public void RegisterType <F, T>(params object[] members) where T : F
{
lock (this.container)
{
UnityContainerExtensions.RegisterType <F, T>(this.container, this.ToObjects <InjectionMember>(members));
}
}
/// <summary>
/// Gets the entity instance.
/// </summary>
/// <typeparam name="T">The entity contract.</typeparam>
/// <returns>The entity instance.</returns>
public virtual T GetConfiguration <T>() where T : class
{
var entityName = string.Format("{0}_{1}", Sitecore.Context.Site.Name, Sitecore.Context.Database.Name);
try
{
var args = new ConfigurationPipelineArgs(typeof(T))
{
EntityName = entityName
};
CorePipeline.Run("getConfiguration", args);
Assert.IsNotNull(args.ConfigurationItem, typeof(T), "Unable to resolve '\"{0}\"' configuration.", typeof(T).Name);
this.innerContainer.RegisterInstance(entityName, (T)args.ConfigurationItem);
return((T)args.ConfigurationItem);
}
catch (Exception exception)
{
Log.Warn(exception.Message, exception);
lock (this)
{
return(UnityContainerExtensions.Resolve <T>(this));
}
}
}
public static T GetBusinessInstance <T>(params KeyValuePair <string, object>[] ParamsBatch)
{
T BusinessInstance = default(T);
IUnityContainer container = new UnityContainer();
container.AddNewExtension <Interception>();
if (ParamsBatch.Count() > 0)
{
container.RegisterType(typeof(T), new Interceptor <TransparentProxyInterceptor>(), new InterceptionBehavior <BusinessServiceBehavior>());
var ResolverOverrideBatch = new ResolverOverride[ParamsBatch.Count()];
for (int i = 0; i < ParamsBatch.Count(); i++)
{
ResolverOverrideBatch[i] = new ParameterOverride(ParamsBatch[i].Key, ParamsBatch[i].Value);
}
BusinessInstance = container.Resolve <T>(ResolverOverrideBatch);
}
else
{
container.RegisterType(typeof(T), new Interceptor <TransparentProxyInterceptor>(), new InterceptionBehavior <BusinessServiceBehavior>(), new InjectionConstructor());
BusinessInstance = UnityContainerExtensions.Resolve <T>(container);
}
return(BusinessInstance);
}
/// <summary>
/// Ons the resume.
/// </summary>
protected override void OnResume()
{
base.OnResume();
var lifecycleService = UnityContainerExtensions.Resolve <ILifecycleService>(this.Container);
lifecycleService.StartOnResume(this.NavigationService);
}
public void RegisterInstance <T>(string name, T instance)
{
lock (this.container)
{
UnityContainerExtensions.RegisterInstance <T>(this.container, name, instance);
}
}
public void RegisterTypeWithConstructor <T>(string name, int lifecycle, params object[] constructors)
{
lock (this.container)
{
UnityContainerExtensions.RegisterType <T>(this.container, name, this.GetLifetimeManager(lifecycle), this.ToObjects <InjectionConstructor>(constructors));
}
}
public bool IsRegistered(Type type, string name)
{
lock (this.container)
{
return(UnityContainerExtensions.IsRegistered(this.container, type, name));
}
}
public void RegisterTypeWithConstructor <T>(string name, params object[] constructors)
{
lock (this.container)
{
UnityContainerExtensions.RegisterType <T>(this.container, name, this.ToObjects <InjectionConstructor>(constructors));
}
}
public void RegisterType(Type from, Type to, string name, params object[] members)
{
lock (this.container)
{
UnityContainerExtensions.RegisterType(this.container, from, to, name, this.ToObjects <InjectionMember>(members));
}
}
public void RegisterType <F, T>(string name, int lifecycle, params object[] members) where T : F
{
lock (this.container)
{
UnityContainerExtensions.RegisterType <F, T>(this.container, name, this.GetLifetimeManager(lifecycle), this.ToObjects <InjectionMember>(members));
}
}
//public static T Instance<T>() where T : class
//{
// Func<Type, bool> func = null;
// if (!UnityContainerExtensions.IsRegistered<T>(IFactory.iunityContainer_0))
// {
// bool flag = false;
