType());
Assert.AreEqual(6, array.Sum());
// to a C# list
var list = (List <int>)jsonArray;
var sum2 = list.Sum();
Assert.AreEqual(6, sum2);
}
public void Implicit_Mapping_MapFrom()
{
_mappingEngine.CreateMap <Foo, Bar>();
//maps SomeBar from SomeFoo implicitly using the Foo -> Bar mapping,
//and because both share Child and Foos properties, the above implicit mapping should work for them too
_mappingEngine.CreateMap <FooBar, FooBar>()
.ForMember(x => x.SomeBar, opt => opt.MapFrom(x => x.SomeFoo));
var input = new FooBar()
{
SomeFoo = new Foo()
{
Child = new Foo()
{
Name = "child"
},
Foos = new[] { new Foo()
{
Name = "blah1"
}, new Foo()
{
Name = "blah2"
} },
Name = "test"
}
};
var output = _mappingEngine.Map <FooBar>(input);
Assert.AreEqual(input.SomeFoo.Name, output.SomeBar.Name);
Assert.AreEqual(input.SomeFoo.Child.Name, output.SomeBar.Child.Name);
Assert.AreEqual(input.SomeFoo.Foos.Count(), output.SomeBar.Foos.Count());
}
public void TestMethodResolution()
{
// 25.1.7 Overloading in generic classes
// Methods, constructors, indexers, and operators within a generic class declaration can be overloaded.
// While signatures as declared must be unique, it is possible that substitution of type arguments
// results in identical signatures.
// In such a situation, overload resolution will pick the most specific one (14.4.2.2).
// 14.4.2.2 Better function member
// If one of MP and MQ is non-generic, but the other is generic, then the non-generic is better.
var b = new FooBar <int>();
Assert.AreEqual("Foo(int)", b.Foo(0));
Assert.AreEqual("Bar(int)", b.Bar(0));
Assert.AreEqual("Bar2(T)", b.Bar2(0));
// 14.4.2.2 Better function member
// Otherwise, if one of MP and MQ is applicable in its non-expanded form (or has no params array) and the
// other is applicable only in its expanded form (and has a params array),
// then the non-expanded method is better.
Assert.AreEqual("Foobar(int)", b.Foobar(0));
// 14.4.2.2 Better function member
// Otherwise, if the numbers of parameters K in MP and L in MQ are different,
// then the method with more parameters is better.
// This can only occur if both methods have params arrays
// and are only applicable in their expanded forms.
Assert.AreEqual("Foobar2(int, params)", b.Foobar2(0));
}
public IFoo CreateFoo(Repo repo)
{
var foo = new FooBar();
repo.Add(foo);
return(foo);
}
void InvokeFoobar()
{
FooFoo.Invoke(3);
FooBar.Invoke(this, new MyEventArgs()
{
MyProperty = 3
});
}
public void ShouldReduceEventsToEntityInYourInitialStateWhenNotExistCommitedEvents()
{
var fooBar = new FooBar();
var reduced = fooBar.GetState();
reduced.Should().BeEquivalentTo(new FooBar());
}
static void Main(string[] args)
{
FooBar fooBar = new FooBar();
MyContract contract = fooBar.GetImplementation <MyContract>();
contract.PrintThis += (sender, s) => Console.WriteLine($"Print this: {s}");
contract.PrintText("Peeter");
}
public void ExtractAs_ReturnsValue_IfValueCanBeCastToExpectedType()
{
var fooBar = new FooBar();
var objects = new object[] { fooBar };
var result = objects.ExtractAs <Foo>(0);
Assert.AreEqual(fooBar, result);
}
public static void Main()
{
var fb = new FooBar();
IList <int> list = new LinkedList <int>();
list.AddAll(new[] { 2, 3, 5, 7, 11 });
list.Map <double>(fb).Apply(Console.WriteLine);
list.Apply(fb);
}
public void TestInterfaceQuestion()
{
var foobar = new FooBar();
IOne iOne = foobar;
ITwo iTwo = foobar;
// Pity:
// IOneAndTwo iBoth = foobar;
}
public ActionResult KeyValueExample()
{
var key = Guid.NewGuid().ToString();
_bucket.Insert(key, FooBar.Generate());
var foobar = _bucket.Get <FooBar>(key).Value;
ViewBag.Key = key;
return(View(foobar));
}
public void Bar(int[] xs, FooBar coolValues)
{
foreach (var someName in xs)
{
if (someName > 0)
{
coolValues.fe{caret}
}
}
}