// try
// {
// object obj;
// Monitor.Enter(obj = IFactory.object_0, ref flag);
// Assembly assembly = typeof(T).Assembly;
// Class2 @class = Class2.smethod_0(assembly);
// if (@class.method_0() != null)
// {
// foreach (ContainerRegistration current in @class.method_0().Registrations)
// {
// if (!UnityContainerExtensions.IsRegistered(IFactory.iunityContainer_0, current.RegisteredType))
// {
// UnityContainerExtensions.RegisterType(IFactory.iunityContainer_0, current.RegisteredType, current.MappedToType, new InjectionMember[0]);
// }
// }
// }
// string bllSuffix = ".BLL";
// IEnumerable<Type> arg_DB_0 = assembly.GetTypes();
// if (func == null)
// {
// func = new Func<Type, bool>(IFactory.smethod_0<T>);
// }
// IEnumerable<Type> enumerable = from type in arg_DB_0.Where(func)
// where type.BaseType != null && type.BaseType.IsGenericType && !type.IsInterface && typeof(T).IsAssignableFrom(type) && type.Namespace.EndsWith(bllSuffix)
// select type;
// foreach (Type current2 in enumerable)
// {
// UnityContainerExtensions.RegisterType(IFactory.iunityContainer_0, typeof(T), current2, new InjectionMember[0]);
// }
// }
// finally
// {
// if (flag)
// {
// object obj=0;
// Monitor.Exit(obj);
// }
// }
// }
// return UnityContainerExtensions.Resolve<T>(IFactory.iunityContainer_0, new ResolverOverride[0]);
// Func<Type, bool> predicate = null;
// if (!iunityContainer_0.IsRegistered<T>())
// {
// lock (object_0)
// {
// Assembly assembly = typeof(T).Assembly;
// Class2 class3 = Class2.smethod_0(assembly);
// if (class3.method_0() != null)
// {
// foreach (ContainerRegistration registration in class3.method_0().Registrations)
// {
// if (!UnityContainerExtensions.IsRegistered(iunityContainer_0, registration.RegisteredType))
// {
// UnityContainerExtensions.RegisterType(iunityContainer_0, registration.RegisteredType, registration.MappedToType, new InjectionMember[0]);
// }
// }
// }
// string bllSuffix = ".BLL";
// if (predicate == null)
// {
// predicate = new Func<Type, bool>(IFactory.smethod_0<T>);
// }
// foreach (Type type in from type in assembly.GetTypes().Where<Type>(predicate)
// where (((type.BaseType != null) && type.BaseType.IsGenericType) && (!type.IsInterface && typeof(T).IsAssignableFrom(type))) && type.Namespace.EndsWith(bllSuffix)
// select type)
// {
// UnityContainerExtensions.RegisterType(iunityContainer_0, typeof(T), type, new InjectionMember[0]);
// }
// }
// }
// return iunityContainer_0.Resolve<T>(new ResolverOverride[0]);
//}
public static T Instance <T>() where T : class
{
Func <Type, bool> predicate = null;
if (!iunityContainer_0.IsRegistered <T>())
{
lock (object_0)
{
Assembly assembly = typeof(T).Assembly;
Class2 class3 = Class2.smethod_0(assembly);
if (class3.method_0() != null)
{
foreach (ContainerRegistration registration in class3.method_0().Registrations)
{
if (!UnityContainerExtensions.IsRegistered(iunityContainer_0, registration.RegisteredType))
{
UnityContainerExtensions.RegisterType(iunityContainer_0, registration.RegisteredType, registration.MappedToType, new InjectionMember[0]);
}
}
}
string bllSuffix = ".BLL";
if (predicate == null)
{
predicate = new Func <Type, bool>(IFactory.smethod_0 <T>);
}
foreach (Type type in from type in assembly.GetTypes().Where <Type>(predicate)
where (((type.BaseType != null) && type.BaseType.IsGenericType) && (!type.IsInterface && typeof(T).IsAssignableFrom(type))) && type.Namespace.EndsWith(bllSuffix)
select type)
{
UnityContainerExtensions.RegisterType(iunityContainer_0, typeof(T), type, new InjectionMember[0]);
}
}
}
return(iunityContainer_0.Resolve <T>(new ResolverOverride[0]));
}
public void RegisterType <T>(int lifecycle, params object[] members)
{
lock (this.container)
{
UnityContainerExtensions.RegisterType <T>(this.container, this.GetLifetimeManager(lifecycle), this.ToObjects <InjectionMember>(members));
}
}
private PolicyDefinition UpdateRuleDrivenPolicyInjection()
{
UnityContainerExtensions.RegisterType <InjectionPolicy, RuleDrivenPolicy>(_extension.Container, _policyName,
new InjectionConstructor(_policyName,
new ResolvedArrayParameter <IMatchingRule>(_rulesParameters.ToArray()),
_handlersNames.ToArray()));
return(this);
}
public void TestStandardRegistrars()
{
var container = new UnityContainer();
var configurator = new PollingHostConfigurator(container);
configurator.StandardRegistrars();
var candidate = UnityContainerExtensions.Resolve <IContainerRegistrar>(container, typeof(PollingHostRegistrar).FullName);
Assert.AreEqual(typeof(PollingHostRegistrar), candidate.GetType());
}
protected override void OnInitialized()
{
InitializeComponent();
InitializeMapper();
NavigationService.NavigateAsync("ExtendedLoadingPage");
var lifecycleService = UnityContainerExtensions.Resolve <ILifecycleService>(this.Container);
lifecycleService.StartAsync(this.NavigationService);
SetResources();
}
public void NullContainerShouldThrow()
{
Action[] actions =
{
() => UnityContainerExtensions.RegisterLoggedType <IDummy, Dummy>(null),
() => UnityContainerExtensions.RegisterLoggedType <IDummy, Dummy>(null, ""),
() => UnityContainerExtensions.RegisterLoggedType <IDummy, Dummy>(null, new ContainerControlledLifetimeManager()),
() => UnityContainerExtensions.RegisterLoggedType <IDummy, Dummy>(null, "", new ContainerControlledLifetimeManager())
};
foreach (var action in actions)
{
action.ShouldThrow <ArgumentNullException>();
}
}
public object Resolve(Type t, string name)
{
object obj2;
try
{
obj2 = ((t.IsClass && !t.IsAbstract) || UnityContainerExtensions.IsRegistered(this._container, t, name)) ? this._container.Resolve(t, name, new ResolverOverride[0]) : null;
}
catch (ResolutionFailedException exception)
{
throw new InvalidOperationException(string.Format("实例化类型失败，类型为:{0},名称为:{1}", t, name), (Exception)exception);
}
return(obj2);
}
public static void RegisterTypes(IUnityContainer container)
{
InjectionConstructor injectionConstructor = new InjectionConstructor(new object[1] {
(object)ConfigurationManager.ConnectionStrings["YmatouStaticContentConnectionString"].ConnectionString
});
if (null == HttpContext.Current)
{
UnityContainerExtensions.RegisterType <StaticContentQueryDataContext, StaticContentQueryDataContext>(container, (LifetimeManager) new ContainerControlledLifetimeManager(), new InjectionMember[1] {
(InjectionMember)injectionConstructor
});
}
else
{
UnityContainerExtensions.RegisterType <StaticContentQueryDataContext, StaticContentQueryDataContext>(container, (LifetimeManager) new HttpContextLifetimeManager <StaticContentQueryDataContext>(), new InjectionMember[1] {
(InjectionMember)injectionConstructor
});
}
UnityContainerExtensions.RegisterType <IStaticContentQueryService, StaticContentQueryService>(container, new InjectionMember[0]);
}
private void RegisterMapping(Mapping mapping, bool writeOver)
{
if (string.IsNullOrEmpty(mapping.Name))
{
if (!writeOver && UnityContainerExtensions.IsRegistered(this._container, mapping.From))
{
throw new Exception($"Já existe registro de mapeamento para este tipo ( {mapping.From.FullName} ), verifique o tipo ou faça o registro explicitando um nome.");
}
InjectionMember[] injectionMembers = new InjectionMember[] { new Interceptor <InterfaceInterceptor>(), new InterceptionBehavior <PolicyInjectionBehavior>() };
UnityContainerExtensions.RegisterType(this._container, mapping.From, mapping.To, injectionMembers);
}
else
{
if (!writeOver && UnityContainerExtensions.IsRegistered(this._container, mapping.From))
{