public void Case1()
{
var fooBar = new FooBar(1);
var fooTask = Task.Run(() => fooBar.Foo(printFoo));
var barTask = Task.Run(() => fooBar.Foo(printBar));
Task.WaitAll(new Task[] { fooTask, barTask });
}
public void ShouldReduceEventsToEntityByFilter()
{
var fooBar = new FooBar("bar", "foo");
fooBar.RevertPropertyValues();
var state = fooBar.PendingEvents.Reduce <FooBar>(@event => @event.Name.Equals("FAKE_CELEBRITY_WAS_UPDATED"));
state.Foo.Should().Be("foo");
state.Bar.Should().Be("bar");
}
static void Main(string[] args)
{
var fooBar1 = new FooBar();
Console.WriteLine(fooBar1.Baz);
Console.WriteLine(fooBar1.Baz);
var fooBar2 = new FooBar();
Console.WriteLine(fooBar2.Baz);
Console.WriteLine(fooBar2.Baz);
}
public void Should_return_inut_value_When_not_a_mapping(int input)
{
//Given
var foobar = new FooBar(Options.Create(new FooBarOptions()));
//When
var result = foobar.Compute(input);
//Then
Assert.Equal(input.ToString(), result);
}
public void Should_return_bar_When_multiple_of_five()
{
//Given
var foobar = new FooBar(Options.Create(new FooBarOptions()));
//When
var result = foobar.Compute(5);
//Then
Assert.Equal("bar", result);
}
public void ShouldReduceEventsToEntityByCondition()
{
var fooBar = new FooBar("bar", "foo");
fooBar.RevertPropertyValues();
var state = fooBar.PendingEvents.Reduce <FooBar>();
state.Foo.Should().Be("foo");
state.Bar.Should().Be("bar");
}
public async Task <IActionResult> Create(FooBar fooBar)
{
if (ModelState.IsValid)
{
_uow.FooBars.Add(fooBar);
await _uow.SaveChangesAsync();
return(RedirectToAction(nameof(Index)));
}
return(View(fooBar));
}
private void Save_Click(object sender, RoutedEventArgs e)
{
var foo = new FooBar();
foo.Id = this.Key.Text;
foo.TextValue = "My type is: " + foo.CmType;
foo.DateValue = DateTime.Now;
foo.SaveAsync(result => {
this.Results.Text = JsonConvert.SerializeObject(result);
});
}
public void ShouldAppendEventToPpenddingEventsQueueA()
{
var fooBar = new FooBar("bar", "foo");
fooBar.RevertPropertyValues();
var state = fooBar.PendingEvents.Reduce <FooBar>(@event => @event.Name.Equals("FAKE_CELEBRITY_WAS_CREATED"));
state.Foo.Should().Be("bar");
state.Bar.Should().Be("foo");
}
public void ReturnsThisWhenProxyIsIncompatible()
{
FooBar obj = new FooBar();
AdvisedSupport advised = new AdvisedSupport();
advised.Target = obj;
advised.Interfaces = new Type[] { typeof(IFoo) };
IFoo proxy = (IFoo)CreateProxy(advised);
Assert.AreSame(obj, proxy.GetBarThis(),
"Target should be returned when return types are incompatible");
Assert.AreSame(proxy, proxy.GetFooThis(),
"Proxy should be returned when return types are compatible");
}
public void Analyze_SameInstanceRegisteredForTwoInterfacesUsingRegisterSingleton_DoesNotResultInAWarning()
{
var container = new Container();
var fooBar = new FooBar();
container.RegisterSingleton<IFoo>(fooBar);
container.RegisterSingleton<IBar>(fooBar);
container.Verify(VerificationOption.VerifyOnly);
// Act
var results = Analyzer.Analyze(container).OfType<TornLifestyleDiagnosticResult>();
// Assert
Assert.IsFalse(results.Any(), Actual(results));
}
static void Main(string[] args)
{
FooClass fooClass = new FooClass();
fooClass.FooMethod();
((IFoo)fooClass).FooMethod();
((IBar)fooClass).FooMethod();
BarClass barClass = new BarClass();
barClass.FooMethod();
((IFoo)barClass).FooMethod();
((IBar)barClass).FooMethod();
FooBar foobar = new FooBar();
foobar.FooMethod();
((IFoo)foobar).FooMethod();
((IBar)foobar).FooMethod();
System.Console.ReadKey();
}
static void Main()
{
FooBar fooBar = new FooBar();
Foo myBarFoo = new director_smartptr_MyBarFoo();
check(myBarFoo.ping(), "director_smartptr_MyBarFoo.ping()");
check(Foo.callPong(myBarFoo), "director_smartptr_MyBarFoo.pong();director_smartptr_MyBarFoo.ping()");