throw new Exception($"Já existe registro de mapeamento nomeado para este tipo ( {mapping.From.FullName} ), verifique o tipo.");
}
InjectionMember[] injectionMembers = new InjectionMember[] { new Interceptor <InterfaceInterceptor>(), new InterceptionBehavior <PolicyInjectionBehavior>() };
UnityContainerExtensions.RegisterType(this._container, mapping.From, mapping.To, mapping.Name, injectionMembers);
}
}
private void RegistrarMapeamento(Mapeamento mapeamento, bool sobreescrever)
{
if (string.IsNullOrEmpty(mapeamento.Nome))
{
if (!sobreescrever && UnityContainerExtensions.IsRegistered(this._container, mapeamento.De))
{
throw new Exception($"Já existe registro de mapeamento para este tipo ( {mapeamento.De.FullName} ), verifique o tipo ou faça o registro explicitando um nome.");
}
InjectionMember[] memberArray1 = new InjectionMember[] { new Interceptor <InterfaceInterceptor>(), new InterceptionBehavior <PolicyInjectionBehavior>() };
UnityContainerExtensions.RegisterType(this._container, mapeamento.De, mapeamento.Para, memberArray1);
}
else
{
if (!sobreescrever && UnityContainerExtensions.IsRegistered(this._container, mapeamento.De))
{
throw new Exception($"Já existe registro de mapeamento nomeado para este tipo ( {mapeamento.De.FullName} ), verifique o tipo.");
}
InjectionMember[] memberArray2 = new InjectionMember[] { new Interceptor <InterfaceInterceptor>(), new InterceptionBehavior <PolicyInjectionBehavior>() };
UnityContainerExtensions.RegisterType(this._container, mapeamento.De, mapeamento.Para, mapeamento.Nome, memberArray2);
}
}
private static void smethod_1(IUnityContainer iunityContainer_1, Assembly assembly_0)
{
Dictionary <string, Type> dictionary = new Dictionary <string, Type>();
Dictionary <string, Type> dictionary2 = new Dictionary <string, Type>();
string value = ".DAL";
string value2 = ".IDAL";
Type[] types = assembly_0.GetTypes();
for (int i = 0; i < types.Length; i++)
{
Type type = types[i];
string @namespace = type.Namespace;
if (!string.IsNullOrEmpty(@namespace))
{
if (type.IsInterface && @namespace.EndsWith(value2))
{
if (!dictionary.ContainsKey(type.FullName))
{
dictionary.Add(type.FullName, type);
}
}
else if (@namespace.EndsWith(value) && !dictionary2.ContainsKey(type.FullName))
{
dictionary2.Add(type.FullName, type);
}
}
}
foreach (string current in dictionary.Keys)
{
Type type2 = dictionary[current];
foreach (string current2 in dictionary2.Keys)
{
Type type3 = dictionary2[current2];
if (type2.IsAssignableFrom(type3))
{
UnityContainerExtensions.RegisterType(iunityContainer_1, type2, type3, new InjectionMember[0]);
}
}
}
}
public T ObterInstanciaDe <T>(string nome, params ISobrescreverMapeamento[] parametros)
{
T local2;
try
{
T local;
ResolverOverride[] overrideArray = BuildParameters(parametros);
if (string.IsNullOrEmpty(nome))
{
local = (overrideArray == null) ? UnityContainerExtensions.Resolve <T>(this._container, new ResolverOverride[0]) : UnityContainerExtensions.Resolve <T>(this._container, overrideArray);
}
else
{
local = (overrideArray == null) ? UnityContainerExtensions.Resolve <T>(this._container, nome, new ResolverOverride[0]) : UnityContainerExtensions.Resolve <T>(this._container, nome, overrideArray);
}
local2 = local;
}
catch (Exception exception)
{
throw new Exception($"Ocorreu erro ao tentar obter o tipo {typeof(T).Name}, verifique o injetor.", exception);
}
return(local2);
}
/// <summary>
/// Accepts additional parameters and runs the tests inside the given class
/// </summary>
/// <typeparam name="T">The type of class that contains the tests</typeparam>
private static void RunTests <T>()
{
if (typeof(T) != typeof(IPlacementAlgorithm) &&
typeof(T) != typeof(IMinimumBoundingBoxFinder))
{
throw new NotSupportedException();
}
string str = "";
IImageSorter selectedImageSorter = null;
IPlacementAlgorithm selectedPlacementAlgorithm = null;
//Ask the user to select an image sorter that will parametrize the placement algorithm / minimum bounding box finder
while (true)
{
do
{
Console.WriteLine("Select image sorter to be used: ");
Console.WriteLine($"\tEnter 'a' to select {typeof(ByHeightAndWidthImageSorter).Name}");
Console.WriteLine($"\tEnter 'b' to select {typeof(ByHeightAndWidthImageSorterDesc).Name}");
Console.WriteLine($"\tEnter 'c' to select {typeof(PreserveOrderImageSorter).Name}");
} while ((str = Console.ReadLine()).Length != 1);
switch (str[0])
{
case 'a':
selectedImageSorter = new ByHeightAndWidthImageSorter();
break;
case 'b':
selectedImageSorter = new ByHeightAndWidthImageSorterDesc();
break;
case 'c':
selectedImageSorter = new PreserveOrderImageSorter();
break;
default:
continue;
}
break;
}
//If the users wants to benchmark Minimum bounding box finders
// then ask the user to select an placement algorithm that will parametrize tminimum bounding box finders
if (typeof(T) == typeof(IMinimumBoundingBoxFinder))
{
while (true)
{
do
{
Console.WriteLine("Select placement algorithm to be used: ");
Console.WriteLine($"\tEnter 'a' to select {typeof(BLAlgorithmPacker).Name}");
Console.WriteLine($"\tEnter 'b' to select {typeof(SkylineAlgorithm).Name}");
Console.WriteLine($"\tEnter 'c' to select {typeof(MaximalRectanglesAlgorithm).Name}");
} while ((str = Console.ReadLine()).Length != 1);
switch (str[0])
{
case 'a':
selectedPlacementAlgorithm = new BLAlgorithmPacker();
break;
case 'b':
selectedPlacementAlgorithm = new SkylineAlgorithm();
break;
case 'c':
selectedPlacementAlgorithm = new MaximalRectanglesAlgorithm();
break;
default:
continue;
}
break;
}
}
bool isItSquaresTest = true;
int numOfRects = 0;
int seed = 0;
//Ask the user to select test type
//Currently, two types of tests are implemented (differing in the input sequence)
// 1) Input sequence consisting of n squares with sizes 1x1, ..., nxn (given in random order)
// 2) Input sequence consisting of n rectangles with random (but upper-bounded) sizes (given in random order)
while (true)
{
str = "";
do
{
Console.WriteLine("Select test type:");
Console.WriteLine("\tEnter 'a' to perform test with squares of sizes 1x1, 2x2, ..., nxn");
Console.WriteLine("\tEnter 'b' to perform test with n rectangles of random sizes");
} while ((str = Console.ReadLine()).Length != 1);
switch (str[0])
{
case 'b':
case 'a':
isItSquaresTest = str[0] == 'a';
//Ask the user to enter number of rectangles/squares
while (true)
{
Console.WriteLine("\tEnter number of 'n' - rectangles(squares)");
str = Console.ReadLine();
if (Int32.TryParse(str, out numOfRects))
{
if (numOfRects > 0)
{
break;
}
}
}
//If it is the random rectangles test then ask the user to enter the random seed
// The seed will be user to construct the random generator used to generate the random rectangle sizes
if (!isItSquaresTest)
{
while (true)
{
Console.WriteLine("\tEnter seed");
str = Console.ReadLine();
if (Int32.TryParse(str, out seed))
{
break;
}
}
}
break;
default:
continue;
}
break;
}
//Now when the user has selected the type of test and all the parameters
// It is time to actaully run the tests. But because we need to test types
// that are contained within plugins and also because BenchmarkDotNet (in a standard scenario)
// requires to use (static) attribute [Benchmark] on the methods that should be called
// we have decided to generate the benchmark class (with benchmark methods) dynamically at runtime
// and then compile the generated class and pass the type of this class to the BenchmarkRunner
string assemblyName = Path.GetRandomFileName();
//Assemblies referenced by the assembly that will be generated at runtime
//For each type that will be used in the generated test, an assembly containing