check(Foo.callUpcall(myBarFoo, fooBar), "override;Bar::Foo2::Foo2Bar()");
Foo myFoo = myBarFoo.makeFoo();
check(myFoo.pong(), "Foo::pong();Foo::ping()");
check(Foo.callPong(myFoo), "Foo::pong();Foo::ping()");
check(myFoo.upcall(new FooBar()), "Bar::Foo2::Foo2Bar()");
Foo myFoo2 = new Foo().makeFoo();
check(myFoo2.pong(), "Foo::pong();Foo::ping()");
check(Foo.callPong(myFoo2), "Foo::pong();Foo::ping()");
}
public void DoesPreserveDocumentIdCaseWhenPatchingFullCollection()
{
using (var store = NewDocumentStore(runInMemory:false))
{
string documentId = null;
using (var session = store.OpenSession())
{
var d = new FooBar() { };
session.Store(d);
session.SaveChanges();
documentId = session.Advanced.GetDocumentId(d);
}
using (var session = store.OpenSession())
{
var d = session.Load<FooBar>(documentId);
//Demonstrates that RavenDb stores a case-sensitive document id somewhere
Assert.Equal(documentId, session.Advanced.GetDocumentId(d));
}
string script = @" var id = __document_id; this.Name = id;";
WaitForIndexing(store);
string typeTag = store.Conventions.FindTypeTagName(typeof(FooBar));
store
.DatabaseCommands
.UpdateByIndex(
"Raven/DocumentsByEntityName",
new IndexQuery() { Query = "Tag:" + typeTag },
new ScriptedPatchRequest() { Script = script },
null)
.WaitForCompletion();
using (var session = store.OpenSession())
{
var d = session.Load<FooBar>(documentId);
Assert.Equal("FooBars/1", d.Name);
}
}
}
public static void Serialize()
{
// Serialize (from Object to JsonString)
var obj = new
{
Name = "Foo",
Age = 30,
Address = new
{
Country = "Japan",
City = "Tokyo"
},
Like = new[] { "Microsoft", "Xbox" }
};
// {"Name":"Foo","Age":30,"Address":{"Country":"Japan","City":"Tokyo"},"Like":["Microsoft","Xbox"]}
var jsonStringFromObj = DynamicJsonConvert.SerializeObject(obj);
// [{"foo":"fooooo!","bar":1000},{"foo":"orz","bar":10}]
var foobar = new FooBar[] {
new FooBar { foo = "fooooo!", bar = 1000 },
new FooBar { foo = "orz", bar = 10 } };
var jsonFoobar = DynamicJsonConvert.SerializeObject(foobar);
}
public void ClassTypeTest(FooBar data)
{
}
public GuidString(string s, Mything f, FooBar ff)
{
}
public virtual FooBarResult Any(FooBar fooBar)
{
_classWith2Methods.FooBar();
return null;
}
public override string upcall(FooBar fooBarPtr)
{
return "override;" + fooBarPtr.FooBarDo();
}
public override string fooBar(FooBar fooBar)
{
return fooBar.FooBarDo();
}
public void TestFieldsAndProperties()
{
var fooBar = new FooBar();
var properties = typeof(FooBar).GetProperties().Select(pi => pi.ToIProperty())
.Union(
typeof(FooBar).GetFields().Select(fi => fi.ToIProperty()));
foreach (var property in properties)
{
property.SetValue(fooBar, "test", null);
Assert.Equal(property.PropertyType, typeof(string));
}
Assert.Equal(fooBar._field, "test");
Assert.Equal(fooBar.Property, "test");
}
[Fact] // Item (Type)
public void Indexer2()
{
ContextStack stack = new ContextStack();
Foo foo = new Foo();
FooBar foobar = new FooBar();
stack.Push(foobar);
stack.Push(foo);
Assert.Same(foo, stack[typeof(Foo)]);
Assert.Same(foo, stack[typeof(IFoo)]);
Assert.Same(foo, stack.Pop());
Assert.Same(foobar, stack[typeof(Foo)]);
Assert.Same(foobar, stack[typeof(FooBar)]);
Assert.Same(foobar, stack[typeof(IFoo)]);
Assert.Null(stack[typeof(string)]);
}
[Test] // Item (Type)
public void Indexer2 ()
{
ContextStack stack = new ContextStack ();
Foo foo = new Foo ();
FooBar foobar = new FooBar ();
stack.Push (foobar);
stack.Push (foo);
Assert.AreSame (foo, stack [typeof (Foo)], "#1");
Assert.AreSame (foo, stack [typeof (IFoo)], "#2");
Assert.AreSame (foo, stack.Pop (), "#3");
Assert.AreSame (foobar, stack [typeof (Foo)], "#4");
Assert.AreSame (foobar, stack [typeof (FooBar)], "#5");
Assert.AreSame (foobar, stack [typeof (IFoo)], "#6");
Assert.IsNull (stack [typeof (string)], "#7");
}