//the used type has to be loaded
var references = new List <MetadataReference>()
{
MetadataReference.CreateFromFile(typeof(BenchmarkDotNet.Attributes.BenchmarkAttribute).Assembly.Location),
MetadataReference.CreateFromFile(Assembly.Load(new AssemblyName("Microsoft.CSharp")).Location),
MetadataReference.CreateFromFile(Assembly.Load(new AssemblyName("netstandard")).Location),
MetadataReference.CreateFromFile(Assembly.Load(new AssemblyName("mscorlib")).Location),
MetadataReference.CreateFromFile(Assembly.Load(new AssemblyName("System.Runtime")).Location),
MetadataReference.CreateFromFile(Assembly.Load(new AssemblyName("Unity.Container")).Location),
MetadataReference.CreateFromFile(Assembly.Load(new AssemblyName("Unity.Abstractions")).Location),
MetadataReference.CreateFromFile(typeof(IMinimumBoundingBoxFinder).Assembly.Location),
MetadataReference.CreateFromFile(typeof(TestUtil).Assembly.Location),
MetadataReference.CreateFromFile(typeof(CancellationToken).Assembly.Location),
MetadataReference.CreateFromFile(typeof(UnityContainerExtensions).Assembly.Location),
MetadataReference.CreateFromFile(typeof(Enumerable).Assembly.Location),
MetadataReference.CreateFromFile(typeof(Random).Assembly.Location),
MetadataReference.CreateFromFile(typeof(System.Collections.Concurrent.ConcurrentDictionary <string, int>).Assembly.Location),
MetadataReference.CreateFromFile(typeof(ValueTuple <long, long>).Assembly.Location)
};
//Create same IoC here and in the generated class
//This is because inside this class we try if (using the same IoC container with same registrations)
//a given type could be resolved and if it does not, we exclude benchmark for this type in the generated class
using UnityContainer IoC = new UnityContainer();
IoC.RegisterFactory <IImageSorter>(_ => selectedImageSorter);
if (selectedPlacementAlgorithm != null)
{
IoC.RegisterFactory <IPlacementAlgorithm>(_ => selectedPlacementAlgorithm);
}
//The generated source
var benchmarkClassTemplate = new StringBuilder();
//Using statements
benchmarkClassTemplate.AppendLine("using System;");
benchmarkClassTemplate.AppendLine("using Unity;");
benchmarkClassTemplate.AppendLine("using System.Linq;");
benchmarkClassTemplate.AppendLine("using PaunPacker.Core.Packing.MBBF;");
benchmarkClassTemplate.AppendLine("using PaunPacker.Core.Packing.Placement;");
benchmarkClassTemplate.AppendLine("using PaunPacker.Core.Packing.Sorting;");
benchmarkClassTemplate.AppendLine("using PaunPacker.Core.Packing.Placement.Skyline;");
benchmarkClassTemplate.AppendLine("using PaunPacker.Core.Packing.Placement.Guillotine;");
benchmarkClassTemplate.AppendLine("using PaunPacker.Core.Packing.Placement.MaximalRectangles;");
benchmarkClassTemplate.AppendLine("using System.Collections.Generic;");
benchmarkClassTemplate.AppendLine("using System.Threading;");
benchmarkClassTemplate.AppendLine("using PaunPacker.Tests;");
//Beginning of the class
benchmarkClassTemplate.AppendLine($"public class {typeof(T).Name}Benchmarks");
benchmarkClassTemplate.AppendLine("{");
//Member declarations
benchmarkClassTemplate.AppendLine(@"
private static UnityContainer IoC { get; set; }
private static Random rnd;
private static List<PaunPacker.Core.Types.PPRect> randomRects;
static System.Collections.Concurrent.ConcurrentDictionary<string, ValueTuple<long, long>> results;
");
benchmarkClassTemplate.AppendLine($"\n\tstatic {typeof(T).Name}Benchmarks()");
benchmarkClassTemplate.AppendLine("\t{");
//Constructor code
benchmarkClassTemplate.AppendLine($@"
IoC = new UnityContainer();
IoC.RegisterInstance<IImageSorter>(new {selectedImageSorter.GetType().Name}());
results = new System.Collections.Concurrent.ConcurrentDictionary<string, ValueTuple<long, long>>();
rnd = new Random(" + seed + @");
randomRects = new List<PaunPacker.Core.Types.PPRect>(" + numOfRects + @");
int dimensionBound = Int32.MaxValue / " + numOfRects + @";
dimensionBound = dimensionBound > 2049 ? 2049 : dimensionBound;
for (int i = 0; i < " + numOfRects + @"; i++)
{
randomRects.Add(new PaunPacker.Core.Types.PPRect(0, 0, rnd.Next(1, dimensionBound), rnd.Next(1, dimensionBound)));
}
");
if (selectedPlacementAlgorithm != null)
{
benchmarkClassTemplate.AppendLine($"IoC.RegisterInstance<IPlacementAlgorithm>(new { selectedPlacementAlgorithm.GetType().Name }());");
}
benchmarkClassTemplate.AppendLine("\t}");
//Constructor ends here
if (isItSquaresTest)
{
benchmarkClassTemplate.AppendLine($@"
[BenchmarkDotNet.Attributes.ParamsSourceAttribute(nameof(ValuesForN))]
public int N;
public IEnumerable<int> ValuesForN => System.Linq.Enumerable.Range(1, {numOfRects});
");
}
int numOfTests = 0;
// We are testing minimum bounding box finders, so generate tests for them
if (selectedPlacementAlgorithm != null)
{
foreach (var x in MinimumBoundingBoxFinderTypes)
{
try
{
UnityContainerExtensions.Resolve(IoC, Type.GetType(x.AssemblyQualifiedName), null);
references.Add(MetadataReference.CreateFromFile(x.Assembly.Location));
benchmarkClassTemplate.AppendLine("\t[BenchmarkDotNet.Attributes.BenchmarkAttribute]");
benchmarkClassTemplate.AppendLine($"\tpublic void Test{x.Name}()");
benchmarkClassTemplate.AppendLine("{");
benchmarkClassTemplate.AppendLine($"\tvar x = Type.GetType(\"{x.AssemblyQualifiedName}\");");
benchmarkClassTemplate.AppendLine($"\tvar res = (UnityContainerExtensions.Resolve(IoC, x, null) as IMinimumBoundingBoxFinder).FindMinimumBoundingBox(TestUtil.Shuffle(" + (isItSquaresTest ? "TestUtil.GetIncreasingSquares(N)" : $"randomRects") + "), CancellationToken.None);");
benchmarkClassTemplate.AppendLine($"results.AddOrUpdate(\"Test{x.Name}\", (res.Width * res.Height, 1), (key, old) => ((long)(old.Item1 + (double)(res.Width * res.Height - old.Item1) / (double)(old.Item2 + 1)), old.Item2 + 1));");
benchmarkClassTemplate.AppendLine("}");
benchmarkClassTemplate.AppendLine();
numOfTests++;
}
catch (ResolutionFailedException)
{
//Do not add benchmark for types that could not be resolved (for example types that are extensible by other plugins
// via plugin view ...). These types will simply not be benchmarked.
}
}
}
else
{
foreach (var x in PlacementAlgorithmTypes)
{
try
{
UnityContainerExtensions.Resolve(IoC, Type.GetType(x.AssemblyQualifiedName), null);
references.Add(MetadataReference.CreateFromFile(x.Assembly.Location));
benchmarkClassTemplate.AppendLine("\t[BenchmarkDotNet.Attributes.BenchmarkAttribute]");
benchmarkClassTemplate.AppendLine($"\tpublic void Test{x.Name}()");
benchmarkClassTemplate.AppendLine("{");
benchmarkClassTemplate.AppendLine($"\tvar x = Type.GetType(\"{x.AssemblyQualifiedName}\");");
benchmarkClassTemplate.AppendLine($"\tvar res = (UnityContainerExtensions.Resolve(IoC, x, null) as IPlacementAlgorithm).PlaceRects(Int32.MaxValue, Int32.MaxValue, TestUtil.Shuffle(" + (isItSquaresTest ? "TestUtil.GetIncreasingSquares(N)" : $"randomRects") + "));");
benchmarkClassTemplate.AppendLine("long actualW = res.Rects.Max(y => y.Right); long actualH = res.Rects.Max(y => y.Bottom);");
benchmarkClassTemplate.AppendLine($"checked {{ results.AddOrUpdate(\"Test{x.Name}\", (actualW * actualH, 1), (key, old) => ((long)(old.Item1 + (double)(actualW * actualH - old.Item1) / (double)(old.Item2 + 1)), old.Item2 + 1));");
benchmarkClassTemplate.AppendLine("}}");
benchmarkClassTemplate.AppendLine();
numOfTests++;
}
catch (ResolutionFailedException)
{
//Do not add benchmark for types that could not be resolved (for example types that are extensible by other plugins
// via plugin view ...). These types will simply not be benchmarked.
}
}
}
//Global cleanup method
//Because BenchmarkDotNet does not allow to report benchmark methods return values
//We had to "hack" around it by using these two methods
//And save the method results inside a file and then (when showing the report) load it from the file
//The GlobalCleanup should not be measured as a part of the benchmark
//However we still need to somewhere remember the return value of the methods
//Because writing to file in the benchmark method itself would totally kill the performance, we have decided to store it in dictionary
//Which still causes some test distortion but it should be OK (all the tests use it so their base-line is just shifted)
benchmarkClassTemplate.AppendLine(@"
[BenchmarkDotNet.Attributes.GlobalCleanup]
public void GlobalCleanup()
{
//We want to call it only once, not after every [Benchmark] method
if (results.Count() == " + numOfTests + @")
{
using (var sw = new System.IO.StreamWriter(""results.txt"", true))
{
//foreach (var r in randomRects) //for debug purposes
// sw.WriteLine(r.Width + ""x"" + r.Height);
foreach (var res in results)
sw.WriteLine(res.Key + "";"" + res.Value.Item1 + "";"" + res.Value.Item1 + "";"" + res.Value.Item2);
}
results.Clear();
}
}
");
benchmarkClassTemplate.AppendLine("}");
//Benchmark class ends here
Console.WriteLine("Please wait ... (Compiling the Benchmarks)");
//Create syntax tree and compile it
SyntaxTree syntaxTree = CSharpSyntaxTree.ParseText(benchmarkClassTemplate.ToString());
CSharpCompilation compilation = CSharpCompilation.Create(
assemblyName,
syntaxTrees: new[] { syntaxTree },
references: references,
options: new CSharpCompilationOptions(OutputKind.DynamicallyLinkedLibrary, optimizationLevel: OptimizationLevel.Release));
//Emit the CIL into memory stream
using var ms = new MemoryStream();
EmitResult result = compilation.Emit(ms);
if (!result.Success)
{
IEnumerable <Microsoft.CodeAnalysis.Diagnostic> failures = result.Diagnostics.Where(diagnostic =>
diagnostic.IsWarningAsError ||
diagnostic.Severity == DiagnosticSeverity.Error);
foreach (Microsoft.CodeAnalysis.Diagnostic diagnostic in failures)
{
Console.Error.WriteLine("{0}: {1}", diagnostic.Id, diagnostic.GetMessage());
}
}
else
{
ms.Seek(0, SeekOrigin.Begin);
Assembly assembly = Assembly.Load(ms.ToArray());
Type type = assembly.GetType($"{typeof(T).Name}Benchmarks");
Console.WriteLine("Starting the Benchmarks");
var x = BenchmarkDotNet.Running.BenchmarkRunner.Run(type, new Config());
Console.WriteLine("Done");
}
}
/// <summary>
/// 注册抽象类型与具体实现的类型
/// </summary>
/// <param name="from">接口类型</param>
/// <param name="to">具体类型</param>
public void RegisterType(Type from, Type to)
{
UnityContainerExtensions.RegisterType(this, from, to);
}
/// <summary>
/// 类型是否被注册到IoC容器
/// </summary>
/// <param name="type"></param>
/// <returns></returns>
public bool IsRegistered(Type type)
{
return(UnityContainerExtensions.IsRegistered(this, type));
}
/// <summary>
/// 反射成对象
/// </summary>
/// <typeparam name="TService">接口类型</typeparam>
/// <param name="overridedArguments">参数</param>
/// <returns>具体类型</returns>
public object Resolve(Type serviceType, object overridedArguments)
{
var overrides = Utils.GetParameterOverrides(overridedArguments);
return(UnityContainerExtensions.Resolve(this, serviceType, overrides.ToArray()));
}
/// <summary>
/// 反射成对象
/// </summary>
/// <typeparam name="TService">接口类型</typeparam>
/// <param name="overridedArguments">参数</param>
/// <returns>具体类型</returns>
public TService Resolve <TService>(object overridedArguments)
{
var overrides = Utils.GetParameterOverrides(overridedArguments);
return(UnityContainerExtensions.Resolve <TService>(this, overrides.ToArray()));
}
/// <summary>
/// 反射成对象
/// </summary>
/// <typeparam name="TService">接口类型</typeparam>
/// <returns>具体类型</returns>
public object Resolve(Type type)
{
return(UnityContainerExtensions.Resolve(this, type));
}
/// <summary>
/// 反射成对象
/// </summary>
/// <typeparam name="TService">接口类型</typeparam>
/// <returns>具体类型</returns>
public TService Resolve <TService>()
{
return(UnityContainerExtensions.Resolve <TService>(this));
}
public T Resolve <T>()
{
return(UnityContainerExtensions.Resolve <T>(this));
}
